POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 DCS Ӏ DIVISION 16 TOC

TABLE OF CONTENTS

16010 — Basic Electrical Requirements 16110 — Raceways 16120 — Wires and Cables 16135 — Electrical Boxes and Fittings 16142 — Electrical Connections for Equipment 16143 — Wiring Devices 16170 — Circuit and Motor Disconnects 16190 — Supporting Devices 16195 — Electrical Identification 16425 — Switchboards 16452 — Grounding 16460 — Transformers 16470 — Panelboards 16482 — Motor Starters 16515 — Luminaires (Light Fixtures) 16620 — Surge Protection Devices 16721-1 Fire Alarm Addressable 16721-2 Fire Detection and Alarm 16721-3 Fire Alarm – Firelite MS-2 (NON) 16721-4 Fire Alarm – Sprinkler System 16750 — Data/Telephone/Intercom System 16780 — Camera Surveillance System 16785 — Intrusion Detection System 16850 — Television System

END OF SECTION

PCSB TOC D/16 E 1 of 1 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This Section specifies the basic requirements for Electrical installations. It is the intention of this section to call for finished work, tested and ready for operation.

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 CODES

A. The Construction Manager and Subcontractors shall perform their work in accordance with all local codes governing each trade. The work shall be in strict compliance with the enforced codes and adopted amendments issued by AHJ at the time of construction that in part includes the latest editions of the following: 1. NFPA 70, National Electric Code, 2. NFPA 72, National Fire Alarm Code, 3. NFPA 90A, Standard for the Installation of Air Conditioning and Ventilating Systems 4. NFPA 101, Life Safety Code, 5. NFPA 110, Standard for Emergency & Standby Power Systems, 6. FBC, Florida Building Code (This code includes the FBC Accessibility Codes), 7. FFPC, Florida Fire Prevention Code (This code also includes the Florida versions of NFPA 1 and NFPA 101), 8. SREF, State Requirements for Educational Facilities.

B. The installation shall also comply with all applicable rules and regulations of local and state laws and ordinances.

1.03 RESPONSIBILITY

A. Working hours shall be scheduled with the General Contractor (GC) and/or construction manager (CM). The GC or CM is responsible for coordinating all phases of construction with the PROJECT COORDINATOR, school’s principal, and DP. Advise of all meetings, work schedules, shipping/receiving dates, etc.

B. It is the electrical CONTRACTOR’S responsibility to notify the PROJECT COORDINATOR and DP when pre-purchased equipment is being delivered. A representative of the Polk County School Board must be notified and have the option to be present to inspect the equipment CONTRACTOR’S. It is the CONTRACTOR’S responsibility to secure and protect any new equipment once delivered to his/her office or project site.

C. It is the CONTRACTOR’S responsibility to schedule and perform all construction work such that the security of the building is maintained 100% of the time throughout the construction period. Contractor shall coordinate with GC or CM and shall follow all the

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 1 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

PROJECT COORDINATOR directives.

D. Temporary barricades and other safety measures shall be erected around hazardous areas in accordance with all local codes and ordinances.

E. The contractor is required to minimize construction noise level in all locations adjacent to or in occupied areas. Vibration or noise generating tool use when the school or facility is occupied must be pre-approved by the PROJECT COORDINATOR.

F. Each subcontractor shall do trench, pit excavating and backfilling inside and outside the building as required by his work, including shoring and bracing, pumping (to keep excavations free of water) and protection for the safety of persons and property. Backfill shall be compacted layers not exceeding 6 inches in depth. Piping passing under footings, foundations, and other locations identified shall be encased on all sides. Hold trench width to a minimum.

1.04 ELECTRICAL SYSTEMS DESIGN CRITERIA

A. Prior to energization of circuitry, check installed service/feeder wire and cables with megohm meter to determine insulation resistance levels to ensure requirements are fulfilled. A list of feeders tested shall be submitted to the DP indicating insulation resistance level for each cable. Tests shall be witnessed by the PROJECT COORDINATOR. .

B. Prior to energization, test wires and cables for electrical continuity and for short-circuits.

C. Subsequent to wire and cable hook-ups, energize circuitry rand demonstrate functioning in accordance with requirements. Where necessary, correct malfunctioning units, and then retest to demonstrate compliance.

D. Include on the contract drawings a minimum ¼” scale plan and elevations of each electrical room showing all panels, equipment and equipment to scale with conduits to each item to assure adequate size and clearances.

E. Provide an electrical riser diagram showing utility service, emergency generator, transfer switches, and fire pump circuitry if applicable.

F. Provide single point metering for all new projects and for major renovations to existing campus service upgrades.

G. Homerun circuitry shall be accessible above ceilings, not in walls.

H. Homerun conduits are to be a minimum of ¾” trade size to first point of use box/enclosure. Branch circuit conduits for lighting and receptacles shall be filled with a maximum of three (3) phase/hot conductors.

I. EHPA facilities - Main fire alarm control panel must be located in EHPA manager’s office.

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 2 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

J. Provide a concrete pad with tie downs for a future generator at EHPA compliant facilities. The transfer switch is to be permanently installed within a hardened building. At non- EPHA buildings, provide battery back-up to serve emergency systems in lieu of a generator.

K. When a generator is provided for EHPA facilities, it is to serve the following systems only: 1. Exit signs in EHPA areas 2. Emergency light fixtures in EHPA areas to provide minimum foot-candle levels 3. Fire Alarm system in EHPA areas 4. Intercom system in EHPA areas 5. One electrical outlet per occupied EHPA room 6. Four outlets in the room designated the serve as the EHPA manager’s office. 7. Mechanical ventilation system in EHPA buildings that do not have operable windows.

L. DP shall coordinate with the PROJECT COORDINATOR requirements to provide and install main service meter (power monitor system) complete with current transformer (CTs) for each phase to record KW, KWH, and other power quality data. This requirement shall be on a project by project basis. Monitor shall be equal to Veris model E503 with Modbus protocol or E50H5A BACnet protocol. The CT’s shall be connected to the load side of the transformer. Include the following accessories: NEMA 4 enclosure (AE010); fuse kit with high interrupt capability (AH04), and CT’s (U018 series).

M. Provide a doorbell, transformer and ringer/buzzer at the kitchen service entrance that can be heard in the kitchen.

N. Electrical rooms shall not have ceilings and the walls shall extend to the underside of deck or floor above.

O. Power and communications to HVAC control systems (EMS or DDC) shall be protected with surge suppression and battery backup.

P. Provide laminated plastic nameplates for all panelboards, transformers, motors over 2 horsepower, starters, disconnect switches, VFD’s, controllers, etc. Refer to identification section of these standards.

Q. Lightning protection systems are not required except where specifically approved.

R. On multi-level facilities provide elevator with both key and pushbutton operation.

S. Provide electric hand dryers in lieu of paper towel dispensers in each group toilet room.

T. PROJECT COORDINATOR to provide and install projectors in each instructional space, conference room and media center. Refer to wiring device section of these standards for receptacle placement requirements.

U. PROJECT COORDINATOR to provide and install a pair of speakers for each projector. Coordinate cable requirements with low voltage cabling section of these standards

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 3 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

V. Provide network Jack and connection for PROJECT COORDINATOR furnished wireless access system, Wireless access points to be located for every two classrooms, located in corridors and/or common areas, and in locations as required to provide coverage in all core areas. DP to coordinate specific requirements with PROJECT COORDINATOR.

W. Provide a telephone system and computer network (structured cabling) in accordance with PCSB STANDARDS.

X. Provide a security system (intrusion detection) in accordance with the STANDARDS.

Y. Provide a camera surveillance system (if directed by PROJECT COORDINATOR) in accordance with PCSB STANDARDS.

Z. Provide an intercom system in accordance with PCSB STANDARDS.

1.05 ELECTRICAL INSTALLATIONS

A. Verify final locations for rough-ins with field measurements and with the requirements of the actual equipment to be connected prior to installation.

B. Accessibility: Install equipment and materials to provide required access for servicing and maintenance (minimum of 3 feet clearance). Coordinate the final location of concealed equipment and devices requiring access with final location of required access panels and doors. Allow ample space for removal of all parts that require replacement or servicing.

C. Access panels (min 24” x 24”) shall be furnished for access to all electrical pull boxes, dampers, and other electrical equipment which are concealed in walls, furring and above hard ceilings or where may be necessary.

D. For all floor mounted equipment, provide concrete pads which extend six inches (6”) beyond equipment base in all directions. Top edge to be chamfered.

E. All utility outages to be coordinated with the utility company and the PROJECT COORDINATOR. Existing services shall not be interrupted without prior consent of the PROJECT COORDINATOR and may be interrupted only at, and for, the specific time designated by the PROJECT COORDINATOR. Provide at least 72 hours’ notice to PROJECT COORDINATOR if shutdown of service is required.

F. Contractor shall coordinate electrical equipment and materials installation with other building components; specifically with HVAC equipment and ductwork. Prepare dimensioned sketches (for approval) of each electrical room and closet confirming actual clearances with purchased electrical equipment sizes shown prior to installation.

G. Verify all existing building and room dimensions by field measurements.

H. Arrange for chases, slots, and openings in other building components to allow for the electrical installations.

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 4 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

I. Coordinate the installation of required supporting devices and sleeves to be set in poured-in-place concrete and other structural components, as they are constructed. Sequence, coordinate, and integrate installations of electrical materials and equipment for efficient flow of the work. Give particular attention to large equipment requiring positioning prior to closing-in the building.

J. Coordinate the cutting and patching of building components to accommodate the installation of electrical equipment and materials. All patching of existing building structure, walls, ceilings and floors shall match existing conditions both in type of material used and finished color.

K. Coordinate the installation of electrical materials and equipment above ceilings with suspension system, mechanical equipment and systems, and structural components.

L. Coordinate the layout of electrical work with other trades involved. Locations of structural systems, plumbing and heating work should take preference over the locations of conduit runs.

M. All ductwork, piping and conduit shall be concealed from view of occupied spaces and shall be concealed from view from exterior unless specifically pre-approved by the PROJECT COORDINATOR and DP.

N. No electrical or other equipment, piping, conduit, structural framing and support elements of suspended equipment or boxed-in soffits shall be installed in a manner which occurs lower than 8’-0” above the finished floor of the area it occurs above if people can stand or walk under it.

O. No electrical or other equipment, piping, conduit or other materials shall be installed or placed on rooftop of buildings or on covered walkways excepting exit-housing for intake or exhaust of ventilating fans and immediately adjacent electrical work serving such equipment.

P. Make a thorough examination of the site and the contract documents. All existing electrical utilities shall be located prior to beginning any work. Any conflicts should be identified and reported to the PROJECT COORDINATOR and DP.

Q. Temporary electrical service and construction lighting shall be provided. Contractor shall provide temporary power to temporary HVAC equipment, including wiring, conduit, safety switches, temporary overcurrent protection etc. Provide for all electrical service (including temporary lighting) for construction period, making all connections and removal of same at job conclusion. At job completion, all temporary lamps shall be removed and replaced with new lamps.

R. On renovation projects, design intent is that all conduit, outlet boxes, etc. shall be new. Electrical contractor may at his discretion, reuse existing conduits and outlet boxes if suitable for reuse. Electrical contractor shall provide proper support, blanking plugs, and outlet box covers for all existing remaining and reused raceway systems as required elsewhere in these standards and for code compliance.

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 5 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

1.06 DEMOLITION

A. Demolition includes but is not limited to removal of all equipment, controls, piping, outlet boxes, supports, panels, meters, raceways, etc. and filling, patching and painting to match existing surfaces.

B. Where existing devices are permanently abandoned, each device branch circuit etc. shall be removed completely. Remove abandoned wiring to source of supply.

C. Maintain continuity for all remaining lighting, receptacles, and/or low voltage systems circuits located in adjacent areas or no work areas.

D. Remove completely all items noted as abandoned or noted to be demolished. Conduit to be removed or abandoned shall be removed completely if possible. Where removal is not possible, conduit shall be cut below the surface and capped. Abandoned conduit shall be tagged.

E. Existing fire alarm, telephone, security, and/or intercom systems: Maintain existing system in service until new system is complete and ready for service. Disable system only to make switchovers and connections. Obtain the PROJECT COORDINATOR’S permission a minimum of one week before disabling (partially or completely) the system. Minimize outage duration.

F. Existing Electrical systems: Maintain existing system in service until new system is complete and ready for service. Disable system only to make switchovers and connections. Obtain the PROJECT COORDINATOR’S permission a minimum of one week before disabling (partially or completely) the system. Minimize outage duration. Make all required temporary connections to maintain service to areas adjacent to work area.

G. Prior to any demolition, contractor and sub-contractors shall survey the site and tag all equipment and wiring to be removed as coordinated with the DP and the PROJECT COORDINATOR. Method of tagging shall be by painting the letter “R” in red paint on equipment and/or affixing red tape (marked with the letter “R”) to cables, conductors etc. noted to be removed. If any item(s) are incorrectly tagged, the paint or tape shall be completely removed to avoid confusion.

H. Patch and repair walls to match “like new” conditions where existing equipment and/or devices are removed from remaining walls. Blanking plates to be used only where approved by DP.

1.07 CUTTTING AND PATCHING

A. Perform cutting, fitting, and patching of electrical equipment and materials required to: 1. Uncover work to provide for installation of ill-timed work. 2. Remove and replace defective work. 3. Remove and replace work not conforming to requirements of the contract documents.

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 6 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

4. Remove samples of installed work as specified for testing. 5. Install equipment and materials in existing structures. 6. Upon written instructions from the DP, uncover and restore work to provide for DP observation of concealed work.

B. Cut, remove and legally dispose of, selected electrical equipment, components, and materials as indicated; including, but not limited to, removal of electrical items indicated to be removed and items made obsolete by the new work.

C. Protect the structure, furnishings, finishes, and adjacent materials not indicated or scheduled to be removed.

D. Provide and maintain temporary partitions or dust barriers adequate to prevent the spread of dust and dirt to adjacent areas.

E. Locate, identify, and protect existing electrical services passing through remodeling or demolition area and serving other areas required to be maintained operational. When transit services must be interrupted, provide temporary services for the affected areas and notify the PROJECT COORDINATOR prior to changeover.

F. Provide x-ray or ground penetrating radar of any area being core drilled prior to commencement of work.

G. Core bore holes in existing slabs or other concrete required for new piping. Seal around pipe or material. All fire ratings of slabs shall be maintained with approved UL listed fire rated products.

H. Electrical conduits shall only penetrate roofing membrane through curbed openings.

1.08 ELECTRICAL SUBMITTALS

A. Prior to any construction work or purchase, submit one complete hard copy plus an electronic submittal of all equipment data and system shop drawings, neatly tabbed/bound with a table of contents for the DP’S review and approval.

B. Submittal of shop drawings, product data, and samples will be accepted only when submitted by the contractor. Data submitted from subcontractors and material suppliers directly to the DP will not be processed.

C. Submit all shop drawings in one submittal. A separate or incomplete submittal will not be permitted.

D. All submissions shall be properly identified and labeled indicating specific service for which material or equipment is to be used including location. All equipment shall be labeled to match the labeling/terminology used on the contract documents.

E. Include a cover letter with the Project Name, Electrical CONTRACTOR’S Name/Company, Project Superintendent, and Name of person in charge of assembling

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 7 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

the submittal package.

F. All submittals must bear the signature of the contractor and his stamp of approval before submission to the DP for review/approval.

G. Shop drawings shall be submitted within thirty (30) calendar days of award of contract by the PROJECT COORDINATOR.

H. List any and all data that are different than that data used for the basis of design. Comparable equipment manufacturer’s which are listed as equals shall be considered as substitutes. All requests for substitutions for items of equipment other than that specified must be made in writing. Substitutions of other manufactures may be considered for use at the DP’S discretion if approved by the PROJECT COORDINATOR.

I. Shop drawings shall clearly be marked to indicate the exact size, type, rating, capacity, etc. of the item to be furnished. Submit for the following equipment/materials: 1. Switchboard, panelboards, safety switches, circuit breakers and fuses 2. Wiring devices 3. Lighting fixtures, lamps, ballasts, lighting control system, switches, OCC sensors, time switches, etc. 4. Conductors, wires and cables (fiber and copper) 5. Conduits, raceways, surface metal raceways, inner duct tubing, wiring troughs and fittings 6. Boxes, pull boxes, floor boxes, cabinets; and wiring devices 7. Motor starters, control devices and pushbutton stations 8. Safety switches and fuses 9. Surge protection devices 10. Grounding components 11. Supporting devices 12. Identification labels, tags and attachments 13. Clock system 14. Structured Cabling and miscellaneous electrical systems equipment 15. Miscellaneous systems (fire alarm & security, etc.) control panels, annunciators, point to point low voltage wiring, system components & devices, batteries & battery calculations, etc.

1.09 DELIVERY, STORAGE, AND HANDLING

A. Deliver products to project properly identified with names, model numbers, types, grades, compliance labels, and similar information needed for distinct identifications; adequately packaged and protected to prevent damage during shipment, storage, and handling.

B. Store equipment and materials at the site, unless off-site storage is authorized in writing. Protect stored equipment and materials from damage.

C. Coordinate deliveries of electrical materials and equipment to minimize construction site congestion. Limit each shipment of materials and equipment to the items and quantities

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 8 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

needed for the smooth and efficient flow of installation.

1.10 RECORD DOCUMENTS

A. A set of up-to-date construction drawings and specifications shall be kept at the job site. The contractor shall mark drawings to indicate revisions to conduit size and location, both exterior and interior; actual equipment locations, dimensioned from column lines; concealed equipment, dimensioned to column lines; distribution and branch electrical circuitry; fuse and circuit breaker size and arrangements; support and hanger details; change orders; concealed control system devices.

B. Mark Specifications to indicate approved substitutions; change orders; actual equipment and materials used.

C. Where bid alternates are shown, contractor shall identify on both drawings and specifications each alternate selected/constructed and shall cross out those items not accepted.

D. Submit one complete PDF and one set reproducible CAD-generated drawings of the same size as the contract documents and CAD disks with files compatible with latest version of AutoCAD.

1.11 WARRANTIES

A. At the close of the project submit for review and acceptance the following: 1. Equipment warranties 2. CONTRACTOR’S warranty 3. Parts list and manual for all equipment 4. Operating instructions (in writing) for all systems and equipment 5. Written instructions on maintenance and care of all systems

1.12 TESTING, TRAINING AND CERTIFICATIONS

A. On renovation projects, the PROJECT COORDINATOR certifies that all power and low voltage devices are operational, including fire alarm, telephone, security, TV and data outlets. If the contractor wishes to confirm this by testing, the test results must be submitted to the DP prior to starting demolition. The pre-test is optional. By electing not to perform pre-testing, the contractor acknowledges that all devices are operational prior to the start of construction.

B. The contractor is required to provide test results after construction is complete showing that all power, fire alarm, telephone, intercom, security TV and data devices & outlets are operational. The report must be submitted prior to substantial completion.

C. Provide ground continuity tests for all feeders, branch circuits or other equipment.

D. Written test results and certification shall be provided for fire alarm and security systems.

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 9 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 6.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16010 — BASIC ELECTRICAL REQUIREMENTS

E. Structured cabling systems shall be tested. Provide printed copies of all recorded test procedure results.

F. Provide a minimum of four hours total instruction to maintenance department and school board personnel on the care, operation and maintenance of all electrical equipment. Instruction shall include the following: 1. Location of equipment and explanation of function 2. Review of operating instruction manual for record and clarity 3. General overall maintenance procedure and directive of specific maintenance procedures/schedules to be provided by the PROJECT COORDINATOR.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16010 16010 – 10 of 10 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16110 — RACEWAYS

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section contains the requirements for the following raceways: 1. Electrical metallic tubing (EMT) 2. Liquid-tight flexible metal conduit 3. Rigid metal conduit 4. Rigid nonmetallic conduit 5. Flexible metal conduit

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. UL Compliance Labeling: Comply with applicable requirements of UL safety standards pertaining to electrical raceway systems. Provide raceway products and components which have been UL listed and labeled.

1.03 DESIGN CRITERIA

A. All existing raceways made unnecessary by the new installation shall be removed.

B. All conduit installed in walls or above ceilings shall be 100% complete and approved by the PROJECT COORDINATOR or INSPECTOR before the covering is installed.

C. All new conduit and wiring is to be concealed except where specifically approved. Use of wiremold or other raceway types that are designed to be exposed require specific approval of the PROJECT COORDINATOR.

D. Existing raceways deemed appropriate for new installation may be re-used; provided existing raceways are cleaned and tested with ball mandrel. All reused raceway systems to be re-supported (where necessary) to comply with current codes and specific project requirements.

E. All conduit shall be a minimum of three-quarter inch (¾”).

F. Use thick wall nonmetallic conduit, Schedule 40 PVC for underground installations. Provide rigid steel elbows and risers to cabinets.

G. Install rigid steel, long radius elbows for conduits larger than 2 inches (2”).

H. Use rigid steel and liquidtight flexible metal conduit for above grade outdoor locations.

I. Use rigid steel, aluminum, and liquidtight flexible metal conduit for wet and damp locations.

PCSB DIVISION 16 Ӏ SECTION 16110 16110 – 1 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16110 — RACEWAYS

J. Dry locations: 1. Concealed: use rigid steel, aluminum and electrical metallic tubing. PVC is not permitted above the ceiling spaces. 2. Exposed: use rigid steel on exterior; on interior use rigid steel up to four feet A.F.G. then electrical metallic tubing.

K. Raceways and conduit shall be color coded per the requirements of the identification section of these standards.

L. Conduit run above accessible ceilings shall be supported from the structure and shall not be supported from, or attached to, ceiling suspension system. Support conduits a minimum of 18” on each side of bends and outlet boxes and on spacing not to exceed eight feet. Properly support and anchor raceways for their entire length by structural materials. Raceways are not to span any space unsupported. Tie-wire, or tie wraps shall not be permitted for support and/or securing of electrical raceways, boxes or equipment.

M. All metallic conduit runs below grade or under floors on grade shall be given one (1) coat of Rust-Oleum ‘Gray Primer’ and one (1) heavy coat of Rust-Oleum ‘Flat Black’ acrylic paint or a heavy coat of an approved non-bitumastic asphaltic type compound. The use of 10 mil plastic sleeving is also acceptable.

N. Sizes of raceways shall be not less than NEC requirements and shall not in any case be less than indicated on drawings. Larger size raceways and/or pull boxes shall be installed if there is excessive length unbroken run or excessive number of bends. Combining of circuits other than those indicated on the drawings will not be permitted.

O. All empty conduits shall have (minimum) 1/8” diameter nylon pullcord installed, be capped and labeled with permanent marker indicating point of origin at the pullbox and destination at the electrical room and/or data rooms.

P. The use of MC cable is prohibited.

Q. Use liquid-tight flexible metal conduit where subjected to one or more of the following conditions: 1. Exterior location. 2. Moist or humid atmosphere where condensate can be expected to accumulate. 3. Corrosive atmosphere. 4. Subjected to water spray or dripping oil, water or grease. 5. Where indicated on drawings. 6. Damp or wet locations in HVAC equipment rooms. 7. All connections to chilled water pumps and condensate pumps.

R. Conduits are not to cross pipe shafts or ventilating duct openings.

S. Keep conduits a minimum distance of 6” from parallel runs of flues, hot water pipes or other sources of heat. Do not install horizontal raceway runs below water and steam piping.

PCSB DIVISION 16 Ӏ SECTION 16110 16110 – 2 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16110 — RACEWAYS

T. Support riser conduit at each floor level with clamp hangers.

U. Complete installation of electrical raceways before starting installation of cables/wires within raceways.

V. Install underground conduits a minimum of 42” below finished grade (to top of pipe) and 42” to top of pipe for primary service pipe. All conduits installed below grade or under bottom of concrete slab to be a minimum of six inches (6”) or at an adequate depth to conceal radius of bends. All raceway and conduit installed under slab and under buildings shall be installed under the slab and not within the concrete pour or slab.

W. All conduit shall be concealed wherever possible. Exposed conduits shall only be run in mechanical and electrical rooms unless pre-approved by PROJECT COORDINATOR and DP.

X. Install expansion fittings in all raceways wherever structural expansion joints are crossed.

Y. Use boxes as supplied by raceway manufacturer wherever junction, pull, or device boxes are required. Standard electrical “handy” boxes, etc. shall not be permitted for use with surface raceway installations.

Z. Raceway penetrations of fire-rated walls or floors shall be sealed to maintain integrity of construction. All products, materials and methods of installation shall be UL approved and meet NFPA requirements.

AA. Provide a one inch (1”) conduit (with pullstring) from the nearest mechanical room to the electrical service meter. Provide a “FD” type cast junction box and cover at the electrical meter and a 4” x 4” square box and cover in the mechanical room. Locate box adjacent to the controls equipment cabinet.

BB. Conduits shall be continuous from outlet to outlet, from outlet to cabinet, junction box to pull box in such a manner that each system shall be electrically continuous from point of service to all outlets.

CC. All conduit stubs shall be terminated with insulating bushings.

DD. Install no more than 360 deg. total bends between boxes. Use conduit bodies to make sharp changes in direction.

EE. Flexible metal conduit shall be used for a flexible connection only, not as raceway. All flexible conduits in exposed areas shall be steel or metal seal-tight. All flexible raceways in damp or wet locations shall be metal seal-tite. All flexible raceways above suspended lay-in ceilings shall be aluminum or steel. Flexible conduits are not permitted above drywall plaster or hard ceilings where not accessible. Minimum size flexible conduits for all installations shall be three-fourths inch (¾”) trade size and shall not exceed 6 feet in length. Flexible metal conduit fittings and connectors shall be clamp-type. Set screw fittings and connectors are not permitted.

PCSB DIVISION 16 Ӏ SECTION 16110 16110 – 3 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16110 — RACEWAYS

FF. Seal tight or flexible conduits shall not be installed through walls.

GG. No conduit or raceway system is permitted to be installed on or under walkway roofs. Only raceways required for walkway lighting will be permissible. Walkway raceways shall be aluminum and installed under walkway roof decks with approved aluminum or stainless steel supports and hardware.

HH. On all new projects and major renovations, provide two empty four inch (4”) PVC conduits from the main switchgear to an area near future portable/permanent building locations. Terminate this spare conduit in a 3’ x 3’x 3” deep Quazite or concrete pull box with traffic cover. Provide three empty four inch (4”) conduits from the telecom/data room to this area and terminate in a similar concrete or Quazite pull box with traffic cover. Provide permanent identification on pullbox cover identifying specific system contained within. DP to coordinate with PROJECT COORDINATOR requirement to increase building electrical service to accommodate future portable/permanent building loads. This service increase to be handled on a case by case basis.

II. Spare conduits shall be provided on all new projects and major renovations as follows: 1. Fire Alarm, Intercom, TV, Telephone, Security and Computer panels and terminal cabinets shall have four 1” spare conduits from panel or cabinet underground to an accessible area 5’-0” beyond concrete sidewalks, slabs, etc.. All spare conduits shall be terminated in a minimum 3’ x 3’ x 3” deep Quazite or concrete pullbox with traffic rated cover. Provide permanent identification on pullbox cover identifying specific system contained within. 2. All areas (rooms) containing electrical panels shall have spare underground conduits as follows: a. Provide two 1” spare conduits plus two 2” spare conduits or as shown on the drawings. All spare underground conduits shall be terminated at an accessible location in a minimum 3’ x 3’ x 3” deep Quazite or concrete pullbox.with traffic rated cover. Provide signage of location by the spares in the electrical room. 3. Spare conduits shall be installed from all flush mounted panels and terminal boxes to the ceiling space. Spare conduit shall be installed as follows: a. Panels rated 30-100 amp: Provide two - 3/4“ spare conduits, plus two -1” spare conduits. b. Panels rated 101-225 amp: Provide two- 3/4“ spare conduits, plus two -1” spare conduits, plus one- 1 1/2 “ spare conduit. c. Panels rated 226-400 amp: Provide four- 1” spare conduits, plus two -1 1/2” spare conduits, plus two -2” spare conduits. d. Panels rated over 400A: Provide four- 1” spare conduits, plus two -1 1/2” spare conduits, plus two -2” spare conduits, plus two- 4” spare conduits.

JJ. Provide minimum of two (2) one inch (1”) conduits for future school sign. One conduit for power and one conduit for control.

KK. When conduit is required for low voltage wiring, the electrical contractor shall provide and install same under Division 16.

PCSB DIVISION 16 Ӏ SECTION 16110 16110 – 4 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16110 — RACEWAYS

LL. Actual routing of all underground conduit installations shall be accurately recorded on the contractor’s as-built documents.

MM. Actual routing of all above grade conduit larger than 1 ¼” shall be accurately recorded on the contractor’s as-built documents.

NN. All underground conduits and raceways shall be identified with marker tape. (Yellow marker tape for communications and red marker tape for power). Marker tape to be installed above its entire length and placed 12” below finished grade above pipe and also on the pipe. Exception: raceway installed by directional boring.

OO. Exposed and surface mounted raceway systems shall have two approved supporting devices per 10’ length as equally spaced as practical.

PP. Conduit installation to provide minimum headroom clearance of 6’-8”.

QQ. All conduits entering boxes, enclosures, cabinets, wireways, etc. shall be labeled with a suitable approved permanent marker identifying the appropriate panel/panelboard and branch circuit number serving same. The same shall apply to all enclosure covers.

PART 2 ‒ PRODUCTS

2.01 METAL CONDUIT AND TUBING

A. Where types and grades are not indicated, provide proper selection determined by installer to fulfill wiring requirements and comply with applicable portions of NEC for raceways. Conduit sizes shall be in compliance with ANSI/NFPA 70.

B. Rigid Steel Conduit: Provide rigid steel, hot dipped galvanized, threaded type.

C. Flexible Metal Conduit: UL 1 formed from continuous length of spirally-wound, interlocked, zinc-coated strip steel.

D. Liquid-Tight Flexible Metal Conduit: Provide liquid-tight flexible metal conduit. Construct of single strip, flexible, continuous, interlocked and double-wrapped steel; galvanized inside and outside, furnish with screw type grounding terminal. Coat with liquid-tight jacket of flexible polyvinyl chloride (PVC).

E. Rigid Metal Conduit Fittings: Cast malleable iron, galvanized or cadmium plated. 1. Use Type 1 fittings for rain-tight connections. 2. Use Type 2 fitting for concrete tight connections. 3. Flexible Metal Conduit Fittings: Provide conduit fittings for use with flexible steel conduit of threadless, hinged clamp type.

F. Straight Terminal Connectors: one piece body, female end with clamp and deep slotted machine screw for securing conduit and male threaded end provided with locknut.

PCSB DIVISION 16 Ӏ SECTION 16110 16110 – 5 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16110 — RACEWAYS

G. 45° or 90° Terminal Angle Connectors: Two-piece body construction with removable upper section, female end with clamp and deep slotted machine screw for securing conduit and male threaded end provided with locknut.

H. Liquid-Tight Flexible Metal Conduit Fittings: Provide cadmium plated, malleable iron fittings with compression-type, steel ferrule and neoprene gasket sealing rings, with insulated or non-insulated throat.

I. Electrical Metallic Tubing (EMT): UL 797.

J. EMT Fittings: Couplings and connectors for all conduit shall be steel hexnut, expansion- gland type, zinc or cadmium plated. All EMT fittings to be steel. Die cast fittings are not permitted.

K. Conduit Expansion Fittings: Malleable iron fitting with hot dipped galvanized finished, suitable for wet location, insulating bushings and bonding jumper. Fitting shall provide a minimum 4” of movement.

2.02 NONMETALLIC CONDUIT AND DUCTS

A. General: Provide nonmetallic conduit, ducts and fittings of types, sizes and weights for each service indicated. Where types and grades are not indicated, provide proper selection determined by installer to fulfill wiring requirements which comply with provisions for NEC for raceways.

B. Electrical Plastic Conduit: 1. Heavy Wall Conduit: UL-rated, constructed of Schedule 40, 90°C polyvinyl chloride. For direct burial, UL listed and in conformity with NEC Article 352.

C. Conduit and Tubing Accessories: Provide conduit, tubing and duct accessories of types, sizes and materials, complying with manufacturer’s published product information, which mate and match conduit and tubing.

D. Conduit Bodies: Provide galvanized cast-metal conduit bodies of types, shapes and sizes as required to fulfill job requirements and NEC requirements. Construct conduit bodies with threaded conduit-entrance ends, removable covers, either cast or galvanized steel and corrosion-resistant screws.

E. Rigid elbows and risers to cabinets and boxes should be used throughout when using PVC.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16110 16110 – 6 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16120 — WIRES AND CABLES

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section contains the requirements for circuit building wire and cable. 1. Types of electrical wire, cable, and connectors identified in this Section include the following: a. Copper conductors b. Fixture wires c. Split-bolt connectors d. Wirenut connectors 2. Applications of electrical wire, cable, and connectors required are as follows: a. For power distribution circuits b. For appliance and equipment circuits c. For motor-branch circuits d. For lighting circuits

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. NEC Compliance: Comply with NEC as applicable to installation and color-coding of electrical wires and cables.

B. IEEE Compliance: Comply with applicable requirements of IEEE Stds. 82, "Test Procedures for Impulse Voltage Tests on Insulated Conductors", and Std. 241, "IEEE Recommended Practice for Electric Power Systems in Commercial Buildings" pertaining to wiring systems.

C. ASTM Compliance: Comply with applicable requirements of ASTM B1, 2, 3, 8 and D-753. Provide copper conductors with conductivity of not less than 98% at 20°C (68°F).

D. Wire and cable to be delivered in properly packaged factory-fabricated type containers, or wound on NEMA specified type wire and cable reels.

E. Wire and cable shall be stored in clean dry space in original containers and shall be protected from weather, damaging fumes, construction debris and traffic.

F. Wire and cable to be handled carefully to avoid abrading, puncturing and/or tearing wire and cable insulation and sheathing.

PCSB DIVISION 16 Ӏ SECTION 16120 16120 – 1 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16120 — WIRES AND CABLES

1.03 DESIGN CRITERIA

A. For all new wiring installed, the following systems of color-coding shall be strictly adhered to: 1. Isolated Grounded Leads Green and Yellow 2. Grounded Leads Green 3. 120/208 Volt Grounded Neutral Leads White 4. 277/480 Volt Grounded Neutral Leads Grey 5. 120/208 Volt, Ungrounded Phase Wires Black, Red and Blue 6. 277/480 Volt Underground Phase Wires Brown, Orange and Yellow The color code assigned to each phase wire shall be consistently followed throughout

B. Where existing base building color-coding differs from color coding assigned herein, Contractor shall use existing color coding as required to maintain consistency. Advise PROJECT COORDINATOR and DP in writing of color coding to be used.

C. Interior of all raceways shall be completely and thoroughly swabbed before installing wire. Compound used must not deteriorate conductor or insulation.

D. Grounded conductors (neutral) shall be identified with a continuous outer finish. #6 AWG and smaller - Color coding with plastic tape is not acceptable. Grounded conductors larger than #6 AWG may be color coded at 12” intervals with a white plastic tape along its entire length and at terminations.

E. Equipment grounding conductors shall be identified with a continuous outer finish that is green or green with one or more yellow stripes. #6 AWG and smaller - Color coding with plastic tape is not acceptable. Grounding conductors that are larger than #6 AWG may be color coded with green plastic tape at each end and at every point where the conductor is accessible.

F. Provide temporary protective covers in outlet and junction boxes to protect conductors from paint overspray

G. Install UL Type THWN or THHN wiring in conduit for feeders and branch circuits.

H. Keep conductor splices to a minimum. Splice only in accessible junction boxes. Do not use quick-connect splice devices. Feeders and service entrance conductors (as defined by NEC article 100) shall not be spliced.

I. Each computer/clean power receptacle and lighting circuit shall have a dedicated neutral conductor.

J. If stranded conductors are used for branch-circuits, the devices shall be pressure terminal type.

K. Use stranded conductors for control circuits and for feeder and branch circuits no. 10 and larger.

PCSB DIVISION 16 Ӏ SECTION 16120 16120 – 2 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16120 — WIRES AND CABLES

L. Conductor size shall be #12 AWG minimum for power and lighting circuits (20 Amps).

M. Conductor size shall be #14 AWG minimum for low voltage control circuits.

N. All Branch circuits run over 75 feet in length, measuring one way from first outlet of the circuit to the panel, shall be #10 AWG minimum for the circuit to limit a voltage drop of 2.5% maximum.

O. All wiring in ceiling space or in air handling plenums not in conduit shall be UL listed as suitable for plenum use.

P. Label tags shall be installed on all wire and cable in junction boxes, wireways and wiring gutters of panels. Tags shall identify wire or cable circuit number and/or circuit served as shown on the drawings.

Q. MC cable is not permitted.

R. The continuity of the equipment grounds, neutrals, and hot legs shall not be interrupted by removal of any device or fixture.

PART 2 ‒ PRODUCTS

2.01 WIRE AND CABLE

A. All wire and cables shall have copper conductors and be rated for 600 volt use.

B. Conductor insulation shall be dual type THHN/THWN 75°C (167°F) for dry, damp, and wet locations. Conductor insulation with single type marking THHN 90°C (194°F) may be used for above grade and dry locations only.

C. Conductors of systems of different voltages or types shall not enter the same conduit or junction box. The number of current carrying conductors and total number of conductors to be installed in conduits shall be as noted in table below.

Maximum number of current Total number of carrying conductors if conductors in conduit Conduit Size #12 wire #10 wire #12 wire #10 wire

¾” 6 3 9 5 1” 9 6 13 9

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16120 16120 – 3 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16135 — ELECTRICAL BOXES AND FITTINGS

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section contains the requirements for electrical boxes and fittings: 1. Outlet boxes 2. Junction boxes 3. Pull boxes 4. Floor boxes 5. Poke-throughs

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. NEC Compliance: Comply with NEC as applicable to construction and installation of electrical wiring boxes and fittings.

B. UL Compliance: Comply with applicable requirements of UL 50, UL 514-Series, and UL 886 pertaining to electrical boxes and fittings. Provide electrical boxes and fittings which are UL listed and labeled.

1.03 DESIGN CRITERIA

A. All boxes shall be rigidly mounted and shall be equipped with suitable screw fastened covers.

B. All outlet boxes to be supported from structure above. Supporting from conduit or raceway only is not permissible. The use of tie wraps, tie wire or any other non-approved supports is not permitted.

C. Junction boxes shall not be installed more than four feet above finished ceiling. Use 1/4” treaded rod for box support up to four feet in length and 3/8” threaded rod for box supports exceeding four feet in length.

D. Inaccessible ceiling areas – install outlet and junction boxes no more than six inches from ceiling access panel or from removable recessed luminaire. Openings shall be a minimum of 24” x 24” hinged door with cylinder cam.

E. Use flush mounted boxes in finished areas. Position recessed outlet boxes accurately to allow for surface finish thickness.

F. Do not fasten boxes to ceiling support wires.

PCSB DIVISION 16 Ӏ SECTION 16135 16135 – 1 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16135 — ELECTRICAL BOXES AND FITTINGS

G. All boxes and enclosures, including wiremold boxes, shall be grounded by use of a threaded ground lug/screw. No ground clips acceptable. This applies to both new and existing installations.

H. The use of gang boxes or Handy boxes is not permitted.

I. Outlet boxes for exit lights shall be wall-mounted, where ever possible, and installed a maximum of 24 inches above the door frame. For suspended exit signs, the box and/or light fixture shall be rigidly secured.

J. Align adjacent wall mounted outlet boxes for switches, thermostats, and similar devices with each other.

K. Provide weather-tight outlets for interior and exterior locations exposed to weather or moisture.

L. Provide knockout closures to cap unused knockout holes where blanks have been removed.

M. Install electrical boxes in those locations which ensure ready accessibility to enclosed electrical wiring. All existing and new junction boxes within the project area shall be made accessible. Provide access panels or relocate existing junction boxes as required to comply with the NEC.

N. Metallic electrical outlet boxes may be installed in vertical fire resistive assemblies classified as 2-hour or less without affecting the fire classification, provided such openings occur on one side only in each framing space and that openings do not exceed 16 square inches. Boxes located opposite sides of walls or partitions shall be separated by a horizontal distance of 24".

O. In openings larger than 16 square inches, the wall shall be built around openings so as not to interfere with the integrity of the wall rating.

P. Cabinets, enclosures, wireways, junction boxes and conduit shall be color identified per the requirements of the identification section of these standards.

Q. Provide blank coverplates at any unused outlet box locations.

R. Outlet boxes to be cleaned of debris prior to installing devices.

S. Provide temporary protective covers in outlet and junction boxes to protect conductors from paint overspray.

T. All junction box covers shall be designated with permanent marker circuit numbers and panelboard numbers of circuits contained within.

PCSB DIVISION 16 Ӏ SECTION 16135 16135 – 2 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16135 — ELECTRICAL BOXES AND FITTINGS

PART 2 ‒ PRODUCTS

2.01 FABRICATED MATERIALS

A. Outlet Boxes: Provide galvanized coated flat-rolled sheet-steel outlet wiring boxes, of shapes, cubic inch capacities, and sizes (including box depths as indicated), suitable for installation at respective locations. 1 1. Ceiling boxes shall be 4" square or octagonal, 1 /8" deep for exposed work or furred ceiling work and 3" deep for concrete work. Plaster rings and/or fixture studs shall be provided where required.

B. Device Boxes: Provide galvanized coated flat-rolled sheet-steel, non-gangable device boxes, of shapes, cubic inch capacities, and sizes (including box depths as indicated), suitable for installation at respective locations. 1. Flush mounted wall outlets shall be 4" square boxes, not less than 1½" deep. Boxes shall be provided with extension rings and/or covers with sufficient depth to bring the covers flush with the finished wall. 2. Outlet boxes shall be factory molded type. 3. Boxes for flush mounting in concrete block work with one or two devices shall have covers with square corners on the raised portion of the cover. The covers shall have a sufficient amount of depth to be flush with the face of the block. Covers shall be Steel City 52-C series. Boxes for more than two devices shall be Steel City "GW" gang boxes. The bottom side of the covers or boxes shall be installed at the masonry course nearest to the dimension specified or noted. 4. Outlet boxes for exposed wall mounting and outdoor installation shall be cast metal type "FS" or "FD" boxes with suitable cast aluminum covers. Weatherproof “damp location” receptacle covers shall have spring lids. Weatherproof “wet location” receptacle covers shall be the “while in use type” and shall be considered weatherproof whether or not the attachment plug cap is inserted.

C. Rain-Tight Outlet Boxes: Provide corrosion-resistant, cast-metal, rain-tight outlet wiring boxes; of types, shapes and sizes (including depth of boxes), with threaded conduit holes for fastening electrical conduit, cast-metal face plates with spring-hinged watertight caps suitably configured for each application, including face plate gaskets and corrosion- resistant plugs and fasteners.

D. Junction and Pull Boxes: Provide galvanized, code-gauge sheet steel junction and pull boxes, with screw-on covers; of types, shapes and sizes, to suit each respective location and installation; with welded seams and equipped with stainless steel nuts, bolts, screws and washers.

E. Poke-Throughs: Provide factory prewired poke-through units, suitable for power and communication work, with UL fire resistance rating of 3-hours. Construct integral fire- stop with cold smoke barrier to prevent passage of smoke where heat is not present. Provide units with separation barrier between power and communication compartments, and with above-floor fittings of contoured die-cast aluminum with satin chrome finish covers. Provide poke-throughs with a single divided through-floor conduit, of proper

PCSB DIVISION 16 Ӏ SECTION 16135 16135 – 3 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16135 — ELECTRICAL BOXES AND FITTINGS

length for floor thickness indicated, and a four and eleven-sixteenths inches (4-11/16”) square by two and nine-sixteenths inches (2-9/16”) deep box, which will be self-support without attachment to above-floor fitting. Furnish with two 20A duplex receptacles and sub-plates for communications jacks. The use of Poke-Through devices shall be determined on a case by case basis and requires the approval of the PROJECT COORDINATOR.

F. Floor Boxes: Provide cast-iron, rain-tight, fully adjustable floor boxes with threaded conduit-entrance ends and vertical adjusting rings, gaskets, brass floor plates with flush screw-on covers with ground flange and stainless steel cover screws. Floor boxes shall have minimum 150 cubic inch capacity, suitable for tile or carpet floors with suitable finish flanges based on floor finish. Furnish with two 20A duplex receptacles and sub-plates for communications jacks. The use of flush floor boxes shall be determined on a case by case basis and requires the approval of the PROJECT COORDINATOR.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16135 16135 – 4 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16142 — ELECTRICAL CONNECTIONS FOR EQUIPMENT

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section contains the requirements for electrical connections which are hereby defined to include connections used for providing electrical power to equipment: 1. Motor starters and controllers not furnished as integral part of equipment. 2. Junction boxes and disconnect switches required for connecting motors and other electrical units of equipment. 3. Raceways and wires/cables.

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. NEC Compliance: Comply with applicable requirements of NEC as to type products used and installation of electrical power connections (terminals and splices) for junction boxes, motor starters, and disconnect switches.

B. UL Compliance: Comply with UL Std 486A, "Wire Connectors and Soldering Lugs for Use with Copper Conductors" including, but not limited to, tightening of electrical connectors to torque values indicated. Provide electrical connection products and materials which are UL listed and labeled.

1.03 DESIGN CRITERIA

A. Extent of electrical connections for equipment shall be indicated by drawings and schedules.

PART 2 ‒ PRODUCTS

2.01 MATERIALS AND COMPONENTS

A. For each electrical connection indicated, provide complete assembly of materials; including pressure connectors, terminals (lugs), electrical insulating tape, cable ties, solderless wirenuts, and other items and accessories as needed to complete splices and terminations of types indicated.

B. Provide metal conduit and fittings of types, grades, sizes and weights (wall thicknesses) indicated for each type service. Where types and grades are not indicated, provide proper selection as determined by installer to fulfill wiring requirements and comply with NEC requirements for raceways. Provide products complying with "Raceways" sections of these standards and in accordance with the following listing of metal conduit, tubing and fittings: 1. Rigid steel conduit

PCSB DIVISION 16 Ӏ SECTION 16142 16142 – 1 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16142 — ELECTRICAL CONNECTIONS FOR EQUIPMENT

2. Rigid metal conduit fittings 3. Flexible metal conduit 4. EMT Fittings 5. Flexible metal conduit fittings 6. Liquid-tight flexible metal conduit 7. Liquid-tight flexible metal conduit fittings

C. Wires, Cables, and Connectors: 1. Provide wires, cables, and connectors complying with wires and cable sections of these standards. 2. Wires/Cables: Unless otherwise indicated, provide wires/cables (conductors) for electrical connections that match (including sizes and ratings) wires/cables which are supplying electrical power. Provide copper conductors with conductivity of not less than 98% at 20°C (68°F).

D. Connectors and Terminals: Provide electrical connectors and terminals that mate and match (including sizes and ratings) with equipment terminals, and are recommended by equipment manufacturer for intended applications.

PART 3 ‒ EXECUTION

3.01 INSTALLATION OF ELECTRICAL CONNECTIONS

A. Connect electrical power supply conductors to equipment conductors in accordance with equipment manufacturer's written instructions and wiring diagrams. Mate and match conductors of electrical connections for proper interface between electrical power supplies and installed equipment.

B. Maintain existing electrical service and feeders to occupied areas and operational facilities unless otherwise indicated or when authorized otherwise in writing by the PROJECT COORDINATOR or DP. Provide temporary service during interruptions to existing facilities. When necessary, schedule momentary outages for replacing existing wiring systems with new wiring systems. When that "cutting-over" has been successfully accomplished, remove, relocate, or abandon existing wiring as indicated.

C. Cover splices with electrical insulating material equivalent to, or of greater insulation resistivity rating, than electrical insulation rating of those conductors being spliced.

D. Prepare cables and wires by cutting and stripping covering armor, jacket, and insulation properly to ensure uniform and neat appearance where cables and wires are terminated. Exercise care to avoid cutting through tapes which will remain on conductors. Also, avoid "ringing" copper conductors while skinning wire.

E. Trim cables and wires as short as practicable and arrange routing to facilitate inspection, testing, and maintenance.

PCSB DIVISION 16 Ӏ SECTION 16142 16142 – 2 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16142 — ELECTRICAL CONNECTIONS FOR EQUIPMENT

F. Provide flexible conduit for motor connections and other electrical equipment connections where subject to movement and vibration.

G. Provide liquid-tight flexible conduit in damp or wet locations for connection of motors and other electrical equipment where subject to movement and vibration.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16142 16142 – 3 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16143 — WIRING DEVICES

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. Section includes the requirements for the following wiring devices: 1. Receptacles 2. Ground-fault circuit interrupters 3. Wall Switches and Dimmers 4. Wallplates 5. Time Switches (Time Clocks)

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. NEC Compliance: Comply with NEC as applicable to installation and wiring of electrical wiring devices.

B. UL Compliance: Provide wiring devices which are UL-listed and labeled.

C. Prior to installation, all wiring devices to be stored on the jobsite in the original labeled cartons.

1.03 DESIGN CRITERIA

A. Provide factory-fabricated wiring devices in types, colors, and electrical ratings for applications indicated and which comply with NEMA Standards. Pub/No. WD1. On retrofit applications, provide device color and style to match existing and to provide a uniform appearance throughout. On new installations, device color and wallplate style to be coordinated with the PROJECT COORDINATOR and the DP.

B. All receptacles shall be the grounding type with the ground connection made through an extra pole which shall be permanently connected to the ground conductor.

C. All branch circuits shall be electrically continuous when any receptacle is removed. Where existing receptacles are shown to be removed from partitions being removed, continuity of service shall be maintained to remaining outlets.

D. Special purpose receptacles shall be provided to suit the specific equipment requirements.

E. Provide equipment grounding connections for all wiring devices, unless otherwise indicated. An equipment grounding conductor is to be run with all feeders and branch circuits.

PCSB DIVISION 16 Ӏ SECTION 16143 16143 – 1 of 5 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16143 — WIRING DEVICES

F. Receptacles serving water coolers shall be GFCI type and shall be readily accessible and shall be serviceable without removing the water cooler or cooler shroud.

G. Provide convenience outlets evenly distributed around each room. Do not provide outlets in toilet rooms, corridors, or exterior spaces unless specifically required.

H. Provide a duplex receptacle above each counter top.

I. Provide a duplex receptacle at each built-in work station.

J. All receptacles located in mechanical rooms, electrical rooms, custodial closets, shall be GFCI type.

K. All 120V, 15 amp and 20 amp receptacles in kitchens shall be GFCI type.

L. Label all receptacles with the panel and circuit number per the requirements of the identification section of these standards.

M. For kitchen appliance receptacles, provide GFI heavy trip breaker (HQO) in lieu of GFI receptacle.

N. Weatherproof “damp location” receptacle covers shall have spring lids. Weatherproof “wet location” receptacle covers shall be the “while in use type” and shall be considered weatherproof whether or not the attachment plug cap is inserted.

O. Range, dryer, and special purpose receptacles shall be four wire/grounding type. This contractor shall verify equipment housing has not been bonded by the manufacturer.

P. Extension rings to be provide where required to bring outlets flush with finish surface. Set back shall not be more than ¼” from the finished surface per NEC 314-20.

Q. All lighting switches/dimmer switches to be installed on opposite side/direction of door (door swing not to obstruct switch access).

R. Do not share neutral conductor on load side of dimmers.

S. Dimmers and light switches shall be installed at 48” above finished floor to top of outlet box.

T. All devices are to be installed after wiring work is completed.

U. All wallplates are to be installed after painting is completed.

V. All wall openings to be neatly cut and covered completely by wall plates.

W. Wiring device grounding terminal to be connected to outlet box with bonding jumper and branch circuit equipment grounding conductor.

PCSB DIVISION 16 Ӏ SECTION 16143 16143 – 2 of 5 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16143 — WIRING DEVICES

X. “Quick wire”/Push-in/Snap-in residential style type wiring devices are not permitted. Receptacles and switches shall be pig-tailed, no feed thru wiring.

Y. Unless specifically noted otherwise – convenience receptacles to be installed at eighteen inches (18”) above finished floor to centerline of outlet.

Z. Unless specifically noted otherwise – receptacles located above counters to be installed six inches (6”) to top of outlet box, above backsplash of counter.

AA. Provide the minimum number of wiring devices (data, power, and AV outlets) to comply with SREF standards.

BB. Power receptacles for the network power (computer) circuit shall be located adjacent to the communications outlets in each room. These outlets shall be circuited to a 20A-1P 120V power circuit from the computer panelboard. These circuits shall not have more than five workstation receptacles per circuit.

PART 2 ‒ PRODUCTS

2.01 RECEPTACLES

A. All receptacles shall be the grounding type with ground connection made through an extra pole which shall be permanently connected to the green grounding conductor.

B. Duplex receptacles for 20 ampere, 120 volt service shall be commercial/spec grade two- pole, three-wire receptacles rated 20 amperes at 125 volts.

C. Single receptacles for 20 amps, 120 volts service shall be commercial/spec grade two- pole, three-wire rated 20 amperes at 125 volts.

D. Ground-fault interrupters shall be 20 amp minimum.

E. Approved Manufacturers: 1. Arrow Hart 2. Hubbell 3. Leviton 4. Pass & Seymour

2.02 WALL SWITCHES AND DIMMERS

A. Snap: Provide toggle switches, rated 20 amperes at 120/277 volts quiet type, UL approved without de-rating for tungsten lamp loads or inductive loads. All switches shall have a grounding terminal that shall be connected to the green grounding conductor.

B. Wall Box Dimmer Switches shall be the slide control type with preset. Fluorescent dimmer switches shall be compatible with fixture ballasts. Power rating shall match the load on the drawings.

PCSB DIVISION 16 Ӏ SECTION 16143 16143 – 3 of 5 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16143 — WIRING DEVICES

C. Approved Manufacturers: 1. Arrow Hart 2. Hubbell 3. Leviton 4. Pass & Seymour 5. Lutron

2.03 WIRING DEVICE ACCESSORIES

A. Provide wallplates for single and combination wiring devices of types, sizes, and with ganging and cutouts as required. Select plates which mate and match wiring devices to which attached. Construct with metal screws for securing plates to devices; screw heads shall be colored to match finish of plates.

B. Cover plates for flush mounted wall boxes shall be nylon based, non-breakable with color to match wiring devices.

C. Provide .035” thick, type 302 stainless steel with satin finish (in lieu of plastic) where directed by drawings, the PROJECT COORDINATOR and/or the DP.

2.04 TIME SWITCHES

A. Time switches shall be multipurpose two-channel digital time switch with portable memory module on front panel and 7 day backup. Controller shall program in one minute resolution in AM/PM (12 hours) format with 365 day holiday capabilities. Display shall be of LCD type. Controller shall be capable of 99 setpoints, and have separate scheduling for each day of the week. Controller shall have user selectable daylight saving or standard time, automatic leap year correction, astronomic capabilities on one or all channels with 1-240 minutes plus or minus offset from sunrise or sunset.

B. All time switch controlled lighting circuits shall have manual on/off override.

C. Enclosure shall be NEMA 1 for indoor use and NEMA 3R for outdoor use. Provisions shall be made for pad locking or sealing.

D. Time switches shall be installed adjacent to lighting panels.

E. Time switches shall have engraved label depicting controlled load description, panel and branch circuit number of load it controls.

F. Provide “Vacation Switch” to override time switch controls. Locate where directed by PROJECT COORDINATOR.

G. Wall mounted emergency battery units and/or exit signs shall be circuited ahead of lighting controls and be powered continuously.

PCSB DIVISION 16 Ӏ SECTION 16143 16143 – 4 of 5 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16143 — WIRING DEVICES

H. Approved Manufactures: 1. Tork Model DZ200BP or PCSB Energy Management pre-approved equal.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16143 16143 – 5 of 5 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16170 — CIRCUIT AND MOTOR DISCONNECTS

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section contains the requirements for circuit and motor disconnect switches. 1. Equipment disconnects 2. Appliance disconnects 3. Motor-circuit disconnects

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. NEC Compliance: Comply with NEC requirements pertaining to construction and installation of electrical circuit and motor disconnect devices.

B. UL Compliance: Comply with requirements of UL 98, "Enclosed and Dead-Front Switches." Provide circuit and motor disconnect switches which have been UL listed and labeled.

C. NEMA Compliance: Comply with applicable requirements of NEMA Standards. Pub No. KS 1, "Enclosed Switches" and 250, "Enclosures for Electrical Equipment (1000 Volts Maximum)".

1.03 DESIGN CRITERIA

A. All new circuit and motor disconnect switches shall be heavy duty type. General duty equipment is not acceptable.

B. Branch circuit protective device enclosures shall be NEMA 1. Branch circuit protective devices installed outdoors or exposed to the weather shall have weatherproof covers, NEMA type 3R or 4.

C. Disconnect switches used for motor driven appliances, motors and controllers to be installed within sight of motor/controller position.

D. All protective devices shall be mounted with top of cabinet or enclosure 6’- 6” above finished floor and shall be adequately supported independent of the connecting raceways and other equipment.

E. Manual Motor Rated Switches: Rated 20 amperes at 120/277 volts quiet type UL approved.

F. Motor rated for fractional horsepower (1/2HP and smaller) – provide switch with thermal overloads to match motor nameplate rating, if motor does not have built-in overload protection.

PCSB DIVISION 16 Ӏ SECTION 16170 16170 – 1 of 2 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16170 — CIRCUIT AND MOTOR DISCONNECTS

G. Fuses shall be furnished and installed in all fusible disconnect switches. Fusible disconnect switches to be used only where required. Advise the PROJECT COORDINATOR during project design phase all locations where used.

H. Fuses and fuse holders shall be equipped with UL class R rejection clips.

I. Fuses shall be duel element and current limiting.

J. All fuses for safety switches shall be current limiting, time delay, dual element, cartridge type with 200,000 ampere interrupting capacity (AIC).

K. Provide 10% spare fuses for each type and size used.

L. All fuses shall be by same manufacturer.

M. Provide laminated plastic nameplates, black with white letters for all disconnect switches in compliance with the identification section of these standards.

PART 2 ‒ PRODUCTS

2.01 ACCEPTABLE MANUFACTURERS

A. Square D Company

B. Cutler Hammer

C. General Electric

D. Bussman, Fuestron, or Chase-Shawmut “Trionic”

2.02 FABRICATED SWITCHES

A. Fusible Switch Assemblies: Surface mounted, heavy duty type, NEMA X sheet steel enclosed quick-make, quick-break type switches. Switch blades to be Visible in OFF position with door open. Operating handle to be padlockable in OFF position. Positive pressure type reinforced fuse clips.

B. Non Fusible Switch Assemblies: Surface mounted, heavy duty type, NEMA X sheet steel enclosed quick-make, quick-break type switches. Switch blades to be visible in OFF position with door open. Operating handle to be padlockable in OFF position.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16170 16170 – 2 of 2 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16190 — SUPPORTING DEVICES

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section contains the requirements for following types of supports, anchors, sleeves and seals: 1. Clevis Hangers, 2. One-hole Conduit Straps, 3. Two-Hole Conduit Straps, 4. Round steel rods, 5. Expansion anchors, 6. Toggle bolts, 7. Wall and Floor Seals, 8. Beam Clamps, 9. Support Channel.

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. NECA Compliance: Comply with National Electrical Contractors Association's "Standard of Installation", pertaining to anchors, fasteners, hangers, supports, and equipment mounting.

B. UL Compliance: Provide electrical components that are UL listed and labeled. All supporting devices and hardware shall be UL listed for the purpose intended. In no case will the supporting device be less than required by these standards or the manufacturer’s requirements and standards for the equipment and/or material to be supported.

1.03 DESIGN CRITERIA

A. Support systems shall be adequate for weight of equipment and conduit, including wiring, which they carry.

B. Install hangers, supports and attachments to support piping properly from building structure. Arrange for grouping of parallel runs of horizontal conduits to be supported together on trapeze type hangers where possible. Install supports with spacing indicated and in compliance with NEC requirements.

C. Fasten junction and outlet boxes, hanger rods, conduit clamps etc. to building structure using expansion anchors, beam clamps or spring steel clips.

D. Use toggle bolts or hollow wall fasteners in hollow masonry, plaster, or gypsum board partitions and walls.

PCSB DIVISION 16 Ӏ SECTION 16190 16190 – 1 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16190 — SUPPORTING DEVICES

E. Use expansion anchors or preset inserts in solid masonry walls.

F. Use self-drilling anchors or expansion anchor on concrete surfaces.

G. Use sheet metal screws in sheet metal studs.

H. Use wood screws in wood construction.

I. All raceways shall be independently supported to building structure. Do not use boxes with attached conduit brackets as sole conduit support.

J. Do not fasten supports to piping, ductwork, conduit or mechanical equipment.

K. Do not use powder-actuated anchors.

L. Limit drilling of structural steel members to what is required for strapping conduit. All drilling to have prior approval of structural engineer.

M. Fabricate supports from structural steel or steel channel, rigidly welded or bolted. Use hexagon head bolts with spring lock washers under all nuts.

N. Light Fixture Support: 1. Troffer &/or Lay-in fixture: Independent support with 16 gauge galvanized wire from building structure to two opposing corners. 2. Surface mounted fixture (on plaster ceilings): secure to outlet box and with two threaded rods (one on each end) secured to structural ceiling joists. 3. Surface mounted fixture (on grid ceilings): Support directly from building structure.

PART 2 ‒ PRODUCTS

2.01 MANUFACTURED SUPPORTING DEVICES

A. General: Provide supporting devices which comply with manufacturer's standard materials, design and construction, in accordance with published product information and as required for complete installation and as herein specified. Where more than one type of supporting device meets indicated requirements, selection is installer's option.

B. Supports: Provide supporting devices of types, sizes, and materials indicated and having the following construction features: 1. Clevis Hangers: For supporting metal conduit; galvanized steel, with ½" diameter hole for round steel rod, approximately 54 pounds per 100 units. 2. Reducing Couplings: Steel rod reducing coupling, ½" by ⅝", approximately 16 pounds per hundred 100 units. 3. One-Hole Conduit Straps: For supporting metal conduit; galvanized steel, approximately 7 pounds per 100 units. 4. Two-Hole Conduit Straps: For supporting metal conduit; galvanized steel. 5. Hexagon Nuts: For ½" rod size, galvanized steel, approximately 4 pounds per 100 units.

PCSB DIVISION 16 Ӏ SECTION 16190 16190 – 2 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16190 — SUPPORTING DEVICES

6. Round Steel Rod: ½" diameter, approximately 67 pounds per 100'. 7. Offset Conduit Clamps: For supporting 2" rigid metal conduit; galvanized steel, approximately 200 pounds per 100 units. 8. Beam Clamps: For supporting conduit hanging systems.

C. Anchors: Provide anchors of types, sizes, and materials indicated with the following construction features: 1. Expansion Anchors: ½", approximately thirty-eight 38 pounds per hundred 100 units. 3 2. Toggle Bolts: Springhead, ⁄16" by 4"; approximately five (5) pounds per hundred 100 units.

D. Sleeves and Seals: Provide sleeves and seals, of types, sizes and materials indicated, with the following construction features: 1. Wall and Floor Seals: Provide factory-assembled watertight wall and floor seals, of types and sizes indicated, suitable for sealing around conduit, pipe, or tubing passing through concrete floors and walls. Construct seals with steel sleeves, malleable iron body, neoprene sealing grommets and rings, metal pressure rings, pressure clamps, and cap screws. Seals shall be fire-rated where required.

E. U-Channel Strut Systems: Provide U-channel strut system for supporting conduit and electrical equipment; 12-gauge hot-dip galvanized steel of types and sizes indicated. Construct with 3/16" diameter holes, 8" O.C. on top surface, and with the following fittings that mate and match with U-channel: 1. Fixture hangers, 2. Channel hangers, 3. End caps, 4. Beam clamps, 5. Wiring studs, 6. Rigid conduit clamps, 7. Conduit hangers.

2.02 FABRICATED SUPPORTING DEVICES

A. Pipe Sleeves: Provide pipe sleeves of steel pipe. Fabricate from schedule 40 galvanized steel pipe and remove burrs.

B. Sleeve Seals: Provide sleeves for piping that penetrate foundation walls below grade or exterior walls. Caulk between sleeve and pipe with nontoxic, UL classified caulking material to ensure watertight seal. Seals shall be fire-rated where required.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16190 16190 – 3 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16195 — ELECTRICAL IDENTIFICATION

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This Section includes the requirements for equipment and device identification.

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 APPLICATION AND INSTALLATION DESCRIPTION OF WORK

A. Equipment/System Identification: 1. Single one piece engraved plastic-laminate signs are required on each major unit of electrical equipment in building including central or master unit of each electrical system including communication, control, and signal systems unless unit is specified with its own self-explanatory identification or signal system.

B. Provide signs for each unit of the following categories of electrical work: 1. Disconnect switches, 2. VFD’s, 3. Motor starters, 4. Contactors, 5. Panelboards, 6. Transformers, 7. Electrical cabinets, 8. Access panels to electrical equipment, 9. Time switches.

C. All nametags shall identify equipment/load served as well as panel and circuit number of equipment/load served. Provide text matching terminology and numbering of the contract documents.

D. Install signs at locations indicated or, where not otherwise indicated, at location for best convenience of viewing without interference with operation and maintenance of equipment.

E. Panel schedules shall be typewritten per the directive outlined in the panelboard section of these standards.

F. Wire and cable identification shall conform to the directive outlined in the wire and cable section of these standards.

G. Dymo-Labels: Identify all receptacles and wall switches (new and existing) with panelboard and branch circuit number. Attach to coverplate. Where required by the PROJECT COORDINATOR, use permanent marker in lieu of Dymo labels.

PCSB DIVISION 16 Ӏ SECTION 16195 16195 – 1 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16195 — ELECTRICAL IDENTIFICATION

H. Provide permanent label below ceiling on ceiling grid identifying location of all motor starters, service disconnects, lighting relays, occupancy sensor power packs, exhaust fans, and any other electrical equipment. Labels are to be black background with white letters.

I. All conduits entering boxes, enclosures, cabinets, wireways, etc. shall be labeled with a suitable approved permanent marker identifying the appropriate panel/panelboard and branch circuit number serving same. The same shall apply to all enclosure covers.

J. Label tags shall be installed on all wire and cable in junction boxes, wireways, and wiring gutters of panels. Tags shall identify wire or cable circuit number and/or circuit served as shown on the drawings.

K. Paint the word “TELECOM” on each communication system pull box cover.

L. Paint the word “SECURITY” on each security system pull box cover.

M. Paint words “FIRE ALARM” on each fire alarm system pull box cover.

N. Paint the word “ELECTRICAL” on each electrical system pull box cover.

O. All telephone and data conduits to be permanently tagged at each end. Tag shall state “THIS CONDUIT TERMINATES ON (N, S, E, W) WALL OF ROOM XX ON FLOOR XX”. Identification tags shall be provided for all low voltage systems (F/A, TEL, TV, SOUND SYSTEM, INTERCOM, DATA/COMMUNICATIONS). Tag shall be metal with 1/8” high all capital letters.

P. Cabinets, enclosures, pull boxes and wireways shall be color identified. All new and existing "J" boxes and conduit within the project area shall be color identified. Identify all indoor conduits, pull boxes above lay-in ceiling, access doors, in roof space, and all exposed locations with paint at every pull box and on conduit at each coupler (paint entire coupler). Red conduits shall be continuously colored and shall be painted by the manufacturer. Paint colors shall be as follows: 1. Black 120/208 Volt, 2. Orange 277/480 Volt, 3. Red Fire Alarm, 4. Blue Data, 5. Green Intercom, 6. Yellow Security, 7. Purple Closed Circuit TV, 8. White Telephone, 9. Silver Special Controls.

PCSB DIVISION 16 Ӏ SECTION 16195 16195 – 2 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16195 — ELECTRICAL IDENTIFICATION

PART 2 ‒ PRODUCTS

2.01 ELECTRICAL IDENTIFICATION MATERIALS

1 A. Nameplates shall be engraved. Plastic-laminate phenolic nameplates ⁄16” thick, fastened with self-tapping screws except contact-type permanent adhesive where screws cannot, or should not, penetrate substrate.

B. Nameplates used for normal power panels and equipment shall be black with white letters.

C. Nameplates used for emergency panels and equipment shall be red with white letters.

D. Wire Cable markers shall be cloth markers, split sleeve or tubing type.

E. Embossed tape is not permitted for any application other than wall outlets as identified above.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16195 16195 – 3 of 3 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16425 — SWITCHBOARDS

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. Section includes the requirements for the following types of switchboards: 1. Dead-front Distribution 2. Circuit-breaker Switchboards

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. Electrical Code Compliance: Comply with applicable local code requirements of the authority having jurisdiction and that portion of the NEC which pertains to installation and construction of switchboards.

B. UL Compliance: Comply with applicable requirements of UL 489, "Molded-Case Circuit Breakers and Circuit-Breaker Enclosures", and UL 891, "Dead-Front Electrical Switchboards", pertaining to installation and construction of switchboards. Provide switchboards and components that are UL-listed and labeled. Switchboard shall be UL- listed for service entrance equipment.

C. IEEE Compliance: Comply with applicable requirements of IEEE Std. 241, "Recommended Practice for Electric Power Systems in Commercial Buildings", pertaining to switchboards.

D. ANSI Compliance: Comply with applicable requirements of ANSI standards pertaining to switchboard assemblies.

E. NEMA Compliance: Comply with applicable portions of NEMA Stds Pub/No. PB 2, "Dead-front Distribution Switchboards", PB 2.1, "General Instruction for Proper Handling, Installation, Operation and Maintenance of Dead-front Distribution Switchboards Rated 600 Volts or Less", and SG-3, "Low-Voltage Power Circuit Breakers", pertaining to switchboard assemblies.

1.03 DESIGN CRITERIA

A. Schedule delivery of switchboard equipment to permit ready building ingress for large equipment components to their designated installation spaces. Switchboard and components shall be delivered properly packaged in factory–fabricated type containers or wrappings and mounted on pallets or skids to facilitate handling of heavy items. Coordinate delivery of equipment with the installation of other building components.

PCSB DIVISION 16 Ӏ SECTION 16425 16425 – 1 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16425 — SWITCHBOARDS

B. Coordinate the size and location of concrete equipment pads. Cast anchor bolt inserts into pad. Coordinate with Division 3 for concrete, reinforcement and formwork requirements.

C. Wall shall be painted at panel location prior to installation.

D. Coordinate with other electrical work including raceways, electrical boxes and fittings, and cabling/wiring work, as necessary to interface installation of switchboard with other work.

E. The main switchgear shall be equipped with shunt trips, voltage meter, amperage meter, ground fault and copper bus bars. The use of copper clad steel bus bars are not permitted. Provision shall be made for remote reading of power consumption, demand and power factor.

F. Provide a minimum of 20% fully equipped spaces for future devices with bussing and buss connections, suitable insulated, and braced for short circuit currents.

G. Enclosure Construction: The Switchboard shall be dead-front with front accessibility required. The switchboard frame shall be of formed code gauge steel rigidly welded and bolted together to support all cover plates, bussing and component devices during shipment and installation. Steel base channels shall be bolted to the frame to rigidly support the entire shipping section for moving on rollers and floor mounting. Each switchboard section shall have a barrier bottom and an individually removable top plate for installation and termination of conduit. The switchboard enclosure shall be painted on all exterior and interior surfaces. The paint finish shall be a medium light gray, ANSI #49, applied by the electro-deposition process over an iron phosphate pre-treatment. All front covers shall be screwed on and removable and all doors shall be hinged with removable hinge pins. Top and bottom conduit areas shall be clearly indicated on shop drawings.

H. Bussing: All main and vertical busses and connections thereto shall consist of 98% conductivity copper electrical conductor grade copper bars rigidly mounted in heavy insulating supports braces to withstand short circuit stresses as determined by the DP and shall be noted on the plans. Main busses shall be sized by the DP and shall be indicated on the drawings. Main busses shall be full size for the entire length. All contact surfaces of copper bars shall be silver plated. A non-insulating ground bus shall be provided in all sections of the switchboard. Where future space is indicated bus bar shall be provided in the entire section of the switchboard for mounting the breaker.

I. Short Circuit Current Rating: The switchboard, as a complete unit shall be given a single short circuit current rating by the manufacturer. Such ratings shall be established by the actual tests by the manufacturer, in accordance with UL specifications, on equipment constructed similarly to the subject switchboard.

PCSB DIVISION 16 Ӏ SECTION 16425 16425 – 2 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16425 — SWITCHBOARDS

J. Main Circuit Breaker (molded case): Main circuit breaker shall be of the molded case plastic type, 3-pole, manually operated, stationary type, front connected, with adjustable long time and adjustable instantaneous, ground fault protection, 100% rated. Breaker AIC ratings shall be calculated by the DP and shall be noted on the drawings. Frame size and trip unit shall be as indicated.

K. Main Circuit Breaker (insulated case): Main circuit breaker shall be insulated case. Frame size and trip unit shall be as indicated. Breaker shall be constructed from high dielectric strength, glass-reinforced insulating material and include a solid state electronic programmer and a positive action flux-shifting trip device. Breaker shall be for 100% continuous duty and shall have 65,000 amps AIC RMS SYM minimum interrupting rating, (Breaker AIC ratings shall be as noted on the drawings) with the following functions: 1. Continuous ampere control settings 0.5X, 0.7X, 0.8X, .85X, 0.9X, .95X and 1.0X. 2. Long time trip band control settings 2.5 through 20 seconds at six times the continuous current setting. 3. Short time amperes trip point setting at 1.5X through 9X at a minimum of 8 points. 4. Short time delay settings 0.1 through 0.35 seconds. 5. Instantaneous amperes trip point setting at 1.5X through 10X at a minimum of 8 points. 6. Ground fault trip point current settings in five steps 0.2X through 0.6X. 7. Ground fault delay time settings of 0.10, 0.21 or 0.35 seconds. 8. Zone selective with transformer circuit breaker. 9. Targets for overload, short circuit and ground.

L. Breaker shall have a trip-free handle operating special arc resisting contacts in effective arc quenchers. Each molded case breaker shall be rated for 40°C ambient operation. Each breaker shall be stored energy trip mechanism type with a trip push button.

M. Breaker protection programming set points shall be coordinated with downstream feeder breakers. Coordinate charts indicating breaker settings shall be provided by the equipment manufacturer.

N. Branch circuit breakers, 600 A and larger shall be bolt-on group mounted, 100% rated, solid trip molded plastic case, air circuit breaker type. Breakers shall have solid state trip units and a common trip bar so that the tripping of one pole will automatically trip all the poles of the breaker. Breakers shall be trip-free and trip-indicating and shall have quick- make, quick-break contacts. Breakers AIC ratings shall be as noted on the drawings.

O. Branch circuit breakers shall be plug-in group mounted, molded plastic case, less than 600A type. Breakers shall have thermal-magnetic trip units and a common trip bar so that the tripping of one pole will automatically trip all poles of the breaker. Breakers shall be trip-free and trip-indicating and shall have quick-make, quick-break contacts. Breaker AIC ratings shall be as noted on the drawings.

PCSB DIVISION 16 Ӏ SECTION 16425 16425 – 3 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16425 — SWITCHBOARDS

P. Metering: A voltmeter and ammeter shall be mounted in the door and supplied with current and potential transformers and instrument transfer switches. All front plates used for mounting meters, instrument transfer switches or other front mounted devices shall be hinged with all wiring installed and laced with flexibility at the hinged side. Metering unit shall have one percent accuracy. Metering unit shall indicate current, volt, frequency, P.F. in a solid state construction with digital readout. Square D type DM 50.

Q. Spaces/rooms containing switchboards rated 1200Amps or greater shall have doors (minimum of 2) that open in the direction of the egress and shall include panic hardware.

PART 2 ‒ PRODUCTS

2.01 ACCEPTABLE MANUFACTURERS: All Switchboards, panels and components shall be of the same manufacturer. Subject to compliance with requirements, manufacturers offering switchboards which may be incorporated in the work include and are limited to the following:

A. Square D Company: Basis of Design and Base Bid.

B. Alternate bids by General Electric Company are acceptable but must show the difference in equipment dimensions and difference in price from base bid equipment.

C. Alternate bids by Cutler Hammer / Eaton Corp. are acceptable but must show the difference in equipment dimensions and difference in price from base bid equipment.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16425 16425 – 4 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16452 — GROUNDING

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section contains the contains the applications of for electrical grounding and bonding for the following: 1. Electrical power systems; 2. Grounding electrodes; 3. Separately derived systems; 4. Raceways; 5. Service equipment; 6. Enclosures, pull boxes, junction boxes, etc.; 7. Equipment; 8. Lighting fixtures, 9. Signs; 10. Separate buildings; 11. Transformers; 12. Grounding Bars.

B. This section also includes solidly grounded systems.

C. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. Conform to requirements of ANSI/NFPA 70/NEC Article 250.

B. Comply with applicable requirements of UL Standards No.'s 467, "Electrical Grounding and Bonding Equipment", and 869, "Electrical Service Equipment", pertaining to grounding and bonding of systems, circuits, and equipment. In addition, comply with UL Std. 486A, "Wire Connectors and Soldering Lugs for Use with Copper Conductors". Provide grounding and bonding products that are UL listed and labeled for their intended usage.

C. The extent of electrical grounding and bonding work shall be indicated by drawings and schedules, and shall as a minimum comply as outlined herein. Grounding and bonding work is defined to encompass systems, circuits, and equipment.

D. Upon completion of the installation of the grounding and bonding systems, a test shall be performed on the grounding tripoise ground resistance with a ground tester and with the tripoise ground conductor disconnected from the panelboard or switchboard. Where tests show resistance-to-ground is over five (5) ohms, appropriate actions shall be taken to reduce resistance to five (5) ohms, or less, by driving additional ground rods. A retest shall be taken to demonstrate compliance. Additional ground rods shall be furnished and

PCSB DIVISION 16 Ӏ SECTION 16452 16452 – 1 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16452 — GROUNDING

installed at no additional cost to PCSB. Ground testing shall be performed in the presence of the DP and PROJECT COORDINATOR or INSPECTOR.

1.03 DESIGN CRITERIA

A. Solder lugs are not allowed.

B. An insulated ground conductor shall be run the entire length of each branch or feeder circuit. Ground conductor shall be installed in entire raceway system, including wall switches and flexible conduit to light fixtures. Raceways and conduits shall not be used as grounding path.

C. All low voltage communications systems shall be bonded. The following systems and/or equipment shall be bonded in strict conformance with NEC: 1. Fire alarm, 2. Intercom, 3. Telecommunications, 4. Lightning Protection/TVSS, 5. Power and lighting, 6. Raceway and conduit, 7. Non-current carrying metal parts of all motors, panels, and other electrically operated equipment.

D. Indicate location of system grounding electrode connections and routing of grounding electrode conductor.

E. The grounding systems installed on permanent building and structures shall provide a maximum of 5 ohms resistance to ground. Grounding systems installed on relocatable structures and play courts shall provide a maximum of 25 ohms resistance to ground. Reference testing requirements in quality assurance section of this standard.

F. Grounding electrode system for main service and separately derived systems: Grounding electrode conductors shall be sized according to NEC 250.66 excluding exceptions and shall be installed unspliced from the grounded circuit conductor (neutral) at the main service or transformer for separately derived systems to the following electrodes: Metal cold water pipe, concrete encased electrodes, building steel, and three rod electrodes.

G. Grounding electrode system for separate buildings: The connection of the grounded circuit conductor (neutral) to the grounding electrode at each separate building shall not be made. An equipment grounding conductor shall be installed with the circuit conductors and shall be connected to an equipment ground bar located in each building’s panel. Grounding electrode conductors shall be sized according to NEC 250.66 excluding exceptions and shall be installed unspliced from the panel equipment ground bar to the following electrodes: Metal cold water pipe, building steel and three rod electrode.

PCSB DIVISION 16 Ӏ SECTION 16452 16452 – 2 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16452 — GROUNDING

H. Ground Electrodes shall consist of minimum three ¾” x 20’-0” long copper clad rods arranged in a triangle configuration with ground rods placed at least ten feet apart and sleeved in Schedule 40 PVC if exposed to physical damage.

I. Provide concrete box (flush in grade) with cast iron cover. Concrete box to house each individual ground for testing. Cast iron cover to have the words “Ground Rod” permanently inscribed on top.

J. Connect together system neutral, service equipment enclosures, exposed non-current carrying metal part of electrical equipment, metal raceway systems, grounding conductor in raceways and cables, receptacle ground connectors and plumbing systems.

K. All raceways with #10 or #12 AWG phase conductors for receptacles, lighting fixtures, and similar circuits shall be provided with a parity-sized green equipment ground conductor.

L. Equipment grounding conductors shall be identified with a continuous outer finish that is green or green with one or more yellow stripes. #6 AWG and smaller - Color coding with plastic tape is not acceptable. Grounding conductors that are larger than #6 AWG may be color coded with green plastic tape at each end and at every point where the conductor is accessible.

M. Each metallic raceway, pipe and other metal objects to be bonded together.

N. Ground conductors shall be connected to ground buss in panelboards and bonded to all outlet, pull and junction boxes by a lug or screw approved for the purpose before the installation of the boxes. Ground pigtails and/or ground clips are not acceptable.

O. Ground type bushings shall be installed on all feeder and subfeeder conduits entering panelboards, pullboxes and transformers and all conduit entering oversized, concentric and eccentric knock-outs.

P. Terminate feeder and branch circuit insulated equipment-grounding conductors with grounding lug, bus, or bushing. Conductors looped under screw or bolt heads will not be permitted.

Q. Connect grounding electrode conductors to one inch diameter or greater metallic cold water pipe, using a suitably sized ground clamp. Provide connections to flanged piping at street side of flange.

R. Grounding electrode conductors shall be protected with schedule PVC where exposed to damage.

S. Provide a grounding bushing and a continuous copper-bonding jumper from the bushing to the equipment ground bus in all feeders. The bonding jumper shall be the same size as the equipment ground conductor.

PCSB DIVISION 16 Ӏ SECTION 16452 16452 – 3 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16452 — GROUNDING

T. Grounding Electrode Requirements for New Construction or Major Renovations: Metal underground water piping shall be in direct contact with the earth for a minimum of twenty feet and connections shall be made to the interior metal water piping within 5’-0” of floor. Piping shall be one-inch minimum. Concrete encased electrodes shall be encased in at least three inches of concrete footing or foundation that is in direct contact with the earth consisting of a continuous ⅝"x20'-0” rebar with a 20'-0” section of bare 4/0 copper wire connected to the rebar by exothermic welding and extended 4'-0” above the slab and sleeved with Sch 40 PVC at slab penetration. This size wire is constant. It is not to be sized by 250.66 it is always to be 4/0 bare copper. The exposed conductor above the slab shall be protected from concrete, paint, dirt, etc. Rod electrodes shall consist of three (minimum) ¾"x20'-0” (minimum) copper clad rods with threaded connections, placed at least ten feet apart in a tripoise configuration. No aluminum rods. The grounding electrode conductors shall be spliced only by means of the exothermic welding process. Unless otherwise authorized by owner, grounding clamps equal to Blackburn Grounding Type GUV or Burndy Type GAR may be used at all terminal locations. Made electrodes shall have a resistance of 5 ohms or less. This resistance test (of made electrodes) shall be performed with the PROJECT COORDINATOR OR INSPECTOR observing the test and notification of the DP for his witnessing of the results. Building steel shall be effectively grounded through direct connections from footer reinforcing to I- beam or bar joists with 4/0 copper conductors.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16452 16452 – 4 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16460 — TRANSFORMERS

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. Section includes the requirements for dry-type transformers.

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. NEC Compliance: Comply with NEC as applicable to installation and construction of electrical power/distribution transformers.

B. ANSI Compliance: Comply with applicable requirements of ANSI Standards C57-Series pertaining to power/distribution transformers.

C. NEMA Compliance: Comply with requirements of NEMA Std Pub/No.'s ST 20; "Dry-Type Transformers for General Applications", TR 1, and TR 27.

D. UL Compliance: Comply with applicable requirements of ANSI/UL 506; "Safety Standard for Specialty Transformers".

E. NESC Compliance: Comply with applicable requirements of National Electrical Safety Code (ANSI Std C2) pertaining to indoor and outdoor installation of transformers.

1.03 DESIGN CRITERIA

A. All local power transformers shall have a means of disconnect within site of the transformer.

B. Provide laminated plastic nameplates, white with black letters for all transformers in compliance with the identification section of these standards.

PART 2 ‒ PRODUCTS

2.01 POWER/DISTRIBUTION TRANSFORMERS

A. Dry-Type Distribution Transformers: 1. Transformers sized 15 kVA and below shall have two (2) – 2 ½ percent taps above and below rated primary voltage. 2. Transformers sized 30 kVA and above shall have four (4) – 2 ½ percent taps, two above and two below rated primary voltage. 3. Transformers 15 kVA and below shall be 115°C temperature rise above 40°C ambient, unless noted otherwise.

PCSB DIVISION 16 Ӏ SECTION 16460 16460 – 1 of 2 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16460 — TRANSFORMERS

4. Transformers 30 kVA and above shall be 150°C temperature rise above 40°C ambient, unless noted otherwise. 5. Limit transformer surface temperature rise to maximum of 50°C rise above a 40°C ambient. Provide wiring connectors suitable for copper wiring. Aluminum transformer windings are prohibited. Cushion-mount transformers with external vibration isolation supports; sound-level ratings not to exceed 45 dB for transformers 15 to 45 kVA and 50 dB for 50 to 150 kVA as determined in accordance with ANSI/NEMA standards. Provide transformers with fully-enclosed sheet-steel enclosures. 6. General purpose dry type transformers 600Volts and below shall be energy efficient type EE transformers. 7. Provide transformers suitable for wall mounting. Floor mounted transformers shall be installed on typical housekeeping pads. 8. Locate transformer a minimum of six inches away from wall. At no case shall transformer be closer to wall than permitted by equipment manufacturer. 9. Provide sound insulation including a neoprene pad under transformer sized for the weight of transformers installed and flexible metal conduit for electrical connections. 10. Electrically ground core and coils to transformer enclosure by means of flexible metal grounding strap. Provide bonding/grounding of transformers per applicable sections of NEC.

B. Acceptable Manufacturers: 1. Square D, 2. Cutler Hammer, 3. General Electric.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16460 16460 – 2 of 2 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16470 — PANELBOARDS

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. Section includes the requirements for the following types of panelboards: 1. Power Distribution Panelboards 2. Lighting and Appliance Branch Circuit Panelboards

B. The intent of these guidelines is to include minimum general project requirements that DESIGN PROFESSIONALS must comply with. Specific project book specifications shall be generated by the DESIGN PROFESSIONALS.

1.02 QUALITY ASSURANCE

A. Electrical Code Compliance: Comply with applicable local code requirements of the authority having jurisdiction and NEC Article 408 as applicable to the installation and construction of electrical panelboards and enclosures.

B. UL Compliance: Comply with applicable requirements of UL 67, "Electric Panelboards", and UL codes 50, 869, and 1053 pertaining to panelboards, accessories and enclosures. Provide panelboard units that are UL listed and labeled.

1.03 DESIGN CRITERIA

A. All panelboards shall be numbered with odd numbers on the left side of the panel and even numbers on the right side of the panel. Panelboards shall have a circuit directory card mounted in a frame with plastic cover, mounted on the inside of the door. Directory cards shall be completed with a typewriter to indicated areas and/or devices served by each circuit. All new and existing panelboards affected by project scope shall have new typed directories. Provide typed circuit directory for each distribution branch circuit panelboard by building and room FISH number (new or existing). Indicate type of load served.

B. Provide HACR type circuit breakers for all heating, air conditioning, kitchen and refrigeration equipment.

C. When connecting equipment to existing panelboards, the new and existing circuit breakers shall be identified. A new circuit directory card shall be provided.

D. Provide interior branch breaker numerical identification for all existing and new panelboards affected by this projects scope. Numerical identification to match construction documents.

E. Panelboards may be installed in mechanical rooms only if the requirements of NEC 110-26 are met and the rooms are sized adequately to provide required clearances around mechanical equipment installed.

PCSB DIVISION 16 Ӏ SECTION 16470 16470 – 1 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16470 — PANELBOARDS

F. Panelboards shall be installed in spaces which are designated electrical or mechanical rooms (except where reviewed and accepted by the PCSB PROJECT COORDINATOR in cases where adequate space in mechanical and electrical rooms is not available).

G. Bolt-on breakers shall be used on all switchboards, panelboards and load centers. The use of small load centers with snap on style circuit breakers is not normally permitted and must be pre-approved by PSCB PROJECT COORDINATOR.

H. Panelboards shall be fully rated.

I. Panelboard voltages shall be 277/480V- 3 phase, 120/208V – 3 phase or 120/240 volt single phase. Dual voltages shall not be permitted in the same panelboard.

J. All panelboards and circuit breakers shall be fully rated for available fault current. Fault current shall be indicated on the drawings.

K. New panelboards with a main circuit breaker to have feed thru lugs. New panelboards with main lugs only to have sub-feed lugs.

L. All (network power) computer related circuits to be connected to dedicated panelboards. Each of these panelboards shall be provided with a surge suppressor and labeled “computer circuits only”. Network power computer circuits shall not be connected to panels containing HVAC equipment, kitchen equipment, shop equipment or any other equipment with a large motor or load with high harmonic content. These dedicated panels shall have no less than 20% spare capacity and 20% prepared space. Provide dedicated computer panelboards with neutral sized at 200%.

M. Provide surge protection of main electrical and designated panelboards with surge suppression listed and labeled under the latest edition of UL 1449 (refer to surge protection section of these standards). The specified SPD shall be installed external to the switchboard/panelboard.

N. Provide laminated plastic nameplates, black with white letters for all panelboards, and switchboards in compliance with the identification section of these standards.

O. Provide all new panelboards with 20% spare capacity and 20% prepared space.

P. All panelboards to have built in locks and keys provided.

Q. All lighting and power multi-wire branch circuits shall utilize multi-pole circuit breakers with common trip to satisfy NEC 210.4 B “multi-wire branch circuits” or where otherwise approved, provided with dedicated neutral conductors. On renovation projects - circuits within panels shall be rearranged as necessary to accommodate new breaker configuration. New arrangements shall be incorporated into panelboard upgrades and circuit schedules shall be updated accordingly.

PCSB DIVISION 16 Ӏ SECTION 16470 16470 – 2 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16470 — PANELBOARDS

R. Provide equipment grounding/bonding per directive of grounding section of these standards and applicable sections of NEC.

S. Panelboards or any other electrical equipment located in smoke or fire rated walls shall be mounted on unistrut channels. Channels shall be supported from floor and structure above ceiling. There shall not be penetrations of the fire rated assembly pursuant to the equipment installation.

T. Filler plates shall be installed for all unused spaces in all panelboards.

U. Arc Flash warning labels to be provided for all electrical panels and switchboards to comply with NEC 110.16.

PART 2 ‒ PRODUCTS

2.01 PANELBOARDS

A. Power Distribution Panelboards shall be dead-front, safety-type power distribution panelboards with anti-turn, solderless pressure type main lug connectors approved for use with copper conductors. Equip with copper bus bars with not less than 98 percent conductivity, and with full-sized neutral bus (200% neutral where noted on the drawings and as required elsewhere in these standards). Provide bolt-on, molded-case circuit breaker types for each circuit, with toggle handles that indicate when tripped. Provide panelboards with bare uninsulated grounding bars suitable for bolting to enclosures. 1. Power Panelboards shall be Square D I line, or alternates General Electric Spectra series; Cutler Hammer Type PRL3a. Voltages and AIC ratings shall be indicated on the drawings.

B. Lighting and Appliance Panelboards shall be dead-front safety type lighting and appliance panelboards with anti-burn solderless pressure type lug connectors approved for use with copper conductors. Equip with copper bus bars, full-sized neutral bar, with bolt-in type heavy-duty, quick-make, quick-break, circuit breakers, with toggle handles that indicate when tripped. Provide suitable lugs on neutral bus for each outgoing feeder required, and provide bare uninsulated grounding bars suitable for bolting to enclosures. 1. Panelboards shall be Square D types NQ & NF, or alternates General Electric A- Series; Cutler-Hammer type PRL2. Voltage an AIC ratings shall be indicated on the drawings.

C. Panelboard enclosures shall be galvanized sheet steel cabinet-type enclosures, code- gauge, minimum 16-gauge thickness. Cabinets shall be furnished without knockouts and all holes for raceways shall be drilled and punched on the job. Panelboard enclosures shall be five and three-fourths inches (5 ¾") deep. Provide fronts with adjustable trim clamps and doors with flush locks and keys; all panelboard enclosures keyed alike, with concealed piano door hinges and door swings as indicated. Provide baked gray enamel finish over a rust inhibitor coating. Provide enclosures that are fabricated by same manufacturer as panelboards that mate and match properly with panelboards to be enclosed. Enclosure shall have insulated, groundable neutral.

PCSB DIVISION 16 Ӏ SECTION 16470 16470 – 3 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16470 — PANELBOARDS

D. Individual Enclosed Circuit Breakers: Circuit breakers shall be molded case type. Breakers shall have thermal-magnetic trip units and magnetic trip shall be adjustable. Breakers shall have a common trip bar so that the tripping of one pole will automatically trip all poles of the breaker. Breakers shall be trip free and trip indicating and shall have quick-make, quick- break contacts.

2.02 ACCEPTABLE MANUFACTURERS

A. All Panelboards and components shall be of the same manufacturer. Subject to compliance with requirements, manufacturers offering panelboards which may be incorporated in the work include and are limited to the following: 1. Square D Company: Basis of Design and Base Bid. 2. Alternate bids by General Electric Company are acceptable but must show the difference in equipment dimensions and difference in price from base bid equipment. 3. Alternate bids by Cutler Hammer / Eaton Corp. are acceptable but must show the difference in equipment dimensions and difference in price from base bid equipment.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16470 16470 – 4 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16482 — MOTOR STARTERS

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section contains the requirements for circuit and motor disconnect switches: 1. Manual Motor Starters 2. Magnetic Motor Starters 3. Combination Motor Starters

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. NEC Compliance: Comply with NEC as applicable to wiring methods, construction, and installation of motor starters.

B. UL Compliance: Provide motor starters and components which are UL listed and labeled.

C. NEMA Compliance: Comply with NEMA Standards for motor starters and thermal overload relays.

1.03 DESIGN CRITERIA

A. The full load current and starting characteristics of each motor shall be verified for proper selection of motor overload devices.

B. Motor starters or any other electrical equipment located in smoke or fire rated walls shall be mounted on unistrut channels. Channels shall be supported from floor and structure above ceiling. There shall be no penetrations of the fire rated assembly pursuant to the equipment installation.

C. Phase loss protection shall be provided on all starters serving motors 5 horsepower or larger.

D. Provide laminated plastic nameplates, black with white letters for all motor starters in compliance with the identification section of these PCSB STANDARDS.

PCSB DIVISION 16 Ӏ SECTION 16482 16482 – 1 of 2 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16482 — MOTOR STARTERS

PART 2 ‒ PRODUCTS

2.01 ACCEPTABLE MANUFACTURERS

A. Square D

B. Cutler Hammer

C. General Electric

D. Allen Bradley

2.02 MOTOR STARTERS

A. Manual motor starters for 115 volts, single phase motors one horsepower and smaller, shall be single pole, horsepower rated switches with thermal overload units and heaters. Starters shall be Square D Class 2510, with stainless steel cover plates.

B. Motor Rated wall switches: Minimum 20 Amps, 120-277 Volts AC, motor rated for fractional horsepower. 1. Motors ½ HP and smaller: Provide switch with thermal overloads to match motor nameplate rating, if motor does not have built-in overload protection.

C. Magnetic full voltage starters for three phase motors shall be three pole, horsepower rated, magnetically operated with three thermal overload units and four extra auxiliary contacts. Control voltage shall be 120 volts supplied from a control power transformer. A Hand-Off-Automatic, HOA switch shall be mounted in front cover. Starters shall be Square D Class 8536.

D. Combination magnetic, full voltage starters for three phase motors shall be three pole horsepower-rated magnetically operated switches, with three thermal overload units and four extra auxiliary contacts. Control voltage shall be 120 volts supplied from a control power transformer. A three pole horsepower-rated non-fusible disconnect switch shall also be included in the enclosure. An HOA switch shall be mounted in front cover. Starters shall be Square D Class 8538.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16482 16482 – 2 of 2 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16515 — LUMINAIRES

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. Section includes the requirements for luminaires: 1. Light Fixtures 2. Lamps 3. Ballasts

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. UL Compliance: Comply with UL standards pertaining to interior and exterior luminaires. Provide luminaires and components which are UL listed and labeled.

B. CBM Labels: Provide fluorescent lamp ballasts which comply with Certified Ballast Manufacturers Association standards and carry the CBM label.

C. Lighting levels shall comply with the 2010 Florida Building Code (FBC) and Local Dark Sky Ordinances.

1.03 DESIGN CRITERIA

A. The number and types of bulbs shall be minimized.

B. Room lighting shall be high efficiency 2x4 fixtures. 2x2 fixtures are not permitted.

C. Each ceiling lighting fixture shall have its own ballast.

D. Fixture whips shall be assembled with 3/8 inch flexible conduit (factory whip) and shall be of sufficient length to allow relocation of any type luminaire a minimum of one tile in any direction. Maximum 6 foot length. MC cable is not permitted. Equipment grounding conductors shall be provided in all fixture whips and/or connections. Each factory whip shall be provided with straight connectors with one piece body with male threaded end and locknut.

E. Each ceiling mounted luminaire shall have a separate whip from a junction box (up to four luminaires to a junction box). Loops between luminaires are not permitted.

F. Each fixture shall be grounded/bonded per applicable sections of NEC. Refer to grounding and bonding section of these standards.

G. All grouped lighting switches shall be ganged together wherever possible.

PCSB DIVISION 16 Ӏ SECTION 16515 16515 – 1 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16515 — LUMINAIRES

H. Ceiling access panels required at all hard or inaccessible ceilings. Refer to raceway and junction box sections of these standards for requirements.

I. Provide dual technology occupancy/vacancy sensors (in addition to light switches) in: 1. All offices 2. All storage rooms 3. Dining hall 4. Classrooms

J. Do not put occupancy/vacancy sensors in: 1. Hallways 2. Clinic rooms 3. Kitchen 4. Restrooms 5. Reading Room 6. Computer Room 7. Media Center 8. Stairwells 9. Coolers/Freezers 10. Mechanical/Electrical equipment rooms.

K. Location of power pack for occupancy sensor shall be tagged on the ceiling grid.

L. Light and fan control for group restrooms to be via timer switch.

M. Fan speed control for exhaust fan above hard ceiling in group toilets must be easily accessible.

N. Provide emergency lighting as required by FBC. The emergency lighting shall bypass all switches an illuminate automatically in the event of a power failure.

O. Illumination systems shall be designed and maintained so that the failure of any single lighting unit, such as an electric luminary, does not leave any occupied space or means of egress in the dark (reference FBC).

P. Emergency lighting with battery back-up shall be independent wall packs. Emergency battery ballasts internal to light fixture is not permitted.

Q. General lighting shall be utilized for emergency lighting when emergency power is provided by a generator set.

R. Central mechanical yards, mechanical and electrical rooms shall be adequately lit and provided with emergency lighting sufficient for proper servicing.

S. Provide the minimum site lighting levels allowed by the FBC to reduce light pollution and energy for parking lots, driveways, walkways and building perimeters.

PCSB DIVISION 16 Ӏ SECTION 16515 16515 – 2 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16515 — LUMINAIRES

T. Exterior walkway lighting shall be CFL, Fluorescent T-8, Metal Halide, or where pre- approved by the PROJECT COORDINATOR, Fluorescent T-5 or LED.

U. Security lighting shall be controlled by programmable time switch (see wiring device section of these standards for time switch requirements). Building lighting and each parking lot lighting group shall be zoned separately.

V. Coffered lighting systems are not acceptable.

W. Light control switch for mechanical and electrical equipment rooms shall be by use of local on/off wall switch. Occupancy sensor and/or timer switch is not permitted.

X. Cooler/Freezers shall have minimum of 15-20 footcandles.

Y. All interior rooms/spaces, including classrooms with more than one entrance/exit shall have three way or four way lighting control at each entrance/exit.

Z. Zoned lighting control panels are not permitted.

AA. Classroom Lighting: 1. Classrooms to have the three switches (one for teaching wall, one for low level lighting, third for all remaining lights) and a vacancy sensor for automatic off. Sensor adjustment shall be set for 30 minutes. 2. Illumination in classroom units shall be designed to provide an average maintained fifty (50) footcandles at desk top. (Reference FBC). 3. Illumination level in classrooms/instructional spaces at the normal task level for the type of classroom/instruction space shall be a minimum of forty (40) footcandles. (Reference FBC). 4. Each classroom unit shall be equipped with emergency lighting. 5. Supplementary chalk board lighting shall not be provided.

BB. Auditorium Lighting Control: 1. Provide the minimum number of on/off toggle switches for the house lights (required by FBC) located at the main entrances to the Auditorium. a. Include in the main entrance lighting switchbank, switch control for a limited amount of light fixtures that provide minimum lighting in compliance with FBC and IES. b. The remainder of main entrance lighting switchbank shall contain switches to control the remainder of the house lighting so when fully lit, the illumination will comply with the FBC. 2. Provide stage lighting, designed for the control of architectural and theatrical lighting consisting of factory pre-wired dimming and processing rack enclosures containing dimmers, power supplies, breakers, terminal and/or control electronics. 3. Provide emergency lighting in compliance with the FBC. The emergency lighting shall bypass all switches and come on automatically in the event of a power outage.

PCSB DIVISION 16 Ӏ SECTION 16515 16515 – 3 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16515 — LUMINAIRES

CC. Gymnasium Lighting Control: 1. Provide the minimum number of on/off toggle switches (required by FBC) located at the main entrances to the Gym. a. Include in the main entrance lighting switch bank, switch control for a limited amount of light fixtures that provide minimum lighting in compliance with FBC and IES. 2. Provide automatic lighting control required of FBC Chapter 13 to automatically turn the lighting on/off by a time switch (with manual override) and locate in gymnasium in a lockable panel. 3. Provide emergency lighting in compliance with the FBC. The emergency lighting shall bypass all switches and come on automatically in the event of a power outage.

DD. Lighting control for MAIN PARKING AND DRIVES: 1. Provide the minimum number of lighting zones controlled by time switch with “vacation switch” override. 2. Lighting levels to comply with FBC and dark sky ordinances. 3. Provide lighting in the parking areas for after-hours activities. Driveways are to be lit only where required by code.

EE. Lighting control for STUDENT PARKING LOTS: 1. Provide the minimum number of lighting zones controlled by time switch with “vacation switch” override. 2. Lighting levels to comply with FBC and dark sky ordinances.

FF. Lighting control for BUS LOOP AND PARENT PICK UP: 1. Provide the minimum number of lighting zones controlled by time switch with “vacation switch” override. 2. Lighting levels to comply with FBC and dark sky ordinances.

GG. Lighting control for KITCHEN DELIVERY AND LOADING DOCK: 1. Provide the minimum number of lighting zones controlled by photocell. 2. Lighting levels to comply with FBC and dark sky ordinances.

HH. Lighting control COVERED WALKWAYS AND SCHOOL ENTRANCES: 1. Provide the minimum number of lighting zones controlled by time switch with “vacation switch” override. 2. Lighting levels to comply with FBC and dark sky ordinances. 3. Exterior lights that are required to remain on during the school day, as in exterior corridor or other sheltered areas, shall be separately controlled from other exterior lights.

II. Lighting control for ATHLETIC FIELDS: 1. Provide MUSCO lighting and controls with the minimum number of control zones required by the FBC for ball field lighting. The lighting control panel is to be located outdoors and shall be lockable. DP to coordinate specific design requirements with the PROJECT COORDINATOR. 2. Lighting levels to comply with FBC and dark sky ordinances.

PCSB DIVISION 16 Ӏ SECTION 16515 16515 – 4 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16515 — LUMINAIRES

JJ. Stage Lighting: 1. Provide stage lighting, designed for the control of architectural and theatrical lighting consisting of factory pre-wired dimming and processing rack enclosures containing dimmers, power supplies, breakers, terminals and/or control electronics

PART 2 ‒ PRODUCTS

2.01 LUMINAIRES

A. Provide luminaires complete with, but not limited to, housings, lamps, lamp holders, reflectors including sloped ceiling adapters, energy efficient ballasts and wiring.

B. Plastic lenses where specified for enclosed fluorescent luminaires shall be acrylic and have minimum overall thickness including prism of 0.125 inches.

C. Lamps: T8 and T5 Fluorescent lamps shall be extended performance, extended life, rapid start with an 85 CRI, 2950 initial lumens and 65,000 average rated operating hours. All lamps shall be ‘TCLP’ compliant as manufactured by Osram Sylvania or approved equals by General Electric or Philips. 1. T8, T5 and compact fluorescent lamps shall be specified at 32 Watts and shall have a color rendition of 4100K. 2. Typical classroom, corridor, office lighting shall use T8 lamps 3. T5 lamps are permissible for use in high bay ceiling areas, gymnasiums or where proven by DP its use provides a better alternative for illumination and an energy savings in a particular project or application. This use of T5 lamps must be pre- approved by PROJECTCOORDINATOR. 4. All lamps shall be of same manufacturer.

D. Lamps: Metal Halide (or where pre-approved by the PROJECT COORDINATOR, LED) shall be used for parking lot lighting.

E. Lamps: Metal Halide (MUSCO) shall be used for field lighting. DP to coordinate with the PROJECT COORDINATOR

F. Lamps: The use of LED lamps (other than in exit signs) is not permitted without prior approval from the PROJECT COORDINATOR.

G. Exit signs shall have battery backup, self-diagnostics and shall be LED. Letter color to be pre-approved by the PROJECTCOORDINATOR and DP.

H. Wall or ceiling mounted emergency battery units shall have self-diagnostics.

I. Ballasts (Electronic): 1. Ballasts for fluorescent lamps shall be high frequency electronic for use with Octic type (265 mA) lamps. The total harmonic distortion (% THD) shall be less than 10%. The power factor shall be .71 or higher.

PCSB DIVISION 16 Ӏ SECTION 16515 16515 – 5 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16515 — LUMINAIRES

2. Electronic ballasts for fluorescent lamps shall be General Electric (Magnetek) Osram Sylvania Quicktronic, Advance or Motorola. 3. Ballasts for luminaires controlled by occupancy sensors shall be programmed start type. 4. All ballasts shall be individually fused on the line side of the ballast. 5. All ballasts shall bear the ETL/CBM and UL labels.

2.02 WARRANTY

A. All luminaires, including lamps and ballasts, shall be warranted for a period of 5 years (minimum) from date of shipment. PART 3 ‒ EXECUTION

3.01 INSTALLATION OF LUMINAIRES

A. Install flush-mounted luminaire properly to eliminate light leakage between luminaire frame and finished surface.

B. Provide plaster frames for recessed luminaires installed in other than suspended grid type acoustical ceiling systems. Brace frames temporarily to prevent distortion during handling.

C. For air supply type luminaires, retrain side slot closures in place for adjustment by balancing contractor.

D. Fasten luminaires securely to indicate structural supports and ensure that pendant luminaires are plumb and level.

E. Recessed downlight luminaires shall be centered in the ceiling tile, structural pan, or other visually controlling feature. Luminaires installed in sloped ceilings shall be furnished with manufacturer's standard adapters for mounting lamps vertical to floor.

F. Each fixture shall be independently supported from structure above (with 16 gauge galvanized tie wire at two diagonally opposite corners). All ceiling mounted systems and components shall be independently supported. Refer to supporting devices section of these standards.

G. Support surface mounted luminaires greater than two feet (2') in length at a point in addition to the outlet box fixture stud.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16515 16515 – 6 of 6 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16620 — SURGE PROTECTION DEVICES

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. Section includes the requirements for the following Surge Protection Devices (SPD’s): 1. Distribution and branch circuit panels, 2. Service entrance type.

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.03 QUALITY ASSURANCE

A. Equipment Certification: Items shall be listed by Underwriters' Laboratories, shall bear the UL seal, and be marked in accordance with referenced standard.

B. Surge protective devices shall be installed and located in accordance with requirements of all applicable National Fire Protection Association (NFPA) Codes.

C. The following standards and publications apply: 1. UL 1449-2009 (Third Edition): Standard for Safety, Transient Voltage Surge Suppressors. 2. ANSI/IEEE C62.41-2002 (IEEE 587): Guide for Surge Voltages in Low-Voltage AC Power Circuits. 3. ANSI/IEEE C62.33-2002: Standard Test Specifications for Varistor Surge Protection Devices. 4. ANSI/IEEE C62.45-2002: IEEE Guide for Surge Testing for Equipment Connected to Low-Voltage AC Power Circuits.

1.04 WARRANTY

A. All surge protective devices shall be warranted to be free from defects in materials and workmanship under normal use in accordance with the instructions provided for a period of five (5) years.

B. Any suppressor which shows evidence of failure or incorrect, operating even due to lightning strikes, during the warranty period shall be repaired or replaced by the manufacturer and installer at no cost (excluding labor) to the PROJECT COORDINATOR.

PCSB DIVISION 16 Ӏ SECTION 16620 16620 – 1 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16620 — SURGE PROTECTION DEVICES

1.05 REQUIRED SUPPRESSORS

A. Provide surge protection of main electrical service and designated sub-panels. The specified SPD shall be installed external to the switchboard/panelboard. Provide (at a minimum) surge protective devices for the equipment described herein: 1. Main panelboards/switchboards, 2. First 480V panel in each building (480V systems), 3. First 208V panel in each building (208V systems), 4. First 208V panelboard after a transformer on a 480V/208V system, 5. Panelboards containing computer circuits, 6. Panelboards with circuits serving electronically controlled or ballasted lighting, 7. Panelboards with circuits serving parking lot or sports field lighting.

PART 2 ‒ PRODUCTS

2.01 SUPPRESSORS

A. The service entrance surge suppressors shall be designed with replaceable modules for purposes of in-service replacement. The unit suppressor shall be designed with redundant back-up surge protection in the event of a module failure.

B. Module status indicators shall be provided to indicate individual module status. When a module has failed, the module LED status indicator shall indicate said failure.

C. Unit status indicators shall be provided to indicate the status of the complete unit suppressor. The LED status indicators shall be located on the hinged front cover to redundantly indicate module or unit failure. The unit suppressor shall include alarm contacts (one N.O. and one N.C.) for remote annunciation of unit status.

D. Suppressors shall be designed for the specific type and voltage of electrical service and provide clamping action for both normal (L-N) and common (L-N-G) mode protection. Service entrance suppressors shall utilize normal and common modes of protection - each phase line to neutral, each phase line to ground and neutral to ground.

E. Suppressors shall be of a hybrid design and include circuitry with tight, wave-tracking clamping characteristics. Suppressors shall be designed to withstand a maximum continuous operating voltage of not less than 115% of nominal RMS line voltage.

F. Suppressors shall utilize internal safety fusing or a UL/IEEE approved method to disconnect the suppressor from the electrical source if the suppressor fails. The suppressor shall be internally protected from fault current damage as a result of a suppressor failure.

G. Each suppressor shall have an internal disconnect switch when not connected to a separate circuit breaker or fused disconnect switch which is dedicated specifically for the suppressor.

PCSB DIVISION 16 Ӏ SECTION 16620 16620 – 2 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16620 — SURGE PROTECTION DEVICES

H. Suppressors shall be failsafe, shall allow no follow-through current, shall have repeated surge capability, shall be solid state, shall be self-restoring, and shall be fully automatic.

I. Suppressors shall be UL 1449 listed and shall be approved for the location in which they are installed.

J. Suppressors shall have an operating temperature range of -40°C to +65°C.

K. Distribution and branch circuit panel suppressors shall utilize protection of each phase line to ground and neutral to ground (if neutral conductor present).

L. Minimum surge capacity of 160,000 Amps per phase.

M. Suppressors shall have a minimum phase to ground clamping voltage of 400V for 120V applications and 1200V for 277V applications.

N. Suppressors shall be sequential surge tested as per IEEE C62.45-1992, and shall withstand 1000 test cycles at 3 KA.

2.01 APPROVED MANUFACTURERS

A. PQ Protection

B. L.E.A. International

C. Joslyn

D. Current Tech

E. Leviton

PART 3 ‒ EXECUTION

3.01 INSTALLATION OF SUPPRESSORS

A. Suppressors shall be installed as close as practical to minimize lead length between suppressor and the buses or control breaker to which the suppressor connects. Suppressor leads shall not extend beyond the suppressor manufacturer's recommended maximum lead length.

B. Supplementary grounding and bonding connections required between the bonding bus or ground plane for each equipment cluster and other locations as indicated herein shall be accomplished using #6 AWG core copper conductor and approved connections.

C. Suppressors shall be installed in a manner that allows simple replacement within short periods of downtime.

PCSB DIVISION 16 Ӏ SECTION 16620 16620 – 3 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16620 — SURGE PROTECTION DEVICES

D. Service entrance and panel type suppressors shall be installed with a means of disconnecting the suppressor. Provide dedicated circuit breaker in panel serving suppressor.

E. The surge protective device equipment shall be installed per the NEC and the manufacturer's specifications.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16620 16620 – 4 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-1 — FIRE ALARM-ADDRESSABLE

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section covers fire alarm systems including its component parts and installation.

B. This section pertains to project designs for a new addressable fire alarm system. Typically a larger facility such as middle or high school.

C. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

.

1.02 DESCRIPTION OF WORK

A. The complete alarm installation shall be in accordance with all applicable state, NFPA and SREF codes.

B. The fire alarm / EVAC system is an intelligent addressable class “B” circuits, local energy, multi-supervised, and battery standby. All equipment shall be UL listed for installed panel.

C. The contractor shall furnish and install all necessary equipment as recommended by the manufacturer and shown on the drawing to install a turnkey system.

D. The contractor will supply all system components including Notifier #DVC EVAC panel, associated cabinets, connectors and brackets. The PROJECT COORDINATOR will supply the panel, a Notifier # NFS2-640. Contractor shall install panels, program panels and provide necessary batteries (dated) for the systems.

1.03 QUALITY ASSURANCE

A. All system components, programming, and wiring, excluding conduit, shall be directly installed by the certifying fire alarm contractor. Contractor shall comply with section 489.5185 F.S. with a minimum qualification of an Alarm contractor 1 certificate. Proof of compliance will be required with submittals. Submittal will not be accepted without it.

B. Field equipment to be as stated, equipment substitution must first be UL listed for Notifier # NFS2-640 and then have the PROJECT COORDINATOR’s written approval.

C. To insure the protection of the # NFS2-640, all lightning protection must be installed and inspected according to plans and specifications before requesting delivery of this panel.

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DIVISION 16 SECTION 16721-1 — FIRE ALARM-ADDRESSABLE

D. The contractor will be an authorized dealer and factory trained for of any product installed if required by the manufacture. The installing contractor will be responsible to program the panel NO SUBCONTRACTING, by the contractor, of programming is permitted. Software used to program panels as necessary will be original factory issued and not by any other means. Verification, in letter form, from the manufacture is the PORJECT COORDINATOR’S option at any point.

PART 2 ‒ PRODUCTS

2.01 SYSTEM

A. A device in alarm shall be indicated at the control panel by description, device ID and FISH number on the LCD display. The actuation of any manual or automatic alarm initiating device shall automatically cause: 1. All signal devices set to low / 1 watt and sound at the same synchronized temporal pattern throughout the campus/contract's coverage. 2. Activation of all strobes throughout the entire campus/contract shall have the same synchronized rate via sync line between the power supplies. 3. Indication of the zone/device of incidence at the fire alarm control panel and annunciator panel. 4. Activation of peripheral circuits to shut down air handling equipment, close smoke and/or fire doors, etc. Air handler shut down shall be immediate no delay. 5. All gas supply valves, as indicated on plans, with the exception of the kitchen Ansul valve shall close. Resetting of gas valves shall not be automatic.

B. The general alarm devices shall be silenced by authorized personnel only, by unlocking the cabinet/controls and operating the proper silencing switch. Strobe horns / speakers shall not continue after silencing of panel.

C. Isolation modules shall be placed in such a way to facilitate a reliable data loop. Module shall be placed before the building lightning protection. At a minimum, these modules shall be placed in each building or wing in a manner in which if that building or wing is shorted the remainder of the school down line will still be protected.

D. In the event of a commercial power interruption, the entire system shall automatically transfer to emergency battery stand-by power, rated to comply with NFPA. Further, said transfer shall not cause an alarm to be generated.

E. The entire system shall be supported by Engineering Documentation including Riser Diagrams showing all devices, FACP controls and their connections in a manner following the floor plan layout.

2.02 EQUIPMENT

A. Equipment shall be: 1. Manual Stations: Notifier #NBG-12LX. Where stations are surface mounted, bell backbox will be used. Explosion pull station: Notifier/FireLite XAL-53. PCSB DIVISION 16 Ӏ SECTION 16721-1 16721-1 – 2 of 8

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DIVISION 16 SECTION 16721-1 — FIRE ALARM-ADDRESSABLE

2. Horn Strobe: System sensor System Sensor #P2R. W.P. System Sensor #P2R. (Candela setting 75cd.) Use BBS-2 for surface mount. 3. Speaker Strobe: System Sensor: #SPSW-Alert Weather proof: #SPSWK-CLR-Alert with WTP-SP Plate. Ceiling #SPSCW-CLR-Alert (all 75cd.) 4. Smoke Detectors: Notifier FSP-851 with B710LP base. 5. Duct Detectors: Notifier #DNR with FSP-851R detector. 6. Duct Detectors: A remote test alarm indicator, Notifier RTS451 Key, shall be supplied for each duct detector regardless of location. 7. Heat Detectors: Notifier #FST-851H. 8. Fan shut down relays: Notifier # FRM-1 or #MR-101CR. 9. Control Modules: Notifier FCM-1. 10. Magnetic Door Holders: Notifier #FM998-24. 11. Strobes: System sensor: #SW-Alert W.P, #SWK with WTP. (75 cd.) 12. Panel Annunciator: Notifier #FDU-80. 13. Lightning Protection: NAC/Speaker EDCO #PHC-043. Initiation/SLC: EDCO #PC642C-30 series. 14. Gas Valve: ASCO #8044 series 120Vac. 15. Relay Module: Notifier #FRM-1. 16. Monitor Modules: Notifier #FMM-1. 17. Fault Isolation Modules: Notifier #ISO-X. 18. Remote Power Supply: Notifier #FCPS-24-S8. 19. Remote Amplifier Booster: Notifier #DAA2. 20. EVAC Panel: Notifier #DVC. 21. Mini Module: Notifier #FMM-101. 22. Color coding for wire shall be as follows: a. SLC (Data) Un-Shielded Red Jacket b. Initiation circuit Red (+) / Blue (-) c. Appliance circuit Orange (+) / Brown (-) d. Fan shut down White (+) / Purple (-) e. Door holders Yellow (+) / Black (-) f. 24vDC pwr White/Red Stripe (+) / White/ Black Stripe (-) g. Speaker circuit Shielded Orange Jacket Brown Stripe h. Annunciator Data Shielded White Jacket i. DAL (Data) Fiber as per Network Specifications

PART 3 ‒ INSTALLATION

3.01 EXECUTION

A. All wire for Initiation / audio devices shall be a minimum of 14 gauge stranded (19 strands maximum). Larger conductors may be required to prevent voltage drop. Data loop shall be un-shielded, stranded and sized by the manufacturer recommendations.

B. Pull stations shall have an identification number. Identification numbers shall be labeled with white label tape on the outside of the device. Identification shall be loop circuit and id number. (Ex. 1M002).

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DIVISION 16 SECTION 16721-1 — FIRE ALARM-ADDRESSABLE

C. Smoke detectors as well as duct detectors shall have an identification number. Identification numbers shall be labeled with white label tape on the outside of the device. Identification shall be loop circuit and id number. (Ex. 1D002) Duct detectors shall be placed in mechanical rooms. Remote indicator key test switches shall be installed for all duct detectors regardless of location. Remote test stations, RTS451 key, are to be mounted 60" AFF in AHU room of detector with an engraved placard, red with white letters, indicating detector identification number.

If mechanical rooms prove to be impossible then: 1. An engraved placard, red with white letters indicating "Duct Detector Above", shall be riveted to ceiling below detector for future locating. 2. Duct detectors shall always be accessible, never over mill work (Computer desks, cabinets, sinks, etc.) light fixtures or air handler diffusers. 3. The remote indicator/key test switch shall be mounted at a height of 12" below ceiling grid, in the nearest wall in the room of the concealed detector.

D. Heat detectors shall have an identification number. Identification numbers shall be labeled with white label tape on the outside of the device. Identification shall be loop circuit and id number. (Ex. 1D002).

E. All wiring, including data loop, will be pulled to each device without interruption, terminate at the device when travel uninterrupted onto the next device or end of line. No junctions or splices are allowed outside of the approved connection to a device or in an approved FATC, where barrier strips are to be used. No below grade junction boxes are to be used. Shields shall be continuous throughout; exposed shields shall be taped to prevent ground loops.

F. Termination at each device and on barrier strips in FATC shall be made with appropriate sized insulated spade lugs. No exposed wire or mis-sized spade lugs will be accepted. Contractor shall provide and install lightning protection, at the terminal cabinets, on all new circuits (including shields) for circuits within a building and that leave a building and again after entering a building. Data loops shall be protected first by EDCO #PC642C- 030 series an ISO module. If the building is a two (2) story, then the location of the modules will be the bottom floor FATC mounted to a plywood back panel.

G. Conduits in ceilings shall be manufactured in red conduit. Wiring at each box will have a 6" twist in wire for relief.

H. Before final completion, a framed site drawing will be provided, on the wall, by the Annunciator, and FACP, showing an outline of the project buildings, existing buildings, and zone layout as shown on the annunciator display. Map will show minimal landscape for orientation as well as a "you are here" marker. The FACP location shall also be shown on map. These site maps shall be in place before calling for a final inspection.

I. All wiring to be in metal conduit. Minimum conduit size shall be 3/4". All NAC boxes shall use 4” square rings no single gang rings. Box size for NAC circuits shall be 4” x 4” x 2 1/8”. Pull station boxes shall be 4” squares with single gang ring. Conduit underground between buildings shall be continuous metal rigid conduit and be bonded at each end to PCSB DIVISION 16 Ӏ SECTION 16721-1 16721-1 – 4 of 8

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DIVISION 16 SECTION 16721-1 — FIRE ALARM-ADDRESSABLE

the building grounding electrode system. If an underground pull box is specified then a metal box within the pull box shall be used to keep the rigid conduit continuous. Outside pull boxes shall have conduit entering building be of the same size as the feeder conduits. Surface mount boxes shall use skirts. (System sensor #BBS of appropriate type and color).

J. Each remote power supplies shall have their respective control module placed via 1 ½" stand-offs and #6-32x2" machine screws on the mother board as shown by the manufacturer.

K. End of Line resistors are to be marked “EOL" on outside of device. Labeled the same as the device numbering label.

L. Gas valves are provided and installed by Division 15 and wired by Division 13.

M. Install manual station 40” to bottom of box above finished floor and a maximum of 5’ from the exit door it serves. Install audible and visual signal devices, as per ADA, at 80” to the bottom of box above finished floor. The horn strobes shall have their sound level set to low and their tone set to 3 tone. Speaker level shall be set to 1 watt.

N. Mount outlet box for electric door holder to withstand 80 pounds pulling force. A single relay module per building, located in the FATC, will control door holders. Voltage will be supplied from the remote power supply. If the building is a two (2) story, then only one - relay module will be used. The location of the one module will be the bottom floor FATC.

O. All lines, including the 120v AC, entering or leaving the NFS2-640 shall be protected. 1. The lightning protection for the FACP, including the 120vac, shall be housed above the panel in a box (Same width as FACP) with a finished hinged cover. 2. Even if the 120VAC is protected at the sub panel, a local 120 VAC protector is to be installed one (1) foot from the FACP. 3. Ground runs shall be kept as short as possible. 4. Remote power / amplifier supplies shall also have the 120v AC line, one protection per each, even if the sub panel that feeds the remote supply is protected, and all of the input/output circuits protected in a separate box within one (1) foot of the supplies. No protection shall be placed inside either panel. 5. Termination at the remote power / amplifier supply shall be made with appropriate sized insulated spade lugs. No exposed wire or mis-sized spade lugs will be accepted.

P. The gas line if passing through a student occupied area shall be shut down by the fire alarm system. The Ansul (kitchen) valve shall be controlled by a separate valve inside the kitchen as per the UL300 listing. 1. Gas valves shall be a Series 120Vac valve. 2. Control of the valve shall be accomplished by a relay located in, the FATC, in the data room of the building being served by the gas valve. This unit is required to activate on alarm through a relay module.

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DIVISION 16 SECTION 16721-1 — FIRE ALARM-ADDRESSABLE

Q. Remote power / amplifier supplies shall be on a red dedicated and mechanically locked circuit. The outside of the electrical panel(s) shall have an engraved placard, red with white letters indicating “Fire Alarm Breaker.” An engraved placard, red with white letters, showing the room number, panel, and breaker number shall be secured by screws to the outside of the door. Remote supply will not be used as a junction box or as a system wiring pass though. No conduit shall enter from bottom of cabinet. Speaker outputs shall be paired with strobe outputs. Both circuits shall energize the same appliances with their respective EOLs ending with the same device. If the building is a two (2) story, then the location of the Remote power / amplifier will be the bottom floor.

R. The fire alarm/ EVAC control panel shall be on a red dedicated and mechanically locked circuit. The outside of the electrical panel(s) shall have an engraved placard, red with white letters indicating Fire Alarm Breaker.” An engraved placard, red with white letters, showing the room number, panel and breaker number shall be secured by screws to the outside of the door. The panels will not be used as a system pass though. No conduit shall enter from the bottom of either cabinet and all appliance circuits are to be left as spares. A key switch shall be installed and programmed such that the remote power supplies, amplifiers and secondary functions are disabled to test or service the system. This action will produce a trouble on the system. The key switch will be located at the bottom level beside the batteries.

S. Address codes and identification codes shall start with zero one (01) and progress incrementally leaving no gaps.

T. Fire alarm panel passwords shall stay as defaulted from factory. Contractors shall not install any new passwords to the system.

U. Notification devices shall have an identification number labeled with white label tape on the outside of the device. The number will show: power supply building number, power supply letter, power supply NAC circuit, identification number. Ex: Building 1, power supply B, NAC circuit 4, device number 005. (1B4-005).

V. All pull stations shall have an engraved placard outside of the door stating, “Pull Station Inside”, red with white letters. Doors that do not allow entrance, no entrance hardware, need not have this signage.

W. Building FATC shall be oversized to house all modules, barrier strips, and lightning protection for that building. No tie wraps are to be used. All wire gathering shall be done with ¾” Velcro. Cabinet will be a Notifier “B” cabinet with blank hinged door. EVAC panels shall have doors for EVAC ventilation. FATC shall have a continuous plywood backing and all devices in the cabinet will be serviceable without removing the door cover or any other part of the FATC. All connections in the FATC will be to devices or on barrier strips. No wire nuts or crimp connection allowed. All new FATC’s shall have one 1” spare conduit, in rigid, terminated outside the building as agreed upon or specified in these specifications. All conduits, as well as spares, shall be marked legibly inside the FATC as to their termination point. Spare conduits shall have pull strings tied off on both ends.

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DIVISION 16 SECTION 16721-1 — FIRE ALARM-ADDRESSABLE

X. Synchronization between remote power supplies shall be accomplished by using one NAC circuit from one supply (Sync Generator) and sending that circuit unsupervised throughout the campus/project to all other (Sync follower) supplies.

3.02 FINAL ACCEPTANCE

A. Upon completion, systems contractor shall provide a copy of the program for review 2 business days before requesting a test in the presence of the the PROJECT COORDINATOR that each device is in working order. No program changes can be made after submitting program for review. After acceptance of the program the test shall include, but not limited to, testing all pull stations, smoke detectors and audio devices.

B. A battery test shall be performed to test compliance of NFPA-72D, which states the stand-by power supply shall be capable of operating this system under maximum normal load for 24 hours and then be capable of operating the system for five minutes continually during an alarm condition.

C. After acceptance, systems contractor shall supply two copies of instructions and installation manuals in both paper and PDF format. One of which shall be placed in the system record logbook at the fire alarm control panel. All keys: two keys for each power supply, one key for the main fire panel and two keys for the annunciator shall be placed in separate envelopes in the fire alarm control panel.

D. All labor and equipment will be warranted by the manufacture, as available, for normal usage for a period of 1 year from date of acceptance by the PROJECT COORDINATOR. Contractor shall perform necessary inspections for the system during the 1 year warranty period as part of the contract.

E. Contractor, at completion of job, will supply the PROJECT COORDINATOR with a CD/DVD containing a data file for the NFS2-640 programming. This CD/DVD shall contain working copies of the identification number sheets, site map(s), cross reference sheet and the CAD files of the drawings specified in 3.01(H).

F. All smoke detectors shall have sensitivity testing, and a copy of the sensitivity placed in the system logbook.

G. Before a final inspection is called for, the contractor shall tag and certify the panel. The tag shall be attached by tie wrap or other means but not adhered to the outside of the panel. The certificate and test form shall be placed in the system record logbook before occupancy. If a system record logbook is not present, contractor is to provide a three ring binder and file holder by the main fire alarm control panel for this purpose.

H. Before a final inspection is called for, the contractor shall provide a 2'-0” X 3'-0” drawing (not an as-built) in the system record logbook. This drawing with a legend shall show the physical location and a point-by-point identification of each and every device connected to the fire alarm system: pull stations, power supplies, smoke detectors, heat detectors, duct detectors, shut down relays, door holders, including monitor, isolation and control modules. This identification number (the number written on each device) is consecutive

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DIVISION 16 SECTION 16721-1 — FIRE ALARM-ADDRESSABLE

and will be reflected in the annunciator during an alarm. Disconnects as well as FACP and annunciators shall be located on drawing.

END OF SECTION

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POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-2 — FIRE DETECTION AND ALARM

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section covers fire alarm / EVAC system - intelligent addressable class “B” circuits including its component parts and types.

B. This section pertains to project designs for renovations of existing conditions where FACP panel is existing and devices are either non-addressable needing replacement with new addressable devices or where new devices are added to existing facility due to project renovation requirements.

C. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 DESCRIPTION OF WORK

A. The complete alarm installation shall be in accordance with all applicable state, NFPA and SREF codes.

B. The fire alarm / EVAC system is an intelligent addressable class “B” circuits, local energy, multi-supervised, and battery standby. All equipment shall be UL listed for installed panel.

C. The contractor shall furnish and install all necessary equipment as recommended by the manufacturer and shown on the drawing to install a turnkey system.

D. Fire alarm control panel is in the XXXXX building. The contractor will supply and install all other system components, including an EVAC control panel if shown. Contractor shall install necessary batteries for system.

1.03 QUALITY ASSURANCE

A. All system components and wiring, excluding conduit, shall be directly installed by the certifying fire alarm contractor. Proof of Alarm contractor 1 certificate will be required with submittals. Submittal will not be accepted without it.

B. Field equipment to be as stated, equipment substitution must first be UL approved for current FACP and then have the PROJECT COORDINATOR'S written approval.

C. To insure the protection of the current FACP, all lightning protection must be installed and inspected according to plans and specifications before connecting to this panel. If the contractor is extending an existing circuit of any type, no new lightning protection will be required, unless shown on plans. If the contractor is adding new circuits to the FACP or any remote power supply, lightning protection will be required to be installed as outlined in these specifications.

PCSB DIVISION 16 Ӏ SECTION 16721-2 16721-2 – 1 of 7 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-2 — FIRE DETECTION AND ALARM

PART 2 ‒ PRODUCTS

2.01 SYSTEM

A. A zone in alarm shall be indicated at the control panel by zone and description on the Zone map. The actuation of any manual or automatic alarm-initiating device shall automatically cause: 1. All signal devices set to low / 1 watt and sound at the same synchronized temporal pattern throughout the campus/contract. 2. Activation of all strobes throughout the entire campus/project at the same synchronized rate via sync line between the sync modules or power supplies. 3. Indication of the zone/device of incidence at the fire alarm control panel and annunciator panel, if installed. 4. Activation of peripheral circuits to shut down air handling equipment, close smoke and/or fire doors, etc. Air handler shut down shall be immediate, no delay. 5. All gas supply valves, as indicated on plans, with the exception of the kitchen Ansul valve shall close. Resetting of gas valves shall not be automatic.

B. The general alarm devices shall be silenced by authorized personnel only, by unlocking the cabinet/controls and operating the proper silencing switch. Strobe horns / speakers shall not continue after silencing of panel.

C. In the event of a commercial power interruption, the entire system shall automatically transfer to emergency battery stand-by power, rated to comply with NFPA. Further, said transfer shall not cause an alarm to be generated.

D. The entire system shall be supported by Engineering Documentation including Riser Diagrams showing all devices, FACP controls and their connections in a manner following the floor plan layout.

2.02 EQUIPMENT

A. Equipment shall be: 1. Manual Stations: Aames NC-S1-NHC. Where stations are surface mounted, an Aames NC-BB backbox will be used. Explosion pull station: FireLite #ZAL-53. 2. Horn Strobe: System sensor System Sensor #P2R. W.P. System Sensor #P2R. (Candela setting 75cd.) Use BBS-2 for surface mount. 3. Speaker Strobe: System Sensor: #SPS Weather proof: #SPSRK (Candela setting 75cd.) Use #PWBB for surface mount. 4. Smoke Detectors: System Sensor #2W-B. 5. Duct Detectors: Fenwal model #DH-60 (2W). 6. Duct Detectors remote: Fenwal model #RA-914 will be supplied with each detector, regardless of location. 7. Fan shut down relays: Notifier #MR-101CR. 8. Strobes: System Sensor #SR W.P. #SR. (Candela setting 75 cd.). 9. Lightning Protection: Appliance EDCO #MMB-27B, with base #TBLK-12/25. Initiation EDCO #MMB-27B, with base # TBLK-12/25.

PCSB DIVISION 16 Ӏ SECTION 16721-2 16721-2 – 2 of 7 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-2 — FIRE DETECTION AND ALARM

10. Heat Detectors: Firelite/Notifier 5603 or 5604. Explosion proof detector: FireLite #302EPM-194. 11. Remote Power Supply: Firelite/Notifier #FCPS-24S8 12. Remote Amplifier Booster: WheeLock # SPB-160 with 2 zone splitters. 13. EVAC Panel: WheeLock # SP40/S. 14. Gas Valve: ASCO #8044 series 120Vac. 15. Monitor Module Notifier # XP6-MA. 16. Manual Reset Relay: Brooks #SRR-24D. 17. Color coding for wire shall be as follows: a. Initiation circuit Red (+) / Blue (-) b. Appliance circuit Orange (+) / Brown (-) c. Fan shut down White (+) / Purple (-) d. Door holders Yellow (+) / Black (-) e. 24vDC pwr White/Red Stripe (+) / White/ Black Stripe (-) f. Speaker circuit White/Orange Stripe (+) / White Brown Stripe (-)

PART 3 ‒ INSTALLATION

3.01 EXECUTION

A. All wire for conventional / audio devices shall be a minimum of 14 gauge THHN stranded (19 strands maximum). Larger conductors maybe required for voltage drop.

B. Pull stations shall have an identification number. Zones shall be divided up to help find a station by building, floor, building section, etc. Identification numbers shall be labeled with white label tape on the outside of the device.

C. Smoke detectors as well as duct detectors shall be individually identified. Duct detectors shall be placed in mechanical rooms. Remote key test stations RTS451KEY are to be mounted 60" AFF to bottom, in room of detector, with a placard, red with white letters, indicating detector identification number. Identification numbers shall be labeled with white label tape on the outside of the device.

If mechanical rooms prove to be impossible then: 1. An engraved placard, red with white letters indicating "Duct Detector Above", shall be riveted to ceiling below detector for future locating. 2. Duct detectors shall always be accessible, never over mill work (Computer desks, cabinets, sinks, etc.) light fixtures or air handler diffusers. 3. The remote indicator/key test switch shall be mounted at a height of 12" below ceiling grid, in the nearest wall in the room of the concealed detector. 4. Remote indicator key test switches shall be installed for all duct detectors regardless of location.

D. Heat detectors shall have an identification number. Zones shall be divided up to help find a station by building, floor, building section, etc. Identification numbers shall be written on the outside of the device. This is to be done with a permanent black marker.

PCSB DIVISION 16 Ӏ SECTION 16721-2 16721-2 – 3 of 7 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-2 — FIRE DETECTION AND ALARM

E. All wiring will be pulled to each device without interruption, terminate at the device then travel uninterrupted onto the next device or end of line. No junctions or splices are allowed outside of the approved connection to a device or in an approved FATC where barrier strips are to be used. No below grade junction boxes are to be used.

F. Termination at each device, and on barrier strips in FATC, shall be made with appropriate sized insulated spade lugs. No exposed wire or miss-sized spade lugs will be accepted. Contractor shall provide and install lightning protection, at the terminal cabinets, on all new circuits before leaving a building and again after entering a building.

G. Conduits in ceilings will be coded red at the pull boxes, wall penetrations and at 6’ intervals along conduit for future tracing. Wiring at each box will have a 6" twist in wire for relief.

H. At final completion, a new framed site drawing will be provided, on the wall, by the FACP showing an outline of the existing and new zone locations. Map will show minimal landscape for orientation as well as a "you are here" marker. The FACP location shall also be shown on map.

I. All wiring to be in metal conduit. Minimum conduit size shall be 3/4". Box size for NAC circuits shall be 4” x 4” x 2 1/8”. Conduit underground between buildings shall be continuous metal rigid conduit and be bonded at each end to the building grounding electrode system. If an underground pull box is specified then a metal box within the pull box shall be used to keep the rigid conduit continuous.

J. End of Line resistors are to be marked "EOL" on outside of each device. This is to be done with white label tape on the outside of the device.

K. Install manual station 40” to bottom of box above finished floor and a maximum of 5’ from the exit door it serves. Install audible and visual signal devices, as per ADA, at 80 inches to the bottom of box above finished floor. The horn strobes shall have their sound level set to low and their tone set to temporal. Speaker level shall be set to 1 watt.

L. Mount outlet box for electric door holder to withstand 80 pounds pulling force. Voltage will be supplied from the remote power supply.

M. All new circuit lines, and existing if shown on plans, entering the current FACP shall have the lightning protection housed in a separate box within 1 foot of the FACP keeping protected lines separated from unprotected lines. Ground runs shall be kept as short as possible. Power supply / amplifier, if new, shall have the 120v AC line protected, even if the sub panel that feeds the remote is protected, and all the output/input circuits protected in a separate box within 1 foot of the supplies. If contractor is adding circuits to an existing supply then all existing lines, as well as, those added circuits will be required to have protection. If the contractor is extending existing circuits then no new protection will be required. No protection shall be placed inside either panel. A box shall be installed, on the wall, above the fire alarm control panel for the panel surge protection. This panel shall have a finished hinged cover.

PCSB DIVISION 16 Ӏ SECTION 16721-2 16721-2 – 4 of 7 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-2 — FIRE DETECTION AND ALARM

N. Power supply / amplifier to be on a red dedicated and locked circuit, if a new supply is installed. If a new panel is installed, an engraved placard, red with white letters, showing the room number, panel, and breaker number shall be secured by screws to the outside of the door. Remote supply will not be used as a junction box or as a system-wiring pass though. No conduit shall enter from bottom of cabinet. The amplifier booster control circuit shall control a relay to trigger the amplifier. The control circuit shall loop through the coil of the relay then terminate at the trouble contacts leaving the EOL at the trouble contacts. Speaker outputs shall be paired with strobe outputs. Both circuits shall energize the same appliances with their respective EOLs ending with the same device. If the building is a two (2) story, then the location of the Remote power / amplifier will be the bottom floor.

O. The EVAC control panel, if shown on plans, shall be on a red dedicated and mechanically locked circuit. An engraved placard, red with white letters, showing the room number, panel and breaker number shall be secured by screws to the outside of the door. The FACP/EVAC panel will not be used as a system pass though. No conduit shall enter from the bottom of cabinet and all appliance circuits shall remain as is. If an appliance circuit is needed, then a remote power supply will be installed by the contractor.

P. Notification devices shall have an identification number labeled with white label tape on the outside of the device. The number will show: power supply building number, power supply letter, power supply NAC circuit, identification number. Ex: Building 1, power supply B, NAC circuit 4, device number 005. (1B4-005).

Q. All pull stations shall have an engraved placard, red with white letters, outside of the door stating, "Pull Station Inside". Doors that do not allow entrance, no entrance hardware, need not have this signage.

R. Fan shut down circuit voltage will be supplied from the remote power supply. The AHU's will have individual shut down relays (MR-101CR), located in the room of the AHU.

S. Building FATC shall be oversized to house all modules, barrier strips, and lightning protection for that building. No tie wraps are to be used. All wire gathering shall be done with ¾” Velcro. Cabinet will be a Notifier “B” cabinet with blank hinged door. All connection in FATC will be to devices or on barrier strips. No wire nuts or crimp connection allowed. Contractor shall provide and install lightning protection, at the terminal cabinets, on all new circuits before leaving a building and again after entering a building. All new FATC’s shall have one 1” spare conduit, in rigid, terminated outside the building as agreed upon or specified in these specifications. All conduits, as well as spares, shall be marked legibly inside the FATC as to their termination point. Spare conduits shall have pull strings tied off on both ends.

T. Outside Horn Strobes/Speakers are to be flush mounted. Synchronization between remote power supplies shall be accomplished by using Sync modules if existing or one NAC circuit from one supply (Sync Generator) and sending that circuit unsupervised throughout the campus/project to all other (Sync follower) supplies. Speaker/strobe four (4) square boxes shall be per manufacture specifications.

PCSB DIVISION 16 Ӏ SECTION 16721-2 16721-2 – 5 of 7 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-2 — FIRE DETECTION AND ALARM

U. The gas line if passing through a student occupied area shall be shut down by the fire alarm system. The Ansul (kitchen) valve shall be controlled by a separate valve inside the kitchen as per the UL300 listing. 1. Gas valves for any student occupied buildings (not the main line or kitchen) shall be a Series 120Vac valve. 2. Control of the valve shall be accomplished by following diagram “A” as attached. The relay shall be located in, the FATC, in the data room of the building being served by the gas valve. This unit is required to activate on alarm as does the main unit via a relay

V. An individual line output shall run to each audio booster then connect to the main EVAC panel output. The EVAC panel shall be flush mounted adjacent to the FACP. The EVAC panel shall be so wired as to show a trouble on the main FACP when an EVAC trouble accures. Each line shall be separately protected.

W. Address codes and identification codes shall start with zero one (01) and progress incrementally leaving no gaps.

X. If the existing panel is being changed out: 1. Contractor is to provide Notifier XP6-MA modules, along with their respective chassis holder. 2. In addition to these modules, the contractor shall provide resettable power and a data line from the existing panel to the new Notifier NFS2-640 panel. All existing panel devices shall follow these specifications. New devices connected directly to the Notifer NFS2-640 panel shall follow the PCSB specification section 13850. 3. The mother board(s) of the existing panel shall be removed and replaced by the modules (XP6-MA) and all existing EOL’s shall be replaced with the new corresponding EOL’s. 4. All circuits shall be lightning protected as covered in their respective specifications. If a conflict accures than the strictest requirement shall prevail. 5. Existing panel cover will be blanked off to compliment the surrounding area and hide the contents of the panel box.

3.02 FINAL ACCEPTANCE

A. Upon completion, systems contractor shall perform a test in the presence of the school board that each device is in working order. This test shall include, but not limited to, testing all pull stations, smoke detectors and audio devices. If the mother board(s) of the existing panel was replaced by the modules (XP6-MA) then all existing EOL’s shall be checked for proper replacement with the new corresponding EOL’s before final acceptance.

B. A battery test shall be performed to test compliance of NFPA-72D, which states the stand-by power supply shall be capable of operating this system under maximum normal load for 24 hours and then be capable of operating the system for five minutes continually during an alarm condition.

PCSB DIVISION 16 Ӏ SECTION 16721-2 16721-2 – 6 of 7 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-2 — FIRE DETECTION AND ALARM

C. After acceptance, systems contractor shall supply two copies of instructions and installation manuals. One of which shall be placed in the system record logbook at the fire alarm control panel. All keys: one Allen key for each pull station, two keys for each power supply shall be placed in separate envelopes in the fire alarm control panel.

D. All equipment and labor will be warranted for normal usage for a period of 1 year from date of acceptance by the PROJECT COORDINATOR.

E. At completion of job, contractor will supply the PROJECT COORDINATOR with a CD/DVD containing data files. This CD/DVD shall contain working copies of the identification number sheets, site map(s), cross reference sheet and the CAD files of the drawings specified in 3.01(H).

F. All smoke detectors shall have sensitivity testing, and a copy of the sensitivity placed in the system logbook.

G. Before a final inspection is called for, the contractor shall certify the entire panel if: panel was changed out or complete lightning protection was installed. This certificate and test form shall be placed in the system record logbook before occupancy. If a system record logbook is not present, contractor is to provide a three ring binder by the main fire alarm control panel for this purpose.

H. Before a final inspection is called for, the contractor shall provide a 2'-0” X 3'-0” drawing (not an as built) in the system record logbook. This drawing, with a legend, shall show the physical location and a point-by-point identification of each and every device connected to the fire alarm system: pull stations, power supplies, smoke detectors, heat detectors, duct detectors, shut down relays, door holders. This identification number is consecutive. Disconnects as well as FACP and annuciators shall also be located on drawing.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16721-2 16721-2 – 7 of 7 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-3 — FIRE ALARM-FIRELITE MS-2 (NON)

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section covers fire alarm system - conventional class “B” circuits, local energy, multi- supervised, and battery standby including its component parts.

B. This section pertains to small out buildings (locker room, concession stand, agricultural building etc,) 50 feet or more away from main building that can utilize a small 2 zone non- addressable system.

C. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 DESCRIPTION OF WORK

A. The complete alarm installation shall be in accordance with all applicable state, NFPA and SREF codes.

B. The fire alarm system has conventional class “B” circuits, local energy, multi-supervised, and battery standby. All equipment shall be UL listed for installed panel.

C. The contractor shall furnish and install all necessary equipment as recommended by the manufacturer and shown on the drawing to install a turnkey system.

D. PCSB will furnish the main fire alarm control panel. The new main panel will be a FireLite MS-2. The main panel will be located as shown on the drawings. Contractor shall install panel and provide necessary batteries for the systems.

1.03 QUALITY ASSURANCE

A. All system components and wiring, excluding conduit, shall be directly installed and certified by the fire alarm contractor. Proof of Alarm contractor 1 certificate will be required with submittals. Submittal will not be accepted without it.

B. Field equipment to be as stated, equipment substitution must first be UL approved for current FACP and then have the PROJECT COORDINATOR'S written approval.

C. To insure the protection of the current FACP, all lightning protection must be installed and inspected according to plans and specifications before connecting to this panel.

PCSB DIVISION 16 Ӏ SECTION 16721-3 16721-3 – 1 of 6

POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-3 — FIRE ALARM-FIRELITE MS-2 (NON)

PART 2 ‒ PRODUCTS

2.01 SYSTEM

A. A zone in alarm shall be indicated at the control panel by zone. The actuation of any manual or automatic alarm-initiating device shall automatically cause: 1. All signal devices set to low and sound at the same synchronized temporal pattern throughout the campus/contract. 2. Activation of all strobes throughout the entire campus/project at the same synchronized rate via sync line between the sync modules or power supplies. 3. Indication of the zone/device of incidence at the fire alarm control panel and annunciator panel, if installed. 4. Activation of peripheral circuits to shut down air handling equipment, close smoke and/or fire doors, etc. Air handler shut down shall be immediate, no delay. 5. All gas supply valves, as indicated on plans, with the exception of the kitchen Ansul valve shall close. Resetting of gas valves shall not be automatic.

B. The general alarm devices shall be silenced by authorized personnel only, by unlocking the cabinet/controls and operating the proper silencing switch. Strobe horns / speakers shall not continue after silencing of panel.

C. In the event of a commercial power interruption, the entire system shall automatically transfer to emergency battery stand-by power, rated to comply with NFPA. Further, said transfer shall not cause an alarm to be generated.

D. The entire system shall be supported by Engineering Documentation including Riser Diagrams showing all devices, FACP controls and their connections in a manner following the floor plan layout.

2.02 EQUIPMENT

A. Equipment shall be: 1. Manual Stations: Aames NC-S1-NHC. Where stations are surface mounted, an Aames NC-BB backbox will be used. Explosion proof station: FireLite #ZAL-53. 2. Horn Strobe: System sensor System Sensor #P2R. W.P. System Sensor #P2R. (Candela setting 75cd.) 3. Smoke Detectors: System Sensor #2100. 4. Duct Detectors: System Sensor #DH100LP 2wire. 5. Duct Detectors remote: System Sensor #RTS451 key will be supplied with each detector, regardless of location. 6. Fan shut down relays: FireLite #MR-101CR. 7. Strobes: System Sensor #SR W.P. #SR. (Candela setting 75 cd.). 8. Lightning Protection: Appliance EDCO #MMB-27B, with base #TBLK-12/25. Initiation EDCO #MMB-27B, with base # TBLK-12/25. 9. Duct Detectors remote: System Sensor #RTS451 key will be supplied with each detector regardless of location.

PCSB DIVISION 16 Ӏ SECTION 16721-3 16721-3 – 2 of 6

POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-3 — FIRE ALARM-FIRELITE MS-2 (NON)

10. Heat Detectors: Notifier #5603 or 5604. Explosion proof detector: FireLite #302EPM- 194. 11. Remote Power Supply: FireLite #FCPS-24S8. 12. Gas Valve: ASCO # #8044 series 120Vac. 13. Manual Reset Relay: Brooks #SRR-24D. 14. Color coding for wire shall be as follows: a. Initiation circuit Red (+) / Blue (-) b. Appliance circuit Orange (+) / Brown (-) c. Fan shut down White (+) / Purple (-) d. Door holders Yellow (+) / Black (-) e. 24vDC pwr White/Red Stripe (+) / White/ Black Stripe (-)

PART 3 ‒ INSTALLATION

3.01 EXECUTION

A. All wire for conventional devices shall be a minimum of 14 gauge THHN stranded (19 strands maximum). Larger conductors may be required for voltage drop.

B. Pull stations shall have an identification number. Zones shall be divided up to help find a station by building, floor, building section, etc. Identification numbers shall be written on the outside of the device. This is to be done with a permanent black marker.

C. Smoke detectors as well as duct detectors shall be individually identified. Duct detectors shall be placed in mechanical rooms. Remote key test stations RTS451KEY are to be mounted 60" AFF to bottom, in room of detector, with a placard, red with white letters, indicating detector identification number. Identification numbers shall be written on the outside of the device. This is to be done with a permanent black marker.

If mechanical rooms prove to be impossible then: 1. An engraved placard, red with white letters indicating "Duct Detector Above", shall be riveted to ceiling below detector for future locating. 2. Duct detectors shall always be accessible, never over mill work (Computer desks, cabinets, sinks, etc.) light fixtures or air handler diffusers. 3. The remote indicator/key test switch shall be mounted at a height of 12" below ceiling grid, in the nearest wall in the room of the concealed detector. 4. Remote indicator key test switches shall be installed for all duct detectors regardless of location.

D. Heat detectors shall have an identification number. Zones shall be divided up to help find a station by building, floor, building section, etc. Identification numbers shall be written on the outside of the device. This is to be done with a permanent black marker.

E. All wiring will be pulled to each device without interruption, terminate at the device then travel uninterrupted onto the next device or end of line. No junctions or splices are allowed outside of the approved connection to a device or in an approved FATC where barrier strips are to be used. No below grade junction boxes are to be used.

PCSB DIVISION 16 Ӏ SECTION 16721-3 16721-3 – 3 of 6

POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-3 — FIRE ALARM-FIRELITE MS-2 (NON)

F. Termination at each device, and on barrier strips in FATC, shall be made with appropriate sized insulated spade lugs. No exposed wire or miss-sized spade lugs will be accepted. Contractor shall provide and install lightning protection, at the terminal cabinets, on all new circuits before leaving a building and again after entering a building.

G. Conduits in ceilings will be coded red at the pull boxes, wall penetrations and at 6’ intervals along conduit for future tracing. Wiring at each box will have a 6" twist in wire for relief.

H. At final completion, a new framed site drawing will be provided, on the wall, by the FACP showing an outline of the existing and new zone locations. Map will show minimal landscape for orientation as well as a "you are here" marker. The FACP location shall also be shown on map.

I. All wiring to be in metal conduit. Minimum conduit size shall be 3/4". Conduit underground between buildings shall be continuous rigid conduit and be bonded at each end to the building grounding electrode system. If an underground pull box is specified then a metal box within the pull box shall be used to keep the rigid conduit continuous.

J. End of Line resistors are to be marked "EOL" on outside of each device. This is to be done with a permanent black marker.

K. Install manual station 40” to bottom of box above finished floor and a maximum of 5’ from the exit door it serves. Install audible and visual signal devices, as per ADA, at 80 inches to the bottom of box above finished floor. The horn strobes shall have their sound level set to low and their tone set to temporal.

L. Mount outlet box for electric door holder to withstand 80 pounds pulling force. Voltage will be supplied from the remote power supply.

M. All circuits, including the 120VAC, entering the FireLite MS-2 shall have the lightning protection housed in a separate box within 1 foot of the FACP keeping protected lines separated from unprotected lines. Ground runs shall be kept as short as possible. Remote power supplies, if used, shall have the 120VAC line protected, even if the sub panel that feeds the remote is protected, and all the output circuits protected in a separate box within 1 foot of the supplies. No protection shall be placed inside either panel. A box shall be installed, on the wall, above the fire alarm control panel for the panel surge protection. This panel shall have a finished hinged cover.

N. Remote power supply to be on a red dedicated and locked circuit. An engraved placard, red with white letters, showing the room number, panel, and breaker number shall be secured by screws to the outside of the door. Remote supply will not be used as a junction box or as a system-wiring pass though. No conduit shall enter from bottom of cabinet. If the building is a two (2) story, then the location of the remote power will be the bottom floor.

PCSB DIVISION 16 Ӏ SECTION 16721-3 16721-3 – 4 of 6

POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-3 — FIRE ALARM-FIRELITE MS-2 (NON)

O. The FACP panel will be on a red dedicated and locked circuit. FACP will not be used as a system pass through. An engraved placard, red with white letters, showing the room number, panel and breaker number shall be secured by screws to the outside of the door. No conduit shall enter from the bottom of cabinet. If more than one appliance circuit is needed, then a remote power supply will be installed by the CONTRACTOR.

P. Notification devices shall have an identification number applied by a permanent black marker. The number will show: power supply building number, power supply letter, power supply NAC circuit, identification number. Ex: Building 1, power supply B, NAC circuit 4, device number 005. (1B4-005).

Q. All pull stations shall have an engraved placard, red with white letters, outside of the door stating, "Pull Station Inside". Doors that do not allow entrance, no entrance hardware, need not have this signage.

R. Fan shut down circuit voltage will be supplied from the remote power supply. The AHU's will have individual shut down relays (MR-101CR), located in the room of the AHU.

S. Building FATC shall be sized to house barrier strips and lightning protection for that building. Cabinet will have a hinged door with continuous plywood backing and all devices in the cabinet will be serviceable without removing the door cover or any other part of the FATC. All connections in FATC will be to devices or on barrier strips. No wire nuts or crimp connection allowed. Contractor shall provide and install lightning protection, at the terminal cabinets, on all new circuits before leaving a building and again after entering a building. All new FATC’s shall have one 1” spare conduit, in rigid, terminated outside the building as agreed upon or specified in these specifications. All conduits, as well as spares, shall be marked legibly inside the FATC as to their termination point. Spare conduits shall have pull strings tied off on both ends.

T. Outside Horn Strobes/Speakers are to be flush mounted.

U. Synchronization between remote power supplies shall be accomplished by using Sync modules if existing or one NAC circuit from one supply (Sync Generator) and sending that circuit unsupervised throughout the campus/project to all other (Sync follower) supplies.

V. The gas line if passing through a student occupied area shall be shut down by the fire alarm system. 1. The Ansul (kitchen) valve shall be controlled by a separate valve inside the kitchen as per the UL300 listing. 2. Gas valves for any student occupied buildings (not the main line or kitchen) shall be a Series 120Vac valve. 3. Control of the valve shall be accomplished by following diagram “A” as attached. The relay shall be located in, the FATC, in the data room of the building being served by the gas valve. This unit is required to activate on alarm as does the main unit via a relay.

PCSB DIVISION 16 Ӏ SECTION 16721-3 16721-3 – 5 of 6

POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-3 — FIRE ALARM-FIRELITE MS-2 (NON)

3.02 FINAL ACCEPTANCE

A. Upon completion, systems contractor shall perform a test in the presence of the school board that each device is in working order. This test shall include, but not limited to, testing all pull stations, smoke detectors and audio devices.

B. A battery test shall be performed to test compliance of NFPA-72D, which states the stand-by power supply shall be capable of operating this system under maximum normal load for 24 hours and then be capable of operating the system for five minutes continually during an alarm condition.

C. After acceptance, systems contractor shall supply two copies of instructions and installation manuals. One of which shall be placed in the system record logbook at the fire alarm control panel. All keys: one Allen key for each pull station, two keys for each power supply shall be placed in separate envelopes in the fire alarm control panel.

D. All equipment and labor will be warranted for normal usage for a period of 1 year from date of acceptance by the PROJECT COORDINATOR.

E. At completion of job, contractor will supply the PROJECT COORDINATOR with a CD/DVD containing data files. This CD/DVD shall contain working copies of the identification number sheets, site map(s), cross reference sheet and the CAD files of the drawings specified in 2.04(H). Two additional devices, unused, in factory packing for each type installed. Examples of which are, but not limited to: smoke detectors, heat detectors, pull stations, duct detectors, and lightning protectors must also be supplied by the contractor.

F. All smoke detectors shall have sensitivity testing, and a copy of the sensitivity placed in the system logbook.

G. Contractor to tag and certify the panel. Contractor shall certify the entire panel if: panel was changed out or complete lightning protection was installed. This certificate and test form shall be placed in the system record logbook before occupancy. If a system record logbook is not present, contractor is to provide a three ring binder by the main fire alarm control panel for this purpose.

H. Contractor shall provide a 2'-0” X 3'-0” drawing (not an as built) in the system record logbook. This drawing, with a legend, shall show the physical location and a point-by- point identification of each and every device connected to the fire alarm system: pull stations, power supplies, smoke detectors, heat detectors, duct detectors, shut down relays, door holders. This identification number is consecutive. Disconnects as well as FACP and annunciators shall also be located on drawing.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16721-3 16721-3 – 6 of 6

POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-4 — FIRE ALARM-SPRINKLER SYSTEM

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section covers fire alarm devices, sprinkler systems including its component parts and equipment.

B. This section pertains to renovation projects with existing fire alarm panel and new fire sprinkler system is being installed as part of renovation.

C. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 DESCRIPTION OF WORK

A. The complete alarm installation shall be in accordance with PCSB STANDARDS and all applicable state, FBC 2007, NFPA, and SREF codes.

B. The fire alarm system has conventional class “B” circuits, local energy, multi-supervised, and battery standby. All equipment shall be UL listed for installed panel.

C. These specifications are provided for a range of panels / project scopes. Some items / executions may not apply. The CONTRACTOR and shown on the drawing to install a turnkey system.

D. These specifications are provided for a range of panels / project scopes. Some items / executions may not apply. The CONTRACTOR shall furnish and install all necessary equipment as recommended by the manufacturer and shown on the drawing to install a turnkey system.

1.03 QUALITY ASSURANCE

A. All system components and wiring, excluding conduit, shall be directly installed by the certifying fire alarm CONTRACTOR. CONTRACTOR shall comply with section 489.5185 F.S. with a minimum qualification of an Alarm CONTRACTOR 1 certificate. Submittal will not be accepted without it.

B. Field equipment to be as stated, equipment substitution must first be UL listed for the existing FACP and then have the PROJECT COORDINATOR’S written approval.

C. To insure the protection of the existing panel, all lightning protection must be installed and inspected according to plans and specifications before connection to the panel.

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POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-4 — FIRE ALARM-SPRINKLER SYSTEM

PART 2 ‒ PRODUCTS

2.01 SYSTEM

A. A device in alarm shall be indicated at the control panel by description, device ID and/or zone. The actuation of any manual or automatic alarm initiating device shall automatically cause: 1. All signal devices set to low / 1 watt and sound at the same synchronized temporal pattern throughout the campus/contract's coverage. 2. Activation of all strobes throughout the entire campus/contract shall have the same synchronized rate via sync line between the power supplies. 3. Indication of the zone/device of incidence at the fire alarm control panel and annunciator panel. 4. Activation of peripheral circuits to shut down air handling equipment, close smoke and/or fire doors, etc. Air handler shut down shall be immediate, no delay.

B. The general alarm devices shall be silenced by authorized personnel only. Flow alarms shall be non-silencable. Strobe horns / speakers shall not continue after silencing of panel.

C. Notifier panels shall have an Isolation module placed in such a way to facilitate a reliable data loop. Module shall be placed before the building lightning protection. At a minimum, these modules shall be placed in each building or wing in a manner in which if that building or wing is shorted the remainder of the school down line will still be protected.

D. In the event of a commercial power interruption, the entire system shall automatically transfer to emergency battery stand-by power, rated to comply with NFPA. Further, said transfer shall not cause an alarm to be generated.

E. The entire system shall be supported by Engineering Documentation including Riser Diagrams showing all project devices, FACP controls and their connections in a manner following the floor plan layout.

2.02 EQUIPMENT

A. Equipment shall be: 1. Addressable Smoke Detectors: Notifier #FSP-851 with B710LP base. 2. Conventional Smoke Detectors: System Sensor #2W-B. 3. Addressable Heat Detectors: Notifier #FST-851. 4. Conventional Heat Detectors: FireLite/Notifier #5603 or 5604. 5. Lightning Protection: EDCO #PC642C-030LC. (See 2.03E). 6. Lightning Protection: Initiation EDCO #MMB-27B, with base # TBLK-12/25. 7. Addressable Control Modules: Notifier #FCM-1. 8. Addressable Relay Module: Notifier #FRM-1. 9. Addressable Monitor Modules: Notifier #FMM-1. 10. Addressable Fault Isolation Modules: Notifier #ISO-X.

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POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16721-4 — FIRE ALARM-SPRINKLER SYSTEM

11. Color coding for wire shall be as follows: a. SLC (Data NFS-640) Un-Shielded Red Jacket (Black/Red) b. SLC (Data AFP-200) Shielded Red Jacket (Black/Red) c. Conventional Initiation circuit Red (+) / Blue (-) d. 24vDC pwr White/Red Stripe (+)/ White/ Black Stripe (-)

PART 3 ‒ INSTALLATION

3.01 EXECUTION

A. All wire to be stranded (19 strands maximum). Larger conductors may be required to prevent voltage drop.

B. Smoke detectors shall have an identification number. Identification numbers shall be written on the outside of the device. This is to be done with a permanent black marker.

C. Heat detectors shall have an identification number. Identification numbers shall be written on the outside of the device. This is to be done with a permanent black marker.

D. All wiring, including data loop, will be pulled to each device without interruption, terminate at the device when travel uninterrupted onto the next device or end of line. No junctions or splices are allowed outside of the approved connection to a device or in an approved FATC, where barrier strips are to be used. No below grade junction boxes are to be used. Shields, if required, shall be continuous throughout; exposed shields shall be taped to prevent ground loops.

E. Termination at each device without pads and on barrier strips in FATC shall be made with appropriate sized insulated spade lugs. No exposed wire or mis-sized space lugs will be accepted. CONTRACTOR shall provide and install lightning protection, at the terminal cabinets, on all new circuits (including shields) before leaving a building and again after entering a building. SLC loops shall be protected first by an EDCO #PC642C-030LC before entering the TBLK block and its protection. If the building is a two (2) story, then the location of the modules will be the bottom floor FATC mounted to a plywood back panel.

F. Conduits in ceilings will be coded red at the pull boxes, wall penetrations and at 6’ intervals along conduit for future tracing. Wiring at each box will have a 6" twist in wire for relief.

G. At final completion, a framed site drawing shall be provided, on the wall, by the Annunciator and/or FACP. The drawing shall show an outline of any existing and/or new buildings. Included on the drawing shall be any existing and/or new zones as shown on the FACP/Annunciator. Map will show minimal landscape for orientation as well as a "you are here" marker. The FACP location shall also be shown on map.

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DIVISION 16 SECTION 16721-4 — FIRE ALARM-SPRINKLER SYSTEM

H. All wiring to be in metal conduit. Minimum conduit size shall be 3/4". Box size for conduit underground between buildings shall be continuous metal rigid conduit and be bonded at each end to the building grounding electrode system. If an underground pull box is specified then a metal box within the pull box shall be used to keep the rigid conduit continuous.

I. Each Sprinkler main riser shall have a 120Vac electric gong. It shall be on a red dedicated and mechanically locked circuit. Installation of electric gong shall be outside of riser location at height specified on drawings.

J. End of line resistors are to be marked “EOL" on outside of device. This is to be done with a permanent black marker.

K. Address codes and identification codes shall start with zero one (01) and progress incrementally leaving no gaps.

L. Fire alarm panel passwords shall stay as defaulted from factory. CONTRACTORs shall not install any new passwords to the system.

M. If addressable, modules shall be placed at the riser location one modules for each flow and one for each tamper valve. If a conventional system is existing then a separate zone shall be used for each. Backflow preventers shall be chained. No tamper switches shall be installed on any backflow preventers.

N. If devices are located in a separate building from the FACP, a terminal cabinet shall be used to house the lightning protection. The building FATC (if existing) may need to be oversized to house all lightning protection for that building. Cabinet will have a hinged door with continuous plywood backing and all devices in the cabinet will be serviceable without removing the door cover or any other part of the FATC. All connections in the FATC will be to devices or on barrier strips. No wire nuts or crimp connection allowed. All conduits, as well as spares, shall be marked legibly inside the FATC as to their termination point. Spare conduits shall have pull strings tied off on both ends.

3.02 FINAL ACCEPTANCE

A. Upon completion, systems CONTRACTOR shall perform a test in the presence of the school board that each device is in working order. This test shall include, but not limited to, testing all heat detectors, smoke detectors and audio devices associated with the project and additional devices as deemed necessary by code or AHJ.

B. A battery test shall be performed to test compliance of NFPA-72D, which states the stand-by power supply shall be capable of operating this system under maximum normal load for 24 hours and then be capable of operating the system for five minutes continually during an alarm condition.

C. After acceptance, systems CONTRACTOR shall supply two copies of instructions and installation manuals (if applicable).

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D. All equipment and labor will be warranted for normal usage for a period of 1 year from date of acceptance by the PROJECT COORDINATOR. CONTRACTOR shall perform the necessary and required code inspections, for the project scope, for the duration of the warranty period. Copies of the inspections shall be placed in the record log book.

E. CONTRACTOR, at completion of job for addressable systems, will supply the PROJECT COORDINATOR with a CD/DVD containing a data file for the FACP programming. This CD/DVD shall also/or contain working copies of the identification number sheets, site map(s), cross reference sheet and the CAD files of the drawings specified in 2.04(G). One additional device, unused, in factory packing for each type installed. Examples of which are, but not limited to: detectors, monitor modules, control modules, isolations modules and lightning protectors must also be supplied by the CONTRACTOR.

F. CONTRACTOR to tag and certify the panel and riser. The tag shall be attached to the FACP by tie wrap or other means but not adhered to the outside of the panel. The certificate and test form shall be placed in the system record logbook before occupancy. If a system record logbook is not present, CONTRACTOR is to provide a three ring binder and file holder by the main fire alarm control panel for this purpose.

G. CONTRACTOR shall provide a 2'-0” X 3'-0” drawing (not an as-built) in the system record logbook. If available the PROJECT COORDINATOR will supply the CONTRACTOR with a fire alarm CAD file for this purpose. This file shall be updated, plotted out and returned to the PROJECT COORDINATOR with all the new points added and none of the existing removed. If one is not available the CONTRACTOR shall provide one. The CAD drawing shall have a legend that shall show the physical location and a point-by-point identification of each and every device (within the project scope) connected to the fire alarm system: including monitor, isolation and control modules. This identification number (the number written on each device) is consecutive and will be reflected in the annunciator during an alarm. Disconnects as well as FACP and annunciators shall be located on drawing.

END OF SECTION

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POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section covers data, telephone, and intercom systems including its component parts and installation.

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. The installation must comply with SREF of the Florida Administrative Code. The most recent issue of the following standards and references apply in whole or in part to the installation of the Telephone and Computer communications systems. Where this standards document exceeds the listed reference standards, this standards document shall dominate. 1. EIA/TIA-569: Electronic Industries associate/Telecommunications Industry Association Commercial Building Standard for Telecommunication Pathways and Spaces. 2. EIA/TIA-568: Electronic Industries Association/Telecommunications Industry. 3. Association Commercial Building Standard for Telecommunications Wiring Standard. 4. FL DMS/DOC: General Facility Requirements for Telecommunications Systems. 5. IEEE 802.3 & 802.5: Institute of Electrical and Electronics Engineers LAN Standard for Ethernet. 6. UL: Underwriter's Laboratories. 7. ANSI: American National Standards Institute. 8. National Electrical Code – 2008 9. EIA / TIA – TSB36, 40 and 95 10. EIA / TIA – 606 and 607 11. EIA / TIA – 67 and 72

1.03 DESCRIPTION OF WORK

A. Design shall mandate that at the time of the walk through, it will be the responsibility of the contractor to verify all aspects of the installation. The guidelines used will include the ANSI/TIA/EIA-568-C.1, ANSI/TIA/EIA-568-C.2, ANSI/TIA/EIA-568C.3, ANSI TIA/EIA-569-B and ANSI/TIA/EIA-606-a, TSB-67 and TSB95. As well as, IEEE 802.3ab (Gigabit Ethernet over UTP 1000Base-T) and IEEE 802.3z (10 Gigabit Ethernet over Single mode fiber 1000Base-SX & 1000Base-LX).

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

B. The contractor will be required to modify their proposal in writing showing any and all exceptions taken to these standards, in order to meet the requirements of the above referenced TIA/EIA and IEEE specifications. It is the intent that all TIA/EIA and IEEE standards adopted at the time of bid opening shall be met.

C. PCSB will furnish and install uninterruptible power supply (UPS) at MDF and IDF’s as needed.

D. Contractor must be certified for the Cable/Connecting hardware system they are installing. System shall have a minimum of a 15year warranty.

E. All data communication wiring and equipment installation shall be under the direct supervision of an installer certified by BISCI. All connections will be made by a BISCI certified installer and the installation shall adhere to the most current TIA/EIA 568 commercial building wiring standards.

F. Design shall be for a Category 6 cabling system for data and voice connectivity.

G. Install 1- 4" (with three 1" ribbed wall inner ducts) conduit as set forth in the data riser diagram. Stub out spare conduits from panel or cabinet underground to an accessible area 5’-0” beyond concrete sidewalks, slabs, etc. with location capped and marked per raceway section of these standards.

H. Install a hierarchical star configured local area network consisting of fiber optic cable from the Main Distribution Frame (MDF): to each Intermediate Distribution Frame (IDF). Each IDF/MDF will in turn be connected with Category 6 unshielded twisted pair (UTP) cable to each room station wall plate.

I. The installation shall include fiber optic cable and UTP wire, equipment racks, fiber patch panels, UTP patch panels, racks, room station wall plates, and associated connectivity hardware as required.

J. In addition to material and equipment, contractor shall provide labor and any incidental material required for installation. All fiber strands shall be terminated with connectors and landed on the fiber interconnect equipment. All copper station cables shall be terminated on patch panels (IDF end) and data communications outlets (work station end). Upon completion of installation, contractor shall record and perform all associated fiber optic and UTP cable testing to assure Gigabit Ethernet data transmission capability as outlined herein.

K. All testing shall be done after terminations have been made and prior to installation of any system electronics. Provide an electronic copy of all test results for each port and each fiber. Report shall be in PDF type document on CD-ROM. Contractors RCDD shall provide written certification of the network’s Level V compliance.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

L. MDF 1. MDF location to be identified on the plans (Location to be determined by the PROJECT COORDINATOR and DP. 2. Clearance around racks should be 36" in front of racks and racks should be mounted 36" from the supporting wall. 3. Provide for adequate power outlets (a minimum of three quad outlets) on dedicated circuits with proper surge protection. 4. MDF Room should contain adequate relay racks to accommodate network hardware and connectivity equipment. Cable and rack support should be provided on all installed racks. 5. Conduits entering room should be stubbed 1-3" above floor, terminated with insulating bushings and permanently identified.

M. IDF 1. IDF's locations to be identified on the plans (Locations to be determined by the PROJECT COORDINATOR and DP. 2. Clearance around Racks should be 36" in front of racks and racks should be mounted 36" from the supporting wall. 3. Provide for adequate power outlets (a minimum of 1 quad outlet) on dedicated circuits with proper surge protection. 4. Room should contain adequate relay racks to accommodate network hardware and connectivity equipment, cable and rack support. 5. Conduits entering room should be stubbed 1-3" above floor. If conduit enters room other than the floor it should enter on the left side, if possible. Conduits shall be terminated with insulating bushings and be permanently identified.

N. Grounding: All equipment racks, cable trays, surge suppressors and cabinets shall be bonded to the building grounding system and building structural steel. Provide and install a minimum 4/0 ground cable from the building grounding system and building structural steel to the MGB. Provide and install a 6 awg Green ground cable from all equipment racks, cable trays, surge suppressors and cabinets to the MGB mounted behind the Data rack on the Backboard in each MDF/IDF.

O. The cabling system shall meet the performance requirements of the ANSI/TIA/EIA-568 standard (Annex E) and TIA/EIA Telecommunications Systems Bulletin 67. The warranty on the material, services, and operation of the cabling system is to be for a period of 1-year from the date of substantial completion of the project.

1.04 DESIGN SUBMITTALS

A. As a minimum, the construction documents shall provide the following information: 1. Floor Plans: a. The location of the MDF, all IDFs and all data outlet locations, including the type and labeling of the outlet.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

b. The location of the associated electrical outlet (immediately adjacent). The documents will also identify the nearest panelboard to each IDF/MDF and insure that the panelboard can supply at least 4-20A 120 volt circuit. Panelboard locations shall be indicated on the drawings. c. The routing and distances of all data and fiber optic cables, and associated conduit sizes. d. All fire rated wall or structural penetrations and sleeve requirements. e. Routing of all exposed conduit (exposed conduit is to be provided only where allowed at existing facilities). 2. Riser Diagrams: a. MDF and IDFs showing, in elevation, the location of the rack and spaces required for all fiber trays, network electronics, copper patch panels and wire minders. Refer to figures 1 and 2. b. All cable routing details at the racks. c. The number, type and conduit size of all fiber runs interconnecting the MDF and the IDF. d. The rack room number, building number, and size. e. The total number and type of data drops served by the MDF or IDF, such as Wireless – WL, Computer – C, Clock – CLK, Video Projector – VP, Air Conditioning – A/C, Camera – CAM. 3. Details: a. The MDF and IDF enlarged plans with all dimensioned clearances, adjacent shelving/cabinets and miscellaneous equipment necessary to judge the suitability of the arrangement and possibilities for future equipment and rack expansion. MDF and IDF details shall show conduit arrangements. b. Conduit details including but not limited to surface mounted conduit data drop detail, cabling support details, fire rated wall/structural penetration details and exterior exposed conduit details (only where allowed). c. A legend of clearly drawn symbols with written definitions shall be provided. d. Provide the total number of drops for each rack extending to rooms. e. Provide and show a rack mount surge suppressant power strip at each rack with a minimum of 6 outlets.

PART 2 ‒ PRODUCTS AND PARTS

2.01 CONDUITS, CABLE TRAY, AND SUPPORT

A. Conduits should be run home run from MDF to each IDF DP to show on data riser diagram) and stubbed above finished floor 1-3" in the IDF's, 1-3" above finished floor in MDF.

B. Pull boxes will be placed underground as necessary with no more than 360 degree bends between pull boxes.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

C. Conduits bend radius should adhere to specifications laid out for fiber optic cable (10x the inside diameter of the conduit being used.). All conduit being used for UTP cabling must maintain a bend radius 6 times the inside diameter of conduit being used.

D. No conduit or fire sleeve to exceed a 40% fill capacity. All precaution must be taken to keep cross talk between data cables and other communication cables to a minimum.

E. Exposed raceways are not allowable except where conditions do not allow concealed accessible routing, and only where prior approval by the PROJECT COORDINATOR.

F. Conduit shall be PVC underground with long radius galvanized sweeps and risers to above finished floor level. Conduits shall be properly installed (per other sections of this standard) and shall be and permanently tagged. Provide warning tape for all below ground conduit per the requirements of other sections of this standard.

G. Conduit sleeves, two inch (2”) minimum shall be provided at all penetrations of fire rated assemblies. All penetrations shall be fire stopped in accordance with Fire Stopping requirements of this standards section.

H. All telephone and data conduits to be permanently tagged at each end. Refer to identification section of these standards for specific requirements.

I. All conduits and inner ducts shall be labeled and have a jet line installed to facilitate future wire pulls.

J. Routing of fiber and Data Cabling: In no cases will fiber optic cables be permitted to run exposed, and in no case will Category 6 extended overhead cabling be permitted to run exposed or to penetrate the exterior envelope of a building.

K. Cabling shall not be supported from the ceiling, ductwork, conduits, piping or any other non-structural building member. Lashing cables to existing conduits/appurtenances is strictly prohibited.

L. All data cables shall be supported above ceiling via cable tray/J-Hooks. Drawings shall identify length and quantity required. 1. Design Selection: Cable Management Solutions: Snake Tray # CM201-425D-8 or a pre-approved equivalent from the main cable tray, install J-Hook’s at a maximum of 60” apart, with Velcro wraps every 30” to bundle cable. 2. All Cat 6 cable shall be bundled with Velcro wraps throughout project. No cabling to be bound with plastic tie wraps. Velcro only and loosely wrapped. 3. J-hooks shall be category 6 or higher compliant and of adequate size to accommodate all cable plus 50%.

PCSB DIVISION 16 Ӏ SECTION 16750 16750 – 5 of 17 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

2.02 INNER DUCTS

A. Each 4" conduit shall receive 3-1" ribbed wall inner ducts to protect the fiber during and after installation. 1. Design Selection: Pyramid - # 4404-04R-5000 or a pre-approved equivalent.

PART 3 ‒ FIBER INSTALLATION

3.01 FIBER OPTIC CABLE

A. 12 strand tight buffer multi-mode/single-mode 6 SM + 6 MM fiber optic cable OFNR rated for indoor/outdoor, should be installed home run, with no splices, from the MDF to each identified IDF.

B. Design Selection: Optical Fiber Corporation # OC-0002466 Laser Ultra-Fox or a pre- approved equivalent.

C. Each strand must be usable and capable of supporting IEEE 802.3z 1000Base-SX and LX 1000 Mbps data transmission.

D. Fiber should be terminated into a 36 port fiber optic patch panel on each end with ST/SC style connectors.

E. Fiber connectors: Corning Unicam or 3m Hotmelt or a pre-approved equivalent.

F. All fibers in each fiber optic cable shall be identified at each end on the interconnect cabinet. Fibers shall be identified with the building number/room number and corresponding 1-12 fiber number. All fiber optic runs must maintain a minimum service loop of fo10 feet at both ends for serviceability. The service loop for all fiber will be attached to backboard or ladder support of freestanding racks with appropriate support.

G. All fiber must be home run from each IDF to the MDF. Cross connections / splices are not permitted.

H. Under no circumstances is any other cabling to be run in the same innerduct as fiber. If multiple fibers are run in the same conduit each fiber must have its own inner duct.

I. All fiber runs outside must be in conduit or have a protective metal jacket and be outdoor rated.

J. No fiber runs to be more than 900 ft. in length.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

3.02 FIBER OPTIC PATCH PANELS

A. Fiber patch panels will be equipped with ST/SC style connectors in an easily entered 19" rack mountable enclosure 36 position LIU/ RIC. Each fiber cabinet shall be loaded with 6 adapters. 3- 6 port ST adapters for Multimode fiber and 3- 6 port SC adapters for Singlemode fiber. 1. Hubbell Premise Wiring: # FCR350SP36 or a pre-approved equivalent.

3.03 FIBER TESTING

A. Contractor shall test each fiber strand of each cable. The PROJECT COORDINATOR reserves the right to have a representative present during all or portion of testing.

B. Each fiber in every backbone cable run shall be tested with an optical light source and power meter as manufactured by Fluke Networks. Multimode/Singlemode fiber testing shall be I.A.W. TIA/EIA-526-144; method B. Each Multimode/Singlemode fiber shall be tested at all wavelengths in both directions. Maximum fiber strand attenuation shall be determined using the following link attenuation equation:

C. Maximum link attenuation= Connector attenuation + Cable attenuation + Splice attenuation*

D. Maximum attenuation per component: 1. Connector attenuation = 0.75dB/1 mated connector pair 2. Cable attenuation = 3.0dB/km @ 850nm and 1.0dB @ 1300nm 3. Splice attenuation = 0.3dB/splice* * NO Splice’s are permitted between any IDF and MDF.

E. Contractor shall calculate the acceptance values for each fiber strand based on the above criteria. The acceptance values shall be submitted in a spreadsheet format listing the acceptance dB value, the measured dB loss, and the dB margin of each measured fiber strand to the acceptance values.

F. Backbone lengths shall be verified with an OTDR as manufactured by Fluke Networks.

G. Optical power meter and OTDR results shall be in the form of tester report print outs.

Photocopies of test results will not be accepted, only original signed print outs will be accepted. Test results shall be submitted to the DP and PCSB EERS. Test results shall be I.A.W. IEEE 802.3z (1000 Base-SX) test parameters.

H. Fiber optic backbone test results shall include the following for each strand: 1. Wavelength 2. Fiber type 3. Measured dB loss 4. Calculated dB to measured dB margin

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

5. Cable length 6. Test equipment model and serial #’s 7. Date 8. Operator

PART 4 ‒ COPPER INSTALLATION

4.01 UNSHIELDED TWISTED PAIR CABLE

A. All UTP twisted pair cable shall be 4-pair, 23 AWG, Category 6 and Riser Rated (CMR).

B. Provide plenum rated cable when installed in plenum spaces.

C. All cables must be installed with a minimum 8ft. service loop at each end.

D. UTP cabling lengths shall not exceed two hundred ninety-five feet (295’) from the patch panel to the communications outlet.

E. Under no circumstances is UTP cabling to be run outside unless in grounded conduit and pre-approved by the PROJECT COORDINATOR.

F. All Category 6 cable shall meet or exceed TIA-568-C.2 Electrical Specifications. 1. Color of cable jacket: Purple

G. Unshielded twisted pair should be home run, free of splices from the MDF/IDF to all room locations.

H. Each location will receive 2-4 pair wires terminated on a RJ-45, 110 style patch panels (see UTP patch panel spec) at the IDF/MDF, and 2-4 pair wires terminated on RJ- 45,110 style wall plate jack.

I. Wires should be terminated on both ends to EIA/TIA 568A standards and all 8 wires should be properly punched down.

J. Each cable to be permanently identified 2 inches back from termination with each end noting where the opposite end is terminated.

K. All buildings will have multiple wireless access points. Each access point will require a typical 2 port data outlet terminated above the suspended ceiling with a 8 ft.service loop. The ceiling grid is to be marked with blue plastic-laminate phenolic nameplate. Nameplates shall be engraved. Plastic-laminate phenolic nameplates 1/16” thick, fastened with self-tapping screws except contact-type permanent adhesive where screws cannot, or should not, penetrate substrate. Wireless Access system will be furnished and installed by PCSB.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

4.02 UNSHIELDED TWISTED PAIR PATCH PANELS

A. UTP patch panels shall be ETL verified to Category 6 component and channel requirements per TIA-568-C2

B. Patch panels shall have T568A pin/pair assignment. 1. Patch panels shall be equipped with 110-style termination made of fire retardant UL 94VO rated thermoplastic and tin lead solder plated IDC. 2. Patch panel circuit boards shall be fully enclosed with clear shock resistant plastic for physical protection. 3. Patch panels shall have eight position/eight conductor modular ports (RJ45) employing staggered array contacts. These contacts shall have flat hairpin design made of Beryllium copper with a minimum 50-micro-inch gold plating on contact surface. 4. Patch panels shall have rear cable support bar for strain relief which shall clip to rear of patch panel. 5. UTP patch panels shall accommodate all UTP cables originating in their respective IDF. 6. All patch panels shall be labeled indicating room # as well as station plate #. 7. All patch panels shall have colored icons placed on their individual ports matching the color coded jacks – Blue for Intercom, Yellow for Security and Purple and Black for Phone/Data. 8. Patch panels: Hubbell Premise Wiring # P6E48U or a pre-approved equivalent.

4.03 STATION WALL PLATES

A. Room work station outlets shall be a 2 port single gang wall plate, office white in color and provide clear labeling windows for station ID placement. All workstation outlets must be labeled indicating room # as well as station plate #.

B. Station wall plates: 1. Hubbell Premise Wiring: # IFP2OW Wall plate or a pre-approved equivalent.

C. Category 6 jacks shall be ETL verified to Cat.6 component and channel requirements. Jacks shall have a designation indicating “C6” on the nose of the jack. Jacks shall have T568A pin/pair assignment.

D. Jacks shall be eight position/eight conductor un-keyed.

E. Jacks termination shall be industry standard 110 insulation displacement contact and utilize tin lead plated phosphor bronze.

F. Jacks shall be compatible with single conductor 110 impact termination tools.

G. Provide Two Category 6 jacks per 2 port wall plate.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

H. Contractor shall color code the two jacks per workstation Purple, Black. 1. Hubbell Premise Wiring : # HXJ6P Purple, HXJ6BK Black or a pre-approved equivalent.

4.04 CATEGORY 6 UTP TESTING

A. Contractor shall test each UTP cable. The PROJECT COORDINATOR reserves the right to have a representative present during all or a portion of the testing.

B. Each horizontal cable shall be tested in a basic link configuration which includes the, patch panel, UTP cable and workstation jack. The cable tester shall be set for basic link parameters before testing. Each Category 6 cable shall be tested using a Level IIE or Level III tester compliant with TSB-95/Addendum 5 to ANSI/TIA/EIA 568A specifications for testing of Cat.6 cabling. Tester shall be manufactured by Fluke Network. Prior to testing basic link, the tester shall be calibrated per manufacturer guidelines. The correct cable (Nominal velocity of propagation) NVP shall be entered into tester to assure proper length and attenuation readings. All UTP wiring will be tested for 1000 Mps capability I.A.W. IEEE802.3ab (1000 Base-TX).

C. Category 6 test results shall display plots for attenuation, PSNEXT, return loss, PSELFEXT and ACR, as well as worst pair measurements. The test results shall be in the form of tester software print outs. Photocopies will not be accepted, only original signed reports shall be accepted. Test results shall be furnished to the DP and PCSB WIRING DIVISION EERS. UTP cables shall be tested for the following – all test results shall be in Fluke Network Pro Software format.

D. TIA/EIA 568A Addendum 5 test parameters: 1. Near End Cross Talk- NEXT 2. Power Sum Near End Cross Talk-PSNEXT 3. Equal Level Far End Cross Talk- ELFEXT 4. Power Sum Equal Level Far End Cross Talk- PSELFEXT 5. Return Loss 6. Length 7. Wiremap 8. Delay 9. Delay Skew 10. Attenuation

PART 5 ‒ TELEPHONE INSTALLATION

5.01 SCOPE OF WORK

A. The telephone distribution shall include all conduit, cabling, outlets, interconnection boxes, lightning protection, etc. as indicated on the drawings.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

5.02 MATERIALS

A. Plywood Telephone backboard shall be ¾” X 4’-0” X 8’-0”. Provide backboards at the entry point at each MDF and IDF location. All sides to be coated with UL® Classified Intumescent fire retardant latex paint (Color Grey). Backboards shall be ¾” A-C grade plywood. Drawings shall indicate locations and size. Backboards shall be mounted at all IDF locations and MDF/TEB locations. 1. Provide and install backboard in all MDF/IDF rooms to facilitate incoming multi- pair telephone cables to be mounted on the racks supplied above in the data section and terminated with 1 pair per port on Category 6 24 port patch panels. Install 1-96 port patch panel on MDF voice rack.

B. Size and type of Telephone cables shall be indicated in plans. All telephone wiring between buildings shall be PE-89 exterior rated part # Essex db-25p24-al-89-5k-ess, and interior building wire (between Circa Protector and 24 port patch panels) shall be rated Category 3 part # General 3np25p24-gy-r-gcc-pv. All cables running from building to building shall be properly lightning protected. Protection to be Circa Systems # 1890ect1/nsc-25. Lightning protection to be mounted at TEB and all building IDF locations and each Circa protector must be properly grounded using #6 AWG to the MGB , all cable shield’s shall be properly grounded using a # 6 AWG the MGB. Circa systems are to be filled with the following modules – 20 circa #C-3B3S-30 and 5 circa #C4B1FS-BAL. or a pre-approved equivalent.

PART 6 ‒ INTERCOM SYSTEM

6.01 IP INTERCOMS

A. Contractor shall install the network for a digital intercom system. This digital system shall run independent/parallel of the other network systems. DP to show complete Digital Network system on plans.

B. PCSB to provide/install speakers in each classroom. The outlet at the speaker location shall be 2 blue Category 6 cables. Speaker/Outlet locations to be coordinated between DP and the PROJECT COORDINATOR.

C. All twisted pair cables shall be 4-pair, 23 AWG, Category 6 and Riser Rated (CMR).

D. All Category 6 cable shall meet or exceed the TIA-568-C-2 standard for Category 6 UTP cables. 1. Color of cable jacket: Blue

E. Unshielded twisted pair should be home run, free of splices from the MDF/IDF to all specified room locations. Installation shall be per the requirements of data/telephone cable specified above.

F. Cable shall be plenum rated when installed in plenum spaces.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

G. All cabling run in walls shall be in conduit (minimum ¾”). Conduit stubs-up’s shall have bushing’s on the open end and labeled with end point.

H. Each location will receive 2-4 pair wires terminated on a RJ-45, 110 style patch panels (see UTP patch panel spec) at the IDF/MDF, and 2-4 pair wires terminated on RJ- 45,110 style wall plate jacks (see station wall plate spec) at each room jack.

I. Wires should be terminated on both ends to EIA/TIA T568A standards and all 8 wires should be properly punched down.

J. Cables should be permanently identified at each end. Coordinate labeling requirements with the PROJECT COORDINATOR.

K. All Intercom Category 6 cable shall terminate on separate 48 port patch panels with colored Icons, Blue.

6.02 SPEAKER WALL PLATE

A. Room speaker station outlets shall be a 2 port single gang wall plate, office white in color and provide clear labeling windows for station ID placement. All speaker station outlets must be labeled indicating room # as well as station plate #.

B. Station wall plate. 1. Hubbell Premise Wiring: # IFP12OW or a pre-approved equivalent.

C. Category 6 jacks shall be ETL verified to Cat.6 component and channel requirements. Jacks shall have a designation indicating “C6” on the nose of the jack. Jacks shall have T568A pin/pair assignment 1. Hubbell Premise Wiring: # HXJ6B or a pre-approved equivalent.

D. Jacks shall be eight position/eight conductor un-keyed.

E. Jacks termination shall be industry standard 110 insulation displacement contact and utilize tin lead plated phosphor bronze.

F. Jacks shall be compatible with single conductor 110 impact termination tools.

G. Provide two Category 6 jacks per 2 port wall plate.

H. Contractor shall color code the two jacks per speaker station – Blue

6.03 MDF

A. The digital intercom network shall be installed and structured in the rack and shall be shown on the drawings.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

6.04 IDF

A. The digital intercom network shall be installed and structured in the rack and shall be shown on the drawings.

PART 7 ‒ FIRE STOPPING

7.01 DESIGN REQUIREMENTS

A. Contractor must properly fire stop all penetrations per local codes as well as NEC Article 300-21, Article 800-52b and NFPA 101.

B. All ceiling penetrations located in IDF’s and MDF’s must have a EMT sleeve a minimum of 10” above the ceiling and 10” below the ceiling to provide a pathway for cable to the Data racks.

C. All cabinets must have a 3” EMT sleeve installed a minimum of 8” above ceiling and must penetrate into the 3” knockout located on cabinet.

D. All sleeves as well as all wall, floor and ceiling penetrations must be fire stopped using the proper cable fill ratio. 1. Unique Fire Stop Products, using Spec Seal # SSP28 Putty or a pre-approved equivalent. 2. Sleeves used for IDF’s and MDF’s ceiling penetrations use EMT (general) with Arlington non – metallic bushings # EMT 200,EMT 300,EMT 400.

PART 8 ‒ SPECIFICATIONS

8.01 EQUIPMENT RACK SPECIFICATIONS

A. MDF/IDF racks will be free standing 19" x 7'-0” relay style racks with vertical cable management. 1. Chatsworth Product's Rack – 55053-703 or a pre-approved equivalent. 2. Chatsworth Product's Vertical Wire Management – 30095-703 or a pre-approved equivalent.

B. Each rack will receive wire management panels above and below each patch panel installed. 1. Chatsworth Product's SK-5455-719 wire management or a pre-approved equivalent.

C. Each rack /cabinet will receive a grounding bar to facilitate rack/cabinet grounding. Each rack and cabinet must be bonded to an approved ground, using # 6 AWG copper. A grounding bus bar is to be installed behind each rack mounted on the telecommunications plywood. 1. Chatsworth Product's # 10610-019 or a pre-approved equivalent. 2. Chatsworth Product's # 10622-010 or a pre-approved equivalent

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

D. All telecommunications cabling not terminating in a dedicated communications room must be terminated in an enclosed cabinet. 1. Great Lakes Case and Cabinet: # GLWM-48 or a pre-approved equivalent.

E. Each data rack and/or cabinet shall receive 1 – Hubble Premise Wiring #MCCPSS19 or a pre-approved equivalent for power management.

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

8.02 MDF SCHEMATIC

2U-Blank 2U-Blank 2U-Blank 2U-36 Port LIU 4U-96 Port Patch Panel 2U-Blank 2U-48 Port Patch Panel 2U-36 Port LIU 2U-Blank 2U-48 Port Patch Panel 1U-24 Port Patch Panel 2U-36 Port LIU 1U-24 Port Patch Panel 2U-Blank 2U-48 Port Patch Panel 1U-24 Port Patch Panel 2U-48 Port Patch Panel 1U-24 Port Patch Panel

2U-48 Port Patch Panel 1U-24 Port Patch Panel

1U-24 Port Patch Panel

Power Strip

MDF LAYOUT

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

8.03 IDF SCHEMATIC

2U‐Blank

2U‐48 Port Patch Panel

2U‐48 Port Patch Panel

2U‐48 Port Patch Panel

2U‐48 Port Patch Panel

2U‐48 Port Patch Panel

2U‐48 Port Patch Panel

Power Strip

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DIVISION 16 SECTION 16750 — DATA/TELEPHONE/INTERCOM SYSTEM

8.04 LADDER RUNWAY PLAN SCHEMATIC

END OF SECTION

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. The intent of this document is to provide minimal design guidance, hardware requirements and performance requirements for a Camera Surveillance System for PCSB.

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. The installation must comply with SREF of the Florida Administrative Code. The most recent issue of the following standards and references apply in whole or in part to the installation of the Telephone and Computer communications systems. Where this standards document exceeds the listed reference standards, this standards document shall dominate. 1. EIA/TIA-569: Electronic Industries associate/Telecommunications Industry Association Commercial Building Standard for Telecommunication Pathways and 2. Spaces. 3. EIA/TIA-568A: Electronic Industries Association/Telecommunications Industry 4. Association Commercial Building Standard for Telecommunications Wiring Standard. 5. FL DMS/DOC: General Facility Requirements for Telecommunications Systems. 6. IEEE 802.3 & 802.5: Institute of Electrical and Electronics Engineers LAN Standard for Ethernet. 7. UL: Underwriter's Laboratories. 8. ANSI: American National Standards Institute. 9. National Electrical Code – Latest adopted edition. 10. EIA / TIA – TSB36, 40 and 95. 11. EIA / TIA – 606 and 607. 12. EIA / TIA – 67 and 72.

1.03 DESCRIPTION OF WORK

A. PCSB will supply and install security recorder and associated hardware/software. CONTRACTOR to supply and install all associated cable, boxes, etc. See Standards Section 16750.

B. PCSB will provide POE switches for Cameras.

PART 2 ‒ VIDEO MANAGEMENT SYSTEM

2.01 SOFTWARE OVERVIEW

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

A. The Video Management System (VMS) software shall be used to view live and recorded video from capture cards and IP devices connected to local and wide area networks. The VMS software shall have a client/server-based architecture that can be configured as a standalone VMS system with the client software running on the server hardware and/or the client running on any network-connected TCP/IP workstation. Multiple client workstations shall be capable of simultaneously viewing live and/or recorded video from one or more servers. Multiple servers shall also be able to simultaneously provide live and/or recorded video to one or more workstations. The VMS server software shall also have the ability to be installed on an IP edge device—such as an IP camera or encoder that allows for 3rd party applications—allowing the device to serve as both a server and IP video recording device.

B. The VMS shall not charge for the number of concurrent clients.

C. The VMS system shall utilize manufacturer built servers, commercial-off-the-shelf (COTS) computer workstations, servers, IP edge devices that allow for third-party application installation, networking devices and storage equipment.

D. Recording of all video transmitted to the VMS shall be continuous, uninterrupted and unattended.

E. The VMS system shall offer the capability of video motion detection recording, such that video is recorded when the NVRMS detects motion within a region of interest of the camera’s view. Video prior to the detection of the motion shall also be stored with recording using the pre-recorded feature.

F. The VMS system shall manage the video it has been configured to monitor. Loss of video signal shall be configured to annunciate on VMS client by an on-screen visual indication alerting operators of video loss.

G. The VMS software shall have an open architecture supporting IP cameras and encoders from multiple manufacturers providing best-of-breed solutions ranging from low-cost, entry-level features to high-resolution, megapixel features.

H. The VMS client software shall be able to view live video and audio, recorded video and audio and be able to configure the complete system all from a single application.

I. The VMS shall continue to record video and audio at all times during the administration and configuration of any feature.

J. The VMS client software shall have the same functionality when connected remotely as it does when it is run locally on the same computer as the server software.

K. The VMS client software shall add and remove features based on the permissions of the user and the licensed functionality.

L. The VMS client software shall operate on all of the following operating systems:

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

1. Microsoft Windows Server 2003/2008 2. Microsoft Windows XP (all versions) 3. Microsoft Windows Vista (all versions) 4. Microsoft Windows 7 (all versions) 5. Linux Ubuntu 8.04/10.04 Debian Package 6. Mac OSX (operating on Intel CPU)

M. The VMS software shall allow the user to have any combination of VMS client applications running on any of the supported operating systems and be able to connect to any of the VMS servers running on any of the supported operating systems. For example, a VMS client running on Microsoft Windows 7 shall be able to simultaneously connect to four (4) different VMS servers all running on different operating systems, such as Windows Server 2003, Windows XP, Vista and Linux.

N. The VMS software shall have the capability to run multiple client applications simultaneously on one workstation with multiple monitors. Up to 12 monitors shall be configured on a single workstation with one (1) client application running on each monitor. Because decompressing video is CPU-intensive, the PC workstation shall have multiple core processors with a recommendation of one core for each VMS client application.

O. The VMS shall also allow an authorized user to view video through a web client interface. The web client interface shall allow authorized users to view live video, view recorded video, control pan-tilt zoom (PTZ) cameras and activate triggers. The web client interface shall allow connections to multiple VMS servers simultaneously.

P. The web client interface shall operate without requiring installation of any software.

Q. When using the web client interface, the VMS server shall transcode the video into a JPEG file of the size as the browser screen before sending it to the browser.

R. The web client interface shall support the following browsers: 1. Internet Explorer 6 and later 2. Firefox 2 and later 3. Opera 9 and later 4. Safari and later 5. Chrome 6. The web client interface shall also connect with non-JavaScript browsers and shall be compliant with HTML 4.0 (www.w3.org).

S. The VMS server software shall record and retrieve video, audio and alarm data and provide it to the VMS clients upon request.

T. The VMS software shall provide at no additional charge a purpose built mobile application capable of viewing multiple simultaneous live video streams and playing a recorded video stream. Application shall be provided for both iOS and Android operating systems (including Kindle Fire).

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

U. The VMS server software shall operate on any of the following operating systems: 1. Microsoft Windows Server 2003/2008 2. Microsoft Windows XP (all versions) 3. Microsoft Windows Vista (all versions) 4. Microsoft Windows 7 (all versions) 5. Linux Ubuntu 8.04/10.04 Debian Package

V. The VMS server shall not decode video for the purpose of motion detection.

W. The VMS server shall not decode video for the purpose of repacking it for transmission to clients.

X. The VMS server software shall record video based on metadata generated by an edge network device. The edge network devices shall generate the metadata and transmit it with the video stream to the VMS server software.

Y. The VMS shall license the total number of cameras on the system. This license shall be based on the MAC address of a single network card that is present on the system. The VMS shall only require that this network card be enabled and does not require that data is actually sent through it.

Z. The VMS shall not require the manufacturer to be contacted when a camera fails.

AA. The VMS server software shall run as a service. The VMS shall not require any application to be running in order to operate.

BB. The VMS shall be able to use the Active Directory or LDAP features of a network to authenticate users and determine which permissions they will have on each server.

CC. The VMS shall allow for a user’s permissions to be configured across multiple servers from a single screen.

DD. The VMS shall allow the use of maps. The maps will be accessible to users with the appropriate permission levels and display video sources and their status.

EE. The VMS shall allow maps to be embedded inside of maps (i.e. hierarchical or nested maps). When an event happens on a map that is embedded inside of a map, it shall transmit the alert to all parent maps and change the color of the icon on the parent map and all subsequent parent maps.

FF. The VMS allows soft triggers to be placed, viewed and triggered from a map.

GG. The VMS shall have a single page that displays the status of all servers and cameras currently connected. This page shall display any alarms, events, MAC addresses, camera configuration, format and frame rate from each individual camera.

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

HH. The VMS shall support the use of a panoramic lens on an analog or IP camera. The VMS client shall de-warp the image on both live and recorded video.

II. The VMS software shall have three methods of allowing third-party integration: command line, API and web SDK. The command line shall allow for the most basic of interfaces, calling up the appropriate video when requested using command line functionality. The API shall allow for a deeper interface, allowing video to be transmitted from the VMS software into the party software interface. The web SDK shall use the web server to transcode the video and send it to the third-party software interface. The web SDK method shall use standard HTML, XML, CGI and JavaScript commands.

2.02 SOFTWARE FEATURES

A. When in live display mode, the user shall be able to view live video, live audio, point of sale (POS) data and alarm information.

B. The VMS shall be able to organize the camera video view panel in the following patterns: 1. 1-camera (full-screen) layout 2. 4-camera (2x2) layout 3. 8-camera (3 large views and 4 small views) layout 4. 10-camera (2 large views and 8 small views) layout 5. 13-camera (1 large view and 12 small views) layout 6. 16-camera (4x4) layout 7. 8-camera (1 very large view and 7 small views) layout 8. 9-camera (3x3) layout 9. 6-camera (2x3) widescreen layout 10. 12-camera (4x3) widescreen layout 11. 20-camera (5x4) widescreen layout 12. 30-camera (6x5) widescreen layout 13. 48-camera (8x6) widescreen layout

C. The VMS shall provide an option to view 16:9 wide video display panels.

D. The VMS shall allow the customization of the user interface to allow software triggers to be shown. This shall allow them to activate events through the push of a button, which could trigger recording, PTZ presets, output triggers or email.

E. The VMS shall allow the user to pick their own icon and select the software triggers to display in the client. The VMS shall also display the status of any soft triggers on connected VMS servers.

F. The VMS software shall allow control of PTZ cameras to authorized users and be used to maneuver a PTZ camera. When used on a non-PTZ camera, it shall allow you to digitally pan, tilt and zoom on any video whether in live or recorded mode.

G. The VMS shall allow following methods of controlling a PTZ camera to be available: 1. PTZ graphics control windows

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

2. Live graphic overlay PTZ control icons 3. Keyboard control (up, down, left, right arrows; page up, page down for zoom) 4. PTZ presets 5. Digital PTZ 6. USB joystick to control PTZ cameras 7. Proportional PTZ control by clicking the mouse in the center and moving it

H. The VMS software shall allow virtual matrix functionality by designating a cell to do so. This video cell shall automatically show video as it is triggered.

I. The VMS software shall have a feature for viewing logical groups of cameras. This shall allow efficient viewing of cameras in a logical order.

J. The VMS software shall have a feature to organize your cameras into preset views. Views are preconfigured arrangements of the video panels so that they may be easily recalled later. A view can save the location of the video streams, audio streams, POS data, maps and event views. These views shall be accessible in both live and recorded video modes.

K. The VMS software shall have the capability to automatically cycle through two or more saved views to create a video tour. The VMS shall allow the configuration of the dwell time and the different views it shall use.

L. The VMS client software shall be used to search for and play back recorded video, audio and events from VMS servers.

M. The VMS software shall have the capability to search for and play back video from multiple cameras simultaneously. All recorded video shall be played back and displayed in a synchronized multi-camera layout.

N. The VMS software shall support searching through recorded video based on time, date, video source and image region and have the results displayed as both a clickable timeline and a series of thumbnail images.

O. The VMS software shall allow search and play back of audio in synchronization with video.

P. The VMS software shall allow you to search on a specific area of recorded video and only display the frames where motion happened in that area.

Q. The VMS software shall have the capability to export video, maps, POS data and audio files.

R. The VMS software shall provide the option of exporting the file in the following formats: 1. Standalone Exe (*.exe) – includes an executable player with the video and audio data 2. AVI File (*.avi) – a multimedia container format

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

3. PS File (*.ps) – a format for multiplexing video and audio 4. QuickTime File (*.mov) – native for Macintosh computers

S. The VMS standalone player shall package all of the exported video into a single executable. The VMS standalone player shall be able to authenticate that the video has not been tampered with using a keyed Hash Message Authentication Code (HMAC).

T. The VMS client software shall be able to connect to multiple systems simultaneously. Each of the systems could have individual permissions, thereby limiting the client’s configuration or viewing abilities for that system, but not affecting the abilities on the other systems.

U. The VMS system shall be able to display system information about users that are currently logged into the system, plug-in file version information number and status, and a system log that contains a detailed history of the processes that occur on the system.

V. The VMS system shall have the ability to record an audit trail of when users log in that shows what changes they have made, what video they have viewed and what they have exported.

W. The VMS system shall allow the configuration of the video devices to be performed in the client and pushed out to the devices. The configuration itself is stored both on the camera and on the VMS.

X. The VMS shall allow monitoring of the inputs on both network devices and on manufacturer provided hardware. The VMS shall also allow triggering of outputs on the network devices and manufacturer provided hardware.

Y. The VMS shall allow for the configuration of what drives to use for recording video. Those drives may be local drives, direct attached storage drives or iSCSI drives.

Z. The VMS shall allow for the configuration of rules of how to record the video. These rules shall allow you to set a maximum number of days or minimum number of days on a per video stream basis.

AA. The VMS shall not require a database when recording video.

BB. The VMS shall use the operating systems native file system for recording the video. For example, if there was video that was recording on March 1, 2012 from 10:00 AM to 10:35 AM. Files for that day would be in the data drive, in the path 2012 for year, subfolder 03 for the month, with a sub folder 1st for the day, and then the 10 sub-folder for the hour. So when the client sends a request to search for video, the VMS shall look in the D:\2012\03\01\10 directory. Each video stream shall be kept in 5-minute increments in a paired video and index file. The video file shall contain the data of the video, audio, and include meta data. The index file shall contain the index of the metadata from the network device. So when the VMS searches for the video, it shall gather up the information in the

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

index files and display those results. When the client then requests to display the video, the VMS will then transmit the video file data from the server to the client.

CC. The VMS shall have the ability to receive ASCII data through the COM port on the server or over the network.

DD. The VMS shall have the ability to look for keywords in the ASCII data and use these to execute various events such as PTZ presets, recording video, recording audio and sending email notifications.

EE. The VMS software shall be able to send a predefined email based on an event trigger. The VMS software shall also support SSL and TLS connections for transmissions of the mail.

FF. The VMS software shall have a feature to export a video segment from specific cameras or audio inputs to a CD or DVD upon an input trigger or other event being activated.

GG. The VMS software shall be used to connect different types of events, such as input triggers, to a desired action such as recording video or triggering an alarm. The VMS software shall recognize the following event types: 1. Video Motion 2. Video Loss 3. Input Trigger 4. POS Port 5. POS Profile 6. Health 7. IP Camera Connection 8. Software Trigger 9. Analytics

HH. The VMS software shall be able to execute the following action types: 1. Record Video 2. Output Trigger 3. Output Video 4. Send an email 5. Burn a CD/DVD 6. Call a PTZ Preset

II. The VMS software shall have the ability to configure each video input’s recording time on an hourly basis. This shall allow the user to schedule when to record on motion, when to record on event and when to not record.

JJ. The VMS shall use a combination of a user name and a password to authenticate the user’s permission level.

KK. The VMS shall allow granularity of permissions by creating custom user groups. The members of these custom user groups shall all have the same permissions.

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

LL. The VMS client shall be able to use OpenGL and Direct 3D to decompress and render video.

MM. The VMS shall allow the user to perform a visual thumbnail search. The user can select one camera to see one image per set time period. The user shall be able to play video from that image or zoom in to a time range.

NN. The VMS client can be configured to automatically switch views on any trigger within the event monitoring function.

OO. The VMS software shall allow the user to input time-based triggers through event monitoring, including the time of day and day of week.

2.03 SERVER NETWORK VIDEO RECORDER HARDWARE FEATURES

A. The server hardware shall operate on either the Microsoft XP Pro or Linux operating systems.

B. The server shall be capable of simultaneously recording, displaying and playing back digitized video from IP cameras and analog cameras through the use of a video encoder. IP Server models shall be capable of being licensed to add IP cameras in increments from one (1) to 64 camera licenses.

C. The server shall support recording resolutions from CIF to 20 megapixel (camera dependent) and shall be user selectable. MJPEG, MPEG-4 and H.264 video compression format shall be user selectable depending on the IP camera configured to the IP Server. Video recording shall be available at up to 30 images per second per input channel depending on IP camera type selected.

D. Each server shall have serial port capabilities to communicate with serial devices such as point of sale (POS) terminals and automated teller machines (ATM). Once the serial device is connected to the serial port with a cable the serial port shall be configured. Transaction data shall be received from each serial device into a text database and associated with recorded video. User shall be able to search transaction data to locate the associated video.

E. Each server shall have a serial port capable of communicating with pan-tilt-zoom (PTZ) cameras.

F. Each server shall have two Gbit 1000Base T RJ-45 Ethernet connections for networking to Remote PC clients. Multiple servers shall be accessible by multiple clients located anywhere on the network. Each server shall record video, audio, and text while displaying live video or playback video. In the event that there is no client actively attached to the server, the server shall continue to record video and audio, monitor events and all other server functions.

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

G. Recorded video shall be triggered by the motion detection sensor of the IP camera, an external input device, or in continuous record mode.

H. Each server shall have the capability of automatically exporting a predetermined time frame of video to the internal DVD/CD device upon an external trigger input connected to the server. Such input shall export to the DVD/CD device a user defined amount of video and video camera source both pre and post event schedulable to the maximum capacity of the DVD/CD media selected.

I. Each server shall have the ability to link specific events in an “if-then” scenario. Linked events types shall include video motion, video loss, input trigger, POS port, POS profile and temperature. Sources of these events shall be any camera connected to the specific server. Action from these events shall include record video, record audio, enable output trigger, output video, notify (send e-mail), and output video to DVD.

J. The server hardware shall have an internal DVD/CD device that will allow the server to export video clips to the device in Standalone.Exe (*exe), AVI files (*.avi) and PS files (*ps) formats.

K. A RAID-5 option shall be available consisting of a 4U chassis and eight hot swappable hard drives. The RAID-5 option shall be internal to the server and shall provide notification of a drive failure to the administrator.

2.04 SPECIFICATIONS AND MODEL NUMBERS

A. 2U Rackmount IP Server: All 2U Rackmount Servers shall have the following specifications: 1. Dimensions (L x W x H): (21.25” x 16.75” x 3.5”) (54.7 x 42.6 x 8.9 cm) 2. Weight: 27 – 31 lbs. (12.3 – 14.1 kg) 3. Input Voltage: 120/240 VAC auto-sensing 4. Power Consumption: <250 watts (150 watts typical) 5. Video Standard: NTSC (30ips) or PAL (25ips) 6. Recording Resolution: CIF to 20 megapixel (camera dependent) 7. Compression: MJPEG, MPEG-4 or H.264 by camera or encoder 8. Alarm Inputs: 0 9. Alarm Outputs: 0 10. Serial Connections: 1 serial port – RS-232 11. NIC: 2 Gbit 1000Base T RJ-45 (standard), 4 (optional) 12. USB 2.0 Ports: 8 (8 x USB 2.0) 13. Audio Inputs: 0 14. Audio Outputs: 1 15. Hard Drive Storage: Enterprise Class (see models below) 16. VGA Output: 1 DVI-A + 1 DVI-D + 1 Display Port, maximum simultaneous monitors 17. Keyboard & Mouse: Included 18. DVD/CD RW: Included, front panel access 19. Operating System: Windows 7 Pro or Server 2008 on 30 GB HDD Partition or Linux Ubuntu 10.04 (kernel 3.0) installed on 4 GB flash drive - optional

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

20. Operating Temperature: 40° – 95°F (4.5° – 35°C) 21. Relative Humidity: 5 – 95% RH (non-condensing)

B. In addition to the specifications listed above, each 2U Rackmount IP Server shall have unique features defined by the hard disk storage capacity described below: 1. IPS-0500-R2 500GB 2. IPS-1000-R2 1 TB 3. IPS-2000-R2 2 TB 4. IPS-3000-R2 3 TB 5. IPS-4000-R2 4 TB 6. IPS-6000-R2 6 TB

C. 4U Rackmount IP Server; All 4U Rackmount IP Servers shall have the following specifications: 1. Dimensions (L x W x H): (28” x 16.75” x 7.0”) (71.2 x 42.6 x 17.8 cm) 2. Weight: 44 – 60 lbs. (20 – 27.3 kg) 3. Input Voltage: 120/240 VAC auto-sensing 4. Power Consumption: 500 watts 5. Recording Resolution: CIF to 20 megapixel (camera dependent) 6. Compression: MJPEG, MPEG-4 or H.264 by camera or encoder 7. Alarm Inputs: 8 optional 8. Alarm Outputs: 1 optional 9. Serial Connections: RS-232, RS-485 (optional) 10. NIC: 2 Gbit 1000Base T RJ-45 (standard), 4 (optional) 11. USB 2.0 Ports: 8 (8 x USB 2.0) 12. Audio Inputs: 4 optional 13. Hard Drive Storage: Enterprise Class (see models below) 14. VGA Output: 1 DVI-A + 1 DVI-D + 1 Display Port, maximum 2 simultaneous monitors 15. Keyboard & Mouse: Included 16. DVD/CD RW: Included, front panel access 17. Operating System: Windows 7 Pro or Server 2008 on 30 GB HDD Partition or Linux Ubuntu 10.04 (kernel 3.0) installed on 4 GB flash drive (optional) 18. Operating Temperature: 40° – 95°F (4.5° – 35°C) 19. Relative Humidity: 5 – 95% RH (non-condensing)

D. In addition to the specifications listed above, each 4U Rackmount IP Server shall have unique features defined by the hard disk storage capacity described below: 1. IPS-8000-R4 8 TB 2. IPS-010T-R4 10 TB 3. IPS-012T-R4 12 TB 4. IPS-014T-R4 14 TB 5. IPS-016T-R4 16 TB

E. All 4U Rackmount RAID-5 IP Servers shall have the following specifications: 1. Dimensions (L x W x H): (28” x 16.75” x 7.0”) (71.2 x 42.6 x 17.8 cm) 2. Weight: 44 – 60 lbs. (20 – 27.3 kg)

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

3. Input Voltage: 120/240 VAC auto-sensing 4. Power Consumption: <250 watts (150 watts typical) 5. Recording Resolution: CIF to 20 megapixel (camera dependent) 6. Compression: MJPEG, MPEG-4 or H.264 by camera or encoder 7. Serial Connections: RS-232, RS-485 (optional) 8. NIC: 2 Gbit 1000Base T RJ-45 (standard), 4 (optional) 9. USB 2.0 Ports: 8 (8 x USB 2.0) 10. Hard Drive Storage: Enterprise Class (see models below) 11. VGA Output: 1 DVI-A + 1 DVI-D + 1 Display Port, maximum 2 simultaneous monitors 12. Keyboard & Mouse: Included 13. DVD/CD RW: Included, front panel access 14. Operating System: Windows 7 Pro or Server 2008 on 30 GB HDD Partition or Linux Ubuntu 10.04 (kernel 3.0) installed on 4 GB flash drive 15. Operating Temperature: 40° – 95°F (4.5° – 35°C) 16. Relative Humidity: 5 – 95% RH (non-condensing)

F. In addition to the specifications listed above, each 4U Rackmount RAID5 Server shall have unique features defined by the hard disk storage capacity described below: 1. IPS-4000-R4-RAID5 3 TB 2. IPS-6000-R4-RAID5 5 TB 3. IPS-8000-R4-RAID5 6 TB 4. IPS-010T-R4-RAID5 8 TB 5. IPS-012T-R4-RAID5 10 TB 6. IPS-014T-R4-RAID5 12 TB 7. IPS-016T-R4-RAID5 14 TB

2.05 CERTIFICATIONS

A. CE and FCC, Class A (all models).

2.06 WARRANTY

A. 3-year warranty on parts and labor and a 3-year Software Subscription Agreement (SSA).

2.07 VIDEO MANAGEMENT SYSTEM HARDWARE

A. Minimum Server Requirements: The VMS client software shall operate on the following minimum requirements: 1. Processor: Intel® Atom® D525 1.8GHz or higher 2. Graphics: 1280 x 1024 x 32 bits 3. RAM: 1GB 4. NIC: 1x100 Mbps (minimum), 1 Gbps (preferred) 5. Hard Disk: 80GB Serial ATA drive 6. Operating Systems: a. Microsoft® Windows 2003 Server (or) b. Microsoft® Windows 7 (all version) (or) c. Linux Ubuntu 8.04 or higher

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

B. Minimum Client Requirements: 1. Processor: Intel® Atom D525 1.8 GHz or greater 2. Graphics: 1280x1024x32 bits 3. RAM: 1 GB 4. NIC: 10/100/1000 baseT Ethernet 5. Disk Drive: Western Digital Enterprise Class drive (RE4 or better), or Seagate Barracuda ES.2 Drives or better 6. Operating Systems: a. Microsoft® Windows XP (all versions) or higher b. Linux Ubuntu 8.04 or higher c. Mac OSX 10.4 or higher

C. Recommended Server Requirements: 1. Processor: Intel® Core i7-2600 Processor, 3.4 GHz or Xeon E3-1220 2. Graphics: 1280x1024 3. RAM: 4 GB 4. NIC: 2x1Gbps (minimum), 4x 1 Gbps (preferred) 5. Disk Drive: RAID-5 (minimum), RAID-6 (preferred), minimum sustained non- sequential write capacity 70 MBps 6. Operating Systems: a. Microsoft® Windows XP (all versions) b. Microsoft® Windows Vista (all versions) c. Microsoft® Windows 2008 Server (all versions) d. Microsoft® Windows 7 Pro (all versions) e. Linux Ubuntu 10.04

D. Recommended Client Requirements (Single Monitor): 1. Processor: Intel® Core i3 2100 Processor, 3.1 GHz or greater 2. Graphics: 1280x1024 3. RAM: 2 GB 4. NIC: 10/100/1000BASE-T Ethernet 5. Disk Drive: Western Digital Enterprise Class drive (RE4 or better), or Seagate Barracuda ES.2 Drives or better 6. Video: 64 MB video card (Direct3D / OpenGL compatible) 7. Operating Systems: a. Microsoft® Windows 7 (all versions) or higher b. Linux Ubuntu 8.04 or higher c. Mac OSX 10.4 or higher

E. Multi-Monitor PC Requirements (4 VGA monitors at up to 1920x1200 resolution) The VMS client software shall operate on the following minimum requirements: 1. Processor: Intel® Core i7-2600K 3.4GHz or higher 2. Graphics: Multi-output display adapter 3. RAM: 4 GB 4. NIC: 10/100/1000BASE-T Ethernet 5. Hard Disk: 80GB Serial ATA drive

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

6. Video: 512 MB video card (Direct3D/OpenGL compatible) 7. Operating Systems: a. Microsoft® Windows 2003/2008 Server (or) b. Microsoft® Windows XP (all versions) (or) c. Microsoft® Windows Vista (all versions) (or) d. Microsoft® Windows 7 (all version) (or) e. Mac OSX 10.6 f. Linux Ubuntu 10.04

PART 3 ‒ INTERIOR CAMERAS

3.01 CAMERA SPECIFICATIONS

A. Models: 1. AXIS M3204-V: 1 MP/HDTV 720p, vandal-resistant casing

B. Image Sensor: 1. 1/4” progressive scan RGB CMOS

C. Lens: 1. AXIS M3204/-V: Varifocal 2.8 - 10 mm, 80° - 22° view*, F1.7, fixed iris *horizontal angle of view

D. Light Sensitivity: 1. 0.9 - 100000 lux, F1.7

E. Shutter Time: 1. 1/24500 s to 1/6 s

F. Camera Angle Adjustment: 1. Pan 360°, tilt 170°, rotation 340°

G. Pan/Tilt/Zoom: 1. Digital PTZ, preset positions, guard tour

3.02 VIDEO SPECIFICATIONS

A. Video Compression: 1. H.264 (MPEG-4 Part 10/AVC) Motion JPEG

B. Resolutions: 1. AXIS M3204/-V: 1280x800 to 160x90* *1440x900 (1.3 MP) scaled resolution available via VAPIX®

C. Frame Rate H.264: 1. 30 fps in all resolutions

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

D. Frame Motion Rate JPEG: 1. 30 fps in all resolutions

E. Video Streaming: 1. Multiple, individually configurable streams in H.264 and motion JPEG 2. Controllable frame rate and bandwidth 3. VBR/CBR H.264

F. Image Settings: 1. Compression, color, brightness, sharpness, contrast, white balance, exposure control, exposure zones, backlight compensation, fine tuning of behavior at low light, mirroring of images. 2. Rotation – including Corridor Format 3. Text and image overlay, privacy mask.

3.03 NETWORK SPECIFICATIONS

A. Security: 1. Password protection, IP address filtering, HTTPS** encryption, digest authentication, user access log.

B. Supported Protocols: 1. IPv4/v6, HTTP, HTTPS**, QoS Layer 3 DiffServ, FTP, CIFS/SMB, SMTP, Bonjour, UPnP™, SNMPv1/v2c/v3(MIB-II), DNS, DynDNS, NTP, RTSP, RTP, TCP, UDP, IGMP, RTCP, ICMP, DHCP, ARP, SOCKS

3.04 SYSTEM INTEGRATION

A. Application Programming Interface: 1. Open API for software integration, including the ONVIF specification available at www.onvif.org, as well as VAPIX® and AXIS Camera Application Platform from Axis Communications, specifications available at www.axis.com support for AXIS Video Hosting System (AVHS) with One-Click Camera connection.

B. Intelligent Video: 1. Video motion detection, active tampering alarm support for AXIS Camera Application Platform enabling installation of additional applications.

C. Event Triggers: 1. Intelligent video

D. Event Actions: 1. File upload: FTP, HTTP, network share and email; notification: email, HTTP and TCP; external output activation; video recording to edge storage; pre- and post-alarm video buffering.

E. Data Streaming:

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

1. Event data

F. Built-in Installation Aids: 1. Pixel counter

3.05 GENERAL

A. Casing: 1. Polycarbonate transparent cover 2. Metal inner camera module with encapsulated electronics 3. Casing color: white NCS S 1002-B 4. AXIS M3203-V/M3204-V: 1000 kg (2200 lb.) impact-resistant metal casing

B. Memory: 1. 128 MB RAM, 128 MB Flash

C. Power: 1. Power over Ethernet IEEE 802.3af Class 2 (max. 4.2 W)

D. Connector: 1. RJ-45 10BASE-T/100BASE-TX PoE

E. Edge Storage: 1. Support for recording to network share (network-attached storage or file server)

F. Operating Conditions: 1. 0 °C to 50 °C (32 °F to 122 °F) 2. Humidity 15 - 85% RH (non-condensing)

G. Approvals: 1. EN 55022 Class B, EN 61000-3-2, EN 61000-3-3, EN 55024, FCC Part 15 Subpart B Class B, ICES-003 Class B, VCCI Class B, C-tick AS/NZS CISPR 22, EN 60950-1, KCC Class B, UL.

H. Weight: 1. AXIS M3203/M3204: 430 g (1.0 lb.) 2. AXIS M3203-V/M3204-V: 580 g (1.3 lb.)

I. Included Accessories: 1. Installation Guide, Installation and Management Software CD, key for tamper-proof screws, Windows decoder 1-user license.

J. Video Management Software: 1. AXIS Camera Companion (included), AXIS Camera Station and video management software from Axis’ Application Development Partners (not included). For more information, see www.axis.com/products/video/software.

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

PART 4 ‒ EXTERIOR CAMERAS

4.01 MODELS

A. AXIS P3364-VE: 1 MP, Lightfinder

B. AXIS P3364-LVE: 1 MP, IR illumination, Lightfinder

Note: All models are vandal resistant and support audio and I/O ports 6 mm and 12 mm as suffix refer to lens model

4.02 CAMERA SPECIFICATIONS

A. Image Sensor: 1. AXIS P3364-VE/-LVE: Progressive scan RGB CMOS 1/3”

B. Lens: 1. Varifocal, Remote focus and zoom, P-Iris control, IR corrected, Megapixel resolution 2. AXIS P3363-VE/P3364-VE/P3364-LVE 12 mm: 3.3–12 mm, 82°–24° viewa, F1.4

C. Day and Night: 1. Automatically removable infrared-cut filter

D. Minimum Illumination: 1. AXIS P3363-VE/P3364-VE 12 mm: Color: 0.15 lux, F1.4, B/W: 0.03 lux, F1.4 2. AXIS P3364-LVE 12 mm: Color: 0.18 lux, F1.4, B/W: 0.04 lux, 0 lux with IR illumination on

E. Shutter Time: 1. AXIS P3363-VE/P3364-VE/P3364-LVE: 1/24500 s to 2 s with power line frequency 50 Hz, 1/29500 s to 2 s with power line frequency 60 Hz

F. Camera Angle Adjustment: 1. AXIS P3363-VE/P3364-VE/P3364-LVE: Pan 360°, tilt 170°, rotation 340°

4.03 VIDEO SPECIFICATIONS

A. Video Compression: 1. H.264 Baseline and Main Profile (MPEG-4 Part 10/AVC) Motion JPEG

B. Resolutions: 1. AXIS P3364-VE/P3364-LVE/P3384-VE: 1280x960b (approx. 1.3 MP) to 160x90

C. Frame Rate: 1. AXIS P3363-VE/P3364-VE/P3364-LVE/P3384-VE: 25/30 fps with power line frequency 50/60 Hz

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

D. Video Streaming: 1. Multiple, individually configurable streams in H.264 and Motion JPEG, Controllable frame rate and bandwidth, VBR/CBR H.264

E. Image Settings: 1. Compression, Color, Brightness, Sharpness, Contrast, White balance, Exposure control, Exposure zones, Backlight compensation, Fine tuning of behavior at low light, WDR – dynamic contrast, Text and image overlay, Mirroring of images, Privacy mask 2. Rotation: 0°, 90°, 180°, 270°, including Corridor Format

4.04 AUDIO SPECIFICATIONS

A. Audio Streaming: 1. Two-way

B. Audio Compression: 1. AAC LC 8/16 kHz, G.711 PCM 8 kHz, G.726 ADPCM 8 kHz 2. Configurable bit rate

C. Audio Input/Output: 1. External microphone input or line input, Line output

4.05 NETWORK SPECIFICATIONS

A. Security: 1. Password protection, IP address filtering, HTTPSc encryption, IEEE 802.1Xc network access control, digest authentication, user access log

B. Supported Protocols: 1. IPv4/v6, HTTP, HTTPSc, SSL/TLSc, QoS Layer 3 DiffServ, FTP, CIFS/SMB, SMTP, Bonjour, UPnP, SNMPv1/v2c/v3 (MIB-II), DNS, DynDNS, NTP, RTSP, RTP, TCP, UDP, IGMP, RTCP, ICMP, DHCP, ARP, SOCKS

4.06 SYSTEM INTEGRATION

A. Application Programming Interface: 1. Open API for software integration, including VAPIX® and AXIS Camera Application Platform; specifications at www.axis.com 2. AXIS Video Hosting System (AVHS) with One-Click Camera Connection. 3. ONVIF Profile S; specification available at www.onvif.org

B. Intelligent Video: 1. Video motion detection, Active tampering alarm, Audio detection, AXIS Camera Application Platform enabling installation of additional applications.

C. Event Triggers:

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

1. Intelligent video, Edge storage events, External input

D. Event Actions: 1. File upload: FTP, HTTP, network share and email 2. Notification: email, HTTP and TCP 3. Video and audio recording to edge storage 4. Pre- and post-alarm video buffering 5. External output activation, Play audio clip

E. Data Streaming: 1. Event data

F. Built-in Installation Aids: 1. Remote zoom, Remote focus, Pixel counter

4.07 GENERAL

A. Casing: 1. Polycarbonate transparent cover 2. Aluminum inner camera module with encapsulated electronics 3. IP66- and NEMA 4X-rated, IK10 impact-resistant casing with aluminum base and dehumidifying membrane 4. Color: white NCS S 1002-B. For repainting instructions and impact on warranty, contact your Axis partner.

B. Memory: 1. 256 MB RAM, 128 MB Flash

C. Power: 1. Power over Ethernet IEEE 802.3af/802.3at Type 1 Class 3 2. AXIS P3363-VE/P3364-VE/P3364-LVE/P3384-VE/P3367-VE: max. 12.1 W

D. Connectors: 1. RJ45 10BASE-T/100BASE-TX PoE, Terminal block for 1 alarm input and 1 output, 3.5 mm mic/line in, 3.5 mm line out.

E. IR Illimination: 1. AXIS P3364-LVE: Power-efficient, long-life 850 nm IR LED’s with adjustable angle of illumination and intensity. Range of reach up to 30 m (100 ft) depending on scene.

F. Edge Storage: 1. SD/SDHC/SDXC slot supporting memory card up to 64 GB (card not included) 2. Support for recording to network share (network-attached storage or file server)

G. Operating Conditions: 1. -40°C to 55°C (-40°F to 131°F) 2. Humidity 10–100% RH (condensing)

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DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

H. Approval: 1. EN 55022 Class B, EN 50121-4, EN 55024, EN 61000-6-1, EN 61000-6-2, FCC Part 15 Subpart B Class B, ICES-003 Class B digital, VCCI Class B, C-tick AS/NZS CISPR 22 Class B, IEC 60068-2-1, IEC 60068-2-2, IEC 60068-2-14, IEC 60068-2-27, IEC 60068-2-64, IEC 60068-2-78, IEC 62236-4, IEC/EN/UL 60950-1, IEC/EN 60529 IP66, NEMA 250 Type 4X, IEC/EN 62262 IK10, ITE, KCC AS/NZS CISPR 22, KN 22, KN 24 2. AXIS P3364-LVE: EN 62471

I. Weight: 1. AXIS P3363-VE/P3364-VE: 1.5 kg (3.3 lb), with weather shield 2. AXIS P3364-LVE: 1.4 kg (3.1 lb), without weather shield

J. Included Accessories: 1. Installation Guide, Installation and Management Software CD, Windows decoder 1- user license, Connector kit, Mounting bracket, 5 m (16 ft) network cable with pre- mounted gasket. 2. AXIS P3363-VE/P3364-VE/P3384-VE/P3346-VE/P3367-VE: Weather shield, Smoked transparent cover.

K. Video Management Software: 1. AXIS Camera Station and video management software from Axis’ Application Development Partners (not included). For more information, see www.axis.com/products/video/software.

L. Warranty: 1. Axis 3–year warranty and AXIS Extended Warranty option, see www.axis.com/warranty.

PCSB DIVISION 16 Ӏ SECTION 16780 16780 – 20 of 21 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16780 — CAMERA SURVEILLANCE SYSTEM

PART 5 ‒ CAMERA SURVEILANCE SYSTEM

5.01 CABLING AND CONDUIT

A. The CONTRACTOR shall furnish and install the security camera system cable. Route all cable in cable tray and J-hooks.

B. Camera cables to be routed directly to a 48 dedicated 48 patch panel in the serving IDF.

C. The CONTRACTOR shall terminate cables at MDF or IDFs, locations as designated on drawing. Leave at least three foot loop at the service end and at least 10 foot loop at the device end.

D. For the devices noted on the drawings, provide the following wire types: 1. Camera Cable: 2-Cat 6 cables to each camera location. Cable to be installed within same cable pathway as Data/Voice cables. Cable to terminate onto Cat 6 jack and 2-port faceplate and 1-gang surface mount box, above ceiling within 5 foot of camera location unless otherwise indicated. Homerun cables from each camera to the local IDF/MDF. Provide and install 1-20ft Cat 6 jumpers from jack to camera as indicated on plans. Category 6 cables shall be Yellow. 2. Cat 6 Data outlet to be Yellow – Hubbell Premise Wiring # HXJ6Y or a pre-approved equivalent.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16780 16780 – 21 of 21 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16785 — INTRUSION DETECTION SYSTEM

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. The intent of these guidelines is to provide specific requirements for intrusion detection and alarm monitoring system.

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. National Electrical Code – NFPA 70 - 2008

B. Florida Fire Prevention Code 2010

C. State Requirements for Educational Facilities 2012

D. The system and all components shall be listed by Underwriters Laboratories, Inc., for use in security systems under the following standards, as applicable: 1. National Electrical Code C725, Class I Signaling Systems

1.03 DESIGN CRITERIA

A. For projects at existing sites, existing system shall remain in operation during all phases of construction, unless otherwise directed in writing by the PROJECT COORDINATOR.

B. Where the new security system is to completely replace existing, remove completely all existing security cabinets, controls, devices, conduit, wire and low voltage interconnections to fire alarm, monitoring systems and/or knox boxes.

C. Security panel(s) key pad shall be located where shown on the project drawings.

D. Each building of the project shall have a separate security panel. Consolidation to a single panel for closely grouped structures with one or two zones each may be considered and requires prior approval from the PROJECT COORDINATOR.

E. Provide properly selected and located detection devices assuring adequate security coverage as follows: 1. Accessible windows – dual technology motion detectors 2. Without windows – door contacts 3. Reception area(s) – dual technology motion detectors 4. Roof hatches and exterior doors to mechanical and electrical rooms shall be protected with door contacts 5. Flammable storage area shall have an ‘explosion proof’ door contact to be connected to the nearest security panel.

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DIVISION 16 SECTION 16785 — INTRUSION DETECTION SYSTEM

F. The Security Panel communicates with the Central Receiver by sending various signals. These signals are comprised of a code and a zone. The format for this data shall be “ADEMCO Contact ID” reporting.

G. The burglar alarm zone shall consist of contiguous areas only. (The primary entrances to a building shall have separate zones, additionally, interior and exterior locations shall never share a zone. i.e. exterior door contact on a mechanical room and an interior motion device in a classroom cannot be on the same zone).

H. The Security Panel and Keypad shall be located together within the physical area that is identified as burglar alarm Zone #1, and shall be located in electrical, data, or mechanical systems rooms, unless otherwise directed. (i.e. if the keypad is to be located near the main office entrance door).

I. There shall be no more than two (2) motion detectors or four (4) door contacts per burglar alarm zone. Motion detectors shall not share zones with door contacts.

J. A burglar alarm zone shall not cover more than four (4) contiguous rooms.

K. The Security Panel nearest to the Main Fire Alarm Control Panel shall have the Main Fire Alarm Control Panel connected so as to be able to program the Fire Alarm Control Panel Zone #7 of an eight zone panel ( or Zone #15 of a sixteen zone panel), where the key vault zone exists on the last zone. Otherwise, the Fire Alarm zone shall be Zone #8 or Zone #16.

L. The Security Panel that is located nearest the key vault shall have the key vault connected so as to be able to program the key vault as a 24-hour burglar alarm, Zone #8 of an eight zone panel (or Zone #16 of a sixteen zone panel).

M. Each burglar alarm zone shall be labeled so as to indicate each area that is connected to that burglar alarm zone (i.e. Burglar Alarm Zone 1 – Rooms 101, 102, 103, 104; Burglar Alarm Zone 2 – Rooms 105, 106; etc.). These labels shall be located on both the panel and the corresponding cable.

N. No single security alarm panel shall have more than sixteen (16) zones. If the number of required zones exceeds sixteen, then a second or third security panel location shall be designated. The expander circuit board shall be installed next to the Security panel box, in a separate panel box, with auxiliary 12vdc power supply, and 12v, 7 AH battery.

O. All zone wiring shall be labeled at the control panel. Each zone shall be closed to verify zone continuity. All control panels shall have a ground, duplex AC outlet, and telephone line available for installation by the PROJECT COORDINATOR. Provide a two (2) conductor 22 gauge line for fire alarm and one for the keysafe to nearest security panel.

P. Wiring from detectors to control panel shall be run in concealed conduit in slab or below grade. Wiring from control panels to telephone systems and fire alarm panel shall consist of quantity and size of the conductors recommended by the manufacturer, run in conduit.

PCSB DIVISION 16 Ӏ SECTION 16785 16785– 2 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16785 — INTRUSION DETECTION SYSTEM

PART 2 ‒ PRODUCTS

2.01 GENERAL

A. Intrusion Detection System components shall include the following: 1. System shall be Ademco Vista 20P consisting of (at a minimum): a. (2) Ademco Vista-20P Control Panels b. (2) Ademco 4219 Zone Expander Panels c. (2) Ademco 6160 Keypads d. (2) Auxiliary 12 VDC Power Supplies and 12V, 7 AH Batteries e. (4) Yuasa NP7-12-12V 7 AH Batteries f. (2) Square D Boxes with 120V Receptacles g. (2) Ditek MRJ31X Surge Protectors h. (4) RJ31X Phone Jacks i. Telephone Cabling as Required j. (2) Explosion Proof Door Sensor/Contacts for Flammable Storage Room k. Wiring from Flammable Storage Room to Key Vault l. (14) Visonic Duo 240 Sensors m. (18) Lunar DT 150DTGK Sensors n. (2) Honeywell DT 6360 STC Sensors o. (7) GE Surface Mount 1085T Magnetic Door Contact Switches with Handy Boxes p. Auxiliary Power Supplies 2. Provide a Square D surface-mounted cabinet, label “SECURITY SYSTEM”, for each control panel where applicable (i.e. Manager's Office, Main Office, Mechanical, Electrical, Custodial Rooms, etc.)

2.02 WIRING

A. Conduit and Conductors: Provide complete wiring and conduit between all equipment. Wiring shall be Genesis Cable Systems WG-11041101 (or pre-approved equal) for device cable installed in separate conduit, maximum forty percent (40%) full. Conduits of proper size shall be installed from the Control Panel Equipment to field devices. All field devices shall be mounted upon U.L. listed electrical junction boxes. All splices in field wiring shall be made in U.L. listed electrical junction boxes. All electrical junction boxes shall be labeled “SECURITY SYSTEM” with decal or other approved markings.

B. Wiring shall be color coded as follows: 1. Device Cable: a. Black Negative b. Red Positive c. Green/White Loop

C. Provide a 120V – 20A duplex power outlet, a building ground connection, and a telephone line terminated on an RJ31X connector inside the Square “D” box, but outside the control panel at each control panel. 1. The duplex outlet shall be installed so as to allow the transformer to be attached and still close the door of the Square “D” box.

PCSB DIVISION 16 Ӏ SECTION 16785 16785– 3 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16785 — INTRUSION DETECTION SYSTEM

2. The ground wire shall be green in color and a minimum of #6 AWG wire terminated on a barrier strip inside the Square “D” box and properly connected to the security panel, expansion module, and the telephone line surge protector. 3. The telephone line shall be connected to the CO line to seize the line in front of the Telephone KSU system, but still allow the line to be used by the Telephone KSU system when not in use by the Security System. The line shall not be connected to any incoming telephone line. The line shall be connected to out-dial lines only. Each panel shall be connected to a separate telephone line where possible.

D. Provide a normally open circuit to the Fire Alarm Control Panel to be connected by the Fire Alarm Subcontractor to the Fire Alarm Control Panel.

E. EMI/Lighting Protection: Provide adequate transient voltage/ surge suppression on all power and signal circuits at each entry and exit of a building and at the main Security Control Panel.

F. Provide a normally closed circuit to the knox key-vault to be connected to the internal switch of the key vault.

2.03 RACEWAYS AND FITTINGS

A. Electric Metallic Tubing (EMT) may be installed in interior locations only, with locknuts, bushings, and other fittings tight compression type. Elsewhere, conduit shall be hot dip galvanized rigid steel (or PVC if below grade). PVC conduit is acceptable in exterior enclosed canopies only. PVC shall not be installed inside buildings.

B. Where underground conduit is allowed, it shall be installed a minimum of 2’-0” below grade. Marker tape shall be installed at 18” below grade, directly over the underground conduit.

C. For replacement of an existing Security System, conduit may be reused if of adequate diameter and only new conductors for Security System are run within same conduit. Remove all existing wiring from used conduit and clean interior. Additional supports shall be added to be comparable to that specified for new conduit.

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16785 16785– 4 of 4 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16850 — TELEVISION SYSTEM

PART 1 ‒ GENERAL

1.01 EXTENT OF SECTION

A. This section covers television systems including its component parts and installation and including: 1. ITV Television distribution equipment. 2. Studio and Remote Origination Equipment. 3. Television System Wiring. 4. Cable and accessories. 5. Conduits, Pull Boxes and Raceways

B. The intent of the PCSB STANDARDS is for the DESIGN PROFESSIONAL (DP) to comply with the minimum general project requirements and the specific project specifications shall be generated and provided by the DP.

1.02 QUALITY ASSURANCE

A. The installation must comply with SREF of the Florida Administrative Code. The most recent issue of the following standards and references apply in whole or in part to the installation of the Telephone and Computer communications systems. Where this standards document exceeds the listed reference standards, this standards document shall dominate. 1. EIA/TIA-569: Electronic Industries associate/Telecommunications Industry 2. Association Commercial Building Standard for Telecommunication Pathways and 3. Spaces 4. EIA/TIA-568A: Electronic Industries Association/Telecommunications Industry 5. Association Commercial Building Standard for Telecommunications Wiring Standard 6. FL DMS/DOC: General Facility Requirements for Telecommunications Systems 7. IEEE 802.3 & 802.5: Institute of Electrical and Electronics Engineers LAN Standard for Ethernet 8. UL: Underwriter's Laboratories 9. ANSI: American National Standards Institute 10. National Electrical Code – 2008 11. EIA / TIA – TSB36, 40 and 95 12. EIA / TIA – 606 and 607 13. EIA / TIA – 67 and 72

1.03 DESCRIPTION OF WORK

A. CATV HEAD END: Head end equipment shall provide the following minimum functions. 1. Receive and amplify channels from CATV provider for recording and distribution to receivers. 2. Receive and amplify signals from satellite system for recording and distribution to receivers.

PCSB DIVISION 16 Ӏ SECTION 16850 16850 – 1 of 8 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16850 — TELEVISION SYSTEM

3. Amplify signals from video tape recorders or from a video camera for distribution to receivers. 4. Provide outlets for monitors to allow monitoring of output on system channels. 5. Deliver specified level of signal on all system channels to all outlets from the school head end position.

B. ITV SYSTEM: “ITV” (Instructional Television) Cable color and F-type jack color – Black.

PART 2 ‒ PRODUCTS AND PARTS

2.01 MANUFACTURERS - HEAD-END EQUIPMENT

A. Blonder-Tongue

B. Pico Maco

2.02 HEADEND AMPLIFIER

A. Active Headend Amplifier: Amplifier utilized at headend to amplify CATV signal for system distribution, all unused ports shall be terminated. Amplifier shall be as manufactured by Pico # CA-30RK550.

2.03 AUDIO-VIDEO MODULATOR

A. Solid state heterodyne audio/video modulators that provide a modulated video and audio RF carrier output on any signal VHF (3-14) and Midband (A-1). These modulators shall be located at the TV headend.

B. Output frequency range shall include TV channels VHF (3-14), RF output level shall be +45dBmV typical.

C. The aural/visual carrier ratio shall be adjustable.

D. Units shall be rack mountable, 19"W x 1 3/4"H.

E. Modulators shall be as manufactured by Blonder Tongue #BAVM-Z (Channels 2-14).

2.04 PASSIVE ELECTRONICS

A. Splitters: The splitters used will have a die cast aluminum housing with soldered back and provide better than 100 dB shielding. They will have a frequency response of 5 to 1000 MHz. Input and output ports shall be vertical. Two-way and four-way splitter shall be surface mountable with unused ports terminated. Splitters shall be Blonder Tongue # SCVS series or Toner #XGVS-12 and #XGVS-16 – DP to coordinate with the PROJECT COORDINATOR.

PCSB DIVISION 16 Ӏ SECTION 16850 16850 – 2 of 8 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16850 — TELEVISION SYSTEM

B. Attenuators: Used to attenuate the signal as required in the 10-900 MHz frequency range. Designed to be connected directly onto coaxial cable. Blonder-Tongue FAM- 4006A + (Value).

C. CATV Surge Suppression: Used to ground and suppress electrical surges on backbone and feeder cables. Shall be EDCO CATV-145A.

D. Headend passive combiner: The head end combiner will have 12 inputs plus a -20 dB test port. It shall be 1 RU in height. Combiner shall be Blonder Tongue #OC-12D.

2.05 RECEIVING OUTLETS

A. Receiving Outlets (TV outlets) shall have a 3/4” conduit stub-up from the outlet box and turned to a 90 -degree bend with an insulating bushing. Cables shall be terminated on Hubbell Faceplate # IFP13OW – F-type connectors, Hubbell, and SFFB. Drawings shall indicate locations and details.

2.06 COAX CABLE

A. RG/6 Series Cable: 1. RG/6 Riser: Belden #9116R Or 2. RG/6 Riser: Commscope # 5730R

B. RG/11 Series Cable: 1. RG/11Flooded: Belden # 1525A Or 2. RG/11Flooded: Commscope # 5917

C. Cable shall be plenum rated when used in ceiling plenum spaces. DP to coordinate with the PROJECT COORDINATOR.

2.07 CONNECTORS AND ADAPTERS

A. Connectors for coax cables shall be compression type, of one piece with a radiating sleeve. Riser RG-6 cable shall be terminated with PPC #EX6 or equivalent. Flooded RG-11 cable shall be terminated with PPC # EX11N716 or equivalent Riser RG-11 cable shall be terminated with PPC # EX11N716 or Pre-approved equivalent by the PROJECT COORDINATOR.

B. Adapters for A/V connection to modulators shall be RCA-Female to F-Male. # RCA-F or pre-approved equivalent by the PROJECT COORDINATOR.

2.08 HEADEND EQUIPMENT CABINET

A. Headend Equipment Cabinet: Free-standing cabinet with hinged front and rear doors. 1. See drawings for cabinet(s) location.

PCSB DIVISION 16 Ӏ SECTION 16850 16850 – 3 of 8 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16850 — TELEVISION SYSTEM

2. Cabinet shall accept standard 19-inch wide equipment, with drilled and tapped equipment mounting rails. 3. Equipment shelves shall be Soundolier. Provide Atlas Sound # SH15-2 for DVD/VCR mounting (1 for each channel 3-14). 4. Cabinet Finish: Textured chip-resistant satin black. 5. Manufacturer and Model: Atlas Sound # FMA77-255A-962 with door # MPFD44 and the FMARTK25 Castor Kit. 6. Cabinet mounted vertical power strip: Install (2) 15 Amp vertical rack mount power strips with surge protection for connection of headend equipment. The strip shall be 70” long, have 11 outlets, and have a 15’ power cord. One is to be mounted on each side of the cabinet. Power strips shall be manufactured by Hammond Manufacturing Co. LTD. Part #1587T11B1S.

2.09 TELEVISION WALL MOUNTS

A. Wall Mounts for Televisions: Wall mounts shall be suitable for televisions sized as indicated.

B. Wall mounts shall be manufactured by Peerless Industries. 1. 20”- 26” ST632 Tilt flat mount 2. 23”- 46” ST640 Tilt flat mount 3. 37”- 60” ST660 Tilt flat mount 4. 10”- 22” SA730P Articulating wall arm mount 5. 22”- 40” SA740P Articulating wall arm mount 6. 32”- 50” PLA50-UNL Articulating wall arm mount * Drawings shall indicate location and size details.

2.10 ACCESSORIES

A. CONTRACTOR/Installer shall provide one jumper cable for each outlet. 1. Receiving Outlets (@ all locations) 1-3 ft. Cable: Type RG/59, "G" series push on connector’s - CALRAD #55-882-PO.

PART 3 ‒ INSTALLATION

3.01 EXECUTION

A. Installation shall be incompliance with manufacturer's installation instructions and in accordance with NEC section 820.

B. Attenuators shall NOT be used at the outlets to achieve specified signal level.

C. DO NOT SPLICE CABLES. All runs of cable shall be continuous length except for interfacing with equipment items.

PCSB DIVISION 16 Ӏ SECTION 16850 16850 – 4 of 8 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16850 — TELEVISION SYSTEM

D. At headend, all cables shall be marked "TO" followed by cable destination and “FROM” followed by cable origination point. (Example: "TO channel 3 modulator Video in; FROM VCR #3 Video Out."). Cables shall be of custom cut length to fit each installation situation/requirement. Loose cables shall be bundled with ¾” Velcro ® wraps to form cable harnesses to interface with equipment in a neat and orderly fashion.

E. Headend Cable and Wire Installations: The audio, video and RF lines to and from the VCR's, monitors and equipment rack shall be cut to length in such a manner that will allow the equipment to be turned 90 degrees for servicing. The lines shall be neatly organized and tied with Velcro ® type wraps

F. Conduits, Pull Boxes And Raceways: 1. All television cables shall be supported above ceiling along with the Voice/Data system. Refer to standards section 16750 for additional requirements. 2. Conduits should be run home run from MDF to each identified IDF (see Television riser diagram) and stubbed above finished floor. Conduit shall terminate on the respective wall below the ITVBB. Drawings shall indicate locations. 3. Pull boxes will be placed underground as necessary. There shall be no more than 360 degree bends between pull boxes. 4. Conduits bend radius should adhere to specifications laid out for fiber optic cable (10x conduit O.D.), and be PVC underground with long radius galvanized sweeps to above finished floor level. Conduits will be properly installed and adhere to all local and N.E.C. codes. 5. All conduits and shall be labeled and have a jet line installed to facilitate future wire pulls. 6. All underground cable runs shall be flooded type cable run in conduit. 7. All underground spare conduits shall be properly sealed, capped and labeled. 8. Provide and install a minimum of two (2) - 2” conduits for incoming CATV cable from the property line to the location indicated on the drawings. 9. All conduits to the TVHJB (Television Headend Junction Box) shall terminate into the bottom.The TVHJB shall be located behind the Headend Cabinet and shall be flush mounted within the wall. Size of this junction box shall be shown on the drawings.

G. ITVBB (Instructional Television Backboard) Provide backboards at the entry point at each MDF and IDF location. TV System Coax Conductors shall terminate onto backboards which must be coated with UL® Classified Intumescent fire retardant latex paint applied to all sides (Color Grey). Backboards shall be ¾” A-C grade plywood. Drawings shall indicate locations and size.

H. Provide surge suppression on each coax leaving the MDF and all IDF locations. Provide and install a # 14AWG ground wire from the busbar to each surge suppression device and to each splitter and or taps located in the MDF and all IDF locations.

3.02 ADJUSTING

A. All work shall be adjusted under the supervision of manufacturer's field service personnel.

PCSB DIVISION 16 Ӏ SECTION 16850 16850 – 5 of 8 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16850 — TELEVISION SYSTEM

B. Amplifier gain and other system adjustments shall be made to achieve specified output levels at each outlet.

PART 4 ‒ TESTING , RECORDING & DEMONSTRATION

4.01 RF TESTING

A. System Television Channels 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13 and 14.

B. Signal Level at each outlet for Channels 3 through 14 shall be: +1 dBmV across 75 ohms, minimum to +7 dBmV across 75 ohms, maximum.

C. Signal input to headend origination amplifier shall be 30dB, maximum.

D. Accurately record actual locations of outlet, devices, conduits and cable routing.

E. Accurately record outlet output levels at Channels 3 and 14.

F. Demonstrate system operation and provide PCSB personnel a minimum of two hours of instruction with manufacturer's training personnel.

G. Conduct walking tour of Project with the DP, the PROJECT COORDINATOR and the REQUIRED PCSB OPERATING STAFF and briefly describe function, operations, and maintenance of each component. 1. Include demonstration of color TV operation and specified signal level at each outlet in each building by the PROJECT COORDINATOR. Demonstrate off-air and microwave signal, VCR originated signal and remote camera originated signal.

PCSB DIVISION 16 Ӏ SECTION 16850 16850 – 6 of 8 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16850 — TELEVISION SYSTEM

PART 5 ‒ SCHEMATICS

5.01 12 CH HEAD END WITH CATV FEED

PCSB DIVISION 16 Ӏ SECTION 16850 16850 – 7 of 8 POLK COUNTY SCHOOL BOARD Issue Date: 06.09.2014 DESIGN AND CONSTRUCTION STANDARDS Revision Date: These Standards are for guidance only.

DIVISION 16 SECTION 16850 — TELEVISION SYSTEM

END OF SECTION

PCSB DIVISION 16 Ӏ SECTION 16850 16850 – 8 of 8