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Multi-Voltage General Purpose Time Switch
The First and Only... Multi-Voltage General Purpose Time Switch NOW GM40 40 AMPS! Standard Features… All in One Model! • 40 Amp Rating • Multi-Voltage: 120, 208/240, or 277 VAC • SPDT and DPDT ALL-IN-ONE! • NEMA 3R Outdoor Enclosure is Standard • No Tools Required • Power and Status LED Indicators • Real-Time Clock Face • Ground Lug and more…… One Timer is All You Need! GM40 The only electromechanical general purpose time switch with multi-voltage selection, 40 AMP rating, SPDT and DPDT contacts, and an indoor/outdoor NEMA 3R enclosure. All Standard in One Model for One Low Price. NEW Amber and Green Captive Trippers LED Lights Indicate Can’t Be Lost Power and Status NEW Easy Multi-Voltage Field Adjustable DIP Switch for Independently Adjust- 120, 208/240, able Trippers at 15 or 277 VAC Minute Intervals (2 hrs. for 7-day model) Real-Time Clock Face with ON/OFF/AUTO Override Switch NEW NEW New Compact NO TOOLS REQUIRED! VALOX® NEMA 3R Our “GUTS” simply snap Outdoor Enclosure into existing Grasslin or is Standard Intermatic enclosures NEW NEW Large Screw 40 Amp Terminals for Easy Wiring Rated Contacts #8 AWG NEW NEW Moisture Resistant Ground Lug Termination Conformal Coated Board File #E83486 Covered by U.S. Patent #6,563,237 GM40 – 120, 208/240 or 277 Volts – The only one to stock. SPECIFIERS GUIDE ELECTRICAL RATINGS: N.O. Contacts: Furnish and install a GM40 _ Multi-Volt Series 24 hour or (7 day) time switch with 40A Resistive @ 120~277VAC captive trippers and quartz or synchronous drive. -
PRU Controls Brochure
Control Systems The most advanced sensor-based controls. Now integrated into our most popular fixtures. s u o i n e g n i C o S-Oc c™ Occupancy Sensors for Stairways. A Step Forward. Stairwells and other interior walkways present n another opportunity in the search for energy savings. As emergency exits and high-security pedestrian Prudential Ltg. passageways, and stairways require high-performance, reliable lighting. Yet seldom are these spaces occupied, t r has always been a smart choice for architects and and leaving them fully illuminated 24/7 is no longer a sustainable practice. o designers who demand simple, cost-effective solutions that don’t 4 l compromise performance. And when the challenge is finding more S energy-efficient ways to light classrooms and workspaces, Prudential Ltg.’s stairwell fixtures are admired for their performance, y durability and design aesthetics. Now, you can add one more benefit to s Prudential is again the place to turn. Many of our best-selling t e the list: energy savings. The Wal14, Wal12, Snap and P1220 now offer fixtures are now available with control sensors integrated directly m S-Occ ™ integrated occupancy ultrasonic sensors by Wattstopper/Legrand. into the housing. Our fixtures arrive at the jobsite with the controls s pre-programmed, so there’s no complex commissioning required T h of the contractor. With integrated controls, Prudential fixtures are e m o s t ready to start cutting energy costs right out of the box. And that Mounted at 8’, the a d ultra-sonic sensors v a have a range of 20’. -
Photocontrols & Timers
PMC-CAt-609 PHOTOCONTROLS & TIMERS TO SAVE ENERGY FOR OVER 50 YEARS. PMC-CAT-09-12 Locking Type Photocontrol 12V to 480V Button-Type In Fixture Direct Wire In Photocontrol Photocontrol Pole Mounted Digital Locking Type Push Button Auxillary Power Tap In Wall Timer 6-in-1 Schedules End Sensing Energy Saving Photocontrol /Timer On At Dusk, Off At Your Pre-Set Time Low Voltage Adjustable Photocontrols "Barrel" Type 12 & 24 VAC Photocontrol 24 VDC Easy On/Off Field Setting On Base. Lighting General Purpose Contactor 24 Hour 30 & 60 AMP Time Switch 40 AMP CUSTOMER PHONE SERVICE ALWAYS AVAILABLE 9AM TO 5PM WEEKDAYS EST 201-444-0600 Direct Wire-In Photocontrols (120 - 480 Volts) Heavy-duty Die-cast Enclosure Vandal Proof Lumatrol® “T” Series Lumatrol® “T-30” Wire-In Photo Control - 3000 Watts Cast Aluminum Housing photocontrols - Designed for Designed for those applications which demand more those locations where high vandalism creates high load switching than standard 15 amp. series can maintenance. The heavy-duty cast aluminum housing handle. is 20 times more resistant to high-impact objects (i.e. rocks, bats or small projectiles) than plastic housing. Specifications As the controlling element of the total lighting pack- Housing: Lexan enclosure. age (fixture, lamp ballast) and the least costly compo- Photocell: Broad surface sensing element. nent, it is most important that the control continue to Turn-on: 1 to 3 foot-candles. External light level slide allows function under all adverse conditions. field adjustment between 3 to 10 foot-candles. Specifications Turn-on/ 1:3 Turn-off Ratio: Housing: Vandal proof die cast aluminum housing. -
NONRESIDENTIAL LIGHTING and ELECTRICAL POWER DISTRIBUTION a Guide to Meeting Or Exceeding California’S 2016 Building Energy Efficiency Standards
NONRESIDENTIAL LIGHTING AND ELECTRICAL POWER DISTRIBUTION A guide to meeting or exceeding California’s 2016 Building Energy Efficiency Standards DEVELOPED BY THE CALIFORNIA LIGHTING TECHNOLOGY CENTER, UC DAVIS © 2016, Regents of the University of California, Davis campus, California Lighting Technology Center Guide Prepared by: California Lighting Technology Center (CLTC) University of California, Davis 633 Pena Drive Davis, CA 95618 cltc.ucdavis.edu Project Partners: California Energy Commission Energy Code Ace This program is funded by California utility customers under the auspices of the California Public Utilities Commission and in support of the California Energy Commission. © 2016 Pacific Gas and Electric Company, San Diego Gas and Electric, Southern California Gas Company and Southern California Edison. All rights reserved, except that this document may be used, copied, and distributed without modification. Neither PG&E, Sempra, nor SCE — nor any of their employees makes any warranty, express of implied; or assumes any legal liability or responsibility for the accuracy, completeness or usefulness of any data, information, method, product, policy or process disclosed in this document; or represents that its use will not infringe any privately-owned rights including, but not limited to patents, trademarks or copyrights. NONRESIDENTIAL LIGHTING & ELECTRICAL POWER DISTRIBUTION 1 | INTRODUCTION CONTENTS The Benefits of Efficiency ................................. 5 About this Guide ................................................7 -
Simply Inspired
Simply Inspired ArcForm...a new dimension in LED lighting performance. ArcForm Soft. Subtle. Sophisticated. 2 Good Looking Inspired by the classic curve, this luminous architectural form is a natural fit for any space. Hard Working An innovative product design delivering a 3D batwing distribution to provide exceptional lighting performance and energy savings. Committed An uncompromising lighting solution utilizing advanced LED luminaire engineering, covered by a 5 year warranty and backed by world class support from Philips Ledalite. 3 3D Symmetrical A New Dimension Batwing In Lighting Performance Distribution Advanced LED optical design and patented MesoOptics technology combine to deliver wider fixture spacing while ensuring optimal light ArcForm is a highly efficacious, fully levels, perfect uniformity, and maximum energy savings. luminous fixture with brilliant color rendering and an innovative 3D symmetrical batwing lighting distribution. It delivers pure, white light—free of glare, color shifts, hotspots or striations, with unparalleled uniformity, maximizing visual comfort and energy savings. Scan to view ArcForm video or visit arcform3d.com 4 HOW IT WORKS Light emitted from highly efficacious LED arrays is reflected by 98% efficient upper reflectors and microcellular PET perimeter reflectors. The light then mixes inside the optical cavity, passes through MesoOptics film and emerges from the ArcForm concave lens in a precisely controlled 3D symmetrical batwing distribution. LED DRIVER Multiple lumen packages, 0-10V dimming, battery pack options, UPPER REFLECTOR and accessible from below for 98% efficient Miro Silver reflects easy maintenance. light out of the fixture. PERIMETER REFLECTORS LED ARRAYS Highly efficient microcellular PET Highly efficacious Philips material mixes light within the platform LED arrays optical cavity. -
Schmersal Protect Safety Controllers
GK-2 CATALOG-HANDBOOK FIFTH EDITION FOR MONITORING & CONTROL OF MACHINE GUARDING SAFETY SYSTEMS USING: . Safety Interlock Switches . Safety Limit Switches . Safety Light Curtains . E-Stop Pushbuttons . Cable-Pull Switches . Two-Hand Controls . Safety Mats . Safety Edges . Signals for Safe Speeds and Standstill Monitoring Safety Controllers Courtesy of Steven Engineering, Inc. - (800) 258-9200 - [email protected] - www.stevenengineering.com Schmersal Safety Controllers What are Safety Controllers? Safety controllers are connected between machine guarding devices such as keyed interlocks, non-contact sensors, light curtains, etc. and the machine’s stop control elements such as a motor contactor or control relay. These controllers contain redundant, self-checking monitoring circuits and positive-guided relays and/or solid state outputs. Each is designed to detect faults in the safety system’s components and interconnection wiring, and their own internal monitoring circuits and output. Detection of a fault, or of an open machine guard, disables the controller’s output signal(s) facilitating machine stoppage, and/or prevents the restarting of the machine until the fault has been corrected. Units are available for use with guard interlock switches, coded-magnet sensors, safety edges, two-hand controls, light curtains, E-stops and emergency cable-pull switches to satisfy a broad range of application requirements. What are their functions? In addition to detecting open guards and/or actuated safety input devices, safety controllers are capable of detecting the following types of safety system faults: guard monitoring switch/sensor failure, “open-circuit” in interconnection wiring, “short-circuit” in interconnection wiring, “short-to-ground” in interconnection wiring, “cross-short” between channels, welded contact in controlled output device (such as positive-guided motor contactor), failure of safety controller’s positive-guided relay(s), fault in safety system monitoring circuit, and insufficient operating voltage. -
Ecm Operation Manual
ECM OPERATION MANUAL FOR USE WITH MODELS: OL11-105FDBE OL16-125FDBE OL11-105RDBE OL16-125RDBE : IF YOU DO NOT FOLLOW THE SAFETY PRECAUTIONS BELOW AND IN THIS MANUAL, A FIRE OR EXPLOSION MAY RESULT CAUSING PROPERTY DAMAGE, PERSONAL INJURY, OR LOSS OF LIFE. DO NOT STORE OR USE GASOLINE OR OTHER FLAMMABLE VAPORS AND LIQUIDS IN THE VICINITY OF THIS OR ANY OTHER APPLIANCE. INSTALLATION AND SERVICE MUST BE PERFORMED BY A QUALIFIED INSTALLER, SERVICE AGENCY OR THE GAS SUPPLIER. (REFERRED TO IN THESE INSTRUCTIONS AS A QUALIFIED HEATING CONTRACTOR). PLEASE READ THESE INSTRUCTIONS PRIOR TO INSTALLATION, INITIAL FIRING, AND BEFORE PERFORMING ANY SERVICE OR MAINTENANCE. THESE INSTRUCTIONS MUST BE LEFT WITH THE HOMEOWNER AND SHOULD BE RETAINED FOR FUTURE REFERENCE BY QUALIFIED SERVICE PERSONNEL. THERMO PRODUCTS, LLC. BOX 237 DENTON, NC 27239 PHONE: 800-476-4328 MADE IN USA MO-507 ECN 5577-MA 190924 All installations and services must be performed by qualified service personnel. INDEX SECTION BEGINNING PAG I. BLOWER CONTROL INFORMATION 1 A. TERMINAL DEFINITIONS & FIELD WIRING 1 B. WIRING & SWITCHES 2 C. INPUTS 4 D. OUTPUTS 4 E. OPERATING MODES 5 F. CFM TABLES 7 G. ECM SPECIFIC REPLACEMENT PARTS 8 III. ECM TROUBLESHOOTING 8 A. DIAGNOSTIC FEATURES 8 B. GENERAL GUIDELINES TO TROUBLESHOOTING GE ECM 9 C. TROUBLESHOOTING CHARTS 12 i i All installations and services must be performed by qualified service personnel. I. BLOWER CONTROLLER INFORMATION A. TERMINAL DEFINITIONS & FIELD WIRING Burner Harness Connector P1 Pin 1 – Limit switch connection. Pin 2 – 120 VAC Line connection. Pin 3 – Burner pilot contact. Pin 4&5 – 120 VAC Neutral connection. -
Daylight Harvesting Methods and Practice by Bryan Palmer, ETC Architectural Controls Product Manager
White Paper Daylight Harvesting Methods and Practice by Bryan Palmer, ETC Architectural Controls Product Manager Introduction Daylighting for energy savings and conservation has become common design practice. Daylight harvesting is something that is required by some energy codes, and soon to be adopted by oth- ers. Instead of being encouraged by energy programs, it’s becoming required. California’s Title 24, IECC 2012, and ASHRAE 90-1 already have daylighting guidelines; and they are likely to become more stick over the coming years. Most commercial buildings that have windows and skylights are required to have some type of daylight harvesting control in the adjacent area. Green sentiment and construction practices bring additional attention to energy saving practices like Daylighting, help to further acceptance of the practice, and grow the technology that makes it possible Daylight harvesting’s proposed value is simple: As natural light levels increase, electric light levels can be decreased to maintain an acceptable level of light in a space, and save energy (and mon- ey). Daylighting systems automate this process, removing the human element of control by using a light sensor that measures light levels and sends them to a controller that is connected to the lighting control system. The control system can then dim or switch electric lights in response to the measured level. The light sensor is typically small, and uses a light-sensitive photocell, input optics and an electron- ic circuit used to convert the photocell signal into a control signal. Light Sensors may be mounted on walls, ceilings and even as a part of light fixtures. -
Exterior Lighting Control Guidance
Table of Contents 1 Welcome ............................................................................................................ 1 2 Why Control Lighting? ........................................................................................ 2 3 Control Strategies ............................................................................................... 3 4 Strategy Decisions ............................................................................................. 4 5 Strategies by Application .................................................................................... 5 6 Controls and Light Sources ................................................................................ 7 7 Energy Code Compliance................................................................................... 9 8 Lighting Control Devices..................................................................................... 12 9 Control Wiring..................................................................................................... 14 10 Control Zoning .................................................................................................... 16 11 Commissioning ................................................................................................... 18 12 Light Reduction Control using Occupancy Sensors ........................................... 21 CLTC Research .................................................................................................. 22 U.S. Department of Energy Research ............................................................... -
Time Delay Relays – Application Data
Time Delay Relays – Application Data Definition: Time Delay is defined as the controlled period between the functioning of two events. A Time Delay relay is a combination of an electromechanical output relay and a control circuit. The control circuit is comprised of solid state components and timing circuits that control operation of the relay and timing range. Typical time delay functions include On-Delay, Repeat cycle (starting off), Interval, Off-Delay, Retriggerable One Shot, Repeat cycle (starting on), Pulse Generator, One Shot, On/Off Delay, and Memory Latch. Each function is explained in the table below. Time delay relays have a broad choice of timing ranges from less than one second to many days. There are many choices of timing adjustments from calibrated external knobs, DIP switches, thumbwheel switches, or recessed potentiometer. The output contacts on the electromechanical output relay are direct wired to the output terminals. The contact load ratings are specified for each specific type of time delay relay. Understanding the differences between all the functions available in time delay relays can sometimes be a daunting task. When designing circuits using time delay relays questions such as: “What initiates a time delay relay?” “Does the timing start with the application or release of voltage?” “When does the output relay come on?” must be asked. Time delay relays are simply control relays with a time delay built in. Their purpose is to control an event based on time. The difference between relays and time delay relays is when the output contacts open & close: on a control relay, it happens when voltage is applied and removed from the coil; on time delay relays, the contacts will open or close before or after a pre-selected, timed interval. -
Installation Instructions
T P --- P R H --- A , --- B , T P --- N R H --- A , --- B Performance™ Series Edger Thermidistat™ Control Installation Instructions A07049 A07048 Programmable Control Non--Programmable Control Designed and Assembled in the USA. NOTE: Read the entire instruction manual before starting the installation. US patents: US7287709 B2, US20080147242 A1, USD582800 SI, US20060165149 A1, US6956463 B2. TABLE OF CONTENTS PAGE SAFETY CONSIDERATIONS................................ 1 INTRODUCTION.......................................... 2 INSTALLATION CONSIDERATIONS.......................... 3 INSTALLATION........................................... 7 SYSTEM START--UP AND CHECKOUT...................... 45 OPERATIONAL INFORMATION............................ 55 TROUBLESHOOTING..................................... 60 WIRING DIAGRAMS...................................... 64 THERMIDISTAT CONTROL CONFIGURATION RECORD....... 84 SAFETY CONSIDERATIONS Read and follow manufacturer instructions carefully. Follow all local electrical codes during installation. All wiring must conform to local and national electrical codes. Improper wiring or installation may damage Thermidistat Control. Recognize safety information. This is the safety--alert symbol . When you see this symbol on the equipment and in the instruction manual, be alert to the potential for personal injury. Understand the signal words DANGER, WARNING,andCAUTION.These words are used with the safety--alert symbol. DANGER identifies the most serious hazards which will result in severe personal injury or death. -
Transportation Applications Transport Your Business to a Better Place: Leading the Race
Product Range Guide Transportation Applications Transport your business to a better place: leading the race. Honeywell is committed to providing the right product for your application. Whether you need a standard product or a highly customized solution, our sales and engineering teams have decades of experience in the Transportation industry. We understand your applications and work diligently to ensure we provide a solution that optimally meets your technical and financial needs. Our unique combination of a broad product portfolio, deep technical capabilities and extensive application experience culminates into a powerful ability to meet your design needs. Table of Contents Introduction ................................... 2-3 Transportation product applications .......... 4-5 Speed and Direction Sensors ....................6 SMART Position Sensors .........................7 Non-contact Hall-effect Sensors & Pots .........8 Hall-Effect & Magnetoresistive Sensors. 9 Pressure and Vacuum Switches .............10-11 Board-Mount & Heavy-Duty Transducers ...12-13 Packaged Temperature Probes ..............14-15 Key and Rotary Switches ....................... 16 Shifters ........................................ 16 Push-Pull/eStop Switches ..................... 17 Hour Meters ................................... 17 MICRO SWITCH Toggle Switches .............. 18 MICRO SWITCH Basic Switches ................ 19 MICRO SWITCH Limit Switches .............20-21 Magnetoresistive Sensor ICs ................... 22 Hall-effect Digital/Linear Sensor ICs ..........