PRINT DATE: 4/12/2017 10:57:12 AM © 2016 Moody/Nolan Inc. FILE INFO: C:\Revit Projects\2016\UNT DALLAS SLSC_M16_CENTRAL_scott.kelly.rvt C.5 D.5 B.8 C CAMPUS HALL CAMPUS PREFUNCTION 1064 14"x12" CORRIDOR 1067 1 / M201B SA 4.6 150 8"ø A1 CAMPUS HALL CAMPUS 12"x12" CAMPUS LOUNGE 1066 1050 RA M405 1 AV EQUIP AV ROOM 1-03 1063 TF XT 14"x12" 5 (3) EA 28 CAMPUS HALL CAMPUS CAMPUS HALL CAMPUS 10"x6" WASHING STORAGE 250 100 WARE A1 8"ø 1097 1113 300 8"ø A4 A1 CAMPUS LOUNGE 1071 24"x16" 28 CONFERENCE A1 STAIR 5 STAIR LARGE ROOM EA 200 8"ø 10"x8" 1005 1114 B.3 (3) ELEC SA 1112 F ELEV 1102 10"ø 200 150 8"ø 22 8"x6" 12"x12" 250 18"x14" A3 A2 8 F/S 1-02 A4 TF RA 19 SA F/S 6 20"x14" RECYCLE 24"x12" CUBBIE LOCKERS CONV 12"x12" XT 1132 2-1-16 2133 1 XT 1-02 FCU VAV 2131 CONV ROOM CONV F/S (MEDIUM) PRIVATE 8"ø 18"x14" EA 1/8" = 1'-0" = 1/8" 50 PROMENADE LEVEL MECHANICAL PLAN - AREA D AREA - PLAN MECHANICAL LEVEL PROMENADE 12"x10" RA 1134 2-1-17 CIRCULATION VAV RA A1 1116 XT SA SA VIBRO-ACOUSTICS NOISE CONTROL NOISE Acoustics/Aerodynamics Acoustics/Aerodynamics Noise Control andHVAC Experts inEnvironmental STORAGE DIS SERVDIS A1 1100 STAIR 4 STAIR 50 6"ø DIS SERVICESDIS SM CONV SM 1004 ROOM 1135 XT 1104 XT 2-1-18 VAV 38"x24" 12"x12" A1 A1 ADMIN / ADMIN RECR 1124 100 6"ø 25 6"ø 150 6"ø 12"x10" CORRIDOR RA RA A1 1102 (2) CASHIERS (2) 12"x12" 150 BURSAR 6"ø DISABILITY REGISTRAR TESTING CENTER 1117 SA A1 1109 A1 1125 XT STUDENT SERVICE CENTER 10"x8" ARENA XT 12"x12" 200 8"ø RA 1136 12"x12" SA SCHOLARSHIPS 10"x10" RA RA PROCTOR XT FIN AID / AID FIN ROOM 12"x12" 1110 1126 XT MEDIUM DIRECTOR DIS SERV DIS SA ROOM CONF OFFICE 1101 2-1-20 7 1106 VAV RA STORAGE BURSAR BURSARS A1 UNIVERSITY M403 OFFICE 1121 COLLEGE 1118 XT A1 1 50 6"ø 1127 100 6"ø PRINTER's 16"x12" 2-1-15 2-1-12 2-1-22 VAV 1111 2-1-11 VAV VAV (2) VAV XT STUDENT AFFAIRS 1128 SA 12"x12" FINANCIAL AID FINANCIAL 12"x12" (3) 40"x22" MED CONF MED NATIONAL SERVICES STORAGE STUDENT 22"x16" 30"x20" A1 RA ROOM INTER A3 1122 1129 1119 2-1-19 2-1-14 150 VAV 8"ø 100 6"ø SM CONV SM VAV 250 10"ø 2-1-10 RA ROOM VAV SA 1137 XT SA 2-1-21 SA A2 VAV (4) A1 SERVICES XT CAREER WORK AREA FINANCIAL AID FINANCIAL 1120 1130 XT 100 6"ø 12"x12" 10"x12" 14"x12" 1123 1108 18"x16" 12"x12" ID (2) SA SA SA SA SA CIRCULATION 12"x12" CONV ROOM CONV (MEDIUM) PRIVATE 1131
1138 18"x14"SA CUBBIE CONV 1133 RA 8 A3 A3 A2 A3 A2 250 10"ø 250 10"ø 150 10"ø A2 250 8"ø 200 10"ø 200 8"ø (2) (6) (2) (5) 1 / M201C 28 22 19 8 7 4 FIRE/SMOKE RATING REQUIREMENTS. RATING FIRE/SMOKE FOR DRAWINGS SAFETY LIFE TO REFER REQUIRED. RATING THE MEET TO SEALED AND CAULKED BE SHALL PARTITIONS RATED RATED/SMOKE THROUGHFIRE PENETRATIONS DUCT/PIPE ALL 10. INACCESSIBLE AREAS. ABOVE GRILLES AND REGISTERS, DIFFUSERS, ALL FOR BALANCING FACE THROUGH OR REGULATORS REMOTE PROVIDE 9. FOR REVIEW. A/E PROCESS SUBMITTAL OF PART AS ETC. SENSORS, HUMIDITY T-STATS, SENSORS, TEMPERATURE SPACE ALL INDICATING PLANS SUBMIT SHALL CONTRACTOR CONTROLS TEMPERATURE 8. AFF. 48" MOUNT AT SWITCHES. LIGHT WITH HORIZONTALLY ALIGN TO LOCATIONS THERMOSTAT AND SENSORS TEMPERATURE SPACE COORDINATE 7. MAINTAIN A MAXIMUM OF 400 FPM. TO SIZED BE SHALL BOOTS UTILIZED. SYSTEM IS PLENUM RETURN A WHERE AREAS IN WALLS HEIGHT IN FULL DUCTS TRANSFER BOOT "U" OR "Z" PROVIDE 6. TAPS. BRANCH DUCT EXHAUST ALL IN DAMPERS BALANCE MANUAL PROVIDE 5. OF BOXES. VAV DOWNSTREAM TAPS DUCT BRANCH SUPPLY ALL IN DAMPERS BALANCE MANUAL PROVIDE 4. SIZES. EQUIPMENT FINAL ON BASED CONTRACTOR GENERAL THE WITH LAYOUT AND DIMENSIONS PAD HOUSEKEEPING EQUIPMENT COORDINATE 3. BY CODE. REQUIRED AS ETC. VENTS, PLUMBING AIR, COMBUSTION EXHAUST, OF TERMINATIONS TO INTAKES AIR OUTSIDE FROM SEPARATION 10'-0" OF MINIMUM A MAINTAIN 2. FACTORS INTO ACCOUNT. THESE TAKE SHALL EFFORT PRICING ANY OTHER TRADES. ALL WITH COORDINATED FULLY IS THAT INSTALLATION FUNCTIONAL CLEAN IN A WORK THE COMPLETE TO ETC. SUPPORTS, PIPING, INDUCTWORK, REQUIRED ETC. AS ELBOWS, TRANSITIONS, OFFSETS,FORALL RESPONSIBLE IS CONTRACTOR THE NATURE. IN DIAGRAMMATIC ARE DRAWINGS THE 1. # GENERAL NOTES: GENERAL WITH ARCHITECT. WITH PANEL ACCESS COORDINATE ABOVE, SLAB FLOOR AT SMOKE DAMPER FIRE EXHAUST. 1000 CFM WARE WASH PLANS. ON SHOWN ROOMS OTHER THANIS WHAT ELECTRICAL ABOVE PASS OR PIPINGNO DUCTWORK TO EXHAUST AIR DUCT DN EXHAUST AIR DUCT UP RETURN AIR DUCT UP KEYNOTES 60%CONSTRUCTIONDOCUMENTS MECHANICAL PLAN - AREA D -AREA PLAN MECHANICAL PROMENADELEVEL Dwg. Coord.: DATE # Civil Engineer Landscape Architect Associate Architect (Programming) Associate Architect Dallas, Texas 75241 7300 University Hills Blvd PachecoKoch Group MESA Design Inc. Structures, Integrated VAI Architects, Inc. SUCCESS CENTER SUCCESS & LEARNING STUDENT UNTD Author DATE: ENG. LIC. NO.: ENGINEER: REVIEW ONLY. THESE DOCUMENTS ARE DOCUMENTS THESE ONLY. REVIEW THESEDOCUMENTS AREINCOMPLETE, NOT INTENDED FOR REGULATORY INTENDED NOT AND ARE RELEASED FOR INTERIM FOR RELEASED ARE AND APPROVAL, BIDDING, PERMIT, OR INTERIM REVIEW ONLY Tech. Coord.:Tech. KEY PLAN hn:(214) 377-8662 Phone: TXDallas, 75244 Suite 225E Road5001 Spring Valley CONSTRUCTION. 109010 SHIVLEY ANDREW 04/14/17 Phone: 214.741.1589 Dallas TX, 75207 Suite #415 1825 Market Center Blvd MEP Engineer CHANGE DESCRIPTION Checker AREA D AREA Garza Program Garza Management Inc. Consultants, Code Group Design Datacom Engineers ME Engineers Datum Cost Estimator Code Consultant Data / IT / Security Consultant MEP Engineer Structural Engineer M201D 04/14/2017 15570 CONSIDER THE ENVIRONMENTS Noise control within a building is vital to maximizing productivity and well-being. Background sound levels and speech privacy are key aspects of the acoustical environment that must be addressed. As one of the major components of Indoor Environmental Quality (IEQ), good acoustics is critical to achieving occupant comfort.
Noise from building systems equipment such as cooling towers, chillers, emergency generators, and exhaust fans can negatively impact both the NOISE CONTROL IS IMPORTANT. indoor and outdoor environments. Outdoor noise control is especially important for complying with municipal property line noise ordinances.
APPLYING NOISE CONTROL IS CHALLENGING.
Applying noise control solutions requires thorough analysis to achieve desirable acoustics. Many variables need to be considered when identifying or engineering a noise control solution: aerodynamics, space, energy, Indoor Air Quality (IAQ), property lines, and the impact on systems and equipment. The best engineering practice to meet noise criteria is an integrated systems approach that incorporates all of these. CONSIDER ALL CONSIDER NOISE CONTROL PROJECT-SPECIFIC PATHS LIMITATIONS How much noise control do I need? According to ASHRAE1, HVAC noise problems occur when noise control is... Seismic & Environmental Wind Loading Noise 1 not considered at the design stage 2 subjected to cost-cutting after the design stage, or Vibration Path
Aerodynamic System 3 not properly integrated in the system Duct-borne Noise Eects & Generated Noise
Materials of construction: Noise Criteria: Specific noise criteria Project requirements demand non- need to be met depending on project Structure-borne Breakout Radiated Duct-borne Breakout Duct-borne Structure-borne conventional materials of construction requirements. Noise Noise Noise Noise Noise Noise Noise and fabrication methods.
Property Line: Noise from outdoor Time and Cost Control: Each project equipment can be noisy enough to break has a unique duct design. Selecting a municipal property line by-laws and result silencer with a limited range of sizes will in fines, facility closures and lawsuits. increase time needed to redesign and install duct sections.
Pressure Drop and Energy Space Restrictions: As real estate This rooftop unit (RTU) is What noise control solution There are wind/seismic Consumption: Misapplied or improperly becomes more expensive, owners right over the occupied can achieve the design airflow loads on this RTU. selected silencers can significantly need to minimize the size of mechanical space. Am I going to have and eliminate the need to add How do I achieve code increase energy consumption. Adverse rooms in order to optimize usable/ a noise problem? fan motor horsepower? compliance? aerodynamic conditions can increase rentable space. Designers just don’t pressure drop from three to ten have the 15+ diameters of straight duct times more than what was originally for a silencer selection to perform as accounted for. tested and catalogued.
There is duct above the I have limited ceiling space. The unit sits on the roof. space. Will I have a breakout Is there a noise control Should I be worried about problem on this job? solution that will fit? structure-borne noise? Rooftop equipment and ASHRAE: Indoor Air Quality Control: Duct liner ASHRAE2 recommends noise and can degrade air quality with mold vibration control for rooftop applications. and fibers entering the air stream. Some applications may require an isolated, noise control roof curb. According to ASHRAE, There are surrounding The architect is limiting the I don’t have enough buildings. Will the noise from curb height to 24 inches. straight duct for a silencer. the condensing unit reach Is there a noise control What should I do? nearby occupants? solution that will fit in the curb? 1Schaffer, Mark E. “Controlling HVAC System Noise and Vibration.” ASHRAE Journal, vol. 35, June 1993, pp. 39-44. 2American Society of Heating, Refrigerating and Air-Conditioning Engineers. “Noise and Vibration Control.” 2015 ASHRAE Handbook—HVAC Applications, 2015, pp 48.46-48.47.
2 Vibro-Acoustics Noise Control Experts in Environmental Noise Control and HVAC Acoustics/Aerodynamics 3 WHY USE THE LAY-IN SERVICE The V-A Way: The Lay-in FOR NOISE CONTROL? Eliminate risk with a guaranteed Applied Service solution while saving time and money.
Be proactive and lower costs. Quantify noise- Engineering related issues at the design stage and provide solutions that meet project requirements.
Vibro-Acoustics is dedicated for Noise Save time and money. We will focus on designing to helping make the built noise control solutions for your project, provide environment a quieter place by ready-to-use documents to incorporate into your offering our complimentary package, and work through every revision—saving Control Lay-in Service. your team an average of 16 billable hours per project. WE ARE NOISE CONTROL EXPERTS. Our acoustic and aerodynamic experts will work as Reduce risk and get a guarantee. Don’t absorb the an extension to your design team to help identify manufacturer’s risk by selecting a product without noise-related risks and recommend the best solution analysis. We guarantee that our proposed solution for the system. will perform under any budget, time, energy, space, Vibro-Acoustics leverages the and IAQ limitations in the built environment. WE CONSIDER ALL PROJECT VARIABLES. Integrated Systems Approach when We will recommend the optimal solution for your engineering a noise control solution. project’s unique requirements, such as time, budget and space constraints, indoor air quality, and energy savings. Improve the entire system. There is a solution THE INTEGRATED SYSTEMS APPROACH is a design for every project, system, and/or equipment. Add methodology that minimizes noise and vibration problems at WE GUARANTEE THE END RESULT. credibility and value to your projects by achieving a the design stage. The entire system is considered, including Since our calculations are based on the entire system, quiet environment. how each component (fans, duct, silencers, etc.) interacts we guarantee that our solution will meet the noise with the other. In the analysis of the system, both airborne criteria in the built environment. and structure-borne noise are taken into account, as well as project specific requirements such as space, energy WE ARE COMMITTED TO GREAT BUILDINGS. Lower operating costs. Do not misapply a standard (pressure drop with system effects), project cost and time, We will start within 24 hours of receipt of complete product and add too much pressure drop. We will and IAQ. This enables the user of the Integrated Systems information. A full Lay-in will be produced within two provide an applied solution at minimal pressure Approach to engineer a solution that not only solves the to three working days (depending on the size and drop, including system effects. noise problem but also addresses the specific requirements complexity of the job). of the project.
THE INTEGRATED SYSTEMS APPROACH
Experts in Environmental Noise Control and HVAC Acoustics/Aerodynamics 5 6 Vibro-Acoustics Noise Control Experts in Environmental Noise Control and HVAC Acoustics/Aerodynamics 7 Low pressure drop silencers for axial fans. Access CONSIDER sections built in for servicing. Self-supporting THE Stack Silencers Property Line Acoustic Barrier SYSTEM 55 dBA Discharge Silencer (EJE2) Flex Connectors HTL Access Section Doghouse with Discharge Inlet Silencer acoustic louvers Silencer Duct Stand (VCR) Vibration c/w Weather Discharge and plenum The Integrated Isolation Curb Hood Silencer (SPS) Seismic c/w Acoustic Wind Restraints Systems Approach Inlet Silencer Cooling Tower Pipe Stands Barrier System
Air-cooled Condenser (SCSR) Seismic Steel Base Seismically Steel Fan Base Restrained (CM) Spring Isolators Isolators
Silencer HTL “T” Silencer (RED) R/A (RED) R/A Silencer Silencer (CT) (RNM) No Media Crosstalk Cleanable Silencer Silencer (RFL) Rectangular Isolated Electrical Room (CENM) Fume Film-lined Silencer Wall 100 dBA Hood Silencer Transitional silencers save space. Full Conference Room File Storage Room Shaft Open Oce Lab Engine Transitional NC-30 NC-45 NC-40 NC-45 Floating Floor Generator Set Silencer height baffles minimize Acoustic Barrier Transformer Mounted On pressure drop. (NP) Neo+ Floating Fume Neoprene Pads Riser Hood Isolators (NH) Neoprene Hangers
(SHR) Spring (BB) BulletBraceTM (BB) BulletBraceTM (SH) Spring (RD) Rectangular Hangers with Cable Restraints Cable Restraints Hangers Silencer Neoprene VAV Exhaust Box
Support Rack with (RD) Return Mechanical (AHCS) (EX-RD) Silencer (CT) Rigid Restraint Rectangular Air Equipment Room Thrust Crosstalk Silencer 65 dBA Restraint (REMB) Silencer MoldBlockTM Silencer Acoustic Fresh-air Duct Flex Pipe Flex Internal Duct Flex Intake Connector Connector Isolation Connector Common Room Classroom Corridor Private Oce Plenum NC-40 NC-25 NC-40 NC-30 (SRD) Silencer Outside Air AHU
(NP) Neo+ Neoprene Pads Garage Exhaust (SH) Spring (BB) BulletBraceTM (PSH) Precompressed Hangers Cable Restraints Spring Hangers Mechanical LEGEND Equipment Room 80 dBA Sil-Throw Silencers (EJN2) Flex (EJN2) Flex Air Distribution Connectors Connector Library Acoustic Barriers, System Boiler Duct Flex NC-30 Plenums and Enclosures Connector Exhaust (SIPS) Chiller Seismic Inline Base-mounted Noise Control Curbs Pump (ACD) Flex (CD) Inlet Pump Stand (FS) Vibration Isolation Discharge Connectors Circular Isolators Sil-Throw air distribution Cone Silencer Inline Boiler Pump Restraint Systems Silencer Parking Garage system for quiet spaces Architectural Noise Control 65 dBA (SRB) Seismic (CIB) Inertia Base (CSR) Spring Isolators (CIB) Inertia Base (NP) Neo+ with high occupancy. Restraint Bracket Neoprene Pads
4 Vibro-Acoustics Noise Control WHY USE THE LAY-IN SERVICE The V-A Way: The Lay-in FOR NOISE CONTROL? Eliminate risk with a guaranteed Applied Service solution while saving time and money.
Be proactive and lower costs. Quantify noise- Engineering related issues at the design stage and provide solutions that meet project requirements.
Vibro-Acoustics is dedicated for Noise Save time and money. We will focus on designing to helping make the built noise control solutions for your project, provide environment a quieter place by ready-to-use documents to incorporate into your offering our complimentary package, and work through every revision—saving Control Lay-in Service. your team an average of 16 billable hours per project. WE ARE NOISE CONTROL EXPERTS. Our acoustic and aerodynamic experts will work as Reduce risk and get a guarantee. Don’t absorb the an extension to your design team to help identify manufacturer’s risk by selecting a product without noise-related risks and recommend the best solution analysis. We guarantee that our proposed solution for the system. will perform under any budget, time, energy, space, Vibro-Acoustics leverages the and IAQ limitations in the built environment. WE CONSIDER ALL PROJECT VARIABLES. Integrated Systems Approach when We will recommend the optimal solution for your engineering a noise control solution. project’s unique requirements, such as time, budget and space constraints, indoor air quality, and energy savings. Improve the entire system. There is a solution THE INTEGRATED SYSTEMS APPROACH is a design for every project, system, and/or equipment. Add methodology that minimizes noise and vibration problems at WE GUARANTEE THE END RESULT. credibility and value to your projects by achieving a the design stage. The entire system is considered, including Since our calculations are based on the entire system, quiet environment. how each component (fans, duct, silencers, etc.) interacts we guarantee that our solution will meet the noise with the other. In the analysis of the system, both airborne criteria in the built environment. and structure-borne noise are taken into account, as well as project specific requirements such as space, energy WE ARE COMMITTED TO GREAT BUILDINGS. Lower operating costs. Do not misapply a standard (pressure drop with system effects), project cost and time, We will start within 24 hours of receipt of complete product and add too much pressure drop. We will and IAQ. This enables the user of the Integrated Systems information. A full Lay-in will be produced within two provide an applied solution at minimal pressure Approach to engineer a solution that not only solves the to three working days (depending on the size and drop, including system effects. noise problem but also addresses the specific requirements complexity of the job). of the project.
THE INTEGRATED SYSTEMS APPROACH
Experts in Environmental Noise Control and HVAC Acoustics/Aerodynamics 5 6 Vibro-Acoustics Noise Control Experts in Environmental Noise Control and HVAC Acoustics/Aerodynamics 7
3 STEPS Ensure Proper 3 Application IN THE We specify where the LAY-IN solution should be located by laying in the solution onto Noise Risk Assessment your drawings. SERVICE Lay-in Report Lay-in Number | 19 October 2017 Deliverable: Marked-up # Add Lay-in Number (e.g. 165123) project drawings
Summary illustrating noise control Project Name Project Name product locations. Based on our analysis there will be noise issues as tabulated below, if effective HVAC noise control measures are not adopted. Noise Risk Prepared for Consultant ABC, John Smith Following is a summary of the results of untreated duct-borne noise and breakout calculations: 1 Assessment IndoorPrepared Criteria (NC) by Your Name Here Octave Band Center Frequency (Hz) Background Sound Level (dB) without Noise Control We will review and perform a complete HVAC system TargetRevision Unsilenced History Break -out Excess System Space 63 125 250 500 1K 2K 4K 8K 45 46 No 1 AHU-1 Atrium 54 55 51 48 46 41 36 28 analysis of the acoustics and Rev # Date Item(s) Revised 30 43 Yes 13 AHU-1 Private Office 44 37 36 41 44 37 31 27 0 19 October 2017 Report Created aerodynamics of the project 30 25 No 0 AHU-1 Teleconferencing 39 34 32 26 23 20 20 20
and determine the level of risk for noise problems. Outdoor Criteria (dBA) Octave Band Center Frequency (Hz) Background Sound Level (dB) without Noise Control Deliverable: A report that Target Unsilenced Break-in Excess System Receptor 63 125 250 500 1K 2K 4K 8K shows the results of the 45 75 Yes 30 GE-1 50 ft/0 degrees 95 85 80 65 60 55 45 40
acoustical system analysis The analysis is performed to facilitate proper application of Vibro-Acoustics products, which cannot be obtained from a catalog, Type inparticularly specific with project regards concerns to system effectaddressed. pressure drope.g. and Since breakout this noiseis a medicalcontrol. These facility, evaluations silencers are not have a substitute been for an and, if needed, how much selectedAcoustical with Vibar™ Consultant’s film comprehensive lined media advice protection. on total building acoustical design requirements, including the HVAC system. See Appendix A for an explanation of the Vibro-Acoustics product application philosophy and how we complement the Acoustical noise control is required to Consultant. To locate an acoustical consultant in your area, click here. Please share this document with the Acoustical Consultant Type inon potentialyour project unaddressed and have them contact project us noisewith any issues questions. – refer to table of unsilenced noise levels in the table meet noise level criteria. above if appropriate. For Example:
1) Each office has a VAV box on the supply side of the system which does not have a silencer. For locations where NC25 is desired, it is unlikely this criterion will be achieved without additional silencing. Vibro-Acoustics would be happy to confirm requirements by calculation if noise levels for the VAV boxes are provided. Note that VAV box manufacturer noise control solutions are generic and do not account for spaces which are supplied by a single VAV box, nor do they address project specific room conditions.
2) Consultant ABC has asked V-A not to consider noise from RTU returns. Analysis has only been completed for RTU supply. In V-A experience, noise from RTU returns is often significantly higher than supply air noise, it is recommended to select and specify return air silencing for these systems in order to achieve the stated design noise level requirements.
Type in any special construction requirements that are differentEngineer from standard construction.the 2 Best Solution Get Started
Tag Qty Fan Face Length Flow Velocity Silencer P.D. incl. Dynamic InsertionBased Losson system needs, weVibro- Notes System Dimension P.D.* System select or engineer the bestAcoustics We make every effort to meet timelines. For a quick start, contact your local Effects Model solution to meet the project’s W (in) H (in) (in) (CFM) ft/min in wg in wg 63 125 250 500 1000 2000 4000 8000 Vibro-Acoustics sales representative or email [email protected] Page 2 sound criteria. DS-1 1 24 48 60 6,500 +812 0.22 0.29 12 16 17 20 22 21 17 13 REFL-MLV-FJ - 1,2 with the following information: Vibar L19236 Film Deliverable: A project- lining specific, optimized solution, Equipment sound power levels by octave band (e.g., fans, AHUs, VAV boxes) DS-2 1 38 24 72 6,500 -1026 0.22 0.28 11 14 25 25 30 29 19 11 RFL-MLV-FD - 1 Vibar & complete with schedule, L19236 Spacer specification, and 3D Drawing or sketch of system layout (we welcome CAD drawings) lining renderings. We detail the DS-3 1 10ID 30OD 60 400 -733 0.04 0.04 15 17 36 14 11 17 16 12 CNM-HV-F1 1 Project deadlines acoustic performance, -L19236
Silencer Dimensions: duct dimension 10 in dia., outside casing dimensions 30 in wide x 30 in high. installed pressure drop at Optional: Desired sound criteria for occupied spaces. Otherwise, we can make recommendations system design velocity, based on ASHRAE Guidelines and/or typical city by-law requirements and special construction requirements. Optional: Known project requirements (time, space, energy, budget, IAQ, etc.)
8 Vibro-Acoustics Noise Control Experts in Environmental Noise Control and HVAC Acoustics/Aerodynamics 9 PRINT DATE: 4/12/2017 10:57:12 AM © 2016 Moody/Nolan Inc. FILE INFO: C:\Revit Projects\2016\UNT DALLAS SLSC_M16_CENTRAL_scott.kelly.rvt vibro-acoustics.com E TF T Markham, ONL3R9X7Canada 355 AppleCreekBlvd. VIBRO-ACOUSTICS [email protected] 416-291-7371 1-800-565-8401 C.5 D.5 B.8 C CAMPUS HALL CAMPUS PREFUNCTION 1064 14"x12" CORRIDOR 1067 1 / M201B SA 4.6 150 8"ø A1 CAMPUS HALL CAMPUS 12"x12" CAMPUS LOUNGE 1066 1050 RA M405 1 AV EQUIP AV ROOM 1-03 1063 TF XT 14"x12" NOISE CONTROL 5 (3) EA 28 CAMPUS HALL CAMPUS CAMPUS HALL CAMPUS 10"x6" WASHING STORAGE 250 100 WARE A1 8"ø LIT-NC-001 1097 1113 300 8"ø A4 A1 CAMPUS LOUNGE 1071 24"x16" 28 CONFERENCE A1 STAIR 5 STAIR LARGE ROOM EA 200 8"ø 10"x8" 1005 1114 B.3 (3) ELEC SA 1112 F ELEV 1102 10"ø 200 150 8"ø 22 8"x6" 12"x12" 250 18"x14" A3 A2
8 F/S 1-02
A4 TF
RA 19 SA F/S 6 20"x14" RECYCLE 24"x12" CUBBIE LOCKERS CONV 12"x12" XT 1132 2-1-16 2133 1 XT 1-02 FCU VAV 2131 CONV ROOM CONV F/S (MEDIUM) PRIVATE 8"ø 18"x14" EA 1/8" = 1'-0" = 1/8" 50 PROMENADE LEVEL MECHANICAL PLAN - AREA D AREA - PLAN MECHANICAL LEVEL PROMENADE 12"x10" RA 1134 2-1-17 CIRCULATION VAV RA A1 1116 XT SA SA STORAGE DIS SERVDIS A1 1100 STAIR 4 STAIR 50 6"ø DIS SERVICESDIS SM CONV SM 1004 ROOM 1135 XT 1104 XT 2-1-18 VAV 38"x24" 12"x12" A1 A1 ADMIN / ADMIN RECR 1124 100 6"ø 25 6"ø 150 6"ø 12"x10" CORRIDOR RA RA A1 1102 (2) CASHIERS (2) 12"x12" 150 BURSAR 6"ø DISABILITY REGISTRAR TESTING CENTER 1117 SA A1 1109 A1 1125 XT STUDENT SERVICE CENTER 10"x8" ARENA XT 12"x12" 200 8"ø RA 1136 12"x12" SA SCHOLARSHIPS 10"x10" RA RA PROCTOR XT FIN AID / AID FIN ROOM 12"x12" 1110 1126 XT MEDIUM DIRECTOR DIS SERV DIS SA ROOM CONF OFFICE 1101 2-1-20 7 1106 VAV RA STORAGE BURSAR BURSARS A1 UNIVERSITY M403 OFFICE 1121 COLLEGE 1118 XT A1 1 50 6"ø 1127 100 6"ø PRINTER's 16"x12" 2-1-15 2-1-12 2-1-22 VAV 1111 2-1-11 VAV VAV (2) VAV XT STUDENT AFFAIRS 1128 SA 12"x12" FINANCIAL AID FINANCIAL 12"x12" (3) 40"x22" MED CONF MED NATIONAL SERVICES STORAGE STUDENT 22"x16" 30"x20" A1 RA ROOM INTER A3 1122 1129 1119 2-1-19 2-1-14 150 VAV 8"ø 100 6"ø SM CONV SM VAV 250 10"ø 2-1-10 RA ROOM VAV SA 1137 XT SA 2-1-21 SA A2 VAV (4) A1 SERVICES XT CAREER WORK AREA FINANCIAL AID FINANCIAL 1120 1130 XT 100 6"ø 12"x12" 10"x12" 14"x12" 1123 1108 12"x12" 18"x16" ID (2) SA SA SA SA SA CIRCULATION 12"x12" CONV ROOM CONV (MEDIUM) PRIVATE 1131
1138 18"x14"SA CUBBIE CONV 1133 RA 8 A3 A3 A2 A2 A3 10"ø 250 250 10"ø 150 10"ø A2 200 250 10"ø 8"ø 8"ø 200 (2) (2) (6) (5) 1 / M201C 28 22 19 8 7 4 FIRE/SMOKE RATING REQUIREMENTS. RATING FIRE/SMOKE FOR DRAWINGS SAFETY LIFE TO REFER REQUIRED. RATING THE MEET TO SEALED AND CAULKED BE SHALL PARTITIONS RATED RATED/SMOKE THROUGHFIRE PENETRATIONS DUCT/PIPE ALL 10. INACCESSIBLE AREAS. ABOVE GRILLES AND REGISTERS, DIFFUSERS, ALL FOR BALANCING FACE THROUGH OR REGULATORS REMOTE PROVIDE 9. FOR REVIEW. A/E PROCESS SUBMITTAL OF PART AS ETC. SENSORS, HUMIDITY T-STATS, SENSORS, TEMPERATURE SPACE ALL INDICATING PLANS SUBMIT SHALL CONTRACTOR CONTROLS TEMPERATURE 8. AFF. 48" MOUNT AT SWITCHES. LIGHT WITH HORIZONTALLY ALIGN TO LOCATIONS THERMOSTAT AND SENSORS TEMPERATURE SPACE COORDINATE 7. MAINTAIN A MAXIMUM OF 400 FPM. TO SIZED BE SHALL BOOTS UTILIZED. SYSTEM IS PLENUM RETURN A WHERE AREAS IN WALLS HEIGHT IN FULL DUCTS TRANSFER BOOT "U" OR "Z" PROVIDE 6. TAPS. BRANCH DUCT EXHAUST ALL IN DAMPERS BALANCE MANUAL PROVIDE 5. OF BOXES. VAV DOWNSTREAM TAPS DUCT BRANCH SUPPLY ALL IN DAMPERS BALANCE MANUAL PROVIDE 4. SIZES. EQUIPMENT FINAL ON BASED CONTRACTOR GENERAL THE WITH LAYOUT AND DIMENSIONS PAD HOUSEKEEPING EQUIPMENT COORDINATE 3. BY CODE. REQUIRED AS ETC. VENTS, PLUMBING AIR, COMBUSTION EXHAUST, OF TERMINATIONS TO INTAKES AIR OUTSIDE FROM SEPARATION 10'-0" OF MINIMUM A MAINTAIN 2. FACTORS INTO ACCOUNT. THESE TAKE SHALL EFFORT PRICING ANY OTHER TRADES. ALL WITH COORDINATED FULLY IS THAT INSTALLATION FUNCTIONAL CLEAN IN A WORK THE COMPLETE TO ETC. SUPPORTS, PIPING, INDUCTWORK, REQUIRED ETC. AS ELBOWS, TRANSITIONS, OFFSETS,FORALL RESPONSIBLE IS CONTRACTOR THE NATURE. IN DIAGRAMMATIC ARE DRAWINGS THE 1. # GENERAL NOTES: GENERAL WITH ARCHITECT. WITH PANEL ACCESS COORDINATE ABOVE, SLAB FLOOR AT SMOKE DAMPER FIRE EXHAUST. 1000 CFM WARE WASH PLANS. ON SHOWN ROOMS OTHER THANIS WHAT ELECTRICAL ABOVE PASS OR PIPINGNO DUCTWORK TO EXHAUST AIR DUCT DN EXHAUST AIR DUCT UP RETURN AIR DUCT UP KEYNOTES 60%CONSTRUCTIONDOCUMENTS MECHANICAL PLAN - AREA D -AREA PLAN MECHANICAL PROMENADELEVEL Dwg. Coord.: DATE # Associate Architect (Programming) Associate Architect Civil Engineer Landscape Architect Dallas, Texas 75241 7300 University Hills Blvd PachecoKoch Group MESA Design Inc. Structures, Integrated VAI Architects, Inc. SUCCESS CENTER SUCCESS & LEARNING STUDENT UNTD Author DATE: ENG. LIC. NO.: ENGINEER: REVIEW ONLY. THESE DOCUMENTS ARE DOCUMENTS THESE ONLY. REVIEW THESEDOCUMENTS AREINCOMPLETE, NOT INTENDED FOR REGULATORY INTENDED NOT AND ARE RELEASED FOR INTERIM FOR RELEASED ARE AND APPROVAL,BIDDING, PERMIT,OR INTERIM REVIEW ONLY Tech. Coord.:Tech. KEY PLAN hn:(214) 377-8662 Phone: TXDallas, 75244 Suite 225E Road5001 Spring Valley CONSTRUCTION. 109010 SHIVLEY ANDREW 04/14/17 Phone: 214.741.1589 Dallas TX, 75207 Suite #415 1825 Market Center Blvd MEP Engineer CHANGE DESCRIPTION Checker AREA D AREA Garza Program Garza Management Inc. Consultants, Code Group Design Datacom Engineers ME Engineers Datum Cost Estimator Code Consultant Data / IT / Security Consultant MEP Engineer Structural Engineer M201D 04/14/2017 15570