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HomeMy WebLinkAboutFile Documents.430 W Hallam St.0291.2017 (75).ARBK JEC0I Balancing . J JEDI Balancing, Inc. 568 Briggs Street(physical) P.O. Box 525 (mail) Erie, CO. 80516 Phone (720) 839-5333 www.jedibalancing.com Certified Test, Adjust & Balance Report Project 430 W Hallam Residence Address 430 W Hallam Aspen, CO 81611 Architect AEC Consultants Mechanical Engineer AEC Consultants Contractor Grand Valley HVAC Date 4/8/2024 Job Number 2024-10163 Donald W. Pittser TABB Certified Supervisor TABB Firm Certification#BB009003C Stamp Expires 9/30/2024 Warranty Information: The data presented in this report is a record of system measurements and final adjustments that have been obtained in accordance with the current edition of the TABB International Standards for Environmental Systems Balance. The measurements shown, and the information given, in this report are certified to be accurate and complete, at the time and date information was gathered. Any variances from design quantities, which exceed TABB tolerances, are noted in the TAB report project summary. This project has a one-year guarantee on all Testing,Adjusting &Balancing from the date listed on this cover page. Instrumentation: Instrument I Manufacturer Model Serial Number Calibrated On Calibration Due Tachometer _ Shimpo MT-200 B175B5016P 03-12-2024 03-12-2025 Air Temperature Probe Evergreen Telemetry PR-T-1 1700353 07-14-2023 07-14-2024 Immersion Temperature Probe Evergreen Telemetry PR-T-4-6 1700204 07-14-2023 07-14-2024 Humidity Evergreen Telemetry S-H-3-5 1700295 07-14-2023 07-14-2024 Volt-Amp Meter Fluke 323 49251381WS 05-01-2023 05-01-2024 Air Pressure 1 Evergreen Telemetry S-PVF-1 2000250 02-23-2024 02-23-2025 Air Velocity/Airfoil Evergreen Telemetry S-PVF-1 2000250 02-23-2024 02-23-2025 Flowhood Evergreen Telemetry S-PVF-1 2000250 02-23-2024 02-23-2025 Hydronic Pressure TSI HM-675 71646134 07-25-2023 07-25-2024 Hydronic Differential Pressure TSI HM-675 71646134 07-25-2023 07-25-2024 Abbreviation Index TAB: Testing,Adjusting&Balancing Cx: Commissioning OD: Outside Diameter AHU:Air Handling Unit Motor FLA:Full Load Amperage Tl: Terminal 1 RTU: Roof Top Unit S.F.: Service Factor T2: Terminal 2 PACU: Packaged Air Conditioning Unit RPM: Revolutions per Minute T3: Terminal 3 MAU:Make Up Air Unit P.F.:Power Factor CS: Circuit Setter FCU: Fan Coil Unit Nom.Elf.:Nominal Efficiency BV: Balance Valve VAV:Variable Air Volume TDH: Total Dynamic Head K Factor: Correction Factor FPB: Fan Powered Box AK: Area Correction PSI: Pounds per Square Inch CUH: Cabinet Unit Heater Valve D.P.:Discharge Pressure UH:Unit Heater Valve S.P.: Suction Pressure ERV: Energy Recovery Ventilator ERU: Energy Recovery Unit EF:Exhaust Fan PEF: Power Exhaust Fan KEF: Kitchen Exhaust Fan SF: Supply Fan RF: Return Fan TF: Transfer Fan Diff.: Differential SEF: Smoke Exhaust Fan DX: Direct Expansion SACU: Spilt Air Conditioner Unit SP: Static Pressure TSP: Total Static Pressure in.wc:Inches Water Column ESP:External Static Pressure HW:Heating Water VP:Velocity Pressure CHW: Cooling Water SA: Supply Air CW: Condenser Water RA:Return Air HX: Heat Exchanger OSA: Outside Air SWD: Sidewall Diffuser MA:Mixed Air EAT:Entering Air Temperature OA: Outside Air CD: Ceiling Diffuser EWT:Entering Water Temperature SD: Supply Diffuser ER: Exhaust Register LAT:Leaving Air Temperature MVD:Manual Volume Damper RG: Return Grille LWT:Leaving Water Temperature OBD: Opposed Blade Damper NAC:No Access CFM: Cubic Feet Per Minute CMH: Cubic Meters per Hour NG:Not Given FPM:Feet Per Minute SSD: Square Supply Diffuser NIC:Not in Contract SRD: Square Return Diffuser E: Existing M:Meter TG: Transfer Grille cm: Centimeter Pa: Pascal 1/s:Liters per Second mm:Millimeter kPa:Kilopascal ADM:Air Data Meter(manometer) SPF: Stairwell Pressurization Fan N/A:Not Applicable Design D.P.: Design Differential Pressure Actual D.P.: Recorded Differential Pressure Ind.Imp.Dia.Indicated Impeller Diameter CRAC: Computer Room Air Conditioning Unit ., ,,, JEDI Balancing Table Of Contents PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser Table Of Contents 1 2024 10163 430 W Hallam Residence Report Summary.pdf 1 2 Field Note Report Summary 2 3 Air Handling Unit 3 3.1 FC-01 3 3.2 FC-01 /SPP-01 4 3.3 FC-01 /ZD-01A 5 3.4 FC-01 /ZD-01 B 5 3.5 FC-02 6 3.6 FC-02 /SPP-01 7 3.7 FC-03 8 3.8 FC-03/SPP-01 9 3.9 FC-03/ZD-03A 10 3.10 FC-03/ZD-03B 10 3.11 FC-04 11 3.12 FC-04/SPP-01 12 3.13 FC-05 13 3.14 FC-05/SPP-01 14 3.15 FC-06 15 3.16 FC-06/SPP-01 16 3.17 FC-07 17 3.18 FC-07/SPP-01 18 3.19 FC-08 19 3.20 FC-08/SPP-01 20 3.21 FC-09 21 3.22 FC-09/SPP-01 22 3.23 FC-09/ZD-09A 23 3.24 FC-09/ZD-09B 23 3.25 HP-03 24 3.26 HP-03/SPP-01 25 4 Energy Recovery Unit 26 4.1 ERV-01 26 4.2 ERV-01/SPP-EXHAUST 27 4.3 ERV-01/SPP-SUPPLY 27 5 Fan Unit 29 5.1 EF-01 29 5.2 EF-02 30 5.3 EF-03 31 5.4 EF-04 32 5.5 EF-05 33 5.6 EF-06 34 5.7 EF-07 35 JEDI Balancing, Inc. ., ,,, JEDI Balancing Table Of Contents PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser 5.8 EF-08 36 5.9 EF-09 37 5.10 EF-10 38 5.11 EF-11 39 5.12 EF-12 40 5.13 SF-01 41 6 Hydronic Pump 42 6.1 HP-03 42 6.2 P-01A GEO LOOP 43 6.3 P-01B GEO LOOP 44 6.4 P-02 HP-01 LOAD 45 6.5 P-03 HP-02 LOAD 46 6.6 P-04 CHILLED WTR 47 6.7 P-05 B-01 48 6.8 P-06 B-02 49 6.9 P-07A WH-01 50 6.10 P-07B WH-02 51 6.11 P-08 SNOWMELT 52 6.12 P-09 HX-01 BOILER 53 6.13 P-10 HX-01 GEO 54 6.14 P-11 FC-06 HEATING 55 6.15 P-12A HEATING WATER 56 6.16 P-12B HEATING WATER 58 7 430 W HALLAM TAB DRAWINGS.pdf 59 8 TAB Equipment Calibrations 2024a.pdf 72 JEDI Balancing, Inc. JEDI Balancing, Inc. 568 Briggs Street(physical) P.O.Box 525 (mail) JE�I Erie,CO. 80516 Balancing Phone(720)839-5333 www.jedibalancing.com Report Summary and Remarks Project: 430 W Hallam Residence Project: 2024 10163 Scope:The Test and Balance(TAB)scope of work consisted of Air Handling Unit(FC)-9,(ERV)-1,(VVT)-6,Exhaust Fan(EF)-13, Pump-16,Balancing Valves-26 Procedures: FC-01,03,09-Constant Volume with Zone Dampers Each unit has a constant volume fan that was set for design airflow and the associated supply outlets were balanced in full cooling demand.The total Supply Air CFM was measured as individually listed under each unit.The Outside Air CFM was measured as individually listed under each unit.The Return Air CFM was measured as individually listed under each unit.All final TAB settings and performance measurements were completed,and data was recorded on to the appropriate test report forms.The associated VVT's Zone Dampers were indexed to full cooling and outlets proportioned for design airflow.The associated Zone Dampers were indexed to full cooling and outlets proportioned for design airflow. FC-02,04,05,06,07,08,HP-Constant Volume Each unit has a constant volume fan that was set for design airflow and the associated supply outlets were balanced in full cooling demand.The total Supply Air CFM was measured as individually listed under each unit.The Outside Air CFM was measured as individually listed under each unit.The Return Air CFM was measured as individually listed under each unit.All final TAB settings and performance measurements were completed,and data was recorded on to the appropriate test report forms. ERV-Constant Volume The unit has constant volume fans that were set for design airflow and the associated exhaust inlets were set for total air volume.The Outside Air CFM was measured as individually listed under each unit.The Exhaust Air CFM was measured as individually listed under each unit.All final TAB settings and performance measurements were completed,and data was recorded on to the appropriate test report forms. Exhaust Fans with Grilles and Hoods The fans were energized,measured,and set for total airflow.The associated inlets were balanced as noted in this report.The Exhaust Air CFM was measured as individually listed under each unit.Final settings and performance measurements were completed,and data recorded on to the appropriate test report forms. Hydronic Systems The Circulation Pumps were indexed to full flow conditions.Initial pump performance and final pump performance was set and noted in this report.The final system settings were completed,and final performance data was recorded.The water coils were index to full flow conditions. Each coil was then balanced using the circuit setters for the most accurate measurement;in lieu of coil pressure drops.The test results and issues are reported on the individual test pages. Motor Tag Data Not Accessible(Embedded) Embedded Motor—Limited motor nameplate information provided.Motor nameplate information is obscured by the motor mounting bracket and not visible without disassembly of the motor from the unit.The motor is accessible for service and maintenance. No Access Between Coils Some unit arrangement prevents access to obtain a complete static pressure profile for all the components.Static pressure test ports could not be safely drilled between the heating and cooling coils without risking damage to the coils and are recorded as"Not Accessible"in the Report. Schematic Line Diagrams Report includes reduced mechanical drawings used for the test and balance work.These"Keyed Drawing"were used in place of single line schematic diagrams and include the unique designations for the tested items in the final TAB report. Submittals:Submittals were not provided for the project. to+/-10%of design flow rates Any values outside the specified tolerances are noted on the Equipment Comment Log and the individual test report pages. Previously Forwarded/Accepted As-Is Equipment Comment Log Project Summary The following page(s)lists all project comments and issues.All items described and listed on the following Equipment Comment Log have been previously forwarded for resolution and have been accepted as reported. Page 1 of 72 JEDI Balancing Field Note Report Summary PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser Test System/ Unit Name Date I Contact 1 Notes/ Logs Air Handling Unit FC-01 4-Apr-24 Bryan Hund Both zones open 100%fan speed needed. ZD-1A open 75% needed. ZD-1B open 80% needed. Air Handling Unit FC-02 4-Apr-24 Bryan Hund Tested at 100%fan speed. Air Handling Unit FC-03 2-Apr-24 Bryan Hund Both zones open 85%fan speed needed Zone 3A open 60%fan speed needed Zone 3B open 55%fan speed needed. Air Handling Unit FC-04 4-Apr-24 Bryan Hund Tested at 100% speed. Air Handling Unit FC-05 4-Apr-24 Bryan Hund Tested at 100% speed. Air Handling Unit FC-06 4-Apr-24 Bryan Hund Tested at 100% speed. Air Handling Unit FC-07 4-Apr-24 Bryan Hund Tested at 100% speed. Air Handling Unit FC-08 4-Apr-24 Bryan Hund Tested at 100% speed. Air Handling Unit FC-09 2-Apr-24 Bryan Hund Both zones open 100%fan speed. 9A open 65%fan speed. 9B open 60%fan speed Hydronic Pump P-01A GEO LOOP 4-Apr-24 Bryan Hund Used digital readout at pump to determine flow. Hydronic Pump P-01B GEO LOOP 4-Apr-24 Bryan Hund Used digital readout at pump to determine flow. Hydronic Pump P-08 SNOWMELT 4-Apr-24 Bryan Hund No setters at manifolds. Pump reading for total._ Hydronic Pump P-12A HEATING WATER 4-Apr-24 Bryan Hund Pump total determined by digital readout and circuit setter summation. 4-Apr-24 Bryan Hund System connected has 25%diversity compared to pump rating. Hydronic Pump P-12B HEATING WATER 4-Apr-24 Bryan Hund Pump total determined by digital readout and circuit setter summation. 4-Apr-24 Bryan Hund System connected has 25%diversity compared to pump rating. Balance Valve P-12A HEATING 4-Apr-24 Bryan Hund Sight glass summation at loops. WATER/RM-01 Balance Valve P-12A HEATING 4-Apr-24 Bryan Hund Sight glass summation at loops. WATER/RM-02 Balance Valve P-12A HEATING 4-Apr-24 Bryan Hund Sight glass summation at loops. WATER/RM-03 Balance Valve P-12A HEATING 4-Apr-24 Bryan Hund Sight glass summation at loops. WATER/RM-04 Balance Valve P-12A HEATING 4-Apr-24 Bryan Hund Sight glass summation at loops. WATER/RM-05 Balance Valve P-12A HEATING 4-Apr-24 Bryan Hund Sight glass summation at loops. WATER/RM-06 Balance Valve P-12A HEATING 4-Apr-24 Bryan Hund Sight glass summation at loops. WATER/RM-07 Balance Valve P-12A HEATING 4-Apr-24 Bryan Hund Sight glass summation at loops. WATER/RM-08 JEDI Balancing, Inc. Page 2 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-01 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Unit Manufacturer DAIKEN FC-01 /Supply Fan Unit Model Number LAHOO2A Motor Manufacturer BALDOR Unit Serial Number SLPU212200261 Motor HP 3/4 Motor RPM 1730 Starter Data Motor Frame 56 FC-01 /Supply Fan Motor Phase 3 Starter Manufacturer YASKAWA(VFD) Motor Rated Volts 208-230/460 Motor FL Amps 2.4-2/1 Design Data Motor Service Factor 1.25 Total Flow Design 575 Supply Fan Design ESP 0.5 in.wc Sheave Data Supply Fan Design TSP Not Given in.wc FC-01 /Supply Fan Supply Fan Design RPM Not Given Drive Type Belt Supply Fan Motor Design HP 0.75 Motor Sheave Model/Size 1VP34 Supply Fan Motor Design RPM Not Given Motor Sheave Bore 5/8 in. Supply Fan Motor Design Volts 208 Motor VP Sheave Operating PD 3.0 Supply Fan Motor Design Phase 3 Fan Sheave Model/Size AK25 Design Filter MERV Rating 11 Fan Sheave Bore 3/4 in. Sheave Center Line 11 in. Test Data Belt Size A27 Connected Actual Number of Belts 1 Supply Airflow 590 605 Outside Airflow 50 55 Final Data Return Airflow 550 Fan Flow Test Method Flowhood Summation Electrical Test Data Measured Data FC-01 /Supply Fan FC-01 /Supply Fan Motor Volts 1 214 Fan RPM Actual 2160 Motor Volts 2 212 Fan Speed/Setpoint See Notes Motor Volts 3 212 Operating Hertz 60 Motor Amps 1 1.80 Motor Amps 2 1.91 Filter Data Motor Amps 3 1.90 FC-01 /SF Filter Bank Corrected Nameplate Amps 2.35 Filter Type RETURN AIR Actual BHP 0.60 MERV Rating MERV 11 Volts/Amps Measured By RMS Clamp Meter Filter Quantity(set 1) 1 Filter Size(set 1) 16X25X4 Log: FC-01 4/4/2024 Bryan Hund Both zones open 100%fan speed needed. ZD-1A open 75%needed. ZD-1 B open 80%needed. JEDI Balancing, Inc. Page 3 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-01 /SPP-01 Tested By: Bryan Hund Date: 4/2/2024 Test Data Test Pressures Actual TSP 1.11 in.w.c. Filter SP In -0.26 in.w.c. External SP 0.62 in.w.c. Filter SP Out -0.40 in.w.c. Supply Fan SP In -0.75 in.w.c. Supply Fan SP Out 0.36 in.w.c. Cooling Coil SP In -0.58 in.w.c. Cooling Coil SP Out -0.75 in.w.c. Heating Coil SP In -0.40 in.w.c. Heating Coil SP Out -0.58 in.w.c. Static Pressure Profile 0.14 0.18 0.17 i. . il _ FH C / EIP N____ R i „ i ____ _ .../. -0.26 -0.90 -0.58 -0.75 0 . FC-01 Return Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 BED 2 RG 202" 275 230 265 96 Flow Hood Inlet-02 BED 1 RG 202" 280 290 285 102 Flow Hood Totals: - - - 555 520 550 99 - - - - JEDI Balancing, Inc. Page 4 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-01 /ZD-01A Tested By: Bryan Hund Date: 4/3/2024 Measured Data Max Design Flow 315 CFM Max Actual Flow 315 CFM FC-01 /ZD-01A Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 VEST SD 16" 35 60 35 100 Flow Hood Outlet-02 BED 1 SD 202" 180 200 175 97 Flow Hood Outlet-03 G BATH SD 21" 50 100 55 110 Flow Hood Outlet-04 G BATH SD 21" 50 80 50 100 Flow Hood Totals: - - - 315 440 315 100 - - - - SYSTEM/UNIT: FC-01 /ZD-01B Tested By: Bryan Hund Date: 4/3/2024 Measured Data Max Design Flow 275 CFM Max Actual Flow 290 CFM FC-01 /ZD-01 B Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 BED 2 SD 202" 185 100 190 103 Flow Hood Outlet-02 G BATH SD 29" 45 100 50 111 Flow Hood Outlet-03 G BATH SD 29" 45 75 50 111 Flow Hood Totals: - - - 275 275 290 105 - - - - JEDI Balancing, Inc. Page 5 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-02 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Unit Manufacturer DAIKEN FC-02/Supply Fan Unit Model Number LAHOO2A Motor Manufacturer U.S.MOTOR Unit Serial Number SLPU212200260 Motor HP 3/4 Motor RPM 1725 Starter Data Motor Frame 56 FC-02/Supply Fan Motor Phase 3 Starter Manufacturer YASKAWA(VFD) Motor Rated Volts 208-230/460 Motor FL Amps 2.8-3.2/1.6 Design Data Motor Service Factor 1.25 Total Flow Design 600 Supply Fan Design ESP 0.5 in.wc I Sheave Data Supply Fan Design TSP Not Given in.wc FC-02/Supply Fan Supply Fan Design RPM Not Given Drive Type Belt Supply Fan Motor Design HP 0.75 Motor Sheave Model/Size 1VP34 Supply Fan Motor Design RPM Not Given Motor Sheave Bore 5/8 in. Supply Fan Motor Design Volts 208 Motor VP Sheave Operating PD 2.9 Supply Fan Motor Design Phase 3 Fan Sheave Model/Size AK25 Design Filter MERV Rating 11 Fan Sheave Bore 3/4 in. Sheave Center Line 10.25 in. Test Data Belt Size A27 Connected Actual Number of Belts 1 Supply Airflow 600 615 Outside Airflow 0 0 Final Data Return Airflow 615 Fan Flow Test Method Flowhood Summation Electrical Test Data Measured Data FC-02/Supply Fan FC-02/Supply Fan Motor Volts 1 212 Fan RPM Actual 2077 Motor Volts 2 213 Fan Speed/Setpoint See Notes Motor Volts 3 212 Operating Hertz 60 Motor Amps 1 1.70 Motor Amps 2 1.65 Filter Data Motor Amps 3 1.71 FC-02/SF Filter Bank Corrected Nameplate Amps 2.74 Filter Type RETURN AIR Actual BHP 0.46 MERV Rating MERV 11 Volts/Amps Measured By RMS Clamp Meter Filter Quantity(set 1) 1 Filter Size(set 1) 16X25X4 Log: I FC-02 4/4/2024 Bryan Hund Tested at 100%fan speed. JEDI Balancing, Inc. Page 6 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-02/SPP-01 Tested By: Bryan Hund Date: 4/2/2024 Test Data Test Pressures Actual TSP 0.88 in.w.c. Filter SP In -0.20 in.w.c. External SP 0.50 in.w.c. Filter SP Out -0.30 in.w.c. Supply Fan SP In -0.58 in.w.c. Supply Fan SP Out 0.30 in.w.c. Cooling Coil SP In -0.43 in.w.c. Cooling Coil SP Out -0.58 in.w.c. Heating Coil SP In -0.30 in.w.c. Heating Coil SP Out -0.43 in.w.c. Static Pressure Profile _ 0.10 0.13 0.15 0. 8 F H C i . 1 2 ! UI ! V ! 7 .,.,) -0.20 -0.30 -0.43 -0 . 58 0 . 30 FC-02 Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 POWDER SD 18" 30 75 30 100 Flow Hood Outlet-02 REC RM SD 2.5/60 390 375 395 101 Flow Hood Outlet-03 MEDIA RM SD 160" 180 210 190 106 Flow Hood Totals: - - - 600 660 615 103 - - - - ' FC-02 Return Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final S l Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 MEDIA RM RG 240" 180 185 185 103 Flow Hood Inlet-02 REC RM RG 281" 420 430 430 102 Flow Hood Totals: - - - 600 615 615 103 - - - JEDI Balancing, Inc. Page 7 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-03 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Unit Manufacturer DAIKEN FC-03/Supply Fan Unit Model Number LAHOO2A Motor Manufacturer U.S.MOTOR Unit Serial Number SLPU212200259 Motor HP 3/4 Motor RPM 1725 Starter Data Motor Frame 56 FC-03/Supply Fan Motor Phase 3 Starter Manufacturer YASKAWA(VFD) Motor Rated Volts 208-230/460 Motor FL Amps 2.8-3.2/1.6 Design Data Motor Service Factor 1.25 Total Flow Design 450 Supply Fan Design ESP 0.5 in.wc Sheave Data Supply Fan Design TSP Not Given in.wc FC-03/Supply Fan Supply Fan Design RPM Not Given Drive Type Belt Supply Fan Motor Design HP 0.75 Motor Sheave Model/Size 1VP34 Supply Fan Motor Design RPM Not Given Motor Sheave Bore 5/8 in. Supply Fan Motor Design Volts 208 Motor VP Sheave Operating PD 3.2 Supply Fan Motor Design Phase 3 Fan Sheave Model/Size AK28 Design Filter MERV Rating 11 Fan Sheave Bore 3/4 in. Sheave Center Line 10.5 in. Test Data Belt Size A28 Connected Actual Number of Belts 1 Supply Airflow 450 470 Outside Airflow 0 0 Final Data Return Airflow 470 Fan Flow Test Method Flowhood Summation Electrical Test Data Measured Data FC-03/Supply Fan FC-03/Supply Fan Motor Volts 1 182 Fan RPM Actual 1771 Motor Volts 2 183 Fan Speed/Setpoint See Notes Motor Volts 3 183 Operating Hertz 51 Motor Amps 1 1.40 Motor Amps 2 1.44 Filter Data Motor Amps 3 1.38 FC-03/SF Filter Bank Corrected Nameplate Amps 3.19 Filter Type RETURN AIR Actual BHP 0.33 MERV Rating MERV 11 Volts/Amps Measured By RMS Clamp Meter Filter Quantity(set 1) 1 Filter Size(set 1) 16X25X4 Log: FC-03 4/2/2024 Bryan Hund Both zones open 85%fan speed needed Zone 3A open 60%fan speed needed Zone 3B open 55%fan speed needed. JEDI Balancing, Inc. Page 8 of 72 ., JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-03/SPP-01 Tested By: Bryan Hund Date: 4/3/2024 Test Data Test Pressures Actual TSP 0.96 in.w.c. Filter SP In -0.19 in.w.c. External SP 0.49 in.w.c. Filter SP Out -0.32 in.w.c. Supply Fan SP In -0.66 in.w.c. Supply Fan SP Out 0.30 in.w.c. Cooling Coil SP In -0.47 in.w.c. Cooling Coil SP Out -0.66 in.w.c. Heating Coil SP In -0.32 in.w.c. Heating Coil SP Out -0.47 in.w.c. Static Pressure Profile 0 . 13 0.15 0.19 0 . 96 t H • C �- T s R.) : .:''''' E R i' „ ir 7 _ ___.... 7 ,, .,./., 1 . 19 —0.32 —0.97 —0 . 66 n . 30 FC-03 Return Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 BUNK RM RG 215" 330 210 340 103 Flow Hood Inlet-02 BED 3 RG 94" 120 75 130 108 Flow Hood Totals: - - - 450 285 470 104 - - - - JEDI Balancing, Inc. Page 9 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-03/ZD-03A Tested By: Bryan Hund Date: 4/3/2024 Measured Data Max Design Flow 330 CFM Max Actual Flow 345 CFM FC-03/ZD-03A Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 BUNK RM SD 84" 220 70 230 105 Flow Hood Outlet-02 BUNK BATH SD 29" 110 30 115 105 Flow Hood Totals: - - - 330 100 345 105 - - - - SYSTEM/UNIT: FC-03/ZD-03B Tested By: Bryan Hund Date: 4/3/2024 Measured Data Max Design Flow 120 CFM Max Actual Flow 125 CFM FC-03/ZD-03B Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 G BATH SD 14" 30 10 30 100 Flow Hood Outlet-02 BED 3 SD 63" 90 55 95 106 Flow Hood Totals: - - - 120 65 125 104 - - - - JEDI Balancing, Inc. Page 10 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-04 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Unit Manufacturer DAIKEN FC-04/Supply Fan Unit Model Number LAHOO2A Motor Manufacturer MARATHON Unit Serial Number SLPU212200258 Motor HP 3/4 Motor RPM 1725 Starter Data Motor Frame 56 FC-04/Supply Fan Motor Phase 3 Starter Manufacturer YASKAWA(VFD) Motor Rated Volts 208-230/460 Motor FL Amps 3.3-3.0/1.5 Design Data Motor Service Factor 1.25 Total Flow Design 600 Supply Fan Design ESP 0.5 in.wc Sheave Data Supply Fan Design TSP Not Given in.wc FC-04/Supply Fan Supply Fan Design RPM Not Given Drive Type Belt Supply Fan Motor Design HP 0.75 Motor Sheave Model/Size 1VP34 Supply Fan Motor Design RPM Not Given Motor Sheave Bore 5/8 in. Supply Fan Motor Design Volts 208 Motor VP Sheave Operating PD 2.9 Supply Fan Motor Design Phase 3 Fan Sheave Model/Size AK26 Design Filter MERV Rating 11 Fan Sheave Bore 3/4 in. Sheave Center Line 10.25 in. Test Data Belt Size A27 Connected Actual Number of Belts 1 Supply Airflow 600 595 Outside Airflow 0 0 Final Data Return Airflow 595 Fan Flow Test Method Flowhood Summation Electrical Test Data Measured Data FC-04/Supply Fan FC-04/Supply Fan Motor Volts 1 214 Fan RPM Actual 2064 Motor Volts 2 213 Fan Speed/Setpoint See Notes Motor Volts 3 213 Operating Hertz 60 Motor Amps 1 1.76 Motor Amps 2 1.70 Filter Data Motor Amps 3 1.70 FC-04/SF Filter Bank Corrected Nameplate Amps 3.22 Filter Type RETURN AIR Actual BHP 0.40 MERV Rating MERV 11 Volts/Amps Measured By RMS Clamp Meter Filter Quantity(set 1) 1 Filter Size(set 1) 16X25X4 Log: I FC-04 4/4/2024 Bryan Hund Tested at 100%speed. JEDI Balancing, Inc. Page 11 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-04/SPP-01 Tested By: Bryan Hund Date: 4/4/2024 Test Data Test Pressures Actual TSP 0.99 in.w.c. Filter SP In -0.23 in.w.c. External SP 0.53 in.w.c. Filter SP Out -0.33 in.w.c. Supply Fan SP In -0.69 in.w.c. Supply Fan SP Out 0.30 in.w.c. Cooling Coil SP In -0.49 in.w.c. Cooling Coil SP Out -0.69 in.w.c. Heating Coil SP In -0.33 in.w.c. Heating Coil SP Out -0.49 in.w.c. Static Pressure Proi. file _ 0.10 0.16 0.20 0.99 _ F H/ C /�--. L 1 SF ► E1 ,.,,,,/.•'...T R �J:. -0.23 -0.33 -0.49 -0.69 0 .30 FC-04 Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 GYM TLT SD 4" 30 85 30 100 Flow Hood Outlet-02 CHANGING SD 11" 40 65 45 113 Flow Hood Outlet-03 GYM SD 116" 335 320 325 97 Flow Hood Outlet-04 MASSAGE SD 53" 135 100 130 96 Flow Hood Outlet-05 LAUNDRY SD 30" 60 100 65 108 Flow Hood Totals: - - - 600 670 595 99 - - - - FC-04 Return Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 GYM RG 173" 465 410 465 100 Flow Hood Inlet-02 MASSAGE RG 80" 135 165 130 96 Flow Hood Totals: - - - 600 575 595 99 - - - - JEDI Balancing, Inc. Page 12 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-05 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Unit Manufacturer DAIKEN FC-05/Supply Fan Unit Model Number LAHOO7A Motor Manufacturer NIDEC Unit Serial Number SLPU212200249 Motor HP 1.5 Motor RPM 1750 Starter Data Motor Frame 145T FC-05/Supply Fan Motor Phase 3 Starter Manufacturer YASKAWA(VFD) Motor Rated Volts 200 Motor FL Amps 4.80 Design Data Motor Service Factor 1.15 Total Flow Design 2050 Supply Fan Design ESP 0.5 in.wc Sheave Data Supply Fan Design TSP Not Given in.wc FC-05/Supply Fan Supply Fan Design RPM Not Given Drive Type Belt Supply Fan Motor Design HP 1.5 Motor Sheave Model/Size 1 VP40 Supply Fan Motor Design RPM Not Given Motor Sheave Bore 7/8 in. Supply Fan Motor Design Volts 208 Motor VP Sheave Operating PD 3.8 Supply Fan Motor Design Phase 3 Fan Sheave Model/Size AK64 Design Filter MERV Rating 11 Fan Sheave Bore 1 in. Sheave Center Line 17.25 in. Test Data Belt Size A47 Connected Actual Number of Belts 1 Supply Airflow 2070 2060 Outside Airflow 0 0 Final Data Return Airflow 2070 Fan Flow Test Method Flowhood Summation Electrical Test Data Measured Data FC-05/Supply Fan FC-05/Supply Fan Motor Volts 1 214 Fan RPM Actual 1033 Motor Volts 2 214 Fan Speed/Setpoint See Notes Motor Volts 3 213 Operating Hertz 60 Motor Amps 1 3.90 Motor Amps 2 4.00 Filter Data Motor Amps 3 4.06 FC-05/SF Filter Bank Corrected Nameplate Amps 4.67 Filter Type RETURN AIR Actual BHP 1.28 MERV Rating MERV 11 Volts/Amps Measured By RMS Clamp Meter Filter Quantity(set 1) 2 Filter Size(set 1) 24X24X4 Log: I FC-05 4/4/2024 Bryan Hund Tested at 100%speed. JEDI Balancing, Inc. Page 13 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-05/SPP-01 Tested By: Bryan Hund Date: 4/2/2024 Test Data Test Pressures Actual TSP 1.17 in.w.c. Filter SP In -0.23 in.w.c. External SP 0.57 in.w.c. Filter SP Out -0.38 in.w.c. Supply Fan SP In -0.83 in.w.c. Supply Fan SP Out 0.34 in.w.c. Cooling Coil SP In -0.60 in.w.c. Cooling Coil SP Out -0.83 in.w.c. Heating Coil SP In -0.38 in.w.c. Heating Coil SP Out -0.60 in.w.c. Static Pressure Proi. file 0.15 0.22 0.23 1 . 1 ; _ F . H C � � T T ,i‘viliL � , s, i •• ...,/./'' R -0.23 -0.38 -0.60 -0.83 0 . 3' FC-05 Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 POWDER SD 11" 35 40 35 100 Flow Hood Outlet-02 STAIRS SD 60" 265 290 275 ' 104 Flow Hood Outlet-03 LIVING RM SD 90" 375 340 360 96 Flow Hood Outlet-04 LIVING RM SD 90" 375 290 370 99 Flow Hood Outlet-05 LIVING RM SD 90" 375 390 390 104 Flow Hood Outlet-06 LIVING RM SD 90" 375 390 360 96 Flow Hood Outlet-07 MEZZ SD 63" 135 110 130 96 Flow Hood Outlet-08 MEZZ SD 63" 135 110 140 104 Flow Hood Totals: - - - 2070 1960 2060 100 - - - - JEDI Balancing, Inc. Page 14 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-06 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Unit Manufacturer DAIKEN FC-06/Supply Fan Unit Model Number LAHOO5A Motor Manufacturer NIDEC Unit Serial Number SLPU212200254 Motor HP 1 Motor RPM 1755 Starter Data Motor Frame 143T FC-06/Supply Fan Motor Phase 3 Starter Manufacturer YASKAWA(VFD) Motor Rated Volts 200 Motor FL Amps 3.60 Design Data Motor Service Factor 1.15 Total Flow Design 1600 Supply Fan Design ESP 0.5 in.wc Sheave Data Supply Fan Design TSP Not Given in.wc FC-06/Supply Fan Supply Fan Design RPM Not Given Drive Type Belt Supply Fan Motor Design HP 1 Motor Sheave Model/Size 1 VP40 Supply Fan Motor Design RPM Not Given Motor Sheave Bore 7/8 in. Supply Fan Motor Design Volts 208 Motor VP Sheave Operating PD 3.8 Supply Fan Motor Design Phase 3 Fan Sheave Model/Size AK45 Design Filter MERV Rating 11 Fan Sheave Bore 3/4 in. Sheave Center Line 12.25 in. Test Data Belt Size A37 Connected Actual Number of Belts 1 Supply Airflow 1600 1600 Outside Airflow 1200 1255 MAU Final Data mode Fan Flow Test Method Flowhood Summation Return Airflow 1600/345 Measured Data Electrical Test Data FC-06/Supply Fan FC-06/Supply Fan Fan RPM Actual 1472 Motor Volts 1 212 Fan Speed/Setpoint See Notes Motor Volts 2 211 Operating Hertz 60 Motor Volts 3 212 Motor Amps 1 2.90 Filter Data Motor Amps 2 2.88 FC-06/SF Filter Bank Motor Amps 3 2.90 Filter Type RETURN/OSA AIR Corrected Nameplate Amps 3.54 MERV Rating MERV 11 Actual BHP 0.82 Filter Quantity(set 1) 2 Volts/Amps Measured By RMS Clamp Meter Filter Size(set 1) 20X24X4 Log: FC-06 4/4/2024 Bryan Hund Tested at 100%speed. JEDI Balancing, Inc. Page 15 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-06/SPP-01 Tested By: Bryan Hund Date: 4/3/2024 Test Data Test Pressures Actual TSP 0.95 in.w.c. Filter SP In -0.19 in.w.c. External SP 0.48 in.w.c. Filter SP Out -0.32 in.w.c. Supply Fan SP In -0.66 in.w.c. Supply Fan SP Out 0.29 in.w.c. Cooling Coil SP In -0.47 in.w.c. Cooling Coil SP Out -0.66 in.w.c. Heating Coil SP In -0.32 in.w.c. Heating Coil SP Out -0.47 in.w.c. Static Pressure Profile _ 0.13 0.15 0.19 0. 95 F H/ C /�- I T T ,i‘vi SF ► , • �- E R , ...,',',...''''''''''' -0. 19 -0.32 -0.97 -0.66 0.2 FC-06 Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 KITCHEN SD 128" 400 430 400 100 Flow Hood Outlet-02 DINING RM SD 1.5/168 700 720 690 99 RVA 2.30 2.30 300 Outlet-03 FAMILY RM SD 1.5/120 500 330 510 102 RVA 1.25 i 1.25 408 Totals: - - - 1600 1480 1600 100 - - - - FC-06 Return Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 KITCHEN RG 35" 100 85 105 105 Flow Hood Inlet-02 KITCHEN RG 35" 100 85 110 110 Flow Hood Inlet-03 DINING RM RG 202" 560 465 540 96 Flow Hood Inlet-04 DINING RM RG 35" 100 80 95 95 Flow Hood Inlet-05 DINING RM RG 35" 100 95 105 105 Flow Hood Inlet-06 FAMILY RM RG 230" 640 590 645 101 Flow Hood Totals: - - - 1600 1400 1600 100 - - - - JEDI Balancing, Inc. Page 16 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-07 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Unit Manufacturer DAIKEN FC-07/Supply Fan Unit Model Number LAHOO5A Motor Manufacturer NIDEC Unit Serial Number SLPU212200253 Motor HP 1 Motor RPM 1755 Starter Data Motor Frame 143T FC-07/Supply Fan Motor Phase 3 Starter Manufacturer YASKAWA(VFD) Motor Rated Volts 200 Motor FL Amps 3.60 Design Data Motor Service Factor 1.15 Total Flow Design 1400 Supply Fan Design ESP 0.5 in.wc Sheave Data Supply Fan Design TSP Not Given in.wc FC-07/Supply Fan Supply Fan Design RPM Not Given Drive Type Belt Supply Fan Motor Design HP 1 Motor Sheave Model/Size 1 VP40 Supply Fan Motor Design RPM Not Given Motor Sheave Bore 7/8 in. Supply Fan Motor Design Volts 208 Motor VP Sheave Operating PD 3.7 Supply Fan Motor Design Phase 3 Fan Sheave Model/Size AK49 Design Filter MERV Rating 11 Fan Sheave Bore 3/4 in. Sheave Center Line 13.25 in. Test Data Belt Size A37 Connected Actual Number of Belts 1 Supply Airflow 1400 1475 Outside Airflow 118 110 Final Data Return Airflow 1365 Fan Flow Test Method Flowhood Summation Electrical Test Data Measured Data FC-07/Supply Fan FC-07/Supply Fan Motor Volts 1 212 Fan RPM Actual 1333 Motor Volts 2 212 Fan Speed/Setpoint See Notes Motor Volts 3 212 Operating Hertz 60 Motor Amps 1 2.68 Motor Amps 2 2.70 Filter Data Motor Amps 3 2.64 FC-07/SF Filter Bank Corrected Nameplate Amps 3.53 Filter Type RETURN/OSA AIR Actual BHP 0.76 MERV Rating MERV 11 Volts/Amps Measured By RMS Clamp Meter Filter Quantity(set 1) 2 Filter Size(set 1) 20X24X4 Log: I FC-07 4/4/2024 Bryan Hund Tested at 100%speed. JEDI Balancing, Inc. Page 17 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-07/SPP-01 Tested By: Bryan Hund Date: 4/3/2024 Test Data Test Pressures Actual TSP 0.98 in.w.c. Filter SP In -0.20 in.w.c. External SP 0.52 in.w.c. Filter SP Out -0.33 in.w.c. Supply Fan SP In -0.66 in.w.c. Supply Fan SP Out 0.32 in.w.c. Cooling Coil SP In -0.48 in.w.c. Cooling Coil SP Out -0.66 in.w.c. Heating Coil SP In -0.33 in.w.c. Heating Coil SP Out -0.48 in.w.c. Static Pressure Proi. file 0.13 0.15 0.18 .i . ' F 1-1/ „C . /- .,,,... T 1 s, , •• EI 'R �- , ./,,,,,./...' -0.20 -0.33 -0.48 -0.66 0 . 3: FC-07 Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 CORRIDOR SD 41" 280 240 270 96 Flow Hood Outlet-02 thru CORRIDOR SD 369" 1000 1280 1080 ' 108 Flow Hood 04 Outlet-05 CORRIDOR SD 45" 120 130 125 104 Flow Hood Totals: - - - 1400 1650 1475 105 - - - - FC-07 Return Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 STAIRS RG 2.5/120 700 640 675 96 Flow Hood Inlet-02 STAIRS RG 2.5/120 700 750 690 99 Flow Hood Totals: - - - 1400 1390 1365 98 - - - - JEDI Balancing, Inc. Page 18 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-08 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Unit Manufacturer DAIKEN FC-08/Supply Fan Unit Model Number LAHOO2A Motor Manufacturer U.S.MOTOR Unit Serial Number Unreadable Motor HP 3/4 Motor RPM 1725 Starter Data Motor Frame 56 FC-08/Supply Fan Motor Phase 3 Starter Manufacturer YASKAWA(VFD) Motor Rated Volts 208-230/460 Motor FL Amps 2.8-3.2/1.6 Design Data Motor Service Factor 1.25 Total Flow Design 750 Supply Fan Design ESP 0.5 in.wc Sheave Data Supply Fan Design TSP Not Given in.wc FC-08/Supply Fan Supply Fan Design RPM Not Given Drive Type Belt Supply Fan Motor Design HP 0.75 Motor Sheave Model/Size 1VP34 Supply Fan Motor Design RPM Not Given Motor Sheave Bore 5/8 in. Supply Fan Motor Design Volts 208 Motor VP Sheave Operating PD 3.3 Supply Fan Motor Design Phase 3 Fan Sheave Model/Size AK25 Design Filter MERV Rating 11 Fan Sheave Bore 3/4 in. Sheave Center Line 10.25 in. Test Data Belt Size A27 Connected Actual Number of Belts 1 Supply Airflow 760 760 Outside Airflow 0 0 Final Data Return Airflow 760 Fan Flow Test Method Flowhood Summation Electrical Test Data Measured Data FC-08/Supply Fan FC-08/Supply Fan Motor Volts 1 214 Fan RPM Actual 2230 Motor Volts 2 212 Fan Speed/Setpoint See Notes Motor Volts 3 212 Operating Hertz 60 Motor Amps 1 2.20 Motor Amps 2 2.10 Filter Data Motor Amps 3 2.27 FC-08/SF Filter Bank Corrected Nameplate Amps 2.74 Filter Type RETURN AIR Actual BHP 0.60 MERV Rating MERV 11 Volts/Amps Measured By RMS Clamp Meter Filter Quantity(set 1) 1 Filter Size(set 1) 16X25X4 Log: I FC-08 4/4/2024 Bryan Hund Tested at 100%speed. JEDI Balancing, Inc. Page 19 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-08/SPP-01 Tested By: Bryan Hund Date: 4/2/2024 Test Data Test Pressures Actual TSP 0.93 in.w.c. Filter SP In -0.19 in.w.c. External SP 0.49 in.w.c. Filter SP Out -0.30 in.w.c. Supply Fan SP In -0.63 in.w.c. Supply Fan SP Out 0.30 in.w.c. Cooling Coil SP In -0.47 in.w.c. Cooling Coil SP Out -0.63 in.w.c. Heating Coil SP In -0.30 in.w.c. Heating Coil SP Out -0.47 in.w.c. Static Pressure Profile 0.11 0.17 0.16 0.93 ZH C � T , S F ► t/I /i ''') I NT T i -0. 19 -0.30 -0.97 -0. 63 0 .30 FC-08 Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 BATH 1 SD 144" 180 200 190 106 RVA 1.20 1.20 158 r Outlet-02 CLOSET SD 28" 85 120 90 106 RVA 0.90 0.90 100 Outlet-03 ML BED SD 190" 495 310 480 97 RVA 1.60 1.60 300 Totals: - - - 760 630 760 100 - - - - FC-08 Return Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 VEST RG 100" 202 180 210 104 Flow Hood Inlet-02 ML BED RG 190" 555 600 550 99 Flow Hood Totals: 757 780 760 100 - JEDI Balancing, Inc. Page 20 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-09 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Unit Manufacturer DAIKEN FC-09/Supply Fan Unit Model Number LAHOO2A Motor Manufacturer U.S.MOTOR Unit Serial Number Unreadable Motor HP 3/4 Motor RPM 1725 Starter Data Motor Frame 56 FC-09/Supply Fan Motor Phase 3 Starter Manufacturer YASKAWA(VFD) Motor Rated Volts 208-230/460 Motor FL Amps 2.8-3.2/1.6 Design Data Motor Service Factor 1.25 Total Flow Design 850 Supply Fan Design ESP 0.5 in.wc Sheave Data Supply Fan Design TSP Not Given in.wc FC-09/Supply Fan Supply Fan Design RPM Not Given Drive Type Belt Supply Fan Motor Design HP 0.75 Motor Sheave Model/Size 1VP34 Supply Fan Motor Design RPM Not Given Motor Sheave Bore 5/8 in. Supply Fan Motor Design Volts 208 Motor VP Sheave Operating PD 3.0 Supply Fan Motor Design Phase 3 Fan Sheave Model/Size AK25 Design Filter MERV Rating 11 Fan Sheave Bore 3/4 in. Sheave Center Line 10.5 in. Test Data Belt Size A27 Connected Actual Number of Belts 1 Supply Airflow 720 715 Outside Airflow 0 0 Final Data Return Airflow 715 Fan Flow Test Method Flowhood Summation J Electrical Test Data Measured Data FC-09/Supply Fan FC-09/Supply Fan Motor Volts 1 214 Fan RPM Actual 2212 Motor Volts 2 212 Fan Speed/Setpoint See Notes Motor Volts 3 214 Operating Hertz 60 Motor Amps 1 2.30 Motor Amps 2 2.30 Filter Data Motor Amps 3 2.40 FC-09/SF Filter Bank Corrected Nameplate Amps 2.73 Filter Type RETURN AIR Actual BHP 0.64 MERV Rating MERV 11 Volts/Amps Measured By RMS Clamp Meter Filter Quantity(set 1) 1 Filter Size(set 1) 16X25X4 Log: FC-09 4/2/2024 Bryan Hund Both zones open 100%fan speed. 9A open 65%fan speed. 9B open 60%fan speed JEDI Balancing, Inc. Page 21 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-09/SPP-01 Tested By: Bryan Hund Date: 4/3/2024 Test Data Test Pressures Actual TSP 1.05 in.w.c. Filter SP In -0.20 in.w.c. External SP 0.50 in.w.c. Filter SP Out -0.40 in.w.c. Supply Fan SP In -0.75 in.w.c. Supply Fan SP Out 0.30 in.w.c. Cooling Coil SP In -0.58 in.w.c. Cooling Coil SP Out -0.75 in.w.c. Heating Coil SP In -0.40 in.w.c. Heating Coil SP Out -0.58 in.w.c. Static Pressure Profile 0.20 0.18 0.17 = . , F H C 1 T S F ► / E R ��' ,.,,,,./ -0.20 -0.90 -0.58 -0.75 0 .30 FC-09 Return Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 HER RG 2.5/72 355 400 345 97 Flow Hood DRESSING Inlet-02 M BED RG 135" 182 200 190 104 Flow Hood Inlet-03 M BED RG 135" 182 130 180 99 Flow Hood Totals: - - - 719 730 715 99 - - - - JEDI Balancing, Inc. Page 22 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: FC-09/ZD-09A Tested By: Bryan Hund Date: 4/3/2024 Measured Data Max Design Flow 430 CFM Max Actual Flow 425 CFM FC-09/ZD-09A Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 M BED SD 90" 215 230 220 102 Flow Hood Outlet-02 M BED SD 90" 215 175 205 95 Flow Hood Totals: - - - 430 405 425 99 - - - - SYSTEM/UNIT: FC-09/ZD-09B Tested By: Bryan Hund Date: 4/3/2024 Measured Data Max Design Flow 290 CFM Max Actual Flow 290 CFM FC-09/ZD-09B Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 HER TLT SD 2.5/12 30 55 30 100 Flow Hood Outlet-02 M BATH SD 3/52 200 180 200 100 Flow Hood Outlet-03 HIS TLT SD 2.5/12 30 60 30 100 Flow Hood Outlet-04 HIS SD 2.5/12 30 45 30 100 Flow Hood DRESSING Totals: - - - 290 340 290 100 - - - - JEDI Balancing, Inc. Page 23 of 72 JEDI Balancing • Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: HP-03 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Unit Manufacturer CLIMATE MASTER HP-03/Supply Fan Unit Model Number TEV038BGDOOARTS Motor Manufacturer U.S.MOTORS Unit Serial Number 221210008 Motor HP 1/2 Motor RPM Not Given Starter Data Motor Frame Not Given HP-03/Supply Fan Motor Phase 1 Starter Manufacturer Thermally Protected Motor Rated Volts 208/230 Motor FL Amps 3.90 Design Data Motor Service Factor 1.0 Total Flow Design Not Given Supply Fan Design ESP Not Given in.wc Sheave Data Supply Fan Design TSP Not Given in.wc HP-03/Supply Fan Supply Fan Design RPM Not Given Drive Type Direct Drive Supply Fan Motor Design HP Not Given Supply Fan Motor Design RPM Not Given Final Data Supply Fan Motor Design Volts Not Given Fan Flow Test Method Flowhood Summation Supply Fan Motor Design Phase Not Given Design Filter MERV Rating Not Given Measured Data HP-03/Supply Fan Test Data Fan RPM Actual Direct Drive Connected Actual Operating Hertz 60 Supply Airflow 900 990 Outside Airflow Not Given 0 Filter Data Return Airflow 990 HP-03/SF Filter Bank Filter Type RETURN AIR Electrical Test Data MERV Rating MERV 8 HP-03/Supply Fan Filter Quantity(set 1) 1 Motor Volts 1 214 Filter Size(set 1) 28X30X2 Motor Amps 1 2.90 Corrected Nameplate Amps 3.79 Actual BHP 0.38 Volts/Amps Measured By RMS Clamp Meter JEDI Balancing, Inc. Page 24 of 72 JEDI Balancing Air Handling Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: HP-03/SPP-01 Tested By: Bryan Hund Date: 4/3/2024 Test Data Test Pressures Actual TSP 0.72 in.w.c. Filter SP In -0.18 in.w.c. External SP 0.40 in.w.c. Filter SP Out -0.35 in.w.c. DX Coil SP In -0.35 in.w.c. DX Coil SP Out -0.50 in.w.c. Supply Fan SP In -0.50 in.w.c. Supply Fan SP Out 0.22 in.w.c. Static Pressure Profile 0.17 0.15 0 . i2 F • • T • ' SF R -0. 18 -0.35 -0.50 J .22 HP-03 Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 AV SD 26/10 900 990 990 110 Flow Hood Totals: - - - 900 990 990 110 - - - - HP-03 Return Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 AV RG 26/10 900 990 990 110 Flow Hood Totals: - - - 900 990 990 110 - - - - JEDI Balancing, Inc. Page 25 of 72 JEDI Balancing • Energy Recovery Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: ERV-01 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Unit Manufacturer RENEWAIRE ERV-01/Supply/Exhaust fan Unit Model Number EV200 Motor Manufacturer FASCO Unit Serial Number F211913R Motor HP 0.1 Motor RPM Not Given Starter Data Motor Frame Not Given ERV-01/Supply/Exhaust fan Motor Phase 1 Starter Manufacturer Thermally Protected Motor Rated Volts 120 Motor FL Amps 1.50 Design Data Motor Service Factor 1.0 Supply OA Flow Design 168 Supply Fan Design ESP 1.5 in.wc Sheave Data Supply Fan Design TSP Not Given in.wc ERV-01/Supply/Exhaust fan Supply Fan Design RPM Not Given Drive Type Direct Drive Supply Fan Motor Design HP 1/10 Supply Fan Motor Design RPM Not Given Final Data Supply Fan Motor Design Volts 120 Supply OA Flow Test Method Airfoil Traverse Supply Fan Motor Design Phase 1 Exhaust Flow Test Method Airfoil Traverse Design Filter MERV Rating Not Given Exhaust Fan Flow Design 168 Measured Data Exhaust Fan Design SP 0.5 in.wc ERV-01/Supply/Exhaust fan Fan RPM Actual Direct Drive Test Data Operating Hertz 60 Connected Actual Supply Airflow 168 165 Exhaust Airflow 168 170 Electrical Test Data ERV-01/Supply/Exhaust fan Motor Volts 1 123 Motor Amps 1 1.08 Corrected Nameplate Amps 1.46 Actual BHP 0.07 Volts/Amps Measured By RMS Clamp Meter JEDI Balancing, Inc. Page 26 of 72 i JEDI Balancing Energy Recovery Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: ERV-01/SPP-EXHAUST Tested By: Bryan Hund Date: 4/2/2024 Test Data Test Pressures Actual TSP 0.72 in.w.c. Filter SP In -0.19 in.w.c. External SP 0.38 in.w.c. Filter SP Out -0.29 in.w.c. EF HEX SP In -0.29 in.w.c. EF HEX SP Out -0.53 in.w.c. Exhaust Fan SP In -0.53 in.w.c. Exhaust Fan SP Out 0.19 in.w.c. Static Pressure Profile 0.10 0.24 F I \ L 1 EF � T / I - R \ �i" / 7,;�� l' f14' 1' ' -0. 19 -0.29 -0.53 0. 19 SYSTEM/UNIT: ERV-01/SPP-SUPPLY Tested By: Bryan Hund Date: 4/3/2024 w Test Data Test Pressures Actual TSP 0.73 in.w.c. Filter SP In -0.22 in.w.c. External SP 0.38 in.w.c. Filter SP Out -0.30 in.w.c. Supply Fan SP In -0.57 in.w.c. Supply Fan SP Out 0.16 in.w.c. Heat Exchanger SP In -0.30 in.w.c. I Heat Exchanger SP Out -0.57 in.w.c. Static 0.08 0.27 � . , `1 F L iiili ,,r....) 7 ii -0.22 -0.30 -0.57 0 . 1 JEDI Balancing, Inc. Page 27 of 72 ., 1 ., .., JEDI Balancing Energy Recovery Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser ERV-01 Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM FC-01 FC-01 OA 6" 50 65 55 110 Flow Hood 0.19 0.19 289 FC-07 FC-07 OA 8" 118 100 110 93 Airfoil 0.35 0.35 314 Totals: - - - 168 165 165 98 - - - - ERV-01 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 FC-06 OA ER 8" 168 170 170 101 Flow Hood Totals: - - - 168 170 170 101 - - - - JEDI Balancing, Inc. Page 28 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-01 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-10NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.31 Motor Service Factor 1 Design Data Total Flow Design 120 Sheave Data Total Connected Design Flow 120 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 1590 Total Fan Flow Actual 122 Fan Motor Design HP 36 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 1590 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 123 Test Pressures Motor Amps 1 Actual 0.24 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.30 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-01 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 G BATH ER 14.4" 40 50 40 100 Flow Hood Inlet-02 G TLT ER 14 4" 40 30 43 108 Flow Hood Inlet-03 G SHOWER ER 14 4" 40 45 39 98 Flow Hood Totals: - - - 120 125 122 102 - - - JEDI Balancing, Inc. Page 29 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-02 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-20NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.46 Motor Service Factor 1 Design Data Total Flow Design 240 Sheave Data Total Connected Design Flow 240 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 1260 Total Fan Flow Actual 245 Fan Motor Design HP 57 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 1260 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 121 Test Pressures Motor Amps 1 Actual 0.36 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.46 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-02 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity _ CFM CFM CFM FPM Inlet-01 G SHOWER 2 ER 28.8" 80 65 80 100 Flow Hood Inlet-02 G BATH 2 ER 28.8" 80 55 80 100 Flow Hood Inlet-03 G TLT 2 ER 28.8" 80 100 85 106 Flow Hood Totals: - - - 240 220 245 102 - - - JEDI Balancing, Inc. Page 30 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-03 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-20NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.46 Motor Service Factor 1 Design Data Total Flow Design 240 Sheave Data Total Connected Design Flow 240 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 1260 Total Fan Flow Actual 250 Fan Motor Design HP 57 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 1260 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 121 Test Pressures Motor Amps 1 Actual 0.34 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.46 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-03 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 BUNK TLT ER 21.6" 60 65 65 108 Flow Hood Inlet-02 BUNK SHWR ER 21.6" 60 60 60 100 Flow Hood Inlet-03 BUNK BATH ER 21.6" 60 45 60 100 Flow Hood Inlet-04 BUNK TLT ER 21.6" 60 70 65 108 Flow Hood Totals: - - - 240 240 250 104 - - - JEDI Balancing, Inc. Page 31 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-04 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-10NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.31 Motor Service Factor 1 Design Data Total Flow Design 50 Sheave Data Total Connected Design Flow 50 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 989 Total Fan Flow Actual 55 Fan Motor Design HP 8.2 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 989 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 122 Test Pressures Motor Amps 1 Actual 0.18 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.30 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-04 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 LL POWDER ER 18" 50 65 55 110 Flow Hood Totals: - - - 50 65 55 110 - - - JEDI Balancing, Inc. Page 32 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-05 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-10NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.31 Motor Service Factor 1 Design Data Total Flow Design 50 Sheave Data Total Connected Design Flow 50 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 989 Total Fan Flow Actual 55 Fan Motor Design HP 8.2 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 989 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 120 Test Pressures Motor Amps 1 Actual 0.17 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.31 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-05 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 GYM TLT ER 18" 50 60 55 110 Flow Hood Totals: - - - 50 60 55 110 - - - JEDI Balancing, Inc. Page 33 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-06 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-0511VQ1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.27 Motor Service Factor 1 Design Data Total Flow Design 110 Sheave Data Total Connected Design Flow 110 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 1239 Total Fan Flow Actual 120 Fan Motor Design HP 16.4 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 1239 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Fan Speed/Setpoint 110 CFM Electrical Test Data Operating Hertz 60 Motor Volts 1 Actual 123 Motor Amps 1 Actual 0.21 Test Pressures Corrected Nameplate Amps 0.26 Fan SP In Actual Atmosphere in.wc Volts/Amps Measured By RMS CLAMP METER Fan SP Out Actual No Access in.wc EF-06 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 MECH RM ER 39.6" 110 120 120 109 Flow Hood Totals: - - - 110 120 120 109 - - - - JEDI Balancing, Inc. Page 34 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-07 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-20NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.46 Motor Service Factor 1 Design Data Total Flow Design 240 Sheave Data Total Connected Design Flow 240 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 1260 Total Fan Flow Actual 250 Fan Motor Design HP 57 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 1260 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 121 Test Pressures Motor Amps 1 Actual 0.36 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.46 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-07 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 BATH 1 ER 21.6" 60 65 65 108 Flow Hood Inlet-02 SHOWER ER 21.6" 60 65 65 108 Flow Hood Inlet-03 BATH 1 ER 21.6" 60 70 60 100 Flow Hood Inlet-04 TLT ER 21.6" 60 55 60 100 Flow Hood Totals: - - - 240 255 250 104 - - - JEDI Balancing, Inc. Page 35 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-08 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-10NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.31 Motor Service Factor 1 Design Data Total Flow Design 50 Sheave Data Total Connected Design Flow 50 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 989 Total Fan Flow Actual 55 Fan Motor Design HP 8.2 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 989 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 121 Test Pressures Motor Amps 1 Actual 0.17 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.31 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-08 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 ML POWDER ER 18" 50 55 55 110 Flow Hood Totals: - - - 50 55 55 110 - - - JEDI Balancing, Inc. Page 36 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-09 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-10NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.31 Motor Service Factor 1 Design Data Total Flow Design 120 Sheave Data Total Connected Design Flow 120 Drive Type DIRECT DRIVE Design ESP .25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 1590 Total Fan Flow Actual 125 Fan Motor Design HP 36 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 1590 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 123 Test Pressures Motor Amps 1 Actual 0.24 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.30 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-09 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 HER TLT ER 21 6" 60 70 65 108 Flow Hood Inlet-02 HER SHOWER ER 21 6" 60 40 60 100 Flow Hood Totals: - - - 120 110 125 104 - - - JEDI Balancing, Inc. Page 37 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-10 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-20NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.46 Motor Service Factor 1 Design Data Total Flow Design 240 Sheave Data Total Connected Design Flow 210 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 1260 Total Fan Flow Actual 215 Fan Motor Design HP 57 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 1260 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 122 Test Pressures Motor Amps 1 Actual 0.33 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.45 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-10 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity _CFM CFM CFM FPM Inlet-01 HIS TLT ER 21.6" 60 55 60 100 Flow Hood Inlet-02 M BATH ER 22" 75 80 80 107 Flow Hood Inlet-03 M BATH ER 22" 75 65 75 100 Flow Hood Totals: - - - 210 200 215 102 I - - - JEDI Balancing, Inc. Page 38 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-11 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-30VQ3 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.52 Motor Service Factor 1 Design Data Total Flow Design 355 Sheave Data Total Connected Design Flow 355 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 874 Total Fan Flow Actual 320 Fan Motor Design HP 110 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 874 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 120 Test Pressures Motor Amps 1 Actual 0.45 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.52 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-11 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 GARAGE ER 10" 355 320 320 90 Flow Hood Totals: - - - 355 320 320 90 - - - JEDI Balancing, Inc. Page 39 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: EF-12 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-10NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service EXHAUST Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.31 Motor Service Factor 1 Design Data Total Flow Design 50 Sheave Data Total Connected Design Flow 50 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 989 Total Fan Flow Actual 60 Fan Motor Design HP 8.2 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 989 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 121 Test Pressures Motor Amps 1 Actual 0.16 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.31 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER EF-12 Exhaust Inlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Inlet-01 G BATH 3 ER 18" 50 60 60 120 Flow Hood Totals: - - - 50 60 60 120 - - - JEDI Balancing, Inc. Page 40 of 72 A JEDI Ba/an cin Fan Unit PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: SF-01 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Fan Manufacturer PANASONIC Motor Manufacturer EMBEDDED Fan Model Number FV-10NLF1 Motor HP NOT GIVEN Fan Serial Number 2024 Motor RPM NOT GIVEN Type of Service SUPPLY Motor Frame NOT GIVEN Motor Phase 1 Starter Data Motor Rated Volts 120 Starter Manufacturer THERMALLY PROTECTED Motor FL Amps 0.31 Motor Service Factor 1 Design Data Total Flow Design 110 Sheave Data Total Connected Design Flow 110 Drive Type DIRECT DRIVE Design ESP 0.25 in.wc Design TSP Not Given in.wc Final Data Fan Design RPM 1590 Total Fan Flow Actual 120 Fan Motor Design HP 36 W Fan Flow Test Method FLOWHOOD SUMMATION Fan Motor Design RPM 1590 Fan Motor Design Voltage 120 Measured Data Fan Motor Design Phase 1 Fan RPM Actual DIRECT DRIVE Operating Hertz 60 Electrical Test Data Motor Volts 1 Actual 123 Test Pressures Motor Amps 1 Actual 0.24 Fan SP In Actual Atmosphere in.wc Corrected Nameplate Amps 0.30 Fan SP Out Actual No Access in.wc Volts/Amps Measured By RMS CLAMP METER SF-01 Supply Outlet Summary System/Unit Area Served Outlet Size inch Design Prelim Final % Instrument Open Area Ak(sq ft) Final Type Airflow Airflow Airflow Final (sq ft) Velocity CFM CFM CFM FPM Outlet-01 MECH RM SD 39.6" 110 120 120 109 Flow Hood Totals: - - - 110 120 120 109 - - - JEDI Balancing, Inc. Page 41 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: HP-03 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number UPS26-99FC Motor HP 150/179/197 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service HP-03 Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 1.3/1.5/1.8 Motor S.F. 1 Design Data Pump Design Flow Not Given GPM Measured Data Design TDH Not Given Ft Valve Manufacturer IMI Total Connected Flow Not Given GPM Valve Model STAD 1" Pump Design RPM Not Given Valve Design D.P. Not Applicable Motor Design HP Not Given Valve Actual D.P. 2.0 ft Design Impeller Diam. Not Given in. Valve Flow 9.6 Valve Position 4.0 Final Test Data Final Flow Actual 9.6 GPM Electrical Test Data Motor Volts 1 121 Volts Motor Amps 1 1.30 Amps Corrected Nameplate Amps 1.79 Pump BHP 0.19 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 42 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-01A GEO LOOP Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Embedded Pump Model Number MAGNA3 40-180 F216 Motor HP 16-606 watts Pump Serial Number 10003411 Motor RPM Not Given Type of Service GEO LOOP Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 0.26-5.26 Motor S.F. 1 Design Data Pump Design Flow 60 GPM Design TDH 25 Ft Total Connected Flow 60 GPM Pump Design RPM Not Given Motor Design HP 607 W Design Impeller Diam. Not Given in. Final Test Data Final Flow Actual 57(Digital Readout)GPM Electrical Test Data Motor Volts 1 120 Volts Motor Amps 1 4.70 Amps Corrected Nameplate Amps 5.26 Pump BHP 0.73 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 Log: P-01A GEO LOOP 4/4/2024 Bryan Hund Used digital readout at pump to determine flow. JEDI Balancing, Inc. Page 43 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-01B GEO LOOP Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number MAGNA3 40-180 F216 Motor HP 16-606 watts Pump Serial Number 10003412 Motor RPM Not Given Type of Service GEO LOOP Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 0.26-5.26 Motor S.F. 1.0 Design Data Pump Design Flow 60 GPM Design TDH 25 Ft Total Connected Flow 60 GPM Pump Design RPM Not Given Motor Design HP 607 W Design Impeller Diam. Not Given in. Final Test Data Final Flow Actual 58(Digital Readout)GPM Electrical Test Data Motor Volts 1 121 Volts Motor Amps 1 4.90 Amps Corrected Nameplate Amps 5.22 Pump BHP 0.76 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 Log: P-01 B GEO LOOP 4/4/2024 Bryan Hund Used digital readout at pump to determine flow. JEDI Balancing, Inc. Page 44 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-02 HP-01 LOAD Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number UPS26-150F Motor HP 265/335/370 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service HP-01 LOAD Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 2.5/3.1/3.5 Motor S.F. 1.0 Design Data Pump Design Flow 30 GPM Measured Data Design TDH 22.2 Ft Pump Off Pressure 15.00 PSI Total Connected Flow 22.5 GPM Valve Shut D.P. 33.00 PSI Pump Design RPM Not Given Valve Shut S.P. 15.00 PSI Motor Design HP 500 W Valve Shut Diff.TDH 41.60 Ft Design Impeller Diam. Not Given in. Valve Open D.P. 26.00 PSI Valve Open S.P. 16.00 PSI Final Test Data Valve Open Diff. 23.10 Ft Final Flow Actual 26.5 GPM Valve Open Flow 26.5 GPM Final D.P. 26.00 PSI Final S.P. 16.00 PSI Final TDH Actual 23.10 Ft Valve Setting 100% Electrical Test Data Motor Volts 1 123 Volts Motor Amps 1 3.20 Amps Corrected Nameplate Amps 3.41 Pump BHP 0.47 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 45 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-03 HP-02 LOAD Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number UPS26-150F Motor HP 265/335/370 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service HP-02 LOAD Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 2.5/3.1/3.5 Motor S.F. 1 Design Data Pump Design Flow 30 GPM Measured Data Design TDH 22.2 Ft Pump Off Pressure 15.00 PSI Total Connected Flow 22.5 GPM Valve Shut D.P. 33.00 PSI Pump Design RPM Not Given Valve Shut S.P. 15.00 PSI Motor Design HP 500 W Valve Shut Diff.TDH 41.60 Ft Design Impeller Diam. Not Given in. Valve Open D.P. 27.00 PSI Valve Open S.P. 16.00 PSI Final Test Data Valve Open Diff. 25.40 Ft Final Flow Actual 25 GPM Valve Open Flow 25 GPM Final D.P. 27.00 PSI Final S.P. 16.00 PSI Final TDH Actual 25.40 Ft Valve Setting 100% Electrical Test Data Motor Volts 1 123 Volts Motor Amps 1 3.10 Amps Corrected Nameplate Amps 3.41 Pump BHP 0.45 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 46 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-04 CHILLED WTR Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number MAGNA3 32-100 F165 Motor HP 9.7-178 watts Pump Serial Number 10007210 Motor RPM Not Given Type of Service CHILLED Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115-230 Starter Manufacturer Thermally Protected Motor F.L.Amps 0.29-1.61 Motor S.F. 1 Design Data Pump Design Flow 21.1 GPM Design TDH 12.6 Ft Total Connected Flow 22.6 GPM Pump Design RPM Not Given Motor Design HP 587 W Design Impeller Diam. Not Given in. Final Test Data Final Flow Actual 23(Setter Summation)GPM Valve Setting 100% Electrical Test Data Motor Volts 1 122 Volts Motor Amps 1 1.50 Amps Corrected Nameplate Amps 1.58 Pump BHP 0.23 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 P-04 CHILLED WTR Balance Valve Summary System/Unit Manufacturer Model Size Design Actual %Final Valve D.P. Valve D.P. Valve Position Number Flow Flow Deviation Design Actual FC-01 IMI STAD 3/4" 1.50 1.56 104 Not 0.66 2.5 Applicable - FC-02 IMI STAD 3/4" 1.50 1.48 99 Not 0.62 2.5 Applicable - FC-03 IMI STAD 3/4" 1.10 1.20 109 Not 0.82 2.0 Applicable _ FC-04 IMI STAD 3/4" 1.50 1.50 100 Not 1.0 2.0 _ Applicable FC-05 IMI STAD 1" 5.20 5.30 102 Not 0.85 4.0 Applicable _ FC-06 IMI STAD 1" 4.10 4.18 102 Not 0.55 4.0 Applicable _ FC-07 IMI STAD 1" 3.60 3.50 97 Not 0.61 3.0 Applicable FC-08 TACO ACCUFLO 3/4" 1.90 1.95 103 10" 10.5" 25 FC-09 IMI STAD 3/4" 2.20 2.30 105 Not 0.50 4.0 Applicable Totals: - - - 22.60 22.97 102 - - - JEDI Balancing, Inc. Page 47 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-05 B-01 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number UPMXL 25-124 Motor HP 3-120 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service B-01 Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 0.05-1.7 Motor S.F. 1 Design Data Pump Design Flow 18.1 GPM Measured Data Design TDH 7.6 Ft Pump Off Pressure 4.00 PSI Total Connected Flow 18.1 GPM Valve Shut D.P. 16.00 PSI Pump Design RPM Not Given Valve Shut S.P. 3.00 PSI Motor Design HP 205 W Valve Shut Diff.TDH 30.00 Ft Design Impeller Diam. Not Given in. Valve Open D.P. 16.00 PSI Valve Open S.P. 13.00 PSI Final Test Data Valve Open Diff. 7.00 Ft Final Flow Actual 19.5 GPM Valve Open Flow 19.5 GPM Final D.P. 16.00 PSI Final S.P. 13.00 PSI Final TDH Actual 7.00 Ft Valve Setting 100% Electrical Test Data Motor Volts 1 121 Volts Motor Amps 1 1.51 Amps Corrected Nameplate Amps 1.69 Pump BHP 0.14 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 48 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-06 B-02 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number UPMXL 25-124 Motor HP 3-120 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service B-02 Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 0.05-1.7 Motor S.F. 1 Design Data Pump Design Flow 18.1 GPM Measured Data Design TDH 7.6 Ft Pump Off Pressure 4.00 PSI Total Connected Flow 18.1 GPM Valve Shut D.P. 16.00 PSI Pump Design RPM Not Given Valve Shut S.P. 3.00 PSI Motor Design HP 205 W Valve Shut Diff.TDH 30.00 Ft Design Impeller Diam. Not Given in. Valve Open D.P. 16.00 PSI Valve Open S.P. 13.00 PSI Final Test Data Valve Open Diff. 7.00 Ft Final Flow Actual 19.5 GPM Valve Open Flow 19.5 GPM Final D.P. 16.00 PSI Final S.P. 13.00 PSI Final TDH Actual 7.00 Ft Valve Setting 100% Electrical Test Data Motor Volts 1 123 Volts Motor Amps 1 1.50 Amps Corrected Nameplate Amps 1.66 Pump BHP 0.14 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 49 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-07A WH-01 Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Embedded Pump Model Number UPS26-99FC Motor HP 150/179/197 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service WH Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 1.3/1.5/1.8 Motor S.F. 1 Design Data Pump Design Flow 15.9 GPM Measured Data Design TDH 13.5 Ft Pump Off Pressure 14.00 PSI Total Connected Flow 15.9 GPM Valve Shut D.P. 27.00 PSI Pump Design RPM Not Given Valve Shut S.P. 14.00 PSI Motor Design HP 197 W Valve Shut Diff.TDH 30.00 Ft Design Impeller Diam. Not Given in. Valve Open D.P. 19.00 PSI Valve Open S.P. 13.00 PSI Final Test Data Valve Open Diff. 13.90 Ft Final Flow Actual 15 GPM Valve Open Flow 15 GPM Final D.P. 19.00 PSI Final S.P. 13.00 PSI Final TDH Actual 13.90 Ft Valve Setting 100% Electrical Test Data Motor Volts 1 121 Volts Motor Amps 1 1.70 Amps Corrected Nameplate Amps 1.79 Pump BHP 0.25 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 50 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-07B WH-02 Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Embedded Pump Model Number UPS26-99FC Motor HP 150/179/197 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service WH Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 1.3/1.5/1.8 Motor S.F. 1 Design Data Pump Design Flow 15.9 GPM Measured Data Design TDH 13.5 Ft Pump Off Pressure 14.00 PSI Total Connected Flow 15.9 GPM Valve Shut D.P. 27.00 PSI Pump Design RPM Not Given Valve Shut S.P. 14.00 PSI Motor Design HP 197 W Valve Shut Diff.TDH 30.00 Ft Design Impeller Diam. Not Given in. Valve Open D.P. 20.00 PSI Valve Open S.P. 14.00 PSI Final Test Data Valve Open Diff. 13.90 Ft Final Flow Actual 15 GPM Valve Open Flow 15 GPM Final D.P. 20.00 PSI Valve Manufacturer IMI Final S.P. 14.00 PSI Valve Model STAD 1" Final TDH Actual 13.90 Ft Valve Design D.P. Not Applicable Valve Setting 100% Valve Actual D.P. 2.0 ft Valve Flow 9.6 Electrical Test Data Valve Position 4.0 Motor Volts 1 121 Volts Motor Amps 1 1.68 Amps Corrected Nameplate Amps 1.79 Pump BHP 0.25 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 51 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-08 SNOWMELT Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Embedded Pump Model Number UPS26-99FC Motor HP 150/179/197 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service SNOWMELT Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 1.3/1.5/1.8 Motor S.F. 1 Design Data Pump Design Flow 9.4 GPM Measured Data Design TDH 21.4 Ft Pump Off Pressure 15.00 PSI Total Connected Flow 11.8 GPM Valve Shut D.P. 28.00 PSI Pump Design RPM Not Given Valve Shut S.P. 15.00 PSI Motor Design HP 1/6 Valve Shut Diff.TDH 30.00 Ft Design Impeller Diam. Not Given in. Valve Open D.P. 23.50 PSI Valve Open S.P. 14.00 PSI Final Test Data Valve Open Diff. 21.90 Ft Final Flow Actual 9.2 GPM Valve Open Flow 9.2 GPM Final D.P. 23.50 PSI Final S.P. 14.00 PSI Final TDH Actual 21.90 Ft Valve Setting 100% Electrical Test Data Motor Volts 1 122 Volts Motor Amps 1 1.40 Amps Corrected Nameplate Amps 1.77 Pump BHP 0.21 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 Log: P-08 SNOWMELT 4/4/2024 Bryan Hund No setters at manifolds. Pump reading for total. JEDI Balancing, Inc. Page 52 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-09 HX-01 BOILER Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Embedded Pump Model Number UPS26-99FC Motor HP 150/179/197 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service HX-01 PRIMARY Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 1.3/1.5/1.8 Motor S.F. 1 Design Data Pump Design Flow 13.1 GPM Measured Data Design TDH 14.5 Ft Pump Off Pressure 14.00 PSI Total Connected Flow 13.1 GPM Valve Shut D.P. 27.00 PSI Pump Design RPM Not Given Valve Shut S.P. 14.00 PSI Motor Design HP 1/6 Valve Shut Diff.TDH 32.30 Ft Design Impeller Diam. Not Given in. Valve Open D.P. 18.50 PSI Valve Open S.P. 13.50 PSI Final Test Data Valve Open Diff. 11.60 Ft Final Flow Actual 15 GPM Valve Open Flow 15 GPM Final D.P. 18.50 PSI Final S.P. 13.50 PSI Final TDH Actual 11.60 Ft Valve Setting 100% Electrical Test Data Motor Volts 1 120 Volts Motor Amps 1 1.66 Amps Corrected Nameplate Amps 1.80 Pump BHP 0.24 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 53 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-10 HX-01 GEO Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Embedded Pump Model Number UPS26-99FC Motor HP 150/179/197 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service HX-01 SECONDARY Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 1.3/1.5/1.8 Motor S.F. 1 Design Data Pump Design Flow 12.2 GPM Measured Data Design TDH 13.2 Ft Pump Off Pressure 15.00 PSI Total Connected Flow 12.2 GPM Valve Shut D.P. 29.00 PSI Pump Design RPM Not Given Valve Shut S.P. 15.00 PSI Motor Design HP 1/6 Valve Shut Diff.TDH 32.30 Ft Design Impeller Diam. Not Given in. Valve Open D.P. 22.00 PSI Valve Open S.P. 16.00 PSI Final Test Data Valve Open Diff. 13.90 Ft Final Flow Actual 11.5 GPM Valve Open Flow 11.5 GPM Final D.P. 22.00 PSI Final S.P. 16.00 PSI Final TDH Actual 13.90 Ft Valve Setting 100% Electrical Test Data Motor Volts 1 120 Volts Motor Amps 1 1.50 Amps Corrected Nameplate Amps 1.80 Pump BHP 0.22 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 54 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-11 FC-06 HEATING Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number UPS26-150F Motor HP 265/335/370 watts Pump Serial Number 2024 Motor RPM Not Given Type of Service FC-06 HW Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 2.5/3.1/3.5 Motor S.F. 1 Design Data Pump Design Flow 18 GPM Measured Data Design TDH 18.9 Ft Valve Manufacturer IMI Total Connected Flow 18 GPM Valve Model STAD 1 1/2" Pump Design RPM Not Given Valve Design D.P. Not Applicable Motor Design HP 1/6 Valve Actual D.P. 1.8 ft Design Impeller Diam. Not Given in. Valve Flow 20 Valve Position 4.0 Final Test Data Final Flow Actual 20 GPM Electrical Test Data Motor Volts 1 121 Volts Motor Amps 1 2.70 Amps Corrected Nameplate Amps 3.47 Pump BHP 0.39 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 JEDI Balancing, Inc. Page 55 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-12A HEATING WATER Tested By: Bryan Hund Date: 4/2/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number MAGNA3 40-180 F216 Motor HP 16-606 watts Pump Serial Number 10003413 Motor RPM Not Given Type of Service HW Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 0.26-5.26 Motor S.F. 1 Design Data Pump Design Flow 50 GPM Design TDH 20.2 Ft Total Connected Flow 68.1 GPM Pump Design RPM Not Given Motor Design HP 630 W Design Impeller Diam. Not Given in. Final Test Data Final Flow Actual 58.5(See Notes)GPM Valve Setting 100% Electrical Test Data Motor Volts 1 121 Volts Motor Amps 1 5.00 Amps Corrected Nameplate Amps 5.22 Pump BHP 0.78 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 Log: P-12A HEATING WATER 4/4/2024 Bryan Hund System connected has 25%diversity compared to pump rating. P-12A HEATING WATER 4/4/2024 Bryan Hund Pump total determined by digital readout and circuit setter summation. JEDI Balancing, Inc. Page 56 of 72 JEDI Balancing Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser P-12A HEATING WATER Balance Valve Summary System/Unit Manufacturer Model Size Design Actual %Final Valve D.P. Valve D.P. Valve Position Number Flow Flow Deviation Design Actual FC-01 IMI STAD 1" 4.20 4.50 107 Not 0.80 3.0 Applicable - FC-02 IMI STAD 3/4" 1.00 1.10 110 Not 1.0 1.5 Applicable _ FC-03 IMI STAD 3/4" 2.00 2.13 107 Not 0.95 2.5 Applicable _ FC-04 IMI STAD 3/4" 3.00 3.04 101 Not 1.1 3.0 Applicable - FC-05 IMI STAD 1 1/4" 9.00 8.90 99 Not 0.82 4.0 Applicable _ FC-06 IMI STAD 11/2" 18.00 20.00 111 Not 1.8 4.0 _ Applicable FC-07 IMI STAD 1" 4.80 4.70 98 Not 0.76 3.5 Applicable - FC-08 TACO ACCUFLO 3/4" 3.00 2.90 97 23" 21.4" 100 FC-09 IMI STAD 3/4" 3.00 3.10 103 Not 0.84 4.0 Applicable _ RM-01* 2.40 2.50 104 See Note Under Pump _ RM-02* 1.00 1.08 108 See Note RM-03* 2.30 2.27 99 See Note RM-04* 1.60 1.70 106 RM-05* 4.70 4.60 98 RM-06* 3.20 3.30 103 RM-07* 1.90 1.94 102 RM-08* 3.00 2.90 97 Totals: - - - 68.10 70.66 104 - - - Log: P-12A HEATING WATER/RM-01 4/4/2024 Bryan Hund Sight glass summation at loops. P-12A HEATING WATER/RM-02 4/4/2024 Bryan Hund Sight glass summation at loops. P-12A HEATING WATER/RM-03 4/4/2024 Bryan Hund Sight glass summation at loops. P-12A HEATING WATER/RM-04 4/4/2024 Bryan Hund Sight glass summation at loops. P-12A HEATING WATER/RM-05 4/4/2024 Bryan Hund Sight glass summation at loops. P-12A HEATING WATER/RM-06 4/4/2024 Bryan Hund Sight glass summation at loops. P-12A HEATING WATER/RM-07 4/4/2024 Bryan Hund Sight glass summation at loops. P-12A HEATING WATER/RM-08 4/4/2024 Bryan Hund Sight glass summation at loops. JEDI Balancing, Inc. Page 57 of 72 JEDI Balancing • Hydronic Pump PROJECT: 430 W HALLAM RESIDENCE DATE: 4/8/2024 LOCATION: ASPEN, CO CONTACT: Josh Cota PROJECT#: 2024-10163 AUTHOR: Donald Pittser SYSTEM/UNIT: P-12B HEATING WATER Tested By: Bryan Hund Date: 4/3/2024 Unit Data Motor Data Pump Manufacturer GRUNDFOS Motor Manufacturer Not Given Pump Model Number MAGNA3 40-180 F216 Motor HP 16-606 watts Pump Serial Number 10003410 Motor RPM Not Given Type of Service HW Motor Frame Not Given Motor Phase 1 Starter Data Motor Rated Volts 115 Starter Manufacturer Thermally Protected Motor F.L.Amps 0.26-5.26 Motor S.F. 1 Design Data Pump Design Flow 50 GPM Design TDH 20.2 Ft Total Connected Flow 50 GPM Pump Design RPM Not Given Motor Design HP 630 W Design Impeller Diam. Not Given in. Final Test Data Final Flow Actual 56.5(See Notes)GPM Valve Setting 100% Electrical Test Data Motor Volts 1 123 Volts Motor Amps 1 4.90 Amps Corrected Nameplate Amps 5.13 Pump BHP 0.78 BHP Volts/Amps Measured By RMS Clamp Meter Operating HZ 60 Log: P-12B HEATING WATER 4/4/2024 Bryan Hund System connected has 25%diversity compared to pump rating. P-12B HEATING WATER 4/4/2024 Bryan Hund Pump total determined by digital readout and circuit setter summation. JEDI Balancing, Inc. Page 58 of 72 0 CD MECHANICAL SPECIFICATIONS: g. DUCTWORK SHALL BE SIZECI2 A MAXIMUM VELOCITY OF 10)FPM/.08"PRESSURE 22. GAS APPLIANCE VENTING: MECHANICAL LEGEND 0 DROP PER 100 FEET. a. ACCEPTABLE VENT MATERIALS,ROUTING,DISTANCE AND TERMINATION LOCATIONS NOTE ALL SYMBOLS SHOWN ON LEGEND h. EACH MECHANICAL VENTILATION SYSTEM(SUPPLY AND/OR EXHAUST)SHALL BE SHALL COMPLY WITH MANUFACTURER'S INSTALLATION INSTRUCTIONS AND ALL ARE NOT NECESSARILY USED. "00 1. GENERAL: C 2EQUIPPED WITH A MEANS OF SHUT-OFF WHEN VENTILATION IS NOT REQUIRED,AND REQUIREMENTS IN CHAPTER 8 OF THE 2009 IMC.PVC PIPING IS NOT ACCEPTED FOR d7 y a FURNISH ALL LABOR,SUPERVISION,MATERIALS,EQUIPMENT AND FACILITIES BACKDRAFT DAMPERS WHICH CAN BE CLOSED ON FAN SHUTDOWN SHALL BE PROVIDED BOILER OR WATER HEATER VENTING.POLYPROPYLENE PIPING MUST BE APPROVED -HwS- HEATING WATER SUPPLY oA OUTDOOR AIR U CO 0 NECESSARY TO FURNISH,FABRICATE,DELIVER,STORE AND INSTALL ALL WORK NOTED FOR AIR INTAKES AND/OR DISCHARGES. FOR USE WITH APPLIANCE MANUFACTURER.CPVC MUST COMPLY WITH ASTM F441. -HWR- HEATING WATER RETURN RA RETURN AIR = , O I ON THE DRAWINGS AND/OR SPECIFIED HEREIN. o I. CLEAN OUT ALL DUCTS PRIOR TO SUPPLY AND RETURN GRILLE INSTALLATION -CwS- CHILLED WATER SUPPLY SA SUPPLY AIR co V) b. THE CONTRACTOR SHALL FURNISH AND INSTALL ALL WORK NECESSARY TO MAKE A j. DOUBLE THICKNESS TURNING VANES SHALL BE USED ON ALL DUCT TURNS OF 90°. 23. WATER QUALITY: C C a)0 COMPLETE SYSTEM WHETHER OR NOT SUCH DETAILS ARE MENTIONED IN THESE -CWR- CHILLED WATER RETURN EA EXHAUST AIR 0 0)2 > SPECIFICATIONS OR SHOWN ON THE PLANS,BUT WHICH ARE OBVIOUSLY NECESSARY a. HEATING AND CHILLED WATER CONDITIONS SHALL BE WITHIN HARDNESS AND PH r, y a Q N 15. HEATING PIPING: RANGE SUITABLE FOR MECHANICAL EQUIPMENT(PER MANUFACTURER).CONTRACTOR -SMS- SNOWMELT SUPPLY RAD RETURN AIR DAMPER V E TO MAKE A COMPLETE SYSTEM,EXCEPTING ONLY THOSE PORTIONS THAT ARE -SMR- SNOWMELT RETURN SAD SUPPLY AIR DAMPER 0 MI CO a. HEATING HOT WATER PIPING 2''4"INCHES AND BELOW SHALL BE TYPE"L"COPPER,HARD TO TEST CONDITIONS PRIOR TO SYSTEM FILL.WATER SOFTENERS OR OTHER DEVICES CD N 0 SPECIFICALLY MENTIONED HEREIN OR PLAINLY MARKED ON THE ACCOMPANYING DRAWN,WITH WROUGHT COPPER SWEAT FITTINGS.JOINTS SHALL BE SOLDERED WITH MAY BE REQUIRED TO IMPROVE WATER QUALITY. -RFS- RADIANT FLOOR SUPPLY SG SUPPLY GRILLE C 01.N W U DRAWINGS AS BEING INSTALLED UNDER ANOTHER SECTION OF THE SPECIFICATIONS. "C C=0 V 95-5 OR SILVER SOLDER.CONDENSER WATER AND HEATING HOT WATER PIPING 3"AND b. INCLUDE CORROSION INHIBITORS ON ALL PROPYLENE GLYCOL MIXTURES. -RFR- RADIANT FLOOR RETURN RG RETURN GRILLECiiii) t (n^C ABOVE SHALL BE SCHEDULE 40 BLACK STEEL A-53 SEAMLESS PIPE WITH WELDED C. PRIOR TO SYSTEM FILL,ALL TUBING SYSTEMS AND MANIFOLDS SHALL BE CLEANED AS 0 01 U O 2. WORKMANSHIP: -G- GAS TG TRANSFER GRILLE a) J 0 V 03 T FITTINGS. PRESCRIBED BY THE TUBING MANUFACTURER. ALL T LCONNECTIONS, Q N GS SC U GSUPPLYTOOLS, (� a. THE WORK SHALL BE ACCOMPLISHED IN A THOROUGH AND WORKMAN-LIKE MANNER b. VALVES SHALL BE DANFOSS OR EQUAL;SERVICE PRESSURE SHALL BE AS REQUIRED. LABOR,AND ACCESSORIES NECESSARY TO PROPERLY REMOVE ALL FOREIGN -MPG- MEDIUM PRESSURE NATURAL GAS SD SUPPLY DIFFUSER - co _ 0 SATISFACTORY TO AND MEETING THE APPROVAL OF THE OWNER AND ARCHITECT. VALVES SHALL BE SUITABLE FOR SERVICE INTENDED.PROVIDE PRESSURE MATERIAL,CHEMICAL,AND RESIDUE WITHIN THE TUBING SYSTEM BEFORE -0 PIPE RISER RD RETURN DIFFUSER "C) M Cl(0 C f6 INDEPENDENT CONTROL VALVE MODELS FOR ALL VARIABLE SPEED SYSTEMS UNLESS PERMANENTLY CHARGING THE SYSTEM AND PLACING INTO OPERATION. C PIPE DROP TD TRANSFER DIFFUSER C L LU L 1 3. MATERIALS: NOTED OTHERWISE. PIPE TAKEOFF(FROM BOTTOM OF MAIN) THERMOSTAT w N J 2 N 07 a ALL MATERIALS AND EQUIPMENT SHALL BE NEW AND THE BEST OF THEIR RESPECTIVE c. PROVIDE HANGERS,SUPPORTS AND INSULATION SADDLES AS REQUIRED AND PER ANSI 24. BEFORE STARTING ANY WORK,THE CONTRACTOR FOR THIS SECTION OF THE WORK SHALL CU LL.I.L-.fn y KIND,FREE FROM ALL DEFECTS AND OF THE MAKE AND QUALITY SPECIFIED. PIPE TAKEOFF(FROM TOP OF MAIN) S SENSOR OUT ON DRAWINGS L " Di- REQUIREMENTS. PLUMBERS TAPE AND WIRE ARE NOT ACCEPTABLE. EXAMINE A COMPLETE SET OF DRAWINGS FOR ALL TRADES,INCLUDING ARCHITECTURAL, 0 (CALL ) PIP END CAP d. PIPING SHALL BE SIZED AT A MAXIMUM PRESSURE DROP OF 3.5 FT PER 100 FEET&4 STRUCTURAL,HVAC,ELECTRICAL,FIRE PROTECTION AND PLUMBING.DIMENSIONS,SPACE ++ 4. SITE INSPECTION: PIPE CONTINUATION FIRE/SMOKE DAMPER U C U c0D FEET/SEC VELOCITY.UNLESS OTHERWISE NOTED,ALL PIPING SHOWN ON PLANS HAS REQUIREMENTS AND POINTS OF CONNECTION TO ALL EQUIPMENT SHALL BE VERIFIED,AND ANY I I a. CONTRACTOR SHALL VISIT THE SITE OF WORK PRIOR TO SUBMISSION OF HIS BID AND f L E V BEEN SIZED FOR COPPER.PROVIDE DEDUCT ALTERNATE PRICING FOR PEX.IF PEX IS MINOR ADJUSTMENTS NECESSARY TO AVOID CONFLICT WITH THE BUILDING STRUCTURE AND PIPE EXPANSION GUIDE THOROUGHLY FAMILIARIZE HIMSELF WITH THE WORKING CONDITIONS&EXACT NATURE FIRE DAMPER 0 USED,UPSIZE PIPE BY 1 NOMINAL SIZE. THE WORK OF THE OTHER TRADES SHALL BE MADE.CONTRACTOR SHALL NOTIFY ARCHITECT -I I I- PIPE UNION U` OF THE WORK. e. CONTROL VALVE Cv RATINGS SHALL BE SELECTED AT A MAXIMUM PRESSURE IMMEDIATELY IF ANY MAJOR CONFLICTS OCCUR. U Q -E- PIPE ANCHOR MOTOR OPERATED DAMPER(MOD) L b. SUBMISSION OF A BID ACKNOWLEDGES FULL RESPONSIBILITY FOR FURNISHING A DIFFERENTIAL ACROSS THE VALVE OF 2 PSI. W COMPLETE AND FUNCTIONAL SYSTEM. FLEXIBLE PIPE CONNECTION Q x f. PROVIDE 3"DIA.x 24"L SCHEDULE 40 PVC INLINE FILTER FILLED WITH LIMESTONE 25. COORDINATE LOCATIONS OF ALL ROOF AND EXTERIOR WALL OPENINGS WITH ALL RELEVANT MANUAL BALANCING DAMPER C. NO CHANGES IN CONTRACT WILL BE MADE TO ACCOMMODATE OR ALLOW EXTRA FUNDS AGGREGATE TO NEUTRALIZE THE BOILER'S CONDENSATE DRAIN. TRADES,AND PROVIDE WATERTIGHT FLASHINGS WHEREVER PENETRATIONS OCCUR.EXACT r PIPE EXPANSION JOINT f CO FOR ANY OMISSION WHICH RESULTS FROM A FAILURE TO THOROUGHLY MAKE THE " POINT OF NEW CONNECTION I, CHANGE OF ELEVATION g. PROVIDE EXPANSION JOINTS OR LOOPS ON ALL HEATING WATER PIPING RUNS IN LOCATIONS AND SIZES MAY BE DEPENDENT UPON EQUIPMENT SELECTIONS;COORDINATE SIZES e I• (D)DROP(R)RISE 0 EXAMINATION. EXCESS OF 50'. AND LOCATIONS OF ALL OPENINGS WITH APPROPRIATE EQUIPMENT REQUIREMENTS. -I/1- PLUG VALVE 'I'� d H ♦ FLEXIBLE DUCT CONNECTION 5. CODES AND PERMITS: -1i1- CHECK VALVE r�I TURNING VANES IN 90°ELBOW 16. REFRIGERANT PIPING: 26. PERMANENT ACCESS TO EQUIPMENT SHALL BE PROVIDED,AND A MINIMUM OF 30"CLEAR ^ AC'. 0 RF a. ALL MECHANICAL EQUIPMENT,INSTALLATION,ETC.,SHALL CONFORM TO THE 2015 a. REFRIGERANT LINE SETS SHALL BE FURNISHED BY THE CONDENSING UNIT WORKING SPACE IN FRONT OF ACCESS PANELS TO THE COMPRESSOR,BLOWER ASSEMBLY AND � BALL VALVE I'X_LL��" •'Q-p,0 G�Sr.": INTERNATIONAL MECHANICAL CODE(IMC),2015 INTERNATIONAL ENERGY �♦- BALANCING VALVE DUCT SIZES ARE NET FREE AREA O 0 H� F'=_ MANUFACTURER AND BE PRE-INSULATED. AIR FILTER SECTION OF THE EQUIPMENT SHALL BE PROVIDED BY GENERAL CONTRACTOR. ;Or 4, 'P,+. CONSERVATION CODE(IECC)AND ORDINANCES AS INTERPRETED BY THE CITY OF b. REFRIGERANT PIPING CONNECTIONS SHALL BE BRAZED WITH 15%SILL FLOSS.PURGE -co-- FLOW REGULATOR VALVE ' - 1ST NO.IS DUCT WIDTH. e O r...� - p c ASPEN BUILDING DEPARTMENT. 2ND NO.IS DUCT DEPTH. =�_}.�,Lip• PIPING WITH NITROGEN WHILE BRAZING. 27. ALL EQUIPMENT SHALL BE SECURELY FASTENED TO THE BUILDING STRUCTURE WITH CODE -I\)- BUTTERFLY VALVE b. CONTRACTOR SHALL OBTAIN AND PAY FOR ALL PERMITS AND INSPECTIONS. c. PROVIDE HANGERS,SUPPORTS AND INSULATION SADDLES AS REQUIRED AND PER ANSI APPROVED VIBRATION ISOLATORS. �1 SECTION THRU ROUND DUCT _ 4' 5��;, C. COPIES OF ALL PERMITS AND INSPECTION REPORTS SHALL BE SUBMITTED TO THE A PRESSURE REDUCING VALVE REQUIREMENTS.PLUMBERS TAPE AND WIRE ARE NOT ACCEPTABLE. ARCHITECT. SECTION THRU SUPPLY AIR DUCT '-:FSST •• d. REFRIGERANT PIPING INDICATED IS SCHEMATIC ONLY.SIZE PIPING AND DESIGN THE 28. EACH PIECE OF EQUIPMENT AND ALL SYSTEMS SHALL BE ADJUSTED AND RE-ADJUSTED TO ` m •.,,,,ONA� ACTUAL PIPING LAYOUT,INCLUDING OIL TRAPS,DOUBLE RISERS,SPECIALTIES,AND INSURE PROPER FUNCTION OF ALL CONTROLS,MAINTENANCE OF TEMPERATURE,ADEQUACY OF 2-WAY CONTROL VALVE 6. AS-BUILTS: ^ SECTION THRU RETURN/EXHAUST AIR DUCT PIPE AND TUBE SIZES,TO ENSURE PROPER OPERATION AND COMPLIANCE WITH FLOWS AND CAPACITIES,ELIMINATION OF NOISE AND VIBRATION,AND SHALL BE LEFT IN PROPER 3-WAY CONTROL VALVE a CONTRACTOR SHALL PROVIDE A COMPLETE SET OF AS-BUILT DOCUMENTS WITH ALL WARRANTIES OF CONNECTED EQUIPMENT. OPERATING CONDITION. ® ROUND DUCT TURN DOWN CHANGES NOTED THEREON AT THE COMPLETION OF THE PROJECT AND PRIOR TO FINAL e, EVACUATE THE ENTIRE REFRIGERANT SYSTEM WITH A VACUUM PUMP TO A VACUUM OF 4-WAY CONTROL VALVE ACCEPTANCE AND PAYMENT. 500 MICROMETER FOR A PERIOD OF 12 HOURS PRIOR TO CHARGING. 29. TEST&BALANCING: I<x I SUPPLY DUCT TURN DOWN a. THE ENTIRE HEATING AND VENTILATING SYSTEM SHALL BE BALANCED BY AN DIFFERENTIAL BYPASS VALVE I 7. GUARANTEE: 17. DUCTWORK INSULATION: INDEPENDENT CERTIFIED TEST AND BALANCE COMPANY. I. a RETURN/EXHAUST DUCT TURN DOWN a. CONTRACTOR SHALL UNCONDITIONALLY GUARANTEE ALL LABOR AND MATERIALS ON a. ALL DUCTWORK SHALL BE INSULATED CONSISTENT WITH THE REQUIREMENTS PER b. 5 COPIES OF THEIR BALANCE REPORTS SHALL BE SUBMITTED TO THE ENGINEER FOR I I STRAINER ALL WORK AGAINST DEFECTS IN WORKMANSHIP AND MATERIALS FOR A PERIOD OF ONE ,. CFM-SO SUPPLY REGISTER/DIFFUSER/LOUVER SECTION 604 OF THE 2009 IMC. REVIEW AND APPROVAL.ELECTRONIC DISTRIBUTION PREFERRED. NECK SIZE YEAR AFTER COMPLETION. b. INSULATION SHALL BE UL LISTED IN COMPLIANCE WITH A FLAME-SPREAD INDEX NOT c. ALL REQUIRED RE-SHEEVING AND ADJUSTING OF EQUIPMENT SHALL BE MADE BY THE NATURAL GAS PRESSURE REGULATOR CFM-RO MORE THAN 25 AND SMOKE DEVELOPED INDEX NOT MORE THAN 50,PER THE 2009 IMC. TEST&BALANCE CONTRACTOR. NECK SIZE RETURN REGISTER/DIFFUSER/LOUVER 8. SUBMITTALS: INSTALLATION SHALL BE IN ACCORDANCE WITH IMC REQUIREMENTS. d. ALL FINAL MEASURED CAPACITIES SHALL BE WITHIN 10%OF THOSE INDICATED ON THE AIR VENT NECK SI ECK SI ZE OUTSIDE AIR REGISTER/DIFFUSER/LOUVER a. CATALOG INFORMATION AND CUTS OF ALL EQUIPMENT AND DEVICES(WITH ALL A. c. RECTANGULAR SUPPLY,RETURN&TRANSFER DUCTWORK SHALL BE INTERNALLY LINED PLANS. OPTIONS CLEARLY MARKED)SHALL BE SUBMITTED TO THE ARCHITECT FOR REVIEW(SIX WITH A VAPOR RESISTANT DUCT LINER OF THICKNESSES SPECIFIED BELOW. PRESSURE-TEMP.TAP CFM-EO EXHAUST REGISTER/DIFFUSER/LOUVER COPIES OF EACH).ELECTRONIC SUBMITTALS PREFERRED.PERFORMANCE SELECTIONS NECK SIZE d. CONCEALED ROUND,CONCEALED OVAL&OUTDOOR AIR DUCTS SHALL BE EXTERNALLY 30. FINAL LOCATION OF GRILLES,REGISTERS&DIFFUSERS SHALL BE PER THE ARCHITECTURAL REQUIRED FOR FAN COILS,HEAT EXCHANGERS,AND PUMPS. -®WRAPPED WITH FIBERGLASS INSULATION WITH AN EXTERNAL VAPOR BARRIER. PLANS,ELEVATIONS OR AS PER FIELD REQUIREMENTS(UPON ACCEPTANCE BY ARCHITECT). PRESSURE GAUGE --4-0-CFM DOOR UNDERCUT REQUIRED R-VALUES ARE SPECIFIED BELOW. -CI 0 9. COORDINATION: e. ALL SUPPLY,RETURN&TRANSFER DUCTWORK LOCATED WITHIN THE BUILDING 31. THE GENERAL CONTRACTOR SHALL FURNISH&INSTALL ALL OF THE REQUIRED ACCESS PANELS ����, (A)SECTION CUT LINE J a. THE DRAWINGS ARE DIAGRAMMATIC AND INTENDED TO SHOW SCOPE. V J �f CO ENVELOPE SHALL BE INSULATED TO A MINIMUM OF R-4(1"LINER)UNLESS SPECIFIED IN THE DRYWALL CEILINGS TO GAIN SERVICE ACCESS TO THE EQUIPMENT.EQUIPMENT WITH (B)SHEET SHOWN ON L S.- b. THE CONTRACTOR SHALL COORDINATE HIS WORK WITH OTHER TRADES TO PROVIDE OTHERWISE ON THE PLANS. MANUFACTURER MANDATED SERVICE REQUIREMENTS INSTALLED WITHIN CRAWLSPACES MUST O BEST ARRANGEMENT OF ALL DUCTS,PIPES,CONDUIT,ETC. f. ALL SUPPLY DUCTWORK LOCATED IN ATTICS OR OTHER UNCONDITIONED SPACES BE A MAXIMUM OF 20 FEET FROM AN ACCESS PANEL. I I O SHALL BE INSULATED TO A MINIMUM OF R-8(2"LINER).ALL OTHER DUCTS IN I 1 10. CUTTING AND PATCHING: UNCONDITIONED SPACES SHALL BE INSULATED TO A MINIMUM OF R-6(1-1/2"LINER). 32. ALL EQUIPMENT SHALL BE INSTALLED ACCORDING TO THE MANUFACTURER'S INSTALLATION, a. ALL CUTTING AND PATCHING REQUIRED OF THE STRUCTURE(NEW OR EXISTING)SHALL g. ALL OUTDOOR AIR DUCTS SHALL BE INSULATED TO A MINIMUM OF R-6 WITH A VAPOR OPERATION&MAINTENANCE MANUAL'S RECOMMENDATIONS ESPECIALLY FOR SERVICE BE PROVIDED UNDER OTHER SECTIONS OF THE WORK. BARRIER. CLEARANCES. VENTILATION CALL DESIGN CONDITIONS m b. PROVIDE NECESSARY REQUIREMENTS TO THE PROJECT SUPERINTENDENT. c. X-RAY SLABS PRIOR TO CORING. OCCUPIABLE FLOOR AREA(Af) 8500 18. PIPING INSULATION: 33. FILTERS: HEATING CO Q a. ALL HYDRONIC PIPING SHALL BE INSULATED CONSISTENT WITH THE REQUIREMENTS a. SHALL BE UL RATED AND APPROVED. #OF BEDROOMS(Nbr) 8 11. CLEANUP: SYSTEM COEFFICIENT(Sc) 075 OUTSIDE AIR TEMPERATURE(°F) -20 W PER SECTION 1204 OF THE 2009 IMC. b. PRESSURE DROPS SHALL NOT EXCEED.10"STATIC PRESSURE. O a. UPON COMPLETION OF THE WORK UNDER THIS SECTION,THE CONTRACTOR SHALL INDOOR AIR TEMPERATURE(°F) 70 b. ALL EXPOSED PIPING SHALL UTILIZE FIBERGLASS INSULATION WITH VAPOR BARRIER REMOVE ALL SURPLUS MATERIALS,EQUIPMENT AND DEBRIS INCIDENTAL TO THIS WORK WHEREVER ARMAFLEX IS USED,IT MUST BE FIELD TAPED ALONG BOTH LONGITUDINAL 34. ELECTRICAL CONNECTIONS: CFM1(0.01SA0+I(7.5x(Nbr+1)])xSc 114 AND LEAVE THE PREMISES CLEAN AND ORDERLY. COOLING CO .` AND RADIAL SEAMS.SELF ADHERING ALONG IS NO ACCEPTABLE. a. UNLESS OTHERWISE INDICATED ALL MAGNETIC MOTOR STARTERS,THERMAL OUTDOOR DRY BULB TEMPERATURE c. INSULATION SHALL BE UL LISTED IN COMPLIANCE WITH A FLAME-SPREAD INDEX NOT OVERLOADS,LOW VOLTAGE THERMOSTATS,CONTROL RELAYS,CONTROL CFM PROVIDED(ERV-1) 168 (°F) 88 J 12. MECHANICAL IDENTIFICATION MORE THAN 25 AND SMOKE DEVELOPED INDEX NOT MORE THAN 450,PER THE 2009 IMC. TRANSFORMERS AND SOLENOID VALVES SHALL BY FURNISHED BY THE MECHANICAL OUTDOOR WET BULB TEMPERATURE(°F) 58 71 a. EQUIPMENT NAMEPLATES:METAL,WITH DATA ENGRAVED OR STAMPED,FOR INSTALLATION SHALL BE IN ACCORDANCE WITH IMC REQUIREMENTS. CONTRACTOR. PERMANENT ATTACHMENT ON EQUIPMENT. INDOOR AIR TEMPERATURE(°F) 75 d. ALL HYDRONIC PIPING SHALL BE INSULATED TO A MINIMUM OF R-3. b. UNLESS OTHERWISE SPECIFIED,ALL MOTORIZED DAMPERS SHALL BE LOW VOLTAGE. b. PIPE MARKERS:PREPRINTED,COLOR CODED,WITH LETTERING INDICATING SERVICE, e. ALL PIPING ROUTED BELOW THE SLAB UNDERGROUND SHALL BE TYPE"k"COPPER AND ALL WIRING AND POWER CONNECTIONS SHALL BE PROVIDED BY THE MECHANICAL INDOOR RELATIVE HUMIDITY(%) 30 AND SHOWING DIRECTION OF FLOW. SHALL BE INSULATED WITH ARMIFLEX TYPE INSULATION. CONTRACTOR. WINDOWS c. VALVE TAGS:STAMPED OR ENGRAVED WITH 1/4"LETTERS FOR PIPING SYSTEM c. PROVIDE MOTORS AND EQUIPMENT FOR ONLY THOSE CURRENT CHARACTERISTICS U-VALUE" 0.28 ABBREVIATION AND 1/2"NUMBERS,WITH NUMBERING SCHEME.PROVIDE 5/32"HOLE FOR FASTENER. 19. TEMPERATURE CONTROL DEVICES: INDICATED ON THE DRAWINGS. SOLAR HEAT GAIN COEFFICIENT' 0.4 a. CONTRACTOR SHALL PROVIDE DDC CONTROLS CAPABLE OF MEETING THE SEQUENCE d. IT IS THE INTENT OF THIS DIVISION TO REQUIRE A COMPLETE SYSTEM PER THE d. VALVE TAG SCHEDULE:PREPARE A VALVE TAG SCHEDULE TO BE SUBMITTED TO THE OF OPERATION DESCRIBED ON SHEET M1.1. CONTRACT DOCUMENTS. a HIGHER U-VALUES OR SHGC COULD LEAD TO MAINTENANCE ENGINEER FOR RECORD. b. THE HVAC SYSTEM SHALL BE PROVIDED WITH 7-DAY PROGRAMMABLE AUTOMATIC e. COORDINATE ALL EQUIPMENT REQUIRING ELECTRICAL POWER,REGARDLESS OF INSUFFICIENT COOLING.LOWER VALUES COULD LEAD 13. DUCTWORK: SPACE TEMPERATURE CONTROL DEVICES(THERMOSTATS)AS SHOWN ON THE PLANS. VOLTAGE,WITH OTHER TRADES,SO THAT ALL SYSTEMS ARE COMPLETE AND TO OVERSIZI NG/SHORT CYCLING. AEC PROJECT#: 17052 THE THERMOSTATS SHALL BE CAPABLE OF SCHEDULING OCCUPANCIES AND PROVIDING OPERATIONAL. a. DUCTWORK SHALL BE FABRICATED AND INSTALLED IN ACCORDANCE WITH THE 2009 IMC SETBACK CAPABILITIES TO MAINTAIN ZONE SETPOINTS DOWN TO 55°F OR UP TO 85°F. f. ALL THREE PHASE MOTORS SHALL BE PROVIDED WITH PHASE LOSS PROTECTION. AND SMACNA STANDARDS. c. CONTROLS SHALL BE CAPABLE OF PROVIDING A DEADBAND OF AT LEAST 5°F BETWEEN g. ALL SINGLE AND THREE PHASE MOTORS,STARTERS AND DISCONNECTS PROVIDED BY DATE: ISSUE: b. DUCTWORK SHALL BE GALVANIZED STEEL GAUGES TO MEET SMACNA STANDARDS. HEATING AND COOLING. MECHANICAL CONTRACTOR AND WIRED BY THE ELECTRICAL CONTRACTOR. DUCTWORK SIZES INDICATED ARE INSIDE TO INSIDE[OUTSIDE TO OUTSIDE] 07-30-21 ELEC UPDATES &d. THERMOSTATS SHALL HAVE NUMERIC SET POINTS IN°F,ADJUSTABLE SETPOINT STOPS, DIMENSIONS. AND SHALL BE MOUNTED AT 46"ABOVE FINISHED FLOOR ADJACENT TO THE ROOM'S 35. ACOUSTICAL COMPLIANCE 09-13-21 SNOWMELT c. ALL DUCT JOINTS SHALL BE SEALED AIR TIGHT WITH RCD CORP.#6 MASTIC ADHESIVE 5 LIGHT SWITCH. a. AEC IS NOT ABLE TO PROVIDE ACOUSTICAL MODELING OF EXTERIOR EQUIPMENT,NOR 10-03-21 LAUNDRY TRANSFER WITH VERSA GRIP OR MESH. e. COORDINATE CONTROL TIE-INS WITH CONTROLS CONTRACTOR AS NECESSARY. PROVIDE DOCUMENTATION SUPPORTING COMPLIANCE WITH THE CITY OF ASPEN NOISE ///��� d. ALL FINAL CONNECTIONS TO SUPPLY GRILLES SHALL BE COMPLETED WITH ACOUSTICAL 10-12-21 REDLINES /7\ f. ALL THERMOSTATS SHALL BE APPROVED BY THE OWNER. ORDINANCE.AN ACOUSTICAL CONSULTANT IS RECOMMENDED TO VERIFY COMPLIANCE. 'U` FLEXIBLE DUCT UNLESS OTHERWISE NOTED ON THE PLANS.MINIMUM LENGTH IS 3', NOISE MITIGATION MEASURES(BY OTHERS)MAY BE REQUIRED. 10-26-21 SNOWMELT 8 MAXIMUM LENGTH IS 5'. 20. SNOWMELT INSULATION: e. FLEXIBLE DUCT USED FOR CONDITIONED AIR SHALL BE UL APPROVED,VINYL COATED, 12-23-21 RFI 42 a. INSULATION SHALL BE INSTALLED UNDER ALL SNOWMELT AREAS,MINIMUM R-15. 36. TEMPORARY HEATING DURING CONSTRUCTION: WIRE REINFORCED FIBERGLASS,WITH MAXIMUM THERMAL CONDUCTIVITY OF 0.30 CONFIRM COMPRESSIVE STRENGTH RATING REQUIREMENTS WITH THE STRUCTURAL a. MECHANICAL EQUIPMENT SHALL NOT BE UTILIZED FOR TEMPORARY HEATING. Drawn By: Checked By: BTU-IN/HR-FT2-°F AND A MAXIMUM LENGTH OF FIVE FEET. ENGINEER FOR EACH APPLICATION.INSULATION UNDER TRAFFIC AREAS MUST BE DPF TOC f. CLOTHES DRYER VENT EXHAUST DUCTWORK SHALL BE ALUMINUM.DUCTWORK SHALL TRAFFIC RATED.BUBBLE-TYPE INSULATION IS PROHIBITED ENTIRELY. NOT BE CONNECTED OR INSTALLED WITH SHEET METAL SCREWS OR OTHER FASTENERS THAT WILL OBSTRUCT THE EXHAUST FLOW.TERMINATE WITH A WALL CAP 21 RADIANT INSULATION: MECHANICAL WITH A BACK DRAFT DAMPER.SCREENS ARE PROHIBITED.REFER TO SECTION M1502 a. INSULATION SHALL BE INSTALLED UNDER ALL RADIANT AREAS,ACCORDING TO CODE OF THE 2009 IRC FOR MAXIMUM DRYER EXHAUST DUCT LENGTHS. AND/OR MANUFACTURER REQUIREMENTS. LEGEND & SPEC'S 1 of 13 -m COPYRIGHT 2020 ARCHITECTURAL ENGINEERING CONSULTANTS.INC. Page 59 of 72 CM N FAN COIL UNIT SCHEDULE OR EQUIVALENT AM HEATING COIL DATA COOLING COIL DATA ELECTRICAL OPER. I (/) O UNIT MANUFACTURER& TOTAL O.A. ESP DIMENSIONS -0 SERVICE LOCATION HP TOTAL AIR SIDE WATER SIDE TOTAL AIR SIDE WATER SIDE DATA WT. REMARKS TAG MODEL NO. CFM CFM (IN) C N rn m MBH EDB(°F)I LDB(°F)'EWE(°F)I LWT(°F) GPM PD(FT)!#ROWS! SOLUTION MBH EDB(°F\EWB(°F)LDB(°F)ILWB(°F),EWT(°F)LWT(°F(GPM PD(FT) #ROWS SOLUTION V/PH/Hz L(IN) H(IN) W(IN) (LBS) CO U To'a env DAIKIN CRAWL o FM Z O FC-1 LAH002A BED/BATH 1,BED/BATH 2 SPACE 575 0 0.5 0.75 11.5 70.0 94.5 110.0 104.0 4.2' 1.9 2.0 GLYCOL 25% 8.5 70.0 54.2 51.8 47.6 45.0 56.7 1.5 1.2 6.0 GLYCOL 25% 208/60/3 52.0 20.5 28.5 269.5 1,2,3 N --U y 6 cow FC-2 DAIKIN REC ROOM CRAWL 600 0 0.5 0.75 7.0 70.0 84.4 110.0 95.4 1.0 0.2 2.0 GLYCOL 25% 8.7 70.0 54.2 52.2 47.7 45.0 56.9 1.5 1.2 6.0 GLYCOL 25% 208/60/3 52.0 22.4 34.8 380.1 1,2,3 0 2 Q p LAH002A SPACE U N d N Lo DAIKIN BUNK ROOM,BED/BATH 3, CRAWL N CO FC-3 LAH002A BED/BATH 4 SPACE 450 0 0.5 0.75 7.5 70.0 90.6 110.0 102.2 2.0 0.5 2.0 GLYCOL 25% 6.8 70.0 54.2 51.2 47.4 45.0 57.9 1.1 0.9 6.0 GLYCOL 25% 208/60/3 52.0 20.5 28.5 269.5 1,2,3 0 C�-.0 0 DAIKIN CRAWL els L CO FC-4 LAUNDRY,GYM,MASSAGE 600 0 0.5 0.75 10.3 70.0 91.1 110.0 102.9 3.0 1.0 2.0 GLYCOL 25% 8.7 70.0 54.2 52.2 47.7 45.0 56.9 1.5 1.2 6.0 GLYCOL 25% 208/60/3 52.0 20.5 28.5 269.5 1,2,3 ✓T U O(>S LAH002A SPACE J QU N 03 o FC-5 DAIKIN ENTRY,LIVING CRAWL 2050.0 0 0.5 1.50 32.9 70.0 89.8 110.0 102.4 9.0 0.8 2.0 GLYCOL 25% 28.6 70.0 54.2 52.9 48.0 45.0 56.3 5.2 1.2 6.0 GLYCOL 25% 208/60/3 65.6 28.4 56.5 630.9 1,2,3 .... .... m L Eo .'CO P47 w L WL FC-6 DAIKIN FAMILY ROOM,KITCHEN CRAWL 1600.0 1200 0.5 1.00 77.3 17.5 77.0 110.0 101.1 5.6 2.0 GLYCOL 25% 21.9 70.0 54.2 53.2 48.1 45.0 56.0 4.1 0.8 6.0 GLYCOL 25% 208160I3 59.4 28.4 42.5 531.3 1,2,3,4 U O- LAHOO5A SPACE N J= N (6 Wr UN FC-7 DAIKIN DINING ROOM CRAWL 1400.OTraC0MERV 0.5 1.00 19.1 70.0 86.7 110.0 101.8 4.8 0.4 2.0 GLYCOL 25% 19.7 70.0 54.2 52.7 47.9 45.0 56.3 3.6 0.7 6.0 GLYCOL 25% 208/60/3 59.4 28.4 42.5 531.31,2,3 = =~ LAH005A SPACE U U a)coe FC-8 LDAH002A BOY ROOMI&2 GARAGE 750.0 0 0.5 0.75 11.5 70.0 88.8 110.0 102.1 3.0 1.0 2.0 GLYCOL25% 10.4 70.0 54.2 53.0 48.1 45.0 56.2 1.9 1.5 6.0 GLYCOL25% 208/60/3 52.0 20.5 28.5 269.5 1,2,30:1) LpV DAIKIN MASTER Cam) CO)aD FC-9 MASTER BED/BATH 850.0 0 0.5 0.75 12.1 70.0 87.5 110.0 101.6 .0 1.0 2.0 GLYCOL25% 11.5 70.0 54.2 53.4 48.2 45.0 55.7 2.2 1.8 6.0 GLYCOL25% 208/60/3 52.0 20.5 28.5 269.5 1,2,3 V LAH002A CLOSET W I 1-FLEXIBLE DUCT CONNECTIONS,2-SPRING VIBRATION ISOLATORS,I3-MERV II FILTERS,4-FACTORY MIXING BOX"OUTDOOR AIR CFM IS ASSUMED AND MUST BE MEASURED IN THE FIELD.BALANCE DAMPERS TO MEET ACTUAL INSTALLED KITCHEN EXHAUST AIRFLOW 03 0 ENERGY RECOVERY UNIT SCHEDULE OR EQUIVALENT d SUPPLY FAN DATA EXHAUST FAN DATA WINTER SUMMER HEAT RECOVERY MODULE FILTER DATA ELECTRICAL DATA DIMENSIONS UNIT MANUFACTURER& OPER. ••••'• SERVICE LOCATION ESP ESP OA SA OA SA %EFF. REMARKS TAG MODEL NO. HP CFM (IN) HP CFM (IN.) EAT EAT EAT EAT TYPE CORE TYPE WNTR/SUM NO. TYPE SIZE FLA V/PH/Hz L(IN) WIN) H(IN) WF-(LBS) +'OQ-POO H T(�-- CLEANABLE SPUN 10.5a21.75x ',0' 'P..'- ERV-2 RENEWAIRE-EV200 LOWER LEVEL CRAWL SPACE 1/10 168 050 NA 168 050 -20 54 95 78 PLATE LOSSNAY 85/89 2 POLYESTER 1 1.5 120/1/60 32 21.5 29 80 ADD ELECTRIC DUCT HEATER -0 � A - O'). v• S ci 4, EXHAUST/SUPPLY FAN SCHEDULE OR EQUIVALENT BOILER SCHEDULE OR EQUIVALENT 'OFSS/ NC' ; --•r„„ZONAL E ELECTRICAL DATA NOISE CAPACITY(MBH)@ GAS PRESSURE ELECTRICAL UNIT MANUFACTURER& TOTAL FAN OPER. GAS RELIEF STACK OPER. DIMENSIONS TAG MODEL NO. SERVICE LOCATION TYPE CFM RPM ESP(IN) POWER V/PH/Hz LEVEL WT(LBS) REMARKS UNIT MANUFACTURERS SERVICE LOCATION 8000'ASL (IN WC) AFUE VALUE FLOW MAX PD PRESS EVJF LVJF DATA DIA WT. REMARKS (BONES) TAG MODEL NO. (A) (BTU/GE) (GPM) (FT) PSI ()F) ()F) (IN) LBS IN OUT MIN MAX ( ) (PSI) V/PH/Hz (LBS) LON) H(IN) W(IN) PANASONIC EF-1 FV-IONLFI 005 GUEST BATH 1 005 GUEST BATH 1 INLINE 120 1590 025 360W 120/1l60 1 13.9 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCH LOCHINVAR OHW/ B-1 KHN285 SNOWMELT MECH ROOM 285.0 255.9 4 14 95.0 770 18.1 1.3 30 120 150 120/1/60 4 4 19 43.38 16 1,3,4,5,6,7 PANASONIC EF-2 FV-20NLF1 009 GUEST BATH 2 009 GUEST BATH 2 INLINE 240 1260 0.25 57W 120/1/60 1.4 16.5 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCH LOCHINVAR DHW/ B 2 KHN285 SNOWMELT MECH ROOM 285.0 255.9 4 14 95.0 770 1.3 30 120 150 120/1/60 4 4 19 43.38 16 1,3,4,5,6,7 EF-3 PANASONIC 013 BUNK BATH 013 BUNK BATH INLINE 240 1260 0.25 57W 120/1/60 1.4 16.5 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCH 1-OUTDOOR RESET,2-50%PG.,3-30%P.G.,4-FLOW SWITCH,5-LOW LIMIT CUTOUT,6-E.P.O.SWITCH,7-C PVC VENT PIPING FV-20N LF1 PANASONIC EF-4 002 POWDER 002 POWDER INLINE 50 989 0.25 8.2 W 120/1/60 1 13.9 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCH FV-15NLFS1 HUMIDIFIER SCHEDULE OR EQUIVALENT PANASONIC EF-5 024 SPA WC 024 SPA VWC INLINE 50 989 0.25 8.2W 120/1l60 1 13.9 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCH ELECTRICAL DATA FV-15NLFS1 UNIT MANUFACTURER& SERVICE LOCATION CAPACITY DIMENSIONS OPER. REMARKS TAG MODEL NO. (LBS/HR) KW V/Hz/PH (WNxLxH) WL.(LBS) PANASONIC PROVIDE FIELD INSTALLED BACKDRAFT DAMPER AS ADD-ALTERNATE IN ADDITION TO EF-6 MECH ROOM NECH ROOM CEILING 110 1239 0.25 16.4 W 120/1/60 0.9 11 PF05-11VQ1 INTEGRAL BACKDRAFT DAMPER,INTERLOCK WITH REVERSE ACTING T-STAT&SF-1 NORTEC H1 RH2 DUCT FC-1 MECH ROOM 1-5 1.9 120/60/1 11.4x6.9x21.4 21 1,2,3,4,5,6,7 0 EF-7 PANASONIC 112 BATH 1 112 BATH 1 INLINE 240 1260 0.25 57 W 120/1/60 1.4 16.5 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCH FV-20N LF1 RH2 NORT D C Z H2 RH2 DUCT FC-2 MECH ROOM 1-5 1.9 120/60/1 11.4x6.9x21.4 21 1,2,3,4,5,6,7 03 EF-8 PANASONIC 102 POWDER 102 POWDER INLINE 50 989 025 82W 120/1/60 1 139 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCH O FV-15NLFS1 NORTEC H-3 FC-3 MECH ROOM 1-5 1.9 120/60/1 11.4 x6.9 x21.4 21 1,2,3,4,5,6,7 0 PANASONIC RH2 DUCT EF-9 MASTER 1 MASTER 1 INLINE 120 1590 0.25 36.0 W 120/1/60 1 13.9 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCH FV-10N LF1 NORTEC Q H-4 RH2 DUCT FC-4 MECH ROOM 1-5 1.9 120/60/1 11.4 x6.9 x21.4 21 1,2,3,4,5,6,7 PANASONIC EF-10 MASTER 2 MASTER 2 INLINE 240 1260 025 57W 120/1/60 14 165 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCKWITH WALL SWITCH FV-20NLF1 NORTEC H5 FC-5 MECH ROOM 1-5 19 120/60/1 114 x89x214 21 1,2,3,4,5,6,7 C PANASONIC PROVIDE FIELD INSTALLED BACKDRAFT DAMPER AS ADD-ALTERNATE IN ADDITION TO RH2 DUCT Q) EF-11 FV-30VQ3 GARAGE GARAGE CEILING 355 874 0.25 110W 120/1/60 3 27.1 INTEGRAL BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCH NORTECCO H-6 FC5 MECH ROOM 1-5 1.9 120/60/1 11.4x6.9x21.4 21 1,2,3,4,5,6,7 RH2 DUCT EF-12 PANASONIC 027 BATH 3 027 BATH 3 INLINE 50 989 0.25 8.2 W 120/1/60 1 13.9 FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH WALL SWITCHIA FV-15NLFS1 NORTEC H7 RH2 DUCT FC-7 MECH ROOM 1-5 1.9 120/60/1 11.4x6.9x21.4 21 1,2,3,4,5,6,7 O AIR DEVICE SCHEDULE OR EQUIVALENT H-8 NOR DUCT FC8 GARAGE 1-5 1.9 120/60/1 11.4 x6.9 x21.4 21 1,2,3,4,5,6,7 NORTEC UNIT MANUFACTURER& MOUNTING FRAME A�lAX H-9 RH2 DUCT Fog MASTER CLOSET 1-5 19 120/60/1 114 x69x214 21 1,2,3,4,5,6,7 TAG MODEL NO. USE LOCATION STYLE TYPE FINISH SOUND REMARKS LVL(NC) I-SHORT ABSORPTION MANIFOLD,2-HIGH LIMIT SENSOR,3-AIR PROVING SWITCH,4-CONFIRM HU MID ISTAT AND CONTROLLER LOCATION WITH OWNER,5-MODULATING CONTROL,6-OUTDOOR RESET CONTROL,7-CONFIRM WATER QUALITY IS WITHIN CUSTOM GRILLE BY OTHERS,SQUARE INCHES OF FREE PREASHOWN PER GRILLE.FREE MANUFACTURER'S RECOMMENDATIONS OR PROVIDE WATER TREATMENT PRIOR TO OPERATING HUMIDIFIERS A CUSTOM SUPPLY/RETURN FLOOR/CEILING/ CUSTOM COORD.W/ COORD.W/ 25 AREA OF GRILLE MUST NOT BE BLOCKED BYJOISTS OR STRUCTURAL MEMBERS,ADEQUATE Q WALL ARCH ARCH DUCT CONNECTIONS TO EACH GRILLE ARE REQUIRED.AEC NOT RESPONSIBLE FOR NOISE PRODUCED BY CUSTOM GRILLES.FREE AREA BASED ON 400FPM. DAMPER SCHEDULE OR EQUIVALENT 0°DEFLECTION LINEAR COORD.W/ COORD.W/ INLET CFM MAX MAX OPER. B TITUS-CT580 RETURN SIDEWALL/CEILIN( 25 STEEL CONSTRUCTION.SEE DRAWINGS FOR LOCATIONS,SIZES,AND SPECIFIED CFMS. UNIT MANUFACTURER& VELOCITY BAR GRILLE ARCH ARCH TAG MODEL NO. SERVICE LOCATION SIZE (FPM) MIN. MAX. APD SOUND WT. REMARKS (IN) (IN.VVC) LVL(NC) (LBS) C TITUS-FL15 SUPPLY SIDEWALL/CEILIN(SLOT GRILLE COORD.W/ COORD.W/ 25 STEEL CONSTRUCTION.SEE DRAWINGS FOR LOCATIONS,SIZES,AND SPECIFIED CFMS. HONEYWELL AEC PROJECT#: 17052 ARCH ARCH ZD-IA ZD FC-1 ZONEA CRAVVL SPACE 12x10 750 - 280 0.10 25 N/A MOTORIZED DAMPER ZD 1B ZDONEVVVELL FC-1 ZONE B CRAWL SPACE 12x10 750 - 275 0.10 25 N/A MOTORIZED DAMPER DATE: ISSUE: SUPPLY FAN SCHEDULE OR EQUIVALENT HONEVVVELL 07-30-21 ELEC UPDATES SUPPLY FPN ELECTRICAL DATA NOISE DIMENSIONS OPER. ZD-3A FC-3 ZONE CRAWL SPACE 12x10 750 - 330 0.10 25 N/A MOTORIZED DAMPER UNIT MANUFACTURER& ZD 09-13-21 SNOWMELT TAG MODEL NO. SERVICE LOCATION TYPE TOTAL ESP LEVEL WT. REMARKS CFM (IN) RPM W/HP V/PH/HZ (SONES) L(IN) H(IN) W(IN) (LBS) ZD 3B ZDONEWSELL FC-3 ZONE B CRAWL SPACE 8x8 700 - 120 0.10 25 N/A MOTORIZED DAMPER 10-03-21 LAUNDRY TRANSFER 7� PANASONIC EAST MECHANICAL EASTNECHPNICAL INLINE/CEILING FIELD INSTALLED BACKDRAFT DAMPER,INTERLOCK WITH 10-12-21 REDLINES Y7\ SF-1 FV1ONLF1 ROOM ROOM MOUNTED FAN 110 025 1590 36 12011/60 1 175 8 11 139 EF-6,RUN CONTINUOUSLY,BALANCE TO NOTED CFM ZD-9A ZDONEYWELL FC-9 ZONE CRAWL SPACE 14x12 800 - 520 0.10 25 N/A MOTORIZED DAMPER 10-26-21 SNOWMELT '[��` 8 HONEVVVELL 12-23-21 RFI 42 ZD-9B ZD FC-9 ZONES CRAWL SPACE 18x12 850 - 745 0.10 25 N/A MOTORIZED DAMPER Drawn By: Checked By: MD-1 HMOD DPF TOC NEVWELL ERV-1 EXHAUST CRAWL SPACE 8"DIA 525 - 190 0.10 25 N/A MOTORIZED DAMPER MD-2 HMODNEVVVELL ENRRV-10UTSIDE CRAWL SPACE 8"DIA 525 - 190 0.10 25 N/A MOTORIZED DAMPER MECHANICAL MD-3 Zp NEVVVELL FC-6 MUA OA CRAWL SPACE 21X15 925 - 1200 0.10 25 N/A MOTORIZED DAMPER SCHEDULES MD-4 Zp NEVVVELL FC-6 MUA RA CRAWL SPACE 20X14 1000 - 1600 0.10 25 N/A MOTORIZED DAMPER M-602 11 of 13 -®COVMMIT 2020 ARCHITECTURAL ENGINEERING CONSULTANTS,INC- Page 60 of 72 o N co O RADIANT SCHEDULE OR EQUIVALENT PUMP SCHEDULE OR EQUIVALENT fn p' TUBE ACTIVE TOTAL C CO N N MANIFOLD ZONE MANUFACTURERS AREA(SC)BTUH/SG SURFACE TUBE DIA NUMBER LEADER GPM/ PD ELECTRICAL DATA SERVICE SPACING LOOP LOOP GPM ZONE Remarks MANUFACTURERS TOTAL W U o O TAG TAG MODEL NO. FT) FT FINISH (IN) IN LOOPS LENGTH LENGTH LENGTH LOOP (FT) UNIT TAG MODEL N0. SERVICE LOCATION TYPE GPM HEAD(FT) REMARKS yr C V/PH/Hz HP\W p I®U PONOR hePEX 002 LL Powder ®CERAMIC TILE El 1 10 33 ® U.S 0.0 0.0 ,2,3 (n N UI GRUNDFOS GEOTHERMAL 607 W CO to o P-1A&B CRAWL SPACE INLINE 60 25.0 115/1/60 1,3,OPERATE AS DUTY/STANDBY.VERIFY SIZE AND GPM WITH MEG CONTRACTOR. C O a,(MAX) UPONOR hePEX 003 Bedroom Vestibule rIII 1]3 WOOD FLOORING 9 1 10 193 r 0.1 1:11 MLGNA340-180 LOOPFIELD,2,3 III 2Q o GRUNDFOS HP-1- / TOTAL 2.4 GPM P-2 CRAWLSPACE INLINE 30. 2 0 22 115/1160 SOOW 1 U a)d UPONOR hePEX 004 Guest Bedroom 1 ®i RE WOOD FLOORING El 2 10 153 173 � m '2'3 UPS 26-150 LOAD SIDE O O 1 P3 GRUNDFOS ADSI CRAWLSPACE INLINE 30.0 22.2 115/1/60 500W 1 C Cw CM O U UPONOR hePEX 005 Guest Bath 1 ®CERAMIC TILE ® 9 1 30 160 220 �® 2,3 UPS 26-150 LOAD SIDE L N 7- L N f� GRUNDFOS 5I'W 0)U O fd U PONOR hePEX 008 Guest Bedroom 2 FIREWOOD �WOOD FLOORING® 9 2 10 153 173 M� P-4 GRUNDFOS 100 CHILLED WATER CRAWL SPACE INLINE 21.1I11 12.6 115/1/60 ( ) 1,3 • J U 7 111 C Q T U PONOR hePEX 009 Guest Bathroom2 140 =CERAMIC TILE ® 9 2 40 93 173 0.31ff 0.8 GRUNDFOS P-5 UPML B-1 CRAWLSPACE INLINE 18.1 7.6 115/1/60 205W 2,3 D) VOL'9 C f6 UPONOR hePEX 012 Bunk Room 190 =WOOD FLOORING® 9 2 10 126 146 0.3 0.6 0.7 ,2,3 GRUNDFOS LU T O 2 TOTAL 1.0 GPM P-6 UPML B-2 CRAWL SPACE INLINE 18.1 7.6 115/1/60 205W 2,3 w U Lu= C.1 UPONORhePEX 013 Bunk Bath ®®CERAMIC TILE ® 9 1 10 233 253 0.4 0.4 2.0 ,2,3 Il.l L..•� N P-7A&B GRUNDFOS WATER HEATING CRAWLSPACE INLINE 1115.9 13.5 115/1/60 197W 2,OPERATE AS DUTY/STANDBY L 0I- n UPONOR hePEX 018 Hall 140 ®WOOD FLOORING El 1 15 188 216 0.4 0.4 El ,2,3 UPS 26-99 = N +,- y" U CD O GRUNDFOS V 'C U co P-8 SNOWMELT CRAWLSPACE INLINE 9.4 21.4 115/1/60 1/6 20 UPONOR hePEX 017 Rec Room r L WOOD FLOORING 9 3 10 177 197 L L• ,2,3 UPS 26-120 • L Q GRUNDFOS HX-1(BOILER II UPONOR hePEX 035 Media Room FIRE CARPET El 9 3 15 148 178 II 2 P-9 CRAWL SPACE INLINE 13.1 14.5 115/1/fi0 1/6 2.3N TOTAL 2.3 GPM ups 2s-ss Fc sD -Co QC i- ns UPONOR hePEX 022 Gym �=WOOD FLOORING ElEI �El in GRUNDFOS UPS 26-99 FC 9 3 10 162 182 m ,2,3 P-10 H Q CO X-1(GEO SIDE) CRAWL SPACE INLINE 12.2 13.2 115/1/60 l/6 1 UPONOR hePEXII 028 STORAGE 40 ®W000 FLOORING 1/2" 9 1 10 53 73 0.1 0.1 0 0 2 GRUNDFOS 0 P-11 FC-6 HEATING CRAWL SPACE INLINE 18 18.9 115/1/60 1/6 1 UPS DFO d UPONOR hePEX 027.1 Guest Bath 3 40 CERAMIC TILE 1/2" 9 1 10 53 73 0.1 0.1 0.0 ,2 GRUNDFOS 630 W • P 12A 8 B MAGNA340-180 HEATING WATER CRAWL SPACE INLINE 50.0 20.2 230/1/60 (MAX) 1,3,OPERATE AS DUTY/STANDBY El UPONOR hePEX 027 LL Bedroom 3 120 20 WOOD FLOORING® 9 2 20 80 120 0.3 0.5 0 6 ,2,3 ,�•"'•••""'"'••., 1-25%PROPYLENE GLYCOL,2-50%PROPYLENE GLYCOL,3-VARIABLE SPEED OpPoO HG/Sf.. UPONOR hePEXII 021 Laundry Room 175 9 CERAMIC TILE 1/2" 9 2 10 116 136 0 3 ,2,3 ;Gz CN (v2j-•9_ A LOUVER SCHEDULE OR EQUIVALENT �. UPONOR hePEX 026 Massage 115 14 CERAMIC TILE 1/2" 9 1 10 153 173 II ill 0.8 ,2,3 _� �-•" ' 4 TOTAL 1.6 GPM FACE PRESSURE S '0 4� 4D UPONOR hePEX 023 Changing Area 50 =WOOD FLOORING® UNIT MANUFACTURER& 9 1 3a 67 127 0.1 0.1 ,2,3 SERVICE LOCATION CFM SIZE(W FREE AREA FRAME"#i") VELOCITY DROP FINISH REMARKS = 1�'; TAG MODEL NO. (ft') TYPE `•`"�FS, �` •.S/ONAL AAPONOR hePEX 024 Spa WC ®WOOD FLOORING® 9 1 30 27 87 (FPM) (IN SP) CM II 111 11 L-1 RUSKIN-ELF6375DX FC-6 MUA CRAWL SPACE 1,500 24x24 900 0.15 1.66 COORD. COORD. - UPONOR hePEX 025 Steam Room ENE/CERAMIC TILE El9 1 35 126 196 0.3 MI09 W/ARCH W/ARCH UPONOR hePEX 101 Entry 170 20 WOOD FLOORING® 9 2 10 113 133 04 07 ® Z3 HEAT EXCHANGER SCHEDULE QR EQUIVALENT UPONOR hePEX 102 ML Powder nom CERAMIC TILE ® 9 1 10 27 47 ER 0.1 m ,2 UNIT MANUFACTURER& TOTAL PRM ViV SIDE SECONDARY SIDE 5 TOTAL 4.7 GPM DIMENSIONS SERVICE LOCATION REMARKS TAG MODEL NO. MBH EWT(°F) LWT(°F) PD(FT) FLUID EWT(°F) LWT(°F) GPM PD(F) FLUID (WXH%D) UPONOR hePEX 103 Living Room El 20 WOOD FLOORING III 9 3 20 184 224 O6 17 El ,2,3 5D UPONOR hePEX 104/105 Family Room/Kitchen 520 20 WOOD FLOORING El 9 4 20 IAN70 140 120 46 50%P.G. 110 130 12 2 35 25%P.G. 4.9XL09x4.3 173 213 05 22 El TR TTp4 GLE TUBE HEATING BACKUP CRAWLSPACE 11 - ElUPONOR hePEX 118 Corridor 230 20 WOOD FLOORING® 9 2 10 153 173 U.S 1.0 El 111 GLYCOL FEEDER SCHEDULE OR EQUIVALENT 6 UPONOR hePEX 1078 Garagem Bin WOOD FLOORING®� 10 113 133 m 04 ® ,2,3 TOTAL 3.2 GPM ii TANK DIMENSIONS ELECTRICAL DATA OPER. UNIT MANUFACTURER& FREE FLOW UPONOR hePEX 108 480 CONCRETE ® 10 213 233 0.8 � ,2 TAG MODEL NO. SERVICE LOCATION VOLUME WEIGHT LOCATION (GAL) L(IN) W(IN) H(IN) (GPM) W VI PH/Hz (LBS) Q inUPONOR hePEX 110 ML Bedroom En20 WOOD FLOORING® 9 3 10 104 124 0.3 1.0 0.6 ,2,3 GF1 AXIOSF100 M GEO LOOPFIELD CRAWL SPACE 55 - 24(DIA) 49.00 1.4 80 120/1/60 495 - J U -0 7 •V 7 UPONOR hePEX 111 Closet 1 �� WOOD FLOORING®� 10 53 73 0 3 ,2,3 TOTAL 1.9 GPM AXIOM HEAT PUMP LOAD L L GF-2 AF100 SIDE CRAWLSPACE 55 24(DIA) 49.00 1.4 80 120/1/60 495 J O UPONOR hePEX 112 Bath 1 130 ®CERAMIC TILE El 173 193 0.6 0.6 ,2,3 AXIOM w Q GF3 MF200 BOILER SYSTEM CRAWLSPACE 66 1175 1175 16.00 07 50 120/1/60 65 - 2 I ElUPONOR hePEX 201 Mezzanine El 20WOOD FLOORING El 2 10 150 170 0.5 0.9 2.0 ,2,3 0 V UPONOR hePEX 203 Master Bedroom FIREWOOD FLOORING® 9 2 10 180 200 ® .2,3 C EXPANSION TANK SCHEDULE OR EQUIVALENT 8 UPONOR hePEX 204 Master Bath 225 =CERAMIC TILE ® 9 2 30 150 210 IR di® .2,3 TOTAL 3.0 GPM TANK ACCEPT DIMENSIONS CHARGE RELIEF OPER. UNIT MANUFACTURER& WATE SERVICE LOCATION VOLUME VOLUME PRESSURE PRESSURE WEIGHT REMARKS �� TAG MODEL NO. (GAL) (GAL) DIA(IN) H(IN) (p91) ((PSI) TEMP(°R F) (LBS) UPONOR hePEX 208 Her Dressing 30 WOOD FLOORING 1/2" 60 40 160 - O 1 1 1 FLEXCON ET-1 SXHT40 GEO LOOPFIELD CRAWL SPACE 200 8.0 16 26B 12 30 90 210 II UPONOR hePEX 209 His Dressing 30 20 WOOD FLOORING 1/2" 60 40 1131 80 0.1 0.1 FLEXCON HEAT PUMP LOAD I-25%PROPYLENE GLYCOL,2-PROPERLY INSULATE ALL LEADERS-CONTACT ENGINEER IF DISTANCES SHOWN ARE EXCEEDED,3-FLOOR SENSOR ET-2 SXHT30 SIDE CRAWL SPACE 15.0 60 16 21.7 12 30 110 160 - ET-3 FLEXCONSXHT30 BOILER SYSTEM CRAWL SPACE 15.0 6.0 16 21.7 12 30 140 160 - SNOWMELT SCHEDULE OR EQUIVALENT A TUBE ACTIVE TOTAL WATER TO WATER HEAT PUMP SCHEDULE OR EQUIVALENT ZONE MANUFACTURER& AREA BTUH/ SURFACE TUBE DIA NUMBER LEADER GPM/ SERVICE SPACING LOOP LOOP PD(FT) REMARKS SOURCE SIDE LOAD SIDE ELECTRICAL DATA DIMESIONS TAG MODEL NO. (SQ FT) SQ FT FINISH (IN) LOOPS LENGTH LOOP MANIFOLD UNIF MANUFACTURER& OPER. (IN) LENGTH LENGTH SERVICE LOCATION HEATING COOLING HD HEATING COOLING HD WT(LBS) REMARKS TAG MODEL NO. GPM V/PH/Hz FLA L(IN) H(IN) W(IN) 1 WIRSBO hePEX PATIO 487 125 CONCRETE 5/8 9 5 25 130 180 1.1 5.7 4.2 1,2 EWT(°F) EWT(°F) (FT.) EWE(°F) MBH EWT(°F) MBH (FT.) 2A WIRSBO hePEX LIGHTWELL 9 125 CONCRETE 5/8 9 1 15 12 42 0.1 ( 0.0 2 CLIMATEMASTER HEATING SYSTEM/ TOTAL 0.4 GPM HP-1'2 CRAWL SPACE 30 70 22.5 13.7 100 95.8 55 107.2 11.7 230/1/60 57.1 52.9 37 30.6 726 ENERGY STAR RATED 2B WIRSBO hePEX LIGHTWELL 9 125 CONCRETE 5/8 9 1 15 12 42 r ( (L ,2 TBW120 COOLING SYSTEM 3A WIRSBO hePEX LIGHTWELL 9 125 CONCRETE 5/8 9 1 15 12 42 ( ( (( '2 TOTAL 0.4GPM AEC PROJECT#: 17052 3B WIRSBO hePEX LIGHTWELL 9 125 CONCRETE 5/8 9 1 15 12 42 0.1 0.2 0.0 ,2 HOT WATER GENERATOR SCHEDULE 4 WIRSBO hePEX DRIVEWAY 222 125 CONCRETE 5/8 9 3 10 99 119 0.9 2.6 1.7 1,2 DATE: ISSUE: 5 WIRSBO hePEX ENTRY 107 125 CONCRETE 5/8 9 2 20 71 111 0.6 1.3 0.9 1,2 STORAGE BOILER MINIMUM PRESS. BOILER WATER TEMP. DOM.WATER TEMP. GPH @ DIMENSIONS UNIT MANUFACTURER& OPER. 01-28-22 ELEC UPDATES SERVICE LOCATION CAPACITY OUTPUT BOILER DROP 100°F 4T 6 WIRSBO hePEX ENTRY STEPS&WALK 117 125 CONCRETE 5/8 9 3 20 52 92 0.5 1.4 04 1,2 TAG MODEL NO. (GAL.) IN(°F) OUT(°F) IN(°F) OUT(°F) D(IN) H(IN) W(IN) WT.(LBS) (MBH) GPM (Fr) (SLJ 0P_17_22 ELEC UPDATES VITOC ELL DOMESTIC 04-27-22 ELEC RFI#45 W -1 H CRAWLSPACE 92 150 15.9 2.0 180 160 40 140 295 62.5 31 33 1365 H-300 HOT WATER AA VITOC ELL DOMESTIC 06-14-22 FIELD CLARIFICATIONS WH-2 H-300 HOT WATER CRAWLSPACE 92 150 15.9 2.0 180 160 40 140 295 62.5 31 33 1365 07-19-22 ELEC UPDATE A 08-09-22 RADIANT UPDATES BUFFER TANK SCHEDULE OR EQUIVALENT Drawn By: Checked By: UNIT MANUFACTURERS TANK DIMENSIONS OPER. DPF TOC SERVICE LOCATION VOLUME WEIGHT REMARK TAG MODEL NO. (GAL) DIA(IN) H(IN) (LBS) BT-1 CALEFFI COOLING SYSTEM CRAWL SPACE 119 28 65 1345 - MECHANICAL NAS20120 BT 2 CALEFFI HEATING SYSTEM CRAWL SPACE 119 28 65 1345 - SCHEDULES NAS20120 M-603 12 of 13 -o COPYRIGHT pp tt4a,Eme1OL 009tttttD CONSULTANTS. Page 61 of 72 CD CV CO 07. SEQUENCE OF OPERATION: WATER HEATERS AS MEASURED BY THE WATER HEATER AQUASTAT DROPS BELOW 120°F(ADJ.),P-10a RADIANT ZONES WITHOUT FLOOR SENSORS SHALL BE CONTROLLED ACCORDING TO SPACE U OR P-10b SHALL START AND THE BOILERS SHALL RAMP UP TO PROVIDE 180°F(ADJ.)SUPPLY WATER TEMPERATURE SENSORS AND SHALL OPERATE AS FIRST STAGE HEAT.ON A CALL FOR HEAT,THE a-+ -0 UNTIL THE WATER HEATER TANK TEMPERATURE REACHES 140°F. ASSOCIATED ZONE VALVE(S)SHALL OPEN. C M THE MECHANICAL CONTROLS SHALL BE PROVIDED BY AN OPEN PROTOCOL DDC SYSTEM CAPABLE OF 0) N To 0 MEETING THE SEQUENCE DESCRIBED BELOW.IT SHALL BE CAPABLE OF RECORDING AND VIEWING P-9&P-10: RADIANT ZONES WITH FLOOR SENSORS: U C O TREND DATA AND SENDING ALARMS.IT SHALL ALSO HAVE OCCUPIED AND UNOCCUPIED SETTINGS FOR THE BOILER BACKUP HEATING PUMPS SHALL BE CONTROLLED ACCORDING TO THE HEATING SUPPLY RADIANT ZONES WITH FLOOR SENSORS SHALL BE CONTROLLED ACCORDING TO SPACE TEMPERATURE Z 0_ EACH SYSTEM.PRIOR TO THE FINAL CONTROLS DESIGN,THE CONTROLS CONSULTANT SHALL VERIFY WATER TEMPERATURE SENSOR.THE SETPOINT SHALL HAVE A RESET CURVE THAT IS ALWAYS 5°F SENSORS AND FLOOR TEMPERATURE SENSORS.ON A CALL FOR FIRST STAGE HEATING,THE (I) ao co N ALL POINTS OF MONITORING AND CONTROL WITH THE OWNER.ONCE THE CONTROL SYSTEM HAS BEEN LOWER THAN THE HEATING BUFFER TANK SETPOINT. ON A CALL FOR HEAT,P-9 AND P-10 SHALL START, ASSOCIATED ZONE VALVE(S)SHALL OPEN FULLY TO MEET THE SPACE SETPOINT.ALL ZONES SHALL C C. O DESIGNED,THE FINAL SEQUENCE OF OPERATION SHALL BE SUBMITTED TO THE ENGINEER FOR REVIEW. AND THE 3-WAY MIXING VALVE SHALL VARY THE TEMPERATURE AT THE INPUT TO P-12 TO MEET THE HAVE A MINIMUM FLOOR TEMPERATURE SETPOINT. 0 0 2 Q 0 HEATING SUPPLY WATER SETPOINT,110°F MAX(ADJ.). U W a CV HEATING AND COOLING PLANTS HUMIDIFIERS: Lf)E SNOWMELT,P-8: THE HUMIDIFIERS SHALL BE CONTROLLED ACCORDING TO HUMIDITY SENSORS ON THE WALL OR AT THE ID N oD 0 P-1a&P-1b: THE SNOWMELT SYSTEM SHALL BE CONTROLLED BY A TEKMAR 654 SNOWMELT CONTROLLER WITH A RETURN GRILLES(CONFIRM LOCATIONS WITH GC).ON A CALL FOR HUMIDITY,ALL SUPPLY ZONE c C�N CO U THE VARIABLE SPEED SOURCE SIDE PUMPS SHALL OPERATE IN DUTY/STANDBY MODE.WHENEVER ANY SNOW/ICE SENSOR AND OUTDOOR AIR SENSOR.WHEN THE OUTDOOR TEMPERATURE IS BELOW DAMPERS SHALL OPEN AND THE FAN SHALL START.THE HUMIDIFIERS SHALL BE LOCKED OUT DURING 'L - ED.•n._ • HEAT PUMP SOURCE SIDE 2-WAY VALVE OPENS,THE PUMP SHALL START AND VARY ITS SPEED TO 35°F(ADJ.),THE SNOWMELT SYSTEM SHALL BE ENABLED AND THE ZONE VALVES SHALL OPEN/CLOSE TO COOLING OPERATION. N (if MAINTAIN CONSTANT DIFFERENTIAL PRESSURE ACROSS THE SUPPLY AND RETURN MAINS. MAINTAIN A SLAB TEMPERATURE OF 28°F(ADJ.).IF THE SYSTEM IS ENABLED AND MOISTURE IS SENSED Q) J Q"O 0 ON THE SLAB,THE ZONE VALVES SHALL OPEN/CLOSE TO MAINTAIN A SLAB TEMPERATURE OF 38°F(ADJ.). ERV-1: U HP-1,HP-2,P-2,&P-3: THE ENERGY RECOVERY UNITS SHALL BE CONTROLLED BY A PERCENTAGE TIMER AND SHALL RUN °�s c ••N THE WATER-WATER HEAT PUMPS SHALL BE CONTROLLED ACCORDING TO AQUASTATS IN THE HEATING THE THERMOSTATIC MIXING VALVE AT THE INLET TO P-8 SHALL MAINTAIN THE SNOWMELT SUPPLY CONTINUOUSLY.PRIOR TO THE ERV STARTING,THE ASSOCIATED MOTORIZED DAMPERS SHALL OPEN. "� (6 p Co C N AND CHILLED WATER BUFFER TANKS.WHEN THE HEATING BUFFER TANK TEMPERATURE DROPS BELOW WATER TEMPERATURE AT A MAXIMUM OF 130°F.WHENEVER THE SNOWMELT SYSTEM IS ENABLED, C U W ?"L THE SUPPLY WATER TEMPERATURE SETPOINT ACCORDING TO THE OUTDOOR RESET SCHEDULE(110°F SNOWMELT PUMP P=8 SHALL START. BATH EXHAUST FANS: W U W 3 a MAXIMUM),THE HEAT PUMPS SHALL STAGE AND ROTATE THEIR COMPRESSORS IN HEATING MODE TO THE BATH EXHAUST FANS SHALL BE CONTROLLED BY A WALL MOUNTED SWITCH AND A TIMER.THE FAN a)J= a) MAINTAIN THE BUFFER TANK TEMPERATURE WITHIN A 5°F(ADJ.)DIFFERENTIAL.WHEN THE CHILLED FAN COILS,RADIANT FLOORS&HUMIDIFIERS: SHALL RUN FOR 10 MIN.(ADJ.)AFTER THE SWITCH IS TURNED OFF. (3 W,r..0)0) WATER BUFFER TANK TEMPERATURE RISES ABOVE 45°F(ADJ.),THE HEAT PUMPS SHALL STAGE AND THE FAN COILS SHALL BE CONTROLLED ACCORDING TO WALL MOUNTED TEMPERATURE SENSORS.THE L --3 Di- ROTATE THEIR COMPRESSORS IN COOING MODE TO MAINTAIN THE BUFFER TANK TEMPERATURE WITHIN RADIANT ZONES SHALL BE CONTROLLED ACCORDING TO WALL MOUNTED TEMPERATURE SENSORS AND, EF-16-GARAGE EXHAUST FAN: a)C A 5°F(ADJ.)DIFFERENTIAL.PRIOR TO THE COMPRESSOR STARTING ON ANY HEAT PUMP,THE 2-WAY IN SOME CASES,FLOOR TEMPERATURE SENSORS. THE GARAGE EXHAUST FAN SHALL BE INTERLOCKED WITH A CARBON MONOXIDE SENSOR AND THE 0 U 00 CONTROL VALVE ON THE SOURCE SIDE SHALL OPEN,THE ASSOCIATED LOAD SIDE PUMP SHALL START, GARAGE DOORS.WHENEVER CARBON MONOXIDE LEVELS EXCEED THE SETPOINT,THE FAN SHALL 0 I6 E 0 AND THE 3-WAY DIVERTING VALVES SHALL DIVERT THE LOAD SIDE FLOW TO/FROM EITHER THE HEATING FC-2,FC-4,FC-5,FC-8&FC-7: START AND RUN UNTIL LEVELS DROP BELOW THE SETPOINT.WHENEVER EITHER GARAGE DOOR :' -C O.4- OR CHILLED WATER BUFFER TANKS DEPENDING ON THE MODE OF OPERATION.ALL 3-WAY DIVERTING THE FAN COILS SHALL PROVIDE SECOND STAGE HEATING AND COOLING.ON A CALL FOR SECOND STAGE CLOSES,THE FAN SHALL RUN FOR 15 MINS.(ADJ.) ,. N C 0) VALVES SHALL BE NORMALLY OPEN TO THE HEATING WATER BUFFER TANK AND SHALL BE UNABLE TO HEATING,THE 2-WAY HEATING VALVE SHALL OPEN AND THE FAN SHALL RUN.ON ANY CALL FOR C) 2<Co OPERATE IN COOLING UNTIL THE VALVE(S)HAVE FULLY OPENED TO THE CHILLED WATER BUFFER TANK. COOLING,THE 2-WAY COOLING VALVE SHALL OPEN AND THE FAN SHALL RUN. L 00 EACH HEAT PUMP SHALL CAPABLE OF OPERATING IN HEATING OR COOLING AT ANY TIME TO SATISFY THE Q X BUFFER TANKS. FC-1,FC-3,&FC-9: 0 THE FAN COIL SHALL BE ZONED AND PROVIDE SECOND STAGE HEATING AND COOLING.ON ANY CALL FOR m P-4: SECOND STAGE HEATING,THE ASSOCIATED ZONE DAMPER SHALL OPEN,THE 2-WAY HEATING VALVE 0 UPON ANY CALL FOR COOLING,P-6 SHALL START AND VARY ITS SPEED ACCORDING TO A SHALL OPEN,AND THE FAN SHALL VARY ITS SPEED ACCORDING TO DUCT STATIC PRESSURE.ON ANY PROPORTIONAL PRESSURE CURVE. CALL FOR COOLING,THE ASSOCIATED ZONE DAMPER SHALL OPEN,THE 2-WAY COOLING VALVE SHALL OPEN AND THE FAN SHALL VARY ITS SPEED ACCORDING TO DUCT STATIC PRESSURE. „ ,TTHE VARIABLEP11: SPEED HEATING PUMPS SHALL OPERATE IN DUTY/STANDBY MODE. UPON ANY CALL FOR /'OP0 H✓ISTF'-' FC-6, - HEATING,EITHER P-12a OR P-12b SHALL START AND VARY ITS SPEED ACCORDING TO A PROPORTIONAL THE FAN COIL SHALL PROVIDE SECOND STAGE HEATING,COOLING AND KITCHEN MAKE UP AIR.ON A ;'p 4, 'F-_ PRESSURE CURVE. CALL FOR SECOND STAGE HEATING,P-8 SHALL START,THE 3-WAY MIXING HEATING VALVE SHALL -O � . - O i MODULATE TO PROVIDE 85°F(ADJ.)DISCHARGE AIR TEMPERATURE,AND THE FAN SHALL SHALL RUN.ON mod'•;')�.''•= B-1,B-2,WH-1,WH-2,P-5,P-6,P-7a,P-7b: A CALL FOR COOLING,THE 2-WAY COOLING VALVE SHALL MODULATE TO PROVIDE 54°F(ADJ.)DISCHARGE :•S c'R THE BOILERS AND THEIR ASSOCIATED BOILER PUMPS SHALL PROVIDE SNOWMELTING,DOMESTIC WATER AIR TEMPERATURE AND THE FAN SHALL RUN.WHEN THE KITCHEN HOOD IS SWITCHED ON,MD-4 SHALL O HEATING,AND BACKUP HEATING FOR THE GEOTHERMAL SYSTEM.ON A CALL FOR HEATING FROM THE �' BOILER SYSTEM,THE BOILERS AND THEIR ASSOCIATED PUMPS SHALL PROVIDE 130°F(ADJ.)SUPPLY PARTIALLY CLEXHAUSTOSE AND SHALL SHALLE MEASURED OPEN TO PROVIDE SET ING THE OUTSIDE AIR(THE QUANTITY. -'-:,S/ONA`0NG`„ KITCHEN AIR AL IRDTOB PRIOR TO SETTING A DAMPER HE SPACSETTINGS. WATER TEMPERATURE AS MEASURED BY THE BOILER SUPPLY WATER TEMPERATURE SENSOR. ADJUST CFM VALUES AS REQUIRED TO BALANCE KITCHEN EXHAUST.).WHEN THE SPACE SETPOINT IS P SATISFIED,THE 3-WAY MIXING HEATING VALVE SHALL MODULATE TO PROVIDE 70°F(ADJ.)DISCHARGE AIR el 1 THE WATER HEATER PUMPS SHALL OPERATE IN DUTY/STANDBY MODE.WHEN THE TEMPERATURE IN THE TEMPERATURE AND COOLING SHALL BE LOCKED OUT. RADIANT ZONES WITHOUT FLOOR SENSORS: ® 14" • • , 5 TO/FROM MUA FAN COIL FC-6 HEATING SUPPLY WATER `) TEMPERATURE SENSOR AIR SEPARATOR WITH MICROBUBBLE CLOSELY SPACED • P42A -3"CALEFFI 551 OR SIMILAR.INSTALL TEES-4 PIPE le VFD �2" INSULATION ON SEPARATOR. DIAMETERS MAX. • I • TO FAN COILS& I RADIANT MANIFOLDS ►7. VFD • - • • P�'12e s FROM FAN COILS& (o -{. I I RADIANT MANIFOLDS Z >_ J!j R Q O BOILER PIPING NOTES: DOOR 0 2X"HWSIR _ w U 1. ALL EQUIPMENT SHOWN IN THESE DIAGRAMS SHALL BE LOCATED IN THE MECHANICAL P el O c CRAWLSPACE OR THE MECHANICAL ROOM. CONSOLIDATE AS MUCH AS POSSIBLE. 2. LOCATE ALL FLOOR MOUNTED EQUIPMENT ON TO/FROM SNOWMELT 4"EQUIPMENT PADS. MANIFOLDS fl 3. ROUTE BOILER CONDENSATE TO FLOOR DRAIN 2 Yz"HWS/R 2"SMS/R J. W Q VIA NEUTRALIZATION BASIN. 2Y2"HWS/R Nig O 4. ALL REQUIRED VALVES AND APPURTENANCES NOT NECESSARILY SHOWN. • T II I • 5. FILL HEATING/COOLING/GEO SYSTEM WITH 25% .1. PROPYLENE GLYCOL.FILL SNOWMELT AND P O8 1i1 1 • 71- BOILER SYSTEM WITH 50%PROPYLENE BOILER HEATING SUPPLY WATER GLYCOL.CONFIRM WATER QUALITY MEETS TEMPERATURE SENSOR 0 0 MINIMUM BOILER STANDARDS IN Q GM MANUFACTURER'S AO MANUAL PRIOR TO FILL. HYDRAULIC SEPARATOR WITH Q ir 09 v FIELD INSULATE 6. PROVIDE AIR VENTS AT ALL HIGH POINTS OF MICROBUBBLE-2 X"CALEFFI 2"SMS/R THE HYDRONIC SYSTEMS. 549062A OR SIMILAR.INSTALL SNOWMELT SUPPLY 7. PROVIDE DRAIN DOWNS AT ALL LOW POINTS OF PROVIDED INSULATION. WATER TEMPERATURE Ag THE HYDRONIC SYSTEM. SENSOR • 0 MI LOOPFIELD WATER TEMPERATURE SENSOR THERMOSTATIC © 3-WAY MIXING VALVE /,Ir MIXING VALVE CHAR E/PURGE PORT STATION- / • 2 j U © •I zY •,❑ •►•• AEC PROJECT#: 17052 PORT STATION- l • INSTALL FULL PORT BALL VALVES AS • CLOSE AS POSSIBLE I 11 I 1 I I DATE: ISSUE: TO MINIMIZE THE 07-30-21 ELEC UPDATES PIPING DISTANCES AIR SEPARATOR WITH MICROBUBBLE BETWEEN(TYP OF 2) -2Yi'CALEFFI 551 OR SIMILAR.INSTALL O P 07A p 09-13-21 SNOWMELT INSULATION ON SEPARATOR. VFD ,_iliiii P 0 7 8 / 4 PIPE 10-03-21 LAUNDRY TRANSFER /� FLOOR 7 S ❑ S POT I DRAIN M Lk 10-12-21 REDLINES 77\ TO/FROM • • 9 2X"CWS/R HEADE�\\ f 2 /. 2 /. V v 10-26-21 SNOWMELT 8 LOOP GROUND _ imp VFD � -�" 2X"HWS/R HEADED\\\\ TO/FROM • �I 4-2°CWS/R PO PO•. 12-23-21 RFI 42 tip•�•�• FAN COILS c •••"' 31.8 GPM �- 31.8 GPM ♦ Drawn By: Checked By: • • • _ • 1 Yz A PURGING VALVE IF VFD r p VFD • DPF TOC • \�\(�_ ..4,,,,�I m MI © v PIPE WATER HEATERS 1a VFD x`c_�--`. "I W ' - PURGING VALVE P O 1A WATE AIR ❑ r HEAT TRAP 2 WITH REVERSE RETURN ___ ji-IPRVSI1� 10 MECHA^JNICAL < (p�7-30 GPM P O8 41 ' ``••, H- 30 PSI 30 PSI 1%" 1X" SE' &-0--�-11 m —— ❑ a , 0 a • • PRV • • PRV —DOH © --i�IL y1 PIPE TO y1 — — Al — — ,• PIPING 1 FLOOR I I T T T T P , , m DRAIN s I 1 0 DIAGRAM 3 ___ I I v v \DOMESTIC e a _ m ® 30 GPM P O2 b I I ® m C v I I ® B B WATER HEATERS \O 2 m 40 v I m I ♦• I I v -1)"'—\ I I AQUASTAT v wry 4 . 0#+I v I • • ►71 - ,. .. .. .. L- 0S-0--1-. ---I••=11 1 L MANUAL FILL ///��� V u"" MANUAL FILL a UPSIZE PIPE TO 5"IN THIS AREA `MANUAL FILL UPSIZE PIPE TO u L�O 5"IN THIS AREA 1 10 of 13 -®cckO IT 2020 ARCHITECTURAL ENGINEERING CONSULTANTS,INC, Page 62 of 72 0 CO COCO GENERAL NOTES: SHEET DETAIL NOTES: Cl) 1. ALL DUCTWORK DIMENSIONS ARE SHOWN INSIDE TO INSIDE. 0ERV TO SERVE WHOLE HOUSE VENTILATION ALONG WITH VENTING (6 U CO O THE CRAWL SPACE.RUN CONTINUOUSLY,SEE VENTILATION +-r 0 O 2.ALL INTERIOR SUPPLY AND RETURN DUCTWORK SHALL INCLUDE 1"LINER SCHEDULE ON PAGE M1.1 FOR REQUIRED CFM. 0 O 0 0 V UNLESS OTHERWISE NOTED.ALL OUTSIDE AIR INTAKE AND ROUND fn co N DUCTWORK SHALL BE WRAPPED WITH 1.5"THICK INSULATION UNLESS 02 ROUTE BOILER FLUES FROM BOILERS TO TERMINATION PER O i31 O O OTHERWISE NOTED. MANUFACTURER'S INSTRUCTIONS.SLOPE VENT PIPES AT N 2 Q 0 AN BACK TO THE BOILER FOR ALL HORIZONTAL RUNS.MAINTAIN 1" Q W 3.ALL FINAL DUCTWORK CONNECTIONS TO SUPPLY GRILLES(OR PLENUMS) CLEARANCE TO COMBUSTIBLES.DO NOT EXCEED 100'MAXIMUM I 0 SHALL BE COMPLETED WITH ACOUSTICAL FLEXIBLE DUCT UNLESS DEVELOPED LENGTH FOR ANY RUN.ESTIMATED LENGTHS AND \ F ✓Tw N W(„) OTHERWISE NOTED AND A MAXIMUM LENGTH OF FIVE FEET. ELBOWS FOR LONGEST RUN BOILER ARE SHOWN BELOW: C - .L , O N n 4.ALL ROUND DUCT CONNECTIONS TO ROUND DUCTWORK SHALL BE B-1,2 VENT(CPVC): HORIZONTAL DISTANCE: 12' 0 ✓T(0.1 7 N"T CONICAL TEES. VERTICAL DISTANCE: 40' J Q N C0�j DEGREE ELBOWS: (7')(4)=35' 0" °�. of$ ..05.ALL SQUARE 90 DEGREE ELBOWS SHALL HAVE TURNING VANES. MAX DEVELOPED LENGTH: 87' "� (0.L 10 C(6 6.ALL DUCTWORK SHALL BE RUN TIGHT TO UNDERSIDE OF STRUCTURE B-1,2 CA(PVC): HORIZONTAL DISTANCE: 12' f LU O WHERE IT EXISTS UNLESS OTHERWISE NOTED. VERTICAL DISTANCE: 40' w N J= 0 90 DEGREE ELBOWS: (7')(4)=35' I 0 W.L..0)N 7.ALL SUPPLY GRILLES SHALL HAVE INCLUDE A BALANCING DAMPER MAX DEVELOPED LENGTH: 87' L ' D 1- UNLESS OTHERWISE NOTED.IF THE DAMPER IS LOCATED IN AN = �p CS LOCATION,CABLE-STYLE DAMPERS(ROTOTWIST OR FOLLOW ALL MANUFACTURER'S INSTRUCTIONS FOR BOILER VENTIN�'' 0 a--r U EQUIVALENT)SHALL BE INSTALLED AND SHALL BE ADJUSTABLE FROM MATERIALS.PROVIDE CPVC ROUTING FOR THE BOILER FLUES(PVC IS N /� 0 03 O O THE GRILLE FACE. ACCEPTABLE FOR THE COMBUSTION AIR).PVC IS NOT ALLOWED FOR o / \ L .4- ANY BOILER FLUE ROUTINGS. N CO) 8.COORDINATE ALL ACCESS PANEL LOCATIONS WITH THE ARCHITECT. V Q W OMAINTAIN ALL SERVICE CLEARANCES PER MANUFACTURER'S '8"0(11"0�-S L 9.ALL SERVICEABLE EQUIPMENT LOCATED IN THE CRAWLSPACE MUST BE RECOMMENDATIONS. I - Q LOCATED WITHIN 20'OF A CRAWLSPACE ACCESS POINT OR A 5'6"X30" (2)4"0 BOILER FLUE AND(2)4"0 r 0 CLEAR PATHWAY ORIGINATING FROM AN ACCESS POINT.EQUIPMENT BOILER COMBUSTION AIR UP Q] 0 INSTALL HUMIDIFIER NOZZLE IN UNLINED DUCT WITH AT LEAST 2'OF 12X10(14X12)-R MUST BE ABLE TO BE REMOVED WITHOUT REQUIRING DEMOLITION OF STRAIGHT DUCT UPSTREAM&DOWNSTREAM.SEE HUMIDIFIER DETAIL DUCTWORK,PIPING,ETC. SHEET M1.1.IF DISTANCES CANNOT BE MAINTAINED,INSTALL SHORT 0 D- ABSORPTION MANIFOLD,COORDINATE SIZE&HIGH LIMIT LOCATION I 10X8(12X10)-S WITH MANUFACTURER. f 5"0(8"0)-S 10X8(12X10)-R UP ^ •p.REG OS PROVIDE AT LEAST(2)ELBOWS(NO TURNING VANES)AND 10'OF Ai m' ZD O 1 B I I " ,;+QP0 ,,s,,, 5"0(8"0)-S I— 50(8"0)-S 0 0 H� F STRAIGHT,LINED DUCTWORK FOR NOISE DAMPENING ON Mr © © — N A 1, 'A---- CRAWLSPACE TRANSFER DUCT.COVER OUTLET WITH)"WIRE MESH. 10X8(12X10)-S ♦ I I M 0� M 'p0 I�. Q I 1 - ZD01A- 0 30%ERV 'm.�s ,,",�-,` EX ,p ,piox8(12X10)-RUP� ri- � 7"0(10"0)-S _ �sSIONAIEN�:,•,• 5"0(8"0)-S // 1Tl 1T7 00,18x1 z(20X14)-S a iFhl iFhl /yIr ® 2 12X10(14X12)-S4iii I ACCESS M M q ©O� 7"0(10"0)-S I 5"0(8'k 1-S 1 5"0(8"0-S r I PANEL Al ' 0 ©,e I �-MERVO1 1; 14 (18 6)-S zI 1 ©00 _IFC 071 I 8X8(10X10)-S ri— I I I 1 I I I 2I 6"0(9„0) I J� 1 1 2 l e e 0 n 1 10X8(12X10)-s 5 10X10(12X12)-sJVii iXI6)22X18 1 I I L (§6"0(9"0)-s 01 __10x10(12x12)-S� zu03�n • a� 9,.0(1�"0)-s 0 , r i zu a®� 'u CDo -J ME - ®I 70%ERV I 0 -0 -1Z - DRAIN O 1 rD _. .. 6x6(SX6)- O o LLI o I T�J. LA: 8"0(110)-R = Q 0 rr$A 1/2 IF►�, I 1X10'.k12)-R C 8X8(10X10 -TJ} 4t16(21111411NUIlif I I14X10( . I I 12X10(14X12)-" © B Ila r X• 1 I 30X8(32X10)-R I I I Q illi �\ I 1 �' 10X8(12X10)-R • O 1..� ♦ 0 12X12(1♦04)-S I r I C 1 18X10(20X12)-R / 0 AIMMII` 5"0(B"0)-S / 0 / I. 12(12x14)-R1 70(10"0)-S 1 71- .2® 0 - 20x12(22X14)- I \6X6(BX.)-R _ - �° DUCT O RUN BETWEEN JOISTS 00 LCb-� 0 IJ A O _. 0(11.0).OA / 0 r 4(g6 ov AEC PROJECT#: 17052 .DRAIN I © .O.DRAIN S B D • a \\\ O B D DATE: ISSUE: / w 12X10('14X 2-S 1- . 18X12(21X15)-OA ' '� I © ® 07-30-21 ELEC UPDATES qQ L 0® ©all 09-13-21 SNOWMELT OOXB(12X10)-S 10-03-21 LAUNDRY TRANSFER �i 7 12X12(1 14)-S OS ® / )-S FC 10-12-21 REDLINES 1 10(i6X12)- s"0(9"0)-S c. 0 18X12(20X14)-R 10-26-21 SNOWMELT g 12-23-21 RFI 42 0 _8Xe(1Qx10)- U ♦\ a Drawn By: Checked By: s°0(a'•0>-s 5°0(8°0) S \`7"0(10" S DPF TOC 0 aJ CRAWL SPACE HVAC NORTH PLAN 0 0 CRAWL SPACE HVAC PLAN `Y.\ SCALE:3/16"=1'0' SCALE 3/16"=1'-0" M- 110 2 of 13 -D CWS 6)T 2020 ARCHITECTURAL ENGINEERING c00SUL1ANTS.INC- Page 63 of 72 0 N CO O GENERAL NOTES: SHEET DETAIL NOTES: co 6 c /nye3 1. OFFSET PIPING AS REQUIRED TO AVOID ALL DUCTWORK,LIGHTS,AND 0 CONNECT Y"HWS/R TO RM-1. CO U ToO_ STRUCTURE.COORDINATE ALL STRUCTURAL PENETRATIONS WITH THE + ., p O STRUCTURAL ENGINEER. O CONNECT YeHWS/R TO RM-2. 0 0 0 N .212 N U 2.ALL PIPING PASSING THROUGH FIRE-RATED ASSEMBLIES SHALL INCLUDE OC CONNECT "HWS/R TO RM-3. C Cw O A FIRE-RATED PIPE SEALANT RATED TO MATCH THAT OF THE ASSEMBLY. ° -0 2"o O OCONNECT%"HWS/R TO RM-4. 0 Na N 3.ALL MECHANICAL PIPING SHOWN DASHED SHALL BE LOCATED BELOW N GOp EO THE FLOOR DECK. O5 ROUTE 1"HWS/R UP TO RM-5. \ c �+-,N O V "L C N"'� 4.VERIFY FINAL LOCATIONS OF ALL MANIFOLDS WITH THE G.C.CONTACT O ROUTE 1 Y,"HWS/R&1"CWS/R UP. a) J= U _ ENGINEER IF MANIFOLDS MOVE MORE THAN 10'FROM LOCATIONS - SHOWN ON PLANS. 0 CONNECT I"HWS/R&%"CWS/R TOFC-1. 0 c < N a)U C6 d 5.ALL SERVICEABLE EQUIPMENT LOCATED IN CRAWLSPACES MUST BE 08 CONNECT 3/y"HWS/R&3/y"CWS/R TO FC-2. [p O O f6 LOCATED LESS THAN 20'FROM A CRAWLSPACE ACCESS OR A 5'-6"x30" c U C CLEAR PATH ORIGINATING FROM A CRAWLSPACE ACCESS.EQUIPMENT O CONNECT 3/y"HWS/R&3/c"CWS/R TO FC-3. LLI W 3 I MUST BE ABLE TO BE REMOVED WITHOUT REQUIRING DEMOLITION OF N J 2 N DUCTWORK,PIPING,ETC. 10 ROUTE 1 Yi'HWS/R UP. A (o LjJ F 6.LOCATION OF ALL THERMOSTATS AND FLOOR SENSORS ARE 11 CONNECT 3/r"HWS/R&3/q"CWS/R TO FC-4. �� SPA 0 y U N O APPROXIMATE,COORDINATE EXACT LOCATIONS WITH THE ARCHITECT. _ LOCATE FLOOR SENSORS EQUIDISTANT BETWEEN RADIANT LOOPS,AND 12 CONNECT 1"HWS/R&1"CWS/R TO FC-7. ..((�� W O DO NOT LOCATE WHERE THEY MAY LIKELY BE COVERED BY FUTURE O • I.(. a"SM 1 Yc"SMS/R •'= t RUGS OR FURNITURE. 13 CONNECT 1 Yi'HWS/R&1"CWS/R TO FC-5. I I 15 C CD 7. ALL PIPING SIZED FOR TYPE L COPPER.CONTACT ENGINEER FOR ANY 14 CONNECT 2 Y2"HWS/R,1 Y2"HWS/R(MUA),2"CWS/R&1)5"SMS/R TO ty u C o L m a W CHANGE TO PEX FOR NECESSARY PIPE SIZING AND/OR PUMP CHANGES. BOILER PLANT.SEE BOILER PIPING DIAGRAM ON SHEET X. Q X O 8.INSULATE ALL PIPE LEADERS PASSING THROUGH ADJACENT ZONES. 15 ROUTE 1"SMS/R UP. I (O O O i6 CONNECT "SMS/R TO SM-2. O iY"SMS/R 1Yd"HWS d m CONNECT 1"SMS/R TO SM-3. 1"CWS/R 0 ROUTE 1"SMS/R UP. •'••Pp0 REG/S 0 m RM 01 oa�o H rF,'< 0 CONNECT 1 Y"HWS/R(MUA)&1"CWS/R TO FC-6. W FC O 1 ®© -O- O c- s ti • M02 � 20 ROUTE 'SMS/R UP TO SM-5. 1q 5 II ®0 -"it,T c'2,4,; s V•/`r e ^y v"cASS/ONAI E • 'a' WS/RJ M 4 i [ 1Yz"HWS/R(MUA) 11 12 I ��'' S�+y[� 1 WS/R e/y" S/R Yz"HW>- '2 �Q' ' I I tl 1 I I I \ •n 1 / ` 2"HWS/R I"HWS/R \ 1 Y2"CWS/R� CWS/ FC 03 "CWS/R , ��� F m 2"HWS/R C- ©O N F E 35"H /R " WS/R CeD Iwo C Q MECH J V 0 / J z CO Y2"CWS/R �® CD x w U ® \ \ i1a"CMS/R 2"HWS/R A\ c- 1 c-- 1 Yn"HW$/R \ Ya"SMS/R c^ 1"CWS/R \ v J Ye"CWS/R ® !�SM 03 Q 1 Y"HWS/R / ■ R 03 0 ■ ILI Q 8 1Ya^SMS/R $Io1 17 1 ® IY4"CWS/R I 1 I"HWS/R 1 Yz'HWS/R / ) O 0 O •FC 07 Op H /R 00 1 "HWS/R(MUA) r FC 04 ^CZ 1"CWS/R O - 4-_ -; 00 1 Y"H /R e 11 O \ %"HWS/R — II O '/,^CWS/R — ELEV ail,"SMS/R Z AEC PROJECT#: 17052 O10 QQ if- -M �� DATE: ISSUE: -' q 11-09-20 CHANGE ORDER 1 1 I I ■ RM 04 Co 07-30-21 ELEC UPDATES A H HWSIR O 1 ye � I ye W�R 7 r 09-13-21 SNOWMELT El10-03-21 LAUNDRY TRANSFER ; 10-12-21 REDLINES A. s. 10-19-21 SNOWMELT A 0 1"CWS/R I I O Drawn By: Checked By: 1 Ye"HWS/R(MUA) pb DPF TOC 20 0 CRAWL SPACE MECHANICAL ORTH PIPING CRAWL SPACE MECHANICAL PIPING PLAN PLAN SCALE 3/16"=1'-0" SCALE:3/16"=I4)" M- 120 6 of 13 -0 COPYRIGHT 2020 MCHNICNrcL ENGINEERING CONSULTANTS.INC.= Page 64 of 72 0 N CO GENERAL NOTES: SHEET DETAIL NOTES: u o 1. ALL DUCTWORK DIMENSIONS ARE SHOWN INSIDE TO INSIDE. 0 ROUTE 4"0 DRYER EXHAUST TO EXTERIOR.INSTALL PER 03 U W O MANUFACTURERS INSTRUCTIONS.SELECTED DRYER MUST HAVE AN - Z - 2.ALL INTERIOR SUPPLY AND RETURN DUCTWORK SHALL INCLUDE 1"LINER EQUIVALENT LENGTH ALLOWANCE THAT EXCEEDS THE ESTIMATED OD 0 O p UNLESS OTHERWISE NOTED.ALL OUTSIDE AIR INTAKE AND ROUND EQUIVALENT LENGTH CALCULATED BELOW: Li) y DUCTWORK SHALL BE WRAPPED WITH 1.5"THICK INSULATION UNLESS o OTHERWISE NOTED. HORIZONTAL DISTANCE: 10' Q a1 j VERTICAL DISTANCE: 30' ♦" a Q N 3.ALL FINAL DUCTWORK CONNECTIONS TO SUPPLY GRILLES(OR PLENUMS) 90 DEGREE ELBOWS: (7')(5)=35' V 0-0 0 E SHALL BE COMPLETED WITH ACOUSTICAL FLEXIBLE DUCT UNLESS MAX DEVELOPED LENGTH: 75' OTHERWISE NOTED AND A MAXIMUM LENGTH OF FIVE FEET. C {2 t N 03(„) • LONG LENGTH DRYER VENT IS REQUIRED(BY OTHERS) •L - N..^Ti,4.ALL ROUND DUCT CONNECTIONS TO ROUND DUCTWORK SHALL BE d) s CONICAL TEES. 0 NOT USED 0) .28.4 r - QO)V 5.ALL SQUARE 90 DEGREE ELBOWS SHALL HAVE TURNING VANES. 0DO NOT LOCATE EQUIPMENT OR ROUTE ANY PIPING OVER 8 u +Li DO c N s 0 ..Q) ELECTRICAL PANELS. C) <L q0 C(6 6.ALL DUCTWORK SHALL BE RUN TIGHT TO UNDERSIDE OF STRUCTURE o C .L LLl p WHERE IT EXISTS UNLESS OTHERWISE NOTED. ,NOM,i lI LLI W L 7.ALL DUCTWORK PASSING THROUGH FIRE-RATED ASSEMBLIES SHALL ® (p W.r-.(I)N INCLUDE FIRE DAMPERS RATED TO MATCH THAT OF THE ASSEMBLY. �� .^ o - BO-EX O -6'3 D~ II, I - RA GRILLE LENGTHS AND DUCT 28.8IN^ ++ p y C 8.ALL SUPPLY GRILLES SHALL HAVE A BALANCING DAMPER UNLESS ■� W .. m.vr BE REQU:RtD I O G () 'C p 0O OTHERWISE NOTED.IF THE DAMPER IS LOCATED IN AN INACCESSIBLE 8X6(10X8)-S 180-5 • W APPROPRIATE SO INCHES OF FR dAREA. - 0 CO LOCATION,CABLE-STYLE DAMPERS(ROTOTWIST OR EQUIVALENT)SHALL �A 0 E 'I - 0 V 2021N" BE INSTALLED AND SHALL BE ADJUSTABLE FROM THE GRILLE FACE. 12X5 P 185-5 - - ''IN 20 N Cir aD 9.COORDINATE ALL ACCESS PANEL LOCATIONS WITH THE ARCHITECT. 8"0-EX �_ 1- Q V 1 275-R A L/2021N^2\ 3"0-& �� WAL LL BEU0 50M 1 202 IN^� \ / GUESTAOTII 2 Q CO LOSE B0� (\, 09 EX TOIL: m oaa A 28E-R _ 011 (2)4"0 BOILER FLUE Arvu 214'0 O,IN^2 1 LL BEDDROOMZ ( 2 10Xa(12X10)- (A 45-S' '� T;,; :0-EXO p_ BOILER COMBUSTION AIR UPIDN " - 291N"21 8.:INA2 ZD01B ', 411 6'0-=X _ �2 ^2 50 EX O�O RH ��� WALK IN 45-5 EF01 �ZD01A closer _ , so-Ns" s so-Ex �iiA��E,°' 021 IN"2 _ 12XK� 8"0 EX 5T01,EX .61N"20 J-'• m 9 7 30_SO 1 , 0(10"O)-S JT ci,4,: a'''.. 'ss Yh-R 18X12(20x14)-)S_ ACC S® • ' r^�� 110-sO --eSS/oNAL c " 60-E ' )- PANEt- LLi<rr��rr N^2 EF 04 ——L. ©' so-Ex �s l ®1 1 EF 02 21.6 IN^20 - so-EX 02101N^2 0 0 161NA2TI ' I / -- 0 4. 0ao-Ex EF03 a.., EX "/7 1T.4122 I—u�l-_ •.' la"-�ci��I ion ®8"0_EX 961N^X4R,T,/Ml 0�4.4 N^2� , O EX' • zio, A. I I 11E1 2 10",,-EX UP Lul4IN^2 '4 � 9 �1 I @S' 1 7 5• E 5"0-EX 5"0-EX 18 1 ('Er4)-S� 4 0180IN 390-SO I- 1601N^2 I 2Sx60 IliI ZD 03A 420-R o 30X8(32X10)-R 8410 2� \ REC Ro81 IN^2 I 1 �^ Q ` _ 017 2 II U O E4@6"0(9"0)-S I11 I II I 1 BUNK01ROOM n 12X8(14X10)-S 11 ° 330-R 215 IN^2O O 14 ^400-T O -00 10X8(12X10)-R ll 4x68i, ` = 0 J_ 2•.•0 10X10(12X12)-R _ �_I, , IiJ 50-EX 1 0180-R 12X10(14X12)-R Iti,-r`j �,i L181NA 0 Q 8X8(10X10) R ill.i2Dl@I�•A "...--__.�_ _ _ _ • ME II•� " d • �J EF42 1 zsxm �/ a 0 w Q �1 Mi� .(20X12)-R I II_II 8"011"0)-Raw 3os ii�l�.v. ;" 0)-• z@s'aJ(s°a)- III Laahir 9oaR O _ ® 26x10W ♦ ia IN^2 '�',2 1zx1z(1ax1a)-sue — I z c -� sxs(ax�-R _ 1 s'�(9"0- 25X7(26X8)-R 9 2@8"0(11"0)-S 14 10(i6X12)-S 0$ �^'""`��� O C) Y"INSU ATION ��or/ larolrElEr� "I, 8"0(11".. - NI I ',IT.2@8"H(11"0)-S 1 ��31N^OBX10(20X12)-R 8x6(10X8) '®" q I P R .LL• LL B ggDF�77(O(0�)3 R I o `� ERb 141 �o G�.�OX1o)12X12)-R , 1SXB(12X15)-S 8 2@6"0(9"0)-R rl 1 022 1 \ GV .ORRIDOR 120-R B 3@6" (11"0)-R 465-R 2@ 0) S 119 I 94IN-R 6"5(9"0)-R - 1731N^20 8X6(10X8)-R :. _ I, =a 6 0(9"0) R ei I A,uk O / � SF 01 80(nd)-0A DN 3 / ,��I � 1, rI��� I 110-s 0 AEC PROJECT#: 17052 MATED 1��1 0 �XS(12X 0 �- 39.61N^z tiii - LiAllim �s DATE. ISSUE: ��_ 18X10(20X12)-Rin I CHANGING AR=�i- MASSA• 10.8"0(1 t"0)-R 4 .11111111 1 0 ,1 ILI ,111115 07-30-21 ELEC UPDATES A 4- 023oze / qmorieviel 18X12 f S''-"�`IN 0111N^2 ( .E 09-13-21 SNOWMELT 1ox1o(12X12-S 512)-S-)- "•(8"0)-S 10X10(12X72)-S�� [Ill � _ ♦ 10-03-21 LAUNDRY TRANSFER MECH - 11 �Eln. 135-R - �� ) 002 10-12-21 REDLINES 2@8"0(11"0)-S .'15 , '_ a 60-s 7 12x12(14x14)-s `� RFI 3� 5 �• �/ ax12(20X14)-R a I� � i 18x10 20x12-R— _`i f .� 301N^2 10-26-21 SNOWMELT «Ihll��l �I ,�E Il 3 8X8(20X10)-R 12-23-21 RFIa2 24X5(26x7)-R � 1{ ," • Mi 71 EF 06 Drawn BY: Checked By: 12x1 o(1ax1z) • �. w _lift - _I Idiom s DPF TOC © , Taf3 M© 0 60-R Q 1N^2 _. 0 41N"2' LOWER LEVEL HVAC NORTH PLAN ° LOWER LEVEL HVAC PLAN SCALE:3(16"=1'0" SCALE 3/16��-1'-0rr M- 111 3 of 13 D CW0ANH1 2020 ARCHITECTURAL ENGINEERING CONSULTANTS.INC- Page 65 of 72 0 - N O GENERAL NOTES: SHEET DETAIL NOTES: Coo -a 1. OFFSET PIPING AS REQUIRED TO AVOID ALL DUCTWORK,LIGHTS,AND 0 ROUTE 1 Y.."HWS/R UP. 0)y @ STRUCTURE.COORDINATE ALL STRUCTURAL PENETRATIONS WITH THE y""I -To :5 STRUCTURAL ENGINEER. O ROUTE 1 Y"HWS/R&1"CWS/R UP 0 0 0 ,2 0 co coN C 2.ALL PIPING PASSING THROUGH FIRE-RATED ASSEMBLIES SHALL INCLUDE O ROUTE 1 Y"HWS/R&1"CWS/R DN A FIRE-RATED PIPE SEALANT RATED TO MATCH THAT OF THE ASSEMBLY. O .2)O pj OROUTE 33"HWS/R UP TO RM-6. 0 N D_a N 3.ALL MECHANICAL PIPING SHOWN DASHED SHALL BE LOCATED BELOW N THE FLOOR DECK. O ROUTE 33"HWS/R UP TO RM-7. iT a)N a0 O c En, 00 U 4.VERIFY FINAL LOCATIONS OF ALL MANIFOLDS WITH THE G.C.CONTACT O VERIFY RADIANT REQUIRED IN SAUNA WITH ARCHITECT. "L C N.11 ENGINEER IF MANIFOLDS MOVE MORE THAN 10'FROM LOCATIONS - - SHOWN ON PLANS. O7 ROUTE 1 Y"SMS/R UP. © 0 2 �QN O U 'S f c5..U) 5.ALL SERVICEABLEDLS EQUIPMENT LOCATED IN CE ACCESS MUST BE O8 ROUTE 1 Yo"SMS/R DN. -� (0~O O C N LOCATED LESS THAN 20'FROM A CRAWLSPACE ACCESS OR A 5'-6"z30" CLEAR PATH ORIGINATING FROM A CRAWLSPACE ACCESS.EQUIPMENT O NOT USED. Q °. c U W T O MUST BE ABLE TO BE REMOVED WITHOUT REQUIRING DEMOLITION OF w V w ?i C rSZ� ® _ 0)-, 0) DUCTWORK,PIPING,ETC. 10 CONNECT "SMS/R TO SM-5. 2A I I ka CD W%i 0 6.LOCATION OF ALL THERMOSTATS AND FLOOR SENSORS ARE 11 ROUTE 1 Y,"HWS/R DN. 0 =I J L-FI . .. . 0 = @?� APPROXIMATE,COORDINATE EXACT LOCATIONS WITH THE ARCHITECT. ° ° ° ° ° LOCATE FLOOR SENSORS EQUIDISTANT BETWEEN RADIANT LOOPS,AND 12 ROUTE Y"SMS/R UP TO SM-6. ° _ �_1 ° 0 E C.)cc00 DO NOT LOCATE WHERE THEY MAY LIKELY BE COVERED BY FUTURE I 0) W O RUGS OR FURNITURE. Q , 7 7 1 pY'SMS/R y--E -C O 77.ALL PIPING SIZED FOR TYPE L COPPER.CONTACT ENGINEER FOR ANY °. 1I I I I I I - O� -.OIv 1 S/R I " �-•• IN U QCHANGE TO PEX FOR NECESSARY PIPE SIZING AND/OR PUMP CHANGES. RZ �� 1- c0 © ■ / 1"C S/R 8�1 2 X 8.INSULATE ALL PIPE LEADERS PASSING THROUGH ADJACENT ZONES. ALK INOSE I `� ■ I I I I ® O "� RZ-1F �� p , L 230 SF J 1 1 LcnRnn ` D ■J © ��� _ o A IFC-1 I I FC-1 L WALKCL05ETN I �) ,, .OppOO HG�SlF`- RZ-1C 'Z-1E 8 Ilmol __ ;o ,look 0 IMI�� Invif�l I�V= r 7DIL�1-Fam • S '''')-1 m I a NO • Ifs 16 © III TII mi m © Ir+�_ .� 1 I�t_ FSs, E >.. 0 1� G; 1305E Kral:.,. . E�\l�9 : 1Y^�� ��7 ° °A�I, III BURKBAT n_ � �1� v:��� 013 1 i1i1FI Plig •DI — STAIR•RIDOR rTi:;uu:uu:l$i!E1' _ IOt ° L E 1iiiáiTM1l© w REC ROOM 0 °1 �6 on j FC-3 19© O 01111Q ZD-3B BUNK ROOM I 1—/ I 0 �RZ-2A 012 I oC 3A ' J Z L_ /E a00SF I LSJ. L • —..„—= �li';i r_________ • 1 w O ii MIIIIIII- 1 CO ,a) . Min . -0 co - CO ' , L' �l ,609E I. *. 5S RZ-3DQ , II�RAAGEFJ•IMI Il .1.li V ZD-3A 295 SF Ti a2: ■.1 -. _'_ — I�. ". O maim ELEV ) ° I^ tiT RZ-3A L/I `� rL BEDROOM 3 11,1p o 0^18' I I' A.@ 027 GYM 1 F 022 11 GYM CORRIDOR I IAA� I 1 2 1 L 019 .' JI 0 101 o II■: ��I © II YL�III■r I 1205E -I ,- ELEV ,Ily'BI• 500 AEC PROJECT#: 17052 I— — " 1 '� IO PANELS ry • _ - _ '� - 0 _ .I I — I III W DATE: ISSUE: Q4 1 01-28-22 ELEC UPDATES • ''��_ RZ-aD RE4A026 GE ��'I' 11 �; M . m �I 02-17-22 ELEC UPDATES I 'ion=� I 50 SF I Az. I 1M © m • Ifi�'r S S175 SF \'yam . — — — -I m IIl 1 I LAUNDRY ROOM 032 06-14-22 ELEC RFI ..—----" n I 021 06-14-22 FIELD CLARIFICATIONS _ w y I I 0 I - - J 07-19-22 ELEC UPDATE ryp, 0 I �� ® ��_ / IRZ-4E um, -II�T� _ ©�i O 08-09-22 RADIANT UPDATES 20 SF FL'ID-2 '`„O Drawn By: Checked BE — n 8 0x.... .�� SM 0 ' 0 DPF TOC _... _.. 0 y,,•SMS/R(UG) 0 p LOWER LEVEL MECHANICAL NORTH PIPING LOWER LEVEL MECHANICAL PIPING PLAN ° PLAN ® SCALE 3/16"=1'OGG SCALE:3/16"=1'0" M121 7 of 13 -0 COPYRIGHT 2020 ARCHITECNRAL ENGINEERING CONSULTANTS.INC.-. Page 66 of 72 0 CD CD a0 GENERAL NOTES: SHEET DETAIL NOTES: u ci �R 1. ALL DUCTWORK DIMENSIONS ARE SHOWN INSIDE TO INSIDE. O TERMINATE EXHAUST 3'AWAY FROM NATURAL AIR INTAKES,10'FROM CUTo 8 PROPERTY LINE,7'ABOVE THE WALKWAYS,3'ABOVE GROUND OR 12" ' - C p 2.ALL INTERIOR SUPPLY AND RETURN DUCTWORK SHALL INCLUDE 1"LINER ABOVE SNOW LEVEL(WHICHEVER IS HIGHER). 0 0 0 = N O U UNLESS OTHERWISE NOTED.ALL OUTSIDE AIR INTAKE AND ROUND Cl) N DUCTWORK SHALL BE WRAPPED WITH 1.5"THICK INSULATION UNLESS O2 MAINTAIN ALL SERVICE CLEARANCES PER MANUFACTURER'S C 0 )0 OTHERWISE NOTED. RECOMMENDATIONS. 00 01 2 Q 0 3.ALL FINAL DUCTWORK CONNECTIONS TO SUPPLY GRILLES(OR PLENUMS) O RUN UNDER DECK INSIDE OF BUILDING ENVELOPE INSULATION. N a V Up E SHALL BE COMPLETED WITH ACOUSTICAL FLEXIBLE DUCT UNLESS O) a)N o0 0 OTHERWISE NOTED AND A MAXIMUM LENGTH OF FIVE FEET. 0 FIREPLACE MAKE UP AIR BY OTHERS.VERIFY RETURN GRILLES CAN C tj•C U N CO U BE 10'FROM OPEN FIREPLACE. •1 L L)2 n= 4.ALL ROUND DUCT CONNECTIONS TO ROUND DUCTWORK SHALL BE p CONICAL TEES. O CD J Q N CO O ■ .„IIII' ® 'lllll—i in ■ V��■ •_ pff 0 5.ALL SQUARE 90 DEGREE ELBOWS SHALL HAVE TURNING VANES. ■ Q p C 6.ALL DUCTWORK SHALL BE RUN TIGHT TO UNDERSIDE OF STRUCTUREAI lCO tut C W •L WHERE IT EXISTS UNLESS OTHERWISE NOTED. 12"WALL CAP -� e e w .w= a 85-5 03 N 7 1— INCLUDE DUCTWORK PASSING DAMPERS RATED O MATCHRTHAT OF THE TED LIES SHALL 12 0 EX 1 A 6'm@ 6"0(9"0).00_, n-Sn 180 S c.�oso • I I W.r-. ~ O O261N" 20 I L ". 7 8.ALL SUPPLY GRILLES SHALL HAVE INCLUDE A BALANCING DAMPER ® U 'C U pp UNLESS OTHERWISE NOTED.IF THE DAMPER IS LOCATED IN AN ■ . ur 14X8(16X1 Mr". IIIE w I® OS p INACCESSIBLE LOCATION,CABLE-STYLE DAMPERS(ROTOTWIST OR i 1.6 IN2O �� k.4 UP THROUG 'Ra 4F !_'' UO� EQUIVALENT)SHALL BE INSTALLED AND SHALL BE ADJUSTABLE FROM /p/ - = ' '.� UP THROUGH ROOF U` N C W THE GRILLE FACE. / 1 .,4 _ 14X10(16X12)-S (,) �Q� 495-5 J �*'r' L 1111 9.COORDINATE ALL ACCESS PANEL LOCATIONS WITH THE ARCHITECT. 0190 IN^2 JOIVI �pqqq r1 Aj H D Q 0 IIII EF O7 1 eg LLLF 114":1'SLOPE MIN IIII m AT '. III VESTIBULE ■ c� ' 109 180-T 60-EX .� (2)4"0 BOILER FLUE AND(2)4"0 EF �\ I�I BOILER COMBUSTION AIRDN 7 1001N^2O 21.61N^2O ■ 11' 14X10(i6X12)-R �PpO RFC�Sr,, axa(1oX10)-S 0.�o H�F,�• 1a0-R 60-EX !� �1,1 O - 010o IN^2 '/21.61N^2O \^I- I1 ■ -�7�� m O i may': n - I 2 20-5 S 5 Q 1901N"2 _ 180_ CORRIDOR _ aS IN^2O =.4, 7 — ■ 01001 "2 119.3 cooso - 107•,• 8"0-EX FC 07 ,-:�SSiONAL ;,,,,• imli .—..= �u ■ +r,..1 l' _�,i 5 EX .,r: V I "•.............. 0 _III' I ' i 0 1.--.111111—�I .1; a �� . -I,� J 2 5z1'I i iI ■ • a !�I 2 IIII o 53 IN I_ I Z 700 I I 02.5z111T 16X8(18X10)-R : IiI --1 • 2 ■ ® "4 30X8(32X10)-R ■I PATIO v8":TI It RIDOR I i. I J U 0 1 IN IIJI II -I- KITCHEN I HEom mo L II CO ©13 IN fi113 105 II °oo Z 0 I , All • ". = -' H o OUTDOOR II ILL _ oo_s ill (nu) 11 11 .1.(28X8)-R 200-5 I 281N 2O ■ ■ LJ Q �� 1� �0 ■I' 01091N I 4 �� O •• ill CO 4�I� y���g�3 ■� ® II 00^R 100-R OD - 901N`% 90 IN" �� —�� !! 351 N 2O 35 IN2O it 0° ■ ■ I 560-R O III I CORRIDOR ' DINING ROOMIli 021N.2O 0 ■ IF I -� III 14X10(16X12)-S 700-50 TRYS fplo 0 yJ .�� ENTRY 1.5X168—_ II�_ DRYER VENTS / O �■ 01 103 LIVING ROOM ;,! 0 18X121'll l r_— I 500-SO I,"^� ` 1.5X120 ■ AEC PROJECT#: 17052 I eallitItili 7 CLOAK I �� — _ —_ ROOM - r 1 5�g�� g� Q DATE: ISSUE: ■ II • lir R10:: itil°�Er. FAMfL(9h OOMS II707-30-21 ELEC UPDATES 4QI -11 N"2O ��3� �;ErG14)�116X10)-S A QFI� 09-13-21 SNOWMELTPi II 901N^2 A 901N^2 J1,i LJ I L__►A_ 10-03-21 LAUNDRYTRANSFER� rj 375 SO O375- �G l' 1�—I� �W�3f I_ 641V2 n� �II �II��EFOB ®i � � 10-12-21 REDLINES E- 2301N^2 UD CE . ■ VIII ��II�iIl ` O10-26-21 SNOWMELT 8IIIII 1� llllll6—=111.�1■1.�.�■�.—=.a�l�l���liiiiill 12-23-21 RFI 42 26X6(27X7) eDrawn By: Checked By: IO26X6(7X7)-R IIi o II_II1� I — — �I O I DPF TOC - b ib I I MAIN LEVEL I i - I HVAC NORTH PLAN © M o SCALE 3/16"=1'-0" SCALE:3116"=1'0" M- 112 4 of 13 m CWMlpli 1010 ARCHTECNRAL ENGINEERING CONSULTANTS.INC. Page 67 of 72 0 N CO W GENERAL NOTES: SHEET DETAIL NOTES: c 0 16 @ 1. OFFSET PIPING AS REQUIRED TO AVOID ALL DUCTWORK,LIGHTS,AND 0 ROUTE%"HWS/R UP TO RM-8. CO STRUCTURE.COORDINATE ALL STRUCTURAL PENETRATIONS WITH THE Q y_'' O p STRUCTURAL ENGINEER. 0 ROUTE 14"HWS/R&3/4"CWS/R UP. O 0 0 N 0•N C.) N 2.ALL PIPING PASSING THROUGH FIRE-RATED ASSEMBLIES SHALL INCLUDE O CONNECT 3/4"HWS/R&14"CWS/R TO FC-8. c c a) O A FIRE-RATED PIPE SEALANT RATED TO MATCH THAT OF THE ASSEMBLY. O 0)2 CNI 3.ALL MECHANICAL PIPING SHOWN DASHED SHALL BE LOCATED BELOW O4 CONNECT 3/4"HWS/R TO RM-6. I— 0 o'v E THE FLOOR DECK. OS CONNECT 3344"HWS/R TO RM-7. N O U 4.VERIFY FINAL LOCATIONS OF ALL MANIFOLDS WITH THE G.C.CONTACT O ROUTE 1 Y4"HWS/R&1"CWS/R DN. I 0I "L C 0)-- ENGINEER IF MANIFOLDS MOVE MORE THAN 10'FROM LOCATIONS �Liga21.5_s F a) p)U co O a SHOWN ON PLANS. 0 CONNECT 144"SMS/R TO SM-4. _ ///� • U •J Q N O Cj _ i�_i 5.ALL SERVICEABLE EQUIPMENT LOCATED IN CRAWLSPACES MUST BE O8 ROUTE 1 Y4"SMS/R DN. . ,0 • — — —p — 0) N Lu Q) LOCATED LESS THAN 20'FROM A CRAWLSPACE ACCESS OR A 5'-6"x30" 8 CLEAR PATH ORIGINATING FROM A CRAWLSPACE ACCESS.EQUIPMENT O CONNECT 1"HWS/R TO RM-5. Q 0 z w •.W 3 MUST BE ABLE TO BE REMOVED WITHOUT REQUIRING DEMOLITION OF SM-4 BURIED YARD BOX s 'SMS�R I r O J i 0- DUCTWORK,PIPING,ETC. CONNECT 1"SMS/R UP TO SM-1.LOCATE AS CLOSE AS POSSIBLE TO �• ' '" m Cl/ 10 SNOWMELTED AREA WHILE MAINTAINING 20'TO ATTIC ACCESS. II 1zs 1zg 11 v 1za.1 �zx r SM O• , �+ CO W F 6.LOCATION OF ALL THERMOSTATS AND FLOOR SENSORS ARE APPROXIMATE,COORDINATE EXACT LOCATIONS WITH THE ARCHITECT. O co _ 11 CONNECT "SMS/R TO SM-6. = i•-7p1'=1 II I� 1===1 0 -1-' 0 07 O LOCATE FLOOR SENSORS EQUIDISTANT BETWEEN RADIANT LOOPS,AND — Zf- 7 m© - U -C U co DO NOT LOCATE WHERE THEY MAY LIKELY BE COVERED BY FUTURE -� I 0) co O I L•8 T1 YYY RUGS OR FURNITURE. ' I I I ® y--' O 8 11 _ F I—I 1"HWS/R I _C N C CO 7.ALL PIPING SIZED FOR TYPE L COPPER.CONTACT ENGINEER FOR ANY I 130 SF I O0' 1'CWS/R © I U M Q v CHANGE TO PEX FOR NECESSARY PIPE SIZING AND/OR PUMP CHANGES. n III I I I I '' f Q co T RZ-7C - yam_\ 480 SF I f CO 8.INSULATE ALL PIPE LEADERS PASSING THROUGH ADJACENT ZONES. J ,'/ .fit, !!! O _ •,M IrL1 a"HWS/R 80 SF - o I I I- C + CWS/R 3f J I I I I1 � SMS/R �.J'! O d m RZ-7A\ I' @ wal . RM 07 im©1 RZ-6C I,M FC-8 ' I ;; r R i r T RM-6,RM-7.SM-1 (` c— —RM 064 Ziayr ATTIC L f 1 A OpPO N-NO HG/Sri- - SM 0 1 All0�1 :9 .�� OIli I.I �WBBi� ILh. •_ • iP Gim�� — -COR 8.3 R— — — Z f --l O 1 118.3 I - MUDROOM o -";•F` �; Q I 0 im RZ-6B 1 O `f.,%0NAL6 '.0 SS SF ^- joi— � IL ( JO� � u 1O9 ET.IR' lli 18." 4 ie'1 0 C 34"HWS/R Z I ' I I ��CWS/R 0 W E If o o J 0 -0 ® I I r KITCHEN I O ' Z CO Q 05 DW 487 SF I I L'A Its in 3' /1 ��f�1-_E_ Li I L :lo 0—I RCD _ Q 1 - O � Q •, ® I!��I ® I 8 O jLIIJ L J Q 1 RZ-5D O° 7r RZ5 I r 4 I O DINING0 ROOM o l;l I j I O ORRIDOR © I FC-5 el I Mr 118.1 OIIII RZ-5C -L—170 SF RZ-SA ink I o MIW /cl _ i ENTRY / RZ _ J 415 SF O' I i h h A 0 I I �- I LIVING ROOM 1 I I � , J 1 ELFV II 103 I - N s Ali. I aom �Y —I AEC PROJECT#: 17052 56 / CLOAK ROOK _a I -- — 11e �� I DATE: ISSUE: O III I I �R � I RM FAMILY Roots I 01-28-22 ELEC UPDATES >, I ,02 I I D4 IIII I 0 — — — -I 02-17-22 ELEC UPDATES O f ��5 I 04-27-22 ELEC RFI#45 IaL RBI - I 06-14-22 FIELD CLARIFICATIONS —I07-19-22 ELEC UPDATE ryp, B a= :1- I II © 11 4,. N, ..— J U 08-09-22 RADIANT UPDATES 0 1 L _ _ _1 107 SF 144 Drawn By: Checked By 1,11�111 M - T ISM 06 71 0 DPF TOC rd SETBACK LINE G G 0 IJ AgaAl iTi MAIN LEVEL 117 SF I ve MECHANICAL I I SM46BURIED YARD BOX PIPING NORTH I I MAIN LEVEL MECHANICAL PIPING PLAN I ,\-1I CO PLAN SCALE:3/16"=1'0" SEE ARCH FOR ,8 SCALE 3/16"-1'-On CONTINUATION OF SNOWMELT ° M- 122 8 of 13 -®COPYRIGHT YON ARCH11LC1RAL ENGINEERING CCHSOLTANTS.er.= Page 68 of 72 0 cV CD 07) GENERAL NOTES: SHEET DETAIL NOTES: 1. ALL DUCTWORK DIMENSIONS ARE SHOWN INSIDE TO INSIDE. 0 TERMINATE DRYER OR KITCHEN VENT 3'AWAY FROM NATURAL AIR al c„,cu INTAKES,10'FROM PROPERTY LINE,7'ABOVE THE WALKWAYS,3' +_' - O O 2.ALL INTERIOR SUPPLY AND RETURN DUCTWORK SHALL INCLUDE 1"LINER ABOVE GROUND OR 12"ABOVE SNOW LEVEL(WHICHEVER IS HIGHER). ,_, 0 _V UNLESS OTHERWISE NOTED.ALL OUTSIDE AIR INTAKE AND ROUND (n co N DUCTWORK SHALL BE WRAPPED WITH 1.5"THICK INSULATION UNLESS 2 TERMINATE EXHAUST 3'AWAY FROM NATURAL AIR INTAKES,10'FROM as OTHERWISE NOTED. PROPERTY LINE,7'ABOVE THE WALKWAYS,3'ABOVE GROUND OR 12" 0 01 0 O> ABOVE SNOW LEVEL(WHICHEVER IS HIGHER). U N a Q N 3.ALL FINAL DUCTWORK CONNECTIONS TO SUPPLY GRILLES(OR PLENUMS) .g LY)E SHALL BE COMPLETED WITH ACOUSTICAL FLEXIBLE DUCT UNLESS O MAINTAIN ALL SERVICE CLEARANCES PER MANUFACTURER'S \ a) N N o0 0 OTHERWISE NOTED AND A MAXIMUM LENGTH OF FIVE FEET. RECOMMENDATIONS. S= C U V 0 4.ALL ROUND DUCT CONNECTIONS TO ROUND DUCTWORK SHALL BE VERIFY RETURN GRILLES CAN BE 10'FROM OPEN FIREPLACE. N IS,C) O m CONICAL TEES. " IQ V N. UMC'D C Q cv rn V 5.ALL SQUARE 90 DEGREE ELBOWS SHALL HAVE TURNING VANES. •� .5 ..9) 6.ALL DUCTWORK SHALL BE RUN TIGHT TO UNDERSIDE OF STRUCTURE ti LU ?L 2 WHERE IT EXISTS UNLESS OTHERWISE NOTED. LLI N J= SG 7.ALL DUCTWORK PASSING THROUGH FIRE-RATED ASSEMBLIES SHALL N Eli U) cD INCLUDE FIRE DAMPERS RATED TO MATCH THAT OF THE ASSEMBLY. I I • -?� 8.ALL SUPPLY GRILLES SHALL HAVE INCLUDE A BALANCING DAMPER // 0= C U OD UNLESS OTHERWISE NOTED.IF THE DAMPER IS LOCATED IN AN // a a) CO O INACCESSIBLE LOCATION,CABLE-STYLE DAMPERS(ROTOTWIST OR // (2)4"0 BOILER FLUE AND(2)4"0 10"0 ROOF TERMINATION ._ -C 0" c. EQUIVALENT)SHALL BE INSTALLED AND SHALL BE ADJUSTABLE FROM / TEILER AOONUSTION LIR ROOF 12"0 ROOF TERMINATION L N C W THE GRILLE FACE. TERMINATION,INSTALL PER C.) 2 Q 7 /j MANUFACTURER INSTRUCTIONS L 9.COORDINATE ALL ACCESS PANEL LOCATIONS WITH THE ARCHITECT. / NV/ Q OX m 0 0_ RF�sr'. UO 41WA O•) --'�SSTONAL E' 0 , , , ,. , A\ ., / . ,ED T . .I ALL DUCT G AND EQUIPMENT• IS FLOOR TO BE • A .IN ATTIC 1 X10(12X12)-R 0 .i 420 YY 25x720 11 ZDO9AN Et 7 10x10(1. 1•)-s �t•. os ,.O J 7O42k1 'Iil IZDO9B ©L 2:- 2 L 0 .I C 2.5 _ 10X10(12X12)-S I 0' _ " "0)-S LLI O 0� �/1 a.8"0)-S 420-T C T / 12X12(14X14)-T / C 2.5x7� 1 L/ i 5"0(8"0)-S .12. :1111111TIME j.rl/IF.O UP TO ROOF TERMINATION iG75-EX2@6"0(9"0)-S �� > , 22IN"20 C P.m_ '.. ^ O VERIFY LOCATION OF EXHAUST GRILLE ^ tttlea- it:2C WITH ARCH,SHOWN HERE FOR CLARITY v, 02117;2 •.-EX�• � 1, EF40 LLJ Q 30-5 • 26X6(28X8)-R _--_ O2.5x1� _ T• /�I� ��Amy 60-EX 0 O FC 0•• •R I • i 6"0 UP TO ROOF TERMINATION 15 200-51 — : 1.6 IN"2 I_I _111L ■ 1 5 0 EX _ 3z52 6)i bum 1 / 60-EX ® \--:113 510-R •� ±T- 4 021.E IN^2 111� V j O _ EF09r I� 16x10(18x12) R 0 _ YYYYY�1'_1��`-11 16X1 -Ygi�_S IIII•- .Y_._ ""E..-I . '.-'-. :."" INSTALLED IN RETURN DUCTWORK. XHAUST , -10X10(12X12)-'I_ BELOW �— THROUGH"•OF HALx� I 2.—10X1o(12X12)-[ ABOVE -UPPLY AND RETURN DUCTING TO BE. 0 aill . ,/ M INE I °OL I� • ACKED AND RAN THROUGH ATTIC°' III -PACE 215R e I_I�I 1351N^2O III j ( 4"D'YER VENTS 0 I I O4 A/,90IN^20 0EL I -••„ ' ," 8"0(11"0)-S I I 1-10"0-ExMASTER 303•" _!`II• AEC PROJECT#: 17052 = I I I I Y �.� (2)4"DRYER VENT TERMINATION O L' P� " DATE: ISSUE: f��II•�`ID D10X8(12X10)-S 80(11'0) S III Y MINIM 215-SO 901N^2 A 07-30-21 ELEC UPDATES 4 •, I �. 3 3X11(4X12)-•• 09-13-21 SNOWMELT � — "•. 631N^2� �• � 215-R 10-03-21 LAUNDRY TRANSFER 0 515-R II _—• _l 1351N"20 2.5x90 3 I• 10-12-21 REDLINES 7 10-26-21 SNOWMELT g 0 - III 11111 lin III — 12-23-21 RFI42 26X6(27X')-R III 26X6(27X7) I IIMA Drawn By: Checked By: 0 , ,1 m �s pTl, DPF TOC UPPER LEVEL / HVAC NORTH PLAN 0 0 UPPER LEVEL HVAC PLAN SCALE:3/16"=1'0' SCALE 3/16"=1'-Orr M- 113 5 of 13 _0 COPYRIGHT 1010 ARCHITECTURAL ENGINEERING CONSULTANTS.INC.. Page 69 of 72 0 - N co GENERAL NOTES: SHEET DETAIL NOTES: co 6 c NTno 1. OFFSET PIPING AS REQUIRED TO AVOID ALL DUCTWORK,LIGHTS,AND O CONNECT "HWS/R& "CWS/R TO FC-8. CO U(o O STRUCTURE.COORDINATE ALL STRUCTURAL PENETRATIONS WITH THE STRUCTURAL ENGINEER. O ROUTE 3"HWS/R&a/a"CWS/R DN. 0 0 0 0 CD g.N O U p 2.ALL PIPING PASSING THROUGH FIRE-RATED ASSEMBLIES SHALL INCLUDE O CONNECT%"HWS/R TO RM-8. C c w CO A FIRE-RATED PIPE SEALANT RATED TO MATCH THAT OF THE ASSEMBLY. 00 0 2.o 3.ALL MECHANICAL PIPING SHOWN DASHED SHALL BE LOCATED BELOW 8 •IN THE FLOOR DECK. c rn�NaDO 4.VERIFY FINAL LOCATIONS OF ALL MANIFOLDS WITH THE G.C.CONTACT 'C C N 2 ENGINEER IF MANIFOLDS MOVE MORE THAN 10'FROM LOCATIONS N p1 O U O fT3 SHOWN ON PLANS. a J Q N © rrrrrrrrrrrri-"�111111 1111�-i II! C U 5.ALL SERVICEABLE EQUIPMENT LOCATED IN CRAWLSPACES MUST BE �FFFFFFFFF�FFFFFF�FFF�FFi � � • i 7== z En -' c6 C U) LOCATED LESS THAN 20'FROM A CRAWLSPACE ACCESS OR A 5'-6'030" N~ (O CLEAR PATH ORIGINATING FROM A CRAWLSPACE ACCESS.EQUIPMENT FF�FFFFFF I- II -111 C i T O MUST BE ABLE TO BE REMOVED WITHOUT REQUIRING DEMOLITION OF FFFFFFFFFFFFFFFF��������������I._I- Ill _ LLI LU 3-C DUCTWORK,PIPING,ETC. L�FLFLF`FFFFFFFFFFiFFFFFi������� jJ M— (V W i U 0) �-air--I,...... _ �F 6.LOCATION ALL THERMOSTATS AND FLOOR SENSORS ARE _ _ _..FFI - = 1 -- OFOS S 00 S SO .TT.��TTTTTT� T�TTTT�T��� _ 0-0 N 41=41=mm••�•••rr.40;.7#Toth.WE do di!. 3 APPROXIMATE,COORDINATE EXACT LOCATIONS WITH THE ARCHITECT. O F ri177777777' ��T�T�T�i:■■■■■■.,........iiii�:■��:I: m LOCATE FLOOR SENSORS EQUIDISTANT BETWEEN RADIANT LOOPS,AND FFFFFFFFFFIH������� TTTTTTTTTTT�TTTTTTTTTT:•'T'T'T'T"9F f f f fl������ ' ' ' ' "T' ' 'T. U U co RUGS OR FURNITURE DO NOT LOCATE WHERE THEY MAY LIKELY BE COVERED BY FUTURE FFFFFfFFFfFfFFFfFFFF�����������a��TTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTT •TTTTTTTTTTTTTFFFf�H�i��♦i� TTTTTTTTTTTTTTTrTTTTTT O o FFFfFfFFfF�������. TTTTTTTT.TTTTTTTTTTTTTTTTTTTTTTT�TTTTTTTTTTTTT?.�FFl�� iTTTTTTTTTTTTTTTT�TTTTTTT■ 1E m c 0> 7.ALL PIPING SIZED FOR TYPE L COPPER.CONTACT ENGINEER FOR ANY �F�����������i��r TTTTTTTTTTTT.TTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTTu Fi TTTTTTTTTTTTTTTTTTrTTTTTT i g Q v CHANGE TO PEX FOR NECESSARY PIPE SIZING AND/OR PUMP CHANGES. FIF�FFFFFF���-1♦,' TTTTTTT.TTTTTTT�TTTTTTTTT: TTTTTTT�T° 11 TTT�TTTTTTm m• m CO ffFfFfFffIH�' TTTTTTTTTTTTTTT. TTTTTTTTTTTTTTTTTTT ■TTTTTTT 'TT TTTTTTTTTTTTTTTTTT�TTTTTT■ x 8.INSULATE ALL PIPE LEADERS PASSING THROUGH ADJACENT ZONES. 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I I.=,18'' -1 E �} `II��11,f ,® �rrllr:rr V - - !I 0 ��� r I_I RM O8 '' A ii :r ij it 0 LOCATE IN ®I - LIII MEZZCANINE 22© I 211 RZ-86 ATTIC GEIIhy 0! 5S J 'J I ii ' Rz BA�Jh ;EDR0C AEC PROJECT#: 17052 ci II .,__._._._._.-.......-._.,._._.-......-._._._. ....-_. h I °' DATE: ISSUE: 270 SF ^HWS/R _ '�-M 7� 0 III a-- n — -- 01-28-22 ELEC UPDATES i -- I c — L , 02-17-22 ELEC UPDATES I c ® III L_ t ® 04-27-22 ELEC RFI#45 a - \ AI A I 06-14-22 FIELD CLARIFICATIONS ry --_ II IIIIIIIII Mill L � J �" �I 07-19-22 ELEC UPDATE �� 0 __ ____ 0 08-09-22 RADIANT UPDATES ---N-0 III IIII 0 11!I!!!I!!!iIIIiHIiHHOII!!I1 DBy DPF TOC 0 SETBACK LINE II I uI u UPPER LEVEL I MECHANICAL NORTH PIPING 0 UPPER LEVEL MECHANICAL PIPING PLAN PLAN SCALE 3/16"=1 0" SCALE:3/16"=1'0" M- 123 9 of 13 -®COPYRIGHT pp ARCxTTL,ukaL ENGINEERING CONSULTANTS. Page 70 of 72 VIBRATION ISOLATING HANGER(TYP.) 1%"WRAPPED OUTSIDE AIR REFERENCE PIPING DIAGRAM, CV STRAI HT,UNLINED,STAINLESS STE- DUCT 1 INTAKE DUCTWORK SHEET N.7333 FOR MIXING CO I ALL THREAD f VALVE FOR HEATING WATER °O 2'" 2" %(V/ ROD AUTOFLOW AUTOMATIC 0 10'MIN OR AS CA ULATED AIR PROVING I MANUAL AIR BALANCING VALVE(TYP.) C N N N SWITCH Wi�F SUPPLY DUCT I TVENT(TYP) `Lu-J(5I j HWR (6 U Ts LINEAR BAR GRILLE I +' I STEAM UNION o Z O IN THE FLOOR.USE PROVIDE VIBRATION DISTRIBUTOR 2-WAY TEMPERATURE CONTROL VALVE 0 HEAVY DUTY CORE. / FINISHED FLOOR ISOLATING TYPE PUMP STEAM HOSE, DAMPER MOTOR OPERATED (TYPO INTERLOCKED WITH REMOTE SENSOR co) co. y SUPPORTING HANGERS AT METAL BRAIDED MAX 5'-0" _1 w O FLEXIBLE CANVAS M E-- n Q-11 (5�� CWR O 01 O > INLET AND DISCHARGE OF FLEXIBLE CONNECTOR S1=1 _ CONDENSATE —— QO• THE PUMP.DO NOT 0 ‘A. LINE CONNECTORI IOFAN COIL I F'I I I Ud NSUPPORT THE PUMP FROM - Fh I I T I I I I I LE7FLOOR JOIST ITS MOTOR. PRESSURE GAUGE I MIXING I I ��I -►1 ►1 j CWSp N op O W/GAUGE COCKS112"MIN I I BOX W/ I I I I C cs O U i &SNUBBER IIv^^� III M.O.D. • • I I �� HWS •L U)—.I— — DUCT HIGH I 3"MIN l LI J I I a) N IB in LIMIT SENSOR I Now I �O'1� I''1l D—i DRAIN J U7r 1"LINED RETURN STRAINER(TYP.) Q N O 1 •.•:OI� : I IN DUCT W STEAM DISTRIBUTOR U J C U DUCTWORK _ ofS SLOPE DUCT TO ROUTE TO DRAIN S SHUT-OFF VALVE(TYP.) _ °tS ,•i A DRAIN BELOW © PROVIDE MERV-I I FILTER. 1"LINED SUPPLY DUCTWORK IO p O C CUSTOM SUPPLY SHUTOFF VALVE BALL , iI D j DRAIN C U LLl O VALVE UP TO 2"BUTTERFLY COMBINATION ISOLATION THE STEAM AUXILIARY DRAIN PAN W/FLUID 'C PLENUM-THE VERTICAL FLUID SENSOR INTERLOCKED P&T TEST PLUGS L1J W PORTION SHALL MATCH VALVE 2 Y2"AND LARGER VALVE&CIRCUIT SETTER DISTRIBUTOR DETECTION SENSOR INTERLOCKED W/ U O- WITH AUDIBLE ALARM INTERNAL DRAIN PAN,CONDENSATE N-1= N SECURITY SYSTEM THE LINEAR GRILLE WIDTH CHECK VALVE •NOTE-ALL ABSORPTION DISTANCES SHALL BE DRAIN&P-TRAP.OUTLET 1"LOWER THAN ( W.r. N AND LENGTH.THE DUCT SIZE STRAINER W/BLOW STAINLESS STEEL DRAIN PAN UNI-STRUT SUPPORT RAIL Ir_ .3 p 1— HORIZONTAL PORTION PER PLANS DOWN VALVE OMIT ON SINGLE CONFIRMED WITH THE MANUFACTURER,BASED UPON INLET PUMP INSTALLATIONS FIELD CONDITIONS PROVIDED BY THE CONTRACTOR, THE MECHANICAL CONTRACTOR SHALL FIELD ESTABLISH THE SPECIFIC FAN COIL UNITS COIL PIPING .' U N O SHALL BE 1"LARGER THAN UNION OR FLANGE PRIOR TO ORDERING DISTRIBUTOR.SAMe MANIFOLD ARRANGEMENT&FAN ACCESS PRIOR TO SUBMITTING TO THE MANUFACTURER FOR PURCHASING. V 'C U CO THE SUPPLY DUCT. CONNECTION I N-LINE PUMP DIAGRAM MAY BE REQUIRED IF LIMITED STRAIGHT DUCTING c o V EXISTS MUA FANCOIL UNIT WITH MIXING +_' CQ - NOscA F 0 2Q`� FLOOR GRILLE CONNECTION DETAIL ELECTRIC STEAM HUMIDIFIER DETAIL BOX W/ INTEGRATED M.O.D. DETAIL L W NO SCALE NO SCALE X NO SCALE Q 0 MANUAL AIR VENT 2-WAY TEMPERATURE CONTROL VALVE FINISHED FLOOR m ALL THREAD ROD _ (TYP.)ti INTERLOCKED WITH REMOTE SENSOR(TYP.) FLEXIBLE CANVAS III T 51 2 HWR d CONNECTOR UNION USE DUCT SEALANT OR - AUTOFLOW AUTOMATIC GASKETED FITTING ON FLOOR JOIST � (TYP.) VIBRATION ISOLATING BALANCING VALVE(TYP.) r D) HIGH VELOCITY DUCT J / HANGER(TYP.) 1"LINED SUPPLY DUCTWORK - (I DUCT SIZE r l T O TWIST-IN FITTING W/ O--I I (5� ? CWR .Os'e O H;��F"P ,I D) MANUAL DAMPER, PER PLANS - —M^_ 0 FAN COIL ILr I /'— FAN f�� - O` HANDLE,&LOCK NUT CUSTOM SUPPLY PLENUM- I '_-:,I'E'�" D) THE VERTICAL PORTION 0-111 I /.11 I �A j CWS SI y CL; SHALL MATCH THE LINEAR ., U INSULATED RIGID DUCT GRILLE WIDTH.THE I I -=.� c�,.' / 4 HORIZONTAL PORTION 0--111 14 14 i HWS -- `SS�ONA1-ENG•,•' r D) r SHALL BE 1"LARGER THAN L ——— O THE SUPPLY DUCT. lJ I W�/ o I LL /' / / 1"LINED RETURN / J (--11 I D� DRAIN I / DUCTWORK I-' J " STRAINER(TYP.) PROVIDE I (S� I SHUT-OFF VALVE(TYP.)D) LINEAR BAR GRILLE MERV-11 FILTER. Jly 4+ (L , WORM DRIVE S.S. IN THE CEILING FINISHED CEILING DRAIN CLAMP AUXILIARY DRAIN PAN W/ III D Z FLUID DETECTION SENSOR P&T TEST PLUGS INTERLOCKED W/SECURITY INTERNAL DRAIN PAN,CONDENSATE SYSTEM DRAIN&P-TRAP.OUTLET 1"LOWER THAN INSTALL SNOWMELT TUBING IN REVERSE-RETURN PATTERN TO ALLOW UNI-STRUT SUPPORT RAIL INLET EQUAL HEAT UP OF THE SNOWMELTED SURFACE.THIS LAYOUT IS AN LINEAR CEILING GRILLE CONNECTION DETAIL THE MECHANICAL CONTRACTOR SHALL FIELD ESTABLISH THE SPECIFIC FAN COIL UNITS COIL PIPING EXAMPLE AND NOT THE ACTUAL TUBING LAYOUT. ARRANGEMENT&FAN ACCESS PRIOR TO SUBMITTING TO THE MANUFACTURER FOR PURCHASING. C NO SCALE G SNOWMELT REVERSE RETURN LAYOUT ROUND DUCT TAKE-OFF DETAIL FOUR PIPE FANCOIL UNIT DETAIL w NO SCALE NO SCALE NO SCALE MANIFOLD SUPPORT VALVE CAP ANGLE VALVES(TYP) MANIFOLD SUPPORT MULTITHERM 2-WAY U 0 BRACKET(TYP.) BRACKET(TYP) ZONE CONTROL VALVE J Z (13 J5'I END CAP ■I■ ■I■ ■I■ ■I■ ■I■ ■■ \ACCU SETTER END CAP iACCU SETTER I 0 �\�.��' O� W/VENT RETURN MAIN W/VENT _ _ — — RETURN MAIN `/�r �IJ� RETURN MANIFOLDI RETURN MANIFOLD 0 y I : MI^ rl fI I DRAIN DOWN I' I� el ■��!Ilf t PQPO J ,,�• 1• _ 1 1 1 1 1 1 1 1 1 1 / HOSE BIB �� 1�1 1E1 1E1 1M1 1M1 1E1 DRAIN DOWN v// 0 (r D) (C , P �All ���� SHUTOFF/BALANCING VALVE �,,, HOSE BIB SHUTOFF/BALANCING VALVE. IA ctu) j I PROVIDE A MEANS �� PROVIDE A MEANS BALANCING VALVE NOT REQUIRED Cr)D C FOR BALANCING COMPRESSION JJ 5/8"0 LOOP RETURN FOR BALANCING COMPRESSION 1/2"0 LOOP RETURN IF VISUAL FLOW DISPLAYS /�INDIVIDUAL LOOPS FITTING(TYP) PIPING(TYP) INDIVIDUAL LOOPS FITTING(TYP) C ) II(1 I IN PIPING(TYP) PROVIDED ON INDIVIDUAL LOOPS.D) (C Ii1a PROVIDE PRESSURE/ (I J) 0 _ „It., DRAIN DOWN �+^ ® ® TEMPERATURE PORTS .3 L 1t SUPPLY MANIFOLD II HOSE BIBB IYI JII SUPPLY MANIFOLD71 r 1- - J I ICI �I II ' (TYP.) ACROSS MANIFOLD SEAL AIRTIGHT �`�, . MI I•I MI MI MI MI "RAIN DOWN RAIN DOWN AROUND ENTIRE f,/`/1 \\\ HOSE BIB HOSE BIB TAKE-OFF. s,, EHNENBALL 11 VALVE SUPPLY MAIN BALL VALVE SUPPLY MAIN INSTALL SNOWMELT TUBING IN REVERSE-RETURN PATTERN TO ALLOW DRAIN DOWN ` \\\ /// EQUAL HEAT UP OF THE SNOWMELTED SURFACE.THIS LAYOUT IS AN HOSE BIBB `5/8"0 LOOP PROVIDE PRESSURE/TEMPERATURE COMPRESSION / 'RADIANT MANIFOLDS SERVING A SINGLE EXAMPLE AND NOT THE ACTUAL TUBING LAYOUT. J (TYP.) SUPPLY FITTING(TYP) PORTS ACROSS MANIFOLD FITTING(TYP) 1/2"0 LOOP SUPPLY ZONE ONLY SHALL INCLUDE ANGLE VALVES FITTING(TYP) IN LIEU OF 2-WAY VALVES AND BE 45° DUCT TAKE OFF DETAIL COMPRESSION SNOWMELT LAYOUT WHERE PASSING JOINTS CONTROLLED BY A SINGLE ZONE VALVE. FITTING(TYP)NO SCALE NO SCALE SNOWMELT MANIFOLD DETAIL RADIANT FLOOR MANIFOLD DETAIL NO SCALE NO SCALE AEC PROJECT#: 17052 DATE: ISSUE: NOTE: 07-30-21 ELEC UPDATES A CHARGE SNOWMELT LOOP TUBING WITH 100 09-13-21 SNOWMELT PAVING STONES %"WIRSBO TUBING SPACED 9"O.C. TIE WRAP TO CONCRETE PSI AIR TO PREVENT CRUSHING OF TUBE WHEN CONCRETE IS POURED. 2"MIN. WIRE TIE 3'O.C. %"HePEX TUBING REINFORCING 10-03-21 LAUNDRY TRANSFER WIRE TIE 3'O.C. SECURE TUBING TO 5/8"0 HePEX TUBING CONCRETE SEE FIGURE 2 SPACED AT 9"O.C. APPROX.IN 2"SAND SEE FIGURE 2 WIRE MESH EVERY COVER SNOWMELTED SURFACE 10-12-21 REDLINES 7 COVERING LAYER 3'ON CENTER 8 ABOVE THE PIPING / „,. , 10-26-21 SNOWMELT y/i i \ TOP OF TUBING K� •:,�::�•••s -..•. •%. :: 12-23-21 RFI42 TOP OF TUBING TO BE 1v 3'TYP ♦� P TO BE WITHIN / WIRE TIE TO REBAR • �. 'y•' +i.'Z ,'•t• ' ..� 2,3"OF TOP OF ,••,'��- .: ti• •i,.:.. N Drawn By: Checked By: WITHIN 2"-3"OF TOP \/�/' OF SLAB `�■■■,■,I■ Lj �`` SLAB mprA O 11 . •.Y. •• • • • • ` DPF TOC O3/4"HePEX TUBING .!: : :' ' • •' COMPACTED `7� 70 7� rn SPACED 9'O.C. :. • .,:�•.: ..•.,,,6"OF COMPACTED \II \ BASE •"-""' /_ -ABC ROAD BASE �7� 7� �1�1� °' / GRADE 2 HIGH DENSITY RIGID �`��-"+ " MECHANICAL INSULATION UNDER DRIVEWAY.GRADE :17.1 ���������� ���� �������� 2"STANDARD RIGID INSULATION ���®�� .�Y WAIIIIIIIIIIIIMMIN UNDER WALKWAYS AND DECKS. �� 2"HIGH DENSITY RIGID 2"HIGH DENSITY RIGID1111 II—II—II—II II II'11-11—I!-11—II II 11— =lli=ili=ili_ DETAILS 2"HIGH DENSITY RIGID INSULATION UNDER PARKING EDGE INSULATION PROVIDE ARMIFLEX INSULATION SLEEVES AT COMPACTED SUB SOIL 11-11-11-11-11- 11—11 a 11-11—11-11-111-111-111-111-11 2"THICK RIGID BOARD ALL EXPANSION JOINTS IN THE CONCRETE 111E12=Ill=LI=LIE I11 41141141111EILEILEIllElli INSULATION UNDER PARKING EDGE INSULATION OR ROADS.2"STANDARD 111-111-111-111-111 11 11—1 —11—11-11-111-111-111-111-111-11 OR ROADS.2"STANDARD RIGID INSULATION UNDER PRESSURIZE SNOW MELT TUBING TO 100 PSI =III=III=III= AllE0E0E11E0EWEIHE RIGID INSULATION UNDER REVERSE RETURN LAYOUT WALKWAYS AND DECKS. REVERSE RETURN LAYOUT AIR TO CONCRETEREVSNT S POUREDG OF TUBE WHEN ' WALKWAYS AND DECKS. COORDINATE REQUIREMENTS WIRE MESH PROVIDE ARMIFLEX SLEEVE COORDINATE REQUIREMENTS WITH CIVIL ENGINEER. OR REBAR AT EXPANSION JOINT WITH CIVIL ENGINEER. SNOWM ELT TUBING STAIR PATTERN DETAIL PAVING STONES SNOWMELT TUBING DETAIL NO SCALE SNOWMELT TUBING DETAIL SNOWMELT SYSTEM INSTALLATION DETAIL (SLAB ON GRADE) M-604 NO SCALE NO SCALE NO SCALE 13 of 13 D COPMI°IT 2020 ARCHITECTURAL ENGINEERING CONSULTANTS,INC- Page 71 of 72 .... Certificate of Accredited and Traceable Calibration - Certificate of Accredited and Traceable Calibration LAERIE LAERIE u-k.—Ctr...0ICAMIM: C....1.....M.A. .-. r...1.I...is...pr..... C............/1 ............ NEI BEI*. ok>ERkne». . E ,.,•,.,, ma> km nak E; i i i 1"; . 1 c.... „..•r'' 17....,. mum, I +,,,' '7,...,53 r.•'rn." 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