Phoenix Submittal (UK Phys

P.O. Box 3185 Louisville, KY 40201 Phone: (502) 587-7349 Customer Toll Free: (800) 489-0506 Fax: (502) 587-7340 www.airequipmentcompany.com

Laboratory Air Flow Controls Equipment SubmittalJob Name: Location: Representative: Univ. of Kentucky Energy Savings Performance Contract Chemistry / Physics Building Lexington, KY Air Equipment Company P.O. Box 3185 Louisville, KY 40201 Phone: (502) 587-7349 (800) 489-0506 Fax: (502) 587-7340 Project # LP-17256 December 9, 2010 Johnson Controls, Inc. Staggs & Fisher Consulting Engineers, Inc. Ameresco

Date of Submission: Contractor: Consulting Engineer:

SECTION IRoom Schedule Sheets

Room Schedule SheetVersion 1.0

WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 003-B 003-B 003-B 003-B 003-B 003-D 003-D 003-D 003-D 003-D 003-D 003-D 003-D 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 006 FHM VSS ZPS FHE-12 RTR-3B FHG-2-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHS-4-12 FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS Tag Desc MON S.S. ZPS VALVE CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS GEX SUP HOOD HOOD HOOD HOOD ACC ACC SUP HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD Function HOOD HOOD HOOD HOOD Catalog Number FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO RTR100-DIN EXVA212M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210

End User: University of Kentucky Unit of Measure: CFM Altitude Correction Factor: 1Zone ParametersModel Code ST Linked Set Scale Factor Min CFM Max CFM Serial Number Offset Occ Min Vent Unocc Min Vent TStat Min/Max Ovr Min Ovr Max

Printed On: 12/9/10 Rep PO: QUOTE

Switched Constant

CVSE Fan

Production Notes

HM GM LC HM ST

90 180 1800 90

1500 3000 1960 1500

LC HM ST

400 90

4528 1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

Page 1 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 006 006 006 006 006 006 006 006 006 006 007 007 007 007 007 007 007 007 007 007 007 007 007 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 Tag FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM PTS-DUCT PTS-ROOM RTR-6 FHS-4-12 FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-7 FHS-2-14 FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM Desc VALVE MON S.S. ZPS SENSOR SENSOR SENSOR SENSOR CELER VALVE VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON Function HOOD HOOD HOOD HOOD ACC ACC ACC ACC INT SUP GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT SUP HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD Catalog Number EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA

End User: University of Kentucky Unit of Measure: CFM Altitude Correction Factor: 1Zone ParametersModel Code HM ST Linked Set Scale Factor Min CFM 90 Max CFM 1500 Serial Number Offset Occ Min Vent Unocc Min Vent TStat Min/Max Ovr Min Ovr Max


Switched Constant

CVSE Fan

Production Notes

LC GM LC HM ST

400 90 180 90

4528 1500 1576 1500

HM ST

90

1500

LC HM ST

400 90

4528 1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

Page 2 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 008 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM PTS-DUCT PTS-ROOM RTR-8 FHS-2-14 FHS-2-14 FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 Tag Desc S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS SENSOR SENSOR SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE Function HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD ACC ACC ACC ACC INT SUP SUP HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD Catalog Number VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO

End User: University of Kentucky Unit of Measure: CFM Altitude Correction Factor: 1Zone ParametersModel Code Linked Set Scale Factor Min CFM Max CFM Serial Number Offset Occ Min Vent Unocc Min Vent TStat Min/Max Ovr Min Ovr Max


Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

LC LC HM ST

400 400 90

4528 5000 1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM

90

1500

Page 3 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 020 033 033 033 033 033 033 033 033 033 034 034 034 034 034 034 034 034 034 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHS-2-14 FHG-2-12 FHG-2-12 PTS-DUCT PTS-ROOM PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS FHS-14 FHS-14 FHG-2-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-33 FHS-2-14 FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS Tag Desc MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE VALVE VALVE SENSOR SENSOR SENSOR SENSOR VALVE MON S.S. ZPS VALVE VALVE VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE MON S.S. ZPS VALVE MON S.S. ZPS Function HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD SUP GEX GEX ACC ACC ACC ACC HOOD HOOD HOOD HOOD SUP SUP GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT SUP HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD Catalog Number FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 MAVA214M-AMEHC EXVA212M-AMEHO EXVA212M-AMEHO PTS102-D-04-N18 PTS102-R-OS PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 MAVA114M-AMEHC-SFB MAVA114M-AMEHC-SFB EXVA212M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

HM ST

90

1500

LC GM GM

400 180 180

5000 3000 3000

HM ST

90

1500

LC LC GM LC HM ST

200 200 180 180 90

400 400 3000 2455 1500

LC HM ST

400 90

4528 1500

HM ST

90

1500

Page 4 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 034 036 036 036 036 036 036 036 036 036 036 036 036 Tag FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM PTS-DUCT PTS-ROOM RTR-34 FHS-2-14 FHS-2-14 FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS Desc VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS SENSOR SENSOR SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. Function HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD ACC ACC ACC ACC INT SUP SUP HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD Catalog Number EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

LC LC HM ST

400 400 90

4528 4528 1500

HM ST

90

1500

HM ST

90

1500

Page 5 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 036 041 041 041 041 041 041 041 041 041 041 041 041 041 043 043 ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM PTS-DUCT PTS-ROOM RTR-36 FHS-2-14 FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-41 FHG-12 FHS-2-12 Tag Desc ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS SENSOR SENSOR SENSOR SENSOR CELER VALVE VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE Function HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD ACC ACC ACC ACC INT SUP GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC Catalog Number



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

LC GM LC HM ST

400 90 180 90

4528 1500 1768 1500

HM ST

90

1500

GM LC

90 180

1500 1672

Page 6 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 043 043 043 043 043 043 043 043 043 043 043 045 045 045 045 045 045 045 045 045 045 045 045 045 047 047 047 047 047 047 047 047 047 047 047 047 047 049 049 049 049 049 Tag FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-43 FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-45 FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-47 FHG-12 FHS-2-12 FHE-12 FHM VSS Desc VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. Function HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD Catalog Number EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1672 1500

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1672 1500

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1672 1500

Page 7 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 049 049 049 049 049 049 049 049 056A 056A 056A 056A 056A 056A 056A 056A 056A 057 057 057 057 057 057 057 057 057 061 061 061 061 061 061 061 061 061 063A 063A 063A 063A 063A 063A 063A ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-49 FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-56A FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-57 FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-61 FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT Tag Desc ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR Function HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 Catalog Number



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

GM LC HM ST

90 90 90

1500 1050 1500

GM LC HM ST

90 90 90

1500 1174 1500

GM LC HM ST

90 90 90

1500 1272 1500

GM LC HM ST

90 90 90

1500 1392 1500

Page 8 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 063A 063A 075A 075A 075A 075A 075A 075A 075A 075A 075A 104 104 104 104 104 104 104 104 104 104 104 104 104 104 106 106 106 106 106 106 106 106 106 106 106 106 107 107 107 107 107 Tag PTS-ROOM RTR-63A FHG-2-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-75A FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-104 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-106 FHG-12 FHS-2-12 FHE-12 FHM VSS Desc SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. Function ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD ACC ACC INT SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD PTS102-R-OS RTR100-DIN EXVA212M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N Catalog Number



Switched Constant

CVSE Fan

Production Notes

GM LC HM ST

180 90 90

3000 764 1500

GM LC HM ST

90 90 90

1500 802 1500

ST

LC HM ST

180 90

2910 1500

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1868 1500

Page 9 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 107 107 107 107 114 114 114 114 114 114 114 114 114 114 114 114 114 114 114 114 114 114 114 114 133 133 133 133 133 133 133 133 133 133 133 133 133 133 133 133 133 151 ZPS PTS-DUCT PTS-ROOM RTR-107 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS RTR-114 FHG-2-12 FHS-2-12 FHE-12 RTR-133 FHS-2-12 FHG-2-12 FHE-12 FHM-133 VSS-133 ZPS-133 PTS-R-133 PTS-D-133 FHM VSS ZPS PTS-DUCT PTS-ROOM FHS-2-12 Tag Desc ZPS SENSOR SENSOR CELER VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS CELER VALVE VALVE VALVE CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR MON S.S. ZPS SENSOR SENSOR VALVE Function HOOD ACC ACC INT SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD INT GEX SUP HOOD INT SUP GEX HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD ACC ACC SUP ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA212M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO RTR100-DIN MAVA212M-AMEHC EXVA212M-AMEHO EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-R-OS PTS102-D-04-N18 FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS MAVA212M-AMEHC Catalog Number



Switched Constant

CVSE Fan

Production Notes

LC HM ST

400 90

4920 1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

GM LC HM LC GM HM ST

180 180 90 180 180 90

3000 2816 1500 2616 2000 1500

ST

LC

180

2184

Page 10 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 151 151 151 151 151 151 151 154B 154B 154B 154B 154B 154B 154B 154B 154B 156 156 156 156 156 156 156 156 156 158 158 158 158 158 158 158 158 158 178 178 178 178 178 178 178 178 Tag FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-151 FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-154B FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-156 FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-158 FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM Desc VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR Function HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC Catalog Number EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS



Switched Constant

CVSE Fan

Production Notes

GM LC HM ST

90 90 90

1500 1293 1500

GM LC HM ST

90 90 90

1500 1174 1500

GM LC HM ST

90 90 90

1500 1272 1500

GM LC HM ST

90 90 90

1500 1174 1500

Page 11 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 178 180 180 180 180 180 180 180 180 180 182 182 182 182 182 182 182 182 182 182 182 182 182 182 182 182 182 182 182 182 182 1ST FLR 203 203 203 203 203 203 203 203 203 203 Tag RTR-178 FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-180 FHG-2-12 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS RTR-182 RPT-1FLR FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM Desc CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS CELER CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON Function INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD INT INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA212M-AMEHO MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN RPT100-EBX EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA Catalog Number

End User: University of Kentucky Unit of Measure: CFM Altitude Correction Factor: 1Zone ParametersModel Code GM LC HM ST Linked Set Scale Factor Min CFM 90 90 90 Max CFM 1500 1174 1500 Serial Number Offset Occ Min Vent Unocc Min Vent TStat Min/Max Ovr Min Ovr Max


Switched Constant

CVSE Fan

Production Notes

GM LC HM ST

180 400 90

3000 5000 1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1868 1500

HM ST

90

1500

Page 12 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 203 203 203 205 205 205 205 205 205 205 205 205 205 205 205 205 206 206 206 206 206 206 206 206 206 206 206 206 206 210 210 210 210 210 210 210 210 210 210 210 210 210 VSS ZPS RTR-203 FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-205 FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-206 FHE-12 FHM VSS ZPS FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-210 Tag Desc S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE MON S.S. ZPS VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER Function HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT HOOD HOOD HOOD HOOD GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT Catalog Number VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN



Switched Constant

CVSE Fan

Production Notes

GM LC HM ST

90 180 90

1500 1868 1500

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1408 1500

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1868 1500

HM ST

90

1500

Page 13 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 216 216 216 216 216 216 216 216 216 216 216 216 216 216 216 216 216 216 216 216 216 217 217 217 217 217 217 217 217 217 225 225 225 225 225 225 225 225 225 225 225 225 Tag FHG-2-12 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS RTR-216 FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-217 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS FHE-12 Desc VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS VALVE Function GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD HOOD Catalog Number EXVA212M-AMEHO MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

GM LC HM ST

90 90 90

1500 916 1500

LC HM ST

400 90

3675 1500

HM ST

90

1500

HM

90

1500

Page 14 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 225 225 225 225 225 225 225 225 225 225 225 225 225 225 225 225 225 225 225 225 227 227 227 227 227 227 227 227 227 227 227 227 236 236 236 236 236 236 236 236 236 236 FHM VSS ZPS FHE-12 FHM VSS ZPS FHS-2-14 FHG-2-12 FHM VSS ZPS FHG-2-12 FHM VSS ZPS FHG-12 RTR-225 PTS-DUCT PTS-ROOM FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-227 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS Tag Desc MON S.S. ZPS VALVE MON S.S. ZPS VALVE VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE CELER SENSOR SENSOR VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. Function HOOD HOOD HOOD HOOD HOOD HOOD HOOD SUP HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD GEX INT ACC ACC SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD Catalog Number FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 MAVA214M-AMEHC EXVB212M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB212M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVA112M-AMEHO RTR100-DIN PTS102-D-04-N18 PTS102-R-OS MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

LC HM ST

400 180

3675 3000

HM ST

180

3000

GM

90

1500

LC HM ST

90 90

1290 1500

HM ST

90

1500

LC HM ST

400 90

5000 1500

HM ST

90

1500

Page 15 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 236 237 237 237 ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHS-14 FHS-2-14 FHS-14 FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-236 FHG-12 FHS-2-12 FHE-12 Tag Desc ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE VALVE VALVE VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE Function HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD SUP SUP SUP HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 MAVA114M-AMEHC-SFB MAVA214M-AMEHC MAVA114M-AMEHC-SFB EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO Catalog Number



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

LC LC LC HM ST

200 400 200 90

1744 5000 1744 1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

GM LC HM

90 180 90

1500 1672 1500

Page 16 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 237 237 237 237 237 237 237 237 237 237 239 239 239 239 239 239 239 239 239 239 239 239 239 241 241 241 241 241 241 241 241 241 244 244 244 244 244 244 244 244 244 244 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-237 FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-239 FHG-12 FHS-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-241 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS Tag Desc MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. Function HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD Catalog Number FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1768 1500

HM ST

90

1500

GM LC HM ST

90 90 90

1500 910 1500

LC HM ST

400 90

5000 1500

HM ST

90

1500

Page 17 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 244 245 245 245 ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHS-14 FHS-2-14 FHS-14 FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-244 FHG-12 FHS-2-12 FHE-12 Tag Desc ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE VALVE VALVE VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE Function HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD SUP SUP SUP HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD ACC ACC INT GEX SUP HOOD ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 MAVA114M-AMEHC-SFB MAVA214M-AMEHC MAVA114M-AMEHC-SFB EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO Catalog Number



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

LC LC LC HM ST

200 400 200 90

1624 5000 1624 1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

GM LC HM

90 180 90

1500 1868 1500

Page 18 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 245 245 245 245 245 245 245 245 245 245 247 247 247 247 247 247 247 247 247 247 247 247 247 263 263 263 263 263 263 263 263 263 2ND FLR 309 309 309 309 309 309 309 309 309 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-245 FHG-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-247 FHG-12 FHS-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-263 RPT-2FLR FHG-1-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 Tag Desc MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE Function HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD Catalog Number FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA114M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN RPT100-EBX EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO



Switched Constant

CVSE Fan

Production Notes

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1768 1500

HM ST

90

1500

GM LC HM ST

90 200 90

1500 1620 1500

GM LC HM ST

90 180 90

1500 1768 1500

HM

90

1500

Page 19 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 309 309 309 309 311 311 311 311 311 311 311 311 311 311 311 311 311 313 313 313 313 313 313 313 313 313 314 314 314 314 314 314 314 314 314 314 314 314 314 314 314 314 FHM VSS ZPS RTR-309 FHG-1-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-311 FHG-1-12 FHS-1-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-313 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS RTR-314 Tag Desc MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS VALVE MON S.S. ZPS CELER Function HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD INT Catalog Number FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN



Switched Constant

CVSE Fan

Production Notes

GM LC HM ST

90 180 90

1500 1768 1500

HM ST

90

1500

GM LC HM ST

90 90 90

1500 910 1500

LC HM ST

400 90

3864 1500

HM ST

90

1500

HM ST

90

1500

Page 20 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 315 315 315 315 315 315 315 315 315 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 316 Tag FHG-1-12 FHS-1-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM RTR-315 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS FHS-2-14 PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS Desc VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR CELER VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS VALVE SENSOR SENSOR VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. Function GEX SUP HOOD HOOD HOOD HOOD ACC ACC INT SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD SUP ACC ACC HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD Catalog Number EXVA112M-AMEHO MAVA112M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 MAVA214M-AMEHC PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N



Switched Constant

CVSE Fan

Production Notes

LC HM ST

400 90

4528 1500

HM ST

90

1500

LC

400

4528

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

Page 21 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 316 316 316 316 316 316 316 316 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 325 333 333 333 333 ZPS FHE-12 FHM VSS ZPS RTR-316 FHG-2-12 FHG-2-12 FHG-2-12 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS FHS-2-14 FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS FHE-12 FHM VSS ZPS RTR-325 FHG-1-12 FHS-2-12 FHE-12 FHM Tag Desc ZPS VALVE MON S.S. ZPS CELER VALVE VALVE VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS VALVE VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON Function HOOD HOOD HOOD HOOD HOOD INT GEX GEX GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD SUP HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA212M-AMEHO EXVA212M-AMEHO EXVA212M-AMEHO MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 MAVA114M-AMEHC-SFB EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA Catalog Number



Switched Constant

CVSE Fan

Production Notes

GM GM GM LC HM ST

180 180 180 400 90

3000 3000 3000 5000 1500

HM ST

90

1500

LC HM ST

200 90

1040 1500

HM ST

90

1500

HM ST

90

1500

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1700 1500

Page 22 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 333 333 333 333 333 335 335 335 335 335 335 335 335 335 335 335 335 335 337 337 337 337 337 337 337 337 337 337 337 337 337 343 343 343 343 343 343 343 343 343 343 343 VSS ZPS PTS-DUCT PTS-ROOM RTR-333 FHG-1-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-335 FHG-1-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-337 FHG-1-12 FHS-2-12 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS Tag Desc S.S. ZPS SENSOR SENSOR CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. Function HOOD HOOD ACC ACC INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD Catalog Number VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN EXVA112M-AMEHO MAVA212M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N



Switched Constant

CVSE Fan

Production Notes

GM LC HM ST

90 180 90

1500 1768 1500

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1768 1500

HM ST

90

1500

GM LC HM ST

90 180 90

1500 1768 1500

HM ST

90

1500

Page 23 of 24


WebPro Job ID: 580 Job Name: UK ENERGY PROJECT - CHEM/PHYS Validation: PassedDevice ParametersRoom 343 343 394 394 394 394 394 394 394 394 394 394 394 394 394 3RD FLR BLDG BLDG BSMT ZPS RTR-343 FHG-2-14 FHS-2-14 FHE-12 FHM VSS ZPS PTS-DUCT PTS-ROOM FHE-12 FHM VSS ZPS RTR-394 RPT-3FLR SRV CAI RPT-BSMT Tag Desc ZPS CELER VALVE VALVE VALVE MON S.S. ZPS SENSOR SENSOR VALVE MON S.S. ZPS CELER CELER CELER CELER CELER Function HOOD INT GEX SUP HOOD HOOD HOOD HOOD ACC ACC HOOD HOOD HOOD HOOD INT INT WORK INT INT ZPS210 RTR100-DIN EXVA214M-AMEHO MAVA214M-AMEHC EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 PTS102-D-04-N18 PTS102-R-OS EXVB112M-AMHHO FHM631-ENG-PLA VSS1-0100-A0N ZPS210 RTR100-DIN RPT100-EBX SRV100 CAI100-NEW-RSU RPT100-EBX Catalog Number



Switched Constant

CVSE Fan

Production Notes

GM LC HM ST

400 400 90

3090 4920 1500

HM ST

90

1500

1 1

Page 24 of 24

SECTION IISequence of Operation

Sequence of OperationsApplication 3: Multiple Manifolded VAV Fume Hoods and Room Control

Application 3: Multiple Manifolded VAV Fume Hoods and Room ControlIncludes: Minimum ventilation control Temperature control with cooling and reheat Usage Based Controls Canopy hood Office supply with temperature control Additional CV supply source Zone pressurization Building Management System (BMS) integration (optional)

Introduction

Three conventional variable air volume fume hoods are each designed to exhaust an amount of air that provides a constant face velocity (typically, 100 fpm) at the sash opening regardless of sash position. As each sash opening increases or decreases, the airflow exhausted through its associated hood exhaust valve changes proportionately, thereby maintaining a constant average face velocity at the sash opening. (All fume hoods are set up to furnish the desired face velocity at some minimum sash opening that corresponds to the amount of open area required for the minimum hood exhaust flow to achieve the desired face velocity. As the sash area decreases below this minimum opening, the minimum hood exhaust flow remains constant, thereby increasing face velocity.) This conventional VAV control approach provides only a reduction in airflows and an associated increase in energy savings, if each fume hood sash is closed to its minimum opening. Unfortunately, getting the sash to its minimum opening is completely dependent on operator compliance to close the sash before leaving the hood. Lower operating face velocities (i.e., less than 100 fpm) have not traditionally been accepted in laboratories. A major impediment to this acceptance has been the knowledge that the presence and dynamic movement of the operator in front of the fume hood creates turbulence that can pull vapors out of the hood at face velocities under 100 fpm. However, without an operator present, a fume hood is capable of providing excellent containment at much lower face velocities (i.e., 60 fpm or greater). This has been recognized in current OSHA guidelines that recommend a range of operating face velocities from 60 to 100 fpm. A conventional two-position canopy hood is designed to remove heat and/or smoke from a laboratory process at two exhaust levels. An operator manually positions an electric or pneumatic selector switch to "maximum" while the process under the canopy is carried out. After the desired process is complete, the operator places the selector switch in the "minimum" position to reduce the airflow through the canopy hood. This conventional two-position control

4-10Rev. 4/06 MKT-0139 MPC-0825

Celeris Field Service Manual


approach provides only a reduction in airflows and an associated increase in energy savings, if the operator remembers to place the selector switch in the "minimum" position before leaving the canopy. With the installation of the Phoenix Controls Zone Presence Sensor (ZPS), each variable air volume fume hood can be placed into a standby mode of operation based on actual hood usage. This standby operation reduces the hood exhaust flow, thereby providing a lower, yet safe, face velocity (i.e., 60 fpm), regardless of sash position, whenever the operator is away from the hood. In this application, a digital exhaust valve (EXV) is used to control the exhaust flow from each fume hood. Each hood exhaust valve is configured with a factory-mounted pressure switch to detect low static pressure across the valve. Each fume hood is equipped with a fume hood monitor, which generates an alarm to alert the operator to low static pressure and flow alarm conditions. During initial commissioning, each fume hood monitor is calibrated for the standard (operator present) and standby (operator absent) modes of operation. In each mode, the fume hood monitor is calibrated to maintain the relationship between sash position and exhaust airflow so that the respective face velocity is obtained. (As described above, all fume hoods are set up so that the minimum sash opening and the minimum hood exhaust flow provide the standard face velocity. This minimum hood exhaust flow is typically not set back to a lower level, even during standby operation.) In this application, a two-position base exhaust valve with flow feedback (BEV) controlled by a two-position electric or pneumatic selector switch is used to maintain two levels of exhaust flow out of the canopy hood. The higher of these two levels is the standard operation flow, while the lower level is the standby operation flow. The overall pressurization zone includes an office with separate temperature control. The office supply valve's temperature control algorithm controls both the supply valve flow and the reheat coil to provide temperature control. An Accel II digital valve (MAV) is used to control the supply airflow entering the office. The minimum office supply flow is sized to satisfy the ventilation rate (calculated from air changes per hour) and the maximum office supply flow is sized to satisfy the maximum thermal load. All of the supply air from the office transfers into the lab and must be included in the overall pressurization control of the zone. The airflow required to satisfy the laboratory's minimum ventilation rate is sufficiently large, so a variable air valve and a constant volume valve (CVV) are used to bring conditioned air into the zone. The variable make-up airflow is controlled with a make-up air valve (MAV) and the constant supply is controlled with a constant volume valve. The minimum make-up airflow is sized to satisfy the minimum ventilation rate minus the constant supply and office supply flows. Due to a minimum ventilation airflow that is greater than the hoods' total minimum exhaust demand, the make-up air minimum is clamped to a flow that is large enough to satisfy the ventilation rate less the

4-11MKT-0139 MPC-0825 Rev. 4/06


constant supply and office supply flows. The make-up air valve tracks the total fume hood exhaust flow minus the desired room offset, constant supply and office supply flows until this minimum make-up air flow is reached. During conditions when the laboratory experiences a high internal heat gain (caused by season, time of day, people, lights, equipment, etc.), additional supply air is required to cool the space when all fume hood sashes are at their minimum openings. The lab's temperature control loop commands the makeup air valve to open in response to a demand for cooling, regardless of the hoods' total exhaust demand, thereby accomplishing temperature override control. Neither the large minimum ventilation airflow nor the cooling override flow can all exhaust through the fume hoods when all the sashes are at their minimum openings. Therefore, an exhaust valve (EXV) is added to the system to remove the zone's general exhaust (GEX) flow. The general exhaust valve operates inversely to the total hood exhaust flow when the total hood exhaust demand is less than either the make-up air minimum ventilation airflow or the temperature override airflow. This control approach works to maintain the minimum ventilation airflow, to accomplish temperature control of the office and the laboratory, and to maintain overall zone pressurization control. In addition, the Usage Based Control approach reduces the hood exhaust and conditioned make-up air flows to provide an increase in energy savings during standby operation in nontemperature override conditions. The laboratory temperature control loop controls the reheat coil independently to provide laboratory temperature control.

Sequence of Operation

Zone Pressurization Control As the static pressure in the exhaust and supply duct systems fluctuates, the pressure independent cone/spring assembly of each Phoenix venturi valve shall modulate to maintain a fixed set point flow within one second. The Zone Balance Control function is responsible for summing the feedback of all the supply and exhaust valves, factoring in the desired offset value and commanding the valves under control to flow set points that satisfy the simplified equation: [Total Supply] = [Total Exhaust] - [Offset]. Beyond the desired ventilation rates and offset, Zone Balance Control may also be influenced by thermal override and occupancy status in order to keep the space comfortable and in "balance". Emergency modes override zone balance to drive the valves to predetermined positions regardless of zone balance and/or temperature demands. The supply valve flow command shall be generated by comparing the minimum ventilation demand, the make-up air for hood demand, and the thermal demand signals, and selecting the higher of these three settings.

4-12Rev. 4/06 MKT-0139 MPC-0825



Negative zone pressurization is maintained by controlling the GEX valve. The general exhaust valve shall open when additional exhaust flow is required to maintain zone pressurization. Fume Hood Control As each fume hood's sash opening increases or decreases, the sash sensor signal to the related fume hood monitor shall change proportionally. (A sash sensor and monitor are mounted on each fume hood.) With an operator at the fume hood, each Zone Presence Sensor (also mounted on the fume hood) shall detect the operator and shall send a 0 Vdc (operator present) user status signal to its associated fume hood monitor. This 0 Vdc user status signal shall switch the monitor into its standard operation mode. Based on the combination of user status and sash position inputs, the fume hood monitor shall apply a multiplier of "1" to the sash signal to generate a 0-10 Vdc standard operation command signal. This 0-10 Vdc linear, calibrated command signal shall control its associated hood exhaust valve, thus maintaining a constant average, standard operation, face velocity at the fume hood opening. During standard operation, each fume hood shall operate as a conventional variable air volume hood with a conventional face velocity (i.e., 100 fpm). When the operator walks away from the fume hood and out of the ZPS detection zone, each Zone Presence Sensor shall detect the absence of the operator and shall send a +10 Vdc (operator absent) user status signal to its associated fume hood monitor. This +10 Vdc user status signal shall switch the monitor into its standby operation mode. Based on the combination of user status and sash position inputs, the fume hood monitor shall apply a multiplier equal to "(standby face velocity)/(standard face velocity)" to the sash signal to generate a 0-10 Vdc setback command signal. This 0-10 Vdc linear, calibrated command signal shall control its associated hood exhaust valve, thus maintaining a constant average, standby operation, face velocity at the fume hood opening. During standby operation, each fume hood shall operate with a lower, yet safe, face velocity (i.e., 60 fpm). Each hood exhaust valve shall generate a digital feedback signal, equal to the valve's airflow in CFM, and shall send this signal to the zone control module via the room-level network. The canopy exhaust valve shall generate a 0-10 Vdc feedback signal, proportional to the valve's airflow in CFM, and shall send this signal to a universal input (UI) on the MAV supply valve. When the differential static pressure across each hood exhaust valve drops below the valve's minimum operating differential static pressure, the differential pressure switch (mounted on each hood exhaust valve) shall open, causing its associated fume hood monitor to generate an audible and visual flow alarm, indicating that the valve is outside of its control range. Upon a valve jam condition (i.e., feedback signal does not equal command signal), the fume hood

4-13MKT-0139 MPC-0825 Rev. 4/06


monitor shall also generate a flow alarm. A mute button shall silence the audible portion of the alarm. When system conditions return to normal, all alarms shall automatically clear. Temperature Control The Celeris system shall control the temperature of the space by measuring the space and/or a duct mounted temperature sensor(s), comparing it to one or more temperature set points and regulating cooling, heating and auxiliary temperature control outputs to maintain a consistent space temperature. There are three temperature control loops, which are designated as: Primary cooling by way of thermal override Primary heating by way of control of a reheat coil Auxiliary loop for either supplemental heating or cooling by way of either an analog or digital output

If more than one temperature sensor input is used, a straight-line average of all inputs is used as the Effective Temperature set point, which serves as the basis for all temperature control functions. Each primary temperature control loop operates independently, and has its own set points and PID control parameters. The Auxiliary Temperature Control set point may be configured as either an absolute value or an offset value relative to the appropriate temperature set point (cooling or heating). Auxiliary temperature control may be configured for either modulating or two-state control, as well as standalone or staged operation. A rise in temperature above the room set point flow causes the supply valve to increase the airflow into the room. Negative zone pressurization is maintained by controlling the exhaust valve to a flow equal to the supply valve's feedback plus the design offset entering the space [Exhaust Flow = Supply Flow + (Offset)]. A drop in temperature below the room set point causes the supply and exhaust valves to decrease flow until their minimum positions are reached as listed on the room schedule sheet. On a further drop in zone temperature, the hot water control valve serving the reheat coil will be driven open to maintain the set point. The option is available for the heating control function to also increase airflow into the room. Negative zone pressurization is maintained by controlling the exhaust valve to a flow equal to the supply valve's feedback plus the design offset entering the space [Exhaust Flow = Supply Flow + (Offset)]. Occupancy Control Occupancy control allows the space to be configured to operate in an occupied mode when users are present and an unoccupied mode when users are not present. Occupancy control allows the system to be configured with different sets of minimum ventilation and cooling and heating set points and to switch between these set point values through the use of either a local occupancy sensor or BMS schedule.

4-14Rev. 4/06 MKT-0139 MPC-0825



There are four states in occupancy control: Occupied modeVentilation rates are set to maintain a safe environment, assuming normal working conditions and users are present and optimum temperature control for occupant comfort. Unoccupied modeVentilation rates may be reduced considerably, assuming that no work that would generate undesirable fumes or vapors is being conducted and no users are present. Temperature control set points may also be relaxed as comfort in an unoccupied space in not critical and allowing a greater dead band between cooling and heating set points will reduce energy consumption. Standby modeAllows the setting of cooling and heating set points for a state between occupied and unoccupied set points. Ventilation rate remains equal to that of the occupied mode. An example might be a space that is out of service of has been decommissioned. Bypass modeA means of locally overriding an unoccupied command to set the space to the occupied mode for a predetermined time period (also known as bypass time).

In the occupied mode, the ventilation rate should be calculated to provide the air changes necessary to maintain a safe environment under worst-case conditions. Cooling and heating commands will be driven to maintain the space temperature to within 1 C of the desired set point. In the unoccupied mode, the ventilation rates may be reduced as there are no users in the space and work is not conducted that may generate undesirable fumes or vapors. Also, since comfort of a space with no inhabitants is less critical, the temperature control parameters may be "set back" to a lower set point and/or a wider cooling/heating dead band, thereby reducing energy consumption. An option is provided that in the event a space is set to unoccupied and users wish to override the occupancy schedule and set the room to occupied, they can press and hold a bypass button for a preset period of time. Then the space switches to the bypass mode, which utilizes the occupied mode set point values. The space will remain in the bypass mode for a preset time period before reverting back to the mode as dictated by the occupancy schedule. BMS Integration Integrating laboratory points with the BMS requires the valves in each room to be connected to a router (RTR100). For integration architectures and concepts, refer to Application 4 in this section. Fail-safe Condition for Loss of Room-level Network Communication The valves in this application have been configured to fail in the following manner: Under loss of room-level network communication, the supply and exhaust valves will maintain the last set point determined by the temperature sensor. This zone fails in place with no change in offset.

4-15MKT-0139 MPC-0825 Rev. 4/06


Fail-safe Condition for Loss of Building-level Network Communication The valves in this application have been configured to fail in the following manner: Under loss of building-level network communication, the supply and exhaust valves will continue to maintain the set point determined by the temperature sensor. There is no change in offset. Fail-safe Condition for Loss of Power or Pneumatics (Highspeed Electric or Pneumatic Actuator) The valves in this application have been configured to fail in the following manner: Under loss of power or pneumatics, the supply valve will fail to its minimum mechanical limit and the exhaust valve will fail to its maximum mechanical limit. This zone fails in a negative pressurization mode with a largely increased offset.

4-16Rev. 4/06 MKT-0139 MPC-0825

Celeris Field Service ManualApplication 4: BMS IntegrationIncludes: Accel-Way (GWY300) CAI100 Router (RTR100)

Sequence of OperationsApplication 4: BMS Integration

Integration allows stable and controlled communication between the Celeris LON network and the campus-wide Building Management System (BMS) without interfering with the speed of the room-level Celeris devices. The AccelWay (GWY300) is the interface between the Celeris LonTalk protocol and the BMS protocol. Alarm points (e.g. flow, jam, emergency override), other readable points (e.g. flow, temp, humidity, occupancy) and writeable points (e.g. temp set point, humidity set point, occupancy mode, emergency modes) can be utilized via the Accel-Way. The Celeris system offers integration with nine various BMSs via the BACnet protocol. Each BMS vendor has proprietary and unique controllers; each project has particular and different requirements. Therefore, each integration project is singular to some extent, and must be analyzed on issues such as BMS vendor, protocol preference, stage of driver development, system size, and project requirements. BMS hardware is vendor specific. The BMS vendor must be capable of communicating with the Phoenix Controls Accel-Way gateway via an Ethernet card for BACnet. See the appropriate integration cut sheet on the Phoenix Controls' private site for more specific details. The BMS vendor must also provide software drivers to allow data transmission between their proprietary protocol and the chosen integration protocol. Phoenix Controls' requirements for BMS integration include: Accel-Way (GWY300) CAI100 integration support services Ethernet connection or hub Certified integration solution Cooperative integration partner Analog phone line (optional, but highly recommended)

4-17MKT-0139 MPC-0825 Rev. 4/06

SECTION IIIPoint-to-Point Wiring Diagrams

SECTION IVProduct Data Sheets

MEDIUM-PRESSURE ACCEL II VENTURI VALVES: OVERVIEWPhoenix Controls Accel II Venturi Valves combine a mechanical, pressureindependent regulator with a high-speed position/airflow controller to meet the unique requirements of airflow control. These valves can be used in constant volume, two-position, or VAV applicationsall designed to maximize flow performance while reducing related noise. Valves for VAV applications may be either electrically or pneumatically actuated. Pressure-independent operationAll valve types include an immediate DO NOT BLOCK response mechanical assembly to maintain airflow set point as duct static pressure varies. Airflow controlBy positioning the flow rate controller assembly, the airflow can be adjusted. Accel II valve (VAV pneumatic unit shown). Accel II valves are available in: VAV (EXV/MAV series) with VAV closed-loop feedback control with pneumatic for fume hood applications or low-speed electric actuation for tracking pair applications Constant volume (CVV series) for maintaining an airflow set point under variable static pressure conditions Two-position (PEV/PSV series) for high/low flow control (pneumatic only) Base upgradable (BEV/BSV series) for pneumatic or fixed flow control with feedback option and upgradability to VAV (pneumatic only)Phoenix Accel II Venturi ValveACTUATOR T

COVER TAB

Access required after installationPhoenix ControlsCorporationNewton, MA 02158 USA

20 PSI

END VIEW

PATENT NOS. 5,304,093 / 5,251,665 AND PATENTS PENDING

OPERATION Airflow Volume Controller Types Variable Air Volume (VAV) (EXV/MAV series) For VAV closed-loop feedback control of fume hood and modulating airflow applications. Available with either digital (Celeris or analog controls). CelerisThe Celeris LonWorks based valve controller (LVC) utilizes distributed control architecture to perform all critical room control functions. This LVC offers the power and flexibility of a conventional room control system but in a more streamlined, cost-effective manner. Celeris can operate as either a standalone or fully integrated control system. Available in pneumatic, high-speed or low-speed electric actuation. AnalogThe analog-based valve controller provides the conventional control solution for critical environments. Available with either pneumatic or high-speed electric actuation. Constant Volume,Two-position and Base Upgradable For two-position and fixed, field adjustable flow controls. Base upgradable includes optional electric flow verification and upgrading to VAV type valve. Constant volumeThe valves shaft/cone assembly is locked into the specific position required to provide the scheduled airflow via factory calibration. PneumaticSwitched pneumatic air is applied to the valves actuator. This positions the shaft/cone assembly to two distinct airflows. Mechanical clamps assure precise minimum and maximum airflows via factory calibration. Base upgradable/pneumaticSwitched or varying pneumatic air is applied to the valves actuator. A feedback potentiometer linked to the shaft is provided for optional flow verification and upgrading to a VAV-type valve. Pressure-independent Controller All valves maintain a fixed flow of air by adjusting to changes in static pressure. Each valve has a cone assembly with a spring designed to compensate for changes in duct pressure.1" WC (250 Pa)

When there is low static pressure, less force is applied to the cone, which causes the spring within the cone to expand.

As static pressure increases force on the cone, the spring compresses and the cone moves into the venturi to maintain set flow.

3" WC (750 Pa)

75 Discovery Way

Acton, Massachusetts 01720

Telephone (978) 795-1285

Fax (978) 795-1111

2001 Phoenix Controls Corporation. Specifications subject to change without notice. Rev. 1/08

MKT-0065 MPC-1125 MEDIUM-PRESSURE ACCEL II VENTURI VALVES: OVERVIEW

MEDIUM-PRESSURE ACCEL II VALVESAPPLICATIONS Airflow Volume Control Variable air volume (VAV) control schemes are commonly used for fume hoods, general exhaust, and room supply air. For typical fume hood applications, high-speed (< 1 second speed of response) actuation is required. The Celeris valve controller interfaces with our current fume hood monitors for control and monitoring. The Celeris platform provides room-level control functions in either standalone or integrated systems. Tracking pair control (non-VAV applications), where make-up air control and an interface with the fume hood monitors are not required, low-speed electric actuation offers an economical solution for room-level ventilation, pressurization, temperature and humidity control in either standalone or integrated systems.VAV fume hood controllerS

Two-state canopy (P) or (B) CV snorkel (C)

VAV exhaust

VAV supply+ + +

VAV supply

VAV supply boosterT

SPECIFICATIONSConstruction 16 ga. spun aluminum valve body with continuous welded seam Valve bodies available as uncoated aluminum (Class A) with corrosionresistant baked phenolic (Class B and C) or with PVDF coatings for more chemical intense applications (Class D) Composite Teflon shaft bearings Spring grade stainless steel spring and polyester or PPS slider assembly Supply valves* insulated with 3/8" (9.5 mm) flexible closed-cell polyethylene. Flame/smoke rating 25/50. Density is 2 lb/ft3 (32 kg/m3)

FEATURESSoundDesigned for low sound power levels to meet or exceed ASHRAE noise guidelines. FEATURE/OPTION Control type Actuator type Flow feedback signal Failsafe Factory-insulated valve body (supply) Field-adjustable flow Flow alarm via feedback circuit Flow alarm via pressure switch L Low-speed electric Last Position Option VAV (EXV/MAV) N Pneumatic* NO/NC Option M High-speed electric NO/NC/Last Position

Celeris Valve ControllerPower: 24 Vac (15%) @ 50/60 Hz Power Consumption: Single Dual Control Type L (low-speed electric) 13 VA 17 VA M (high-speed electric) 70 VA 70 VA N (pneumatic) 11 VA 11 VA I/O available for connecting field devices: 3 universal inputs. Accepts volt, mA, ohms or NTC 2 or 3 thermistor signals. 1 digital input 2 analog outputs. Provides volt or mA signals. 1 digital output (Type C, 1 amp @ 24 Vac/Vdc) Input accuracy: Voltage, current, resistance: 1% full scale Output accuracy 0 to 10 Vdc: 1% full scale into 10 k minimum 4 to 20 mA: 1% full scale into 500 +0/-50 Agency compliance: CSA CE FCC Room-level communications: FTT-10, 78 KB, bus topology, LonTalk network Building-level communications: TP-1250, 1.2 MB, bus topology, LonTalk network

Operating Range 32-122 F (0-50 C) ambient 10-90% non-condensing RH

Performance Pressure independent over 0.6"-3.0" WC (150-750 Pa) drop across valve Volume control accurate to 5% of airflow command signal No additional straight duct runs needed before or after valve Available in flows from 35-10,000 CFM (60-16,990 m3/hr) Response time to change in command signal: 10 Kohm, sensor must be replaced. HSS series: If ohm reading is infinite, sensor must be replaced.

2. The volume remains constant throughout sash travel. * Contact Phoenix Controls Product Support for assistance.

A. VSS cable retracted B. H/V Interface Board (CSS)

Reinstall or replace cable. Recalibrate or replace board.*

1999 Phoenix Controls. Specifications subject to change without notice. Rev. 09/10

MKT-0070

MPC-1506

SASH SENSORS 7 OF 7

ZONE PRESENCE SENSORPhoenix Controls Zone Presence Sensor (ZPS) detects the presence of personnel in front of a fume hood. When an operator is present, the ZPS signals the fume hood system into the standard, higher flow, mode. When operators are absent, the ZPS signals the fume hood system into the standby, lower flow, mode, thereby maximizing energy savings and system diversity.FEATURES

Used in variable air volume and two-position applications Interfaces to Phoenix Controls fume hood monitor to initiate standard and standby operation ZPS and Phoenix Controls airflow control valves provide less than one-second response time for full-range flow change System fail-safe configured for highest flow set pointSPECIFICATIONSGeneral Mounting height field adjustment from 6-12' (1.8-3.7 m) above the floor surface [factory default mounting height setting of 7' (2.1 m) for a six-foot wide hood] One ZPS for fume hoods up to 8' or 2.4 m. Consult factory for larger fume hoods. Detection zone extends approximately 20" (50 cm) from front of fume hood (adjustable) Dimensions 8.875" W x 2.75" H x 1.75" D (225 x 70 x 44 mm) Enclosure Dustproof (NEMA 1, IP21) ColorWhite Operating Range 32-122 F (0-50 C) 8202 (2500 m) altitude Power Requirements 24 Vac, 15%, 50-60 Hz, 3 VA +15 Vdc, 15%, 50-60 Hz, 120 mA Light Requirements 50-150 foot candles Detection Time

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