Attachment 13 - B90131 Controls Drawings Specific to CRAC Units.pdf

REPAIR/ALTER BLDG 90131 FOR 2 sos

HURLBURTAAFB FLORIDA

JB12457

~awing Index:

Page 1 AHU-1A & lB FLOW DIAGRAM Page 2 AHU-1A&1B FLOW DIAGRAM CONTD.

Page 3 AHU-1A&1B TCPI WIRING DIAGRAM Page 4 AHU-2 FLOW DIAGRAM Page 5 AHU-2 FLOW DIAGRAM CONTINUED Page 6 AHU-2 TCP2 WIRING DIAGRAM Page 7 AHU-3 FLOW DIAGRAM Page 8 AHU-3 TCP3 WIRING DIAGRAM Page 9 CW SYSTEM FLOW DIAGRAM Page 10 OW SYSTEM TCP4 WIRING DIAGRAM Page 11 HW SYSTEM FLOW DIAGRAM Page 12 HW SYSTEM TCP5 WIRING DIAGRAM Page 13 CRAC UNIT BACNET CONNECTION Page 14 LOCAL AREA NETWORK (I AN) Page 15 SEQUENCE OF OPERATION Page 16 SEQUENCE OF OPERATION Page 17 PROJECT VALVE SCHEDULE Page 18 PROJECT DAMPER SCHEUDLE Page 19 BILL OF MATERIALS Page 20 BILL OF MATERIALS

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CONNECTION

(RLY1) (RLY2)

CRAC UNIT BACNET CONNECTION & EMERGENCY SHUTDOWN INTERLOCK WIRING DIAGRAM

SEE PAGE 14

CRAC UNITS

1-THE CRAC UNITS WILL BE STARTED BY THE CRAC LOCAL CONTROL PANEL IN A LEAD/LAG MODE AND ACCORDING TO THE DDC SYSTEM OCCUPIED/UNOCCUPIED STATUS. THE LOCAL CONTROL PANEL WILL PROVIDE TO THE BUILDING DDC SYSTEM THE STATUS OF THE CRAC UNIT FANS, VALVE POSITION, ROOM TEMPERATURE, ROOM HUMIDITY AND RUN TIMES. THE SYSTEMS WILL BE SUBJECT TO

SAFETIES AND INTERLOCKS. EACH CRAC UNIT WILL BE INTERLOCKED WITH THE FIRE ALARM SYSTEM AND SHUT DOWN ON DETECTION OF SMOKE AT THE RETURN AIR DETECTOR. BOTH UNITS WILL SHUT

DOWN UPON ACTIVATION OF THE EMERGENCY HVAC SHUT DOWN BUTTON.

2. THE CHILLED WATER VALVE WILL MODULATE TO MAINTAIN A 62’F (ADJ) SUPPLY AIR TEMPERATURE

AT THE BASE OF THE CRAC UNIT.

3. THE HOT WATER VALVE WILL MODULATE UPON UPON A RISE IN ROOM HUMIDITY ABOVE 60% R.H.

_______ (ADJ) AND UPON SENSING ROOM TEMPERATURE BELOW 56’F (ADJ).

4. THE LOCAL MODULE WILL SENSE THE TEMPERATURE AT THE BASE OF THE MOST REMOTE COLD AISLE RACK AND AT THE TOP OF THE RACK IN THIS AISLE NEAR THE WALL. THE VFD ON THE CRAC UNIT FAN WILL MODULATE TO MAINTAIN A TEMPERATURE OF 60’F (ADJ) AT THE TOP OF THE RACK AND

56’F (ADJ) AT THE BASE OF THE RACK.

5. THE CRAC UNITS ARE PROVIDED AS PRIMARY AND 100% BACK-UP. IF IT IS FOUND THAT THE LOAD ON THE SYSTEM INCREASES SUCH THAT BOTH UNITS MUST RUN TO MAINTAIN ROOM CONDITIONS THEN THE LOCAL CONTROL PANEL WILL OPTIMIZE THE OPERATION OF BOTH UNITS TO MEET THE

LOAD.

EMERGENCY

SHUTDOWN RELAY

THE CRAC UN/TS LOCAL CONTROL PANEL

WILL PROVIDE TO THE BUILDING DDC

SYSTEM, THROUGH BACNET CONNECTION:

-CRAC UNIT FAN STATUS

-CRAC UNIT VALVE POSITION

-ROOM TEMPERATURE

-ROOM HUMIDITY

-RUN TIMES.

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SHUTDOWN REIAY

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SEQUENCE OF OPERATION

AHU-IA & AHU-IB

1. THE SYSTEM WILL BE AUTOMATICALLY STARTED AND STOPPED BY THE DDC SYSTEM WHENEVER THE HAND-OFF-AUTOMATIC SWITCH IS IN THE AUTOMATIC POSITION AND MANUALLY STARTED AND STOPPED IN THE HAND AND OFF POSITION RESPECTIVELY. THE AIR HANDLING UNIT WILL BE SUBJECT TO 1 HE SAF-El lbs AND NI ERLOCKS. 1 HE OUTSIDE AIR FAN WILL BE CONTROLLED BY THE OCCUPIED!

UNOCCUPIED SCHEDULE AND ON DURING OCCUPIED TIMES.

2. THE DDC SYSTEM WILL OPERATE AHU-1A AND AHU-1B IN A LEADILAG MODE, IF EITHER UNIT FAILS THE OTHER WILL START. WHEN AHU-IA IS OPERATING THE RAD (RETURN AIR DAMPER) AND SAD

(SUPPLY AIR DAMPER) ASSOCIATED WITH AHU-1B WILL BE CLOSED.

3. THE DDC SYSTEM WILL MODULATE THE CHILLED WATER VALVE TO MAINTAIN THE COLD DECK

SUPPLY AIR TEMPERATURE SET POINT AT 52°F.

4. THE DDC SYSTEM WILL MODULATE THE AIR HANDLING FAN SPEED THROUGH THE VFD TO MAINTAIN

THE MINIMUM STATIC PRESSURE.

5. THE DDC SYSTEM WILL MONITOR THE OUTSIDE AIR QUANTITY. DURING OCCUPIED PERIODS THE OAF VFD WILL MODULATE TO MAINTAIN THE OA CFM AT THE SET POINT. IF THE AIR ENTERING THE COOLING COIL FALLS BELOW 40°F THE OAF WILL SHUTDOWN TO PREVENT FREEZING THE COOLING

COIL.

6. THE DDC SYSTEM WILL BE SETUP TO DISPLAY ALL ITEMS INDICATED ON THE FLOW DIAGRAMS.

7. THE DDC SYSTEM WILL MONITOR THE ZONE TEMPERATURE SENSORS AND WILL ACTIVATE THE SYSTEM IF THE ROOM TEMPERATURES RISE ABOVE 80°F (ADJ.) OR DROP BELOW 60°F (ADJ) DURING

UNOCCUPIED HOURS. THE SYSTEM WILL BE ON DURING OCCUPIED HOURS.

AHU-2

1. THE SYSTEM WILL BE AUTOMATICALLY STARTED AND STOPPED BY THE DDC SYSTEM WHENEVER THE HAND-OFF-AUTOMATIC SWITCH IS IN THE AUTOMATIC POSITION AND MANUALLY STARTED AND STOPPED IN THE HAND AND OFF POSITION RESPECTIVELY. THE AIR HANDLING UNIT WILL BE SUBJECT TO THE SAFETIES AND INTERLOCKS. THE OUTSIDE AIR FAN WILL BE CONTROLLED BY THE OCCUPIED!

UNOCCUPIED SCHEDULE AND ON DURING OCCUPIED TIMES.

2. THE DDC SYSTEM WILL MODULATE THE CHILLED WATER VALVE TO MAINTAIN THE COLD DECK

SUPPLY AIR TEMPERATURE SET POINT AT 52°F.

3. THE DDC SYSTEM WILL MODULATE THE AIR HANDLING FAN SPEED THROUGH THE VFD TO MAINTAIN

THE MINIMUM STATIC PRESSURE.

4. THE DDC SYSTEM WILL MONITOR THE OUTSIDE AIR QUANTITY. DURING OCCUPIED PERIODS THE OAF VFD WILL MODULATE TO MAINTAIN THE OA CFM AT THE SET POINT. IF THE AIR ENTERING THE COOLING COIL FALLS BELOW 40°F THE OAF WILL SHUTDOWN TO PREVENT FREEZING THE COOLING

COIL.

5. THE DDC SYSTEM WILL BE SETUP TO DISPLAY ALL ITEMS INDICATED ON THE FLOW DIAGRAMS.

6. THE DDC SYSTEM WILL MONITOR THE ZONE TEMPERATURE SENSORS AND WILL ACTIVATE THE SYSTEM IF THE ROOM TEMPERATURES RISE ABOVE 80°F (ADJ.) OR DROP BELOW 60°F (ADJ) DURING

UNOCCUPIED HOURS. THE SYSTEM WILL BE ON DURING OCCUPIED HOURS.

VAV BOX

STAND ALONE DIRECT TERMINAL CONTROL UNIT (VAVDC) WILL MODULATE THE VAV DAMPER AND HOT

WATER VALVE IN SEQUENCE TO MAINTAIN SPACE TEMPERATURE.

ON A RISE IN SPACE TEMPERATURE ABOVE SET POINT THE CONTROLLER WILL MODULATE THE VAV DAMPER OPEN TO MAXIMUM CFM SETTING. AS SPACE TEMPERATURE DROPS TO SET POINT VAVDC

WILL MODULATE THE VAV DAMPER CLOSED TO MINIMUM CFM SETTING. IF SPACE TEMPERATURE

CONTINUES TO DROP BELOW SET POINT THROUGH ITS HEATING DEAD BAND VAVDC WILL MODULATE

THE HOT WATER VALVE OPEN TO THE COIL.

AHU-3

1. THE SYSTEM WILL BE AUTOMATICALLY STARTED AND STOPPED BY THE DDC SYSTEM WHENEVER THE HAND-OFF-AUTOMATIC SWITCH IS IN THE AUTOMATIC POSITION AND MANUALLY STARTED AND STOPPED IN THE HAND AND OFF POSITION RESPECTIVELY. THE AIR HANDLING UNIT WILL BE SUBJECT TO THE SAFETIES AND INTERLOCKS. THE ERV AND THE AHU-3 UNIT WILL ALWAYS RUN AT THE SAME

TIME.

2. THE DDC SYSTEM WILL MODULATE THE PRE-HEAT HOT WATER VALVE TO MAINTAIN THE ENTERING

AIR TEMPERATURE AT THE COOLING COIL ATA MINIMUM OF 40°F (ADJ.)

3. THE DDC SYSTEM WILL MODULATE THE CHILLED WATER VALVE TO MAINTAIN THE COLD DECK

SUPPLY AIR TEMPERATURE SET POINT AT 54°F (ADJ).

4. THE DDC SYSTEM WILL MODULATE THE RE-HEAT HOT WATER VALVE TO MAINTAIN THE SET POINT

ON THE SPACE THERMOSTAT.

5. ALL FANS WILL OPERATE AT CONSTANT VOLUME CONTINUOUSLY DURING OCCUPIED HOURS.

6. THE DDC SYSTEM WILL MONITOR THE STATUS OF THE ENERGY RECOVERY VENTILATOR (ERV) VIA ROTATION DETECTOR AND WILL POST ANA ALARM ANY TIME THE ERV IS ENABLED AND THE ROTATION

DETECTOR DOES NOT SENSE ROTATION OF THE WHEEL.

7. UPON SYSTEM START THE EMERGENCY SHUT DOWN DAMPERS WILL OPEN TO THEIR BALANCED

POSITION. ANY TIME THE EMERGENCY VENTILATION SHUT DOWN SWITCH IS ACTIVATED, AHU-3 AND THE ERV FANS WILL BE STOPPED AND THE OUTSIDE AIR AND EXHAUST AIR SHUT DOWN DAMPERS

WILL CLOSE.

EMERGENCY SHUTDOWN

WHEN THE EMERGENCY SHUT DOWN SWITCH IS PRESSED ALL AIR MOVING DEVICES WILL BE

SHUTDOWN AND THE ISOLATION DAMPERS IN THE INTAKE AND EXHAUST OPENINGS WILL CLOSE. THE EMERGENCY SHUT DOWN BUTTON IN THIS AREA WILL SHUT DOWN ALL FANS ASSOCIATED WITH AHU

IA, AHU-1B, AHU-2, AHU-3, ERV-1 AND EF-I.

SMOKE EVACUATION SYSTEM. EF-I

THE SMOKE EVACUATION FAN, EF-1 WILL AUTOMATICALLY ACTIVATE UPON DETECTING SMOKE WITHIN THE INFORMATION TECHNOLOGY EQUIPMENT ROOM AND WILL MANUALLY DEACTIVATE USING A KEY-

OPERATED SWITCH. FAN WILL BE ACTIVATED AT THE LEAST-SENSITIVE ALARM DETECTION

THRESHOLD SIGNAL. INTEGRATE WITH SMOKE DETECTION SYSTEM FOR THE IT ROOMS.

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HOT WATER SYSTEM

THE DIRECT DIGITAL CONTROLS (DDC) SOFTWARE WILL START THE HOT WATER SYSTEM BASED ON THE TIME OF DAY SCHEDULE. THE HOT WATER SYSTEM WILL START IN RESPONSE TO THE NIGHT SETBACK, SCHEDULED START/STOP OR OVERRIDE OPERATION OF ANY AIR HANDLER OR OPERATOR

INPUT.

WHEN THERE ISA CALL FOR HEATING THE HOT WATER PUMP WILL BE ENABLED. THE VFD WILL

PROVIDE PROOF OF OPERATION.

THE DISCHARGE TEMPERATURE SENSOR WILL MONITOR WATER TEMPERATURE TO PROVIDE HOT

WATER ACCORDING TO THE RESET SCHEDULE. THE RESET WITH OUTSIDE AIR TEMPERATURE WILL BE

ON INTEGRAL PART OF THE CONDENSING BOILERS PROVIDED. AN INTEGRAL BOILER PUMP AND

MIXING VALVE WILL OPERATE WITH THE BURNER.

THE DDC SYSTEM WILL MONITOR THE DISTRIBUTION HOT WATER SUPPLY, AND DISTRIBUTION HOT

WATER RETURN TEMPERATURES.

CHILLED WATER SYSTEM

1. THE CHILLED WATER PUMP WILL BE STARTED THROUGH A STARTER MOUNTED HAND-OFF-AUTO SWITCH. IN THE HAND POSITION THE PUMP WILL RUN CONTINUOUSLY. IN THE AUTO POSITION THE PUMP WILL BE CYCLED BY THE LOCAL STANDALONE DIGITAL CONTROL MODULE (DDC)/ WHEN THE AHU FAN RUNS OR WHEN OUTSIDE AIR TEMPERATURE IS BELOW 35°F FOR FREEZE PROTECTION.

WHEN THE PUMP STARTS AND FLOW IS PROVEN THE CHILLER CONTROL CIRCUIT WILL BE ACTIVATED.

CRAG UNITS

1. THE CRAC UNITS WILL BE STARTED BY THE CRAC LOCAL CONTROL PANEL IN A LEAD/LAG MODE AND ACCORDING TO THE DDC SYSTEM OCCUPIED/UNOCCUPIED STATUS. THE LOCAL CONTROL PANEL WILL PROVIDE TO THE BUILDING DDC SYSTEM THE STATUS OF THE CRAC UNIT FANS, VALVE POSITION, ROOM TEMPERATURE, ROOM HUMIDITY AND RUN TIMES. THE SYSTEMS WILL BE SUBJECT TO

SAFETIES AND INTERLOCKS. EACH CRAC UNIT WILL BE INTERLOCKED WITH THE FIRE ALARM SYSTEM AND SHUT DOWN ON DETECTION OF SMOKE AT THE RETURN AIR DETECTOR. BOTH UNITS WILL SHUT

DOWN UPON ACTIVATION OF THE EMERGENCY HVAC SHUT DOWN BU1TON.

2. THE CHILLED WATER VALVE WILL MODULATE TO MAINTAIN A 52°F (ADJ) SUPPLY AIR TEMPERATURE

AT THE BASE OF THE CRAC UNIT.

3. THE HOT WATER VALVE WILL MODULATE UPON UPON A RISE IN ROOM HUMIDITY ABOVE 60% R.H.

(ADJ) AND UPON SENSING ROOM TEMPERATURE BELOW 55°F (ADJ).

4. THE LOCAL MODULE WILL SENSE THE TEMPERATURE AT THE BASE OF THE MOST REMOTE COLD AISLE RACK AND AT THE TOP OF THE RACK IN THIS AISLE NEAR THE WALL. THE VFD ON THE CRAC UNIT FAN WILL MODULATE TO MAINTAIN A TEMPERATURE OF 60°F (ADJ) AT THE TOP OF THE RACK AND

55°F (ADJ) AT THE BASE OF THE RACK.

5. THE CRAC UNITS ARE PROVIDED AS PRIMARY AND 100% BACK-UP. IF IT IS FOUND THAT THE LOAD ON THE SYSTEM INCREASES SUCH THAT BOTH UNITS MUST RUN TO MAINTAIN ROOM CONDITIONS THEN THE LOCAL CONTROL PANEL WILL OPTIMIZE THE OPERATION OF BOTH UNITS TO MEET THE

LOAD.

2. THE CHILLER WILL CYCLE THROUGH ITS FACTORY PROVIDED CONTROLS. THE DIGITAL CONTROL MODULE WILL START/STOP THE AIR COOLED CHILLER AND WILL MONITOR THE ALARM CIRCUITS OF

THE CHILLERS.

3. THE SUPPLY AND RETURN CHILLED WATER TEMPERATURES WILL BE MONITORED.

4. THE PUMPS MOTOR CURRENT DRAW WILL BE MONITORED FOR OPERATIONAL STATUS.

5. THE DDC SYSTEM WILL START THE PUMPS IN A LEAD-LAG SEQUENCE. ONE PUMP IS PRIMARY, ONE

PUMP IS BACK-UP.

6. BOTH CHILLERS ARE REQUIRED FOR MAXIMUM LOAD.

7. BOTH CHILLERS ARE SUPPORTED BY THE EMERGENCY GENERATOR.

8. IN CASE OF CHILLER FAILURE: IF ONE CHILLER FAILS AND THE TOTAL CURRENT LOAD ON THE CHILLED WATER SYSTEM EXCEEDS THE CAPACITY OF ONE CHILLER, THEN THE DDC SYSTEM WILL MODULATE THE CHILLED WATER CONTROL VALVE FOR HE AHU-2 UNIT CLOSED TO ENSURE THAT THE PRIMARY CRAC UNIT AND PRIMARY AHU-1 UNIT ARE SATISFIED. THE SERVER ROOM. THE OPERATIONS ROOM AND THE TWO FIXED GCS ROOMS MUST REMAIN OPERATIONAL WITH 100% BACK-UP AT ALL TIMES. THE COOLING TO THE ADMINISTRATION AREA WILL BE CUT BAC AS NECESSARY TO ENSURE

THE CRITICAL AREAS REMAIN COOL AND IN OPERATION UNTIL THE CHILLER IS REPAIRED.

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AHU-I A 7, 18 CONTROLS

Device Qty Part Number Description Vendor

PROJECT BILL OF MATERIALS

AHU-2 CONTROLS

Device Qty Part Number Description Vendor

(AFMSI) 1 STA1D4-P SILVERSERIES AIRFLOW MEASURIN EBTRON

(CO2-1) 1 VER-CDLS)O< DCTMTOCO2TRAN ALRNCONT TAC/PS3

(DM1) 1 N540-7043 OURADRV ACT ELEC SR 0-10 VOC Schneider Electric (Invensys) (DM2) 1 MS4O-7043 DURAORV ACT ELEC SR 0-10 VOC Schneider Electric (Invensys) (DM3) 1 NS4O-7043 DURADRV ACT ELEC SR 0-10 VDC Schneider Electric (Invensys) (DM4) 1 NS4D-7043 DURAORV ACT ELEC SR 0-10 VOC Schneider Electric (Envensys) (DPS-1) 1 AFS-262 Air Pressure Sensing Switch wi Schneider Electric (OPS-2) 1 AFS-262 Air Pressure Sensing Switch wi Schneider Electric (0Ff-I) 1 VER-PXP-100 01FF PRES SEN DRY MEDIA PNL MT SINGLE SOURCED SOLUTIONS

(FSW) 4 28FD32/34 FUSED SERVICE SWTTCH NEWARK

(LU) 1 FS-SO OPOT Manual Reset Freeze Stat DYNACDM

(PBS) 1 [IVAC-120-FN-1RE2 EMERGENCY SHUTDOWN SWITCH PILA

(PnS)_2 1 PILNCCB

(PBS)_1 1 PILNOCB

(RLYI) 3 FUN-RIBU1-C RIB SPOT FRM 1C 1OA©277 VAC 10 Schneider Elechic (PSI) (RLY2) 3 FUM-RIBU1-C RIB SPOT FRM 1C 1OA@277 VAC 10 Schneider Electric (PS3) (RE))) 3 FUM-RIBUI-C RIB SPOT FRM 1C IOA@277 VAC 10 Schneider Elechic (PS3) (RTS) 4 MN-53 IA NICROMET S-LINK SENSOR W/OV Schneider Electric (Invensys)

(5PP) 1 A-S2O2A-1 STATIC PRESSURE SENSOR, 8’ AW MANAC

(SPP) 4 MAC-AS2O-2A1 STATIC PRESSURE SENSOR, B’ ALU SINGLE SOURCEO SOLUTIONS

(TSI) 5 TS-6721-8SO IA MICRONET SENSOR- OUCTIIMMER Schneider Electric (Invensys)

(112) 1 TS-6721-BSO IA MICRONE’T SENSOR- OUCT/IMMER Schneider Electric (Invensys) (TS3) 1 TS-6721-SSO IA MICRONET SENSOR- OUCT/IMMER Schneider Electric (Invensys) (‘154) 1 TS-6721-85O IA MICRONET SENSOR- OUCT/IMMER Schneider Electric (Invensys) (TSS) I TS-6721-8SO IA MICRONET SENSOR- DUCT/INNER Schneider Electric (Invensys) Qr55) 1 TS-6721-BSO IA MICRONET SENSOR- DUCT/INNER Schneider Electric (Invensys) (VAVOC) 4 MNB-V2 OBSOLETE (REPlACE W MNn-V2-2) Schneider Electric (Invensys)

(VFO1) 1 E7BVOO46 1SHP 20W VARIABLE FREQ. DRIVE YASKAWA

(VFD2) 1 E7nVDO46 1SHP 208V VARIABLE FREQ. DRIVE YASKAWA

(VFO3) 1 E7BV0002 1/2HP VARIABLE FREQ. DRIVE W/B YASKAWA

AHU-SA & lB TCPS CONTROLS Device Qty Part Number Description Vendor

(ODC1A) 1 MNB-1000 I/A SERIES BACNET PLANT CNTRL Schneider Electric (Invensys) (00dB) 1 NNB-1000-1S REMOTE I/O MODULE FOR MNB-1000 Schneider Electric (Invensys)

(P5W) 2 2BFO32/34 FUSEO SERVICE SWITCH NEWARK

(Ri-RI) 1 P-NR6O4-T MODULAR RELAY 4 SPOT IOA4SI1SV Schneider Electric (PS3)

(SI) 1 PRK-FS PANEL RECEPTACLE & DISC SWITCH SINGLE SOURCEO SOLUTIONS

(S1)_1 1 GF-SS FUSE, SA SINGLE SOURCEO SOLUTIONS

(TB1) 20 6H38-TSKK-C 3/B’ TERMINAL BLOCK KELE

(TB1)_1 1 6H38-E-C 3/B” END SECTION KELE

(TB1)_2 2 MC MOUNTING CLAMPS KELE

(TB1Lj4 1 MPC-3 ALUMINUM NOUMTING CHANNEL KELE

(TB1)_3 1 MS-P VENAL MARKING STRIP KELE

(TCPS) 1 A36H24ALP 36” X 24” X 6” CONTROL PANEL HOFFMAN

(TCP1)_1 1 A36P24PP PERFORATED BACKPLATE FOR PANEL HOFFMAN

(TI’) 1 Z-2-17S I7SV SURGE PROTECTOR JOSLYN

(WO) 1 T1-1530-G WIRE OUCT WITH COVER KELE

(XTM1) 1 T-2O2 TRANSFORNER 8S VA, 12OV-P, 24V Schneider Electric (PSI) ~CTr’12) 1 XOStBPA TRANSFORMER SO VA, I2OV-P, 24V VERIS (XT?’l3) I XOSOBAA TRANSFORMER 50 VA, I2OV-P, 24V VERIS

(XTM4) 1 XOSOBM TRANSFORMER SO VA, I2OV-P, 24V VERIS

(XTMS) 1 XOSOBM TRANSFORMER SO VA, 120V-P, 24V VERIS

(XTM6) 1 XOSOBM TRANSFORMER 50 VA, 120V-P, 24V VERIS

(XTN7) 1 XOSOBM TRANSFORMER SO VA, 12OV-P, 24V VERIS

(XTMB) 1 XOSOBM TRANSFORMER SO VA, 12OV-P, 24V VERIS

QCTM9) 1 XOSOBM TRANSFORMER 50 VA, 12OV-P, 24V VERIS

(AFNS1) 1 STAIO4-P SILVER SERIES AIRFLOW NEASURIN EBTRON

(OM1) 1 MS4O-7O43 OURAORV ACT ELEC SR 0-10 VOC Schneider Electric (Invensys) (DM2) 1 MA4O-704O DURAORV ACT 2 POS SR Schneider Electric (Invensys) (OPS-1) 1 AFS-262 Air Pressure Sensing Switch wi Schneider Electric (DPI-i) 1 VER-PXP-leO 01FF PRES SEN DRY MEDIA PNL NT SINGLE SOURCEO SOLUTIONS

(FSW) 16 28FO32/34 FUSED SERVICE SWITCH NEWARK

(LL1) 1 FS-SO OPOT Manual Reset Freeze Stat DYNACON (RLYI) 1 FUN-RIBUI-C RIB SPOT FRM 1C IOA@277 VAC 10 Schneider Electric (PS3) (RLY2) 1 FUN-RIBUI-C RIB SPOT FRM IC IOA@277 VAC 10 Schneider Electric (PS3) (RLV3) 1 F1JN-RIBU1-C RIB SPOT FRM IC 1OA@277 VAC 10 Schneider Electric (PSI) (RLY4) 1 FUN-RIBU1-C RIB SPOT FRN 1C 1OA@277 VAC 10 Schneider Electric (PS3) (RLYS) 1 FUN-RIBU1-C RIB SPOT FRM IC 1OA@277 VAC 10 Schneider Electric (PS3) (RLY6) 1 FUN-RIBU1-C RIB SPOT FRM IC 1OA@277 VAc 10 Schneider Electric (PS3) (RLY7) 1 FUN-RIBU1-C RIB SPOT FRM 1C 1OA©277 VAC 10 Schneider Elecbic (PSI) (R1S) 16 MN-S3 IA MICRONET S-LINK SENSOR W/OV Schneider Electric (Invensys) (SPP) 1 A-52O2A-i STATIC PRESSURE SENSOR, B’ ALU MAMAC (SPP) 2 MAC-AS2O-2Ai STATIC PRESSURE SENSOR, B” ALU SINGLE SOURCEO SOLUTIONS (TSI) 1 TS-6721-BSO IA MICRONET SENSOR- OUCT/IMMER Schneider Electric (Invensys) (T52) 1 TS-6721-BSO IA MICRONET SENSOR- OUCF/IMMER Schneider Electric (Invensys) (‘133) 1 11-6721-850 IA MICROMET SENSOR- DUCT7IMMER Schneider Electric (Invensys) (TS7) 16 TS-6721-BSO IA NICRONET SENSOR- DUCT/INNER Schneider Electric (Invensys) (VAVDd) 16 NNB-V2 OBSOLETE (REPLACE W NNB-V2-2) Schneider Electric (Invensys)

(VFO1) 1 EYBVOO74 2SHP 2OBV VARIABLE FREQ, ORIVE YASKAWA

(VFO2) 1 E7BV0002 i/2HP VARIABLE FREQ. DRIVE W/B YASKAWA

AMU-2 TCP2 CONTROLS

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(DDC2A) 1 NNB-1010 I/A SERIES BACNET PLANT CN’TRL Schneider Electric (Invensys)

(FSW) 1 28FO32/34 FUSED SERVICE SWITCH NEWARK

(Ri) 1 P-MRGIS8-T NODULAR RELAY 8 SPOT IOA@I,ISV Schneider Electric (PSI) (R2) 1 P-NRBO8-T MOOULAR RELAY 8 SPOT 1OAOII1SV Schneider Electric (PSI)

(51) 1 PRK-FS PANEL RECEPTACLE & DISC SWITCH SINGLE SOURCEO SOLIJIIONS

(Si)_i 1 GF-SS FUSE, SA SINGLE SOURCED SOLUTIONS

(TB1) 20 6H38-11KK-C 3/8’ TERMINAL BLOCK KELE

(TB1)_i 1 6H38-E-C 3/B’ END SECTION KELE

(TBI)_2 2 NC NOUN1ING CLAMPS KELE

(TB1)_4 1 I’IPC-3 ALUMINUM NOUN1ING CHANNEL KELE

(‘181)3 1 MS-P VINAL MARKING STRIP KELE

(‘TCP2) 1 A36H24ALP 16” X 24” X 6’ CONTROL PANEL HOFFMAN

(‘rcP2)_i I A36P24PP PERFORATEO BACKPLATE FOR PANEL HOFFMAN

(TI’) 1 1-2-175 175’.’ SURGE PROTECTOR IOSLYN

(WO) 1 Ti-1S30-G WIRE DUCT WTTH COVER KELE (XTM1) 1 T-202 TRANSFORMER ES VA, 120V-P, 24V Schneider Electric (PS3) (XTl’12) 1 XOSIBM TRANSFORMER SO VA, 12OV-P, 24V VERIS

QG1’13) 1 XOSOBM 1’RANSFORMER SO VA, 12OV-P, 24V VERIS

QCTM4) 1 XOSOBAA TRANSFORMER SO VA, i2OV-P, 24V VERIS OcTMS) 1 XOSOBAA TRANSFORMER SO VA, 120V-P, 24V VERIS

LOCAL AREA NETWORK

Device Oty Part Number Description Vendor

(ENCS2O) 1 ENC-S20-2 S2O ENTERPRISE NETWORK CNTRI, Schneider Electric (Invensys) (ENCS2O)j 1 ENC-S20-P2P PEER-TO-PEER FOR ENC-S20 Schneider Electric (Invensys) (ENCS2O)_3 1 ENC-WB EMBEDDED WORKBENCH FOR ENC Schneider Electric (Invensys) (ENCS2O)_2 1 IA-SSL SECURI1’Y SOFTWARE FOR MILITARY Schneider Electric (Inven

(LAPTOP) 1 0-520 LAPTOP COMPUTER PER SPECIFICAT DELL

(51) 1 PRK-FS PANEL RECEPTACLE & DISC SWITCH SINGLE SOURCEO SOLUTIONS

(Sfl_i 1 GF-SS FUSE, SA SINGLE SOURCEO SOLUTIONS (SP) 1 BE3SOG Back-UPS, 200 Watts / 350 VA, APC (‘TCPl) 1 A24H24ALP 24” X 24” X 6” CONTROL PANEL HOFFMAN (TCPI)_i 1 A24P2OPP PERFORATED BACKPLATE FOR PANEL HOFFMAN

N in p a So~a re Oevlce Qty Pert Number Description Vendor

ENC-ORV-ASO 1 ENC-ORV-ASO ENC DRIVER - G3 DIRECT ASO Schneider Electric (Invensys)