P530 AIMF_PLANS_DRAFT_20250728_Part5.pdf
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About this file
This file contains a comprehensive set of electrical design and specification documents for the P530 Aircraft Intermediate Maintenance Facility project at Kadena Air Base in Okinawa, Japan. The electrical plans cover multiple aspects of the facility's electrical infrastructure, including lighting plans, power distribution, panelboard schedules, one-line electrical diagrams, equipment requirements, and detailed fixture specifications. Key technical details include a 600-amp main electrical service with a 480/277V, 3-phase, 4-wire system, a 300 kVA pad-mounted transformer, multiple electrical panels (MDP, 1LP1, 2LP1, etc.), and extensive lighting and power configurations across two building floors.
The electrical design incorporates LED lighting fixtures with specific requirements, emergency lighting systems, extensive receptacle and equipment circuits, and comprehensive grounding and lightning protection. The facility includes specialized electrical provisions for various rooms such as maintenance bays, communication rooms, battery shops, and hazardous areas, with specific attention to electrical safety and code compliance. The documents are part of a 65% design submittal dated July 2025, prepared for the US Army Corps of Engineers Japan District, indicating an ongoing design process for a new military maintenance facility.
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ACC-1/ACC-2 AIR COOLED CENTRIFUGAL CHILLER INTERFACE (INT-ACC1/INT-ACC2) ALARMING PRIMARY POINT
INFORMATION
NETWORK
DATA
EXCHANGE
OVERRIDES TREND OBJECT
LOCATION (L OR R),
TYPE AND INSTANCE
NUMBER
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
ALARM INFORMATION
CONFIGURATION
INFORMATION
FUNCTION NAME (DWG
TAG) DESCRIPTION
DDC
HARDWAR
E ID
SETTING
(WITH UNITS)
RANGE
(WITH UNITS)
IO
TYPE
HOA
REQ'D
CONFIG.
TYPE
M&C
VIEW
AND
OVRD
LDP VIEW
AND
OVRD
TREND
REQ'D ALARM CONDITION ALARM
PRIORITY
M&C
ROUTING
OBJECT TYPE AND
INSTANCE NUMBER
(AND PROPERTY ID)
DATA
FROM
DATA
TO
OBJECT TYPE &
INSTANCE
NUMBER OR
COMMANDABLE
ALARM TYPE
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
NOTIFICATION
CLASS OBJECT
INSTANCE
NUMBER
EVENT
ENROLLMENT
OBJECT
INSTANCE
NUMBER
PROOFS &
SAFTIES
CHLR-S CHILLER STATUS
ON/OFF BI V V CHILLER STATUS NOT EQUAL
TO COMMAND
CRIT [___]
CHLR-SS CHILLER START-
STOP (ON/OFF)
COMMAND
ON/OFF BO ~ V V
CHLR-MOD CHILLER MODE -
OPERATIONAL
CODE <___>
ENABLE/DISABL
E
NET-IN V V ~
CHLR-ALM CHILLER
ALARM/FAULT <___> ALM/NORMAL BI H ALM INFO [___] <___> <___> <___> [___] [___] [___]
CHLR-LOW-
T
CHILLER LOW TEMP
CUTOUT <___> 4 DEG C ALM/NORMAL BI H ALM CRIT [___] <___> <___> <___> [___] [___] [___]
CHLR-LO SYSTEM 1 LOCKOUT <___> ON/OFF NET-IN V V ~ <___> <___> <___> <___> <___>
COMPRESSOR
COMP1-S COMPRESSOR 1
RUN STATUS <___> ON/OFF BI V V Y
Y
COMPRESSOR PUMP PROOF
FAILED
INFO [___] <___> <___> <___> ~ [___] [___] [___]
COMP2-S COMPRESSOR 2
RUN STATUS <___> ON/OFF BI V V Y COMPRESSOR PUMP PROOF
FAILED
INFO [___] <___> <___> <___> ~ [___] [___] [___]
EVAPORATOR
EVAP-PMP-S EVAPORATOR PUMP
STATUS (FLOW
PROOF) (SEE NOTE
6)
ON/OFF BI V V EVAP PUMP PROOF FAILED INFO [___]
CONDENSOR COND-FANS-
S
CONDENSER FAN
STATUS <___> ON/OFF NET-IN V V <___> <___> <___>
SYSTEM
LVG-WATER-
T
CHILLED WATER
TEMP LEAVING
CHILLER
DEG C AI V V ~ [___]
RET-WATER-
T
RETURN CHILLED
WATER
TEMPERATURE
DEG C D V V Y
CONTMODE CONTROL MODE -
LOCAL OR REMOTE <___> LOCAL/REMOT
E
NET-IN V V ~ <___> <___> <___> <___> <___>
CHLR-RUN-H CHILLER RUNTIME
HOURS <___> AI V V
OTHER POINTS
CHLR-CL CURRENT LIMIT <___> <___ AMP> AMP
CHLR-SUC-T SUCTION
TEMPERATURE <___> DEG C AI V V Y <___> <___> <___> <___> <___>
CHLR-DIS-T DISCHARGE
TEMPERATURE <___> DEG C AI V V Y <___> <___> <___> <___> <___>
CHLR-OIL-T OIL TEMPERATURE <___> DEG C AI V V Y <___> <___> <___> <___> <___>
CHLR-OIL-P OIL PRESSURE <___> Pa AI V Y <___> INFO [___] <___> <___> <___> <___> [___] [___] [___]
CHLR-SUC-P SUCTION
PRESSURE <___> Pa AI V Y <___> INFO [___] <___> <___> <___> <___> [___] [___] [___]
CHLR-DIS-P DISCHARGE
PRESSURE <___> Pa AI V Y <___> INFO [___] <___> <___> <___> <___> [___] [___] [___]
CHLR-FL-
AMP
FULL LOAD AMP <___> 0 - <___> kVA ~ Y <___> <___> <___> <___>
CHLR-
SUCSH-T
SUCTION
SUPERHEAT
TEMPERATURE <___>
DEG C AI V V Y
CHLR-
DISSH-T
DISCHARGE
SUPERHEAT
TEMPERATURE
DEG C AI V V Y
OA-T OUTSIDE AIR
AMBIENT
TEMPERATURE <___>
<___DEG C> DEG C AI V V
Notes:
1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS INDICATED IN THE SPECIFICATION AND IN ACCORDANCE WITH THE POINTS SCHEDULE INSTRUCTIONS DRAWING.
2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW.
3) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR CHILLER SERVING THIS SYSTEM.
4) DDC HW ID FOR DEVICE CONTAINING TREND OBJECT FOR REMOTE TRENDING FOR THIS SYSTEM: <_____>
5) DDC HW ID FOR DEVICE CONTAINING EVENT ENROLLMENT OBJECT FOR REMOTE ALARMING FOR THIS SYSTEM: <_____>
6) EACH CHILLER AS 2 PRIMARY PUMPS (ONE IS STAND BY) POWERED FROM THE CHILLER. (CHP-1A/1B AND CHP-2A/2B)
7) SEE SEQUENCE OF OPERATION REGARDING CHILLED WATER SUPPLY TEMPERATURE RESET.
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DRAFT
CHILLED WATER PLANT (PRIMARY/SECONDARY SYSTEM, IN CONJUNCTION WITH AIR AND/OR WATER COOLED CHILLER)
ALARMING PRIMARY POINT
INFORMATION
NETWORK DATA
EXCHANGE OVERRIDES TREND OBJECT
LOCATION (L OR R),
TYPE AND
INSTANCE NUMBER
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
ALARM INFORMATION
CONFIGURATION
INFORMATION
FUNCTION NAME DESCRIPTION DDC
HARDWARE ID
SETTING
(WITH UNITS)
RANGE
(WITH UNITS)
IO
TYPE
HOA
REQ'D
CONFIG.
TYPE
M&C
VIEW
AND
OVRD
LDP VIEW
AND
OVRD
TREND
REQ'D ALARM CONDITION ALARM
PRIORITY
M&C
ROUTING
OBJECT TYPE AND
INSTANCE
NUMBER
(AND PROPERTY
ID)
DATA
FROM
DATA
TO
OBJECT TYPE &
INSTANCE NUMBER
OR
COMMANDABLE
ALARM TYPE
(PROVIDE
DDC ID FOR
REMOTE IN
NOTES)
NOTIFICATION
CLASS OBJECT
INSTANCE
NUMBER
EVENT
ENROLLMENT
OBJECT
INSTANCE
NUMBER
PROOFS &
SAFTIES
CHLR-S CHILLER STATUS <___> ON/OFF BI V V CHILLER STATUS NOT
EQUAL TO COMMAND
[info] [crit] [___] <___> <___> <___> [~] [___] [___] [___]
CHLR-SS CHILLER START-
STOP (ON/OFF)
COMMAND
ON/OFF BO [~] V V
CHLR-MOD CHILLER MODE -
OPERATIONAL
CODE
ENABLE/DISABLE NET-IN V V [ ~ ]
CHLR-ALM CHILLER
ALARM/FAULT <___> ALM/NORMAL BI H ALM [info] [crit] [___] <___> <___> <___> [___] [___] [___]
CHLR-LOW-T CHILLER LOW
TEMP CUTOUT <___> [4 DEG C] ALM/NORMAL BI H ALM [info] [crit] [___] <___> <___> <___> [___] [___] [___]
CHLR-LO SYSTEM 1
LOCKOUT <___> ON/OFF NET-IN V V [ ~ ] <___> <___> <___> <___> <___>
COMPRESSOR
COMP1-S COMPRESSOR 1
RUN STATUS <___> ON/OFF BI V V X COMPRESSOR PUMP
PROOF FAILED
[info] [crit] [___] <___> <___> <___> [~] [___] [___] [___]
COMP2-S COMPRESSOR 2
RUN STATUS <___> ON/OFF BI V V X COMPRESSOR PUMP
PROOF FAILED
[info] [crit] [___] <___> <___> <___> [~] [___] [___] [___]
EVAPORATOR
EVAP-PMP-S EVAPORATOR
PUMP STATUS
(FLOW PROOF)
ON/OFF BI V V EVAP PUMP PROOF
FAILED
[info] [crit] [___]
CONDENSOR COND-FANS-S CONDENSER FAN
STATUS
<___> ON/OFF NET-IN V V <___> <___> <___>
SYSTEM
LVG-WATER-T CHILLED WATER
TEMP LEAVING
CHILLER
[ DEG C] AI V V [ ~ ] [___]
RET-WATER-T RETURN CHILLED
WATER
TEMPERATURE
[ DEG C] AI V V X
CONTMODE CONTROL MODE -
LOCAL OR
REMOTE
LOCAL/REMOTE NET-IN V V [ ~ ]
CWS-T-SP CHILLED WATER
SUPPLY TEMP
SETPOINT
[___DEG C] [ DEG C] AO VO V X
CHLR-RUN-H CHILLER RUNTIME
HOURS <___> AI V V
OTHER POINTS
CHLR-CL CURRENT LIMIT <___> [___ AMP] [ AMP]
CHLR-SUC-T SUCTION
TEMPERATURE <___> [ DEG C] AI V V X <___> <___> <___> <___> <___>
CHLR-DIS-T DISCHARGE
TEMPERATURE <___> [ DEG C] AI V V X <___> <___> <___> <___> <___>
CHLR-OIL-T OIL TEMPERATURE <___> [ DEG C] AI V V X <___> <___> <___> <___> <___>
CHLR-OIL-P OIL PRESSURE <___> [ PSI] AI V X <___> [info] [crit] [___] <___> <___> <___> <___> [___] [___] [___]
CHLR-SUC-P SUCTION
PRESSURE <___> [ PSI] AI V X <___> [info] [crit] [___] <___> <___> <___> <___> [___] [___] [___]
CHLR-DIS-P DISCHARGE
PRESSURE <___> [ PSI] AI V X <___> [info] [crit] [___] <___> <___> <___> <___> [___] [___] [___]
CHLR-FL-AMP FULL LOAD AMP <___> 0 - <___> kVA [~] X <___> <___> <___> <___>
CHLR-SUCSH-T SUCTION
SUPERHEAT
TEMPERATURE
[ DEG C] AI V V X
CHLR-DISSH-T DISCHARGE
SUPERHEAT
TEMPERATURE
[ DEG C] AI V V X
OA-T OUTSIDE AIR
AMBIENT
TEMPERATURE
[___DEG C] [ DEG C] AI V V
Notes:
1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS INDICATED IN THE SPECIFICATION AND IN ACCORDANCE WITH THE POINTS SCHEDULE INSTRUCTIONS DRAWING.
2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW.
3) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR CHILLER SERVING THIS SYSTEM.
4) DDC HW ID FOR DEVICE CONTAINING TREND OBJECT FOR REMOTE TRENDING FOR THIS SYSTEM: <_____>
5) DDC HW ID FOR DEVICE CONTAINING EVENT ENROLLMENT OBJECT FOR REMOTE ALARMING FOR THIS SYSTEM: <_____>
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OUTSIDE AIR
HS-RA
TS-RAT
CTRL
ELEC COIL
SD-VA
CHW COIL
CHV-CLG
OVFL-SW
TS-CLG
8 9 10
6 TS-VAT
VENTILATION AIR
FAN TEXT
VFD
FAN-SA
VFD-SAF
AFM-OA
M
DPR-OA
(FROM INTAKE HOOD)
EH-SA
PDPD
PRE-FILTER FINAL FILTER
DP-F1-RA DP-F2-RA
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GENERAL SHEET NOTES:
SHEET KEYNOTES:
NTSN1 DOAS-1
SEQUENCE OF OPERATION FOR DOAS-1
1.
2.
3.
1.
1.
SUPPLY AIR FAN
GENERAL: THE VARIABLE FREQUENCY DRIVE (VFD) SHALL MODULATE FAN SPEED AS REQUIRED TO SATISFY THE
SPACE VENTILATION REQUIREMENTS MEASURED AT THE AIRFLOW MONITORING STATION.
OCCUPIED MODE: THE SUPPLY FAN SHALL RUN CONTINUOUSLY.
UNOCCUPIED MODE: THE SUPPLY FAN SHALL RUN INTERMITTENTLY AT MINIMUM SPEED. THE FAN SHALL BE ACTIVATED WHEN ANY OF THE AHU'S (AHU-1, AHU-2, OR AHU-3) RETURN AIR HUMIDITY IS GREATER THAN 60% RH.
SUPPLY FAN MAY BE DISABLED WHEN ALL UNITS RETURN AIR HUMIDITY IS LESS THAN 55% RH.
CHILLED WATER COIL
THE CHILLED WATER COIL VALVE SHALL MODULATE TO MAINTAIN THE COOLING AIR DISCHARGE SET-POINT.
ELECTRIC REHEAT COIL
THE SCR CONTROLS SHALL MODULATE TO MAINTAIN THE DISCHARGE AIR SET-POINT.
1.
2.
1.
1.
1.
FILTER MONITORING
THE FILTER BANK PRESSURE DIFFERENTIAL SENSOR SHALL CONTINUOUSLY MONITOR FILTER PERFORMANCE WHILE
THE SUPPLY FAN IS RUNNING.
FILTER: WHEN THE FILTER RESISTANCE REACHES SET-POINT, A MAINTENANCE WARNING SHALL BE SENT TO THE DDC.
WHEN THE FILTER RESISTANCE REACHES THE HIGH LIMIT, AN ALARM SHALL SENT TO THE DDC.
DUCT MOUNTED SMOKE DETECTORS
THE DUCT MOUNTED SMOKE DETECTORS SHALL MONITOR THE AIR STREAM FOR THE PRESENCE OF PRODUCTS OF COMBUSTION. WHEN PRODUCTS OF COMBUSTION ARE DETECTED, A SIGNAL SHALL BE SENT TO THE FIRE ALARM SYSTEM AND A HARD WIRE INTERLOCK SHALL SHUT DOWN THE AFFECTED AIR HANDLING UNIT. THE DDC SHALL SHUT DOWN ALL OTHER AIR HANDLING UNIT FANS, FAN COIL UNITS, EXHAUST FANS AND MAKE UP AIR FANS WITHIN THE BUILDING. ALL COMBINATION FIRE/SMOKE DAMPERS, RETURN AIR DAMPERS, EXHAUST DAMPERS AND OUTSIDE AIR
DAMPERS SHALL CLOSE.
DISCHARGE HIGH AND LOW LIMIT CONTROLS
IF THE DISCHARGE AIR TEMPERATURE FALLS BELOW THE LOW LIMIT SET POINT OR RISES ABOVE THE HIGH LIMIT SET-
POINT, AN ALARM SHALL BE SENT TO THE DDC.
GENERAL ALARMS OR FAILURES
REFER TO THE POINTS LIST FOR OTHER ALARMS TO BE SENT TO THE DDC.
M
AR
K D
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1.
2.
REFER TO MANUAFACTURER'S INSTALLATION INSTRUCTIONS
FOR COMPONENTS THAT MAY BE REQUIRED BUT ARE NOT
SHOWN ON THIS DIAGRAM.
SEE ASSOCIATED POINTS SCHEDULES ON ADJACENT M-700
SHEETS.
1 MOTORIZED, 2 POSITION, OPPOSED BLADE, LOW
LEAKAGE CONTROL DAMPER.
2 DUCT MOUNTED, PROBE TYPE, TEMPERATURE
SENSOR
3 DUCT MOUNTED, PROBE TYPE, HUMIDITY SENSOR
4 AIR FLOW MONITORING STATION CAPABLE OF
MEASURING WITH AN ACCURACY OF ±5% OF THE
DESIGN OUTDOOR AIR FLOW RATE/EXHAUST
AIRFLOW RATE OR BETTER.
5 FILTER DIFFERENTIAL PRESSUE SENSOR
6 PLEATED MEDIA FILTERS
7 CONDENSATE PAN OVERFLOW SENSORS
8 MOTORIZED, 2-WAY MODULATING CONTROL VALVE
9 AVERAGING TYPE CAPILLARY TUBE, TEMPERATURE
SENSOR
10 ELECTRIC HEATING COIL WITH SCR CONTROLS
11 VARIABLE FREQUENCY DRIVE
12 DUCT MOUNTED SMOKE DETECTOR, SEE FIRE
ALARM PLANS
13 DUCT MOUNTED, PROBE TYPE, TEMPERATURE
SENSOR
SUPPLY AIRPRIMARY AIR
AFM-SA
TUC-VAV
FROM AHU
M
DPR-VAV
TSTS-ZONE
TO ROOMS
RETURN AIR
HS-RA
TS-RA
PD
MAIN FILTER
DP-F1-RA
SD-SA
CHW COIL
CHV-CLG
OVFL-SW
SUPPLY FAN
VFD
FAN-SA
VFD-SAF
TS-CLG
11 12
9 TS-SAT
SP-SA
17 18
SUPPLY AIR
HT PIPE COIL HT PIPE COIL
HTG-V-C
RETURN AIR
HS-RA
TS-RA
PD
MAIN FILTER
DP-F1-RA
SD-SA
CHW COIL
CHV-CLG
OVFL-SW
SUPPLY FAN
VFD
FAN-SA
VFD-SAF
TS-CLG
11 12
9 TS-SAT
SP-SA
17 18
SUPPLY AIR
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GENERAL SHEET NOTES:
SHEET KEYNOTES:
NTSD15 VAV TERMINAL UNITS
NTSN1 AHU-1
M
AR
K D
ES
C
R
IP
TI
O
N D
AT
E
SEQUENCE OF OPERATION FOR AHU-1/AHU-2/AHU-3
1.
2.
3.
1.
1.
1.
2.
3.
4.
1.
2.
3.
4.
SUPPLY AIR FAN
GENERAL: THE VARIABLE FREQUENCY DRIVE (VFD) SHALL MODULATE FAN SPEED AS REQUIRED TO SATISFY THE AIR FLOW REQUIREMENTS OF THE MOST CRITICAL VAV TERMINAL UNIT (CRITICAL ZONE RESET METHOD).
OCCUPIED MODE: THE SUPPLY FAN SHALL RUN CONTINUOUSLY.
UNOCCUPIED MODE: THE SUPPLY FAN SHALL RUN INTERMITTENTLY. THE FAN SHALL BE ACTIVATED WHEN THE
ZONE TEMPERATURE SENSOR REACHES 2.5°C (ADJ) ABOVE OR BELOW SET-POINT.
CHILLED WATER COIL
THE CHILLED WATER COIL VALVE SHALL MODULATE TO MAINTAIN THE SUPPLY AIR SET-POINT.
REHEAT WRAP AROUND COIL (AHU-1 ONLY)
SYSTEM SHALL MODULATE WRAP AROUND COIL SECTION TO PROVIDE REHEAT / DEHUMIDIFICATION TO SUPPLY AIR.
CRITICAL ZONE STATIC PRESSURE RESET CONTROL
THE DDC SYSTEM SHALL CONTINUOUSLY MONITOR THE DAMPER POSITION OF ALL VAV TERMINAL UNITS. THE DISCHARGE DUCT STATIC PRESSURE SHALL BE SENSED DIRECTLY IN A NON TURBULENT POINT IN THE SUPPLY AIR DUCT AT APPROXIMATELY THE THE ONE THIRD POINT IN THE DUCT SYSTEM (STARTING AT THE FAN).
WHEN ANY DAMPER IS MORE THAN 95% (ADJ.) OPEN, THE SUPPLY FAN DISCHARGE DUCT STATIC PRESSURE SET POINT SHALL BE RESET UPWARD BY 5% (ADJ.) OF THE MAXIMUM SYSTEM STATIC PRESSURE SET POINT AT A FREQUENCY OF 10 MINUTES (ADJ.) UNTIL NO DAMPER IS MORE THAN 95% OPEN OR THE STATIC PRESSURE SET POINT HAS RESET UPWARD TO THE SYSTEM MAXIMUM SETTING OR THE VFD IS AT IT'S MAXIMUM SETTING.
WHEN ALL DAMPERS ARE LESS THAN 85% (ADJ.) OPEN, THE SUPPLY FAN DISCHARGE DUCT STATIC PRESSURE SET POINT SHALL BE RESET DOWNWARD BY 5% (ADJ.) OF THE MAXIMUM SYSTEM STATIC PRESSURE SET POINT AT A FREQUENCY OF 10 MINUTES (ADJ.) UNTIL ANY DAMPER IS MORE THAN 85% OPEN OR THE STATIC PRESSURE SET POINT HAS RESET DOWNWARD TO THE SYSTEM MINIMUM SETTING OR THE VFD IS AT IT'S MINIMUM SETTING.
THE CONTROL BANDS, SET POINT INCREMENT VALUES, SET POINT DECREMENT VALUES AND ADJUSTMENT FREQUENCIES SHALL BE ADJUSTED TO MAINTAIN MAXIMUM STATIC PRESSURE OPTIMIZATION WITH STABLE SYSTEM CONTROL AND MAXIMUM COMFORT CONTROL. VAV TERMINALS THAT SERVE ZONES WITH CONSTANT LOADS, SUCH AS DATA CLOSETS, ETC, SHALL BE OVERRIDDEN WHEN REQUIRED TO ENHANCE STATIC PRESSURE CONTROL.
CRITICAL ZONE SUPPLY AIR TEMPERATURE RESET CONTROL
THE DDC SYSTEM SHALL CONTINUOUSLY MONITOR THE DAMPER POSITION OF ALL VAV TERMINAL UNITS.
WHEN ALL ZONE DAMPER POSITIONS ARE BELOW 85% OPEN, THE SUPPLY AIR TEMP. SET-POINT SHALL BE RESET
UPWARD 0.5°C EVERY THREE MINUTES UNTIL AT LEAST ONE ZONE DAMPER IS 95% OPEN.
IF DURING RESET, ANY ZONE DAMPER IS 100% OPEN AND ITS ZONE TEMP IS NOT SATISFIED, THE SUPPLY AIR TEMP.
SET POINT SHALL BE RESET DOWNWARD 0.5°C EVERY THREE MINUTES UNTIL THE COOLING CRITICAL ZONE DAMPER
IS BELOW 95% OPEN.
THE DDC SHALL BE SET UP TO PROVIDE TREND LOGS OF DAMPER POSITIONS AND OTHER SET POINTS AS REQUIRED
TO FINE TUNE THE RESET PARAMETERS AFTER THE FIRST YEAR OF OPERATION.
1.
2.
1.
1.
1.
1.
2.
1.
FILTER MONITORING
THE FILTER BANK PRESSURE DIFFERENTIAL SENSOR SHALL CONTINUOUSLY MONITOR FILTER PERFORMANCE WHILE
THE SUPPLY FAN IS RUNNING.
FILTER: WHEN THE FILTER RESISTANCE REACHES SET-POINT, A MAINTENANCE WARNING SHALL BE SENT TO THE DDC.
WHEN THE FILTER RESISTANCE REACHES THE HIGH LIMIT, AN ALARM SHALL SENT TO THE DDC.
DUCT MOUNTED SMOKE DETECTORS
THE DUCT MOUNTED SMOKE DETECTORS SHALL MONITOR THE AIR STREAM FOR THE PRESENCE OF PRODUCTS OF COMBUSTION. WHEN PRODUCTS OF COMBUSTION ARE DETECTED, A SIGNAL SHALL BE SENT TO THE FIRE ALARM SYSTEM AND A HARD WIRE INTERLOCK SHALL SHUT DOWN THE AFFECTED AIR HANDLING UNIT. THE DDC SHALL SHUT DOWN ALL OTHER AIR HANDLING UNIT FANS, FAN COIL UNITS, EXHAUST FANS AND MAKE UP AIR FANS WITHIN THE BUILDING. ALL COMBINATION FIRE/SMOKE DAMPERS, RETURN AIR DAMPERS, EXHAUST DAMPERS AND OUTSIDE AIR
DAMPERS SHALL CLOSE.
DISCHARGE HIGH AND LOW LIMIT CONTROLS
IF THE DISCHARGE AIR TEMPERATURE FALLS BELOW THE LOW LIMIT SET POINT OR RISES ABOVE THE HIGH LIMIT SET-
POINT, THE SUPPLY FAN SHALL SHUT DOWN AND AN ALARM SHALL BE SENT TO THE DDC.
GENERAL ALARMS OR FAILURES
REFER TO THE POINTS LIST FOR OTHER ALARMS TO BE SENT TO THE DDC.
SINGLE DUCT VAV TERMINAL UNITS
THE PRIMARY AIR DAMPER SHALL MODULATE BETWEEN ITS MINIMUM AND MAXIMUM SET- POINTS TO SATISFY THE OCCUPIED AND UNOCCUPIED SPACE TEMP. SET-POINTS. THE DAMPER SHALL CLOSE, IF SET-POINT IS 2°C BELOW SET- POINT. NO MINIMUM AIRFLOW IS REQUIRED AT THE VAV EXCEPT TO MAINTAIN MINIMUM AIRFLOW AT THE ASSOCIATED
AHU FAN.
ON A LOSS OF POWER, THE PRIMARY AIR DAMPER SHALL OPEN.
CHILLED WATER COIL (AHU-1)
THE CHILLED WATER CONTROL VALVE SHALL MODULATE TO MAINTAIN THE COOLING COIL SET-POINT.
1.
2.
REFER TO MANUAFACTURER'S INSTALLATION INSTRUCTIONS
FOR COMPONENTS THAT MAY BE REQUIRED BUT ARE NOT
SHOWN ON THIS DIAGRAM.
SEE ASSOCIATED POINTS SCHEDULES ON ADJACENT M-700
SHEETS.
NTSH1 AHU-2/AHU-3
1 VAV TERMINAL AIR FLOW MONITORING STATION
2 VAV TERMINAL PRIMARY AIR DAMPER AND
ACTUATOR
3 NOT USED
4 DDC SYSTEM VAV TERMINAL UNIT CONTROLLER
(TUC)
5 WALL MOUNTED ZONE TEMPERATURE SENSOR
WITH OCCUPANCY OVERRIDE AND ASJUSTMENT
WHEEL
6 DUCT MOUNTED, PROBE TYPE, HUMIDITY SENSOR
7 DUCT MOUNTED, PROBE TYPE, TEMPERATURE
SENSOR
8 FILTER DIFFERENTIAL PRESSUE SENSOR
9 PLEATED MEDIA FILTERS
10 CONDENSATE PAN OVERFLOW SENSORS
11 MOTORIZED, 2-WAY MODULATING CONTROL VALVE
12 AVERAGING TYPE CAPILLARY TUBE, TEMPERATURE
SENSOR
13 WRAP AROUND HEAT PIPE
14 VARIABLE FREQUENCY DRIVE
15 DUCT MOUNTED SMOKE DETECTOR, SEE FIRE
ALARM PLANS.
16 DUCT MOUNTED SMOKE DETECTOR, SEE FIRE
ALARM PLANS.
17 PRESSURE RELIEF DOOR SET TO OPEN 0.87 kPA
18 DUCT MOUNTED STATIC PRESSURE SENSOR
MOUNTED AT THE ONE THIRD POINT IN THE MAIN
SUPPLY AIR DUCTS.
19 HEAT PIPE CIRCUIT SOLENOID VALVE. REFER TO
HEAT PIPE MANUFACTURER FOR EXACT NUMBER
OF VALVES TO BE CONTROLLED.
VAV AHU-1/AHU-2/AHU-3 WITHOUT RETURN FAN ALARMING PRIMARY POINT
INFORMATION
NETWORK
DATA
EXCHANGE
OVERRIDES TREND OBJECT
LOCATION (L OR
R), TYPE AND
INSTANCE
NUMBER
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
ALARM INFORMATION
CONFIGURATIO
N INFORMATION
FUNCTION NAME (DWG-
TAG) DESCRIPTION
DDC
HARDWARE
ID
SETTING
(WITH UNITS)
RANGE
(WITH UNITS)
IO
TYPE
HOA
REQ'D
CONFIG.
TYPE
M&C
VIEW
AND
OVRD
LDP
VIEW
AND
OVRD
TREND
REQ'D ALARM CONDITION ALARM
PRIORITY
M&C
ROUTIN
G
OBJECT TYPE AND
INSTANCE
NUMBER
(AND PROPERTY
ID)
DATA
FROM
DATA
TO
OBJECT TYPE &
INSTANCE
NUMBER OR
COMMANDABLE
ALARM TYPE
(PROVIDE DDC
ID FOR
REMOTE IN
NOTES)
NOTIFICATION
CLASS
OBJECT
INSTANCE
NUMBER
EVENT
ENROLLME
NT OBJECT
INSTANCE
NUMBER
PROOFS
SAFETIES
SF-S (FAN-SA) SUPPLY FAN STATUS (FAN
SA) <___> ON/OFF BI V V ~ SUPPLY FAN PROOF FAILED CRIT [___] <___> <___> <___> <___> <___> <___> <___> <___>
SA-SMK (SD-SA) SUPPLY AIR SMOKE <___> ALM/NORMAL BI H ~ ~ ~ ALM CRIT [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
SA-P-HL (SP-SA) SUPPLY AIR PRESSURE HIGH
LIMIT <___> 1000 Pa ALM/NORMAL BI ~ ~ ~ ALM INFO [___] <___> <___> <___>
RST-BUT SYSTEM RESET BUTTON
(FOR SAFETIES) <___> BI VO ~ ~ <___> <___> <___> <___> <___> <___>
START/STOP
SYS-OCC OCCUPANCY INPUT (FROM
SYSTEM SCHEDULER) <___> <___> NET-IN V V ~ ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
SF-SS (FAN-SA) SUPPLY FAN START/STOP <___> ON/OFF BO ~ VO V ~ ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
UNIT STATUS UNIT STATUS (HTG AND/OR
CLG REQUEST) (SEE NOTE) <___>
<HVAC_COOL/HVAC_
HEAT/HVAC_OFF>
NET-OUT V ~ ~ ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
SUPPLY FAN
CAPACITY
CONTROL
SA-P (SP-SA) SUPPLY AIR PRESSURE <___> <___> AI V V Y *SA-P MORE THAN 20%
ABOVE OR BELOW SA-P-SP INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
SA-P-SP (SP-SA) SUPPLY AIR PRESSURE
SETPOINT <____kPa> W/ RESET <___> C VO V ~ <___> <___> <___> <___> <___> <___>
SA-P-SP-RT SUPPLY AIR PRESSURE
SETPOINT RATE OF CHANGE 2.5 " Pa./min C V V ~ <___> <___> <___> <___> <___> <___>
SF-C (VFD-SA) SUPPLY FAN VFD COMMAND <___> 0-100% AO ~ VO ~ ~ <___> <___> <___> <___>
SF-C-MIN SUPPLY FAN VFD COMMAND
MINIMUM 25% C VO V ~ <___> <___> <___> <___>
SUPPLY FAN PID
LOOP SETTINGS
PROPORTIONAL CONSTANT <___> <___> C <___>
INTEGRAL CONSTANT <___> <___> C <___>
BIAS <___> <___> C <___>
MAXIMUM OUTPUT <___> <___> C <___>
MINIMUM OUTPUT <___> <___> C <___>
<____> <___> <___> C <___>
SUPPLY AIR
TEMPERATURE
SA-T (TS-SAT) SUPPLY AIR TEMPERATURE <___> <___> AI V V Y <___> <___> <___> <___> <___> <___> <___> <___> <___>
SA-T-SP (TS-SAT) SUPPLY AIR TEMPERATURE
SETPOINT 13 DEG C W/RESET <___> C VO V ~ <___> <___> <___> <___> <___> <___>
CLG-V-C COOLING VALVE COMMAND <___> 0-100% OPEN AO ~ VO V ~ [ ~ ] [INFO]
[CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
HTG-V-C
WRAP-AROUND HEAT PIPE
VALVE COMMAND (AHU-1
ONLY)
<___> 0-100% OPEN AO ~ VO V ~ [ ~ ] [INFO]
[CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
COOLING VALVE
PID LOOP
SETTINGS
PROPORTIONAL CONSTANT <___> <___> C <___>
INTEGRAL CONSTANT <___> <___> C <___>
BIAS <___> <___> C <___>
MAXIMUM OUTPUT <___> <___> C <___>
MINIMUM OUTPUT <___> <___> C <___>
<____> <___> <___> C <___>
HEAT PIPE
REFRIGERANT
VALVE PID LOOP
SETTINGS (AHU-1
ONLY)
PROPORTIONAL CONSTANT <___> <___> C <___>
INTEGRAL CONSTANT <___> <___> C <___>
BIAS <___> <___> C <___>
MAXIMUM OUTPUT <___> <___> C <___>
MINIMUM OUTPUT <___> <___> C <___>
<____> <___> <___> C <___>
OTHER POINTS
RA-T (TS-RA) RETURN AIR TEMPERATURE <___> <___> AI V ~ ~ ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> RA-H (HS-RA) RETURN AIR HUMIDITY <___> <___> AI V ~ ~ ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
CC-T (TS-CLG) COOLING COIL DISCHARGE
TEMPERATURE <___> <___> AI V V X ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
CC-T-SP (TS-
CLNG)
COOLING COIL DISCHARGE
SETPOINT (AHU-1 ONLY) 11 DEG C <___> C VO V ~ <___> <___> <___> <___> <___> <___>
ZN-D-C-MAX ZONE DAMPER COMMAND
SETPOINT MAXIMUM <__> C VO V ~ <___> <___> <___> <___> <___> <___>
ZN-D-C-MIN ZONE DAMPER COMMAND
SETPOINT MINIMUM <__> C VO V ~ <___> <___> <___> <___> <___> <___>
ZN-D-C-EFF MAXIMUM (EFFECTIVE) ZONE
DAMPER COMMAND 0-100% OPEN V V X <___> <___> <___> <___> <___> <___>
OCFL-SW CONDENSATE OVERFLOW
SENSOR <___> <___> NORMAL/OVERFLOW BO V ~ ~ ALM CRIT [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
RA-FLT-P-HL (DP-
F1-RA)
RETURN AIR FILTER
PRESSURE HIGH LIMIT
SWITCH
<___> <___> ALM/NORMAL BI H V ~ ~ ALM INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
NOTES:
1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS INDICATED IN THE SPECIFICATION AND IN ACCORDANCE WITH THE POINTS SCHEDULE INSTRUCTIONS DRAWING. 4) DDC HW ID FOR DEVICE CONTAINING TREND OBJECT FOR REMOTE TRENDING FOR THIS SYSTEM: <___>
2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW. 5) DDC HW ID FOR DEVICE CONTAINING EVENT ENROLLMENT OBJECT FOR REMOTE ALARMING FOR THIS SYSTEM: <___>
3) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR CHILLER SERVING THIS SYSTEM.
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DEDICATED OUTSIDE AIR UNIT ALARMING PRIMARY POINT INFORMATION NETWORK DATA
EXCHANGE OVERRIDES
TREND OBJECT
LOCATION (L OR R),
TYPE AND INSTANCE
NUMBER
(PROVIDE DDC ID FOR
REMOTE IN NOTES)
ALARM INFORMATION
CONFIGURATION
INFORMATION
FUNCTION NAME DESCRIPTION DDC
HARDWARE ID
SETTING
(WITH UNITS)
RANGE
(WITH UNITS)
IO
TYPE HOA REQ'D CONFIG.
TYPE
M&C VIEW
AND OVRD
LDP VIEW
AND OVRD TREND REQ'D ALARM CONDITION ALARM
PRIORITY
M&C
ROUTING
OBJECT TYPE AND INSTANCE
NUMBER
(AND PROPERTY ID)
DATA
FROM DATA TO
OBJECT TYPE &
INSTANCE NUMBER OR
COMMANDABLE
ALARM TYPE
(PROVIDE DDC ID FOR
REMOTE IN NOTES)
NOTIFICATION CLASS
OBJECT INSTANCE
NUMBER
EVENT ENROLLMENT
OBJECT INSTANCE
NUMBER
PROOFS
SAFETIES
SF-S SUPPLY FAN STATUS
ON/OFF BI V V SUPPLY FAN PROOF FAILED [info] [crit] [___]
EF-S EXHAUST FAN STATUS
ON/OFF BI V V EXHAUST FAN PROOF FAILED [info] [crit] [___]
SA-SMK SUPPLY AIR SMOKE <___> ALM/NORMAL BI H ALM [info] [crit] [___] <___> <___> <___> [___] [___] [___]
EA-SMK EXHAUST AIR SMOKE
ALM/NORMAL BI H
HTG-DA-T-LL HEATING COIL DISCHARGE
TEMPERATURE LOW LIMIT
SWITCH
[4 DEG C] ALM/NORMAL BI H ALM [info] [crit] [___]
RST-BUT SYSTEM RESET BUTTON
(FOR SAFETIES)
BI H
OA-FLT-P-HL AIR FILTER PRESSURE
HIGH LIMIT SWITCH
<___> ALM/NORMAL BI H V [ALM] [info] [crit] [___]
START/STOP
SYS-OCC OCCUPANCY INPUT (FROM
SYSTEM SCHEDULER) <___>
<___> NET-IN V V
MSV <___> <___> <___>
SF-SS SUPPLY FAN START/STOP
ON/OFF BO [~] VO V
EF-SS EXHAUST FAN
START/STOP <___>
ON/OFF BO [~] VO V
UNIT STATUS UNIT STATUS (SEE NOTE)
ON/OFF NET-OUT V
FAN CAPACITY
CONTROL
SA-F SUPPLY AIR FLOW <___> <___> AI X <___> <___> <___> <___> [___] [___] [___]
EA-F EXHAUST AIR FLOW <___> <___> AI X <___> <___> <___> <___> [___] [___] [___]
SUPPLY AIR
TEMPERATURE
SA-T SUPPLY AIR
TEMPERATURE <___>
<___> AI V X *SA-T MORE THAN 6 DEG C ABOVE OR
BELOW SETPOINT
[info] [crit] [___]
SA-T-SP SUPPLY AIR
TEMPERATURE SETPOINT
[13 DEG C] <___> C VO VO
CLG-V-C COOLING VALVE
COMMAND <___>
0-100% OPEN AO [~] VO V
COOLING VALVE PID LOOP
SETTINGS
<___> C
HTG-V-C HEATING VALVE
COMMAND <___>
0-100% OPEN AO [~] VO V
HEATING VALVE PID LOOP
SETTINGS
<___> C
OTHER POINTS
OA-T OUTSIDE AIR
TEMPERATURE <___>
<___> AI V [ ~ ] [ ~ ]
EA-T EXHAUST AIR
TEMPERATURE <___>
<___> AI V [ ~ ] [ ~ ]
NOTES:
1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS INDICATED IN THE SPECIFICATION AND IN ACCORDANCE WITH THE POINTS SCHEDULE INSTRUCTIONS DRAWING.
2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW.
3) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR CHILLER SERVING THIS SYSTEM.
THIS NOTE IS USED ONLY FOR BACNET (NO NIAGARA)
4) DDC HW ID FOR DEVICE CONTAINING TREND OBJECT FOR REMOTE TRENDING FOR THIS SYSTEM: <_____>
THIS NOTE IS USED ONLY FOR BACNET (NO NIAGARA)
5) DDC HW ID FOR DEVICE CONTAINING EVENT ENROLLMENT OBJECT FOR REMOTE ALARMING FOR THIS SYSTEM: <_____>
COOLING ONLY VAV BOX (TUC-VAV) ALARMING PRIMARY POINT
INFORMATION
NETWORK
DATA
EXCHANGE
OVERRIDES TREND OBJECT
LOCATION (L OR
R), TYPE AND
INSTANCE
NUMBER
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
ALARM INFORMATION
CONFIGURATION
INFORMATION
FUNCTION NAME (DWG
TAG) DESCRIPTION
DDC
HARDWARE
ID
SETTING
(WITH UNITS)
RANGE
(WITH UNITS)
IO
TYPE
HOA
REQ'D
CONFIG.
TYPE
M&C
VIEW
AND
OVRD
LDP
VIEW
AND
OVRD
TREND
REQ'D ALARM CONDITION ALARM
PRIORITY
M&C
ROUTIN
G
OBJECT TYPE AND
INSTANCE
NUMBER
(AND PROPERTY
ID)
DATA
FROM
DATA
TO
OBJECT TYPE &
INSTANCE
NUMBER OR
COMMANDABLE
ALARM TYPE
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
NOTIFICATION
CLASS OBJECT
INSTANCE
NUMBER
EVENT
ENROLLMENT
OBJECT
INSTANCE
NUMBER
PROOFS &
SAFETIES
<UNIT MANUFACTURER'S
SAFETIES> (SEE NOTES) <___> ALM/NORMAL <BI> ~ H ~ ~ ~ ALM INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
<UNIT MANUFACTURER'S
SAFETIES> (SEE NOTES) <___> ALM/NORMAL <BI> ~ H ~ ~ ~ ALM INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
START/STOP SYS-OCC OCCUPANCY INPUT (FROM
SYSTEM SCHEDULER) <___> <___> NET-IN VO ~ ~ ~ INFP [___] MSV <___> <___> <___> <___> <___> <___> <___> <___> <___>
ZONE
TEMPERATURE
CONTROL
ZN-T (TS-ZONE) ZONE TEMPERATURE <___> <___> AI V ~ Y
** ZN-T IS MORE THAN 20
DEG C ABOVE OR BELOW
ZN-T-SP
INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
ZN-T-SP (TS-
ZONE)
ZONE TEMPERATURE
SETPOINT OCC ADJ 25 DEG C AI C VO ~ ~ ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
VAV-SA-F (AFM-
VAV) VAV SUPPLY AIR FLOW <___> <___ >L/S <0 - ___ >L/S AI V ~ ~ ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
VAV-SA-F-SP
(AFM-VAV)
VAV SUPPLY AIR FLOW
SETPOINT RESET SCHED <0 - ___>L/S C ~ ~ ~ ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
VAV-D-C (DPR-
VAV) VAV DAMPER COMMAND <___> 0-100% OPEN AO ~ V ~ Y ~ INFO [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
VAV DAMPER PID
LOOP SETTINGS
PROPORTIONAL CONSTANT <___> <___> C <___> <___>
INTEGRAL CONSTANT <___> <___> C <___> <___>
BIAS <___> <___> C <___> <___>
MAXIMUM OUTPUT <___> <___> C <___> <___>
MINIMUM OUTPUT <___> <___> C <___> <___>
<____> <___> <___> C <___> <___>
NOTES:
1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS SPECIFIED AND AS DESCRIBED IN THE POINTS SCHEDULE INSTRUCTIONS DRAWING. 4) ALARM CONDITIONS MARKED WITH A DOUBLE ASTERISK (**) SHALL BE ACTIVE ONLY WHEN THE SYSTEM IS IN OCCUPIED MODE AND HAS BEEN IN OCCUPIED MODE FOR MORE
THAN 30 MINUTES.2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW.
5) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR
CHILLER SERVING THIS SYSTEM.
3) SYS-OCC: AS DESCRIBED IN THE POINTS SCHEDULE INSTRUCTIONS, OVERRIDE OF SYS-OCC IS ACCOMPLISHED THROUGH THE SYSTEM SCHEDULER.
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GENERAL SHEET NOTES:
SHEET KEYNOTES:
NTSH1 AC UNIT WITH CONDENSING UNIT GRADE
NTSF1 EMERGENCY SHUT DOWN SWITCH
NTSD1 O2 MONITORS SENSORS
NTSH13 INLINE EXHAUST FANS (EF-6,7,10,12,14)
NTSN1 DOWNBLAST EXHAUST FAN (EF-1)
NTSH7 INLINE EXHAUST FANS (EF-2,3,11)
NTSN13 UPBLAST EXHAUST FAN (EF-5)
NTSN7 UPBLAST EXHAUST FAN (EF-4,8,9,13)
M
AR
K D
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1.
2.
REFER TO MANUAFACTURER'S INSTALLATION INSTRUCTIONS
FOR COMPONENTS THAT MAY BE REQUIRED BUT ARE NOT
SHOWN ON THIS DIAGRAM.
SEE ASSOCIATED POINTS SCHEDULES ON ADJACENT M-700
SHEETS.
SEQUENCE OF OPERATION
1.
2.
1.
2.
1.
2.
1.
2.
1.
2.
1.
2.
WALL-MOUNTED DUCTLESS SPLIT A/C UNIT (AC-1A,1B,2,3A,3B / CU-1A,1B,2,3A,3B) HVAC EMERGENCY SHUT-DOWN THE SYSTEM SHALL BE CONTROLLED THROUGH LOCAL SPACE MOUNTED 7-DAY PROGRAMMABLE THERMOSTAT. ON A CALL FOR COOLING FROM THE THERMOSTAT, THE AIR-COOLED CONDENSING UNIT SHALL RUN AND THE INDOOR
FAN SHALL CYCLE ON UNTIL THE SPACE SET POINT IS SATISFIED.
A SEPARATE DDC TEMPERATURE SENSOR SHALL MONITOR THE SPACE TEMPERATURE. AN ALARM SHALL BE SENT
TO THE DDC WHEN THE SPACE TEMPERATURE EXCEEDS 29°C.
INLINE EXHAUST FANS (EF-2,3)
THE FAN SHALL BE ACTIVATED BY A WALL MOUNTED SWITCH. PRIOR TO ACTIVATION OF THE FAN, THE MOTORIZED
DAMPER SHALL OPEN.
THE DDC SHALL MONITOR FAN STATUS (ON/OFF) AND MONITOR DAMPER POSITION (OPEN/CLOSED).
INLINE EXHAUST FANS (EF-6,7,10,11,12,14)
THE FAN SHALL RUN CONTINOUSLY. THE MOTORIZED DISCHARGE DAMPER SHALL BE OPEN.
THE DDC SHALL ENABLE/DISABLE, MONITOR FAN STATUS (ON/OFF), AND MONITOR DAMPER POSITION
(OPEN/CLOSED).
UPBLAST EXHAUST FANS (EF-4,8,9,13)
THE FAN SHALL BE ACTIVATED BY A WALL MOUNTED SWITCH. PRIOR TO ACTIVATION OF THE FAN, THE MOTORIZED
DAMPER SHALL OPEN.
THE DDC SHALL MONITOR FAN STATUS (ON/OFF) AND MONITOR DAMPER POSITION (OPEN/CLOSED).
UPBLAST EXHAUST FAN (EF-5)
THE FAN SHALL RUN CONTINOUSLY. THE MOTORIZED DISCHARGE DAMPER SHALL BE OPEN.
THE DDC SHALL ENABLE/DISABLE, MONITOR FAN STATUS (ON/OFF), AND MONITOR DAMPER POSITION
(OPEN/CLOSED).
DOWNBLAST EXHAUST FAN (EF-1)
THE FAN SHALL BE ENABLED THROUGH THE DDC AND RUN CONTINOUSLY DURING OCCUPIED MODE. PRIOR TO
ACTIVATION OF THE FAN, THE MOTORIZED DISCHARGE DAMPER SHALL OPEN.
THE DDC SHALL ENABLE/DISABLE, MONITOR FAN STATUS (ON/OFF), AND MONITOR DAMPER POSITION
(OPEN/CLOSED).
1.
2.
1.
1.
HVAC EMERGENCY SHUT-DOWN
PROVIDE HVAC EMERGENCY SHUT-OFF PUSH BUTTONS WHERE INDICATED ON THE FLOOR PLANS. THE SWITCH SHALL BE A "RAISE LID" MUSHROOM PUSH-BUTTON TYPE WITH MANUAL RESET AT THE BUTTON . THE BUTTON SHALL BE EASILY ACCESSIBLE BY THE BUILDING OCCUPANTS AND LOCATED NEAR THE MASS NOTIFICATION SYSTEM LOCAL OPERATING CONSOLES (LOC). THE SWITCH SHALL BE LABELED "HVAC
EMERGENCY SHUT DOWN" AND OF A DIFFERENT COLOR THAN THE FIRE ALARM PULL STATIONS.
WHEN AN HVAC EMERGENCY SHUTOFF BUTTON IS ACTIVATED, THE HVAC AIR DISTRIBUTION AND EXHAUST SYSTEM FANS (NOT INCLUDING SMOKE CONTROL EXHAUST FANS) SHALL AUTOMATICALLY SHUT DOWN AND ALL DAMPERS LEADING TO THE OUTSIDE SHALL CLOSE. THE SYSTEM MUST BE CAPABLE OF SHUTTING DOWN ALL REQUIRED HVAC SYSTEMS AND CLOSING ALL REQUIRED DAMPERS, EVEN IF A LOCAL HAND/OFF/AUTO
SWITCH IS IN THE HAND POSITION, WITHIN 30 SECONDS OF ACTIVATION.
O2 MONITOR/SENSORS
O2 SENSORS SHALL MONITOR THE SPACE OXYGEN LEVELS AND ALARM WHENEVER OXYGEN LEVEL RISES ABOVE THE SETPOINT LEVEL. AN AUDIO ALARM SHALL SOUND AND ALARM SHALL BE SENT TO THE MAIN DDC.
H2 MONITOR/SENSORS
H2 SENSORS SHALL MONITOR THE SPACE HYDROGEN LEVELS AND ALARM WHENEVER HYDROGEN LEVEL RISES ABOVE THE SETPOINT LEVEL. AN AUDIO ALARM SHALL SOUND AND ALARM SHALL BE SENT TO THE MAIN
DDC.
1 LOW LEAKAGE, MOTORIZED, TWO POSITION
DAMPER.
2 WALL MOUNTED, DDC TEMPERATURE SENSOR FOR
MONITORING PURPOSES.
3 7-DAY PROGRAMMABLE THERMOSTAT PROVIDED
WITH SPLIT SYSTEM UNIT.
4 WALL MOUNTED, DDC TEMPERATURE SENSOR FOR
MONITORING PURPOSES.
5 HVAC EMERGENCY SHUT-OFF SWITCH IN ROOMS
101, 109, 120, AND 200. SEE FLOOR PLANS FOR
EXACT LOCATIONS.
6 WALL MOUNTED OXYGEN MONITORING STATION
WITH DIGITAL DISPLAY AND TWO ADJUSTABLE
ALARM RELAY SETPOINTS WITH OUTPUT TO
BUILDING'S DDC SYSTEM.
7 OXYGEN SENSORS FOR THE O2 ROOM. SEE FLOOR
PLANS FOR LOCATION AND QUANTITIES.
8 WALL MOUNTED HYDROGEN MONITORING STATION
WITH DIGITAL DISPLAY AND TWO ADJUSTABLE
ALARM RELAY SETPOINTS WITH OUTPUT TO
BUILDING'S DDC SYSTEM.
9 HYDROGEN SENSORS FOR THE H2 ROOM. SEE
FLOOR PLANS FOR LOCATION AND QUANTITIES.
NTSB1 H2 MONITORS SENSORS
ELECTRIC METER
INFORMATION
NETWORK
DATA
EXCHANGE
OVERRIDES TREND OBJECT
LOCATION (L OR R),
TYPE AND
INSTANCE NUMBER
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
ALARM INFORMATION
CONFIGURATION
INFORMATION
FUNCTION NAME DESCRIPTION
DDC
HARDWARE
ID
SETTING
(WITH
UNITS)
RANGE
(WITH UNITS)
IO
TYPE
HOA
REQ'D
CONFIG
TYPE
M&C
VIEW
AND
OVRD
LDP
VIEW
AND
OVRD
TREND
REQ'D ALARM CONDITION ALARM
PRIORITY
M&C
ROUTIN
G
OBJECT TYPE AND
INSTANCE NUMBER
(AND PROPERTY ID)
DATA
FROM
DATA
TO
OBJECT TYPE &
INSTANCE
NUMBER OR
COMMANDABLE
ALARM TYPE
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
NOTIFICATION
CLASS OBJECT
INSTANCE
NUMBER
EVENT
ENROLLMENT
OBJECT
INSTANCE
NUMBER
REQUIRED
POINTS
PWR-TOT REAL POWER (TOTAL) <___> 0 - <___> WATTS V [~] X [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> KWH-TOT TOTAL kWh (TOTAL ENERGY) <___> 0 - <___> kWh V [~] X [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
PWR-DEMAND-
PEAK
HISTORICAL PEAK DEMAND
POWER <___> 0 - <___> WATTS V [~] X [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
PWR-DEMAND DEMAND POWER <___> 0 - <___> WATTS V [~] X [___][~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> VOLT-A RMS VOLTAGE FOR PHASE A <___> 0 - <___> VOLTS RMS <AI> V [~] X VOLT-A < [0.9*NOMINAL] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> VOLT-B RMS VOLTAGE FOR PHASE B <___> 0 - <___> VOLTS RMS <AI> V [~] X VOLT-B < [0.9*NOMINAL] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> VOLT-C RMS VOLTAGE FOR PHASE C <___> 0 - <___> VOLTS RMS <AI> V [~] X VOLT-C < [0.9*NOMINAL] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> AMP-A RMS CURRENT FOR PHASE A <___> 0 - <___> AMPS RMS <AI> V [~] X [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> AMP-B RMS CURRENT FOR PHASE B <___> 0 - <___> AMPS RMS <AI> V [~] X [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> AMP-C RMS CURRENT FOR PHASE C <___> 0 - <___> AMPS RMS <AI> V [~] X [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> HZ-AVG AVERAGE LINE FREQUENCY <___> 0 - <___> HZ V [~] X [~] [INFO] [CRIT] [___] <___> <___> <___> <___>
OPTIONAL
POINTS
PWR-A REAL POWER FOR PHASE A <___> 0 - <___> WATTS [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> PWR-B REAL POWER FOR PHASE B <___> 0 - <___> WATTS [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> PWR-C REAL POWER FOR PHASE C <___> 0 - <___> WATTS [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> HZ-A FREQUENCY FOR PHASE A <___> 0 - <___> HZ [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> HZ-B FREQUENCY FOR PHASE B <___> 0 - <___> HZ [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> HZ-C FREQUENCY FOR PHASE C <___> 0 - <___> HZ [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> KVA-TOT TOTAL kVA <___> 0 - <___> kVA [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> KVA-A kVA FOR PHASE A <___> 0 - <___> kVA [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> KVA-B kVA FOR PHASE B <___> 0 - <___> kVA [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> KVA-C kVA FOR PHASE C <___> 0 - <___> kVA [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> KVAR-TOT TOTAL REACTIVE POWER <___> 0 - <___> kVA [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
KVAR-A REACTIVE POWER FOR PHASE
A <___> 0 - <___> kVA [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
KVAR-B REACTIVE POWER FOR PHASE
B <___> 0 - <___> kVA [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
KVAR-C REACTIVE POWER FOR PHASE
C <___> 0 - <___> kVA [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
KVARH-TOT TOTAL kVARh (TOTAL REACTIVE ENERGY) <___> 0 - <___> kVAh [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
KVARH-A kVARh (TOTAL REACTIVE ENERGY) FOR PHASE A <___> 0 - <___> kVAh [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
KVARH-B kVARh (TOTAL REACTIVE ENERGY) FOR PHASE B <___> 0 - <___> kVAh [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
KVARH-C kVARh (TOTAL REACTIVE ENERGY) FOR PHASE C <___> 0 - <___> kVAh [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
PF-AVG AVERAGE POWER FACTOR <___> -1 TO 1 [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> PF-A POWER FACTOR FOR PHASE A <___> -1 TO 1 [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___> PF-B POWER FACTOR FOR PHASE B <___> -1 TO 1 [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> PF-C POWER FACTOR FOR PHASE C <___> -1 TO 1 [~] [~] [~] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
Notes:
1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS INDICATED IN THE SPECIFICATION AND IN ACCORDANCE WITH THE POINTS SCHEDULE
INSTRUCTIONS DRAWING.
2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW.
3) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR CHILLER SERVING THIS SYSTEM.
4) DDC HW ID FOR DEVICE CONTAINING TREND OBJECT FOR REMOTE TRENDING FOR THIS SYSTEM: <___>
5) DDC HW ID FOR DEVICE CONTAINING EVENT ENROLLMENT OBJECT FOR REMOTE ALARMING FOR THIS SYSTEM: <___>
WATER METER
ALARMING PRIMARY POINT
INFORMATION
NETWORK DATA
EXCHANGE OVERRIDES TREND OBJECT
LOCATION (L OR
R), TYPE AND
INSTANCE
NUMBER
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
ALARM INFORMATION
CONFIGURATION
INFORMATION
FUNCTION NAME DESCRIPTION
DDC
HARDWARE
ID
SETTING
(WITH
UNITS)
RANGE
(WITH UNITS)
IO
TYPE
HOA
REQ'D
CONFIG.
TYPE
M&C
VIEW AND
OVRD
LDP VIEW
AND
OVRD
TREND
REQ'D ALARM CONDITION ALARM
PRIORITY
M&C
ROUTING
OBJECT TYPE AND
INSTANCE NUMBER
(AND PROPERTY ID)
DATA
FROM
DATA
TO
OBJECT TYPE &
INSTANCE
NUMBER OR
COMMANDABLE
ALARM TYPE
(PROVIDE
DDC ID FOR
REMOTE IN
NOTES)
NOTIFICATION
CLASS OBJECT
INSTANCE
NUMBER
EVENT
ENROLLMENT
OBJECT
INSTANCE
NUMBER
Flow
WATER-F WATER FLOW RATE <___> 0 - <___> [CU L /
MIN][LPS] [LPM] <PULSE><AI> V X <EXCESSIVE FLOW> CRIT [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
WATER-F-TOT TOTAL WATER FLOW <___> 0 - <___> [CU M] [L] <PULSE><AI> V <___> <___> <___> <___> <___>
FLOW RATE CONFIGURATION <___> <<___> [CU M] PER
PULSE><___> <PULSE><AI> C <___>
Notes:
1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS INDICATED IN THE SPECIFICATION AND IN ACCORDANCE WITH THE POINTS SCHEDULE INSTRUCTIONS DRAWING.
2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW.
3) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR CHILLER SERVING THIS SYSTEM.
THIS NOTE IS USED ONLY FOR BACNET (NO NIAGARA) 4) DDC HW ID FOR DEVICE CONTAINING TREND OBJECT FOR REMOTE TRENDING FOR THIS SYSTEM: <___> THIS NOTE IS USED ONLY FOR BACNET (NO NIAGARA) 5) DDC HW ID FOR DEVICE CONTAINING EVENT ENROLLMENT OBJECT FOR REMOTE ALARMING FOR THIS SYSTEM: <___>
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INFORMATION
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DATA
EXCHANGE
OVERRIDES TREND OBJECT
LOCATION (L OR R),
TYPE AND INSTANCE
NUMBER
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
ALARM INFORMATION
CONFIGURATION
INFORMATION
FUNCTION NAME DESCRIPTION
DDC
HARDWARE
ID
SETTING
(WITH
UNITS)
RANGE
(WITH UNITS)
IO
TYPE
HOA
REQ'D
CONFIG.
TYPE
M&C
VIEW
AND
OVRD
LDP
VIEW
AND
OVRD
TREND
REQ'D
ALARM
CONDITION
ALARM
PRIORITY
M&C
ROUTING
OBJECT TYPE AND
INSTANCE NUMBER
(AND PROPERTY ID)
DATA
FROM
DATA
TO
OBJECT TYPE &
INSTANCE NUMBER
OR
COMMANDABLE
ALARM TYPE
(PROVIDE DDC ID
FOR REMOTE IN
NOTES)
NOTIFICATION
CLASS OBJECT
INSTANCE
NUMBER
EVENT
ENROLLMENT
OBJECT
INSTANCE
NUMBER
PROOFS
SAFETIES
EF-S EXHAUST FAN STATUS <___> ON/OFF BI V [ V ] [ ~ ] EXHAUST FAN
PROOF FAILED [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___>
START/STOP SYS-OCC OCCUPANCY INPUT (FROM
SYSTEM SCHEDULER) <___> <___> NET-IN V [ V ] [ ~ ] ~ [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
SF-SS SUPPLY FAN START/STOP <___> ON/OFF BO [~] VO [ V ] [ ~ ] [~] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
EF-DMPR
RETURN AIR FILTER
PRESSURE HIGH LIMIT
SWITCH
<___> <___> OPEN/CLOSED AI H V [ ~ ] [ ~ ] [ALM] [INFO] [CRIT] [___] <___> <___> <___> <___> <___> <___> <___> <___> <___>
Notes:
1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS INDICATED IN THE SPECIFICATION AND IN ACCORDANCE WITH THE POINTS SCHEDULE INSTRUCTIONS DRAWING.
2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW.
3) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR CHILLER SERVING THIS SYSTEM.
4) DDC HW ID FOR DEVICE CONTAINING TREND OBJECT FOR REMOTE TRENDING FOR THIS SYSTEM: <___>
5) DDC HW ID FOR DEVICE CONTAINING EVENT ENROLLMENT OBJECT FOR REMOTE ALARMING FOR THIS SYSTEM: <___>
O2 AND H2 SENSORS ALARMING PRIMARY POINT INFORMATION NETWORK DATA
EXCHANGE OVERRIDES
TREND OBJECT
LOCATION (L OR R),
TYPE AND INSTANCE
NUMBER
(PROVIDE DDC ID FOR
REMOTE IN NOTES)
ALARM INFORMATION
CONFIGURATION
INFORMATION
FUNCTION NAME DESCRIPTION DDC
HARDWARE ID
SETTING
(WITH UNITS)
RANGE
(WITH UNITS)
IO
TYPE HOA REQ'D CONFIG.
TYPE
M&C VIEW
AND OVRD
LDP VIEW
AND OVRD TREND REQ'D ALARM CONDITION ALARM
PRIORITY
M&C
ROUTING
OBJECT TYPE AND INSTANCE
NUMBER
(AND PROPERTY ID)
DATA
FROM DATA TO
OBJECT TYPE &
INSTANCE NUMBER OR
COMMANDABLE
ALARM TYPE
(PROVIDE DDC ID FOR
REMOTE IN NOTES)
NOTIFICATION CLASS
OBJECT INSTANCE
NUMBER
EVENT ENROLLMENT
OBJECT INSTANCE
NUMBER
OTHER POINTS
ZN-O2 ZONE O2
<___> <___> AI V V X ZONE O2 EXCEEDS ZONE O2 MAXIMUM CRIT [__] <___> <___> <___> <___> <___> <___> <___> <___> <___>
ZN-O2-MAX ZONE O2 MAXIMUM
<___> [XX PPM] C VO V [~] <___> <___> <___> <___> <___> <___>
ZN-H2 ZONE H2
<___> <___> AI V V X ZONE H2 EXCEEDS ZONE H2 MAXIMUM CRIT [__] <___> <___> <___> <___> <___> <___> <___> <___> <___>
ZN-H2-MAX ZONE H2 MAXIMUM
<___> [XX PPM] C VO V [~] <___> <___> <___> <___> <___> <___>
Notes:
1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS INDICATED IN THE SPECIFICATION AND IN ACCORDANCE WITH THE POINTS SCHEDULE INSTRUCTIONS DRAWING.
2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW.
3) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR CHILLER SERVING THIS SYSTEM.
4) DDC HW ID FOR DEVICE CONTAINING TREND OBJECT FOR REMOTE TRENDING FOR THIS SYSTEM: <_____>
5) DDC HW ID FOR DEVICE CONTAINING EVENT ENROLLMENT OBJECT FOR REMOTE ALARMING FOR THIS SYSTEM: <_____>
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EQUIPMENT NOTES:
1. PROVIDE 100 mm HIGH, SMOOTH FINISH CONCRETE HOUSEKEEPING PADS
UNDER ALL TRANSFORMERS (45KVA AND LARGER) AND MAIN DISTRIBUTION
SWITCHBOARDS. PAD SHALL BE 4" LARGER THAN TRANSFORMER AND
SWITCHBOARD IN EACH DIRECTION. USE 3000 PSIG, 28 DAY COMPRESSIVE
STRENGTH CONCRETE. CHAMFER ALL EDGES AND CORNERS OF
CONCRETE PAD. TRANSFORMERS TO BE A MINIMUM OF 6" FROM WALLS.
VERIFY PLACEMENT REQUIREMENTS OF TRANSFORMER WITH
MANUFACTURER PROVIDED.
2. PROVIDE A 6" THICK STRUCTURAL SUPPORT PAD UNDER EACH GRADE
MOUNTED TRANSFORMER. PAD SHALL BE 150 mm LARGER THAN
EQUIPMENT IN EACH DIRECTION. USE 3000 PSIG, 28 DAY COMPRESSIVE
STRENGTH CONCRETE. INSTALL 6X6XW2.9XW2.9 WWF. ROUND ALL EDGES
AND CORNERS OF CONCRETE PAD. SET PAD ON 100 mm OF CLEAN 19 mm
MINUS. PROVIDE FABRIC BARRIER BETWEEN SOIL AND ROCK. PROVIDE
CONDUIT OPENINGS PER TRANSFORMER MANUFACTURER.
TRANSFORMERS TO BE A MINIMUM OF 1.8 m FROM EXTERIOR WALLS.
VERIFY PLACEMENT REQUIREMENTS OF TRANSFORMER WITH
MANUFACTURER PROVIDED.
1P 1 POLE (2P, 3P, 4P, ETC.)
A AMPERE
AC AIR CONDITIONER
AF AMP FRAME
AFF ABOVE FINISHED FLOOR
AFG ABOVE FINISHED GRADE
AFI ARC FAULT CIRCUIT
INTERRUPTER
AHU AIR HANDLING UNIT
AL ALUMINUM
APPX APPROXIMATELY
ARCH ARCHITECT,
ARCHITECTURAL
AT AMP TRIP
ATS AUTOMATIC TRANSFER
SWITCH
AUX AUXILIARY
AV AUDIO VISUAL
AWG AMERICAN WIRE GAUGE
BLDG BUILDING
BMS BUILDING MANAGEMENT
SYSTEM
C CONDUIT
CATV CABLE TELEVISION
CB CIRCUIT BREAKER
CCTV CLOSED CIRCUIT
TELEVISION
CKT CIRCUIT
CLG CEILING
CP CIRCULATING PUMP
CT CURRENT TRANSFORMER
CTR CENTER
CU COPPER
DET DETAIL
DISC DISCONNECT
DIST DISTRIBUTION
DS DISCONNECT SWITCH
DT DOUBLE THROW
EC ELECTRICAL CONTRACTOR
EF EXHAUST FAN
ELEV ELEVATOR
EM EMERGENCY
EMT ELECTRICAL METALLIC
TUBING
EWC ELECTRIC WATER COOLER
FA FIRE ALARM
FACP FIRE ALARM CONTROL
PANEL
FCU FAN COIL UNIT
FLR FLOOR
GA GAUGE
GALV GALVANIZED
GC GENERAL CONTRACTOR
GEN GENERATOR
GFI GROUND FAULT CIRCUIT
INTERRUPTER
GND GROUND
GPR GENERAL PURPOSE
RECEPTACLE
GRS GALVANIZED RIGID STEEL
(CONDUIT)
HP HORSEPOWER
HT HEIGHT
HWB HOT WATER BOILER
HWP HOT WATER PUMP
IG ISOLATED GROUND
LTG LIGHTING
LV LOW VOLTAGE
MC MECHANICAL CONTRACTOR
MCA MINIMUM CIRCUIT
AMPACITY
MCB MAIN CIRCUIT BREAKER
MDP MAIN DISTRIBUTION PANEL
MH MANHOLE
MISC MISCELLANEOUS
MLO MAIN LUGS ONLY
MSB MAIN SWITCHBOARD
MTS…
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