8107_mi8v8.pdf

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DRAWING NO:

AS SHOWN

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SHEET MI8 OF12

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17 NOV 16

DPW 03383-6J

ALL FCU CONTROLLERS

NOTE 5: HC-T MAY BE STRAP-ON TYPE TO GENERATE OUTPUT SNVT FOR HEAT/COOL SIGNAL TO

AND NUMBER. DEVICE AND SIGNAL IDENTIFIERS SHALL BE CONSISTENT BETWEEN DRAWINGS.

REPRESENT/SHOW A COMMON (OR SINGLE) CONTROLLER EACH BUBBLE SHALL USE THE SAME IDENTIFIER

BE SEQUENTIALLY NUMBERED. WHERE SEPERATE DDC CONTROLLER BUBBLES ARE USED TO

DEVICES ARE SHOWN (FOR EXAMPLE; DDC CONTROLLER, OA SENSOR, OR EP TRANSDUCER) EACH SHALL

NOTE 3: CONTRACTOR SHALL SHOW A UNIQUE IDENTIFIER FOR EACH DEVICE. WERE MULTIPLE IDENTICAL

NOTE 1: CONTRACTOR SHALL AFFIX PERMANENT TAGS/LABELS TO ALL DEVICES AS SPECIFIED

NOTE 2: CONTRACTOR SHALL LABEL ALL DDC I/O SIGNAL LINES: 4-20 mA, VDC, OR SNVT

SHALL BE CONSISTENT BETWEEN ALL DRAWINGS

NOTE 4: CONTRACTOR SHALL UNIQUELY NUMBER ALL ANSI 709.1 DEVICES. THIS NUMBERING

OCCUPANCY SCHEDULE

SYSTEM OCCUPIED

OTHERWISE

UNOCCUPIED

0600-1800

SYSTEM DEFAULT SCHEDULE SUPERVISORY MOITORING & CONTROL SCHEDULE

OCCUPIED UNOCCUPIED

M-S

0600-2100

OTHERWISE

M-F

FILTER

RETURN

OUTSIDE

AIR

NC

ACTUATOR

OUTSIDE

AIR

SUPPLY

DDC

SUPPLY

OA-D-2P

HTG-V-C

NO

DIR

HC

FILTER

OUTSIDE

AIR

NC

ACTUATOR

OUTSIDE

AIR

SUPPLY

DDC

SUPPLY

CLG-V-C

DIR

DIR

DIR

H

SUPPLY FAN

C

SF-SS

2-POSITION

CONTROL

ZN-OCC

PROVIDE CEILING MOUNTED

PASSIVE INFARED MOTION SENSOR

SET TO DEACTIVATE AFTER 30 MINUTES

MOUNT IN COMMON AREA

LDP

SUPPLY

HTG-V-C

SUPPLY

DIR

H

COIL

BYPASS

FACE &

COIL UNITS

TO FAN

SA-T

T

OA-T

T

HTG-DA-T-LL

CIRCUIT

SAFETY TO:

MAKE-UP AIR UNIT CONTROL

MAU

OCC MODE

PUT MAU IN

INPUTS TO

# ZN OCC

HTG-DA-T-LL HEATING COIL DISCHARGE AIR TEMP LOW LIMIT BI

MINOA-D-C

SA-T SUPPLY AIR TEMPERATURE

SA-T-SP SUPPLY AIR TEMPERATURE SETPOINT

CLG-V-C COOLING VALVE COMMAND

SUPPLY AIR

TEMPERATURE

MINIMUM

AIR

PROOFS

SAFETIES

TEMP_P

OUTSIDE

BO

AI

AO

AO X X

ALM/NORMAL

0-100% OPEN

ALM

* SA-T IS MORE THAN 10 DEG F

ABOVE OR BELOW SA-T-SP

[39 DEG F]

[70 DEG F]

FUNCTION NAME DESCRIPTION (WITH UNITS)(WITH UNITS)

SETTING RANGE

TYPENAME

nci/CP I/O

LDP

REQ'D

VIEW

OVERRIDES

REQ'D

TREND

LDP AND M&C DISPLAY

REQ'D

DISP

M&C

NAME

SNVT

TYPE

SNVT

LDP

OVRD

REQ'D

M&C

REQ'D

OVRD

(SEE NOTES)

ALARM CONDITION

NAME

SNVT

TYPE

SNVT

NAME

ALARMS

SNVT

TYPE

SNVT

M&C

REQ'D

BLDG

ROUTING

START/STOP

ZN-OCC

SYS-OCC ~

<___> NVI

BI

X <___>

<___> <___> ~ ~ ~ ~ <___> <___> [~][~]XBION/OFF~SF-S SUPPLY FAN STATUS

EMR-BUT ~ ~ ~

[~]X

X X

X [~]

X

~ X

X

X X ~

X X ~

[X]

[X]

[X]

[X]

[X]

[X]

[X]

X

SEE NOTES

X

ALARM

PRIORITY

OPEN/ CLOSED

CHILLER SERVING THIS SYSTEM

5) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE AND AS A HEATING/COOLING REQUEST TO THE BOILER, HEAT EXCHANGER, AND/OR

MORE THAN : *=5 MINUTES, **=30 MINUTES

4) ALARM CONDITIONS MARKED WITH A SINGLE ASTERISK SHALL BE ACTIVE ONLY WHEN THE SYSTEM IS IN OCCUPIED MODE AND HAS BEEN IN OCCUPIED MODE FOR

3) SYS-OCC: AS DESCRIBED IN THE POINTS SCHEDULE INSTRUCTIONS, OVERRIDE OF SYS-OCC IS ACCOMPLISHED THROUGH THE SYSTEM SCHEDULER

2) UNIT MANUFACTURERS PROOFS AND SAFETIES: THE CONTRACTOR SHALL SHOW EACH PROOF AND SAFETY AS A SEPARATE ROW

1) THE CONTRACTOR SHALL COMPLETE THE POINTS SCHEDULE AS SPECIFIED AND AS DESCRIBED IN THE POINTS SCHEDULE INSTRUCTIONS DRAWING

NOTES

DDC HARDWARE: <DDC##>

NODE ADDRESS: Domain = <___>, Subnet = <___>, Node = <___>

DDC HARDWARE LOCATION: <___>

NODE ID: <___>

NODE ADDRESS: Domain = <___>, Subnet = <___>, Node = <___>

DDC HARDWARE: <DDC##><INTEGRATED>

DDC HARDWARE LOCATION: <___>

NODE ID: <___>

ALARM GENERATOR DDC HARDWARE INFORMATION:

MINIMUM OUTSIDE AIR DAMPER COMMAND (2-POSITION)

EMERGENCY VENTILATION SHUTDOWN BUTTON ALM/NORMAL BI

E-MAIL

REQ'D

CRIT X

HTG-V-C HEATING VALVE COMMAND 0-100% OPEN <___> <___>

~ ~ ~ ALM INFO <___> <___>

SUPPLY FAN PROOF FAILED *

~ XX

X

X

INFO

X

INFO

OCCUPANCY INPUT (FROM SYSTEM SCHEDULER OR SENSOR)

MAKE-UP AIR UNIT

P

O I

N

H E

D U

L E

C O

N T

R O

Q U

E N

C E

M A

K E

I

T

SF-SS SUPPLY FAN START/STOP ON/OFF BO

ZONE OCCUPANCY INPUT ~

X[X] [~] <___> <___>

NC

COIL

THROUGH

N.O. FLOW

HEAT VALVE

RETURN

NO

RETURN

COIL

THROUGH

N.O. FLOW

HEAT VALVE

J

L

E D

C8107.27

CLOSED.

(2) IN THE UNOCCUPIED MODE THE DDC HARDWARE SHALL COMMAND THE MAKE-UP AIR UNIT OFF AND THE OUTSIDE AIR DAMPER

DAMPER SHALL BE OPEN.

COOLING COIL CONTROL VALVE IN SEQUENCE TO MAINTAIN SUPPLY AIR TEMPERATURE(SA-T) AT THE SETPOINT.THE OUTDOOR AIR

(1) IN THE OCCUPIED MODE THE DDC HARDWARE SHALL MODULATE THE HEATING COIL CONTROL VALVE CONTROL VALVE AND THE

C. SUPPLY AIR TEMPERATURE CONTROL:

SHUT OFF.

(2) UPON ACTIVATION OF EMERGENCY VENTILATION STOP UNIT FAN SHALL

THE FAN SHALL BE OFF AND THE OUTSIDE AIR DAMPER WILL CLOSE.

(1) UPON REACHING DISCHARGE AIR TEMPERATURE LOW LIMIT (HTG-DA-T-LL) THE HOT WATER VALVES SHALL BE 100% OPEN, B. SAFETIES:

UNOCCUPIED.

INPUT(S) (ZN-OCC) INDICATE THAT THE SPACE IS UNOCCUPIED AND THE INPUT FROM THE SYSTEM SCHEDULER (SYS-OCC) IS

(2) UNOCCUPIED: THE FAN COIL UNIT DDC HARDWARE SHALL BE IN THE UNOCCUPIED MODE WHEN THE LOCAL SPACE OCCUPANCY

OCCUPIED.

INPUT(S) (ZN-OCC) INDICATE THAT THE SPACE IS OCCUPIED OR WHEN THE INPUT FROM THE SYSTEM SCHEDULER (SYS-OCC) IS

(1) OCCUPIED: THE FAN COIL UNIT DDC HARDWARE SHALL BE IN THE OCCUPIED MODE WHEN THE LOCAL SPACE OCCUPANCY

A. OCCUPANCY MODES:

SHALL BE PROPORTIONAL-INTEGRAL (PI) CONTROL.

AND ALARMS AS SPECIFIED AND SHOWN ON THE POINTS SCHEDULE. UNLESS OTHERWISE SPECIFIED, ALL MODULATING CONTROL

CONTRACTOR SHALL INSTALL DDC HARDWARE TO PERFORM THIS SEQUENCE OF OPERATION AND TO PROVIDE SNVT INPUTS, OUTPUTS

MAKE-UP AIR UNIT CONTROL