Attachment 3 DDC-Diagram.pdf

PDF 7 MB Posted Feb 9, 2022

Attached to: Preventive Maintenance, On-Call Service, and Repair of Unaccompanied Personnel Housing and Senior Leader Quarters, USAG Humphreys
Solicitation number: W91QVN22R0030
Issued by: Department of the Army Materiel Command Army Contracting Command

About this file

Written by GovTribe AI · Dec 30, 2023

This solicitation package includes drawings and specifications for preventive maintenance, on-call service, and repair of unaccompanied personnel housing and senior leader quarters at USAG Humphreys in Korea. Required services include HVAC, electrical, plumbing and controls work. Drawings provide details on HVAC, electrical, plumbing and control systems in the buildings. Specifications outline sequences of operation, point schedules, equipment schedules and control requirements. The work involves over 160 housing units and will be awarded as a firm-fixed-price contract with a one year base period and four one-year options. The estimated value is $1 million annually. Proposals are due within 60 days and award is expected within 90 days. The Department of the Army is the contracting agency.

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Sheet NO

MC-001

MC-002

MC-003

MC-004

MC-005

MC-006

MC-007

MC-008

MC-009

MC-010

MC-011

MC-012

MC-013

MC-014

MC-015

MC-016

MC-017

MC-018

MC-019

MC-020

MC-021

MC-022

MC-023

MC-024

MC-025

MC-026

Description Drawings

TITEL & INDEX

SYMBOLS, ABBREVIATIONS AND ACRONYMS

SYSTEM NETWORK CONFIGURATION

EMERGENCY SHUT-OFF PANEL LAYOUT & LADDER DIAGRAM

CONTROL VALVE, DAMPER SCHEDULE

AIR HANDLING UNIT-2 (AHU-2)

HOT WATER HEATING SYSTEM

AIR HANDLING UNIT-1 (AHU-1)

ENERGY RECOVERY UNIT-1 (ERU-1)

UNIT VENTILATOR (UV-1)

FAN COIL UNIT-1~6

FAN COIL UNIT-7

OUTDOOR CONDENSING UNIT FOR AHU & HEAT PUMP

OUTDOOR CONDENSING UNIT FOR AHU & HEAT PUMP POINTS SCHEDULE

EF-5, CF-1 & 2 SCHEMATIC DIAGRAM

EF-1, 2, 3, 4, 12, 13 SCHEMATIC DIAGRAM

EF-6, 7, 8A~8D SCHEMATIC DIAGRAM

STAIR PRESSURIZATION FAN SYSTEM

SUMP PIMP & SPLT AIR CONDITIONING UNIT

MISC. SYSTEM (FTR, METER)

Direct Digital Control LAYOUT (DDC-1)

DDC-1 WIRING DIAGAM-1

DDC-2 WIRING DIAGAM-1

DOMESTIC HOT WATER SYSTEM

CY16 ROKFC IN-KIND PN A13R216

Unaccompanied Enlisted Personnel Housing (UEH110), USAG Humphreys, Korea

Shop Drawings For HVAC Control System

ENERGY RECOVERY UNIT-2 (ERU-2)

UH-4~6 SCHEMATIC DIAGRAM

Direct Digital Control LAYOUT (DDC-2)

. P H

O Y.

G . H

. H

C C

O N

dw g

N N

D W

N B

C R

O N

2 3

4 5

N U

D B

T D

E M

C R

O N

C O

N O

SHEET

IDENTIFICATION

U .S

. A R

M Y

C O

O F

R S

T D

/0 3/

U M

M A

R O

R ev

.0 M

. 2

A S

C O

M M

-0

N O

'1 a

C Y1

-K

D P

N A

U na cc om pa ni ed E nl is te d

Pe rs on ne l H ou si ng

H um ph re ys , K or ea

1 63

MC-001

CHILLED WATER COOLING SYSTEM

Sheet NO

MC-054

MC-055

MC-056

MC-057

MC-058

MC-059

Description Drawings

Direct Digital Control LAYOUT (DDC-3)

DDC-3 WIRING DIAGAM-1

DDC-4 WIRING DIAGAM-1

Direct Digital Control LAYOUT (DDC-5)

Direct Digital Control LAYOUT (DDC-4)

DDC-5 WIRING DIAGAM-1

Sheet NO Description Drawings

MC-101

MC-102

MC-103

MC-104

MC-105

MC-106

MC-107

MC-108

MC-109

MC-110

MC-111

MC-112

MC-113

MC-114

MC-115

MC-116

MC-117

MC-118

MC-119

MC-120

MC-121

MC-122

MC-123

1ST FL. HVAC CONTROL CONDUIT PLAN

2ND FL. HVAC CONTROL CONDUIT PLAN

4TH FL. HVAC CONTROL CONDUIT PLAN

5TH FL. HVAC CONTROL CONDUIT PLAN

7TH FL. HVAC CONTROL CONDUIT PLAN

3TH FL. HVAC CONTROL CONDUIT PLAN

6TH FL. HVAC CONTROL CONDUIT PLAN

ROOF HVAC CONTROL CONDUIT PLAN(BARRACK#2,3)

1ST CEILING. MECH ROOM- CONTROL CUNDUIT PLAN

AHU,LAUNDRY ROOM HVAC CONTROL CUNDUIT PLAN

8TH FL. HVAC CONTROL CONDUIT PLAN

ROOF HVAC CONTROL CONDUIT PLAN(BARRACK#1)

UNDERGROUND CONTROL CUNDUIT PLAN

VEST FLOOR PLANS SECTION DETAIL

FCU-2 TYPE SECTION DETAIL

FCU-3 TYPE SECTION DETAIL

FCU-4 TYPE SECTION DETAIL

FCU-5 TYPE SECTION DETAIL

FCU-6 TYPE SECTION DETAIL

FCU-7 TYPE SECTION DETAIL

FCU-1 TYPE SECTION DETAIL

SENSOR(TYP) SECTION DETAIL

P.H FL. HVAC CONTROL CONDUIT PLAN

MC-051

MC-052

MC-053

MC-050

EF-8E~8F, 9A~9D SCHEMATIC DIAGRAM

TEMPERATURE SENSOR SCHEDULE

TEMPERATURE SENSOR SCHEDULE & EQUIPMENT SCHEDULE

MC-027

MC-028

UH-1~3 SCHEMATIC DIAGRAM

MC-029

FAN COIL UNIT-1~6 LADDER DIAGRAM

MC-030

NETWORK CONFIGURATION DIAGRAM

AutoCAD SHX Text Sheet of

RELAY COIL

PRE-COOLING

PRIMARY CHILLER WATER

PRIMARY CHILLER WATER RETURN

PRIMARY CHILLER WATER SUPPLY

PREHEAT

PUMP

POSITIVE POSITIONER

RELAY

RETURN AIR

REVERSE (CONTROL ACTION)

RETURN FAN

RELATIVE HUMIDITY

RELIEF AIR

ROOM

RESET

RATE

STATUS

SUPPLY AIR

SECONDARY

SUPPLY FAN

SMOKE

STANDARD NETWORK VARIABLE TYPE

SETPOINT

START/STOP COMMAND

THERMOSTAT

SYSTEM

SCHEDULER

TEMPERATURE

TAP, PRESSURE

UNOCCUPIED

VALVE

VARIABLE AIR VOLUME

VARIABLE FREQUENCY DRIVE

WET BULB (TEMPERATURE)

ZONE

PCW

PCWR

PCWS

PMP

REV

RLA

RST

SEC

SMK

SNVT

STAT

SYS

SCHD

TAP

UNOCC

VAV

VFD

ADJ

AFMA

ALM

ADJ

BLDG

BPOC

BUT

CHLR

CLG

CO2

COM

COMP

CWR

CWS

DDC

DIFF

DIR

DIS

DISP

DTWR

DTWS

ECO

TWO-POSITION (CONTROL SIGNAL)

ADJUSTABLE

AIRFLOW MEASUREMENT ARRAY

ALARM

ADJUST

BYPASS AIR

BUILDING

BUILDING POINT OF CONNECTION

BUTTON

COMMAND (MODULATING CONTROL SIGNAL)

CHILLER

COOLING

CARBON DIOXIDE

COMMON

COMPARATOR

CONFIGURATION PROPERTY

CONDENSER WATER RETURN

CONDENSER WATER SUPPLY

CURRENT TRANSFORMER/SWITCH

CHILLED WATER RETURN

CHILLED WATER SUPPLY

CHILLED WATER

DAMPER

DISCHARGE AIR

DEADBAND

DIRECT DIGITAL CONTROL(LER)

DIFFERENCE

DIRECT (CONTROL ACTION)

DISABLE

DISPLAY

DUAL TEMP

DUAL TEMP WATER RETURN

DUAL TEMP WATER SUPPLY

DIRECT EXPANSION (UNIT)

EXHAUST AIR

ECONOMIZER

EXHAUST FAN

ENABLE

ELECTRIC TO PNEUMATIC TRANSDUCER

ELECTRIC TO PNEUMATIC SWITCH

FLOW

FIRE ALARM PANEL

FILTER

HOT DECK

HIGH LIMIT

HEATING

HIGH TEMPERATURE HOT WATER

HUMIDIFIER

HOT WATER

HOT WATER RETURN

HOT WATER SUPPLY

HEAT EXCHANGER

INPUT/OUTPUT

ENA

EPS

FAP

FLT

HTG

HTHW

HUM

HWR

HWS

I/O

LDP

M&C

MINOA

N/A

NCI

NVI

NVO

OCC

ODT

OWS

LOCAL DISPLAY PANEL

LOW LIMIT

MONITORING & CONTROL (SOFTWARE)

MIXED AIR

MINIMUM OUTSIDE AIR

MOTOR STARTER

NOT APPLICABLE

NORMALLY CLOSED

NETWORK CONFIGURATION INPUT

NORMALLY OPEN

NETWORK VARIABLE INPUT

NETWORK VARIABLE OUTPUT

OUTSIDE AIR

OCCUPIED

ON DELAY TIMER

OPERATOR WORKSTATION PRESSURE

FILTER

XX-C

COIL, HEATING

COIL, PRECOOL

COIL, PREHEAT

COIL, COOLING, DIRECT-EXPANSION

COIL, HEAT/COOL (DUAL TEMPERATURE)

COIL, COOLING

FAN

YY = CONTACT NUMBER

xx = RELAY COIL NUMBER

YY = CONTACT NUMBER

xx = RELAY COIL NUMBER

RELAY COIL CONTACT

NORMALLY CLOSED

Rxx-YY

RELAY COIL CONTACT

NORMALLY OPEN

Rxx-YY

AFMA

W-X-Y-Z

REV

DIR

DDC

W-X-Y-Z

VALVE, BALANCING

BOILER

ACTUATOR, ELECTRIC

MOTOR STARTER

Rxx

MS-#

MOTORM#

D-##

CURRENT TRANSFORMER/SWITCH

XX-S

VFD

XX-SS

V-##

IN VALVE SCHEDULE

VALVE, NORMALLY CLOSED

IN VALVE SCHEDULE

VALVE, NORMALLY OPEN

WITH SPRING RETURN FAILSAFE

## = VALVE NUMBER AS SHOWN

V-##

COM NO

V-##

THERMOWELL IN PIPE

TEMPERATURE SENSOR, POINT

STAT

SEE "DEVICE SYMBOL, GENERIC"

TEMPERATURE SENSOR, AVERAGING

SEE "DEVICE SYMBOL, GENERIC"

TEMPERATURE GAGET

SWITCH, MANUAL

SMOKE DETECTOR, DUCT-MOUNTED

RESET BUTTON FOR SAFETY RESET

SEE "DEVICE SYMBOL, GENERIC"

RST-BUT

H = HIGH PRESSURE TAP

L = LOW PRESSURE TAP

SEE "DEVICE SYMBOL, GENERIC"P

H L

PUMP

xx = SEQUENTIAL RELAY

(SOLENOID) NUMBER

LOCAL DISPLAY PANEL

## = SEQUENTIAL NUMBER

(WHEN MORE THAN 1 LDP)##

LDP

W-X-Y-Z

HEAT EXCHANGER

CONTROL SIGNAL LINE, LOW VOLTAGE

DEVICE SYMBOL, GENERIC

MULTIPLE OUTPUT DEVICE WHERE AT LEAST 1

OUTPUT IS ALWAYS SAFETY INTERLOCK

AIR FLOW MEASUREMENT ARRAY

WITH FLOW TRANSMITTER

SEE "DEVICE SYMBOL, GENERIC"

CONTACT, PRESSURE, HIGH LIMIT (HL)

SHOWN IN UNACTIVATED POSITION

OPEN WHEN PRESSURE IS ABOVE SETPOINT

CLOSED WHEN PRESSURE IS BELOW SETPOINT

CONTACT, PRESSURE, LOW LIMIT (LL)

SHOWN IN UNACTIVATED POSITION

OPEN WHEN PRESSURE IS BELOW SETPOINT

CLOSED WHEN PRESSURE IS ABOVE SETPOINT

CONTACT, TEMPERATURE, HIGH LIMIT (HL)

SHOWN IN UNACTIVATED POSITION

OPEN WHEN TEMPERATURE IS ABOVE SETPOINT

CLOSED WHEN TEMPERATURE IS BELOW SETPOINT

CONTACT, TEMPERATURE, LOW LIMIT (LL)

SHOWN IN UNACTIVATED POSITION

OPEN WHEN TEMPERATURE IS BELOW SETPOINT

CLOSED WHEN TEMPERATURE IS ABOVE SETPOINT

DAMPER, PARALLEL BLADE

NORMALLY OPEN OR CLOSED AS SHOWN

## = DAMPER NUMBER AS SHOWN

IN DAMPER SCHEDULE

DAMPER, OPPOSED BLADE

NORMALLY OPEN OR CLOSED AS SHOWN

## = DAMPER NUMBER AS SHOWN

IN DAMPER SCHEDULE

VALVE, 3-WAY DIVERTING

WITH SPRING RETURN FAILSAFE

NO = NORMALLY OPEN

NC = NORMALLY CLOSED

COM = COMMON PORT

## = VALVE NUMBER AS SHOWN

IN VALVE SCHEDULE

VARIABLE FREQUENCY DRIVE

XX = PROCESS/DEVICE BEING CONTROLLED

SS = START/STOP COMMAND

S = STATUS FEEDBACK (ON/OFF)

C = 4-20 mA, VDC, or SNVT CONTROL SIGNAL

DEVICE SYMBOL, GENERIC USED TO REPRESENT

SENSORS, INSTRUMENTS SAFETIES, AND OTHER

CONTROL DEVICES

W-X-Y-Z : GENERIC USAGE TO SHOW LOCATION

OF DEVICE; PROCESS OR DEVICE BEING MEASURED

OR CONTROLLED; SIGNAL TYPE; MODIFIERS AND

OTHER APPLICATION INFORMATION

DEVICE SYMBOL, CONTROLLER

DDC : DIRECT DIGITAL CONTROL

## : DEVICE NUMBER

DIR : DIRECT CONTROL ACTION, OR

REV : REVERSE CONTROL ACTION

CHILLER, WATER-COOLED

CHILLER, AIR-COOLED

VALVE, 3-WAY MIXING

WITH SPRING RETURN FAILSAFE

PRESSURE SWITCH, DIFFERENTIAL,

WITH GAGE

THERMOSTAT WITH SPECIFIED I/O

FUNCTIONS

or TEMPERATURE LOW

LIMIT / FREEZESTAT

ABBREVIATIONCONTROL SCHEMATIC SYMBOLS

IF MORE THAN ONE PIECE OF DDC HARDWARE IS USED TO IMPLEMENT A SEQUENCE AND THE

VALUE OF A PHYSICAL INPUT TO ONE IS NEEDED BY THE OTHER, SHOW THE POINT AS BOTH

A HARDWARE INPUT (AI OR BI) AND A NETWORK VARIABLE OUTPUT (NVO) ON THE FIRST AND

AS A NETWORK VARIABLE INPUT (NVI) TO THE OTHER DDC HARDWARE. SIMILARLY FOR

OUTPUTS SHOW A NETWORK VARIABLE OUTPUT (NVO) ON ONE CONTROLLER, AND A

NETWORK VARIABLE INPUT (NVI) AND HARDWARE OUTPUT (AO OR BO) ON THE OTHER.

AN ENTRY OF NVO IS ONLY REQUIRED FOR OUTPUTS THAT ARE USED BY ANOTHER PIECE OF

DDC HARDWARE; POINTS THAT HAVE SNVTS ONLY FOR DISPLAY OR TRENDING AT AN LDP OR

M&C SOFTWARE WORKSTATION ARE ASSUMED TO BE NVOS AND DO NOT NEED AN NVO

ENTRY IN THE I/O COLUMN.

FOR EVERY ENTRY OF NVO OR NVI SHOW THE SNVT NAME AND TYPE IN THE SNVT NAME AND

SNVT TYPE COLUMNS UNDER LDP AND M&C DISPLAY.

LDP AND M&C DISPLAY COLUMNS:

14) LDP VIEW REQ'D COLUMN: PROVIDE AN LDP AND CONFIGURE THE BUILDING CONTROL

NETWORK AND THE LDP TO DISPLAY POINTS MARKED WITH AN "X". SHOW THE SNVT NAME

AND SNVT TYPE FOR EACH POINT SHOWN. (SEE INSTRUCTIONS FOR THE "SNVT TYPE"

COLUMN)

15) M&C DISP REQ'D: AN "X" IN THIS COLUMN INDICATES THAT A SNVT FOR THIS POINT MUST

BE AVAILABLE FROM THE DDC HARDWARE PERFORMING THE SEQUENCE FOR THIS SYSTEM.

PROVIDE A SNVT OUTPUT FOR THESE POINTS AND SHOW THE SNVT NAME AND SNVT TYPE.

(SEE INSTRUCTIONS FOR THE "SNVT TYPE" COLUMN)

16) M&C TREND REQ'D COLUMN: FOR ALL POINTS WITH AN X IN THIS COLUMN A SNVT FOR

THIS POINT SHALL BE AVAILABLE. PROVIDE A SNVT OUTPUT FOR THESE POINTS AND SHOW

THE SNVT NAME AND SNVT TYPE. (SEE INSTRUCTIONS FOR THE "SNVT TYPE" COLUMN)

17) SNVT TYPE COLUMNS: IF THE SNVT TYPE IS SHOWN ON THE POINT SCHEDULE CONTRACT

DRAWING, THE PROVIDED SNVT SHALL BE OF THIS TYPE. IF NECESSARY, A SNVT TYPE

TRANSLATOR MAY BE USED TO CONVERT TO THIS SNVT TYPE. IF THE USE OF A TYPE

TRANSLATOR RESULTS IN THE SHARING OF A SNVT BETWEEN DDC HARDWARE, IT MUST BE

DOCUMENTED ON THE POINTS SCHEDULES. WHERE NO SNVT TYPE IS SHOWN, SHOW THE

SNVT TYPE.

FOR ALARMS, SHOW THE SNVT TYPE FOR THE ALARM OUTPUT OF THE DDC HARDWARE

PERFORMING THE ALARM GENERATION.

OVERRIDES COLUMNS:

18) LDP OVRD REQ'D COLUMN: PROVIDE AN LDP AND CONFIGURE THE BUILDING CONTROL

NETWORK AND THE LDP TO ALLOW AN OPERATOR TO OVERRIDE THE POINT FROM THE LDP.

SHOW THE OVERRIDE INPUT SNVT NAME AND TYPE FOR EACH POINT REQUIRING AN

OVERRIDE.

19) M&C OVRD REQ'D COLUMN: FOR ALL POINTS WITH AN X IN THIS COLUMN PROVIDE A SNVT

INPUT BY WHICH THE VALUE OF THE POINT CAN BE OVERRIDDEN. SHOW THE SNVT NAME

AND TYPE FOR EACH POINT REQUIRING AN OVERRIDE.

ALARMS COLUMNS:

20) ALARM CONDITION COLUMN: PROVIDE A NETWORK VARIABLE OF TYPE SNVT_ALARM OR

SNVT_ALARM_2 FOR EACH POINT WITH AN ALARM CONDITION. CONFIGURE THE ALARM SNVT

TO HAVE A PRIORITY OF 0 FOR ALARMS WITH AN ENTRY OF "INFO" IN THE ALARM PRIORITY

COLUMN, AND A PRIORITY OF 3 FOR ALARMS WITH AN ENTRY OF "CRIT" IN THE ALARM

PRIORITY COLUMN. FOR ALL ALARMS WITH AN "X" IN THE BUILDING ROUTING REQ'D COLUMN, BIND THIS ALARM SNVT TO THE DDC HARDWARE PERFORMING THE REDUNDANT ALARM

HANDLING (SEE BUILDING ROUTING REQ'D COLUMN INSTRUCTIONS).

21) ALARM PRIORITY COLUMN: SEE ALARM CONDITION COLUMN INSTRUCTIONS

22) BLDG ROUTING REQ'D COLUMN: PROVIDE REDUNDANT ALARM HANDLING AS SPECIFIED

FOR EACH ALARM WITH AN X IN THIS COLUMN. SEE ALARM CONDITION COLUMN.

OTHER:

23) SYSTEM RESET BUTTON (RST-BUT): IF THE "I/O TYPE" COLUMN CONTAINS "BI", THE

SYSTEM MUST BE CAPABLE OF BEING RESET VIA A LOCAL HARDWARE PUSH-BUTTON.

IF THERE IS AN "X" IN THE LDP OVRD REQ'D OR M&C OVRD REQ'D COLUMN, THE SYSTEM

MUST ALSO BE CAPABLE OF BEING RESET VIA SNVT INPUT (SEE INSTRUCTIONS FOR M&C

OVRD REQ'D AND LDP OVRD REQ'D COLUMNS)

24) SYSTEM OCCUPANCY (SYS-OCC): SHOW OCC, UNOCC, WUCD (WARM-UP/COOL-DOWN) IN

THE RANGE COLUMN BASED ON THE SYSTEM-SPECIFIC SEQUENCE OF OPERATIONS AND

OCCUPANCY SCHEDULE.

25) MINIMUM OUTSIDE AIR FLOW: FOR SYSTEMS CONTROLLING TO A MINOA SETPOINT, USE

THE MINOA-F-SP SHOWN WHEN CONFIGURING THE DDC HARDWARE PERFORMING THE

SEQUENCE OF OPERATION. FOR OTHER SYSTEMS SET THE MINIMUM OUTSIDE AIR FLOW TO

THE MINIMUM OUTSIDE AIR FLOW SETTING SHOWN AS SPECIFIED.

26) PID LOOP SETTINGS: SHOW ALL PID LOOP SETTINGS IN THE SETTINGS COLUMN,

INCLUDING ENGINEERING UNITS FOR EACH SETTING. ADJUST ROW HEIGHT AS NEEDED TO

SHOW ALL PID SETTINGS.

27) FILTERS: WHEN FILTER PRESSURES ARE SHOWN, INSTALL FILTER PRESSURE SWITCHES.

SHOW LOADED FILTER (HIGH-LIMIT) SETPOINT FOR EACH FILTER.

28) OTHER POINTS: INSTALL SENSORS FOR MONITORING PURPOSES ONLY.

POINT SCHEDULE INSTRUCTIONS FOR

SECTION 23 09 23 CONTRACTOR

GENERAL:

1) THE CONTRACT DRAWING POINTS SCHEDULES ASSUME THAT THE ENTIRE SEQUENCE OF

OPERATION IS PERFORMED IN A SINGLE PIECE OF DDC HARDWARE. IN CASES WHERE

MULTIPLE PIECES OF DDC HARDWARE ARE USED (INCLUDING ANSI-709.1 SENSORS AND

ACTUATORS), SEPARATE THE POINTS SCHEDULE INTO SEPARATE TABLES EACH WITH ITS

OWN HEADER INFORMATION (SEE BELOW) SO THAT EACH PIECE OF DDC HARDWARE HAS A

TABLE DEDICATED TO IT. ALL TABLES FOR A SINGLE SEQUENCE OF OPERATION SHALL BE ON

A SINGLE DRAWING WHICH MAY SPAN MULTIPLE SHEETS. SHOW COMMUNICATION BETWEEN

MULTIPLE PIECES OF DDC HARDWARE PERFORMING A COMMON SEQUENCE THROUGH THE

USE OF NVI AND NVO ENTRIES IN THE I/O COLUMN (SEE I/O COLUMN INSTRUCTIONS BELOW), ADDING ROWS TO THE TABLE(S) AS NEEDED.

2) POINT SCHEDULES ARE NOT REQUIRED FOR THE ALARM GENERATION SEQUENCE OF

OPERATION; THE ONLY INFORMATION REQUIRED FOR THIS SEQUENCE IS THE "ALARM

GENERATOR DDC HARDWARE INFORMATION" HEADER.

3) ENTRIES SHOWN BRACKETED AS: < ___ > ARE REQUIRED ENTRIES UNDER UFGS-23 09 23.

SOME ENTRIES WITHOUT BRACKETS MAY BE REQUIRED IN SOME INSTANCES AS DESCRIBED

IN THESE INSTRUCTIONS.

SPACES WHERE NO ENTRY IS ORDINARILY REQUIRED CONTAINS A TILDE: " * " (EQUIVALENT

TO AN "N/A" OR NULL VALUE)

WHEN AN ENTRY APPEARS INSIDE OF BRACKETS, IT IS A RECOMMENDED ENTRY THAT MUST

BE VERIFIED OR CHANGED BY THE APPROPRIATE PARTY (AS INDICATED BY THE BRACKET

TYPE). WHEN EDITING THE POINTS SCHEDULES, DELETE THE BRACKETS AFTER

VERIFYING/PROVIDING THE ENTRY. DO NOT LEAVE CELLS BLANK, INSTEAD SHOW THE TILDE

("*") TO INDICATE A NULL VALUE OR THAT NO FURTHER ENTRY IS REQUIRED.

HEADER INFORMATION INSTRUCTIONS:

4) DDC HARDWARE IDENTIFIER: SHOW THE IDENTIFIER FOR EACH PIECE OF DDC HARDWARE.

MAINTAIN CONSISTENCY AND UNIQUENESS OF DDC HARDWARE IDENTIFIERS BETWEEN ALL

DRAWINGS.

5) DDC HARDWARE LOCATION: SHOW THE PHYSICAL LOCATION OF THE DEVICE. LOCATION

SHALL INCLUDE THE BUILDING AND ROOM NUMBER AND MAY ALSO INCLUDE FURTHER

INFORMATION SUCH AS ENCLOSURE/PANEL IDENTIFICATION.

6) NODE ADDRESS: USE THE DOMAIN VALUE AND SUBNET RANGES SPECIFIED. SHOW THE

DOMAIN, SUBNET AND NODE ADDRESSES FOR ALL DEVICES ON THE NETWORK.

7) NODE ID: SHOW THE MANUFACTURER SUPPLIED NODE ID FOR EACH DEVICE.

ALARM GENERATOR DDC HARDWARE HEADER:

8) ALARM GENERATOR DDC HARDWARE INFORMATION: FOR ALL POINTS REQUIRING AN

ALARM, CONFIGURE DDC HARDWARE TO PROVIDE ALARM GENERATION AS SPECIFIED IN

SECTION 23 09 23. IF THE ALARM GENERATION IS NOT PERFORMED IN THE DDC HARDWARE

CONTAINING THE POINT TO BE ALARMED, SHOW THE DDC HARDWARE IDENTIFIER, LOCATION,

ADDRESS AND NODE ID FOR THE DDC HARDWARE PERFORMING THE ALARM GENERATION

ON THE POINTS SCHEDULE. IF THE ALARM GENERATION IS PERFORMED IN THE DDC

HARDWARE CONTAINING THE POINT TO BE ALARMED, INDICATE THIS BY RECORDING

"INTEGRATED" AS THE DDC HARDWARE IDENTIFIER.

"GENERAL" COLUMNS:

9) NAME COLUMN: SHOW POINT NAMES AS NEEDED AND AS INDICATED BY BRACKETS (<___>).

THE NAME SHALL BE CONSISTENT WITH POINT NAMES SHOWN ON ALL OTHER DRAWINGS

AND SHALL USE THE ESTABLISHED POINT ABBREVIATIONS.

10) SETTING COLUMN: CONFIGURE DEVICES TO USE THE SETPOINTS AND SETTINGS SHOWN.

WHEN A SETPOINT OR SETTING IS NOT SHOWN, USE VALUES IN ACCORDANCE WITH THE

SPECIFICATION AND SHOW THE SETPOINT OR SETTING USED. INCLUDE THE APPROPRIATE

ENGINEERING UNITS FOR ENTRIES IN THIS COLUMN.

11) RANGE COLUMN: CONFIGURE DEVICES TO USE THE RANGES SHOWN. WHEN A RANGE IS

NOT SHOWN, USE VALUES IN ACCORDANCE WITH THE SPECIFICATION AND SHOW THE RANGE

USED. FOR SENSORS SHOW THE ACTUAL SENSOR RANGE (THIS RANGE MUST AT LEAST

ENCOMPASS THE RANGE SPECIFIED IN SECTION 23 09 23). FOR DAMPER ACTUATORS SHOW

THE ACTUAL RANGE OVER WHICH THE VALVE OR DAMPER IS ACTUATED. INCLUDE THE

APPROPRIATE ENGINEERING UNITS FOR ENTRIES IN THIS COLUMN.

12) NCI/CP NAME COLUMN: ENTRIES IN THIS COLUMN ARE ONLY REQUIRED FOR GENERAL

PURPOSE PROGRAMMABLE CONTROLLERS (GPPC) OR APPROVED APPLICATION SPECIFIC

CONTROLLERS (ASC) LACKING LONWORKS NETWORK SERVICES (LNS) PLUG-INS. SHOW ALL

NETWORK CONFIGURATION INPUTS (NCI) OR CONFIGURATION PROPERTIES (CP) THAT

RELATE TO THE POINT. FOR CPS OF A USER-DEFINED NETWORK CONFIGURATION

PARAMETER TYPE (UCPT), PROVIDE EITHER THE STANDARD NETWORK VARIABLE TYPE

(SNVT) THAT RELATES TO THE CP, OR (FOR UCPTS NOT BASED ON A SNVT) PROVIDE

DETAILED DESCRIPTIONS OF THE FIELDS AND UNITS OF EACH CP. EXPAND ROWS AND USE

ADDITIONAL SHEETS AS REQUIRED TO PROVIDE CONFIGURATION PROPERTY DESCRIPTIONS.

13) I/O TYPE COLUMN: SHOW THE I/O TYPE FOR EACH POINT AS ONE (OR MORE) OF THE

FOLLOWING:

* AI FOR ANALOG INPUTS

* AO FOR ANALOG OUTPUTS

* BI FOR BINARY INPUTS

* BO FOR BINARY OUTPUTS

* NVO FOR NETWORK VARIABLE OUTPUTS

* NVI FOR NETWORK VARIABLE INPUTS

. P H

O Y.

G . H

. H

C C

O N

dw g

N N

D W

N B

C R

O N

2 3

4 5

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D B

T D

E M

C R

O N

C O

N O

SHEET

IDENTIFICATION

U .S

. A R

M Y

C O

O F

R S

T D

/0 3/

U M

M A

R O

R ev

.0 M

. 2

A S

C O

M M

-0

N O

'1 a

C Y1

-K

D P

N A

U na cc om pa ni ed E nl is te d

Pe rs on ne l H ou si ng

H um ph re ys , K or ea

, A

O N

D A

C R

O N

2 63

MC-002

SOFTWARE PROGRAM

TYPE

SYMBOL

SOFTWARE 1

QTY. DESCRIPTION

1UPS

PRINTER

MODEL:HP#OJ7110

i.LON Smart Server 2.0

T-

DDC

UNINTERRUPTABLE

POWER SUPPLY

LONMARK DIRECT DIGITAL CONTROLLER

- USES LONMARK HVAC PROFILES FOR INTEROPERABILITY

- CAPABILITY TO THE LONMARK GUIDELINES

- ALL CONTROLLERS ARE FIELD PROGRAMMABLE

- TRANSCEIVER : TP/FT-10

- INPUTS / OUTPUTS

= THERMISTOR INPUTS

= 0(4)~20mA OR 0(2)~10VDC INPUTS

= DRY CONTACT (DIGITAL INPUTS)

= DRY CONTACT (RELAY OUTPUTS)

= 0(4)~20mA OR 0(2)~10VDC OUTPUTS = TEMPERATURE SENSOR IS OUTPUT THERMISTOR 10kΩ.

THE SYSTEM SHALL BE DESIGNED WITH A TOP-LEVEL 10/100BT ETHERNET

NETWORK, USING THE LONWORKS IP, AND/OR MODBUS TCP PROTOCOL.

- SYSTEM SECURITY

- SCHEDULE

- ALARM MANAGEMENT

- ENERGY MANAGEMENT

- CREATING & EDITING REPORT

- TREND DATA & INFORMATION

- MONITORING & CONTROL

- CREATING & EDITING GRAPHICS

ROUTER 4 - NETWORK AND DEVICE INTERFACES : IP VIA BUILT-IN 10/100BaseT

- LONWORKS : RS-232, AND RS-485 INTERFACES.

* CPU

- INTEL®Xeon®E3-1220v2(3.1 Ghz)

- MEMORY : 8GB

- HDD : 1.5TB 7,200RPM 3.5" SATA, 3.0Gb/s

- IPV6 CAPABLE

- DVD DRIVE, INTERNAL

NETWORK CONTROLLER

LONMARK DIRECT DIGITAL

CONTROLLER

. P H

O Y.

G . H

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2 3

4 5

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C R

O N

C O

N O

SHEET

IDENTIFICATION

U .S

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M Y

C O

O F

R S

T D

/0 3/

U M

M A

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.0 M

. 2

A S

C O

M M

-0

N O

'1 a

1 NETWORK CONFIGURATION DIAGRAM

NONE

C Y1

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D P

N A

U na cc om pa ni ed E nl is te d

Pe rs on ne l H ou si ng

H um ph re ys , K or ea

W O

R K

C O

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3 63

MC-003

WorkStation

MODEL:DELL#P2414H

- CAPACITY : 1.5 KVA

- INPUT / OUTPUT : 120V, 50or60Hz,+/-3Hz

- CERTIFICATION/APPROVALS : FCC PART 15 CLASS B, NOM, TUV, UL1778

DDC-1

(1F)

DDC-2

(1F)

DDC-3

(2F)

DDC-3

(3F)

DDC-3

(4F)

DDC-3

(5F)

DDC-3

(7F)

DDC-3

(8F)

DDC-10

(PH)

T-

DDC-3

(6F)

DDC-11

(PH)

BPOC

FCU-1~3

FCU-5~7

CHILLER

FCU-1~4 FCU-1~4

FCU-1~4

ERU-1,2

T-

AHU-1

AHU-2 AHU-2

UPS

MODEL:ACP#BR1500G

ACP

LOCATION : 1ST CQ-105

(23 09 23 - 12a)

(23 09 23 - 29)

(23 09 23 - 31)

(23 09 23 - 2) a

INKJET PRN

23 09 23 - 28c

1ST FL

2ND FL

3RD FL

4TH FL

5TH FL

6TH FL

7TH FL

8TH FL

PH FL

DDC-2 DDC-1

- CKT #-

120VAC

FCU-4(1ea) FCU-3(1ea) FCU-2(2ea) FCU-1(19ea)

DDC-3

DDC-10 DDC-11

UPS

120VAC

(1.5KVA)

23 09 23 - 31

EMERGENCY

SHUT-OFF SWITCH

23 09 23 - 35a

ERP-1

23 09 23 - 35

ERP-3

Monitoring and Control Station 23 09 23 - 28a,b i.LON SmartServer

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4

Local Display Pannel

COMMUNICATION24V G AC/DC G0

1 2 3 4

. P H

O Y.

G . H

. H

C C

O N

dw g

N N

D W

N B

C R

O N

2 3

4 5

N U

D B

T D

E M

C R

O N

C O

N O

SHEET

IDENTIFICATION

U .S

. A R

M Y

C O

O F

R S

T D

/0 3/

U M

M A

R O

R ev

.0 M

. 2

A S

C O

M M

-0

N O

'1 a

C Y1

-K

D P

N A

U na cc om pa ni ed E nl is te d

Pe rs on ne l H ou si ng

H um ph re ys , K or ea

O R

K C

O N

U R

4 63

MC-004

FCU-2(2ea) FCU-1(18ea)FCU-7(1ea) FCU-6(1ea) FCU-5(1ea) FCU-3(1ea)CHILLER

DDC-4

DDC-5

DDC-6

DDC-7

DDC-8

DDC-9

LOCATION: 1FL CQ (RM # 105)

BUILDING LEVEL M & C SYSTEM

AHU-1UV-1

ERU-1ERU-2EF-6EF-7 A~EEF-8 A~FEF-9 A~D

ERU-1 ERU-2

BPOC

i.LON SmartServer

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4 i.LON SmartServer

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4 i.LON SmartServer

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4

Local Display Pannel

COMMUNICATION 24V G AC/DC G0

1 2 3 4

Switching Hub 23 09 23 - 12a

LOCATION :

VEST-2, VEST-3

OF EACH FLOOR

LOCATION : 1ST CQ-105

FCU-4(1ea) FCU-3(1ea) FCU-2(2ea)

FCU-1(19ea)

PUSH PUSH

PUSH PUSHFCU-7

AHU-2UV-1CF-1

ERP-2

AHU-2UV-1CF-1

EMERGENCY SHUT - OFF LADDER DIAGRAM

AHU-1 VFD

R1-1b R1-2b

11 12 21 22

R1-3b

31 32

R1-4b

41 42

FCU-7 MS UV-1 MS

. P H

O Y.

G . H

. H

C C

O N

dw g

N N

D W

N B

C R

O N

2 3

4 5

N U

D B

T D

E M

C R

O N

C O

N O

SHEET

IDENTIFICATION

U .S

. A R

M Y

C O

O F

R S

T D

/0 3/

U M

M A

R O

R ev

.0 M

. 2

A S

C O

M M

-0

N O

'1 a

C Y1

-K

D P

N A

U na cc om pa ni ed E nl is te d

Pe rs on ne l H ou si ng

H um ph re ys , K or ea

C Y

T- O

O U

G R

5 63

MC-005

R2-1b R2-2b

11 12 21 22

ERP-2

FRONT VIEW SIDE VIEW BACK PANEL LAYOUT

120 175

ERP-1

Nameplate Color - Black Text Color - White

23 09 23 - 35b

100100

- CKT #-

120VAC

H N

R2-3b

31 32

SPARE

R2-4a

41 42

EMR-S

EMERGENCY SHUT-OFF

RELAY(120VAC)

23 09 23 - 35e

EMERGENCY SHUT-OFF SWITCH

23 09 23 - 35a

CIRCUIT BREAKER (10A)

23 09 23 - 35d

EMERGENCY SHUT - OFF LADDER DIAGRAM

AHU-2 VFD

R1-1b R1-2b

11 12 21 22

R1-3b

31 32

R1-4b

41 42

UV-1 MS CF-1 MMS

R2-1a R2-2b

11 12 21 22

SPARE

FRONT VIEW SIDE VIEW BACK PANEL LAYOUT

120 175

ERP-2

Nameplate Color - Black Text Color - White

23 09 23 - 35b

100100

R2-3b

SPARE

R2-4b

SPARE

(DDC-1 #3-UI-5)

SPARE

- CKT #-

120VAC

H N

EMERGENCY SHUT-OFF

RELAY(120VAC)

23 09 23 - 35e

CIRCUIT BREAKER (10A)

23 09 23 - 35d

LOCATION: MECH ROOM (113)

EMERGENCY SHUT OFF REALY PANEL LAYOUT(ERP-1)

LOCATION: 2ND~8TH AHU ROOM (203~803)

EMERGENCY SHUT OFF REALY PANEL LAYOUT(ERP-2)

EMERGENCY SHUT - OFF LADDER DIAGRAM

ERU-1 VFD

R1-1b R1-2b

11 12 21 22

R1-3b

31 32

R1-4b

41 42

ERU-1 ERU-2 VFD

R2-1b R2-2b R2-3b R2-4b

- CKT #-

120VAC

H N

EMERGENCY SHUT-OFF

RELAY(120VAC)

23 09 23 - 35e

CIRCUIT BREAKER (10A)

23 09 23 - 35d

SA-SMK

ERU-2

SA-SMK

EF-6 MS EF-7(A) MS

R3-1b R3-2b R3-3b R3-4b

EF-7(B) MS EF-7(C) MS EF-7(D) MS EF-7(E) MS

R4-1b R4-2b R4-3b R4-4b

EF-8(A) MS EF-8(B) MS EF-8(C) MS EF-8(D) MS

R5-1b R5-2b R5-3b R5-4b

EF-8(E) MS EF-8(F) MS EF-9(A) MS EF-9(B) MS

R6-1b R6-2b R6-3b R6-4a

EF-9(C) MS EF-9(D) MS SPARE

FRONT VIEW BACK PANEL LAYOUTSIDE VIEW

300 120 275

ERP-3

Nameplate Color - Black Text Color - White

23 09 23 - 43

R3 R4 R5 R6

EMERGENCY SHUT-OFF SWITCH

23 09 23 - 35a

EMERGENCY SHUT-OFF SWITCH

23 09 23 - 35a

NOTE

1 MS- MOTOR STARTER

2. MMS - MANUAL MOTOR STARTER

LOCATION: ATTIC (PH08)

EMERGENCY SHUT OFF REALY PANEL LAYOUT(ERP-3)

SPARESPARE

R3-1b R3-2b

11 12 21 22

SPARE

31 32 41 42

11 12 21 22 31 32 41 42

11 12 21 22 31 32 41 4211 12 21 22 31 32 41 42

11 12 21 22 31 32 41 42 11 12 21 22 31 32 41 42

SPARE

EMR-S

(DDC-3 #2-UI-9)

SPARE

EMR-S

(DDC-4 #3-UI-7)

NO.

ITEM

NO.

23 09 23 - 14

SYMBOL

V-1

V-2

V-1

V-2

V-1

V-2

POINT OF USE

HOT WATER VALE (Mech. Room)

AHU-2 REHEATING VALVE (2nd~8th Floor AHU room)

Q'TY

VALVE TYPE

DESIGNED

PIPE

SIZE

40mm

100mm

20mm

15mm

CAPACITY

VALVE SELECTION

SIZE

CAPACITY

Kvs

BODY

MATERIALS

MAXIMUM(WATER)

PRESSURE

PIPE

CONNECTIONS

MODEL

(Mfr. : Model)

ACTUATOR SELECTION

TORQUE

[lb-in(N·m)] STROKE

RUN

TIME

CONTROL

SIGNAL TYPE

Power Consumption

MODEL

(Mfr. : Model)

REMARKS

CONTROL VALVE SCHEDULE

23 09 23 - 14

NO.

SYMBOL

DM-1

DM-2

DM-5

DM-6

DM-7

DM-8

POINT OF USE

UV-1 OUTSIDE AIR DAMPER (1st~8th Floor Laundry)

UV-1 FACE / BY-PASS DAMPER (1st~8th Floor Laundry)

CF-2 EXHAUST AIR DAMPER (1st Stor)

CF-1 EXHAUST AIR DAMPER (2nd ~ 8th JC)

EF-1 INTAKE AIR DAMPER (Fire Pump room)

EF-2 INTAKE AIR DAMPER (1st Elec. room)

EF-3 INTAKE AIR DAMPER (2nd ~ 8th Elec. room)

EF-12 EXHAUST AIR DAMPER (Elev mech room-PH07)

EF-13 EXHAUST AIR DAMPER (Elev mech room-PH04)

ERU-1 OUTSIDE AIR DAMPER (ATTIC-PH08)

ERU-1 RELIEF AIR DAMPER (ATTIC-PH08)

ERU-2 OUTSIDE AIR DAMPER (1st ~ 8th Floor Left(Penthouse))

ERU-2 RELIEF AIR DAMPER (1st ~ 9th Floor Left(Penthouse))

FCU-7 OUTSIDE AIR DAMPER ( Mud room )

Q'TY

DESIGNED

DAMPER

SIZE

TORQUE

[ lb-in ]

SELECTED DAMPER (Equipment)

DAMPER

SIZE

TYPE

(BLADE) MFR. ITEM NO.

TORQUE

[ lb-in ]

SELECTED ACTUATOR

Torque

[lb-in(N·m)] Mfr. / Model Timing

Control Signal

Fail Safe Mode:

Power Consumption Item No.

REMARKS

DM-3

DM-4

AHU-1 OUTSIDE AIR DAMPER (1st Floor Mech Room) 1

AHU-2 OUTSIDE AIR DAMPER (2nd~8th Floor AHU Room) 7

DM-9

DM-10

DM-11

DM-12

DM-13

DM-14

DM-15

DM-16

. P H

O Y.

G . H

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C C

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D W

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C R

O N

2 3

4 5

N U

D B

T D

E M

C R

O N

C O

N O

SHEET

IDENTIFICATION

U .S

. A R

M Y

C O

O F

R S

T D

/0 3/

U M

M A

R O

R ev

.0 M

. 2

A S

C O

M M

-0

N O

'1 a

C Y1

-K

D P

N A

U na cc om pa ni ed E nl is te d

Pe rs on ne l H ou si ng

H um ph re ys , K or ea

C O

O L

E, D

R S

C H

6 63

MC-006

HOT WATER VALE (Mech. Room)

CHILLER WATER VALE (Mech. Room)

AHU-1 HEATING VALVE (1st Floor AHU room)

AHU-1 REHEATING VALVE (1st Floor AHU room)

AHU-2 HEATING VALVE (2nd~8th Floor AHU room) 20mm

15mm23 09 23 - 14

EF-10 EXHAUST AIR DAMPER (2nd~8th Laundry-202~802) 1

EF-5 EXHAUST AIR DAMPER (Mech room-113) 1

DM-17

DM-18

1100X600 35.5 1100X600 Opposed 23 00 00 - 37 35.5LG

400X600 12.9 400X600 Opposed 23 00 00 - 38 12.9LG

700X250 9.4 700X250 Opposed 23 00 00 - 46 9.4Carrier

150X150 1.2 150X150 Opposed 23 00 00 - 36 1.2 70 lb-in. (8 Nm) Johnson Controls / M9208-BAC-3 71sec Two position ; SPST Spring Return 120 Vac 23 09 23 - 24bGreenheck

150X150 1.2 150X150 Opposed 23 00 00 - 35 1.2 70 lb-in. (8 Nm) Johnson Controls / M9208-BAC-3 71sec Two position ; SPST Spring Return 120 Vac 23 09 23 - 24bGreenheck

500X400 30.7 500X400 Opposed 23 00 00 - 30 30.7 70 lb-in. (8 Nm) Johnson Controls / M9208-BAC-3 71sec Two position ; SPST Spring Return 120 Vac 23 09 23 - 24bGreenheck

600X500 16.1 600X500 Opposed 23 00 00 - 31 16.1 70 lb-in. (8 Nm) Johnson Controls / M9208-BAC-3 71sec Two position ; SPST Spring Return 120 Vac 23 09 23 - 24bGreenheck

200X200 3.2 200X200 3.2

250X150 2.0 250X150 2.0

400X400 8.6 400X400 8.6

200X200 2.2 200X200 2.2

430X430 9.9 430X430 9.9

1000X500 26.9 1000X500 26.9

25.8 25.8

40.3 16.1

600X500 25.8 600X500 16.1

200X200 3.2 200X200 3.2

430X430 430X430

1000X500 1000X500

Opposed 23 00 00 - 21Greenheck

Opposed 23 00 00 - 23Greenheck

Opposed 23 00 00 - 28Greenheck

Opposed 23 00 00 - 33Greenheck

Opposed 23 00 00 - 34Greenheck

23 00 00 -2

23 00 00 -3

Opposed

Xetex

IEC 23 00 00 -45

70 lb-in. (8 Nm) Johnson Controls / M9208-BAC-3 71sec Two position ; SPST Spring Return 120 Vac 23 09 23 - 24b

2-WAY

6.0 6.2 Red brass Screw Honeywell V5011N2055 600N.m

3/4 in.

( 20 mm ) 90 sec (0)2-10 Vdc Spring Return 24Vac ±10% 12 VA Honeywell

ML7425B301220mm 135 lbf230psi

3.4 4.0 Red brass Screw Honeywell V5011N2048 600N.m

3/4 in.

( 20 mm ) 90 sec (0)2-10 Vdc Spring Return 24Vac ±10% 12 VA Honeywell

ML7425B3012

135 lbf230psi

5.1 Red brass Screw Honeywell

V5011N2055 600N.m

3/4 in.

( 20 mm ) 90 sec (0)2-10 Vdc Spring Return 24Vac ±10% 12 VA Honeywell

ML7425B301220mm 135 lbf230psi

3.4 Red brass Screw Honeywell

V5011N2048 600N.m

3/4 in.

( 20 mm ) 90 sec (0)2-10 Vdc Spring Return 24Vac ±10% 12 VA Honeywell

ML7425B3012

135 lbf230psi

2-WAY

LEAKAGE

RATE

[ CFM/ft2@1" ]

24.9

140.7

138.2 100mm

100mm

40mm

25 Red brass

Cast iron, ASTM A126 Class B (GG25)

Cast iron, ASTM A126 Class B (GG25) Flange

Flange

Screw

Honeywell

VGF21EP40

Honeywell

VGF21EP40

Honeywell V5011N1081

20N.m 175 Ibf 600N.m 135 lbf 90 sec

(0)2-10 Vdc

(0)2-10 Vdc Spring Return

Honeywell

MS7520A2007

Honeywell

MS7520A2007

Honeywell

ML7425B3012

24Vac ±20% 16 VA

24Vac ±10% 12 VA

1-1/2 in.

( 38 mm )

1-1/2 in.

( 38 mm )

3/4 in.

( 20 mm )

175psi

230psi

720X180 720X180 Opposed 23 00 00 - 46Carrier7.0 7.0

70 lb-in. (8 Nm) Johnson Controls / M9208-BAC-3 71sec Two position ; SPST Spring Return 120 Vac 23 09 23 - 24b

44 lb-in. (5 Nm) Honeywell / MS7505A2030 90sec (0)2-10 Vdc Spring Return 24 Vac 23 09 23 - 24a

151FCU-1 COOLING VALVE (1st~8th Floor Living room)FCU-V 20mm23 00 00 - 39 1.7 2.2 Forged brass NPT VT2322 G13A02A 2Position Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

151FCU-1 HEATING VALVE (1st~8th Floor Living room)FCU-V 20mm23 00 00 - 39 1.19 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

16FCU-2 COOLING VALVE (1st~8th Vest-2, Vest-3)FCU-V 20mm23 00 00 - 40 0.93 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

16FCU-2 HEATING VALVE (1st~8th Vest-2, Vest-3)FCU-V 20mm23 00 00 - 40 0.49 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

8FCU-3 COOLING VALVE (1st~8th Laundry room)FCU-V 20mm23 00 00 - 41 3.98 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

8FCU-3 HEATING VALVE (1st~8th Laundry room)FCU-V 20mm23 00 00 - 41 0.89 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

7FCU-4 COOLING VALVE (2nd~8th Elev Hall)FCU-V 20mm23 00 00 - 42 4.15 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

7FCU-4 HEATING VALVE (2nd~8th Elev Hall)FCU-V 20mm23 00 00 - 42 1.78 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

1FCU-5 COOLING VALVE (1st ECC, CQ, LOBBY)FCU-V 20mm23 00 00 - 43 0.89 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

1FCU-5 HEATING VALVE (1st ECC, CQ, LOBBY)FCU-V 20mm23 00 00 - 43 0.7 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

1FCU-6 COOLING VALVE (1st Wating room)FCU-V 20mm23 00 00 - 44 3.62 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

1FCU-6 HEATING VALVE (1st Wating room)FCU-V 20mm23 00 00 - 44 0.14 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

1FCU-7 COOLING VALVE (1st Mud room)FCU-V 20mm23 00 00 - 45 3.08 2.2 Forged brass NPT VT2322 G13A02A Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

1FCU-7 HEATING VALVE (1st Mud room)FCU-V 20mm23 00 00 - 45 1.3 2.2 Forged brass NPT VT2322 G13A02A 25 sec Spring Return 24Vac ±10% 7.5 VA20mm 400psi2-WAY - VT2322

G13A02A

25 sec

25 sec-

6.2

4.0

Spring Return

Spring Return20N.m 175 Ibf 90 sec

90 sec Accessory Q5024B

Accessory Q5024B

2Position

8UV-1 HEATING VALVE (1st~8th Laundry room)UV-V 32mm23 00 00 - 46 26.8 2.2 Forged brass NPT VT2322 H23A020 25 sec Spring Return 24Vac ±10% 7.5 VA32mm 400psi2-WAY -- 2Position

8UV-1 COOLING VALVE (1st~8th Laundry room)UV-V 32mm23 00 00 - 46 2.55 2.2 Forged brass NPT VT2322 H13A020 25 sec Spring Return 24Vac ±10% 7.5 VA32mm 400psi2-WAY -- 2Position

VT2322

H23A020

VT2322

H13A020

CONTROL DAMPER SCHEDULE

1 CONTROL VALVE SCHEDULE

SCALE : NONE

2 CONTROL DAMPER SCHEDULE

SCALE : NONE

a a a a a a a a a a a a a a a a

15mm

. P H

O Y.

G . H

. H

C C

O N

dw g

N N

D W

N B

C R

O N

2 3

4 5

N U

D B

T D

E M

C R

O N

C O

N O

SHEET

IDENTIFICATION

U .S

. A R

M Y

C O

O F

R S

T D

/0 3/

U M

M A

R O

R ev

.0 M

. 2

A S

C O

M M

-0

N O

'1 a

1 TEMPERATURE SENSOR SCHEDULE

SCALE : NONE

C Y1

-K

D P

N A

U na cc om pa ni ed E nl is te d

Pe rs on ne l H ou si ng

H um ph re ys , K or ea

R E

S C

7 63

MC-007

TEMPERATURE SENSOR SCHEDULE

NO.

ITEM

NO.

23 09 23 - 26

ROOM

EQUIPMENT

TYPE

FCU-1

TEMPERATURE

SETPOINT

COOLING

SETPOINT

60℉

HEATING

SETPOINT

82℉

OCCUPANCY

SENSOR

OCCUPANCY

YES

COMMUNI

CATION

YES

ZONE

SENSOR

COMMUNI

CATION

NO.

ITEM

NO.

ROOM

EQUIPMENT

TYPE

TEMPERATURE

SETPOINT

COOLING

SETPOINT

HEATING

SETPOINT

OCCUPANCY

SENSOR

OCCUPANCY COMMUNI

CATION

ZONE

SENSOR

COMMUNI

CATION

NO.

ITEM

NO.

ROOM

EQUIPMENT

TYPE COOLING

SETPOINT

HEATING

SETPOINT OCCUPANCY COMMUNI

CATION

COMMUNI

CATION

TEMPERATURE

SETPOINT

OCCUPANCY

SENSOR

ZONE

SENSOR

YES

23 09 23 - 26 118 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 119 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 120 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 123 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 124 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 125 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 126 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 127 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 128 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 129 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 130 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 131 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 134 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 135 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 136 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 137 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 138 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 122 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 121 FTR-1 68℉ NO NO NO

10223 09 23 - 26 FCU-5 60℉ 82℉ NO NO YES

10723 09 23 - 26 FCU-7 60℉ 82℉ NO NO YES

10823 09 23 - 26 FCU-3 60℉ 82℉ NO NO YES

11223 09 23 - 27 NO NO NO

UH-3

EF-2 95℉

45℉

11323 09 23 - 27 NO NO NO

UH-2

SF-1 95℉

45℉

11423 09 23 - 27 NO NO NO

UH-1

EF-1 95℉

45℉

23 09 23 - 26 209 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 210 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 211 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 212 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 214 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 213 FTR-1 68℉ NO NO NO

20123 09 23 - 26 FCU-4 60℉ 82℉ NO NO YES

20223 09 23 - 26 FCU-2 60℉ 82℉ NO NO YES

20323 09 23 - 27 NO NO NO

UH-6

EF-4 95℉

45℉

20423 09 23 - 27 NO NO NO

UH-4

EF-3 95℉

45℉

23 09 23 - 26 132 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 133 FTR-1 68℉ NO NO NO

23 09 23 - 26 215 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 216 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 217 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 218 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 219 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 220 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 221 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 222 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 223 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 226 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 227 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 228 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 229 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 230 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 224 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 225 FTR-1 68℉ NO NO NO

23 09 23 - 26 309 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 310 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 311 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 312 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 314 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 313 FTR-1 68℉ NO NO NO

30123 09 23 - 26 FCU-4 60℉ 82℉ NO NO YES

30223 09 23 - 26 FCU-2 60℉ 82℉ NO NO YES

30323 09 23 - 27 NO NO NO

UH-6

EF-4 95℉

45℉

30423 09 23 - 27 NO NO NO

UH-4

EF-3 95℉

45℉

23 09 23 - 26 315 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 316 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 317 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 318 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 319 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 320 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 321 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 322 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 323 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 326 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 327 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 328 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 329 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 330 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 324 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 325 FTR-1 68℉ NO NO NO

23 09 23 - 26 409 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 410 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 411 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 412 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 414 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 413 FTR-1 68℉ NO NO NO

40123 09 23 - 26 FCU-4 60℉ 82℉ NO NO YES

40223 09 23 - 26 FCU-2 60℉ 82℉ NO NO YES

40323 09 23 - 27 NO NO NO

UH-6

EF-4 95℉

45℉

40423 09 23 - 27 NO NO NO

UH-4

EF-3 95℉

45℉

23 09 23 - 26 415 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 416 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 417 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 418 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 419 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 420 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 421 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 422 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 423 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 426 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 427 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 428 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 429 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 430 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 424 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 425 FTR-1 68℉ NO NO NO

23 09 23 - 26 509 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 510 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 511 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 512 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 514 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 513 FTR-1 68℉ NO NO NO

50123 09 23 - 26 FCU-4 60℉ 82℉ NO NO YES

50223 09 23 - 26 FCU-2 60℉ 82℉ NO NO YES

50323 09 23 - 27 NO NO NO

UH-6

EF-4 95℉

45℉

50423 09 23 - 27 NO NO NO

UH-4

EF-3 95℉

45℉

23 09 23 - 26 515 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 516 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 517 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 518 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 519 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 520 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 521 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 522 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 523 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 526 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 527 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 528 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 529 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 530 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 524 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 525 FTR-1 68℉ NO NO NO

23 09 23 - 26 609 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 610 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 611 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 612 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 614 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 613 FTR-1 68℉ NO NO NO

60123 09 23 - 26 FCU-4 60℉ 82℉ NO NO YES

60223 09 23 - 26 FCU-2 60℉ 82℉ NO NO YES

60323 09 23 - 27 NO NO NO

UH-6

EF-4 95℉

45℉

60423 09 23 - 27 NO NO NO

UH-4

EF-3 95℉

45℉

23 09 23 - 26 615 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 616 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 617 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 618 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 619 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 620 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 621 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 622 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 623 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 626 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 627 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 628 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 629 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 630 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 624 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 625 FTR-1 68℉ NO NO NO

23 09 23 - 26 709 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 710 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 711 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 712 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 714 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 713 FTR-1 68℉ NO NO NO

70123 09 23 - 26 FCU-4 60℉ 82℉ NO NO YES

70223 09 23 - 26 FCU-2 60℉ 82℉ NO NO YES

70323 09 23 - 27 NO NO NO

UH-6

EF-4 95℉

45℉

70423 09 23 - 27 NO NO NO

UH-4

EF-3 95℉

45℉

23 09 23 - 26 715 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 716 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 717 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 718 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 719 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 720 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 721 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 722 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 723 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 726 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 724 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 725 FTR-1 68℉ NO NO NO

NO.

ITEM

NO.

ROOM

EQUIPMENT

TYPE COOLING

SETPOINT

HEATING

SETPOINT OCCUPANCY COMMUNI

CATION

COMMUNI

CATION

TEMPERATURE

SETPOINT

OCCUPANCY

SENSOR

ZONE

SENSOR

23 09 23 - 26 727 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 728 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 729 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 730 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 809 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 810 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 811 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 812 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 814 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 813 FTR-1 68℉ NO NO NO

80123 09 23 - 26 FCU-4 60℉ 82℉ NO NO YES

80223 09 23 - 26 FCU-2 60℉ 82℉ NO NO YES

80323 09 23 - 27 NO NO NO

UH-6

EF-4 95℉

45℉

80423 09 23 - 27 NO NO NO

UH-4

EF-3 95℉

45℉

23 09 23 - 26 815 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 816 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 817 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 818 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 819 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 820 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 821 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 822 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 823 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 826 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 827 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 828 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 829 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 830 FCU-1 60℉ 82℉ YES YES YES

23 09 23 - 26 824 FCU-2 60℉ 82℉ NO NO YES

23 09 23 - 27 825 FTR-1 68℉ NO NO NO

. P H

O Y.

G . H

. H

C C

O N

dw g

N N

D W

N B

C R

O N

2 3

4 5

N U

D B

T D

E M

C R

O N

C O

N O

SHEET

IDENTIFICATION

U .S

. A R

M Y

C O

O F

R S

T D

/0 3/

U M

M A

R O

R ev

.0 M

. 2

A S

C O

M M

-0

N O

'1 a

C Y1

-K

D P

N A

U na cc om pa ni ed E nl is te d

Pe rs on ne l H ou si ng

H um ph re ys , K or ea

R E

S C

8 63

MC-008

TEMPERATURE SENSOR SCHEDULE

NO. ITEM

NO.

ROOM

EQUIPMENT

TYPE

TEMPERATURE

SETPOINT

COOLING

SETPOINT

HEATING

SETPOINT

OCCUPANCY

SENSOR

OCCUPANCY COMMUNI

CATION

ZONE

SENSOR

COMMUNI

CATION

PH0123 09 23 - 27

PH0323 09 23 - 27

FTR-1 68℉ NO NO NO

NO NO NOEF-12 95℉

PH0423 09 23 - 27 NO NO NOEF-13 95℉

PH0523 09 23 - 27 FTR-1 68℉ NO NO NO

PH0723 09 23 - 27 NO NO NOEF-12 95℉

PH0823 09 23 - 27 NO NO NO

UH-5A~D

EF-9A~B 95℉

45℉

PH0823 09 23 - 27 NO NO NO

UH-5E~H

EF-9C~D 95℉

45℉

NO. SERVICE REMARK

EQUIPMENT SCHEDULE - FOR AHU-1,2

1 DA-T-LL

MANUFACTURER MODEL NUMBERIDENTIFIER

HEATING COIL DISCHARGE AIR TEMP LOW LIMIT

(PART NUMBER)

Honeywell or

DA-T TE-6361M-1DISCHARGE AIR TEMPERATURE Johnson Controls

SA-T SUPPLY AIR TEMPERATURE Johnson Controls

TYPE

FREEZESTAT

TEMPERATURE SENSOR FOR DUCT

ITEM NO.

23 09 23 - 22

23 09 23 - 17

23 09 23 - 17TE-6361M-1

NO. SERVICE REMARK

EQUIPMENT SCHEDULE - FOR UV

MANUFACTURER MODEL NUMBERIDENTIFIER (PART NUMBER)

TYPE ITEM NO.

NO. SERVICE REMARK

EQUIPMENT SCHEDULE - FOR ERU-1,2

1 OA-FLT-P

MANUFACTURER MODEL NUMBER

A3002

IDENTIFIER

OUTSIDE AIR FILTER ALARM

(PART NUMBER)

DWYER

SA-T SUPPLY AIR TEMPERATURE

RA-FLT-P RETURN AIR FILTER ALARM

TYPE

FILTER ALARM SWITCH

TEMPERATURE SENSOR FOR DUCT

FILTER ALARM SWITCH

ITEM NO.

23 09 23 - 20

A3002DWYER 23 09 23 - 20

OA-AFMA AD-1272OUTSIDE AIR FLOW JohnsonControls4 AIR FLOW MEASURING DEVICE 23 09 23 - 21

SA-AFMA AD-1272SUPPLY AIR FLOW JohnsonControls4 AIR FLOW MEASURING DEVICE 23 09 23 - 21

TE-6361M-1Johnson Controls 23 09 23 - 17

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

SA-T SUPPLY AIR TEMPERATURE Johnson Controls

FREEZESTAT

TEMPERATURE SENSOR FOR DUCT

23 09 23 - 22

23 09 23 - 17TE-6361M-1

NO. SERVICE REMARK

EQUIPMENT SCHEDULE - FOR HOT WATER HEATING SYSTEM

MANUFACTURER MODEL NUMBERIDENTIFIER (PART NUMBER)

TYPE ITEM NO.

HWR-T TE-636AM-2HEATING COIL DISCHARGE AIR TEMP LOW LIMIT Johnson Controls

HWS-T SUPPLY AIR TEMPERATURE Johnson Controls

TEMPERATURE SENSOR FOR PIPE

23 09 23 - 19

23 09 23 - 19TE-636AM-2

2 OA-T OUTSIDE AIR TEMPERATURE Johnson Controls OUTSIDE AIR TEMP 23 09 23 - 18TE-6363P-1

NO. SERVICE REMARK

EQUIPMENT SCHEDULE - FOR HOT WATER HEATING SYSTEM

MANUFACTURER MODEL NUMBERIDENTIFIER (PART NUMBER)

TYPE ITEM NO.

HWR-T TE-636AM-2HEATING COIL DISCHARGE AIR TEMP LOW LIMIT Johnson Controls

HWS-T SUPPLY AIR TEMPERATURE Johnson Controls

TEMPERATURE SENSOR FOR PIPE

23 09 23 - 19

23 09 23 - 19TE-636AM-2

3 OA-T OUTSIDE AIR TEMPERATURE Johnson Controls OUTSIDE AIR TEMP 23 09 23 - 18TE-6363P-1

NO. SERVICE REMARK

EQUIPMENT SCHEDULE - FOR DOMESTIC HOT WATER SYSTEM

MANUFACTURER MODEL NUMBERIDENTIFIER (PART NUMBER)

TYPE ITEM NO.

DHW-T1 TE-636AM-2HEATING COIL DISCHARGE AIR TEMP LOW LIMIT Johnson Controls

DHW-T2 SUPPLY AIR TEMPERATURE Johnson Controls

TEMPERATURE SENSOR FOR PIPE

23 09 23 - 19

23 09 23 - 19TE-636AM-2

3 DHWS-T1 OUTSIDE AIR TEMPERATURE

4 DHWS-T2 OUTSIDE AIR TEMPERATURE

5 DHWR-T OUTSIDE AIR TEMPERATURE

Johnson Controls TEMPERATURE SENSOR FOR PIPE 23 09 23 - 19TE-636AM-2

2 EQUIPMENT SCHEDULE

SCALE : NONE1 TEMPERATURE SENSOR SCHEDULE

SCALE : NONE

Johnson Controls L482A1004 or

A70H-1

Honeywell or Johnson Controls

L482A1004 or A70H-1

LOC: MECH. ROOM-113

OUTSIDE INSIDE

LOCAL DISPLAY PANEL

SYSTEM NAME LOCATION

B-1 DPV-1

FUNCTION TYPE RANGE Kv(M3/HR) REMARKS

0-100%

M&C

CONTROL VALVE SCHEDULE

HOT WATER PUMP START/STOP

SYSTEM ENABLE

~ ON/OFF BI X ~ <___> <___> ~ ~ ~ ~ ~ ~ ~<__>

~ X ~ <___> <___>

~ BO ~ ~ <___> <___>

<NVI> ~ X <___> <___> ~ ~ ~

START/STOP ~ X <___> <___> ~

~ AI X ~ <___> <___> ~ ~ ~ ~ ~ ~<___> ~ ~

~ <___> AI X X <___> <___> ~ ~ ~ ~ ~INFO <__>

~ X X <___> <___> ~ X ~RESET ~ <___> <___> ~ ~

AI X

BI <___> <___>

<X>

24.9MECH.

ROOM-113

LOC: MECH. ROOM-115

2-WAY, MODULATINGDIFFERNETIAL PRESSURE

CONTROL

AO~

BOILER

DDC-1 OA-T

(60)

SPARE

WELL

CONTROL SYSTEM SCHEMATIC FOR HOT WATER HEATING SYSTEM

-11.1°C (12°F)

(132)

(180)

IF IT IS GREATER THAN 132°F, THE RESET SCHEDULE SHALL BE ADJUSTED TO

PREVENT FLUE GAS CONDENSATION.

VFD

DDC-1

P-2

P-3

DPV-2 MECH.

ROOM-113

DIFFERNETIAL PRESSURE

CONTROL 2-WAY, MODULATING 0-100% 140.7

SIZE

100mm

40mm

B-1

~ ON/OFF BI

HOT WATER PUMP START/STOP ~ BOSTART/STOP

X ~ <___> <___><X>

~ ~ <___> <___><X>

~ X <___> <___>

X ~ <___> <___><X> ~ X <___> <___> ~ ~ ~

AO~ X ~ <___> <___><X> ~ X <___> <___> ~ ~ ~

PN16

<___> BI X X <___> <___><X> ~ ~ ~ ~

SUNSHIELD

. P H

O Y.

G . H

. H

C C

O N

dw g

N N

D W

N B

C R

O N

2 3

4 5

N U

D B

T D

E M

C R

O N

C O

N O

SHEET

IDENTIFICATION

U .S

. A R

M Y

C O

O F

R S

T D

/0 3/

U M

M A

R O

R ev

.0 M

. 2

A S

C O

M M

-0

N O

'1 a

1 HOT WATER HEATING SYSTEM

NONE

C Y1

-K

D P

N A

U na cc om pa ni ed E nl is te d

Pe rs on ne l H ou si ng

H um ph re ys , K or ea

C O

-H O

T W

G S

9 63

MC-009

<___> AI X X <___> <___><X> ~ ~ ~ ~ ~ ~ ~

HWS-T OA-T

23 09 23-18

HWR-T

#1-UI-1

23 09 23-19

#2-UI-1

23 09 23-19

#2-UI-2

LDP

23 09 23-30

23 09 23-23b

HW-PMP2-S

HW-PMP2-SS

HW-PMP2-C

23 09 23-14a

LOCATION : MECH ROOM (113)

POINTS SCHEDULE (HOT WATER SYSTEM CONTROL)

E. BOILER CONTROL

WHEN THIS LOOP IS ENABLED, THE DDC HARDWARE SHALL TURN THE BOILER AND

THE MANUFACTURER'S BOILER CONTROLLER ON. WHEN THIS LOOP IS DISABLED, THE BOILER SHALL BE OFF.

A. GENERAL

CONTRACTOR SHALL INSTALL DDC HARDWARE TO PERFORM THIS SEQUENCE OF OPERATION AND TO PROVIDE SNVT INPUTS, OUTPUTS AND ALARMS AS SPECIFIED AND SHOWN ON THE POINTS SCHEDULE.

UNLESS OTHERWISE SPECIFIED, ALL MODULATING CONTROL SHALL BE PROPORTIONAL-INTEGRAL (PI) CONTROL.

D. PROOFS AND…

This is the start of the file's text. The full file is on GovTribe.

File details come from the government source that posted it. Updated Feb 9, 2022.