Drwgs_Vol_5C_202shts_W912PL-12-R-0008.pdf

PDF 19 MB Posted Dec 23, 2011

Attached to: Fort Irwin Replacement Hospital, Fort Irwin, San Bernardino County, California
Solicitation number: W912PL-12-R-0008
Issued by: Department of the Army Corps of Engineers Engineering District Los Angeles

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STR STR

ROOM - DEVICES BY

LOCATE IN COMPUTER

CAC UNIT MANUFACTURER

MANUFACTURER

INTERLOCKS BY DDC

DDC SYSTEM

SEQUENCE OF OPERATION

REQUIRED TO ACCOMPLISH

NUMBER OF CONDUCTORS AS

TYPICAL

BY DDC MANUFACTURER

DEVICES AND INTERLOCKS

SIGNAL TO DDC SYSTEM IF

COORDINATE PROVISION OF

F.A. SYSTEM MONITOR

ANY CA1 UNIT IS SHUT-DOWN

THROUGH F.A. SYSTEM CONTROL

MODULE

COMPUTER ROOM UNIT

CONTROLLER BY CAC UNIT

MANUFACTURER

STARTER HOLDING COIL CIRCUIT

MODULE WIRE TO INTERRUPT

F.A. SYSTEM CONTROL

UPON SIGNAL FROM FIRE ALARM

SYSTEM TYPICAL EACH CAC

CAC

ITEMS NOTED WITH ASTERISK ( ) ARE

FURNISHED AS PART OF F.A. SYSTEM,

MOUNTED BY DDC INSTALLER. WIRING TO F.A.

SYSTEM BY F.A. INSTALLER, WIRING TO CAC

AND DDC SYSTEM BY DDC INSTALLER

COMPUTER ROOM UNIT SYSTEM TERMINAL LAYOUT - CA1

TT-CA1-01

RHT-CA1-01

ROOM TEMP SENSOR

ROOM HUMIDITY

IP-CA1-01 CAC/1 STATUS DI

IP-CA1-02 CAC/2 STATUS

IP-CA1-03 CA1 START/STOP (FROM DDC)

OP-CA1-01 CAC/1 TEMP AO

OP-CA1-02 CAC/2 TEMP AO

OP-CA1-04 CAC/2 HUMIDITY AO

- - AO

C-CA1-01 CAC/1 ON/OFF DO

C-CA1-02 CAC/2 ON/OFF DO

- - DO

DI DOSYS CA1 START/STOP

DDC DATA TERMINAL STRIP LAYOUT - DC-CA1

IP-CA1-01 CAC/1 ALARM STATUS OP-CA1-01

OPERATING PARAMETERS - CA1

REFER TO SEQUENCE OF OPERATION FOR ADDITIONAL CONTROL OPERATING PARAMETERS, SOFTWARE AND

REMARKS

40 %RETURN AIR HUMIDITY

-UNOCCUPIED MODE

HARDWARE ADJUSTMENTS.

SETPOINTFUNCTION

NOTE:

RETURN AIR TEMPERATURE

OCCUPIED MODE MANUAL COMMAND 24 HOUR/DAY CONTINUOUS

DEGREES F

MANUAL COMMAND

DI DO-IP-CA1-02 CAC/2 ALARM STATUS -

- - DI

- - AO

OP-CA1-03 CAC/1 HUMIDITY AO

UNIT

MASTER CONTROL

DI- -

IP-CA1-07 CA1 FA MONITOR

219 DI- -

2210 A1CT-CA1-01 EF/1.4.2 STATUS

2311 A1- - 2412 A1- -

DO--

OP-CA1-01 CAC/1 ALARM (TO DDC) DO

OP-CA1-02 CAC/2 ALARM (TO DDC) DO

- - DO

RETURN

AIR

SUPPLY

AIR

SYSTEM

TO F.A.

RETURN

AIR

SUPPLY

AIR

SYSTEM

TO F.A.

SLAVE

UNIT

BACKDRAFT

FAN SWITCH

EF/1.4.2

DAMPER

AT 1506 MECH

CLEAN AGENT

EXHAUST

CA1-01

DTS

CA1-01

RHT

CA1-02

DTS

CA1-05

DTS

CA1-01

CA1-06

DTS

CA1-02

CA1-08

DTS

CA1-03

CA1-13

DTS

CA1-01

CA1-07

DTS

CA1-07

CA1-01

SMK

CA1-01

CA1-02

SMK

CA1-02

CA1-01

CA1-10

DTS

ROOM

COMPUTER

DATA CENTER COMPUTER ROOM UNIT SEQUENCE OF OPERATION

A. OPERATING MODES - GENERAL:

1. PROVIDE FOR COMPUTER ROOM SYSTEM, THREE OPERATIONAL MODES: UNOCCUPIED

OPERATION, FIRE ALARM SHUTDOWN, AND OCCUPIED OPERATION. OPERATING MODES SHALL BE

COMMANDED BY THE DDC, AND THE FIRE ALARM SHUTDOWN SHALL BE COMMANDED BY A SIGNAL

FROM THE FIRE ALARM SYSTEM.

2. OCCUPIED MODE: WHEN SCHEDULED BY THE DDC, THE SYSTEM ENTERS THE OCCUPIED MODE.

3. UNOCCUPIED MODE: WHEN SCHEDULED BY THE DDC, THE SYSTEM OPERATION SHALL BE

DISABLED.

4. FIRE ALARM SHUTDOWN MODE: EACH CAC UNIT ALARM INTERFACE INCLUDES A FIRE ALARM

CONTROL MODULE. A SEPARATE FIRE ALARM SUPERVISORY MODULE IS INDICATED FOR THE CAC SYSTEM ARRAY. THE CONTROL MODULE SHALL BE WIRED TO THE HOLDING COIL CIRCUIT OF EACH

CAC SUPPLY FAN MOTOR STARTER; WHEN COMMANDED BY THE FIRE ALARM SYSTEM, THE

CONTROL MODULE SHALL SHUT DOWN THE SUPPLY FAN. THROUGH THE SUPERVISORY MODULE,

UPON A SIGNAL FROM THE FIRE ALARM SYSTEM, ALL CONTROL ALGORITHMS AND ADDITIONAL CAC UNITS IN THE ARRAY SHALL BE DISABLED SIMILAR TO UNOCCUPIED MODE SHUTDOWN. WHEN THE FIRE ALARM CONDITION IS CLEARED THOUGH THE FACILITY FIRE ALARM SYSTEM, THE CAC SYSTEM SHALL AUTOMATICALLY RESTART IN THE OCCUPIED MODE. PROVIDE DDC INDICATION OF THE CAC

SYSTEM FIRE ALARM STATUS AT THE DDC WORKSTATION COMPUTER. COORDINATE FIRE ALARM

SYSTEM PROGRAMMING TO ENABLE SIMULTANEOUS ACTIVATION OF THE CONTROL AND

SUPERVISORY MODULES AS NOTED.

C. CAC SYSTEM CONTROL:

1. DESCRIPTION: EACH SYSTEM INCLUDES TWO PACKAGED COMPUTER ROOM UNITS.

EACH UNIT INCLUDES FACTORY INSTALLED RETURN AIR FILTERS, INFARED HUMIDIFIER, HOT

WATER HEATING COIL, CHILLED WATER COOLING COIL, AND SUPPLY FAN. THE UNIT IS EQUIPPED

WITH A FACTORY INSTALLED MAGNETIC MOTOR STARTER FOR THE SUPPLY FAN, AND A

MICROPROCESSOR BASED CONTROL SYSTEM.

a. FOR THE TWO UNIT CONFIGURATIONS, PROVIDE MICROPROCESSOR SYSTEM

MASTER CONTROL PANEL TO ENABLE CONTIGUOUS CONTROL OF THE COMPUTER

ROOM UNITS. SYSTEM SHALL SENSE SPACE TEMPERATURE AND HUMIDITY,

PROVIDE LEAD/LAG STAGING OF UNITS AS REQUIRED TO MAINTAIN INDOOR

CONDITIONS.

2. SYSTEM START-UP AND CONTROL: WHEN THE DDC INITIATES A START SIGNAL, THE UNIT SHALL BE

ENABLED. THE UNIT CONTROLLER SHALL STAGE THE UNIT COOLING CAPACITY, HEATING

CAPACITY, AND HUMIDIFIER TO MAINTAIN THE ROOM TEMPERATURE AND HUMIDITY SETPOINTS.

a. PROVIDE POSITIVE STATUS OF COMPUTER ROOM UNIT ALARM STATUS THROUGH AN OUTPUT

SIGNAL FROM UNIT CONTROLLER TO THE DDC SYSTEM.

b. PROVIDE A GLOBAL ALARM OUTPUT FROM THE MASTER UNIT TO THE DDC SYSTEM INDICATING

A GENERAL COMPUTER ROOM SYSTEM ALARM; ANY OUT-OF-TOLERANCE CONTROL

PARAMETER.

3. SYSTEM SHUTDOWN: WHEN THE DDC OR CLEAN AGENT STREAM INITIATES A STOP SIGNAL,

THE UNITS SHALL BE DEACTIVATED.

4. ALARMS: PRINT DIAGNOSTIC ALARM TO DDC IF SEQUENCE OF OPERATION CANNOT BE

ACCOMPLISHED DURING OPERATION. OPERATORS SHALL BE ABLE TO VIEW ALL POINTS OF

CONTROL PRIOR TO FAILURE. PROVIDE OTHER DIAGNOSTIC AND MAINTENANCE ALARMS AS

NOTED IN SEQUENCES.

a. ON A START SIGNAL TO ANY DEVICE, ALL ALARMS MUST BE CLEAR PRIOR TO UNIT START-UP.

ALARM MUST BE AVAILABLE FOR DISPLAY IN THE DDC SYSTEM.

SCHEMATIC FLOW DIAGRAM - DATA CENTER COMPUTER ROOM UNITS1 NOT TO SCALE

B. DATA CENTER TEL MDF

1. DESCRIPTION: SYSTEM CONSISTS OF EXHAUST FAN AND BACK DRAFT DAMPER.

FAN MOTOR IS PROVIDED WITH MAGNETIC MOTOR STARTER FOR CONSTANT VOLUME OPERATION.

2. FAN CONTROL: FAN SWITCH SHALL ACTIVATE FAN MANUALLY TO EVACUATE THE DATA CENTER

TEL MDF OF THE CLEAN AGENT. FAN SHALL BE MANUALLY TURNED OFF WHEN THE AGENT HAS

BEEN EVACUATED FROM THE SPACE. THE FANS SHALL RUN CONTINUOUSLY UNDER MANUAL

a. PROVIDE POSITIVE FAN OPERATIONAL STATUS THROUGH A CURRENT SENSING RELAY AT FAN

MOTOR STARTER.

OPERATION UNTIL SWITCH IS IN THE OFF POSITION.

STR

Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

I52 1-

1' -0

MI7061

L D

C R

O N

HOOD ALARM PANEL

HOOD (ROOM 1C08)

IH LAB AT MARY WALKER

HOOD AIRFLOW

MONITOR RL

INTEGRAL FUME

HOOD FAN SWITCH

INTEGRAL FUME

MW-16

DTS

MV-01

MW-17

DTS

MV-02

AD MW-05

MW-14

DTS

MW-05

MW-02

MW-01

MW-08

DTS

MW-18

DTS EF/9

EF/9

MW-04

DTS

MW-02

MW-13

DTS

MW-03

MW-12

DTS

MW-05

MV-02

MV-01

MV-12

DTS

MV-01

ITEMS NOTED WITH ASTERISK ( ) ARE

FURNISHED AS PART OF F.A. SYSTEM,

MOUNTED BY DDC INSTALLER. WIRING TO F.A.

SYSTEM BY F.A. INSTALLER, WIRING TO DDC

SYSTEM BY DDC INSTALLER

EXHAUST AIR VALVES

M01

HAND

OL'S

M01

AUTO

OFF

X1FUSE

0/3

/60 H

XFMR

EXHAUST FAN STARTER

ALL COMPONENTS INDICATED ABOVENOTE:

MARY WALKER HOOD AIR TERMINAL VALVES - SEQUENCE OF OPERATION

A. OPERATING MODES - GENERAL:

1. PROVIDE FOR EACH SYSTEM, THREE OPERATIONAL MODES: UNOCCUPIED

MODE, NORMAL FLOW OCCUPIED MODE AND REDUCED FLOW OCCUPIED

MODE. ALL OPERATING MODES SHALL BE COMMANDED BY THE DDC.

EACH SYSTEM CONSISTS OF AN AIR VALVE IN THE SUPPLY DUCTWORK TO

THE ROOM AND AN AIR VALVE IN THE EXHAUST AIR DUCT TO THE ROOM.

2. OCCUPIED MODE: WHEN SCHEDULED BY THE DDC, THE SYSTEM ENTERS

THE OCCUPIED MODE. AIR TERMINAL VALVES SHALL RESPOND TO THE

OCCUPIED BUILDING SET POINTS SCHEDULED.

3. UNOCCUPIED MODE: WHEN SCHEDULED BY THE DDC, AHU OPERATION

SHALL BE DISABLED; AIR TERMINAL VALVE DAMPERS SHALL ACTUATE TO

THE NORMALLY OPEN POSITION AND THE HOT WATER COIL CONTROL

VALVE SHALL ACTUATE TO THE NORMALLY CLOSED POSITION.

AIR TERMINAL VALVE MANUFACTURER.

SHALL BE FURNISHED BY THE HOOD

1. DESCRIPTION: SYSTEM CONSISTS OF MICROPROCESSOR BASED

FUME HOOD CONTROLLER FOR EACH HOOD, MOTORIZED CONTROL

DAMPERS IN EACH HOOD EXHAUST DUCT AND EACH GENERAL ROOM

EXHAUST DUCT, HOOD PRESSURE SENSORS, EXHAUST FAN AND DUCTWORK

SYSTEM. FAN MOTOR IS PROVIDED WITH A MAGNETIC MOTOR STARTER FOR

CONTINUOUS (CONSTANT VOLUME) OPERATION AFTER START-UP. EXHAUST

FAN IS INTERLOCKED TO EXISTING AHU/2 FOR SIMULTANEOUS OPERATION.

PROVIDE DDC INTERLOCKS TO HOOD CONTROL SYSTEM AS INDICATED.

2 FAN CONTROL: EXHAUST FAN MOTOR STARTER IS EQUIPPED

WITH A HAND-OFF-AUTOMATIC SWITCH. WHEN THE HAND OFF

AUTO (H-O-A) SWITCH INITIATES A START SIGNAL THROUGH

THE "HAND" POSITION, OR THE DDC INITIATES A START

SIGNAL WITH THE H-O-A IN THE "AUTO" POSITION, THE FAN

SHALL START AND RUN CONTINUOUSLY. WHEN THE H-O-A

SWITCH INITIATES A STOP SIGNAL THROUGH THE "OFF"

POSITION, OR THE DDC INITIATES A STOP SIGNAL WITH THE

H-O-A IN THE "AUTO" POSITION, THE FAN SHALL STOP.

a. PROVIDE POSITIVE FAN OPERATIONAL STATUS THROUGH A CURRENT

3. AIR VALVE CONTROL: FUME HOOD IS EQUIPPED WITH AN AIR FLOW MONITORING

PANEL TO INDICATE POSITIVE AIR FLOW AND EXHAUST FAN OPERATION. HOOD EXHAUST

CONTROL DAMPER IS ASSOCIATED TO AN ADJACENT CONTROL DAMPER IN THE

GENERAL (ROOM) EXHAUST AIR DUCT. PROVIDE THE FOLLOWING FOR EACH FUME HOOD:

a. PROVIDE DDC INTERLOCK RO SWITCH ON FUME HOOD.

WHEN SWITCH IS PLACED IN THE "ON" POSITION THE

MOTORIZED DAMPER TO HOOD SHALL OPEN, AND

MOTORIZED DAMPER TO ROOM EXHAUST REGISTER SHALL

CLOSE. WHEN SWITCH IS PLACED IN THE "OFF" POSITION THE

MOTORIZED DAMPER SERVING THE ROOM EXHAUST REGISTER

SHALL OPEN TO SETPOINT OPERATION AND MOTORIZED DAMPER

TO HOOD SHALL CLOSE. PROVIDE TIME DELAY AT EACH

MOTORIZED DAMPER TO OPEN AND CLOSE WITH

SEQUENCE (0-30 SECONDS FIELD ADJUSTED).

4. ALARMS: INTERLOCK HOOD CONTROL SYSTEM TO DDC TO INDICATE A

GENERAL HOOD SYSTEM ALARM.

a. ALARMS: PROVIDE THE FOLLOWING ALARMS AT THE MASTER HOOD

ALARM AUDIBLE REPORT ACTION

MARK FAN AS "FAILED"

HOOD AIRFLOW ALARM

EMERGENCY (USER) OVERRIDE

EF FAILURE, EACH FAN

CONTROLLER:

YES

YES YES

YES

YES YES

SENSING TRANSDUCER AT MOTOR STARTER.

B. HOOD AND EXHAUST SYSTEM:

4. COORDINATE INTERFACE WITH EXISTING CONTROLS (JOHNSON CONTROLS - )

LOCATED WITHIN THE EXISTING MARY WALKER CLINIC.

DDC DATA TERMINAL STRIP LAYOUT - DC/MW

ROOM TEMP SETPOINTIP-MW-01

1 TT-MW-01

TT-MW-02

SA TEMP

ROOM TEMP

DI-

FUME HOOD ON/OFF

12 C-MW-01

HOOD AIR FLOWIP-MW-02 AI

-- AI

EF STATUSCT-MW-01 AI

DIHOOD ALARMIP-MW-03

AOEXHAUST AIR CONTROL DAMPERAD-MW-01

AOEXHAUST AIR CONTROL DAMPERAD-MW-02

DOEF START/STOPC-MW-02

TYPICAL

MOTOR

AO--

DIFIRE ALARM SYSTEM

-- AI DO--

10 20-- AI DO--

IP-MW-05

SCHEMATIC FLOW DIAGRAM - TYPICAL MARY WALKER CLINIC HOOD CONTROL1 NOT TO SCALE

SUPPLY AIR VALVE.

INTEGRAL TO THE

MICROPROCESSOR

SPACE

FROM

EXHAUST

N.C.

N.O.

THROUGH ROOF

EXHAUST

F.A. SYSTEM

MONITOR MODULE -

BDD

COORDINATE WITH EXISTING

FIRE ALARM SYSTEM

Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

I52 1-

1' -0

MI7062

L D

C R

O N

EL-01

AD-EL-01

IDENTIFIER

ELEVATOR SMOKE VENT DAMPER SCHEDULE

FUNCTION

SMOKE DAMPER

TYPE RANGE

36X36 4-20mA

SIZE (in)

PARALLEL BLADE DAMPER

REMARKS

ELEVATOR 1 - 3 SHAFT

AD-EL-02 SMOKE DAMPER 24X48 PARALLEL BLADE DAMPER

AD-EL-03 SMOKE DAMPER 24X36 PARALLEL BLADE DAMPERELEVATOR 6 SHAFT

AD-EL-04 SMOKE DAMPER 24X36 PARALLEL BLADE DAMPER

AD-EL-05 SMOKE DAMPER 24X36 PARALLEL BLADE DAMPERELEVATOR 8 SHAFT

ELEVATOR 4 & 5 SHAFT

ELEVATOR 7 SHAFT

4-20mA

120V-1Ø PH-60 HZ

POWER BY DIV. 26

FROM FIRE

ALARM SYSTEM

N.C.

FIRE ALARM

CONTROL

MODULE

MEDICAL GAS ALARM PANEL INTERFACE - SEQUENCE OF OPERATION

A. GENERAL:

1. DESCRIPTION: THE FACILITY MEDICAL GAS SYSTEM INCLUDES TWO MICROPROCESSOR

BASED ALARM PANELS; ONE LOCATED IN THE PLANT OFFICE, THE OTHER IN A 24 HOUR

SUPERVISED LOCATION WITHIN THE FACILITY. PROVIDE A DATA GATHERING PANEL OR

DIRECT COMMUNICATION CABLE CONNECTION TO ENABLE THE MIGRATION OF MEDICAL

GAS ALARM POINTS INTO THE DDC SYSTEM FOR ADDITIONAL SUPERVISION. THE DDC IS

NOT INTENDED TO BE PART OF THE NFPA 99 CODE COMPLIANT MEDICAL GAS ALARM

SYSTEM, BUT CAPABLE OF THE NOTED OBSERVATION.

2. SYSTEM GRAPHIC INTERFACE: PROVIDE A GRAPHIC STATUS SCREEN ACCESSIBLE

THROUGH THE DDC WORKSTATION COMPUTER CONTAINING THE FOLLOWING

INFORMATION:

MEDICAL AIR COMPRESSOR SYSTEM STATUS NORMAL/ABNORMAL.

MEDICAL VACUUM SYSTEM NORMAL/ABNORMAL.

WASTE ANESTHETIZING GAS EVACUATION SYSTEM NORMAL/ABNORMAL.

BULK OXYGEN SYSTEM NORMAL/ABNORMAL.

NITROGEN SYSTEM NORMAL/ABNORMAL.

NITROUS OXIDE SYSTEM NORMAL/ABNORMAL.

LABORATORY COMPRESSED AIR SYSTEM STATUS NORMAL/ABNORMAL.

PROCESS COMPRESSED AIR SYSTEM STATUS NORMAL/ABNORMAL.

3. PROVIDE INDICATION OF MEDICAL GAS ALARM POINTS TO THE DDC SYSTEM

WORKSTATION COMPUTER AND ENABLE STROBE ILLUMINATION FOR ALARMS AS NOTED.

ALARM AUDIBLE REPORT ACTION STROBE

MED AIR HIGH PRESSURE

MED AIR LOW PRESSURE

MED AIR DEW POINT HIGH

MED AIR COMPRESSOR

SYSTEM FAULT

MED VAC LOW VACUUM

MED VAS PUMP

SYSTEM FAULT

WAGE LOW VACUUM

FAULT

BULK O2 HIGH PRESSURE

BULK O2 LOW PRESSURE

BULK O2 SUPPLY LOW

SECONDARY O2 ACTIVE

NITROGEN HIGH PRESSURE

NITROGEN LOW PRESSURE

SECONDARY NIT ACTIVE

N2O HIGH PRESSURE

N2O LOW PRESSURE

SECONDARY N2O ACTIVE

LAB AIR HIGH PRESSURE

LAB AIR LOW PRESSURE

PROCESS AIR HIGH PRESS

PROCESS AIR LOW PRESS

PROCESS DEW POINT HIGH

PROCESS AIR COMP

SYSTEM FAULT

YES

MARK SYSTEM

AS ABNORMAL

MARK SYSTEM

AS ABNORMAL

MARK SYSTEM

MARK SYMBOL

AS ABNORMAL

YES

SCHEMATIC FLOW DIAGRAM - TYPICAL ELEVATOR SMOKE DAMPERS1 NOT TO SCALE

ELEVATOR SMOKE VENT - SEQUENCE OF OPERATION

A. DAMPER OPERATING MODES - GENERAL:

1. PROVIDE FOR SMOKE VENTS, TWO PRINCIPAL

OPERATIONAL MODES: IDLE STATUS AND FIRE

ALARM VENT MODE. THE SMOKE VENT DAMPERS

SHALL BE COMMANDED FROM THE FIRE ALARM

SYSTEM THROUGH FIRE ALARM RELAYS.

2. IDLE STATUS: DAMPERS SHALL BE POWERED CLOSED

UNDER A NON-FIRE ALARM STATUS.

3. FIRE ALARM VENT MODE: THE FIRE ALARM

INTERFACE INCLUDES A FIRE ALARM CONTROL

MODULE WIRED TO THE ENABLE THE DAMPER TO

SPRING-RETURN OPEN WHEN ENABLED BY THE FIRE

ALARM SYSTEM. DAMPERS ARE NORMALLY OPEN.

SHAFT

FROM ELEV

ATMOSPHERE

VENT TO

Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

I52 1-

1' -0

MI7063

L D

C R

O N

CONTRACT DOCUMENTS

ONLY WHERE INDICATED ON

PROVIDE FOR AIR TERMINAL

VARIABLE VOLUME

AIR TERMINAL UNIT

HEATING COILS

TYPICAL VALVE FOR

PROVIDE HUMIDITY SENSING

AND CO2 SENSING FOR ATU'S

ONLY WHERE INDICATED ON

FLOOR PLAN.

AV-02

DTS

AV-12

DTS

AV-01

VLV

AV-11

DTS

AV-01

VLV

AV-07

DTS

AV-02

AV-05

DTS

AV-03

DTS

AV-01

DTS

AV-04

DTS

AV-01

RHT

AV-01

AV-06

DTS

AV-13

DTS

AV-02

VLV

CLPS AV-01

DPI

AV-09

DTS

AV-01

DPT

AV-10

DTS

AV-08

DTS

AV-01

AV-15

DTS

AV-01

AIR TERMINAL UNIT SCHEMATIC - CAV

FUNCTIONIDENTIFIER

CONTROL VALVE SCHEDULE

RANGETYPE CLOSE-OFF RATINGCV FLOW (GPM) BODY SIZE

SENSOR SCHEDULE

ROOM AIR TEMPERATURETT-AV-01

IDENTIFIER RANGE

50 TO 86° FTRANSMITTER

FUNCTION

VERIFY WATER QUANTITIES WITH EQUIPMENT SCHEDULE. INDICATE CV VALUES IN SUBMITTAL DATA. BODY SIZE INDICATED IS MINIMUM.NOTE:

HEATING COIL VALVEVLV-AV-01 4-20 ma2-WAY, MODULATING - 150 PSIG - 1/2"

SA TEMP TRANSMITTERTT-AV-02 40 TO140° F

NOTE: 1. PROVIDE QUANTITY OF ELECTRICAL ISOLATION PANEL ALARMS RELATED TO EACH ATU CONTROLLER PER SCHEDULE.

-CO-AV-01 CARBON MONOXIDE

SENSOR

10 TO 100% RHRHT-AV-01 ROOM HUMIDITY

10 TO 100% RHRHT-AV-02 SUPPLY AIR HUMIDITY

DPT-AV-01 FINAL FILTER STATIC

PRESSURE TRANSMITTER 0" -2.5" H2O

DDC DATA TERMINAL STRIP LAYOUT - DC/AV

LOCAL SETPOINTTT-AV-01

1 TT-AV-01

FT-AV-01

ATU FLOW

ROOM TEMPERATURE

AOATU DAMPER

HEATING COILAI

AI 11

12 VLV-AV-01

DA-AV-01

85786860

SPACE TEMPERATURE

DEGREES F

CAV AIR TERMINAL UNIT RESET

TERMINAL UNIT

REHEAT COIL

VALVE OPEN

MINIMUM POS.

REHEAT COIL

VALVE CLOSED

DAMPER AT

DAMPER OPEN

TERMINAL UNIT

S.A. TEMPERATURETT-AV-02 AI

-- DI

UNOCCUPIED OVERRIDETT-AV-01

ROOM HUMIDITYRHT-AV-01

CO2 SENSORCO-AV-01

ROOM HUMIDITY SETPOINTIP-AV-01

HIGH HUMIDITY SENSORRHT-AV-01

ELECTRIC HUMIDIFIERVLV-AV-02

9 - DI-

- DI-

AI--

ATU

TYP.

SCHEMATIC FLOW DIAGRAM - TYPICAL CONSTANT VOLUME CAV AIR TERMINAL UNITS FOR RECOVERY1 NOT TO SCALE

FINAL

FILTERS

ELECTRIC

HUMIDIFIER

RETURN

SPACE

C H

AHU

FROM

N.C.

HWS

BY FUNCTIONS INDICATED.

POINTS FOR EACH DETERMINED

PROVIDE NUMBER OF CONTROL

EACH AIR TERMINAL UNIT.

PROVIDE CONTROLLER FOR

N.O.

N.C.

SERVED

IN SPACE

LOCATE

PROVIDE

ON FLOOR PLANS

WHERE INDICATED

N.C. H L

Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

I52 1-

1' -0

MI7064

L D

C R

O N

GENERAL NOTES:

4. HUMIDIFIER CONTROL: STEAM HUMIDIFIER IS LOCATED DOWNSTREAM OF THE AV. UNIT INCLUDES A SELF CONTAINED ELECTRIC STEAM GENERATING HUMIDIFIER AND STEAM DISTRIBUTOR TUBE.

HUMIDIFIER INCLUDES A FACTORY INSTALLED MICROPROCESSOR CONTROLLER AND OPERATING

SOFTWARE. WHEN THE AHU RELATED TO THE AIR VALVE SYSTEM IS IN THE “OCCUPIED MODE”, THE HUMIDITY ALGORITHM SHALL BE ENABLED.

a. PROVIDE HUMIDITY SENSORS WHERE INDICATED. DDC SYSTEM SHALL PROVIDE A SIGNAL TO THE STEAM HUMIDIFIER CONTROL VALVE TO ACTIVATE HUMIDIFIER TO MAINTAIN 50% RH (30-

90% RH; FIELD ADJ.) AS SENSED BY A SPACE HUMIDITY SENSOR.

b. PROVIDE A RH SENSOR DOWNSTREAM OF THE HUMIDIFIER DISTRIBUTION TUBE TO LIMIT

OPERATION TO NOT EXCEED 80% RH (ADJUSTABLE 30-90% RH).

c. COORDINATE INTERLOCKS AND PROVIDE WIRING TO ENABLE THE HUMIDIFIER BLOWDOWN AND

MAKE-UP WATER SOLENOID VALVES TO OPERATE IN ACCORDANCE WITH THE TIMER SEQUENCE

PROVIDED WITH THE HUMIDIFIER. PROGRAM HUMIDIFIER TO BLOWDOWN AFTER ROOM HUMIDITY

IS SATISFIED, AT INTERVAL RECOMMENDED BY MANUFACTURER.

TERMINAL UNITS TEMPERATURE/HUMIDITY SETPOINT SCHEDULE

RECOVERY CAV AIR TERMINAL UNIT - SEQUENCE OF OPERATION

A. OPERATING MODES _ GENERAL:

1. PROVIDE FOR AIR TERMINAL UNITS, TWO OPERATIONAL MODES: UNOCCUPIED OPERATION AND

OCCUPIED OPERATION. ALL NORMAL OPERATING MODES SHALL BE COMMANDED BY THE DDC.

PROVIDE UNOCCUPIED HIGH AND LOW TEMPERATURE SET POINTS, AND OPERATOR ADJUSTABLE

OVERRIDE TIMES.

2. OCCUPIED MODE: WHEN SCHEDULED BY THE DDC, THE SYSTEM ENTERS THE OCCUPIED MODE.

AIR TERMINAL UNITS SHALL RESPOND TO THE NORMALLY OCCUPIED BUILDING SET POINTS.

DAMPERS SHALL RESPOND TO THE AIRFLOW SET POINTS SCHEDULED.

3. UNOCCUPIED MODE: WHEN SCHEDULED BY THE DDC, AHU OPERATION SHALL BE DISABLED; AIR

TERMINAL UNIT DAMPERS SHALL ACTUATE TO THE NORMALLY OPEN POSITION AND THE HOT

WATER COIL CONTROL VALVES SHALL ACTUATE TO THE NORMALLY CLOSED POSITION.

B. DDC CONSTANT VOLUME AIR TERMINAL UNITS:

1. DESCRIPTION: EACH AIR TERMINAL UNITS CONSISTS OF A PRIMARY (INLET) AIR CONTROL DAMPER, INLET AIRFLOW MEASURING STATION, HOT WATER HEATING COIL, AND UNIT MOUNTED DDC

CONTROLLER. ROOM TEMPERATURE SENSORS ARE EQUIPPED WITH PUSH BUTTONS TO ADJUST

TEMPERATURE SET POINT. UNITS ARE CONSTANT AIR VOLUME DELIVERY. HOT WATER CONTROL

2. SYSTEM CONTROL: AIR TERMINAL UNIT PRIMARY AIR DAMPER SHALL MODULATE OPEN/CLOSED TO MAINTAIN THE AIR VELOCITY SET POINT OF THE DDC CONTROLLER, BASED ON THE INPUT OF THE

AIR TERMINAL UNIT INLET VELOCITY SENSOR. AS SPACE TEMPERATURE DROPS, THE TWO-WAY

HOT WATER CONTROL VALVE SHALL MODULATE TO MAINTAIN THE HEATING SET POINT. SET

POINTS, DEADBANDS, AND THROTTLING RANGES SHALL BE AS INDICATED. COORDINATE AIRFLOW

SET POINT FOR EACH WITH SCHEDULES ON CONTRACT DRAWINGS.

a. PROVIDE COMBINATION ROOM TEMPERATURE SENSOR/HUMIDITY SENSOR FOR EACH, AT LOCATION

INDICATED ON FLOOR PLANS.

b. PROVIDE ADDITIONAL CO2 SENSOR FOR UNITS WHERE INDICATED. PROVIDE THE FOLLOWING CO2 CONTROL: REGARDLESS OF THE POSITION OF THE AIR TERMINAL UNIT DAMPER BASED ON SPACE TEMPERATURE, IF THE SPACE CO2 LEVEL RISES TO ABOVE THE CO2 SETPOINT (SET AT 800PPM;

SOFTWARE FIELD ADJUSTABLE 600 TO 1200PPM), THE AIR TERMINAL UNIT DAMPER SHALL MODULATE

OPEN TO THE MAXIMUM AIRFLOW SCHEDULED TO LOWER THE CO2 TO THE SETPOINT VALUE.

c. PROVIDE HIGH DENSITY CLEAR PLASTIC COVERS WITH KEY LOCK FOR SENSORS WHERE INDICATED.

d. PROVIDE RESTRICTION ADJUSTMENT OF ROOM TEMPERATURE SENSOR RANGE AT THE DDC WORKSTATION COMPUTER AT A MAXIMUM OF 2 DEGREES F (FIELD ADJUSTABLE 0-10 DEGREES F) UP AND

DOWN BEYOND INDICATED SET POINTS.

a. PROVIDE COMBINATION ROOM TEMPERATURE SENSOR WITH INTEGRAL KEYPAD

SETPOINT ADJUSTMENT, UNOCCUPIED OVERRIDE KEYPAD PUSH BUTTON,

LCD SETPOINT DISPLAY AND ROOM TEMPERATURE AND HUMIDITY DISPLAY.

e. PROVIDE SOFTWARE TO DISABLE CAV SET POINT SCHEDULED ON DRAWINGS DURING AHU

OPERATION IN UNOCCUPIED MODE. WHEN AHU IS IN UNOCCUPIED MODE, AND AHU SETBACK

OPERATION OCCURS, AIR TERMINAL UNITS SHALL MODULATE FULLY CLOSED IN RESPONSE TO SPACE TEMPERATURE; PRIMARY AIR DAMPER SHALL MODULATE TO MAINTAIN SPACE TEMPERATURE OF 80 DEGREES F, (FIELD ADJUSTABLE), AS SPACE TEMPERATURE DROPS TO THE SETPOINT, THE PRIMARY AIR DAMPER CLOSES. AS SPACE TEMPERATURE CONTINUES TO DROP HEATING SETPOINT, AFTER A DEAD BAND OF 2 DEGREES F (FIELD ADJUSTABLE), THE HOT WATER HEATING COIL CONTROL SHALL BE

ACTIVATED TO MAINTAIN THE HEATING SETPOINT OF 65 DEGREES F (FIELD ADJUSTABLE).

f. PUSH BUTTON SWITCH IN SENSOR COVER SHALL ALSO OVERRIDE AHU UNOCCUPIED SCHEDULE AND PROVIDE AHU SYSTEM ACTIVATION - AHU SYSTEM SHALL BE RESTORED TO OCCUPIED MODE FOR A PERIOD OF 60 MINUTES (0-120 MINUTES FIELD ADJUSTABLE). WHEN CAV IS IN OVERRIDE MODE THE DDC

SHALL INDICATE CAV # IN OVERRIDE MODE.

g. PROVIDE INTERLOCK TO REFRIGERATOR, ELEVATOR SUMP PUMPS OR ROOM PRESSURE ALARM CONTACTS THROUGH AIR TERMINAL UNIT CONTROLLERS AS LISTED ON THE CONTRACT DRAWINGS. WHEN EQUIPMENT IS IN ALARM, PROVIDE A VISUAL AND AUDIBLE ALARM OBSERVABLE THROUGH THE DDC OPERATOR WORKSTATION COMPUTERS. UPON ALARM, DDC SHALL AUTOMATICALLY NOTIFY VA SECURITY VIA PAGER, CELL PHONE OR LAND LINE. COORDINATE NOTIFICATION PROTOCOLS, ALARM ACTION PLAN, AND PHONE NUMBERS

WITH CONTRACTING OFFICER AND VA SECURITY.

h. DDC SHALL MONITOR EACH AIR TERMINAL UNIT DAMPER POSITION IN PERCENT OF CLOSURE AND LIST

UNIT AIR QUANTITY (CFM) ON EACH AIR TERMINAL UNIT GRAPHIC DISPLAY.

i. ALL SIGNALS, ALARMS AND SETPOINTS SHALL COMMUNICATE WITH THE DDC SYSTEM.

1. COORDINATE WITH APPROVED MANUFACTURER FOR ALARM CONTACTS AND/OR RELAYS.

VALVES ARE TWO-WAY.

CRITICAL CARE

ROOM TYPE

SUMMER

DEG F DEG F

WINTER

RH RH

NON-CRITICAL CARE

2. SENSOR ACUURACY: HUMIDITY +/- 2% AND TEMPERATURE +/- 0.5 DEGREES

1. RELATIVE HUMIDITY +/- 5% AND TEMPERATURE AT 5 DEGREE DEAD BAND.

RECOVERY ROOMS 78 50 70 30

ISOLATION ROOMS 78 50 68 30

(GENERAL AREAS)

SUMMER

DEG F DEG F

WINTER

RH RH

75 50 70 30

75 50 75 30

ROOM TYPE

WAITING AREAS

GENERAL OFFICES

j. THE DDC SHALL MONITOR AND DISPLAY FOR AIR TERMINAL UNIT (TU):

1. TU VAV DAMPER POSITION.

2. TU REHEAT COIL VALVE, PERCENT OPEN.

3. TU AIR FLOW (CFM).

4. TU SUPPLY AIR TEMPERATURE.

5. TU SPACE TEMPERATURE.

6. TU SPACE HUMIDITY.

k. DDC SHALL ALARM THE FOLLOWING FOR AIR TERMINAL UNIT (TU):

1. TU IN OVERRIDE MODE.

3. TRENDING: DURING SYSTEM OPERATION, PROVIDE THE FOLLOWING TREND LOGS PREPROGRAMMED:

TREND INTERVAL SAVE TO FILE

TU SUPPLY AIR TEMPERATURE 30 MINUTES YES

TU AIR FLOW 30 MINUTES YES

TU REHEAT COIL VALVE POSITION 30 MINUTES YES

SPACE TEMPERATURE 30 MINUTES YES

SPACE HUMIDITY 30 MINUTES YES

a. DDC SYSTEM SHALL MAINTAIN 30 DAYS STORAGE OF ALL TRENDING LOGS.

7. TU LOCAL SETPOINT.

8. DATE AND TIME.

TU VAV DAMPER POSITION 30 MINUTES YES

5. FILTER STATUS: FURNISH AND INSTALL DIFFERENTIAL PRESSURE

SENSOR/TRANSMITTER ACROSS EACH AHU FILTER SECTION. THE DDC SHALL

INDICATE EACH FILTER SECTION STATUS FROM CLEAN MEDIA AT STARTUP TO

SOILED MEDIA CONDITION.

a. DDC SHALL INDICATE PERCENTAGE LOADED; INITIAL PRESSURE DROP IN

ACCORDANCE WITH FILTER MEDIA MANUFACTURER'S RECOMMENDATION,

PRE-FILTER SOILED VALUE OF 0.8 INCHES WATER COLUMN (ADJ) AND FINAL AND

b. DDC SHALL PRINT A MAINTENANCE ALARM AT A PRESSURE DROP OF 0.6

INCHES WATER COLUMN (0-2 INCHES FIELD ADJUSTABLE) FOR PRE-FILTERS

INTERMEDIATE FILTER SOILED VALUE OF 1.0 INCHES WATER COLUMN (ADJ).

AND 0.8 INCHES WATER COLUMN (0-2 INCHES FIELD ADJUSTABLE) FOR FINAL

AND INTERMEDIATE FILTERS.

9. FILTER PRESSURE DROP (SOILED). Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

I52 1-

1' -0

MI7065

L S

C R

O N

CONTRACT DOCUMENTS

ONLY WHERE INDICATED ON

PROVIDE FOR AIR TERMINAL

VARIABLE VOLUME

AIR TERMINAL UNIT

HEATING COILS

TYPICAL VALVE FOR

PROVIDE HUMIDITY SENSING

AND CO2 SENSING FOR ATU'S

ONLY WHERE INDICATED ON

FLOOR PLAN.

AV-02

DTS

AV-12

DTS

AV-01

VLV

AV-11

DTS

AV-01

VLV

AV-07

DTS

AV-02

AV-05

DTS

AV-03

DTS

AV-01

DTS

AV-04

DTS

AV-01

RHT

AV-01

AV-06

DTS

AV-13

DTS

AV-02

VLV

CLPS

AV-09

DTS

AV-01

AV-15

DTS

AV-02

AV-16

DTS

AV-03

AV-08

AIR TERMINAL UNIT SCHEMATIC - CAV

FUNCTIONIDENTIFIER

CONTROL VALVE SCHEDULE

RANGETYPE CLOSE-OFF RATINGCV FLOW (GPM) BODY SIZE

SENSOR SCHEDULE

ROOM AIR TEMPERATURETT-AV-01

IDENTIFIER RANGE

50 TO 86° FTRANSMITTER

FUNCTION

VERIFY WATER QUANTITIES WITH EQUIPMENT SCHEDULE. INDICATE CV VALUES IN SUBMITTAL DATA. BODY SIZE INDICATED IS MINIMUM.NOTE:

HEATING COIL VALVEVLV-AV-01 4-20 ma2-WAY, MODULATING - 150 PSIG - 1/2"

- -SA TEMP TRANSMITTERTT-AV-02 40 TO140° F

NOTE: 1. PROVIDE QUANTITY OF ELECTRICAL ISOLATION PANEL ALARMS RELATED TO EACH ATU CONTROLLER PER SCHEDULE.

-CO-AV-01 CARBON MONOXIDE

SENSOR

10 TO 100% RHRHT-AV-01 ROOM HUMIDITY

10 TO 100% RHRHT-AV-02 SUPPLY AIR HUMIDITY

DDC DATA TERMINAL STRIP LAYOUT - DC/AV

LOCAL SETPOINTTT-AV-01

1 TT-AV-01

FT-AV-01

ATU FLOW

ROOM TEMPERATURE

AOATU DAMPER

HEATING COILAI

VLV-AV-01

DA-AV-01

85786860

SPACE TEMPERATURE

DEGREES F

CAV AIR TERMINAL UNIT RESET

TERMINAL UNIT

REHEAT COIL

VALVE OPEN

MINIMUM POS.

REHEAT COIL

VALVE CLOSED

DAMPER AT

DAMPER OPEN

TERMINAL UNIT

S.A. TEMPERATURETT-AV-02 AI

-- DI

UNOCCUPIED OVERRIDETT-AV-01

ROOM HUMIDITYRHT-AV-01

CO2 SENSORCO-AV-01

HIGH HUMIDITY SENSORRHT-AV-01

ROOM HUMIDITY SETPOINTIP-AV-019 19AI - --

10 AI - ----

ELECTRIC HUMIDIFIERVLV-AV-02

ATU

TYP.

SCHEMATIC FLOW DIAGRAM - TYPICAL CONSTANT VOLUME CAV AIR TERMINAL UNITS FOR LDRP ISOLATION/LACTATION/TEACHING1 NOT TO SCALE

ELECTRIC

HUMIDIFIER

RETURN

SPACE

C H

AHU

FROM

N.C.

HWS

BY FUNCTIONS INDICATED

POINTS FOR EACH DETERMINED

PROVIDE NUMBER OF CONTROL

EACH AIR TERMINAL UNIT.

PROVIDE CONTROLLER FOR

N.O.

N.C.

SERVED

IN SPACE

LOCATE

PROVIDE

ON FLOOR PLANS

WHERE INDICATED

N.C.

Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

I52 1-

1' -0

MI7066

L D

C R

O N

GENERAL NOTES:

4. HUMIDIFIER CONTROL: STEAM HUMIDIFIER IS LOCATED DOWNSTREAM OF THE AV. UNIT INCLUDES A SELF CONTAINED ELECTRIC STEAM GENERATING HUMIDIFIER AND STEAM DISTRIBUTOR TUBE.

HUMIDIFIER INCLUDES A FACTORY INSTALLED MICROPROCESSOR CONTROLLER AND OPERATING

SOFTWARE. WHEN THE AHU RELATED TO THE AIR VALVE SYSTEM IS IN THE “OCCUPIED MODE”, THE HUMIDITY ALGORITHM SHALL BE ENABLED.

a. PROVIDE HUMIDITY SENSORS WHERE INDICATED. DDC SYSTEM SHALL PROVIDE A SIGNAL TO THE STEAM HUMIDIFIER CONTROL VALVE TO ACTIVATE HUMIDIFIER TO MAINTAIN 50% RH (30-

90% RH; FIELD ADJ.) AS SENSED BY A SPACE HUMIDITY SENSOR.

b. PROVIDE A RH SENSOR DOWNSTREAM OF THE HUMIDIFIER DISTRIBUTION TUBE TO LIMIT

OPERATION TO NOT EXCEED 80% RH (ADJUSTABLE 30-90% RH).

c. COORDINATE INTERLOCKS AND PROVIDE WIRING TO ENABLE THE HUMIDIFIER BLOWDOWN AND

MAKE-UP WATER SOLENOID VALVES TO OPERATE IN ACCORDANCE WITH THE TIMER SEQUENCE

PROVIDED WITH THE HUMIDIFIER. PROGRAM HUMIDIFIER TO BLOWDOWN AFTER ROOM HUMIDITY

IS SATISFIED, AT INTERVAL RECOMMENDED BY MANUFACTURER.

TERMINAL UNITS TEMPERATURE/HUMIDITY SETPOINT SCHEDULE

LDRP ISOLATON/LACTATION/TEACHING CAV AIR TERMINAL UNIT - SEQUENCE OF OPERATION

A. OPERATING MODES _ GENERAL:

1. PROVIDE FOR AIR TERMINAL UNITS, TWO OPERATIONAL MODES: UNOCCUPIED OPERATION AND

OCCUPIED OPERATION. ALL NORMAL OPERATING MODES SHALL BE COMMANDED BY THE DDC.

PROVIDE UNOCCUPIED HIGH AND LOW TEMPERATURE SET POINTS, AND OPERATOR ADJUSTABLE

OVERRIDE TIMES.

2. OCCUPIED MODE: WHEN SCHEDULED BY THE DDC, THE SYSTEM ENTERS THE OCCUPIED MODE.

AIR TERMINAL UNITS SHALL RESPOND TO THE NORMALLY OCCUPIED BUILDING SET POINTS.

DAMPERS SHALL RESPOND TO THE AIRFLOW SET POINTS SCHEDULED.

3. UNOCCUPIED MODE: WHEN SCHEDULED BY THE DDC, AHU OPERATION SHALL BE DISABLED; AIR

TERMINAL UNIT DAMPERS SHALL ACTUATE TO THE NORMALLY OPEN POSITION AND THE HOT

WATER COIL CONTROL VALVES SHALL ACTUATE TO THE NORMALLY CLOSED POSITION.

B. DDC CONSTANT VOLUME AIR TERMINAL UNITS:

1. DESCRIPTION: EACH AIR TERMINAL UNITS CONSISTS OF A PRIMARY (INLET) AIR CONTROL DAMPER, INLET AIRFLOW MEASURING STATION, HOT WATER HEATING COIL, AND UNIT MOUNTED DDC

CONTROLLER. ROOM TEMPERATURE SENSORS ARE EQUIPPED WITH PUSH BUTTONS TO ADJUST

TEMPERATURE SET POINT. UNITS ARE CONSTANT AIR VOLUME DELIVERY. HOT WATER CONTROL

2. SYSTEM CONTROL: AIR TERMINAL UNIT PRIMARY AIR DAMPER SHALL MODULATE OPEN/CLOSED TO MAINTAIN THE AIR VELOCITY SET POINT OF THE DDC CONTROLLER, BASED ON THE INPUT OF THE

AIR TERMINAL UNIT INLET VELOCITY SENSOR. AS SPACE TEMPERATURE DROPS, THE TWO-WAY

HOT WATER CONTROL VALVE SHALL MODULATE TO MAINTAIN THE HEATING SET POINT. SET

POINTS, DEADBANDS, AND THROTTLING RANGES SHALL BE AS INDICATED. COORDINATE AIRFLOW

SET POINT FOR EACH WITH SCHEDULES ON CONTRACT DRAWINGS.

f. INTERLOCK TO THE ELECTRICAL ISOLATION PANELS WHERE NOTED. UPON A FAULT SIGNAL

FROM THE ISOLATION PANEL, PROVIDE AN ALARM TO THE DDC OPERATOR WORKSTATION.

a. PROVIDE COMBINATION ROOM TEMPERATURE SENSOR/HUMIDITY SENSOR FOR EACH, AT LOCATION

INDICATED ON FLOOR PLANS.

SOFTWARE FIELD ADJUSTABLE 600 TO 1200PPM), THE AIR TERMINAL UNIT DAMPER SHALL MODULATE

OPEN TO THE MAXIMUM AIRFLOW SCHEDULED TO LOWER THE CO2 TO THE SETPOINT VALUE.

c. PROVIDE HIGH DENSITY CLEAR PLASTIC COVERS WITH KEY LOCK FOR SENSORS WHERE INDICATED.

d. PROVIDE RESTRICTION ADJUSTMENT OF ROOM TEMPERATURE SENSOR RANGE AT THE DDC WORKSTATION COMPUTER AT A MAXIMUM OF 2 DEGREES F (FIELD ADJUSTABLE 0-10 DEGREES F) UP AND

DOWN BEYOND INDICATED SET POINTS.

e. INTERLOCK TO CLINICAL REFRIGERATOR WHERE NOTED. UPON A FAULT SIGNAL FROM THE CLINICAL

REFRIGERATOR, PROVIDE AN ALARM TO THE DDC OPERATOR WORKSTATION.

g. PROVIDE SOFTWARE TO DISABLE CAV SET POINT SCHEDULED ON DRAWINGS DURING AHU

OPERATION IN UNOCCUPIED MODE. WHEN AHU IS IN UNOCCUPIED MODE, AND AHU SETBACK

ACTIVATED TO MAINTAIN THE HEATING SETPOINT OF 65 DEGREES F (FIELD ADJUSTABLE).

h. PUSH BUTTON SWITCH IN SENSOR COVER SHALL ALSO OVERRIDE AHU UNOCCUPIED SCHEDULE AND PROVIDE AHU SYSTEM ACTIVATION - AHU SYSTEM SHALL BE RESTORED TO OCCUPIED MODE FOR A PERIOD OF 60 MINUTES (0-120 MINUTES FIELD ADJUSTABLE). WHEN CAV IS IN OVERRIDE MODE THE DDC

SHALL INDICATE CAV # IN OVERRIDE MODE.

i. PROVIDE INTERLOCK TO REFRIGERATOR, ELEVATOR SUMP PUMPS OR ROOM PRESSURE ALARM CONTACTS THROUGH AIR TERMINAL UNIT CONTROLLERS AS LISTED ON THE CONTRACT DRAWINGS. WHEN EQUIPMENT IS IN ALARM, PROVIDE A VISUAL AND AUDIBLE ALARM OBSERVABLE THROUGH THE DDC OPERATOR WORKSTATION COMPUTERS. UPON ALARM, DDC SHALL AUTOMATICALLY NOTIFY VA SECURITY VIA PAGER, CELL PHONE OR LAND LINE. COORDINATE NOTIFICATION PROTOCOLS, ALARM ACTION PLAN, AND PHONE NUMBERS

WITH CONTRACTING OFFICER AND VA SECURITY.

j. DDC SHALL MONITOR EACH AIR TERMINAL UNIT DAMPER POSITION IN PERCENT OF CLOSURE AND LIST

UNIT AIR QUANTITY (CFM) ON EACH AIR TERMINAL UNIT GRAPHIC DISPLAY.

k. ALL SIGNALS, ALARMS AND SETPOINTS SHALL COMMUNICATE WITH THE DDC SYSTEM.

1. COORDINATE WITH APPROVED MANUFACTURER FOR ALARM CONTACTS AND/OR RELAYS.

VALVES ARE TWO-WAY.

a. PROVIDE COMBINATION ROOM TEMPERATURE SENSOR WITH INTEGRAL KEYPAD

SETPOINT ADJUSTMENT, UNOCCUPIED OVERRIDE KEYPAD PUSH BUTTON,

LCD SETPOINT DISPLAY AND ROOM TEMPERATURE AND HUMIDITY DISPLAY.

CRITICAL CARE

ROOM TYPE

SUMMER

DEG F DEG F

WINTER

RH RH

NON-CRITICAL CARE

2. SENSOR ACUURACY: HUMIDITY +/- 2% AND TEMPERATURE +/- 0.5 DEGREES

1. RELATIVE HUMIDITY +/- 5% AND TEMPERATURE AT 5 DEGREE DEAD BAND.

LDRP ISOLATION 75 50 75 30

LACTATION ROOM - - - -

(GENERAL AREAS)

SUMMER

DEG F DEG F

WINTER

RH RH

75 50 75 30

ROOM TYPE

TEACHING ROOM

l. THE DDC SHALL MONITOR AND DISPLAY FOR AIR TERMINAL UNIT (TU):

1. TU VAV DAMPER POSITION.

2. TU REHEAT COIL VALVE, PERCENT OPEN.

3. TU AIR FLOW (CFM).

4. TU SUPPLY AIR TEMPERATURE.

5. TU SPACE TEMPERATURE.

6. TU SPACE HUMIDITY.

m. DDC SHALL ALARM THE FOLLOWING FOR AIR TERMINAL UNIT (TU):

1. TU IN OVERRIDE MODE.

3. TRENDING: DURING SYSTEM OPERATION, PROVIDE THE FOLLOWING TREND LOGS PREPROGRAMMED:

TREND INTERVAL SAVE TO FILE

TU SUPPLY AIR TEMPERATURE 30 MINUTES YES

TU AIR FLOW 30 MINUTES YES

TU REHEAT COIL VALVE POSITION 30 MINUTES YES

SPACE TEMPERATURE 30 MINUTES YES

SPACE HUMIDITY 30 MINUTES YES

a. DDC SYSTEM SHALL MAINTAIN 30 DAYS STORAGE OF ALL TRENDING LOGS.

7. TU LOCAL SETPOINT.

8. DATE AND TIME.

TU VAV DAMPER POSITION 30 MINUTES YES

2. ISOLATION ROOM PRESSURE (NEGATIVE).

ISOLATION ROOM PRESSURE 30 MINUTES YES

Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

I52 1-

1' -0

MI7067

L S

C R

O N

TYPICAL AIR HANDLING UNIT TYPICAL AIR HANDLING UNIT

OA TEMPERATURE

RA TEMPERATURE

RA HUMIDITY

MIXED AIR TEMPERATURE

POINT

OF POINT

TYPE

INTERVAL

TREND

GENERAL TRENDING AND ALARMING REQUIREMENTS FOR DDC SYSTEM

A. TRENDING AND ALARMING - GENERAL:

1. THE DDC SYSTEM SHALL PROVIDE TRENDS AND ALARMS AS INDICATED IN THE TYPICAL EQUIPMENT SCHEDULES.

TRENDING AND ALARMING IS BASED ON THE PREMISE THAT THE DDC SYSTEM WILL MONITOR THE POINTS INDICATED AND WILL PROVIDE BASIC TRENDING. THE INTENT OF THE TRENDING IS TO PROVIDE OPERATORS

B. CRITICAL ALARMS:

1. DESCRIPTION: CRITICAL ALARMS ARE INTENDED TO BE ALARMS THAT REQUIRE THE IMMEDIATE ATTENTION

OF, AND ACTION FROM THE OPERATOR. THESE ALARMS SHALL BE DISPLAYED ON THE OPERATOR WORKSTATION IN A POP UP STYLE WINDOW THAT IS GRAPHICALLY LINKED TO THE ASSOCIATED UNIT'S GRAPHIC DISPLAY.

THE POP UP STYLE WINDOW SHALL BE DISPLAYED ON TOP OF ANY ACTIVE WINDOW WITHIN THE SCREEN, INCLUDING NON DDC SYSTEM SOFTWARE.

SA TEMPERATURE

SUPPLY FAN SPEED

RETURN FAN SPEED

SA FLOW AI

HW COIL SUPPLY TEMP.

CHW COIL SUPPLY TEMP.

RA PRE-FILTER STATUS AI

INTER. FILTER STATUS AI

WITH ENOUGH HISTORICAL INFORMATION TO DIAGNOSE AND SOLVE ISSUES WITHIN THE DDC SYSTEM.

ALARMS FOR THE DDC SYSTEM SHALL BE STRUCTURED INTO THREE TIERS FOR THE OPERATORS:

CRITICAL ALARMS, PRIORITY ALARMS AND MAINTENANCE ALARMS.

C. PRIORITY ALARMS:

1. DESCRIPTION: PRIORITY LEVEL ALARMS ARE TO BE PRINTED TO A PRINTER WHICH IS CONNECTED TO THE OPERATOR

WORKSTATION LOCATED WITHIN THE CENTRAL ENERGY PLANT AND ENGINEERS OFFICE. ADDITIONALLY PRIORITY LEVEL ALARMS SHALL BE MONITORED AND VIEWED THROUGH AN ACTIVE ALARM APPLICATION. PRIORITY LEVEL ALARMS ARE ALARMS WHICH REQUIRE REACTION FROM THE OPERATOR OR MAINTENANCE PERSONNEL WITHIN A NORMAL

WORK SHIFT AND NOT IMMEDIATE ACTION.

15 MIN.

15 MIN

DURATION

TREND

5 DAYS

ACHIVED PTS

NO. OF

DISPOSITION

DATA

FIFO

ALARM

CRITICAL

DISPLAYED

ALARM RANGE

CRITICAL

+/- 5 DEG F

DISPLAYED

ALARM DELAY

CRITICAL

10 MIN

DISPLAYED

ALARM

PRIORITY

PRINTED

ALARM RANGE

PRIORITY

PRINTED

ALARM DELAY

PRIORITY

PRINTED

REPORT

MAINTENANCE

OA FLOW AI

RA FLOW AI

HW COIL VLV POSITION AI

CHW COIL VLV POSITION

RA RELATIVE HUMIDITY

15 MIN

5 DAYS

24 HRS

FIFO

+/- 10% SP

10 MIN

SA DUCT PRESSURE AI 15 MIN 24 HRS 96 FIFO X +/- 25% SP 10 MIN -

RA DUCT PRESSURE AI

INITIAL UVC INT. (%)

SUPPLY FAN STATUS AI

COV

5 DAYS

24 HRS

FIFO

FAILURE

1 MIN

COV 24 HRS

FIFO

- 10 MIN -SA HIGH STATIC STATUS

POINT

OF POINT

TYPE

INTERVAL

TREND

GENERAL NOTES:

DURATION

TREND

ACHIVED PTS

NO. OF

DISPOSITION

DATA

ALARM

CRITICAL

DISPLAYED

ALARM RANGE

CRITICAL

DISPLAYED

ALARM DELAY

CRITICAL

DISPLAYED

ALARM

PRIORITY

PRINTED

ALARM RANGE

PRIORITY

PRINTED

ALARM DELAY

PRIORITY

PRINTED

REPORT

MAINTENANCE

SUPPLY FAN SPEED AO

RETURN FAN SPEED AO

15 MIN

24 HRS

FIFO

CHW COIL VLV POSITION AO 15 MIN 24 HRS 96 FIFO - - - - - - X

ELECTRIC HUMIDIFIER AO 15 MIN 24 HRS 96 FIFO - - - - - - X

HW COIL VLV POSITION

DO COV 24 HRS - FIFO - - - - - - X

RETURN FAN S/S DO COV 24 HRS - FIFO - - - - - - X

F/SD DAMPERS DO COV 24 HRS - FIFO - - - - - - X

SUPPLY FAN S/S

FREEZE STAT LVL 1 VP - - - - X - 10 MIN -

FREEZE STAT LVL 2 VP

FREEZE STAT LVL 3 DI

COV

24 HRS

FIFO

0 MIN

1 MIN

10 MIN

EXHAUST FAN STATUS DI COV 24 HRS - FIFO - - - X - 10 MIN -

F/SD DAMPER STATUS

OA ALARM DI COV 24 HRS - FIFO - - - X +/- 15% SP 10 MIN -

SA HIGH STATIC ALARM DI COV 24 HRS - FIFO - - - X - 10 MIN -

UVC EMITTER ALARM DI COV 24 HRS - FIFO X - 10 MIN - - - -

EXHAUST FAN S/S DO COV 24 HRS - FIFO - - - - - - X

CO2 ALARMS DI COV 24 HRS - FIFO - - - X - 10 MIN -

AHU ENERGY CALC 1 HR 30 DAYS 720 TO SERVER - - - - - - X

POWER FAILURE DI COV 24 HRS - FIFO X - 1MN - - - -

1. FIFO - FIRST IN, FIRST OUT

GENERAL NOTES:

DUMP

2. COV - CHANGE OF VALUE

1. FIFO - FIRST IN, FIRST OUT

2. COV - CHANGE OF VALUE

HUMIDITY HIGH LIMIT AI 15 MIN 24 HRS 96 FIFO X +/- 10% SP 10 MIN -

ISOL. FILTER STATUS AI - - - - - - - - - - X

AO 15 MIN 24 HRS 96 FIFO - - - - - - XMAX OA DAMPER

X +/- 5 DEG F 10 MIN

15 MIN 24 HRS 96 FIFO X +/- 25% SP 10 MIN - --

RETURN FAN STATUS AI COV 5 DAYS -- FIFO X FAILURE 1 MIN X -- - --

X +/- 10% SP 10 MIN - - -

DI COV 24 HRS - FIFO - - - X- - - - - 10 MIN -RA HIGH STATIC STATUS

FIRE ALARM MODULE DI COV 24 HRS - FIFO X - 10 MIN - - - -

RA HIGH STATIC ALARM DI COV 24 HRS - FIFO - - - X - 10 MIN -

AO 15 MIN 24 HRS 96 FIFO - - - - - - XRA DAMPER

AO 15 MIN 24 HRS 96 FIFO - - - - - - XRELIEF DAMPER

DO COV 24 HRS - FIFO - - - - - - XMIN OA DAMPER

2. THE TRENDING AND ALARMS INDICATED ARE TYPICAL FOR EACH TYPE OF SYSTEMS AND WILL REQUIRE ADDITIONAL POINTS FOR EACH PIECE OF EQUIPMENT (PUMPS, FANS, COILS, VALVES, METERS ETC.) ASSOCIATED WITH EACH OF THE SYSTEMS.

FINAL SCHEDULES SHOULD INCLUDE ALL ASSOCIATED EQUIPMENT AS INDICATED ON THE CONTROL DRAWINGS.

D. MAINTENANCE ALARMS:

1. DESCRIPTION: MAINTENANCE ALARMS ARE INTENDED TO BE MINOR ISSUES WHICH WOULD REQUIRE EXAMINATION

BY MAINTENANCE PERSONNEL WITHIN THE FOLLOWING SHIFT. THESE ALARMS SHALL BE GENERATED IN A SCHEDULED REPORT AUTOMATICALLY BY THE DDC SYSTEM AT THE START OF EACH SHIFT. THE GENERATED MAINTENANCE REPORT WILL BE PRINTED TO A PRINTER LOCATED WITHIN THE CENTRAL ENERGY PLANT AND ENGINEERS OFFICE.

Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

I52 1-

1' -0

MI7068

L T

D E S

C R

O N

TYPICAL HYDRONIC HOT WATER

HWR TEMPERATURE

HWS TEMPERATURE

BOILER ENT TEMPERATURE

BOILER LVG TEMPERAURE

POINT

OF POINT

TYPE

INTERVAL

TREND

BYPASS FLOW (GPM) AI

PUMP VFD SPEED AO

BOILER VALVE POSITION AO

SYSTEM DIFF PRESSURE AI

BOILER STATUS DI

GENERAL NOTES:

15 MIN

COV

DURATION

TREND

24 HRS

ACHIVED PTS

NO. OF

DISPOSITION

DATA

FIFO

ALARM

CRITICAL

DISPLAYED

ALARM RANGE

CRITICAL

+/- 5 DEG F

+/- 10% SP

DISPLAYED

ALARM DELAY

CRITICAL

10 MIN

DISPLAYED

ALARM

PRIORITY

PRINTED

ALARM RANGE

PRIORITY

+/- 5 DEG F

PRINTED

ALARM DELAY

PRIORITY

10 MIN

PRINTED

REPORT

x x

MAINTENANCE

BOILER S/S DO

PUMP S/S DO

COV

24 HRS

FIFO

10 MIN

-BOILER VALVE POS.

1. FIFO - FIRST IN, FIRST OUT

2. COV - CHANGE OF VALUE

3. PROVIDE POINTS INDICATED FOR EACH BOILER AND PUMP AS INDICATED ON THE CONTROL DRAWINGS.

CLINIC DIFF PRESSURE AI 15 MIN 24 HRS 96 FIFO X +/- 10% SP 10 MIN - - - -

HOSPITAL DIFF PRESSURE AI 15 MIN 24 HRS 96 FIFO X +/- 10% SP 10 MIN - - - -

SYSTEM FLOW (GPM) AI 15 MIN 24 HRS 96 FIFO - - - - - - x

BOILER DIFF. PRESSURE AI 15 MIN 24 HRS 96 FIFO X +/- 10% SP 10 MIN - - - -

PUMP DISCHARGE PRESS AI 15 MIN 24 HRS 96 FIFO - - - - - - X

PUMP SUCTION PRESS AI 15 MIN 24 HRS 96 FIFO - - - - - - X

HW BYPASS VLV POSITION AI 15 MIN 24 HRS 96 FIFO - - - - - - -

HW BYPASS TEMPERATURE AI 15 MIN 24 HRS 96 FIFO - - - -X +/- 5 DEG F 10 MIN

BOILER SETPOINT TEMP. AI 15 MIN 24 HRS 96 FIFO - - - -X +/- 5 DEG F 10 MIN

MAKE-UP WATER METER AI 15 MIN 12 HRS 96 FIFO - - - - - - X

BYPASS VALVE POSITION AO 15 MIN 24 HRS 96 FIFO - - - - - - X

HW SYSTEM S/S AO COV 24 HRS - FIFO - - - - - - X

BOILER SETPOINT AO 15 MIN 24 HRS 96 FIFO - - - - - - X

BOILER SYSTEM SETPOINT AO 15 MIN 24 HRS 96 FIFO - - - - - - X

PUMP STATUS DI COV 24 HRS - FIFO - - - X - 10 MIN -

TYPICAL CHILLED WATER

CHWR TEMPERATURE

CHWS TEMPERATURE

CHILLER ENT EVAP TEMP

CHILLER LVG EVAP TEMP

POINT

OF POINT

TYPE

INTERVAL

TREND

BYPASS FLOW (GPM) AI

PUMP VFD SPEED AO

CHILLER VALVE POSITION AO

SYSTEM DIFF PRESSURE AI

CHILLER STATUS DI

GENERAL NOTES:

15 MIN

COV

DURATION

TREND

24 HRS

ACHIVED PTS

NO. OF

DISPOSITION

DATA

FIFO

ALARM

CRITICAL

DISPLAYED

ALARM RANGE

CRITICAL

+/- 5 DEG F

+/- 10% SP

DISPLAYED

ALARM DELAY

CRITICAL

10 MIN

DISPLAYED

ALARM

PRIORITY

PRINTED

ALARM RANGE

PRIORITY

+/- 5 DEG F

PRINTED

ALARM DELAY

PRIORITY

10 MIN

PRINTED

REPORT

x x

MAINTENANCE

CHILLER S/S DO

PUMP S/S DO

COV

24 HRS

FIFO

10 MIN

-CHILLER VALVE POS.

1. FIFO - FIRST IN, FIRST OUT

2. COV - CHANGE OF VALUE

3. PROVIDE POINTS INDICATED FOR EACH CHILLER, TOWER, VALVE, FLOW METER AND PUMP AS INDICATED ON THE CONTROL DRAWINGS.

CLINIC DIFF PRESSURE AI 15 MIN 24 HRS 96 FIFO X +/- 10% SP 10 MIN - - - -

HOSPITAL DIFF PRESSURE AI 15 MIN 24 HRS 96 FIFO X +/- 10% SP 10 MIN - - - -

SYSTEM FLOW (GPM) AI 15 MIN 24 HRS 96 FIFO - - - - - - x

CHILLER DIFF. PRESSURE AI 15 MIN 24 HRS 96 FIFO X +/- 10% SP 10 MIN - - - -

PUMP DISCHARGE PRESS AI 15 MIN 24 HRS 96 FIFO - - - - - - X

PUMP SUCTION PRESS AI 15 MIN 24 HRS 96 FIFO - - - - - - X

CHW BYPASS VLV POSITION AI 15 MIN 24 HRS 96 FIFO - - - - - - -

CHW BYPASS TEMPERATURE AI 15 MIN 24 HRS 96 FIFO - - - -X +/- 5 DEG F 10 MIN

CHILLER SETPOINT TEMP. AI 15 MIN 24 HRS 96 FIFO - - - -X +/- 5 DEG F 10 MIN

MAKE-UP WATER METER AI 15 MIN 12 HRS 96 FIFO - - - - - - X

BYPASS VALVE POSITION AO 15 MIN 24 HRS 96 FIFO - - - - - - X

CHW SYSTEM S/S AO COV 24 HRS - FIFO - - - - - - X

CHILLER SETPOINT AO 15 MIN 24 HRS 96 FIFO - - - - - - X

CHILLER SYSTEM SETPOINT AO 15 MIN 24 HRS 96 FIFO - - - - - - X

PUMP STATUS DI COV 24 HRS - FIFO - - - X - 10 MIN -

DO COV 24 HRS - FIFO - - - X - 10 MIN -TOWER VALVE POS.

TOWER S/S DO COV 24 HRS - FIFO - - - - - - X

TOWER VALVE POSITION AO 15 MIN 24 HRS 96 FIFO - - - - - - X

CWR TEMPERATURE

CWS TEMPERATURE

15 MIN

24 HRS

FIFO

+/- 5 DEG F

10 MIN

+/- 5 DEG F

CHILLER ENT COND TEMP

CHILLER LVG COND TEMP

15 MIN

24 HRS

FIFO

+/- 5 DEG F

TOWER STATUS DI COV 24 HRS - FIFO - - - X - 10 MIN -

Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

I52 1-

1' -0

MI7069

L T

C R

O N

TYPICAL DOMESTIC HOT WATER TYPICAL FIRE/SMOKE AND SMOKE DAMPER

TYPICAL VAV OR CAV AIR TERMINAL UNIT

TYPICAL FAN COIL UNIT

TYPICAL KITCHEN HOOD

DOM HW SETPOINT

DOM HW TEMPERATURE

DOM RECIR PUMP STATUS

POINT

OF POINT

TYPE

INTERVAL

TREND

DOM RECIR PUMP S/S DO

DODOM HW S/S

GENERAL NOTES:

15 MIN

COV

DURATION

TREND

12 HRS

ACHIVED PTS

NO. OF

DISPOSITION

DATA

FIFO

ALARM

CRITICAL

DISPLAYED

ALARM RANGE

CRITICAL

DISPLAYED

ALARM DELAY

CRITICAL

DISPLAYED

ALARM

PRIORITY

PRINTED

ALARM RANGE

PRIORITY

+/- 5 DEG F

PRINTED

ALARM DELAY

PRIORITY

10 MIN

PRINTED

REPORT

MAINTENANCE POINT

OF POINT

TYPE

INTERVAL

TREND

FIRE/SMOKE DAMPER DO

COV

DURATION

TREND

24 HRS

ACHIVED PTS

NO. OF

DISPOSITION

DATA

FIFO

ALARM

CRITICAL

DISPLAYED

ALARM RANGE

CRITICAL

DISPLAYED

ALARM DELAY

CRITICAL

DISPLAYED

ALARM

PRIORITY

PRINTED

ALARM RANGE

PRIORITY

PRINTED

ALARM DELAY

PRIORITY

PRINTED

REPORT

MAINTENANCE

GENERAL NOTES:

1. FIFO - FIRST IN, FIRST OUT

2. COV - CHANGE OF VALUE

BOOSTER PUMPS AI 15 MIN 12 HRS 48 FIFO - - - - - - XRUN HOURS

BOOSTER PUMP

STATION SETPOINT DI 15 MIN 12 HRS 48 FIFO - - - - - - X

BOOSTER PUMP

STATION STATUS DI COV 12 HRS - FIFO - - - - - - X

SPACE TEMPERATURE

AIR FLOW

SA TEMPERATURE

LOCAL SETPOINT

POINT

OF POINT

TYPE

INTERVAL

TREND

SPACE HUMIDITY

UNOCCUPIED OVERRIDE

REFRIGERATOR ALARMS

DAMPER POSITION AO

COIL VALVE POSITION AO

GENERAL NOTES:

15 MIN

COV

15 MIN

DURATION

TREND

12 HRS

ACHIVED PTS

NO. OF

DISPOSITION

DATA

FIFO

ALARM

CRITICAL

DISPLAYED

ALARM RANGE

CRITICAL

DISPLAYED

ALARM DELAY

CRITICAL

DISPLAYED

ALARM

PRIORITY

PRINTED

ALARM RANGE

PRIORITY

+/- 5 DEG F

+/- 10% SP

+/- 5 DEG F

PRINTED

ALARM DELAY

PRIORITY

10 MIN

PRINTED

REPORT

MAINTENANCE

ELEVATOR SUMP DI COV 12 HRS - FIFO - - - X - 10 MIN -PUMP ALARMS

RM. PRESSURIZATION DI COV 12 HRS - FIFO - - - X - 10 MIN -ALARMS

DENTAL/MEDICAL DI COV 12 HRS - FIFO X - 5 MIN - - - -GAS ALARMS

ELEVATOR RELIEF

DAMPERS

1. FIFO - FIRST IN, FIRST OUT

2. COV - CHANGE OF VALUE

1. FIFO - FIRST IN, FIRST OUT

2. COV - CHANGE OF VALUE

CO2 LEVELS AI 15 MIN 24 HRS 96 FIFO - - - X +/- 10% SP 10 MIN -

AFTER FILTER STA\TUS AI - - - - - - - - - - X

3. PROVIDE POINTS INDICATED FOR EACH RECIRCULATING PUMP AS INDICATED ON THE CONTROL DRAWINGS.

SPACE TEMPERATURE

SA TEMPERATURE

PRE-FILTER STATUS

WATER SENSOR

POINT

OF POINT

TYPE

INTERVAL

TREND

CH VALVE POSITION

HWH VALVE POSITION

FAN COIL ON/OFF

GENERAL NOTES:

15 MIN

COV

15 MIN

DURATION

TREND

12 HRS

ACHIVED PTS

NO. OF

DISPOSITION

DATA

FIFO

ALARM

CRITICAL

DISPLAYED

ALARM RANGE

CRITICAL

DISPLAYED

ALARM DELAY

CRITICAL

5 MIN

DISPLAYED

ALARM

PRIORITY

PRINTED

ALARM RANGE

PRIORITY

+/- 5 DEF F

+/- 5 DEG F

PRINTED

ALARM DELAY

PRIORITY

10 MIN

PRINTED

REPORT

MAINTENANCE

1. FIFO - FIRST IN, FIRST OUT

2. COV - CHANGE OF VALUE

MAKE-UP SA TEMP

PRE FILTER STATUS

HW COIL POSITION

CHW COIL POSITION

POINT

OF POINT

TYPE

INTERVAL

TREND

MAKE-UP FAN STATUS

HOOD EXH FAN STATUS

MAKE-UP HIGH STATIC

GENERAL NOTES:

15 MIN

COV

15 MIN

DURATION

TREND

24 HRS

5 DAYS

24 HRS

ACHIVED PTS

NO. OF

DISPOSITION

DATA

FIFO

ALARM

CRITICAL

DISPLAYED

ALARM RANGE

CRITICAL

FAILURE

+/- 25% SP

DISPLAYED

ALARM DELAY

CRITICAL

1 MIN

10 MIN

DISPLAYED

ALARM

PRIORITY

PRINTED

ALARM RANGE

PRIORITY

PRINTED

ALARM DELAY

PRIORITY

10 MIN

PRINTED

REPORT

MAINTENANCE

1. FIFO - FIRST IN, FIRST OUT

2. COV - CHANGE OF VALUE

3. PROVIDE POINTS INDICATED FOR EACH FAN, COIL AND VALVE AS INDICATED ON THE CONTROL DRAWINGS.

FREEZE STAT DI COV 24 HRS - FIFO - - - X - 10 MIN -

HOOD ALARM DI COV 24 HRS - FIFO X - 10 MIN - - - -

HW COIL BYPASS DAMPER AO 15 MIN 24 HRS 96 FIFO - - - - - - X

HW COIL POSITION AO 15 MIN 24 HRS 96 FIFO - - - - - - X

CHW COIL POSITION AO 15 MIN 24 HRS 96 FIFO - - - - - - X

OA DAMPER DO COV 24 HRS - FIFO - - - - - - X

MAKE-UP FAN S/S DO COV 24 HRS - FIFO - - - - - - X

HOOD EXH FAN S/S DO COV 24 HRS - FIFO - - - - - - X

X +/- 5 DEF F 10 MIN

COV 5 DAYS - FIFO X FAILURE 1 MIN X - 10 MIN -

Sheet Reference Number

C O

O F

R S

O F

, C

R N

D es ig ne d by

D ra w n by

D es ig n fil e no

D at e:

R ev ie w ed b y:

S ub m itt ed b y:

Fi le n am e:

S pe c N o:

D ra w in g C od e:

P lo t d at e:

D w g sc al e:

R ev

IF SHEET MEASURES LESS THAN 22" X 34" IT IS A

REDUCED PRINT. REDUCE SCALE ACCORDINGLY

H O

S P

L A

4 3 2 1

SHEET OF

Sacramento District

- 0

R, RO

W . L

R…

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 Nov 14, 2017.