A1.2_Drawings_Part8.pdf

MI-603

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LDP AND M&C DISPLAY OVERRIDES ALARMS

LDP

VIEW

REQ’D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ’D

M&C

OVRD

REQ’D

ALARM CONDITION

(SEE

NOTES)

ALARM

PRIORITY

M&C

ROUTING

BLDG

ROUTING

REQ’D

SETTING

(WITH

UNITS)

RANGE

(WITH

UNITS)

NCI/CPT

NAME

IO

TYPE

DISP

REQ’D

TREND

REQ’D

SNVT

NAME

SNVT

TYPE

ON/OFF BI ~ X [~] <___> <___> ~ ~ ~ ~ SUPPLY FAN PROOF FAILED ~ <___> ~

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

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

ON/OFF BO ~ ~ ~ <___> <___> ~ ~ <___> <___> ~ ~ ~ ~

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

** SA-T IS MORE THAN 10 DEG

F (ADJ) ABOVE OR BELOW

SA-T-SP

55 DEG F (ADJ) ~ ~ ~ X ~ <___> <___> ~ X <___> <___> ~ ~ <___> ~

ALM/NORMAL BI ~ ~ ~ <___> <___> ~ ~ ~ ~ DIRTY FILTER <___> <___> ~

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

FUNCTION NAME DESCRIPTION

PROOFS

AND

SAFETIES

SF-S SUPPLY FAN STATUS ~

EMERGENCY SHUTDOWN

SWITCH

RST-BUT

SYSTEM RESET BUTTON

(FOR SAFETIES)

START/STOP

SYS-OCC

OCCUPANCY INPUT (FROM

SYSTEM SCHEDULER)

SF-SS SUPPLY FAN START/STOP ~

SUPPLY AIR

TEMPERATURE

SA-T SUPPLY AIR TEMPERATURE ~

SA-T-SP

SUPPLY AIR TEMPERATURE

SET POINT

OTHER

AIR FILTER PRESSURE HIGH

LIMIT SWITCH

DEMAND

DEMAND RESPONSE

COMMAND

NOTES:

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

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

3) SYS-OCC: OVERRIDE OF SYS-OCC IS ACCOMPLISHED THROUGH THE SYSTEM SCHEDULER

4) ALARM CONDITION MARKED WITH AN ASTERISK SHALL BE ACTIVE ONLY WHEN THE SYSTEM IS IN OCCUPIED MODE AND HAS BEEN IN OCCUPIED MODE FOR MORE THAN: *=5 MINUTES, **=30 MINUTES

NODE: <DDC##>

NODE LOCATION: <___>

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

NODE ID: <___>

EMR-SS

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

AIRFLOW

OUTSIDE

OUTSIDE AIR DAMPEROA-D OPEN/CLOSED <___> BO ~

OUTSIDE AIR FLOW SETTING SEE SCHEDULE ~ ~<___> ~ ~ ~ ~

SA-D SUPPLY AIR DAMPER ~ OPEN/CLOSED <___> BO X X X <___> <___> ~ X <___> <___> ~ ~ ~ ~

OA-F

ON/OFF BI ~ X [~] <___> <___> ~ ~ ~ ~ ~ <___> ~EF-S ~

ON/OFF BO ~ ~ ~ <___> <___> ~ ~ <___> <___> ~ ~ ~ ~EF-SS ~

TYPICAL ENERGY RECOVERY UNIT:

EXHAUST FAN STATUS EXHAUST FAN PROOF FAILED

EXHAUST FAN START/STOP

ALM/NORMAL BI ~ ~ ~ <___> <___> ~ ~ ~ ~ DIRTY FILTER <___> <___> ~

AIR FILTER PRESSURE HIGH

LIMIT SWITCH

FLT-P-HL2

FLT-P-HL1 [0.45 WC]

[0.45 WC]

NOT TO SCALE

MI-603

ENERGY RECOVERY UNIT(ERV) POINTS LIST

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MI-604

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EMERGENCY STOP SWITCH

DDC-##

EF-SS EF-S

EF

DDC

EA-D-C

NC

EXHAUST AIR

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

NOTES:

SPACE AIR

EMERGENCY STOP SWITCH

DDC-##

EF-SS EF-S

EF

EXHAUST AIR

EA-D-C

NC

DDC

EMR-SS

EMR-SS

NODE: <DDC##>

NODE LOCATION: <___>

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

NODE ID: <___>

FUNCTION NAME DESCRIPTION

PROOFS &

SAFETIES

<UNIT MANUFACTURER’S

PROOF> (SEE NOTES)

<___> ALM/NORMAL < ~ > <BI> ~

<UNIT MANUFACTURER’S

SAFETIES> (SEE NOTES>

<___> ALM/NORMAL < ~ > <BI> ~

START/STOP ~ ~ < ~ > BI ~

OTHER POINTS

~ ~ < ~ > BI ~

REQ’D

HOA

TYPE

IO

NAME

nci/CPT

(WITH UNITS)

RANGE

(WITH UNITS)

SETTING

(SEE NOTES)

CONDITION

ALARM

LDP AND M&C DISPLAY OVERRIDES ALARMS

LDP

VIEW

REQ’D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ’D

M&C

OVRD

REQ’D

ALARM

PRIORITY

M&C

ROUTING

DISP

REQ’D

TREND

REQ’D

SNVT

NAME

SNVT

TYPE

~ ~ ~ ~ ~ ~ ~ ~ ~ ALM [info] [crit] [___]

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

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

EXHAUST FAN POINTS SCHEDULE

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

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

EA-D-C

EMERGENCY STOP SWITCH

EXHAUST FAN DAMPER COMMAND 0-100% OPEN

ON/OFF ~ ~ ~ ~ ~EMR-SS

TO: DDC

NOT TO SCALEMI-604

NOT TO SCALEMI-604

& DAMPER

WALL LOUVER

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DDC-##

CF-S

FAN

CIRCULATING

CF-SS

NOT TO SCALEMI-604

EMERGENCY STOP SWITCH

EMR-SS

TO: DDC

EF or CF-SS

EF or CF-S

FAN CONTROL SCHEMATIC (WAREHOUSE)

TYPICAL CEILING MOUNTED CIRCULATOR

EXHAUST/CIRCULATING

FAN START/STOP

EXHAUST /CIRCULATING

FAN STATUS

3 SPEED FAN

AND MANUAL / OFF CONTROL

OPERATE UNDER THERMOSTATIC CONTROL

REF-1,A,B,C, REF -2, A,B,C, REF-3,A,B,C

TYPICAL ROOF MOUNTED EXHAUST FAN CONTROL SCHEMATIC

NC

EA-D-C

DDC

WITH DAMPER

WALL MOUNTED LOUVER

SPACE AIR

AIR

OUTSIDE

DAMPER

REF’S ASSOCIATED

TO: DDC

EMERGENCY STOP SWITCH

DDC-##

EF-SS EF-S

EF

DDC

EA-D-C

NC

EXHAUST AIR

EMR-SS

NOT TO SCALEMI-604

& DAMPER

WALL LOUVER

TO: DDC

EF-2(A,B,&C) AND 3B (MECHANICAL ROOMS)

TYPICAL INLINE EXHAUST FAN CONTROL SCHEMATIC

EF-1(A,B,&C) (REST ROOMS)

TYPICAL INLINE EXHAUST FAN CONTROL SCHEMATIC

SPACE TEMPERATURE CONTROL

THE DDC HARDWARE SHALL CONTROL THE UNIT IN ACCORDANCE WITH ITS

(3) AUTO: WITH THE THERMOSTAT ON- OFF-AUTO SWITCH IN THE AUTO POSITION

AIR DAMPER.

THE DDC HARDWARE SHALL STOP THE EXHAUST FAN AND CLOSE THE OUTSIDE

(2) OFF: WITH THERMOSTAT ON-OFF-AUTO SWITCH IN THE OFF POSITION.

OUTSIDE AIR DAMPER.

THE DDC HARDWARE SHALL ENERGIZE THE EXHAUST FAN AND OPEN THE

(1) ON: WITH THE THERMOSTAT ON -OFF-AUTO SWITCH IN THE ON POSITION.

A. ON-OFF-AUTO SWITCH

POINTS SCHEDULE.

TO PROVIDE SNVT INPUTS AND OUTPUTSAS SPECIFIED AND SHOWN ON THE

INSTALL DDC HARDWARE TO PERFORM THIS SEQUENCE OF OPERATION AND

THERMOSTAT VENTILATION

MOUNTED THERMOSTAT

SET POINT OR AT THE OCCUPANT ADJUSTABLE SETPOINT VIA THE WALL

DAMPER TO MAINTAIN SPACE TEMPERATURE AT THE CONFIGURED

(1) THE DDC HARDWARE SHALL CYCLE THE EXHAUST FAN AND OUTSIDE AIR

B. SPACE TEMPERATURE CONTROL

GRILLE

EXHAUST

MOUNTED

THRU DUCT

SPACE AIR

GRILLE

EXHAUST

MOUNTED

THRU DUCT

SPACE AIR

RUNS CONTINOUSLY OPERATES BASED ON BUILDING OCCUPANY SCHEDULE

US Army Corps of Engineers

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MI-605

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ALL MODES OF OPERATION:

THE UNIT SHALL BE CONTROLLED BY OFF-AUTO SWITCH AS PART OF THE UNIT

THERMOSTAT.

IN THE AUTO POSITION THE UNIT SHALL OPERATE VIA THE UNIT MOUNTED THERMOSTAT

TO MAINTAIN A SPACE TEMPERATURE OF 50 DEG. F. (ADJUSTABLE). THE SPACE

TEMPERATURE AND UNIT RUN TIME SHALL BE MONITORED AND TRENDED BY THE DDC

SYSTEM.

H

RETURN AIR SUPPLY AIR

DDC

SA-SSSA-S

DDC

THERMOSTAT

SF

NODE: <DDC##>

NODE LOCATION: <___>

NODE ADDRESS: Domain = <___>, Subnet = <___>, Node = <___> LDP AND M&C DISPLAY OVERRIDES ALARMS

NODE ID: <___>

LDP

VIEW

REQ’D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ’D

M&C

OVRD

REQ’D

ALARM CONDITION

(SEE NOTES)

ALARM

PRIORITY

M&C

ROUTINGFUNCTION NAME DESCRIPTION

SETTING

(WITH UNITS)

RANGE nci/CPT

NAME

IO

TYPE HOA REQ’D

DISP

REQ’D

TREND

REQ’D

SNVT

NAME

SNVT

TYPE

PROOFS &

SAFETIES

<___> <UNIT MANUFACTURER’S

PROOF> (SEE NOTES)

<___> ALM/NORMAL < ~ > <BI> ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ [___]

<___> <UNIT MANUFACTURER’S

SAFETIES> (SEE NOTES>

<___> ALM/NORMAL < ~ > <BI> ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ALM [info] [crit] [___]

START / STOP

OFF / AUTO UNIT OFF / AUTO SWITCH ~ ~ < ~ > BI ~ ~ [ ~ ] [ ~ ] <___> <___> ~ [ ~ ] <___> <___> ~ ~ ~

UNIT STATUS UNIT STATUS (SEE NOTES) ~ HVAC_HEAT/

HVAC_OFF

< ~ > NVO ~ [ ~ ] [ X ] [ ~ ] <___> HVAC_STATUS ~ ~ ~ ~ ~ ~ ~

ZONE

TEMPERATURE

CONTROL

ZN-T ZONE TEMPERATURE ** ~ <___> < ~ > AI ~ [ ~ ] X X <___> TEMP_P ~ ~ ~ ~ [info] [crit] [___]

ZN-T-SP ZONE TEMPERATURE

SETPOINT

55 DEG F

(ADJ)

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

SF-SS SUPPLY FAN START/STOP ~ [OFF/LO/MED/HI] < ~ > BO ~ [ ~ ] X [ ~ ] <___> <___> ~ ~ ~ ~ ~ ~ ~

HEATING VALVE PID LOOP

SETTINGS

NOTES:

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

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

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

4) ALARM CONDITIONS MARKED WITH A DOUBLE ASTERISK (**) SHALL BE ACTIVE ONLY WHEN THE SYSTEM IS IN OCCUPIED MODE AND HAS BEEN IN OCCUPIED MODE FOR MORE THAN 30 MINUTES.

5) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, AND/OR CHILLER SERVING THIS SYSTEM.

UNIT HEATER SEQUENCE OF OPERATION

UNIT HEATER

(WITH UNITS)

OR BELOW 68 DEG F

** ZN-T MORE THAN 77 DEG F

E

NOT TO SCALE

TYPICAL UNIT HEATER SHCEMATIC

MI-605

IN THE OFF POSITION THE UNIT SHALL BE DE- ENERGIZED.

ON MODE: FAN RUNS AND ELECTRIC HEATING COIL OR GAS FIRED HEATING IS OPERATING.

FOR ELECTRIC OR GAS HEATING EQUIPMENT: EUH’S, INFRA RED HEATING UNITS AND GAS FIRED UNIT HEATERS, IRH’S AND GFUH’S

NOT TO SCALEMI-605

TYPICAL UNIT HEATER POINTS LIST

US Army Corps of Engineers

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MI-606

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ALL MODES OF OPERATION:

THE UNIT SHALL BE CONTROLLED BY OFF-ON-AUTO SWITCH AS PART OF THE UNIT THERMOSTAT. IN THE AUTO POSITION THE UNIT SHALL OPERATE PER

MANUFACTURER’S CONTROLS TO MAINTAIN THE SPACE AT 72 DEG. F. (ADJUSTABLE). IN THE ON POSITION THE UNIT SHALL BE ENABLED AND IN THE OFF

POSITION THE UNIT SHALL BE DISABLED AND NOT RUN. THE SPACE TEMPERATURE AND UNIT RUN TIME SHALL BE MONITORED AND TRENDED BY THE

DDC SYSTEM.

NODE: <DDC##>

NODE LOCATION: <___>

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

LDP AND M&C DISPLAY OVERRIDES ALARMS

NODE ID: <___>

LDP

VIEW

REQ’D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ’D

M&C

OVRD

REQ’D

ALARM CONDITION

(SEE

NOTES)

ALARM

PRIORITY

M&C

ROUTINGFUNCTION NAME DESCRIPTION

SETTING

(WITH UNITS)

RANGE

(WITH

UNITS)

nci/CPT

NAME

IO

TYPE HOA REQ’D

DISP

REQ’D

TREND

REQ’D

SNVT

NAME

SNVT

TYPE

PROOFS &

SAFETIES

<___> <UNIT MANUFACTURER’S

PROOF> (SEE NOTES)

<___> ALM/NORMAL < ~ > <BI> ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ [___]

<___> <UNIT MANUFACTURER’S

SAFETIES> (SEE NOTES>

<___> ALM/NORMAL < ~ > <BI> ~ ~ ~ ~ ~ ~ ~ ~ ~ ~ ALM [info] [crit] [___]

RST-BUT SYSTEM RESET BUTTON ~ ~ <___> <BI> ~ [ ~ ] [ ~ ] [ ~ ] <___> <___> [ ~~~~ ] [ ~~~~ ] <~~~~ > <~~~~ >

START/STOP

<___> OFF-COOL SWITCH INPUT ~ OFF/COOL/

<EMERG>

SF-ON/AUTO SUPPLY FAN ON/AUTO SWITCH ~ ON/AUTO <___> BI ~ ~ ~ ~ <___> <___> ~ ~ ~ ~ ~ ~ ~

UNIT STATUS UNIT STATUS (SEE NOTES) ~ HVAC_COOL/

HVAC_OFF

<___> NVO ~ ~ X ~ <___> HVAC_STATUS ~ ~ ~ ~

ZONE

TEMPERATURE

CONTROL

ZN-T ZONE TEMPERATURE ~ <___> <___> AI ~ X X X <___> TEMP_P ~ ~ ~ ~ ** ZN-T MORE THAN 77 DEG F

OR BELOW 68 DEG F

info ~

ZN-T-SP ZONE TEMPERATURE

SETPOINT

OCCUPANT

ADJUSTABLE

[68-77 DEG F] <___> AI ~ X X X <___> <___> X X <___> <___> ~ ~ ~

SF-SS SUPPLY FAN START/STOP

COMMAND

~ ON/OFF <___> BO [~] [ ~ ] [ ~ ] [ ~ ] <___> <___> [ ~ ] X <___> <___> ~ ~ ~

COMP-SS COMPRESSOR (PKG UNIT)

START/STOP

~ ON/OFF <___> BO [~] [ ~ ] [ ~ ] [ ~ ] <___> <___> [ ~ ] X <___> <___> ~ ~ ~

Notes:

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

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

3) UNIT STATUS: SERVES AS A MONITORED POINT AT THE M&C SOFTWARE (FRONT-END) AND AS A HEATING/COOLING REQUEST TO THE BOILER, AND/OR CHILLER SERVING THIS SYSTEM.

COMPUTER ROOM AIR CONDITIONING UNIT SEQUENCE OF OPERATION

COMPUTER ROOM AIR CONDITIONING UNIT

P O

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NOT TO SCALE

POINTS LIST (CRAC-1)

COMPUTER ROOM AIR CONDITIONING

MI-606

US Army Corps of Engineers

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R

IN

G

NUMBER

SHEET

W

G -1

-B -0

C H

IE

F

M E

C H

A N

IC

A L S

E C

T

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N G

IL

B E

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V A

L L

A P .E

A U

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MI-607

W O

O D

A R

D P .E

G

W O

O D

A R

D P .E

K

W

IL

L

IA

M S P

METERS

PRIMARY WATER

METER

PRIMARY WATER METER ~ <___> BI ~ X X X <___> <___> ~ ~ ~ ~ ~

SUB WATER

METER(S)

SUB WATER METERS ~ <___> BI ~ X X X <___> <___> ~ ~ ~ ~ ~

SUB ELECT.

METER(S)

SUB ELECTRICAL METERS ~ <___> ~ X X <___> <___> ~ ~ ~ ~

DOM HOT WATER

METER

DOMESTIC HOT WATER

METER

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

Notes:

1) THE CONTRACTOR SHALL PROVIDE CONTROL POINTS FOR ALL PRIMARY AND SUB METERS

NODE: <DDC##>

NODE LOCATION: <___>

NODE ADDRESS: Domain = <___>, Subnet = <___>, Node = <___> LDP AND M&C DISPLAY OVERRIDES ALARMS

NODE ID: <___>

LDP

VIEW

REQ’D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ’D

M&C

OVRD

REQ’D

ALARM CONDITION

(SEE NOTES)

ALARM

PRIORITY

M&C

ROUTINGFUNCTION NAME DESCRIPTION

SETTING

(WITH UNITS)

RANGE

(WITH UNITS)

nci/CPT

NAME

IO

TYPE HOA REQ’D

DISP

REQ’D

TREND

REQ’D

SNVT

NAME

SNVT

TYPE

PRIMARY ELECT.

METER

PRIMARY ELECTRICAL

METER

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

BI

BI

X

X

METER POINTS

NODE: <DDC##>

NODE LOCATION: <___>

NODE ADDRESS: Domain = <___>, Subnet = <___>, Node = <___> LDP AND M&C DISPLAY OVERRIDES ALARMS

NODE ID: <___>

LDP

VIEW

REQ’D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ’D

M&C

OVRD

REQ’D

ALARM CONDITION

(SEE NOTES)

ALARM

PRIORITY

M&C

ROUTINGFUNCTION NAME DESCRIPTION

SETTING

(WITH UNITS)

RANGE

(WITH UNITS)

nci/CPT

NAME

IO

TYPE HOA REQ’D

DISP

REQ’D

TREND

REQ’D

SNVT

NAME

SNVT

TYPE

PROOFS

SAFETIES

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

~ ON/OFF <___> BO ~ X X ~ <___> <___> ~ X <___> <___> ~ ~ ~START /

STOP

WH-ESS

SHUTDOWN SWITCH

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

DOMESTIC WATER HEATER LOOP

DOMESTIC HOT WATER SEQUENCE OF OPERATION

ALL MODES OF OPERATION:

THE DOMESTIC HOT WATER SYSTEM SHALL OPERATE THRU THE DDC

WATER HEATER CONTROLLER. THE DDC WATER HEATER CONTROLLER SHALL

HEATER OPERATING STATUS AND ALARMS BY THE DDC SYSTEM. THE DDC

WATER HEATER CONTROLLER SHALL ENABLE AND OPERATE THE WATER

TEMPERATURE LIMIT ALARM:

THE DDC SYSTEM SHALL INITIATE TEMPERATURE ALARMS FOR THE

DOMESTIC HOT WATER SYSTEM WHEN THE TEMPERATURE RISES ABOVE

THE HIGH LIMIT SHOWN IN THE POINTS LIST.

EMERGENCY SHUTDOWN

WH- 1 ##

DDC

WH- 1- SS

WH- 1- S

NOTE1: CONTRACTOR SHALL AFFIX PERMANENT TAGS/LABELS TO ALL DEVICES AS SPECIFIED

NOTE2: CONTRACTOR SHALL LABEL ALL DDC I/O SIGNAL LINES: 4-20 MA, VDC, OR DATA

NOTE3: CONTRACTOR SHALL SHOW A UNIQUE IDENTIFIER FOR EACH DEVICE, WHERE MULTIPLE

IDENTICAL DEVICES ARE SHOWN (FOR EXAMPLE: DDC CONTROLLER, OA SENSOR, OR UP

TRANSDUCER) EACH SHALL BE SEQUENTIALLY NUMBERED. WHERE SEPARATE DDC

CONTROLLER BUBBLES ARE USED TO REPRESENT/SHOW A COMMON (OR SINGLE) IDENTIFIERS

SHALL BE CONSISTENT BETWEEN DRAWINGS.

NOTE4: CONTRACTOR SHALL UNIQUELY NUMBER ALL ANSI 709.1 DEVICES. THIS NUMBERING SHALL BE

CONSISTENT BETWEEN ALL DRAWINGS.

RST-BUT

SAFETY RESET

ELECTRIC

REFER TO ELECTRICAL

DRAWINGS FOR METER

QUANTITIES AND LOCATIONS

METER

DOMESTIC HOT WATER

BLDG PRIMARY DOMESTIC WATER

WH-ESS

STOP SWITCH

TO: DDC

TO SYSTEM

DCW

THE WATER HEATER SHALL CLOSE ALL GAS VALVES AND POWER DOWN WHEN THE

UTILIZE LONWORKS COMMUNICATION INTERFACE FOR MONITORING WATER

HEATER TO MAINTAIN DOMESTIC WATER STORAGE TANK TEMPERATURES.

THE WATER HEATERS SHALL OPERATE PER THE MANUFACTURER�S PACKAGED

BURNERS AND NUMBER OF WATER HEATERS TO MAINTAIN A LEAVING WATER

TEMPERATURE OF 145 DEG. F. (ADJUSTABLE) ALL WATER HEATER SAFETIES

AND ALARMS SHALL BE MONITORED BY THE DDC WATER HEATER CONTROLLER.

CONTROLS. THE PACKAGED CONTROLS SHALL STAGE THE WATER HEATERS

EMERGENCY WATER HEATER GAS SHUTOFF SWITCH IS ACTIVATED.

HOT WATER GAS

WATER HEATER EMERGENCY

HOT WATER HEATER FAILED

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

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

1)

2)

P O

IN

T S L

IS

T

A N

D

U T

IL

IT

Y S

U B M

E T

E R

S

NOT TO SCALE

DOMESTIC HOT WATER CONTROLS

MI-607

US Army Corps of Engineers

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MI-608

W O

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L

IA

M S P

SWITCH

SHUTOFF

EMERGENCY SMK-01

CONTACT

SA-P-HL

CONTACT

REMOTE SAFETY OVERRIDE

(FAP INTERFACE)

FAP

SAFETIES

HAND

OFF

AUTO

START/STOP

SF-SS

DDC

DDC

SF-S

STATUS (ON/OFF)

SUPPLY FAN

CONTRACTOR WIRING MAY DIFFER

NOTE 1: THIS IS A FUNCTIONAL REPRESENTATION.

FR - 01

LOC: ROOM 123

SWITCH

SHUTOFF

EMERGENCY SMK-01

CONTACT

SA-P-HL

CONTACT

REMOTE SAFETY OVERRIDE

(FAP INTERFACE)

FAP

SAFETIES

HAND

OFF

AUTO

START/STOP

SF-SS

DDC

DDC

SF-S

STATUS (ON/OFF)

SUPPLY FAN

CONTRACTOR WIRING MAY DIFFER

NOTE 1: THIS IS A FUNCTIONAL REPRESENTATION.

FR - 01

LOC: WAREHOUSE

P A

H U A

N D E

R V

C O

N T

R O

L L

A D

D E

R D

IA

G R

A M

S

NOT TO SCALE

MI-608 NOT TO SCALE

MI-608

(PAHU-1A,1B, & 1C) LADDER DIAGRAM

PACKAGED AIR HANDLING UNIT

(ERV-1A, 1B, & 1C) LADDER DIAGRAM

ENERGY RECOVERY VENTILATOR

US Army Corps of Engineers

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F O

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MI-609

W O

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A R

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G

W O

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K

W

IL

L

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M S P .E

H V

A C C

O N

T R

O L S

D E

M A

N D R

E S

P O

N S

E

HVAC EQUIPMENT

DDC SYSTEM WILL SEND A SIGNAL (DR-HVAC) TO HVAC EQUIPMENT AND THE HVAC EQUIPMENT WILL ENTER DEMAND

NORMAL OPERATION. NO MANUAL RESET SHALL BE REQUIRED.

PAHU’’s EQUIPMENT

DEMAND RESPONSE SEQUENSE OF OPERATIONS

LDP AND M&C DISPLAY OVERRIDES ALARMS

LDP

VIEW

REQ’D

M&C

SNVT

NAME

SNVT

TYPE

LDP

OVRD

REQ’D

M&C

OVRD

REQ’D

ALARM CONDITION

(SEE NOTES)

ALARM

PRIORITY

M&C

ROUTING

FUNCTION NAME DESCRIPTION

SETTING

(WITH UNITS)

RANGE (WITH

UNITS)

nci/CPT

NAME

IO

TYPE HOA REQ’D

DISP

REQ’D

TREND

REQ’D

SNVT

NAME

SNVT

TYPE

ACTIVATE /

DEACTIVATE

DR-A

DEMAND RESPONSE ACTIVATE

FROM UMCS

~ ~ ~ <BI> ~ ~ X X <___> <___> ~ X X <___> DEMAND RESPONSE ACTIVE X <___>

DR-DA

DEMAND RESPONSE

DEACTIVATE FROM UMCS

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

SYSTEMS

DEMAND RESPONSE PAHU

SYSTEMS

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

NOTES:

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

NODE: <DDC##>

NODE LOCATION: <___>

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

NODE ID: <___>

DEMAND RESPONSE

DEMAND RESPONSE MODE: THE BUILDING SHALL ENTER DEMAND RESPONSE MODE ONCE A SIGNAL FROM THE UMCS

SHALL REMAIN IN DEMAND RESPONSE MODE UNTIL INSTRUCTED BY THE UMCS TO DEACTIVATE DEMAND RESPONSE MODE.

ONCE THE DEMAND RESPONSE SIGNAL FROM THE UMCS IS REMOVED THE DDC SHALL SIGNAL ALL EFFECTED SYSTEMS TO

MANUAL RESET SHALL BE REQUIRED.

DEACTIVATE DEMAND RESPONSE MODE AND ALL EQUIPMENT SHALL AUTOMATICALLY RETURN TO NORMAL OPERATION. NO

~ ~ ~ <BI> ~

&1C

DR-PAHU-1A, 1B,

DR-IRH’s & GFUH’s

EUH’s WAREHOUSE HEATING SYSTEMS

DR-ERV’s

ENERGY RECOVERY VENTILATORS

WAREHOUSE EXHAUST FANS

~ ~ ~ <BI> ~

~ ~ ~ <BI> ~

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

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

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

DEMAND RESPONSE - PAHU’s

WARE HOUSE EXHAUST FANS

DEMAND RESPONSE -

HEATING SYSTEMS

DEMAND RESPONSE - WAREHOUSEDEMAND RESPONSE

DEMAND RESPONSE

DEMAND RESPONSE

VENTILATORS

DEMAND RESPONSE - ENERGY RECOVERY

X <___>

X <___>

X <___>

2)

IS SENT TO THE BUILDING DDC SYSTEM INSTRUCTING THE FACILITY TO ACTIVATE THE DEMAND RESPONSE MODE. THE BUILDING

AND ALL WAREHOUSE EXHAUST FANS.

THE TERM HVAC EQUIPMENT SHALL MEAN: ALL PAHU’s, ALL WARE HOUSE HEATING EQUIPMENT, ALL ENERGY RECOVERY VENTILATORS

WAREHOUSE HEATING EQUIPMENT

COOLING MODE: NA

ENERGY RECOVERY VENTILATORS

COOLING MODE: NA

HEATING MODE: EQUIPMENT SHALL RESET THE HEATING SET POINTS DOWN 5 DEG F. (ADJUSTABLE).

HEATING MODE: EQUIPMENT SHALL RESET THE HEATING SET POINTS DOWN 5 DEG F. (ADJUSTABLE).

HEATING MODE: EQUIPMENT SHALL BE DE-ENERGIZED.

HEATING MODE: EQUIPMENT SHALL BE DE-ENERGIZED.

WAREHOUSE EXHAUST FANS

COOLING MODE: EQUIPMENT SHALL BE DE-ENERGIZED

3C & F-1A,1B, 1C

2A, 2B, 2C & 3A, 3B

DR-REF-1A, 1B, 1C

FUNCTION.

WHEN DEMAND RESPONSE PERIOD IS TERMINATED ALL PAHU’S SHALL RESUME NORMAL OPERATIONAL

3. PAHU-1C SHALL BE DEACTIVATED FOR 15 MINUTES PAHU-1B AND 1A SHALL REMAIN ENERGIZED.

2. PAHU-1B SHALL BE DEACTIVATED FOR 15 MINUTES PAHU-1A AND 1C SHALL REMAIN ENERGIZED.

1. PAHU-1A SHALL BE DEACTIVATED FOR 15 MINUTES PAHU-1B AND 1C SHALL REMAIN ENERGIZED.

DEMAND RESPONSE PERIOD.

COOLING MODE: EQUIPMENT (PAHU-1A, 1B AND 1C ) SHALL DE-ENERGIZED ON A ROTATING BASIS DURING THE LENGHT OF THE

RESPONSE MODE. ONCE THE DDC SIGNAL (DR-HVAC) IS REMOVED THE HVAC SYSTEM SHALL AUTOMATICALLY RETURN TO

US Army Corps of Engineers

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ES001

X T

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IC

A L L

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D

Fort Worth District

US Army Corps of Engineers

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IN

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NUMBER

SHEET

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A L S

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N D

A R

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B R

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W

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J U

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P

H

CC

E

P

H

C

1 A

E

C

Ex

Cx

Ex

ES ES ES

x x

S

XXX.XX

E Ex Ex

A

PAD-MOUNTED SWITCH.

SINGLE MODE FIBER OPTIC CABLE

UNDERGROUND COMMUNICATIONS.

POLE. NUMBERS INDICATE HEIGHT AND CLASS OF POLE.

PAD MOUNT TRANSFORMER. NUMBER INDICATES KVA RATING

ELECTRICAL MANHOLE

COMMUNICATIONS MANHOLE

PULLBOX.

HANDHOLE.

TOP OF ELEVATION FOR MANHOLES AND HANDHOLES

DESCRIPTION

UNDERGROUND PRIMARY.

OVERHEAD PRIMARY.

UNDERGROUND SECONDARY.

ELECTRICAL EXTERIOR LEGEND

SYMBOL

NEW

EXISTING TO

REMAIN

EXISTING TO

BE REMOVED

APPEAR ON THE OTHER ELECTRICAL DRAWINGS.

NOT ALL SYMBOLS SHOWN ON THIS SHEET MAY

P

H

SMFOC

Cx

225 225

"3" INDICATES POLE CLASS.

"40" INDICATES POLE HEIGHT IN FEET.

"A" INDICATES POLE TYPE IN DETAIL SHEET.

"1" INDICATES POLE NO.

POLE IDENTIFICATION SYMBOL.

POLE MOUNT TRANSFORMER. NUMBER INDICATES KVA RATING10

of Engineers

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IN

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NUMBER

SHEET

D

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A L S

E C

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N D

A R

E N A

B R

O W

N P .E

W

G -1

-B -0

J U

N E

W

W

W

W

G

W

MAIN ROAD

A C

C E

S S R

O A

D

ORGANIZATIONAL VEHICLE TRAIL "A"

ORGANIZATIONAL VEHICLE TRAIL "A"ORGANIZATIONAL VEHICLE TRAIL "A"

MAIN ROAD

A C

C E

S S R

O A

D

ORGANIZATIONAL VEHICLE TRAIL "A"

ORGANIZATIONAL VEHICLE TRAIL "A"ORGANIZATIONAL VEHICLE TRAIL "A"

TEDESCO ROAD

(G R

A V

E L

U N

P A

V E

D R

O A

D

W

W

W

W

CCCC

C

C

C

C C

C

C

TEDESCOWAY

C

H

C

0 602060

SCALE: 1" = 60'-0"

ES101

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A L P

L A

GENERAL SHEET NOTES SHEET KEYNOTES

T

H A

D A S

S A W

A R

E H

O U

S E

11.

10.

9.

8.

7.

6.

5.

4.

3.

2.

1.

Fort Worth District

SEE SHEET EP601 FOR TRANSFORMER'S SIZE.

DETAILS.

TO COVERED HARDSTAND. SEE SHEET EP104 & EL104 FOR

C) SECOND, THIRD AND FOURTH INNER DUCT FOR SPARE.

LIGHTS AT COVERED HARDSTAND, CIRCUIT H1C-28

B) SECOND INNER DUCT: 3#10 & 1#10G IN 1"C FOR

RECEPTACLE AT COVERED HARDSTAND, CIRCUIT L2C-5.

A) FIRST INNER DUCT: 3#10 & 1#10G IN 1"C FOR

1-4" CONCRETE ENCASED DUCTS WITH 4-1" INNER DUCT:

C) THIRD AND FOURTH INNER DUCT FOR SPARE.

LIGHTS AT COVERED HARDSTAND, CIRCUIT H1B-28

B) SECOND INNER DUCT: 3#10 & 1#10G IN 1"C FOR

RECEPTACLE AT COVERED HARDSTAND, CIRCUIT L2B-5.

A) FIRST INNER DUCT: 3#10 & 1#10G IN 1"C FOR

1-4" CONCRETE ENCASED DUCTS WITH 4-1" INNER DUCT:

C) THIRD AND FOURTH INNER DUCT FOR SPARE.

LIGHTS AT COVERED HARDSTAND, CIRCUIT H1A-28

B) SECOND INNER DUCT: 3#10 & 1#10G IN 1"C FOR

RECEPTACLE AT COVERED HARDSTAND, CIRCUIT L2A-5.

A) FIRST INNER DUCT: 3#10 & 1#10G IN 1"C FOR

1-4" CONCRETE ENCASED DUCTS WITH 4-1" INNER DUCT:

NOT USED

NOT USED.

TO MAIN DISTRIBUTION PANEL IN ELECTRICAL RM.

B) THIRD DUCT FOR SPARE.

TRANSFORMER SECONDARY CONDUCTORS.

A) FIRST & SECOND DUCT: SEE EP601 FOR INFORMATION OF

3-4" CONCRETE ENCASED DUCTS:

B) SECOND DUCT FOR SPARE.

A) FIRST DUCT WITH 3 #1-15KV AND 1 #2/0G-600V.

2-4" CONCRETE ENCASED DUCTS:

CONNECT TO THE EXISTING LOOP-FED TRANSFORMER.

MANHOLE/HANDHOLE/TRANSFORMER.

PROVIDED COORDINATE IS AT THE CENTER POINT OF THE

LIGHTING.

MOUNTED TRANSFORMER TO ALL POLE MOUNTED

CONDUCTOR, HANDHOLES FROM A DEDICATED POLE

FIXTURES, POLE BASE AND NECESSARY CONDUIT,

POLE MOUNTED LIGHT FIXTURES, LIGHT POLES, LIGHT

DEDICATE PAD MOUNTED TRANSFORMER TO SERVICE

SECURITY FENCE). THIS WORK ITEM SHALL INCLUDE A

B) ALL POLE MOUNTED LIGHTING (INSIDE AND OUTSIDE THE

EQUIPMENT (PANEL MDP).

SECONDARY SERVICE AT THE SERVICE ENTRANCE

SERVICE TO THE BUILDING AND TERMINATE THE

-MOUNTED TRANSFORMER AND PAD, SECONDARY

A) INSTALLING ALL NEW PRIMARY DISTRIBUTION, PAD

SUBCONTRACTOR, IS RESPONSIBLE FOR:

FEET FROM THE BUILDING. DOMINION ENERGY, AS A

THE SERVICE ENTRANCE EQUIPMENT TO A POSITION FIVE-

THE GENERAL CONTRACTOR IS TO PROVIDE CONDUIT FROM

DOMINION POWER FOR COORDINATION PURPOSE.

(KEVIN.M.MANN@DOM.COM) IS THE POINT CONTACT AT

UNDER THIS CONTRACT. MR. KEVIN MANN

POWER TO ADAPT SCHEDULING AND PERFORMING THE WORK

THE CONTRACTOR SHALL COORDINATE WITH DOMINION

SUBCONTRACTOR, TO PERFORM ALL ASSOCIATED WORKS.

POWER. CONTRACTOR SHALL ENGAGE DOMINION POWER, AS

EXTERIOR ELECTRICAL HAS BEEN PRIVATIZED TO DOMINION

TRAFFIC AREAS SHALL BE DIRECTED BURIES.

CONCRETE ENCASED. ALL NEW DUCTS IN NON-VEHICULAR

ALL NEW DUCTS IN VEHICULAR TRAFFIC AREAS SHALL BE

PROVIDE PULL WIRE FOR SPARE CONDUIT.

SEE SHEET EP601-EP606 FOR PANEL SCHEDULES.

PANEL H2, L3A, L3B, AND L3C.

SEE SHEET EP101-EP103 FOR EXACT MOUNTING LOCATION OF

SEE SHEET EL104 FOR LIGHTING AT COVERED HARDSTAND.

8.

7.

6.

5.

4.

3.

2.

1.

TEDESCOWAY

POWER (CONDUIT 5FT FROM BUILDING).

POINT OF DEMARCATION FOR DOMINION

E=3120549.44

N=10392134.42

E=973060.71

N=8244684.59

A P

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NUMBER

SHEET

D

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C H

IE

F E

L E

C T

R

IC

A L S

E C

T

IO

N D

A R

E N A

B R

O W

N P .E

W

G -1

-B -0

A U

G U

S T

TEDESCOWAY

W A

R E

H O

U S

E T

H A

D A S

T T R R

TR

W A

R E

H O

U S

E T

H A

D A S

W

R E

H O

U S

E T

H A

D A S

W

D

B

B

COVERED HARDSTAND

COVERED HARDSTAND

MAIN ROAD

A C

C E

S S R

O A

D

ORGANIZATIONAL VEHICLE TRAIL "A"

ORGANIZATIONAL VEHICLE TRAIL "A"ORGANIZATIONAL VEHICLE TRAIL "A"

P O

L

UAV

LARGE TEMF

SATS, ASLMS, & COMVAN

P O

L

H /Z

H /Z

R R

ORGANIZATIONAL STORAGE BUILDING

MAIN ROAD

A C

C E

S S R

O A

D

ORGANIZATIONAL VEHICLE TRAIL "A"

ORGANIZATIONAL VEHICLE TRAIL "A"ORGANIZATIONAL VEHICLE TRAIL "A"

(COF1E)

COMPANY OPERATIONS FACILITY

(BNHQE)

BATTALION HEADQUARTERS

(EXISTING)

MAIN ROAD

D

D

ORGANIZATIONAL STORAGE BUILDING HARDSTAND

TEDESCO ROAD

L A

K E R

O A

D

F A

C

IL

IT

Y

C O

F E

C O

M P

A N

Y O

P E

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T

IO

N S

(G R

A V

E L

U N

P A

V E

D R

O A

D

CCCCCC

C

C

C

C

C

C C

C

C

R4-MH407D

R4-MH407CR4-MH407B

R4-MH407A

R4-MH406A

R4-MH409A

R4-MH409B

R4-MH409C

R4-MH409D

R4-MH404A

R4-MH408

R4-MH407

R4-MH409

R4-MH405

R4-MH404

TEDESCOWAY

C

R4-MH407E

H

C

E=3120607.71

N=10392297.18

E=3120558.89

N=10392163.18

HARDSTAND FINISH GRADE.

ADJUST COMM MANHOLE TO MATCH

0 602060

SCALE: 1" = 60'-0"

ES102

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N P

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N

2 2 2 2

N

SHEET KEYNOTES

7.

6.

5.

4.

3.

2.

1.

INTO MANHOLE.

CORE DRILL INTO EXISTING MANHOLE AND EXTEND DUCTS

FOR ADDITIONAL INFORMATION.

COMMUNICATION HANDHOLE FOR FUTURE CATV . SEE ET601

4" CONDUIT FROM TELECOMMUNICATION RM TO

TO TELECOMMUNICATION EQUIPMENT RM.

PULL WIRE.

- SECOND AND THIRD INNER DUCT ARE SPARE WITH

R4-MH404.

(R4-FOC10, 145-156). TIE-IN POINT IS IN MANHOLE

- FIRST INNER DUCT SHALL HAVE 12 STRAND SMFOC

DUCTS:

B) SECOND DUCT SHALL HAVE 3-3" FABRIC MESH INNER

R4-MH404.

(R4-06 PAIRS, 1301-1400). TIE-IN POINT IS IN MANHOLE

A) FIRST DUCT IS FOR 100 PAIR COPPER TELEPHONE CABLE

2-4" CONCRETE ENCASED DUCT BANK:

THRU MANHOLE R4-MH407E AND NEW DUCT SYSTEM.

STRAND SMFOC (R4-FOC10, 145-156) TO THE NEW BUILDING

COPPER TELEPHONE CABLE (R4-06 PAIRS, 1301-1400) AND 12

OF MANHOLE R4-MH407D FOR FUTURE USE. BRING IN 100-PAIR

LEAVE 12 STRAND SMFOC (R4-FOC10, 157-168) IN SPLICE CASE

SYSTEM VIA SPARE DUCT AND SPARE INNER DUCT.

MANHOLE R4-MH404 TO R4-MH407D THRU EXISTING DUCT

1301-1400) AND 24 STRAND SMFOC (R4-FOC10, 145-168) FROM

BRING IN 100-PAIR COPPER TELEPHONE CABLE (R4-06 PAIRS,

INSTALLATION AND SPLICING WITH COR.

THE SPLICE CASE IN THE MAINHOLE. COORDINATE

1301-1400) AND 24 STRAND SMFOC (R4-FOC10, 145-168) FROM

SPLICE 100-PAIR COPPER TELEPHONE CABLE (R4-06 PAIRS,

GENERAL SHEET NOTES

MANHOLE/HANDHOLE/TRANSFORMER.

CENTER POINT OF THE

PROVIDED COORDINATE IS AT THE 1.

Fort Worth District

KNOX BOX

8.

MECHANICAL RM 156.

BOX TO FIRE ALARM PANEL IN

ALARM TAMPER CIRCUIT FROM KNOX

1" CONDUIT WITH WIRING FOR FIRE

ES501

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G -1

-B -0

J U

N E

GROUND RING

#1/0 COPPER (TYPICAL OF 4)

GROUND ROD

#1/0 COPPER

X0 TERMINAL

ARRESTOR GROUND

#4 COPPER SURGE

GROUND BUS OR PAD GROUND BUS OR PAD

AS REQURED

NO. OF CONDUITS PRIMARY NEUTRAL GROUND

MIN.

3'

GROUNDING SYSTEM

CONNECT TO BUILDING

COMPARTMENT

LOW VOLTAGE

COMPARTMENT

HIGH VOLTAGE

CHAMFER

EXPOSED

BUSHING

GROUNDING

MIN.

GRAVEL

SUB-BASE

CONCRETE ENCASEMENT

FOR PRIMARY CONDUIT

SECONDARY SERVICE

FINISHED GRADE

TRANSFORMER

METAL ENCLOSED

M

IN

GROUND

#1/0 COPPER

GROUND ROD

EDGES

WALLS.

SHALL OPEN AWAY FROM SCREEN

SO THAT TRANSFORMER DOORS

NOTE: SET TRANSFROMER ON PAD,

4"

"4

2"

4"

" x 10' 4

1" PVC

M

IN

GENERAL NOTES:

WITH COR.

STUB 6" AFG. COORDINATE

WATTMETER IN A BUILDING.

1" C WITH PULLWIRE TO A

CONDUIT

SLEEVE

2.

1.

PAD.

OTHER BOLLARDS. BOLLARDS SHALL ENCIRCLE EACH TRANSFORMER

FROM THE EDGE OF THE CONCRETE PAD, AS WELL A 48" FROM

PADS AS BOLLARDS. BOLLARDS SHALL BE LOCATED 24" AWAY

COOLING TOWERS SHALL HAVE 8" PIPE GUARDS SURROUNDING THE

ALL OF THE TRANSFORMERS AND PADS TO THE BUILDINGS AND THE

FOR DISTRIBUTION CENTERS.

PAD-MOUNTED TRANSFORMERS ARE COVERED BY OTHER DETAILS

VARIOUS BUILDINGS AND THE COOLING TOWERS. ALL OTHER

THIS DETAIL IS SPECIFICALLY FOR TRANSFORMERS TO SERVE THE

ES501ES101

SCALE: N.T.S

PAD MOUNTED TRANSFORMER GROUNDING DETAIL

ES501ES101

SCALE: N.T.S

PAD MOUNTED TRANSFORMER DETAIL

GROUND

#4 COPPER

GROUNDS

CABLE SHIELD

10" OR PAD

GROUND BUS

6" COMPACTED

CONDUIT

STEEL

RIGID

METALLIC TO NON-METALLIC

CONDUIT ADAPTER

ELEVATION

PLAN

ARM FOR HOLD DOWN BOLTING

MARK COVER APPROPRIATELYLIFT HOLES

M

IN

M

IN

MAXIMUM EXTENSION

COVER USED AS AN

PULLBOX WITHOUT

REINFORCING

FABRIC

PROVIDE WIRE

CAPILLARY FILL

MINIMUM REQUIREMENTS: BOX INTERIOR

1/2" DIA. x 3" LONG WITH 2" ARM

2" DUCT 1

2"

M

IN

6" DEEP GRAVEL

THICK WALLS AND 1-7/8" THICK COVER

SIZE 22" LONG x 12" WIDE WITH 1-1/2"

BELOW GRADE.

MUST BE 2'-0" MIN.

TO WHERE CONDUIT

2'-0" MAX. DISTANCE

COVER

ELECTRICAL PLANS.

REQUIRED. SEE EXTERIOR

NO. & SIZE OF DUCTS AS

CONSTR. JT.

OPTIONAL

PULL RING

END BELLS & PLUGS

RACK

CABLE

4 SIDES OF OPNG.

2- #6

M

IN

(SQ. OR O)

CONSTR. JOINT

(DESIGN FOR H2O WHEEL LOAD)

CAST IRON FRAME & COVER

BOLTED ON COVER

SEE NOTE 5

SEE NOTE 3

SEE NOTE 4

SEE NOTE 2

LEAD CONNECTIONS

EXOTHERMIC WELD

UNDERGROUND STRUCTURE

1.

NOTES:

2.

3.

4.

5.

6.

ADDITIONAL TEST LEAD, IF REQUIRED SHALL BE COLOR CODED RED.

FOR TESTING.

LEAVE SUFFICIENT SLACK IN LEADS TO ALLOW REMOVAL OF THE COVER

IF APPROVED BY THE CONTRACTING OFFICER.

OTHER COMMERCIALLY AVAILABLE TEST STATIONS WILL BE ACCEPTABLE

NATURAL GRADE

FINISHED

RECEIVE THE TEST LEADS.

CONTACT TERMINAL STRIP BOLTED TO COVER AND READY TO

CAST IRON OR PLASTIC. THE BOX SHALL BE COMPLETE WITH A TWO

CURB BOX SHALL BE A STANDARD PRODUCT, AND MAY BE MADE OF

7.

& PLUGS (TYP)

4-4" FORMED OPENINGS

E.W. AT CENTER

#6 @ 12" O.C.

8"

48"

8"

30"

12"

M

IN

"4"

M

IN

1"

NEVER MORE THAN 500' FROM THE LAST STATION.

THAN 500' IN LENGTH, BUT THEY SHALL BE SPACED EVENLY AND

LONG. TEST STATIONS SHALL ALSO BE INSTALLED ON PIPES LONGER

A TEST STATION SHALL BE INSTALLED FOR ALL PIPES LESS THAN 500'

PLAN VIEW

SPECIFICATIONS, OR AS DIRECTED BY THE CONTRACTING OFFICER.

THE TYPE OF TEST STATION SHALL BE AS SPECIFIED IN THE

PAINTED YELLOW

24"X24"X12"

CONCRETE BASE

ES501ES101

SCALE: N.T.S

(FOR POTENTIAL MEASUREMENTS)

TEST STATION - FLUSH MOUNTED

LEAD SHALL BE COLOR CODED RED.

CONTRACT DRAWINGS OR IN THE SPECIFICATIONS. THE TEST

PROVIDE ONE TEST LEAD UNLESS OTHERWISE INDICATED ON THE

VOTAGE

LOW

ES501ES102

SCALE: N.T.S

PULL BOX DETAIL

ES501ES102

SCALE: N.T.S

HANDHOLE DETAIL

CONCRETE PAD W/#4 @ 12"

O.C.E.W.

ES502

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$DATE$ $TIME$

S u b m it te d b y

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D e s ig n e d b y

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W

G -1

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J U

N E

4" CONDUITS

4" CONDUITS

12"

3' MIN. FOR ABOVE 600V

2' MIN. FOR 600V & BELOW.

2' MIN. FOR COMMUNICATIONS

MIN.

6"

S A

N D

B E

D CONDUIT

O.D.

MIN.

4"

TOP OF FINISHED GRADE

COMPACT EACH LAYER TO 95% MAXIMUM DENSITY.

BACKFILL MATERIAL CLASSIFIED SATISFACTORY; PLACE

SANDBEDDING FOR SECONDARY, 3000 PSI CONCRETE

FOR PRIMARY AND COMMUNICATIONS. SEE CONCRETE

ENCASED DETAILS ON THIS SHEET.

MARKING TAPE, RED, WITH IDENTIFYING LETTERING

(1750 PSI LENGTHWISE X 1500 PSI CROSSWISE

MINIMUM STRENGTH).

OPERATED MACHINE COMPACTORS (8" FOR OTHERS).

IN LIFTS NOT EXCEEDING 6" (LOOSE) FOR HAND

5 MIL MINIMUM X 6" WIDE, POLYETHYLENE

12"

2' MIN. FOR 600V & BELOW.

2' MIN. FOR COMMUNICATIONS

3' MIN. FOR ABOVE 600V

TOP OF PAVING

COMPACT EACH LAYER TO 95% MAXIMUM DENSITY.

BACKFILL MATERIAL CLASSIFIED SATISFACTORY; PLACE

3000 PSI CONCRETE. SEE CONCRETE ENCASED DETAILS

ON THIS SHEET. DYE CONCRETE RED FOR PRIMARY.

MARKING TAPE, RED, WITH IDENTIFYING LETTERING

(1750 PSI LENGTHWISE X 1500 PSI CROSSWISE

MINIMUM STRENGTH).

5 MIL MINIMUM X 6" WIDE, POLYETHYLENE

IN LIFTS NOT EXCEEDING 6" (LOOSE) FOR HAND

OPERATED MACHINE COMPACTORS (8" FOR OTHERS).

O.D.

CONDUIT

CONCRETE ENCASED TRENCH.

SEE CONCRETE ENCASED DETAILS ON THIS SHEET FOR

EXISTING BITUMINOUS PAVING

NEW HOT MIX SURFACE COURSE

COAT

TACK

SAWCUT EXISTING PAVING

EXISTING BITUMINOUS PAVING

TOP OF PAVING

12"

3000 PSI CONCRETE.

3' MIN. FOR ABOVE 600V

2' MIN. FOR 600V & BELOW.

2' MIN. FOR COMMUNICATIONS

CONDUIT

O.D.

CONCRETE ENCASED TRENCH.

SEE CONCRETE ENCASED DETAILS ON THIS SHEET FOR

COMPACT EACH LAYER TO 95% MAXIMUM DENSITY.

BACKFILL MATERIAL CLASSIFIED SATISFACTORY; PLACE

3000 PSI CONCRETE. SEE CONCRETE ENCASED DETAILS

ON THIS SHEET. DYE CONCRETE RED FOR PRIMARY.

MARKING TAPE, RED, WITH IDENTIFYING LETTERING

(1750 PSI LENGTHWISE X 1500 PSI CROSSWISE

MINIMUM STRENGTH).

5 MIL MINIMUM X 6" WIDE, POLYETHYLENE

IN LIFTS NOT EXCEEDING 6" (LOOSE) FOR HAND

OPERATED MACHINE COMPACTORS (8" FOR OTHERS).

6-WAY

3"

2" min.

3" min.2"

2" min.

3"

4-WAY3-WAY

min.3" 3"

1-WAY

3" 3"

3"

3"

3" 2" min. min.

2"

3" min.3"

2-WAY

3" 2" min. 3"

3"

3"

3"

2" min.

3"

3" min.2"

MINIMUM

10' O R C

O N

C R

E T

E D

IT

C H

E D

G E O

F P

A V

E M

E N

T

S E

E N

O T

E

FINISHED GRADE

STEEL PIPE CASING

E D

G E O

F P

A V

E M

E N

T

MINIMUM

10'

CONCRETE

A

A

4" DUCT (TYP)

2"

20" (MIN.) STEEL PIPE CASING

SECTION A-A

COMMUNICATIONS DUCTS.

AND 4" WIDE TRENCH FOR SECONDARY AND

6" WIDE TRENCH FOR PRIMARY ELECTRICAL DUCTS

SHEET FOR CONCRETE ENCASED TRENCH. MINIMUM

TRENCH. SEE CONCRETE ENCASED DETAILS ON THIS

3 TIMES CONDUIT DIAMETER FOR SAND BED CONDUIT

ES502

SCALE: N.T.S

PRIMARY & SECONDARY IN NON-PAVED AREAS

DETAIL FOR UNDERGROUND COMMUNICATIONS, ELECTRICAL

ES102

ES101

ES502

SCALE: N.T.S

ES102

ES101

PRIMARY & SECONDARY UNDER NEW PAVING

DETAIL FOR UNDERGROUND COMMUNICATIONS, ELECTRICAL

ES502

SCALE: N.T.S

ES102

ES101

PRIMARY & SECONDARY UNDER EXISTING PAVING

DETAIL FOR UNDERGROUND COMMUNICATIONS, ELECTRICAL

IN ORDER TO EASILY IDENTIFY LOCATION OF FIBER OPTIC LINES.

TRACER WIRE SHALL BE PLACED ON TOP OF THE DUCT BANK

ADJACENT ELECTRIC POWER AND COMMUNICATION DUCTS.

NOTE: 3" OF CONCRETE SHALL BE PROVIDED BETWEEN

3"

ES502

SCALE: N.T.S

ES102

ES101

CONCRETE ENCASED DUCT DETAILS

4. DISTANCE SHALL BE A MINIMUM OF 4' BELOW STREET LEVEL.

COMPLETION OF BORE.

ATIONS SHALL BE REPAIRED WITH SOLID SOD WITHIN ONE WEEK AFTER

TATIVE BEFORE DIGGING BEGINS. TURFING DISTURBED BY BORING OPER-

LOCATIONS MUST BE APPROVED BY CONTRACTING OFFICER'S REPRESEN-

ATIONS SHALL BE REPAIRED TO THEIR ORIGINAL CONDITION. BORING PIT

3. ANY DEMOLITION OF DITCHES, CONCRETE LINES, ETC. FROM BORING OPER-

OF 10' FROM STREET.

2. STREET OR CONCRETE DITCH SIDE OF BORE PIT SHALL BE A MINIMUM

BE FILLED WITH CONCRETE.

1. STEEL CASING SHALL BE INSTALLED BY DRY BORING JACKING. VOID TO

ES502

SCALE: N.T.S

ROAD BORING DETAIL

ES101

TRACER WIRE.

TRACER WIRE.

TRACER WIRE.

ES503

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T R I C

ELECTRIC

1"

MANHOLE

WALL

3"

SIDE VIEW

0.2"

2" 5" 2"

BOLTS AND

EXPANSION

SHIELDS

OF 2" X 0.4"

PORCELAIN

INSULATOR

2" RADIUS

1"

CABLE RACK

FASTEN BY MEANS

GRADE

FINISHED

APPROX. 0.6"

C.I. FRAME AND COVER

(DESIGN FOR H20 WHEEL

LOAD)

GROUT

2" CLR.

M

IN

CONSTR.

JOINT

O.C.E.W.

AT CENTER

3" CLR.

SUMP COVER

CAST METAL

5"

SECTION

12"

1"

CABLE-PULLING

IRON

8"(TYP.)

DIAGONAL BARS (1 EA.)

CORNER OF SUMP.

PROVIDE 4#4 x 36"

8" MIN.

M

IN

(TYP.)

24"

2" CLR.

1" CLR.

CABLE

RACKS

OPTIONAL

CONSTR.

JOINT

10"

AND FRAME

REQUIRED

DUCTS AS

144"

#4 SPACED AS SHOWN

PLAN

CAST METAL

SUMP COVER

AND FRAME

RACKS

CABLE

CSYM. ABOUT L

CL

ES503

SCALE: N.T.S

COMMUNICATION MANHOLE DETAIL

ES102

0.5" 12"

SUMP FRAME AND COVER

13"

0.4"

15"

MANHOLE

WALL

INSTALL

BEHIND VERTICAL

REINFORCEMENT

BARS.

PLAN VIEW

CABLE-PULLING IRON

.7

3"

3" R.

3.5"

32"

42"

21"

ENTRANCE FRAME

" 2

ENTRANCE COVER

32"

TELEPHONE

COVER

HANDLE

3"

0.4"

ES503

SCALE: N.T.SES101

ELECTRICAL MANHOLE DETAIL

0.5" 12"

15"

SUMP FRAME AND COVER

13"

0.4"

5"2"

0.2"

1"

2"

BOLTS AND

EXPANSION

SHIELDS

OF 2" x 0.4"

FASTEN BY MEANS

PORCELAIN

INSULATOR

2" RADIUS

CABLE RACK

AS REQUIRED BY SPECIFICATIONS.

OF HOOKS AND INSULATORS

NOTE: INSTALL NUMBER

REQUIRED

DUCTS AS

72"

RACKS

CABLE

CAST METAL

SUMP COVER

SYM. ABOUT LC

PLAN C.I. FRAME AND COVER

(DESIGN FOR H20 WHEEL

LOAD)

GROUT

2" CLR.

GRADE

FINISHED

APPROX. 0.6"

M

IN

OPTIONAL

CONSTR.

JOINT

CABLE

RACKS

1" CLR.

2" CLR.

24"

(TYP.)

10"

8" MIN.

CABLE-PULLING

IRON

CAST METAL

AND FRAME

SUMP COVER

JOINT

CONSTR.

O.C.E.W.

AT CENTER

GROUND ROD

0.75" X 10'.

CLR.

3"

5" 12"

SECTION

DIAGONAL BARS (1 EA.)

CORNER OF SUMP.

PROVIDE 4#4 x 36"

AND FRAME

MANHOLE

WALL

SIDE VIEW

3"

REINFORCEMENT

BARS.

WALL

INSTALL

MANHOLE

.7

3"

3.5"

3"

PLAN VIEW

CABLE-PULLING IRON

" 32"

21"

ENTRANCE FRAME

" 2

32"

COVER

HANDLE

ENTRANCE COVER

0.4"

3"

CL

8" (TYP.)

4"

BEHIND VERTICAL

42"

#4 @ 12"

#4 @ 12"

#4 SPACED AS SHOWN

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GENERAL SHEET NOTES

E

N

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XX

/3

P

30/3P

15A

TVSS

C2

APPEAR ON THE OTHER ELECTRICAL DRAWINGS.

NOT ALL SYMBOLS SHOWN ON THIS SHEET MAY

ROUND PENDANT HIGH BAY FIXTURE.

ROUND PENDANT HIGH BAY FIXTURE WITH EMERGENCY BATTERY.

ROUND DOWNLIGHT FIXTURE.

ROUND DOWNLIGHT FIXTURE WITH EMERGENCY BATTERY.

EXTERIOR WALL MOUNTED LIGHT FIXTURE.

HAND-OFF-AUTO SELECTOR SWITCH.

TOGGLE SWITCH.

PUSHBUTTON NORMALLY CLOSED

PUSHBUTTON NORMALLY CLOSED

PUSHBUTTON NORMALLY OPEN

NORMALLY CLOSED CONTACT

NORMALLY OPEN CONTACT

ARRESTOR VALVE

ARRESTOR

TRANSIENT VOLTAGE SURGE SUPPRESSOR

TRANSFER SWITCH. RATINGS AS INDICATED.

TRANSFORMER WITH GROUND. RATINGS AS INDICATED.

THERMAL OVERLOAD DEVICE

IN-LINE POWER FUSE DEVICE

FUSE. TRIP RATING AS INDICATED

30/3P INDICATES 30A 3 POLE.

SWITCH. SIZE AND RATINGS AS LISTED.

60/3 INDICATES 60 AMP RATING, 3 POLE

THERMAL MAGNETIC CIRCUIT BREAKER

CURRENT TRANSFORMER

POTENTIAL TRANSFORMER

DIGITAL MULTI-METER

GROUND

BATTERY

ANTENNA6" ABOVE COUNTER LEVEL

AMP FRAME. USED IN CONJUNCTION WITH "AT"

ABOVE FINISHED FLOOR

ABOVE FINISHED GRADE

AMP TRIP. USED IN CONJUNCTION WITH "AF" OR "NF"

BUILDING AUTOMATION SYSTEM OR SUBCONTRACTOR

BELOW FINISHED GRADE

IN STATEMENT IS ABBREVIATION FOR "CONDUIT"

AT DEVICE INDICATES DEVICE FOR CENTRAL CLOCK SYSTEM

CABLE/TV SYSTEM

AT DEVICE INDICATES DEVICE FOR CLOSED CIRCUIT TV SYSTEM

CIRCUIT

CONTRACTING OFFICER REPRESENTATIVE

DEVICE DEDICATED FOR COPIER

AT DEVICE INDICATES DEVICE FOR DATA SYSTEM

DOUBLE POLE SINGLE THROW SWITCH/MECHANISM

ELECTRICAL CONTRACTOR

EQUIPMENT MANUFACTURER

AT DEVICE INDICATES DEVICE IS EXISTING

AC

AF

AFF

AFG

AT

BAS

BFG

C

C

CATV

CCTV

CKT

C.O.R.

CPR

D

DPST

FUSIBLE SWITCH

FIRE PROTECTION TRADE/SUBCONTRACTOR

FULL VOLTAGE NON-REVERSING

GENERAL CONTRACTOR

FIBER OPTIC CABLE

DEVICE DEDICATED FOR MICROWAVEMO

FRACTIONAL HORSEPOWER CONTROLLER

ISEC

MASS NOTIFICATION SYSTEM

INFORMATION SYSTEMS ENGINEERING COMMAND

MANHOLE

HORSEPOWER

JUNCTION BOX

MECHANICAL/TRADES. DIVISION 15.

KITCHEN EQUIPMENT CONTRACTOR

FHC

EX

FPC

FVNR

FS

EM

GFIP

GFCI

MH

EC

JB

MOTOR CONTROL CENTERMCC

GF

HAND-OFF-AUTOHOA

FOC

HP

GC

KEC

MNS

MC

RELAY

NOT IN CONTRACT

SINGLE MODE

RIGID METAL CONDUIT

SINGLE POLE SINGLE THROWSPST

NOT FUSED/NON-FUSIBLE SWITCH

MANUAL STARTING SWITCH

SWITCH

PANELBOARDPNLBD

OUTSIDE PLANT (TELECOMMUNICATIONS)OSP

UNLESS NOTED OTHERWISE

WEATHERPROOF (NEMA 3R)

DEVICE DEDICATED FOR VENDING

SINGLE POLE DOUBLE THROW

UNO

REL

V

UPS

MS

SW

NIC

NF

WP

RFR

ON CENTER

SPDT

DEVICE DEDICATED FOR REFRIGERATOR

SM

RMC

O.C

XP

RATED. SEE LIFE SAFETY PLAN FOR AREA RATINGS.

AT DEVICE INDICATES DEVICE IS EXPLOSION PROOF

GOCO GOVERNMENT OWNER CONTRACTOR OPERATED

GROUND FAULT CIRCUIT INTERRUPT DEVICE

GROUND FAULT CIRCUIT INTERRUPT PROTECTED OUTLET

GROUND FAULT INTERRUPT PROTECTION

UNINTERRUPTED POWER SUPPLY

KEYED NOTE

GROUND LEVEL CONDUCTOR RUN.

ABOVE GRADE CONDUCTOR RUN.

BONDING TO BUILDING STEEL

ALUMINUM AIR TERMINAL. SIZE PER SPECIFICATION.

MECHANICAL EQUIPMENT.

SCHEDULED FEEDER

FOR CLARIFICATION.

SPECIFIC BONDING POINT SHOWN IN PLANS

UNSWITCHED CIRCUIT PHASE CONDUCTOR.

BATTERY. CONNECT EMERGENCY BALLAST TO

RECESS MOUNTED FIXTURE WITH EMERGENCY

CIRCUIT PHASE CONDUCTOR.

BATTERY. CONNECT EMERGENCY BALLAST TO UNSWITCHED

SURFACE/PENDANT MOUNTED FIXTURE WITH EMERGENCY

EMERGENCY BATTERY.

EXTERIOR WALL MOUNTED LIGHT FIXTURE WITH

TYPICAL FOR ALL CONFIGURATIONS

FACE(S). ARROW DENOTES DIRECTIONAL ARROW.

CEILING MOUNTED EXIT SIGN. FILLED AREA INDICATES

MOTOR CONTROL CENTER

STARTER. PART OF PROTECTIVE DEVICE IN

TYPICAL FOR ALL CONFIGURATIONS

FACE(S). ARROW DENOTES DIRECTIONAL ARROW.

WALL MOUNTED EXIT. FILLED AREA INDICATES

A B-12c

B-12cA

A B-12c

B-12cA

A B-12c

B-12cA

"TW" INDICATES TEST WELL.

GROUND ROD/BONDING, 3/4" DIA X 10' COPPER-GLAD STEEL. TW

LIGHTNING PROTECTION SYMBOLS

GENERAL SYMBOLS

ELECTRICAL ABBREVIATIONS ONE-LINE DIAGRAM SYMBOLS

XX-#X

SURFACE/PENDANT/WALL MOUNTED FIXTURE.

a a

ALL FIXTURES.

"B" INDICATES PANEL. "c" PRECEDING CIRCUIT NO. INDICATES SWITCH LEG TYPICAL FOR

FIXTURE TYPE. "a" DONATES SWITCH WITH THE SAME LETTER OPERATES THIS FIXTURE.

RECESS MOUNTED FIXTURE. "A" INDICATES

DM

NATIONAL ELECTRICAL CODE.

16. ALL ELECTRICAL WORK SHALL COMPLY WITH THE

UTILIZED OUTDOORS OR IN WET LOCATIONS.

LIQUID TIGHT FLEXIBLE METAL CONDUIT SHALL BE

OR ANY OTHER EQUIPMENT THAT MAY VIBRATE.

TO ANY MOTOR, COMPRESSOR, TRANSFORMER

MINIMUM OF TWO FEET PRIOR TO THE CONNECTION

15. FLEXIBLE METAL CONDUIT SHALL BE INSTALLED A

ARCHITECTURAL PLANS.

ENVELOPE REQUIREMENTS. SEE DETAILS ON THE

RECOMMENDATIONS, FIRE RATINGS, AND U-FACTOR /

SEALED IN ACCORDANCE WITH ROOF MANUFACTURER

14. ALL CONDUITS THAT PENETRATE THE ROOF SHALL BE

EQUIPMENT LOCATIONS AND FURNITURE LAYOUT.

13. DEVICE LOCATIONS SHALL BE COORDINATED WITH

BE RATED FOR 90 DEGREES C IN WET LOCATIONS.

12. ALL CONDUCTORS INSTALLED BELOW GRADE SHALL

NOTED.

CONDUCTOR SIZE SHALL BE #12 UNLESS OTHERWISE

11. MINIMUM CONDUIT SIZE SHALL BE 1/2 INCH, MINIMUM

SURFACE AND BUILDING FLOOR.

CONDUITS PRIOR TO PENETRATING THE SOIL

CONDUIT WILL BE PROVIDED FOR ALL UNDERGROUND

10. TRANSITION FROM PVC TO PVC-COATED RIGID STEEL

PRIOR TO CONCRETE PLACEMENT.

CONTRACTOR IS TO INSTALL ALL CONDUITS AND SLEEVES

NO PENETRATIONS IN THE BUILDING FOUNDATION WALLS.

BE INSTALLED BELOW THE BUILDING FOUNDATION WITH

9. UNDERGROUND CONDUIT ENTERING THE BUILDING WILL

DETERMINE DEFICIENT DURING TESTING.

AE502 CORRECT ALL PENETRATIONS THAT ARE

WALL PENETRATION REQUIREMENTS REFER TO SHEET

WITH THE BUILDING AIR BARRIER REQUIREMENTS. FOR

8. ELECTRICAL PENETRATION OPENINGS SHALL COMPLY

RECOMMENDATION FOR EACH AREA REQUIRING SENSORS.

AND QUANTITY OF SENSORS PER MANUFACTURER

POSITION AND QUANTITY. PROVIDE PLACEMENT

AND PHOTOCELLS SENSORS IS FOR PROPOSED

7. PLACEMENT OF CEILING MOUNTED OCCUPANCY

FROM THE BRANCH CIRCUIT INDICATED.

SHALL HAVE AN UNSWITCHED PHASE CONDUCTOR

6. ALL LIGHT FIXTURES WITH AN EMERGENCY LED DRIVER

WITH DEDICATED NEUTRALS.

5. ALL 20A/1P BRANCH CIRCUITS SHALL BE PROVIDED

4. NOT USED.

CONDUCTORS PLUS ONE GROUND CONDUCTOR.

REQUIRED NUMBER OF SWITCHED OR TRAVELER

3. EACH SWITCH SHALL BE CONNECTED BY THE

THE MOST DISTANT POINT IN THE CIRCUIT.°

THE DISTANCE SHALL BE MEASURED FROM PANEL TO

BE A MINIMUM #8, PROVIDING A PIGTAIL IF NECESSARY.

BE A MINIMUM #10 AWG. CIRCUITS OVER 85' SHALL

2. 20A/1P, 120 VOLT BRANCH CIRCUITS 55' TO 85' SHALL

MAXIMUM 78" AFF, UNLESS NOTED OTHERWISE.

OF OPERATING HANDLE AT ITS HIGHEST POSITION IS

AND DISCONNECTING SWITCHES MOUNTED SO HEIGHT

ENCLOSED CIRCUIT BREAKERS, MOTOR CONTROLLERS

MOUNTED AT 48" AFF (CENTER), AND PANELBOARDS,

MOUNTED AT 18" AFF (CENTER), LIGHTING SWITCHES

1. RECEPTACLES AND TELECOMMUNICATIONS OUTLETS

A B-12c

B-12cA

A B-12c

B-12cA

A

B-12c

B-12c

A

LIGHTING SYMBOLS

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GENERAL SHEET NOTES

FLOOR MOUNTED RECEPTACLE. TYPE AS SHOWN.

PRE-WIRED CONTROL PANEL

L

2 & 3

NOTES

ELECTRIC WATER COOLER. MOUNT BEHIND EQUIPMENT SKIRT.

GFCI DUPLEX RECEPTACLE DEDICATED FOR

SM

GFCI

WP

EWC

PJ

TV

AC

APPEAR ON THE OTHER ELECTRICAL DRAWINGS.

NOT ALL SYMBOLS SHOWN ON THIS SHEET MAY

POWER AND SPECIAL SYSTEMS SYMBOLS

QUADRUPLEX RECEPTACLE. MOUNTED AT 18" AFF U.N.O.

SPLIT WIRED DUPLEX RECEPTACLE. MOUNTED AT 18" AFF U.N.O.

NEMA 5-20 SIMPLEX RECEPTACLE. WALL MOUNTED AT 18" AFF UNO.

WALL MOUNTED AT 18" AFF U.N.O.

NEMA 5-20 DUPLEX RECEPTACLE. TYPICAL FOR ALL RECEPTACLES U.N.O.

WALL MOUNTED AT 18" AFF U.N.O.

GFCI DUPLEX RECEPTACLE WITH WEATHERPROOF IN-USE COVER.

GFCI DUPLEX RECEPTACLE. WALL MOUNTED AT 18" AFF U.N.O.

WALL MOUNTED AT 18" AFF U.N.O.

OCCUPANCY SENSOR CONTROLLED, DUPLEX RECEPTACLE.

TV

POWER WHIP FOR MODULAR FURNITURE.

PWCP

HUBBELL #HBL5235 OR EQUAL

NEMA 5-20 "CLOCK" RECEPTACLE

DIRECT RELATIONSHIP TO NOTED DIAGRAM.

CEILING MOUNTED JUNCTION BOX. "2" SUBSCRIPT INDICATES

FOR ALL SWITCHES.

LETTERS INDICATE SWITCH LEG. TYPICAL

SINGLE POLE SWITCH. LOWER CHARACTER

DOUBLE POLE SWITCH (DPST)

THREE WAY SWITCH…