Drawing_85-96_pages.pdf

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CONSTRUCTION OF 90 DEGREE ELBOWS CONSTRUCTION OF 45 DEGREE ELBOWS ROUND BRANCH TAKEOFF

TYPICAL RECTANGULAR

TRANSITION

TYPICAL RECTANGULAR TO

ROUND TRANSITION

TYPICAL SPLITTER DAMPER

TYPICAL TURNING VANES

RECTANGULAR BRANCH TAKE OFF

TYPICAL VOLUME DAMPER

1 1/2W

ROUND 90° ELBOW

CL

LC

"W"

SQUARE 90° ELBOW

CL

LC

SQUARE 45° ELBOWROUND 45° ELBOW

AIR

FLOW

"W"

"W"

BRANCH

MAIN

BRANCH

ROUND DUCT

MAINSPLITTER DAMPER

BRANCH

DAMPER ADJUSTMENT

ROD & LOCK SCREW

1"R

2" R

ADIU

S

HINGE

POINT

USE THIS DESIGN WHERE

SQUARE 90° ELBOWS ARE

SHOWN ON PLANS OR IF

SPACE CONDITIONS DO

NOT PERMIT INSTALLATION

OF ROUND 90° ELBOWS

USE THIS DESIGN WHERE

ROUND 90° ELBOWS ARE

SHOWN ON PLANS

TURN VANES-SEE

DETAIL THIS SHEET

"W

"W"

"W

TURN VANES-SEE DETAIL

THIS SHEET

1 1/2W

"W

"W" "W"

"W

USE THIS DESIGN

WHERE ROUND 45°

ELBOWS ARE SHOWN

ON PLANS

USE THIS DESIGN

WHERE RECTANGULAR

45° ELBOWS ARE

SHOWN ON PLANS

TURN VANES -SEE

DETAIL THIS SHEET

FLOW

AIR

MAIN

SLOPE NOT TO

EXCEED 1" IN 4"

RECTANGULAR

DUCT

SLOPE NOT TO

EXCEED 1" IN 4"

1"1"

AIR

FLOW

TURN

VANES

CONNECTION

LINKAGE

DOUBLE ACTING

BLADES

OPERATING SHAFT

FOR QUADRANT

OR MOTOR.

GENERAL INSTALLATION NOTES:

1. ALL DUCTS SHALL BE CONSTRUCTED AND ERECTED IN A NEAT

AND WORKMANLIKE MANNER.

2. DUCTS SHALL BE CONSTRUCTED OF THE WEIGHTS, GAUGES, AND

MATERIAL SHOWN IN THE SCHEDULE OF THESE DRAWINGS.

3. THE DIMENSION SHOWN FOR ALL DUCTS SHOWN IN PLAN GIVE

THE NET INSIDE CLEAR WIDTH FIRST AND THEN THE NET INSIDE CLEAR

HEIGHT.

4. AIR TURNING VANES SHALL BE INSTALLED IN ALL ABRUPT

ELBOWS TO PREVENT TURBULENCE.

5. DUCTS SHALL BE SECURELY ATTACHED TO THE BUILDING

CONSTRUCTION IN AN APPROVED MANNER.

6. DIVERGING TRANSITION PIECE SHALL BE MADE AS GRADUAL AS

POSSIBLE.

7. INSTALL FIRE/SMOKE DAMPERS IN ACCORDANCE WITH UL 555.

8. ACCESS PANELS SHOULD BE PLACED BEFORE AND/OR AFTER

EQUIPMENT INSTALLED IN THE DUCT.

9. DUCT AREA SHOULD NOT BE DECREASED MORE THAN 10

PERCENT WHEN OBSTRUCTIONS CANNOT BE AVOIDED, AND THEN

A STREAMLINED FITTING SHOULD BE USED.

10. FLEXIBLE FABRIC CONNECTIONS (OR EQUAL) SHOULD BE USED

ON BOTH INLETS AND OUTLETS OF ALL FAN COIL UNITS.

11. JOINTS AND SEAMS OF SUPPLY DUCTS SHALL BE FASTENED

SECURELY AND MADE AIR TIGHT.

USE SPLITTER

DAMPERS ON

DUCT TEES.

WEIGHT

HORIZONTAL VERTICAL

FLOW

AIR

AIR FLOW

FLOWAIR

ANGLE STOP

SPRING

CATCH

SPRING

CATCH

FUSIBLE

LINK

ACCESS PANEL

DETERMINE SIZE

& LOCATED IN

THE FIELD

ANGLE

STOP

HINGE

POINT

FUSIBLE

LINK

NOT TO SCALE

TYPICAL FIRE DAMPER

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NOTES:

NOTES:

REMARKS:

REMARKS:

1. PROVIDE WITH UNIT MOUNTED DISCONNECT.

2. FAN TO BE VARIBEL VOLUME.

AIR COOLED CONDENSING UNIT SCHEDULE

MARK

ASSOCIATED

AHU EER [SEER]

TOTAL CAP

(MBH)

AMBIENT

AIR (°F)

UNIT ELECTRICAL

MANUFACTURER/MODELMCA MOCP VOLT/PH

CU-1 AHU-1 12.5 48.5 105 37 60 208/1 TRANE/4TWR706A1

CU-2 AHU-2 [15.3] 20.5 105 13 20 208/1 TRANE/PUZ-A18NHA4

CU-3 AHU-3 [20.8] 11.7 105 11 28 208/1 TRANE/PUZ-A12NKA7

CU-4 AHU-4 12.5 41.2 105 24 40 208/1 TRANE/4TWR5048H1

CU-5 AHU-5 12.5 53.2 105 32 50 208/1 TRANE/4TWR4060G1

CU-6 AHU-6 [15.3] 20.5 105 13 20 208/1 TRANE/PUY-A18NHA6

CU-7 AHU-7 [15.2] 13.7 105 13 15 208/1 TRANE/PUY-A12NHA4

CU-8 AHU-8 12.0 19.7 105 14 25 208/1 TRANE/4TWR4024G1

CU-9 AHU-9 12.0 35.9 105 22 35 208/3 TRANE/4TWR5042H1

GAS FIRED RADIANT HEATER SCHEDULE

MARK SERVES CAPACITY (MBH) MOUNTING HEIGHT VOLT/PH MANUFACTURER/MODEL

GRH-1 THRU 8 MAINTENANCE AREA 30 13 120/1 REZNOR/RIHN30

GRH-9 THRU 20 REPAIR AREA 30 13 120/1 REZNOR/RIHN30

1. ESP DOES NOT INCLUDE UNIT OR FILTER LOSSES.

2. PROVIDE WITH FIELD-INSTALLED CONDENSATE LIFT PUMP AND UL-APPROVED FLOAT SWITCH IN DRAIN PAN.

3. POWERED BY AIR-COOLED CONDENSING UNIT.

1. PROVIDE WITH APPROPRIATE ACCESSORIES TO SUPPORT HEATER FROM WALL.

2. PROVIDE WITH FACTORY THERMOSTAT. SET TO 55°F (ADJUSTABLE).

3. PROVIDE WITH UNIT MOUNTED DISCONNECT.

DEDICATED OUTSIDE AIR SYSTEM SCHEDULE

MARK

SUPPLY FAN

EER

COOLING GAS HEATING UNIT ELECTRIC

OPERATING

WEIGHT

(LB) MANUFACTURER/MODELCFM

FAN

HP/QTY

BHP

(HP)

EXT S.P.

(IN WG)

TOTAL

NOM CAP

(MBH)

TOTAL

SEN CAP

(MBH)

AMBIENT

AIR (°F)

EAT

DB/WB

(°F)

LAT

DB/WB

(F)

HEATING

INPUT

(MBH)

HEATING

OUTPUT

(MBH) EAT (°F)

LAT

(°F) VOLT/PH MCA MFS

DOAS-1 1,000 2.5/1 0.47 1.0 9.9 89.8 58.3 105 105/78 51.4/51.4 75 60 24 79.6 208/3 45.5 70 1409 TRANE/OABD108D3

DOAS-2 500 2.5/1 0.24 1.0 12.0 38.5 26.5 105 105/78 56.1/56.1 50 40 24 98.1 208/3 25.0 35 1305 TRANE/OABD036D3

EXHAUST FAN SCHEDULE

MARK LOCATION SERVES CFM

EXT S.P.

(IN WG)

MAX.

SONES

MOTOR

MANUFACTURER/MODEL NOTES

ENCLOSURE

TYPE

POWER

(HP) RPM VOLTS PH

EF-1 SIDEWALL MOUNTED MAINTENANCE AREA 4,000 0.40 16.9 EXP 1.0 1725 208 3 GREENHECK/CWB-180-10 1, 2

EF-3 SIDEWALL MOUNTED FLUID DISTRIBUTION 100 0.18 2.5 ODP 1/100 1300 120 1 GREENHECK/CW-060-G 1, 3

EF-4 CEILING MOUNTED MENS RESTROOM 260 0.40 3.5 ODP 121W - 120 1 GREENHECK/SP-A410 1

EF-5 CEILING MOUNTED WOMENS RESTROOM 260 0.40 3.5 ODP 121W - 120 1 GREENHECK/SP-A410 1

EF-6 CEILING MOUNTED JANITOR 60 0.25 1.0 ODP 17W - 120 1 GREENHECK/SP-B80 1

EF-7, 8 SIDEWALL MOUNTED MECHANICAL/ELECTRICAL 200 0.40 6.5 ODP 1/20 1550 120 1 GREENHECK/CW-080-D 1, 3

EF-9, 10 SIDEWALL MOUNTED REPAIR AREA 6,800 0.40 23 EXP 2.0 1725 208 3 GREENHECK/CWB-220-20 1, 2

HEATING VENTILATOR UNIT

MARK SERVES CFM

FAN

HP/QTY BHP (HP) HEATING TYPE

HEATING

INPUT

(MBH)

HEATING

OUTPUT

(MBH) EAT (°F) TEMP RISE VOLT/PH MCA MOCP

OPERATING

WEIGHT MANUFACTURER/MODEL

HVU-1, 2 MAINTENANCE AREA 3,700 5.0/1 2.4 DIRECT GAS-FIRED 134.7 123.9 24 31.0 208/3 21.6 35 685 GREENHECK/DG-112-H10

HVU-3, 4 REPAIR AREA 6,700 7.5/1 5.25 DIRECT GAS-FIRED 243.8 224.3 24 31.0 208/3 30.9 50 882 GREENHECK/DG-115-H20

REMARKS:

1. PROVIDE WITH UNIT MOUNTED DISCONNECT.

2. PROVIDE WITH MODULATING HOT GAS REHEAT COIL.

3. PROVIDE WITH GAS HEAT EXCHANGER WITH MODULATING CAPACITY CONTROL AND HIGH TURNDOWN KIT.

4. PROVIDE WITH FACTORY FURNISHED ONBOARD BACNET CONTROLLER.

REMARKS:

1. PROVIDE WITH UNIT MOUNTED DISCONNECT.

2. FAN TO BE VARIABLE VOLUME.

3. PROVIDE WITH FACTORY SPEED CONTROLLER.

DX SPLIT - SYSTEM INDOOR UNIT SCHEDULE

MARK

NOM

SIZE

(TONS) CFM

OUTSIDE

(CFM)

EXT S.P.

(IN WG)

COOLING HEATING UNIT ELECTRIC

MANUFACTURER/MODEL NOTES

TOTAL

NOM CAP

(MBH)

TOTAL

SEN CAP

(MBH)

AMBIENT

AIR (°F)

EAT

DB/WB

(°F)

LAT

DB/WB

(F)

HTG CAP

(MBH)

AMBIENT

AIR (°F)

EAT

(°F)

LAT

(°F)

FAN

POWER

(HP) VOLT/PH MCA MOCP

AHU-1 5.0 1,850 400 0.67 47.7 38.5 105 73.8/61.3 53.8/51.8 38.4 24 70 89.2 0.75 208/1 9.0 15.0 TRANE/TEM6A0D60H51 1

AHU-2 1.5 425 - - 20.5 13.3 105 80.0/67.0 49.3 19.9 24 70 115.1 208/1 - - TRANE/PKA-A18HA4 2,3

AHU-3 1.0 425 - - 11.7 9.6 105 80.0/67.0 57.9 8.6 24 70 89.4 208/1 - - TRANE/PKA-A12HA7 2,3

AHU-4 4.0 1,600 450 0.48 41.2 30.2 105 72.0/60.5 53.9/50.9 30.4 24 70 87.6 0.75 208/1 9.0 15 TRANE/TEM6A0C48H41 1

AHU-5 5.0 1,900 150 0.41 53.2 45.7 105 77.7/63.0 55.2/53.1 40.1 24 70 89.5 0.75 208/1 9.0 15.0 TRANE/TEM6A0C60H51 1

AHU-6 1.5 425 - - 20.5 13.3 105 80.0/67.0 49.3 - - - - 208/1 - - TRANE/PKA-A18HA4 2,3

AHU-7 1.0 425 - - 13.7 10.4 105 80.0/67.0 56.1 - - - - 208/1 - - TRANE/PKA-A12HA4 2,3

AHU-8 2.0 700 170 .43 19.7 15.6 105 73.1/60.9 52.2/50.5 15.2 24 70 90.1 0.33 208/1 4.0 15.0 TRANE/TEM6A0B24H21 1

AHU-9 3.5 1,300 330 .37 35.9 29.1 105 72.1/60.5 51.4/50.3 26.7 24 70 89.0 0.5 208/1 5.0 15.0 TRANE/TEM6A0C42H41 1

1. PROVIDE WITH FACTORY HAILGUARD.

2. SIZE, ROUTE, INSULATE AND PROVIDE APPURTENANCES FOR DX REFRIGERANT PIPING SYSTEMS, AS PER MANUFACTURER RECOMMENDATIONS.

3. PROVIDE WITH LOW AMBIENT OPERATION.

VEHICLE EXHAUST FAN SCHEDULE

MARK SERVES CFM

EXT S.P.

(IN WG)

MOTOR

MANUFACTURER/MODEL

POWER

(HP) VOLTS PH

VE-1, 6 THRU 8 MAINTENANCE/REPAIR AREA 4,000 5 5.0 208 3 CAR-MON/CMB-30

VE-2 THRU 5 MAINTENANCE/REPAIR AREA 5,600 5 7.5 208 3 CAR-MON/CMB-32

REMARKS:

1. PROVIDE WITH UNIT MOUNTED DISCONNECT.

2. PROVIDE WITH STAND ALONE CO / NOX WALL-MOUNTED DETECTION SYSTEM (ONE BETWEEN EACH WORK BAY).

ELECTRIC PROPELLER UNIT HEATER SCHEDULE

MARK SERVES TYPE

CAPACITY

(KW)

AIRFLOW

(CFM)

THROW

(FT)

MOUNTING

HEIGHT (FT)

UNIT ELECTRICAL

MANUFACTURER/MODELVOLT/PH AMPS

UH-1 FLUID DISTRIBUTION 2.8 410 12 8 208/1 13.1 CHROMALOX/HVH-02-81-00

UH-2 MECHANICAL 2.8 410 12 8 208/1 13.1 CHROMALOX/HVH-02-81-00

UH-3 ELECTRICAL 2.8 410 12 8 208/1 13.1 CHROMALOX/HVH-02-81-00

UH-4 NONSENS SECURE STORAGE 2.8 410 12 8 208/1 13.1 CHROMALOX/HVH-02-81-00

5. PROVIDE WITH MERV-8 PLEATED FILTER.

6. FACTORY RUNISHED HAIL GUARD.

DIFFUSER, REGISTER AND GRILLE SCHEDULE

MARK TYPE

FACE SIZE

INCHES

NECK SIZE

INCHES MANUFACTURER/MODEL NOTES

A SQUARE CEILING SUPPLY DIFFUSER 24" X 24" 8" TITUS/TMS

B SQUARE CEILING SUPPLY DIFFUSER 24" X 24" 10" TITUS/TMS

C SQUARE CEILING SUPPLY DIFFUSER 24" X 24" 12" TITUS/TMS

D SQUARE CEILING RETURN DIFFUSER 24" X 24" 10" X 10" TITUS/PAR

E SQUARE CEILING RETURN DIFFUSER 24" X 24" 12" X 12" TITUS/PAR

F SQUARE CEILING RETURN DIFFUSER 24" X 24" 15" X 15" TITUS/PAR

G SQUARE CEILING RETURN DIFFUSER 24" X 24" 18" X 18" TITUS/PAR

REMARKS:

1. PROVIDE WITH APPROPRIATE ACCESSORIES TO SUPPORT HEATER FROM WALL.

2. PROVIDE WITH INTEGRAL THERMOSTAT SET TO 55°F (ADJ.)

3. PROVIDE INTEGRAL DISCONNECT.

REMARKS:

1. UNITS SHALL BE FURNISHED WITH APPROPRIATE FRAMES, ETC. FOR MOUNTING IN RESPECTIVE CEILING OR WALL TYPES.

2. SOUND VALUES SHALL NOT EXCEED 30 NC (ROOM).

M A

R K

D E

S C

R

IP

T

IO

N D

A

HVUOA

CONTROLLER

HARDWIRED TO

EMERGENCY

SHUTDOWN SWITCH

1 10

H

C

POINT NAMETAG

BAS INPUT/OUTPUT POINT LIST

AI AO DI DO ALARM

OUTSIDE AIR TEMPERATURE (GLOBAL)

EMERGENCY SHUTDOWN (GLOBAL)

DIRECT FIRED HEATING VENTILATOR CONTROL SEQUENCE

1. THE HVU SHALL BE CONTROLLED BY THE BAS AND REMAIN ENABLED 24/7. THE BAS CONTRACTOR

SHALL PROVIDE THE HVU SYSTEM WITH A BACNET CONTROLLER. THE UNIT SHALL START AND STOP

BASED ON THE FOLLOWING CRITERIA: OCCUPANCY SCHEDULE, CARBON MONOXIDE AND NITROUS

OXIDE SENSORS, OR MANUAL/REMOTE OVERRIDE THROUGH THE BAS.

2. THE HVU SHALL BE CONTROLLED AS FOLLOWS WHEN THE SPACE IS OCCUPIED (AS DETERMINED BY

OCCUPANCY SCHEDULE):

2.1.SUPPLY FAN: THE SUPPLY FAN SHALL OPERATE CONTINUOUSLY WHEN THE SPACE IS OCCUPIED.

2.1.1. WHEN THE AMBIENT TEMPERATURE IS BELOW 55°F THE HVU SHALL PROVIDE 100% OUTSIDE

AIR TEMPERED TO 55°F TO THE SPACE.

2.1.2. WHEN THE AMBIENT TEMPERATURE IS ABOVE 55°F THE HVU SHALL PROVIDE 100% OUTSIDE

AIR TO THE SPACE.

2.1.3. COORDINATE HIGH/LOW LEVEL VFD SETPOINTS WITH TAB CONTRACTOR.

2.1.4. DURING NORMAL OPERATIONS THE HVU SHALL OPERATE AT OPERATING CFM AS SPECIFIED

ON SCHEDULE.

2.1.5. AT THE LOW LEVEL OF THE CO AND NOx SETPOINT THE SUPPLY FAN SHALL RAMP UP TO

PROVIDE FULL CFM AS SPECIFIED ON SCHEDULE.

2.1.6. ONCE THE CO AND NOx LEVELS HAVE FALLEN BELOW THE LOW LEVEL SET POINT, THE HVU

SHALL FALL BACK DOWN TO NORMAL OPERATING CONDITIONS.

3. THE HVU SHALL BE CONTROLLED AS FOLLOWS WHEN THE SPACE IS UNOCCUPIED (AS DETERMINED

BY OCCUPANCY SCHEDULE):

3.1.SUPPLY FAN: THE SUPPLY FAN SHALL NOT OPERATE UNLESS MANUALLY OVERRIDDEN FROM THE

BAS OR FROM CARBON MONOXIDE AND NITROUS OXIDE SENSORS.

3.2.DAMPER POSITION: THE OUTSIDE AIR DAMPER SHALL BE FULLY CLOSED.

4. EMERGENCY SHUTDOWN: THE UNIT FAN SHALL STOP, THE GAS CONTROL VALVE SHALL CLOSE AND

THE OUTSIDE AIR DAMPER SHALL BE MOVED TO THE CLOSED POSITION IN THE EVENT THAT AN

EMERGENCY SHUTDOWN BUTTON IS TRIGGERED IN THE FACILITY. NORMAL OPERATIONS SHALL

RESUME ONLY AFTER A MANUAL SYSTEM RESET AT THE BAS.

5. THE HVU SHALL BE PROVIDED WITH THE FOLLOWING ALARMS:

5.1.SIGNAL FROM VFD INSTALLED ON THE SUPPLY FAN CIRCUIT SHALL SEND AN ALARM TO THE BAS IF

THE FAN IS COMMANDED ON AND NO CURRENT IS DETECTED.

5.2.THE BAS SHALL MONITOR THE SPACE CO AND NOx SENSORS AND SEND AN ALARM IF THE SPACE

LEVELS RISE ABOVE THE LOW LEVEL SETPOINT (ADJ.)

5.3.A SMOKE DETECTOR LOCATED IN THE SUPPLY AIR DUCTWORK SHALL BE HARD WIRED INTO THE

MOTOR CONTROL CIRCUIT TO SHUT DOWN THE FAN AND SEND AN ALARM TO THE BAS IF SMOKE IS

DETECTED.

5.4.THE CONTROLLER WILL ACTIVATE AN ALARM WHEN THE FILTER PRESSURE LOSS ACROSS THE FILTER

EXCEEDS THE HIGH LIMIT SETPOINT OF 0.7 INCHES STATIC PRESSURE (ADJ.)

5.5.THE CONTROLLER WILL ACTIVATE AN ALARM WHEN AN EMERGENCY SYSTEM SHUTDOWN IS

TRIGGERED.

14 X

SUPPLY FAN ON/OFF

SUPPLY FAN FAILURE

SUPPLY FAN STATUS (VFD)

VFD SPEED SIGNAL

GAS CONTROL VALVE

LEAVING AIR TEMPERATURE SENSOR

SMOKE DETECTOR

FILTER ALARM

SYSTEM ENABLE

X

X

X X

X

X X

X X

X

OUTDOOR AIR DAMPER X

FILTER DIFFERENTIAL PRESSURE

SPACE AIR TEMPERATURE X

X

3 46

M

T

VFD

T

DP

POINT NAMETAG

BAS INPUT/OUTPUT POINT LIST

AI AO DI DO ALARM

FAN STATUS (VFD)

FAN FAILURE

EXHAUST FAN CONTROL SEQUENCE

1. THE EXHAUST FANS IN THE WORKBAYS SHALL BE CONTROLLED BY THE BAS AND REMAIN ENABLED 24/7. THE BAS CONTRACTOR

SHALL PROVIDE THE EXHAUST FAN SYSTEM WITH A BACNET CONTROLLER. THE UNIT SHALL START AND STOP BASED ON THE

FOLLOWING CRITERIA: OCCUPANCY SCHEDULE, CARBON MONOXIDE AND NITROUS OXIDE SENSORS, OR MANUAL/REMOTE

OVERRIDE THROUGH THE BAS.

2. THE EXHAUST FANS SHALL BE CONTROLLED AS FOLLOWS WHEN THE SPACE IS OCCUPIED (AS DETERMINED BY OCCUPANCY

SCHEDULE):

2.1. THE FAN SHALL OPERATE CONTINUOUSLY WHEN THE SPACE IS OCCUPIED.

2.1.1. COORDINATE HIGH/LOW LEVEL VFD SETPOINTS WITH TAB CONTRACTOR.

2.1.2. DURING NORMAL OPERATIONS THE EXHAUST FAN SHALL OPERATE AT OPERATING CFM AS SPECIFIED ON SCHEDULE.

2.1.3. AT THE LOW LEVEL OF THE CO AND NOx SETPOINT THE EXHAUST FAN SHALL RAMP UP TO PROVIDE FULL CFM AS

SPECIFIED ON SCHEDULE.

2.1.4. ONCE THE CO AND NOx LEVELS HAVE FALLEN BELOW THE LOW LEVEL SET POINT, THE EXHAUST FAN SHALL FALL BACK

DOWN TO NORMAL OPERATING CONDITIONS.

3. THE EXHAUST FAN SHALL BE CONTROLLED AS FOLLOWS WHEN THE SPACE IS UNOCCUPIED (AS DETERMINED BY OCCUPANCY

SCHEDULE):

3.1. THE EXHAUST FAN SHALL NOT OPERATE UNLESS MANUALLY OVERRIDDEN FROM THE BAS OR FROM CARBON MONOXIDE AND

NITROUS OXIDE SENSORS.

4. EMERGENCY SHUTDOWN: THE UNIT FAN SHALL STOP IN THE EVENT THAT AN EMERGENCY SHUTDOWN BUTTON IS TRIGGERED

IN THE FACILITY. NORMAL OPERATIONS SHALL RESUME ONLY AFTER A MANUAL SYSTEM RESET AT THE BAS.

5. THE EXHAUST FAN SHALL BE PROVIDED WITH THE FOLLOWING ALARMS:

5.1.A CURRENT TRANSFORMER INSTALLED ON THE EXHAUST FAN CIRCUIT SHALL SEND AN ALARM TO THE BAS IF THE FAN IS

COMMANDED ON AND NO CURRENT IS DETECTED.

5.2.THE BAS SHALL MONITOR THE SPACE CO AND NOx SENSORS AND SEND AN ALARM IF THE SPACE LEVELS RISE ABOVE THE LOW

LEVEL SETPOINT (ADJ.)

5.3.THE CONTROLLER WILL ACTIVATE AN ALARM WHEN AN EMERGENCY SYSTEM SHUTDOWN IS TRIGGERED.

X

FAN ON/OFF (OCCUPANCY SCHEDULE)

VFD SPEED SIGNAL

SYSTEM ENABLE

X

X X

X

EA OUT

BUILDINGEF

EA

FROM

SPACE

HARDWIRED TO

EMERGENCY

SHUTDOWN SWITCH

6 EMERGENCY SHUTDOWN (GLOBAL) X

CONTROLLER

VFD4

ELECTRIC UNIT HEATER START/STOP:

THE HEATER SHALL NORMALLY BE CONTROLLED BY THE SPACE MOUNTED

DEDICATED THERMOSTAT, THE DDC SYSTEM SHALL MONITOR THE SPACE

TEMERATURE. IF AT ANY TIME THE SPACE TEMPERATURE DROPS BELOW 55°F, AN

ALARM SHALL BE SENT TO THE BAS.

THE UNIT SHALL NOT BE AFFECTED DURING OCCUPANCY SCHEDULE.

ELECTRIC UNIT HEATER:

55° F

POINT NAMETAG

BAS INPUT/OUTPUT POINT LIST

AI AO DI DO ALARM

2 TEMPERATURE SENSOR

X

X

HEATER START/STOP

X

CARBON MONOXIDE / NITROUS OXIDE DETECTORS ARE FOR MONITORING AND ALARM

ONLY. THERE SHALL BE TWO SET POINT LEVELS (ADJ). WHEN LEVELS EXCEED THE FIRST

SETPOINT (ADJ), A SIGNAL SHALL BE SENT TO THE HVU'S VIA BAS. WHEN LEVELS EXCEED

THE SECOND SETPOINT (ADJ), ALARM IS TO BE VISUALLY DISPLAYED AND AUDIBLY

ALARMED IN SPACE AND AN ALARM SENT TO BAS.

CARBON MONOXIDE / NITROUS OXIDE DETECTORS:

POINT NAMETAG

BAS INPUT/OUTPUT POINT LIST

AI AO DI DO ALARM

2 HIGH LEVEL SETPOINT

X X

LOW LEVEL SETPOINT

CO NOx

CONTROLLER

ALARM

INFRARED UNIT HEATER START/STOP:

THE DDC SYSTEM SHALL ENABLE/DISABLE THE INFRARED UNIT HEATERS.

THE DDC SHALL ENABLE THE UNIT HEATERS WHEN THE OUTSIDE AIR TEMPERATURE IS

LESS THAN 75 DEGREES F.

HEATING SPACE TEMPERATURE SETPOINTS:

WHEN ENABLED, THE UNIT HEATER SHALL BE CONTROLLED BY A WALL THERMOSTAT TO

MAINTAIN 55 DEGREES F SETPOINT.

UNOCCUPIED SETBACK:

ON A PROGRAMMED TIME SCHEDULE (ADJUSTABLE), THE UNIT SHALL SWITCH TO AN

UNOCCUPIED MODE OF OPERATION. IN UNOCCUPIED MODE, THE UNIT SHALL NOT BE

ALLOWED TO START.

INFRARED UNIT HEATER:

EXHAUST FAN START/STOP:

THE FAN SHALL START/STOP BY A LOCAL SWITCH LOCATED IN THE WORK BAYS.

HOSE REEL START/STOP:

THE HOSE REEL SHALL START/STOP BY A LOCAL SWITCH LOCATED IN THE WORK BAYS.

VEHICLE EXHAUST SYSTEM:

THERE SHALL BE AN EMERGENCY SHUTOFF SWITCH LOCATED IN ALL BUILDINGS (REFER TO

MECHANICAL PLANS FOR LOCATIONS). IF AN EMERGENCY SWITCH IS ACTIVATED, THE

FOLLOWING MECHANICAL EQUIPMENT SHALL BE SHUTDOWN AND AN ALARM SHALL BE

SENT TO THE BUILDING AUTOMATION SYSTEM:

ALL FAN COIL UNITS EXCLUDING COILS SERVING IT OR TELECOM ROOMS.

ALL EXHAUST FANS.

ALL HEATING AND VENTILATING UNITS.

IF AN EMERGENCY SWITCH IS ACTIVATED, THE FOLLOWING MECHANICAL EQUIPMENT

SHALL OPERATE NORMALLY:

ALL ELECTRIC UNIT HEATERS.

HEAT PUMP SERVING IT AND TELECOM ROOM FAN COIL UNITS.

ONCE AN EMERGENCY SWITCH IS ACTIVAED, USER INTERVENTION AT THE BUILDING

AUTOMATION SYSTEM SHALL BE REQUIRED TO RESTART THE MECHANICAL EQUIPMENT.

EMERGENCY SHUTDOWN OF HVAC EQUIPMENT:

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F re e se a n d N ic h o ls

In c.

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F O

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NOT TO SCALE

HEATING VENTILATOR UNIT P&ID

CONTROL SCHEMATIC

NOT TO SCALE

EXHAUST FAN FOR WORKBAYS P&ID

CONTROL SCHEMATIC

NOT TO SCALE

ELECTRIC UNIT HEATERS P&ID

CONTROL SCHEMATIC

NOT TO SCALE

INFRARED UNIT HEATERS P&ID

CONTROL SCHEMATIC

DOASOA SA

INTEGRAL

CONTROLLER

HARDWIRED TO

EMERGENCY SHUTDOWN

SWITCH

2 3

P

C

R

C

7 6 5

(TYPICAL)

DEDICATED OUTSIDE AIR SYSTEM CONTROL SEQUENCE

1. THE DOAS SHALL BE CONTROLLED BY THE BAS AND REMAIN ENABLED DURING OCCUPIED HOURS. REFER TO THIS SHEET FOR MORE

INFORMATION ON OCCUPANCY SCHEDULE.

2. DOAS CONTROL: THE DOAS SYSTEM SHALL BE PROVIDED WITH A FACTORY FURNISHED ON-BOARD BACNET CONTROLLER. THE MANUFACTURER

SHALL USE ITS PREFERRED SEQUENCE TO MEET THE FOLLOWING REQUIREMENTS: IN COOLING, THE CONTROLLER SHALL MONITOR THE

PRIMARY COIL LEAVING AIR TEMPERATURE AND MODULATE REFRIGERANT FLOW TO MAINTAIN THE PRIMARY COIL LEAVING AIR

TEMPERATURE SET POINT OF 55°F. THE DOAS SYSTEM SHALL THEN MODULATE THE REHEAT COIL TO REHEAT THE AIR TO THE SUPPLY AIR

TEMPERATURE SETPOINT OF 75°F. IN HEATING, THE CONTROLLER SHALL MONITOR THE SUPPLY AIR TEMPERATURE AND MODULATE

REFRIGERANT FLOW TO MAINTAIN THE SUPPLY AIR TEMPERATURE SETPOINT OF 70°F.

3. EMERGENCY SHUTDOWN: UPON ACTIVATION OF PUSHBUTTONS INSTALLED IN THE SPACE, OR UPON SIGNAL FROM THE FACP, DE-ENERGIZE

ALL HVAC EQUIPMENT AND CLOSE ALL MOTORIZED DAMPERS.

POINT NAMETAG

BAS INPUT/OUTPUT POINT LIST

AI AO DI DO ALARM

OUTSIDE AIR TEMPERATURE

FILTER DIFFERENTIAL PRESSURE

SUPPLY AIR TEMPERATURE

X

X

X X

EMERGENCY SHUTDOWN (GLOBAL)

SUPPLY FAN FAILURE X

X

SUPPLY FAN ON/OFF

SUPPLY FAN STATUS

X

CONDENSATE OVERFLOW X

SUPPLY AIR FLOW X

SUPPLY AIR TEMPERATURE SETPOINT X

PRIMARY COIL LEAVING AIR TEMPERATURE X

PRIMARY COIL LEAVING AIR TEMP. SETPOINT X

XSYSTEM ENABLE13 X

X

X

EA OUT

BUILDINGEF

EA

FROM

SPACE

POINT NAMETAG

BAS INPUT/OUTPUT POINT LIST

AI AO DI DO ALARM

FAN STATUS (CT SENSOR)

FAN FAILURE

EMERGENCY SHUTDOWN (GLOBAL) X

FAN ON/OFF (OCCUPANCY SCHEDULE) X

X

X

HARDWIRED TO

EMERGENCY

SHUTDOWN SWITCH

EXHAUST FAN CONTROL SEQUENCE

1. THE EXHAUST FANS SHALL BE ENABLED AND ENERGIZED DURING OCCUPIED HOURS. REFER TO THIS SHEET

FOR MORE INFORMATION ON OCCUPANCY SCHEDULE.

2. BAS TO MONITOR CT FOR STATUS, PROVIDE ALARM IF FAN IS COMMANDED ON BUT FAN IS NOT

OPERATING.

3. EMERGENCY SHUTDOWN: UPON ACTIVATION OF PUSHBUTTONS INSTALLED IN THE SPACE, OR UPON

SIGNAL FROM THE FACP, DE-ENERGIZE ALL HVAC EQUIPMENT AND CLOSE ALL MOTORIZED DAMPERS.

POINT NAMETAG

BAS INPUT/OUTPUT POINT LIST

AI AO DI DO ALARM

FILTER DIFFERENTIAL PRESSURE

RETURN AIR TEMPERATURE

X X

XEMERGENCY SHUTDOWN (GLOBAL)

SUPPLY FAN FAILURE X

XSUPPLY FAN STATUS

CONDENSATE OVERFLOW X

MINI-SPLIT CONTROL SEQUENCE

1. THE MINI-SPLIT SYSTEM SHALL REMAIN ENABLED DURING ALL HOURS.

2. MINI-SPLIT CONTROL: THE MINI-SPLIT SYSTEM SHALL BE PROVIDED WITH A FACTORY FURNISHED ON-BOARD BACNET CONTROLLER. THE

MANUFACTURER SHALL USE ITS PREFERRED SEQUENCE TO MEET THE FOLLOWING REQUIREMENTS: THE SPACE AIR TEMPERATURE SETPOINT

SHALL BE MONITORED AND THE SYSTEM SHALL BE ENERGIZED TO MAINTAIN THE SETPOINTS 72°F.

3. THE ONBOARD BACNET CONTROLLER SHALL COMMUNICATE WITH THE BAS TO ALLOW THE MONITORING AND CONTROL OF I/O POINTS LISTED

HERE. THE SYSTEM SHALL BE ENABLED 24/7.

4. ALARMS: THE ONBOARD BACNET CONTROLLER SHALL TRANSMIT SYSTEM ALARMS TO THE GUI. THE ONBOARD CONTROLLER SHALL, AT A

MINIMUM, TRACK ALARMS LISTED IN THE I/O POINTS LIST.

SPACE AIR TEMPERATURE X

SPACE AIR TEMPERATURE SETPOINT X

COMPRESSOR FAILURE X

XCOMPRESSOR STATUS

ACCU FAN FAILURE X

XACCU FAN STATUS11

ACCU

RA SA

INTEGRAL

CONTROLLER

HARDWIRED TO

EMERGENCY

SHUTDOWN SWITCH

6 7

MS

72° F

ACCU

RA SA

INTEGRAL

CONTROLLER

HARDWIRED TO

EMERGENCY

SHUTDOWN SWITCH

6 7

FCU

75° F

POINT NAMETAG

BAS INPUT/OUTPUT POINT LIST

AI AO DI DO ALARM

FILTER DIFFERENTIAL PRESSURE

RETURN AIR TEMPERATURE

X X

XEMERGENCY SHUTDOWN (GLOBAL)

SUPPLY FAN FAILURE X

XSUPPLY FAN STATUS

CONDENSATE OVERFLOW X

MINI-SPLIT CONTROL SEQUENCE

1. THE MINI-SPLIT SYSTEM SHALL REMAIN ENABLED DURING ALL HOURS.

2. MINI-SPLIT CONTROL: THE MINI-SPLIT SYSTEM SHALL BE PROVIDED WITH A FACTORY FURNISHED ON-BOARD BACNET CONTROLLER. THE

MANUFACTURER SHALL USE ITS PREFERRED SEQUENCE TO MEET THE FOLLOWING REQUIREMENTS: THE SPACE AIR TEMPERATURE SETPOINT SHALL

BE MONITORED AND THE SYSTEM SHALL BE ENERGIZED TO MAINTAIN THE SETPOINTS 75°F (COOLING) & 70°F (HEATING).

3. THE ONBOARD BACNET CONTROLLER SHALL COMMUNICATE WITH THE BAS TO ALLOW THE MONITORING AND CONTROL OF I/O POINTS LISTED HERE.

THE SYSTEM SHALL BE ENABLED 24/7.

4. ALARMS: THE ONBOARD BACNET CONTROLLER SHALL TRANSMIT SYSTEM ALARMS TO THE GUI. THE ONBOARD CONTROLLER SHALL, AT A MINIMUM, TRACK ALARMS LISTED IN THE I/O POINTS LIST.

SPACE AIR TEMPERATURE X

SPACE AIR TEMPERATURE SETPOINT X

COMPRESSOR FAILURE X

XCOMPRESSOR STATUS

ACCU FAN FAILURE X

XACCU FAN STATUS11

SCHEDULE OF OPERATION: PROVIDE 7-DAY SCHEDULES

OCCUPIED: FROM 8 AM (ADJ) - 6 PM (ADJ).

UNOCCUPIED: 6 PM (ADJ) - 8 AM (ADJ).

OCCUPANCY SCHEDULE:

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1 DOAS P&ID CONTROL SCHEMATIC

NOT TO SCALE

EXHAUST FAN P&ID CONTROL

SCHEMATIC

NOT TO SCALE

MINI-SPLIT (COOLING ONLY) P&ID

CONTROL SCHEMATIC

NOT TO SCALE

MINI-SPLIT (WITH HEATING) P&ID

CONTROL SCHEMATIC

REMARKSMANUFACTURER AND MODEL NO.

ELEMENT DATA

W

MARK LOCATION

INSTANTANEOUS GAS WATER HEATER SCHEDULE

MAX BTU/HR.

INPUT

GWH-1 199,900 350 NAVIEN, NPE-240-NG

MIN BTU/HR.

19,900

V PH

120 1

HZ

FLOW RATE

TEMP RISE F FLOW GPM

6.5JANITOR CLOSET SINGLE WATER HEATER60

NOTES :

1. SET OUTLET TEMPERATURE TO 120 MAX.

2. EXTERNAL HOT WATER CIRCULATION PUMP.

3. REFER TO SPECIFICATIONS FOR ADDITIONAL INFORMATION.

PLAN/DETAIL

SHEET WHERE RISER

DIAGRAM IS SHOWN

NOTE: ALL SYMBOLS AND ABBREVIATIONS SHOWN ARE NOT NECESSARILY USED ON THE DRAWINGS.

NUMBER

RE: X/PX

PLUMBING RISER LOCATOR

DRAWING/DETAIL REFERENCE

RISER

NUMBER

X

TEE OUT OF TOP OF PIPE

CAP ON END OF PIPE

BELOW FINISHED GRADE

BELOW FINISHED FLOOR

1/8" PER FOOT SLOPE

1/4" PER FOOT SLOPE

ABOVE FINISHED GRADE

ABOVE FINISHED FLOOR

TEE OUT OF BOTTOM OF PIPE

AMERICANS WITH DISABILITIES ACT

GALLONS PER HOUR

GALLONS PER MINUTE

VENT THROUGH ROOF

TEXAS ACCESSIBILITY STANDARD

DOUBLE CHECK BACKFLOW PREVENTER

TEXAS COMMISSION ON ENVIRONMENTAL QUALITY

POINT OF NEW TO EXISTING CONNECTION

DRAINAGE WASTE AND VENT

RECOVERY

HORSE POWER

TEMPERATURE

REFER TO:

TYPICAL

WITH

RD

1/4"/FT

1/8"/FT

OFD OVERFLOW DRAIN

ROOF DRAIN

FLOOR SINK

FLOOR DRAIN

BFG

DCBFP

TAS

TEMP

TCEQ

RE:

REC

GPH

HP

GPM

TYP

VTR

W/

DWV

BFF

FS

RD

ADA

AFG

AFF

OFD

FD

HW(140°)

SS

ABBREVIATION

NFWH or HB

ENGINE OIL

WASTE OIL OUT OF SPEC

DOUBLE GRADE CLEANOUT

DIRECTION OF FLOW

DIRECTION OF PITCH DOWN (SLOPE)

VALVE IN RISER (TYPE AS SPECIFIED OR NOTED)

SHUT-OFF VALVE (SEE SPECIFICATIONS FOR TYPE)

NON-FREEZE WALL HYDRANT or HOSE BIBB

EXISTING PIPING TO BE REMOVED (DEMO PLAN ONLY) (INDICATE SERVICE TYPE)

PIPE TURNING AND RISING UP

PIPE TURNING AND DROPPING DOWN

PCO

WCO

GCO

DGCO

FCO

NFWH or HB

PLUG CLEANOUT

WALL CLEANOUT

GRADE CLEANOUT

RELIEF VALVE

FLOOR CLEANOUT

UNION

GR

A T

G

GO

O

AF

UAF

WOS

OW

WO

TRANSMISSION FLUID

NATURAL GAS

COMPRESSED AIR

GREASE

ANTIFREEZE

GEAR OIL

USED ANTIFREEZE

OIL/WATER WASTE

EXISTING PIPING (INDICATE SERVICE TYPE)

WASTE OIL

PCO

WCO

GCO

FCO

DGCO

A G

AF

GR

T

O

GO

UAF

WOS

OW

WO

PLUMBING LEGEND

SYMBOL

OFD

RD

COLD WATER

ROOF DRAIN

VENT

SANITARY SEWER

OVERFLOW DRAIN

HOT WATER (140°)

DESCRIPTION

V

CW

RD

OFD

COLD WATER FIXTURE UNITS CWFU'S

SWFU'SSANITARY WASTE FIXTURE UNITS

NOT TO SCALE NTS

INVERT ELEVATION OR FLOW LINE I.E.

HWHOT WATER

140HW

HOT WATER RETURN HWR

UNDERFLOOR U/F

REDUCER OR INCREASER FITTING

FIXTURE UNIT F.U.

REDUCED PRESSURE BACKFLOW PREVENTER RPBFP

140HW

RD

OFD

G A T

GR

GO

AF

O

WO

WOS

UAF

OW

X

X

WATER HAMMER ARRESTOR WHA

XX

XX XX

XX

GENERAL NOTES:

1. THIS PROJECT IS DESIGNED BASED ON THE FOLLOWING CODES: INTERNATIONAL PLUMBING CODE 2015. UFC-3-420-01 PLUMBING SYSTEMS, UFC 4-010-01 DOD MINIMUM ANTITERRORISM STANDARDS FOR BUILDINGS, UFC-4-024-01 PROCEDURES FOR DESIGNING AIRBORNE CHEMICAL PROTECTION FOR BUILDINGS.

2. REFER TO ARCHITECTURAL REFLECTED CEILING PLANS FOR THE EXACT LOCATION OF ALL CEILING MOUNTED DEVICES.

3. REFER TO ARCHITECTURAL INTERIOR ELEVATION DRAWINGS, WHERE THE ARCHITECT HAS DRAWN SUCH ELEVATIONS, FOR THE LOCATIONS OF ALL WALL MOUNTED DEVICES. OTHERWISE INSTALL PER INDUSTRY

STANDARDS, CODES AND/OR ORDINANCES OF THE AUTHORITY HAVING JURISDICTION.

4. COORDINATE ALL SLAB PENETRATIONS AND SLEEVES PRIOR TO EACH CONCRETE POUR. VERIFY EXACT LOCATION OF CONCRETE FLOOR "LEAVE-OUTS" FOR PLUMBING FIXTURE ROUGH-INS.

5. PROVIDE ACCESS DOORS FOR INSTALLATION IN WALLS AND CEILINGS WHERE ACCESS IS REQUIRED TO CONCEALED PLUMBING EQUIPMENT, VALVES, CONTROLS AND OTHER DEVICES.

6. INSTALL PIPING TO PROVIDE THE MAXIMUM POSSIBLE CLEAR HEIGHT UNDERNEATH. MAINTAIN A MINIMUM OF 10 INCHES ABOVE FINISHED CEILING TO PROVIDE CLEARANCE FOR LIGHTING FIXTURES.

7. COORDINATE THE EXACT LOCATION OF FLOOR DRAINS WITH THE ARCHITECTURAL DRAWINGS AND MECHANICAL EQUIPMENT LOCATIONS PRIOR TO INSTALLATION OF DRAINS.

8. COORDINATE WORK WITH ARCHITECTURAL FEATURES, PIPING, EQUIPMENT, MECHANICAL WORK, ELECTRICAL WORK, AND BUILDING STRUCTURE TO AVOID INTERFERENCES.

9. PROVIDE RATED INTUMESCENT CAULK OR PUTTY AT ALL FIRE RATED PENETRATION LOCATIONS, INCLUDING BUT NOT LIMITED TO STAIRWELLS, CORRIDORS, AND MECHANICAL OR ELECTRICAL EQUIPMENT ROOMS.

ESCUTCHEONS ARE NOT REQUIRED, EXCEPT IN EXPOSED LOCATIONS. HOWEVER THE CAULK OR PUTTY SHALL BE INSTALLED SMOOTH AND FLUSH TO THE SURROUNDING SURFACE.

10. MINIMUM SLOPE FOR DRAINAGE PIPE WITHIN 5'-0" OF BUILDING IS 1/4" PER FOOT FOR 2-1/2" DIAMETER AND LESS AND 1/8" PER FOOT FOR 3" DIAMETER AND GREATER. MINIMUM SLOPE FOR DRAINAGE PIPE BEYOND

5'-0" OF BUILDING IS 1%.

REFER TO SPECIFICATIONS FOR ADDITIONAL INFORMATION, ACCEPTABLE MANUFACTURER AND MODEL NUMBER ON PLUMBING FIXTURES.

ROUGH-IN (INCHES)

1/2"

NOTE:

SSK1 SERVICE SINK 3" 2"

DESCRIPTION

URINALUR1

MARK

2"2"

W V

30"x30" FLOOR MOUNTED, CORNER, 5-SIDED, TERRAZO OR MOLDED STONE1/2"

WALL MOUNTED, MANUAL FLUSH VALVE TYPE, ADA/TAS ACCESSIBLE3/4"-

HW CW

REMARKS

WC1 WATER CLOSET 2"4" -

WC2 WATER CLOSET 4" 2" WALL MOUNTED, MANUAL FLUSH VALVE TYPE, ADA/TAS ACCESSIBLE

WALL MOUNTED, MANUAL FLUSH VALVE TYPE1"

- 1"

1/2"S1 SINK 2" 2" COUNTER-TOP MOUNTED, DOUBLE COMPARTMENT, GOOESNECK FAUCET, STAINLESS STEEL, ADA/TAS ACACCESSIBLE, WITH HAND SPRAYER1/2"

PLUMBING FIXTURE ROUGH-IN SCHEDULE

1/2"L1 LAVATORY 2" 2" 1/2" WALL MOUNTED, RECTANGULAR, ADA/TAS ACCESSIBLE

1/2"SH1 SHOWER 2"FD 2" 1/2"

1/2"SH2 SHOWER 2"FD 2"

BUILT-UP TYPE ENCLOSURE, WITH MIXING VALVE, HAND HELD SPRAYER, SHOWER ARM, 5'-0" FLEXIBLE HOSE, IN-LINE VACUUM

BREAKER, SLIDE BAR, ADA/TAS ACCESSIBLE

1/2" BUILT-UP TYPE ENCLOSURE, WITH MIXING VALVE, IN-LINE VACUUM BREAKER, SHOWER HEAD

PETROLEUM, OIL AND LUBRICANTS POL

ELECTRIC WATER COOLEREWC1 2" 2" WALL MOUNTED, DUAL, HI-LO TYPE W/APRON ON HIGH UNIT AND WITH BOTTLE FILLER, ADA/TAS ACCESSIBLE1/2"

ESE1

EEW1

-EMERGENCY SHOWER/EYEWASH - FLOOR MOUNTED, COLUMN TYPE1 1/4"

-EMERGENCY EYEWASH - HAND HELD WAND TYPE, MOUNTED ON HOSE REEL RACK1/2"

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GENERAL NOTES

1. REFER TO P-001 FOR GENERAL NOTES,

ABBREVIATIONS AND LEGEND.

NOTES BY SYMBOL " "

1. ALL FIXTURES AND ASSOCIATED PIPING TO BE

DEMOLISHED.

2. ALL EXISTING NATURAL GAS PIPING TO BE

DEMOLISHED.

3. ALL EXISTING DOMESTIC WATER PIPING AND

ASSOCIATED FIXTURES TO BE DEMOLISHED.

4. ALL EXISTING SANITARY PIPING AND ASSOCIATED

FIXTURES TO BE DEMOLISHED. SAW-CUT

FOUNDATION AND REMOVE SANITARY PIPING.

5. ALL COMPRESSED AIR PIPING TO BE

DEMOLISHED.

C W

A A

AAA

A A

AA

A A

C W

C W

SS SS

A

1.1

4.4

B C D E F

G H J

3.5

2.5

A.8A.2

F.5F.7 G.7G.9F.9

4.7

4.3

1.2

2.3

3.7

4"ø

1 1/4"ø

1 1/4"ø

1 1/4"ø

1 1/4"ø 1 1/4"ø1 1/4"ø

1 1/4"ø

1 1/4"ø 4"ø

3"ø

3"ø

1 1/4"ø

1"ø

1"ø

1 1/4"ø

1"ø1"ø

1 1/4"ø

3/4"ø

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3/32" = 1'-0"

1 DEMOLITION PLAN - FIRST FLOOR

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PLAN

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0 8' 16'

3/32"=1'-0"

4'

1.1

4.4

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3.5

2.5

A.8A.2

F.5F.7 G.7G.9F.9

4.7

4.3

1.2

2.3

3.7

MAINTENANCE

AREA

COMBAT SPARES

ARMS VAULT

119 CONSOLIDATED

BENCH REPAIR

COMSEC VAULT

FLUID DISTR

BREAK /

TRAINING

MENS

WOMENS

NON-SENS

SECURE STOR

OFFICE 1

OFFICE 2

ADMIN SHOP

CONTROL

TOOL ROOM

ELEC

T

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A F

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WOSWOUAF

4" VTR

4" VTR

FCOFCO

GCO

FCOFCOFCO GCO

DGCO

GCO

GCO

GCO

4" VTR 4" VTR

GCO

FCO

FCO

FCO

FCO

GCO

P-401

6"

6"

6"

6"

4"

4" 4"

4"

4"

OW

OW

O W

O W

O W

OW

GCO

G

OW

OW

4"

4"

PCO AT 2'-0" AFF PCO AT 2'-0" AFF

4" 4"

OW

PCO AT 2'-0" AFF

PCO AT 2'-0" AFF

GENERAL NOTES

NOTES BY SYMBOL " "

1. FOR PLUMBING LEGEND, SCHEDULES AND

GENERAL NOTES, REFER TO SHEET P-001.

2. PROVIDE FIRE RATED SLEEVES AND INTUMESCENT

CAULK (ASTM E 814 UL 1479) FOR EVERY

PENETRATION THROUGH A FIRE RATED

ENCLOSURE EQUAL TO THE RATING OF THE

ENCLOSURE, IN ACCORDANCE WITH THE

MANUFACTURERS WRITTEN INSTRUCTIONS.

1. PROVIDE NEW PLUMBING FIXTURES, PIPING,

SUPPLIES, HANGERS AND SUPPORTS, FAUCETS,

FLUSH VALVES, FITTINGS, AND APPURTENANCES.

2. 2" FLOOR DRAIN WITH TRAP GUARD INSERT.

3. 2" SHOWER DRAIN WITH TRAP GUARD INSERT IN

PRECAST SHOWER BASIN (INTEGRAL WITH BASIN BY

BASIN MFG.).

4. NATURAL GAS FIRED INSTANTANEOUS TANKLESS

WATER HEATER (GWH-1).

5. POL FLUIDS EQUIPMENT. RE: 3/P-601.

6. DUPLEX AIR COMPRESSOR. 25 HP 208V, 3PH & AIR

DRYER 1/3 HP, 208V, 1PH.

7. GAS METER AND REGULATOR. PROVIDE NEW GAS

REGULATOR CAPABLE OF HANDLING XXX CFH AT 14"

W.C. DOWNSTREAM.

8. MAINTENANCE PIT. RE: 2/P-601.

9. 500 GALLON ABOVE GROUND DOUBLE WALL USED

OIL STORAGE TANK.

10.500 GALLON DOUBLE WALL OUT OF SPEC OIL

STORAGE TANK.

11.500 GALLON DOUBLE WALL USED ENGINE

COOLANT (ANTIFREEZE) STORAGE TANK.

12.POL DISPENSING HOSE REELS FOR REASE, ENGINE

OIL, GEAR OIL, TRANSMISSION FLUID, AND

ANTIFREEZE MOUNTED ON SUPPORT RACK.

RE: P-601.

13.POL DISPENSING HOSE REELS MOUNTED IN A

RECESSED AREA IN THE MAINTENANCE PIT WALL,

GREASE, GEAR OIL AND TRANSMISSION FLUID.

14.SUMP PUMP IN SUMP IN MAINTENANCE PIT FLOOR;

20 GPM @ 20' HD., 1750 RPM, 1HP, 208V, 1PH.

15.COMPRESSED AIR OUTLET IN MAINTENANCE PIT.

16.USED ENGINE COOLANT (ANTIFREEZE)

RECEPTACLE/PUMP. RE: 2/P-601.

17.WASTE (OUT OF SPEC) OIL RECEPTACLE/PUMP.

RE: 2/P-601.

18.WASTE (USED) OIL RECEPTACLE/PUMP. RE: 2/P-601.

19.CONNECT EACH TRENCH DRAIN TO 4" OW DRAIN

BELOW FLOOR. PROVIDE P-TRAP AT CONNECTION.

20.1/2" GAS TO UNIT HEATER, PROVIDE DIRT LEG, FULL

PORT PLUG VALVE AND UNION WITH 12" U.L. FLEX

CONNECTOR.

21.BRIDGE CRANE ABOVE. RE: STRUCTURAL DRAWINGS.

22.2000 GALLON OIL WATER SEPARATOR.

23.1/2" CW DOWN TO EMERGENCY EYEWASH EEW1 WITH

HAND HELD SHOWER HOSE AND SPRAY MOUNTED ON

SUPPORT RACK.

24.1-1/4" CW DOWN ON WALL TO EMERGENCY

SHOWER/EYEWASH ESE1.

25.3/4" COMPRESSED AIR DOWN TO HOSE REEL, 3/4" CW

DOWN TO WATER HOSE REEL, HOSE BIBB AND EEW1.

COORDINATE PIPE DROPS AND HOSE REELS WITH

VEHICLE EXHAUST SYSTEM, ELECTRICAL SYSTEM,

SUPPORT RACK AND BRIDGE CRANE. RE: 1/P-601.

26.6" WIDE X 28' LONG TRENCH DRAIN WITH 6" DRAIN

TO OIL WATER SEPARATOR.

27.FLOOR DRAIN FOR ICE MAKER DRAIN.

28.2" W & V, 1/2" CW & HW TO SINK.

29.REDUCED PRESSURE PRINCIPLE BACKFLOW PREVENTER

(RPZ).

30.DROP T, G, GO, A INTO 6" PVC PIPE TO MAINTENANCE

PIT.

31.UAF, WO, WOS RISE OUT OF 6" PVC PIPE - ALL ALONG

WALL, RISE TO JOIST SPACE.

32.PROVIDE HOT WATER TEMPERATURE MAINTENANCE

TAPE (HWTM) ON ALL EXPOSED HW PIPING (208V, 1PH,

30A GFCI) J-BOX PROVIDED BY ELECTRICAL

CONTRACTOR. RE: ELECTRICAL DRAWINGS.

33. REFER TO CIVIL DRAWINGS FOR CONTINUATION.

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3/32" = 1'-0"

1 FLOOR PLAN - FIRST FLOOR OVERALL

9 10 11

TYP @

EACH BAY

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PLAN

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0 8' 16'

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4'

31 30

18 13

TYP @

EACH BAY

TYP @

EACH BAY

12 25

TYP @

EACH BAY

(TYP)

(TYP)

TYP @

EACH BAY

TYP @

EACH BAY

23 23

TYP @

EACH BAY

TYP @

EACH BAY

23 23

1"

1" 1"

3/8"

1" 1-1/2"

3/8"

1/2"

1"

3/8"

1/2"

1-1/2"

3/8"

1/2"

1"

3/8"

1/2"

1-1/2"

2"

2"

1"

3/8"

3/8"

1/2"

1/2" 2-1/2"

2"

3"

3"

A

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3/8"1/2" 1"

3"

2"

2-1/2" 2" 1-1/2"

1"

1"1-1/2"

3/8" 1/2" 1" 3/8" 1/2"

3/8" 1/2" 1" 3/8" 1/2"

A F

O

4.4

B C

WC2WC2

UR1 WC1

L1

L1L1

L1

SSK1

SH1

SH1

FD1FD1FD1

FD1

FCO

GWH1

WC1

UR1

WC2

WC2

L1

L1

L1

L1

SH1

SH1

SSK1

FCO

FCO

FCO

FD1

4" VTR

2"

3/4"

3/4"

3/4"

1/2"

1/2"

FD1

FD1

FD1

GWH1

FD1

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1/4" = 1'-0"

1 PLUMBING ENLARGED PLAN

2 RISER DIAGRAM

PLAN

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0 2' 4' 8'

1/4"=1'-0"

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USED ANTI-FREEZE

PUMP TO STORAGE

TANK OUTSIDE

SLEEVDED

UNDERGROUND

PIPING TO WASTE

TANKS

WASTE OIL PUMP

TO STORAGE TANK

OUTSIDE

OUT OF SPEC OIL

PUMP TO STORAGE

TANK OUTSIDE

(MOUNTED IN RECESS

IN PIT WALL. TYPICAL)

RE: STRUCTURAL

HOSE REELS

MOUNTED IN

RECESS IN PIT WALL.

RE: STRUCTURAL

POL HOSE REELS MOUNTED

14' AFF. TYPICAL EACH BAY.

RE: STRUCTURAL FOR

MOUNTING FRAME

FLEXIBLE HOSE TO POL

HOSE REELS. (TYPICAL )

ROUTE TO AVOID BRIDGE

CRANE AND OTHER

UTILITIES

NATURAL GAS LOOP

THROUHOUT BUILDING.

ROUTE TO AVOID

OTHER UTILITIES AND

BRIDGE CRANE

SLEEVED

UNDERGROUND

PIPING TO POL

HOSE REELS IN PIT

COMPRESSED AIR

DRIVEN FLUID

PUMP MOUNTED

ON WALL. TYPICAL

ENGINE OIL OUT TO

HOSE REELS AT

EACH BAY

COMPRESSED AIR

FROM COMPRESSOR

IN MECH ROOM

ANTI-FREEZE OUT

TO HOSE REELS AT

EACH BAY

GEAR OIL OUT TO

HOSE REELS AT

EACH BAY

GREASE OUT

TO HOSE REELS

AT EACH BAY

TRANSMISSION

FLUID OUT TO

HOSE REELS AT

EACH BAY

1 HOSE REEL ISOMETRIC

2 MAINTENANCE PIT ISOMETRIC

FLUIDS DISTRIBUTION ROOM

ISOMETRIC

55 GALLON DRUM

FOR ENGINE OIL

DISTRIBUTION

55 GALLON DRUM

FOR ANTI-FREEZE

DISTRIBUTION

55 GALLON DRUM

FOR GEAR OIL

DISTRIBUTION

55 GALLON DRUM FOR

TRANSMISSION FLUID

DISTRIBUTION

55 GALLON DRUM FOR

GREASE DISTRIBUTION

CW

T

GR

GO

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US Army Corps of

Engineers ®

SHEET ID

U .S

A

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1 OVERALL ISOMETRIC

MC1-XXX

NOTE:

THIS IS A STANDARD LEGEND. THEREFORE, NOT ALL OF

THIS INFORMATION MAY BE USED ON THIS PROJECT.

X

X

TR. TRIAD

PHOTOCELLPC

AIC

C/C CENTER TO CENTER

DP

FT

EXIST.

EUC

HP

HTP

GA.

GFS

DIFFERENTIAL PRESSURE

HORSEPOWER

HEATER

ELECTRIC UTILITY CO.

GAUGE

FEET

EXISTING

GROUND FAULT SENSING

ID

JB

LED

KW

KVA

IRP

MFR'S

MCB

MANUFACTURER'S

KILOWATT

MAIN CIRCUIT BREAKER

LIGHT EMITTING DIODE

KILOVOLT-AMPERE

INTERPOSING RELAY PANEL

JUNCTION BOX

INTERNAL DIAMETER

AMPERES INTERRUPTING CAPACITY

OD

NF

MPR

PL.

PH

PLC

P POLE

OUTSIDE DIAMETER

NON-FUSED

MOTOR PROTECTION RELAY

PHASE

PLATE

REC.

RTU

RTD

REQD.

SHLD. OR SH

SN OR S/N

STC

STA.

CIRCUIT RECLOSURE

REMOTE TERMINAL UNIT

SOLID NEUTRAL

REQUIRED

SHIELD OR SHIELDED

STATION

SIGNAL TERMINATION CABINET

REMOTE CONTROLRC

UTP

UPS

VAR.

W

XMTR

VARIABLE

TRANSMITTER

WITH, WIRE OR WATT

UNSHIELDED TWISTED PAIR CABLE

UNINTERRUPTIBLE POWER SUPPLY

RESISTANCE TEMPERATURE DETECTOR

PROGRAMMABLE LOGIC CONTROLLER

SSRVS SOLID-STATE REDUCED VOLTAGE STARTER

MBFV MOTOR OPERATED BUTTERFLY VALVE

WR WEATHER RESISTANT

OHE OVERHEAD ELECTRIC

SPD SURGE PROTECTION DEVICES

SV SOLENOID VALVE

WP WEATHERPROOF

XFMR

XP EXPLOSION PROOF

TRANSFORMER

SS STAINLESS STEEL

VO

TC

TEL

SW

SWGR

TYP

TS

TW

TO

VFD

UG

V

TWISTED

VALVE OPERATOR

UNDERGROUND

VARIABLE FREQUENCY DRIVE

TYPICAL

VOLTS

TEMPERATURE SWITCH

TERMINATION CABINET OR TRAY CABLE

TIME DELAY ON OPENING

TELEPHONE

SWITCHGEAR

SWITCH

RCP

PT

PVC

SC

QTY

SEC

OL

PB

PR.

PCC

OLX

RELAY CONTROL PANEL

SURGE CAPACITOR

POLYVINYL CHLORIDE

SECONDS OR SECONDARY

QUANTITY

PULL BOX OR PUSH BUTTON

PUMP CONTROL CONSOLE

OVERLOAD CONTROL RELAY

POTENTIAL TRANSFORMER

PAIR OR PAIR CABLE

OVERLOAD

EM EMERGENCY

LP

LA

MFR

MCC

MCP

INST

LGTS ON LTG

MTS

MTD

MTG

MH

MANUFACTURER

NORMALLY CLOSED

NORMALLY OPEN OR NUMBER

MANUAL TRANSFER SWITCH

MOUNTING

MOUNTED

MANHOLE

LIGHTING PANEL

MOTOR CIRCUIT PROTECTOR

MOTOR CONTROL CENTER

LIGHTNING ARRESTER

LIGHTS/LIGHTING

INSTRUMENT

EHH

FU

FRP

GCP

GFI

GEN

GRS

HT

HH

HZ

FBO

FO

G. OR GRD

GENERATOR CONTROL PANEL

GROUND FAULT INTERRUPTER

GALVANIZED RIGID STEEL

HANDHOLE

HERTZ

HEIGHT

GROUND

GENERATOR

ELECTRICAL MANHOLE

FIBERGLASS REINFORCED POLYESTER

FURNISHED BY OTHERS

FUSE

FIBER OPTIC

ELEC

EC

ELEV

EMPTY CONDUIT

ELEVATION

ELECTRICAL

CONDUIT

CIRCUIT BREAKER

AMPERE

ABOVE GRADE

AMERICAN WIRE GAUGE

AUTOMATIC TRANSFER SWITCH

ABOVE FINISHED FLOOR OR GRADE

ALTERNATING CURRENT

ABBREVIATIONS

AUTOMATIC

AUXILIARY

ALUMINUM

CB

C.

AFF

AUTO

AUX

AWG

ATS

AMP OR A

AG

AL OR ALUM

AC

CKT

CLF

CPT

CR

CS

CT

CU

DC

DI

DN

EMH

CONTROL POWER TRANSFORMER

DIRECT CURRENT

DOOR INTERLOCK

DOWN

CURRENT TRANSFORMER

CURRENT LIMITING FUSE

CONTROL SWITCH OR COMBINATION STARTER

CONTROL RELAY

COPPER

CIRCUIT

SHEETSHT

LIGHTNING CONTACTORLC

IMH INSTRUMENT MANHOLE

DWG DRAWING

SCH SCHEMATIC

PFR PHASE FAILURE RELAY

PUSH TO TEST TYPEPTT

ADJUSTABLE FREQUENCY DRIVEAFD

EO ELECTRICALLY OPERATED

HTR

HEAT TRACE PANEL

MOV MOTOR OPERATED VALVE

PPR PHASE PROTECTIVE RELAY

RECP RECEPTACLES

CONT. CONTINUATION

GO GATE OPERATOR

ST STARTER

CP CONTROL PANEL

ABBREVIATIONS

ML MULTILIN

SCTB SHORT CIRCUIT TERMINAL BLOCK

MR MULTIRATIO

AGSB ABOVE GROUND SPLICE BOX

NC or N.C.

NO or N.O.

ELECTRICAL MANHOLE/HANDHOLE

CHH COMMUNICATION MANHOLE/HANDHOLE

VFI VACUUM FAULT INTERUPTER

ETM ELAPSED TIME METER

LSIG LONG, SHORT, INSTANTANEOUS, GROUND

SHEET NUMBER

WHERE DRAWN

NUMBER

MLO MAIN LUGS ONLY

NUMBERNO.

AMP FRAMEAF

AMP TRIPAT

RE: X/X-XX

SHEET

NUMBER

IDENTIFIER

REFERENCE

PB

nBRG 8 KIT

BRIDGE-8 PORT WITH 150mA POWER SUPPLY nPODM 2P DX

2 CHANNEL ON/OFF TOGGLE WITH DIMMING

nPODM 4P DX

4 CHANNEL ON/OFF TOGGLE WITH DIMMING

nWSX PDT LV DX [COLOR]

WALL SWITCH DECORATOR SENSOR-DUAL TECHNOLOGY

NWV PDT 16 KIT

WIDE VIEW SENSOR-CORNER MOUNT, LOW VOLTAGE, DUAL TECHNOLOGY

BR

OS

D2

D4

LV

nCM ADCX

AUTOMATIC DIMMING CONTROL PHOTOCELL

P nAR40

AUXILIARY RELAY

R nPODM DX

1 CHANNEL ON/OFF TOGGLE WITH DIMMING

D

E

OS

O

OS

P nCM PDT 10 ADCX

EXTENDED RANGE 360° SENSOR-CEILING MOUNT, DUAL TECHNOLOGY:

PHOTOCELL w/DIMMING nCM PDT 10

EXTENDED RANGE 360° SENSOR-CEILING MOUNT, DUAL TECHNOLOGY

THREE 4-INCH CONDUITS

DENOTES A QUANTITY OF TWO INSTRUMENT CABLES.

EACH CONSISTS OF TWO NO.16 AWG CONDUCTORS

CABLE TAG FOUR #14 CONTROL OR POWER CONDUCTORS, ONE #14

GROUND CONDUCTOR. ALL CONDUCTORS IN A 3/4" CONDUIT. TWO OF

THE FOUR #14 CONTROL OR POWER CONDUCTORS ARE SPARE.

PREWIRED

UTILITY METER

MANHOLE

"b" - SWITCH NUMBER

LIGHTING FIXTURE

"A" - FIXTURE TYPE

CONDUIT STUBBED OUT AND CAPPED

3-4"C

2-2/C#16

JUNCTION BOX - CEILING MOUNTED

DESCRIPTION

"X" - FIXTURE TYPE

CEILING MOUNTED EXIT SIGN

PLAN SYMBOL

TIME SWITCH

3 WAY SWITCH

DIMMER LIGHTING SWITCH (REVERSE PHASE DIMMING)

"c" - INDICATES SWITCH SHALL CONTROL LIGHT

MULTI POLE SWITCH

"X" - INDICATES NUMBER OF POLE

CONDUIT, EXPOSED/SURFACE MOUNTED

CONDUIT, EXPOSED/SURFACE MOUNTED, TURNING UP

CONDUIT, EXPOSED/SURFACE MOUNTED, TURNING DOWN

MANUAL MOTOR STARTER /DISCONNECT

FIXTURES WITH "c" DESIGNATION

EMERGENCY BATTERY PACK LIGHT FIXTURE

"A" - FIXTURE TYPE

"X" - FIXTURE TYPE

WALL MOUNTED EXIT SIGN

ARROW INDICATES DIRECTION OF EGRESS

CONDUIT OR DUCTBANK, CONCEALED

FLEXIBLE METAL CONDUIT

LA-1,3

4 WAY SWITCH

DUPLEX RECEPTACLE, 20A, 120V, 2P, 3W

"C" - MOUNTED 6" ABOVE COUNTERTOP

"WP" - WEATHERPROOF

FLOOR MOUNTED RECEPTACLE

SIMPLEX RECEPTACLE, GROUNDED TYPE

QUADPLEX RECEPTACLE

PULL BOX

PHOTOCELL

DENOTES A QUANTITY OF TWO (2) 3-INCH CONDUITS

AND ONE NO.2 AWG GROUND CONDUCTOR

EACH CONTAINING THREE NO. 3/0 AWG CONDUCTORS(2) 3 #3/0,

#2G., 3"C.

"GFI" OR "GF" - GROUND FAULT INTERRUPTER TYPE

HEAT TRACE

HOMERUN, CIRCUITS 1 AND 3 RUN TO PANEL LA

2 #12, #12G., 3/4"C. UNLESS NOTED OTHERWISE

X

A

NON FUSED DISCONNECT SWITCH

FUSED DISCONNECT SWITCH

POWER POLE

CEILING MOUNTED DUPLEX RECEPTACLE

CEILING MOUNTED QUADPLEX RECEPTACLE

4 #14, #14G., 3/4"C.

(2 #14 SPARE)

J

DESCRIPTIONPLAN SYMBOL

SINGLE POLE SWITCH

PP

b A

PW

M

MH

PC

PB

X

Xc

M

DIM

TM

OVERHEAD SECONDARY LINE

UNDERGROUND PRIMARY LINE

OVERHEAD PRIMARY LINE

UNDERGROUND ELECTRIC LINE

OVERHEAD ELECTRIC LINE

UNDERGROUND SECONDARY LINE

UNDERGROUND COMMUNICATION LINE

OVERHEAD COMMUNICATION LINE

OVERHEAD FIBER OPTIC LINE

UNDERGROUND FIBER OPTIC LINEUGFO

OHFO

UGC

OHC

UGS

OHS

UGP

OHP

UGE

OHE

COMBINATION TELEPHONE/DATA

TELEPHONE

DATA

FLOOR MOUNTED DATA OUTLET

FLOOR MOUNTED TELEPHONE OUTLET

POKE-THRU DEVICE - COMBINATION POWER/DATA/VOICE OUTLET

FLOOR COMBINATION POWER/DATA/VOICE OUTLET

SECURITY CAMERA

JUNCTION BOX - WALL MOUNTEDJ

GROUND ROD TEST WELL

GROUND RODG

SPECIAL RECEPTACLE

nPP16 D SA

POWER/RELAY PACK: 16A DIMMING

PR

T H

IS

D

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N

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N

US Army Corps of Engineers ®

SHEET ID

U .S

A

R M

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IN

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E R

D

IS

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A W

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S

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N E

D B

Y

S U

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IT

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B Y

S

IZ

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C H

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K E

D B

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A N

S I 'D

F

IL

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N A

M E

IS

S

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D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

F

IL

E N

U M

B E

R

1 2 3 4 5

D

C

B

A

S a v o y D ri v e S u it e

H o u s to n T e x a s

-2

-8

F re e se a n d N ic h o ls

In c.

T e xa s

R e g is te re d E n g in e e ri n g

F ir m F

-2

C J R

C J R

V R

B

/5

/2

V

IS

H A

L R

B

H A

N P

.E

C O

R P

S O

F E

N G

IN

E

E R

S F

O R

T W

O R

T H

T

E X

A S

EG-001

L E

G E

N D

/5

/2

95% DESIGN SUBMITTAL

F O

R T

H O

O D

T

E X

A S

D E

S

IG

N O

F T

E M

F R

E N

O V

A T

IO

N

S B

L D

G

M A

R K

D E

S C

R

IP

T

IO

N D

A

IS

D

O C

U M

E N

T I

S R

E

LE

A S

E D

F O

R T

R P

O S

E O

F I

N T

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IM

R

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IE

W

U N

D E

R T

T H

O R

IT

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O F

T E

X A

S N

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A T

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IT

I

S N

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T O

B E

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F O

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O N

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C T

IO

N

B

ID

D

IN

G O

R P

E R

M

IT

P U

R P

O S

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N O

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O R

C O

N S

T R

U C

T

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N

US Army Corps of Engineers ®

SHEET ID

U .S

A

R M

Y E

N G

IN

E

E R

D

IS

T R

IC

T

D R

A W

N B

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C O

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R A

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A

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1 2 3 4 5

D

C

B

A

S a v o y D ri v e S u it e

H o u s to n T e x a s

-2

-8

F re e se a n d N ic h o ls

In c.

T e xa s

R e g is te re d E n g in e e ri n g

F ir m F

-2

C J R

C J R

V R

B

/5

/2

V

IS

H A

L R

B

H A

N P

.E

C O

R P

S O

F E

N G

IN

E

E R

S F

O R

T W

O R

T H

T

E X

A S

EG-002

G E

N E

R A

L N

O T

E S

/5

/2

95% DESIGN SUBMITTAL

F O

R T

H O

O D

T

E X

A S

D E

S

IG

N O

F T

E M

F R

E N

O V

A T

IO

N

S B

L D

G

GENERAL NOTES - LIGHTING PLANS:

1. CONTRACTOR SHALL PROVIDE ALL CONDUITS, CABLE, JUNCTION BOXES,

AND ASSOCIATED HARDWARE FOR A COMPLETE AND OPERATIONAL

SYSTEM.

2. ALL LIGHTING CIRCUITRY SHALL BE 2 #12, #12G., 3/4"C. UNLESS NOTED

OTHERWISE, FOR LIGHTING CIRCUITS GREATER THAN 100'-0" PROVIDE 2

#10, #10G., 3/4"C. FOR LIGHTING CIRCUITS GREATER THAN 250'-0"

PROVIDE 2 #8, #8G., 3/4"C. PROVIDE ALL CONDUCTORS AND CONDUIT AS

REQUIRED FOR A COMPLETE AND OPERATIONAL SYSTEM.

3. CONDUIT SHALL NOT BE ROUTED ON THE OUTSIDE OF THE BUILDING FOR

EXTERIOR LIGHTS.

4. ALL EXPOSED CONDUIT AND ASSOCIATED MOUNTING HARDWARE SHALL

BE PAINTED TO MATCH THE SURFACE IT IS ATTACHED TO. FIELD VERIFY

ALL REQUIREMENTS.

5. PROVIDE CONCEALED INSTALLATION OF CONDUIT IN SLAB AND WALL.

6. PROVIDE IDENTIFICATION LABELS FOR ANY REMOTE SWITCHES,

DISCONNECTS, JUNCTION BOXES MOUNTED ON THE CEILING.

7. ALL WORK SHALL COMPLY WITH APPLICABLE NATIONAL, STATE AND

LOCAL CODES, RULES AND REGULATIONS.

8. ALL WORK SHALL COMPLY WITH THE BUILDING OWNER’S

CONSTRUCTION GUIDELINES.

9. THE CONTRACTOR SHALL PROVIDE AND ADJUST OCCUPANCY SENSORS IN

ALL AREAS TO COORDINATE WITH ROOM CIRCULATION PATTERNS AND

COVERAGE OF THE OCCUPANCY SENSOR. ADJUST ALL TIMED EVENTS

(FOR EXAMPLE, 'OFF' DELAY) WHEN ROOM IS UNOCCUPIED TO

COORDINATE WITH OWNERS' REQUIREMENTS.

10. THE CONTRACTOR SHALL PROVIDE AND INSTALL ALL OCCUPANCY

SENSORS/POWER PACKS AND ASSOCIATED POWER AND CONTROLS

CABLING FOR A COMPLETE AND OPERATIONAL SYSTEM. INSTALL ALL

DEVICES, BACKBOXES, CONDUIT, AND ACCESSORIES IN ACCORDANCE

WITH MANUFACTURER'S RECOMMENDATIONS.

11. THE OCCUPANCY SENSORS SHOWN ON THE PLANS IS CONCEPTUAL AND

IS NOT INTENDED TO INDICATE THE NUMBER OF OCCUPANCY SENSORS

REQUIRED FOR COMPLETE COVERAGE IN AN AREA. THE CONTRACTOR

SHALL SUBMIT A PLAN SHOWING OCCUPANCY SENSOR LOCATIONS AND

COVERAGE, POWER PACKS, ETC. AS AN OFFICIAL SUBMITTAL TO THE

ENGINEER FOR APPROVAL.

12. ALL CONTROL DEVICES SUCH AS BRIDGE PORT, POWER PACK, WALLPOD,

RELAY PANEL, ETC. SHALL BE POWERED FROM THE NEAREST LIGHTING

CIRCUIT FOR 120V AND FROM THE NEAREST RECEPTACLE CIRCUIT FOR

120V INPUT SERVICE. PROVIDE NECESSARY 2 #12, 12G., 3/4"C .FOR A

COMPLETE AND OPERATIONAL SYSTEM.

13. ALL CAT5E RUNNING BELOW THE CEILING FOR LIGHT SWITCHING SHALL

BE IN 3/4"C. AND SHALL NOT BE RUN EXPOSED.

14. ALL LIGHTING CONTROLS ARE ACUITY CONTROLS OR APPROVED EQUAL.

15. AT LOCATIONS WHERE ROOM LIGHT FIXTURES ARE CONTROLLED

THROUGH THE USE OF OCCUPANCY SENSORS, PROVIDE THE NUMBER OF

SENSORS AND LOCATE THE UNITS AS REQUIRED FOR COMPLETE ROOM

COVERAGE. WHERE MORE THAN ONE SENSOR IS LOCATED IN A

COMMON SPACE, CONNECT THE UNITS SUCH THAT DETECTION OF

OCCUPANCY FROM EITHER UNIT…