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TRANSCRIPT
CUYAMACA COLLEGE
8
125
94
54
94
SITE:
T01
TITLE SHEET
PROJECT PARTICIPANTS
7
SPECIAL INSPECTIONS
8
VICINITY MAP
5
ABBREVIATIONS AND SYMBOLS
1
SHEET INDEX (TOTAL OF XXX SHEETS)
4
PROJECT INFORMATION
3
NOTES
2
N
BUILDING H ANNEX
STUCCO AND AUTOCLAVE
900 RANCHO SAN DIEGO PARKWAY
EL CAJON, CA 92019
PROJECT ARCHITECT:
MODULAR MANUFACTURER:
PROJECT MANAGER:
FIRE ALARM SYSTEM:
TITLE SHEET
CAMPUS PLAN
AREA PLAN
FLOOR PLAN
ENLARGED FLOOR PLAN
INTERIOR ELEVATIONS
UTILITY CHASE
EXTERIOR ELEVATIONS
ARCHITECTURAL DETAILS - STUCCO
PLUMBING LEGEND, GENERAL NOTES AND SCHEDULES
PLUMBING DEMO AND NEW WORK FLOOR PLANS
PLUMBING SPECIFICATIONS
ELECTRICAL NOTE SHEET
ELECTRICAL SITE PLAN
ENLARGED POWER PLAN
SINGLE LINE DIAGRAM
ELECTRICAL SPECIFICATIONS
T01*
A01*
A02*
A-3.0
A-4.0
A-5.0
A-6.0
A-7.0
A-8.0
P-0.1
P-1.0
P-5.1
E-0.1
E-1.0
E-2.1
E-3.1
E-4.1
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PROJECT # 1902.11
LRC/LIBRARY (C)
GYM (D)
STUDENTCENTER
SCIENCE &TECHNOLOGY
BLDG (H)
ADMIN. (F)
FITNE
SSCE
NTER
AUTO. TECH.
(K)
MAINTENANCE
ORN. HORT.
(M)
MATH STUDY
(L)
LOT 1
LOT 2
LOT 4
TENNIS COURTS
COM/ARTS
COM/ARTS
LOT 3
PLAYING FIELD(FLDM)
TRACK/SOCCER FIELD(TRK & FLDU)
A.P.N. 502-040-05
NO PARKING
NO
PARKING
BUSINESS &TECH.
(E)
EXER
CISE
SCIEN
CEOF
FICES ON
E STO
P(A)
HERITAGE
MUSEUM (O)
CHILDHOODDEV. CNTR
FOSY
NOTE:
DESIGN PROFESSIONAL IN GENERAL RESPONSIBLE
CHARGE STATEMENT (PER DSA PR 15-01):
LEGEND:
N
CAMPUS PLAN WITH ACCESSIBLE ROUTE TO PUBLIC TRANSIT
1
A01
CAMPUS PLAN WITH
ACCESSIBLE ROUTE
TO PUBLIC TRANSIT
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PROJECT # 1902.11
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PROJECT # 1902.11
6
3
7 5 4 18
A
B
221
CHEMSTRY
222
BIOLOGY
223
CENTER STATION
2
FE
EXIT
EXIT
FE
EXIT
FE FEFE
EXIT
EXIT
2
N
FLOOR PLAN
1
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PROJECT # 1902.11
223
CENTER STATION
2
N
CENTER STATION ENLARGED PLAN
1
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PROJECT # 1902.11
CABINET REMOVAL
3
CENTER STATION INTERIOR
1
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K.
PROJECT # 1902.11
CENTER STATION INTERIOR
2
UTILITY CHASE AREA PLAN
1
3
UTILITY CHASE SIDE ELEVATION
4
UTILITY CHASE FRONT ELEVATION
2
UTILITY CHASE PLAN
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PROJECT # 1902.11
EAST ELEVATION
3
SOUTH ELEVATION
2
NORTH ELEVATION
1
WEST ELEVATION
4
DI
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NC
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F A
NY
W
OR
K.
PROJECT # 1902.11
1
STUCCO @ SCORE LINES
2
CORNER @ STUCCO CORNER
3
STUCCO @ MODULAR FRAME
4
STUCCO @ FOOTING
5
STUCCO @ DOOR JAMB
6
STUCCO @ DOOR HEADER
7
STUCCO @ ROOF HEADER
8
STUCCO @ REAR ROOF
DI
DO
NA
TO
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DI DONATO ASSOCIATESARCHITECTURE + GRAPHICS
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K.
PROJECT # 1902.11
DI D
ON
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IT
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TU
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A 92103
619.299.4210 · 619.299.4250 F
AX
· D
DA
MA
IL@
AO
L.C
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R E V I S I O N S
P R O J E C T N A M E
S H E E T I N F O R M A T I O N
I S S U E S
A R C H I T E C T
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CU
YA
MA
CA
C
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GE
H+W PROJECT # 20-033
EXP.
No. M34049
6-30-2020
M E C H A N I C A LS T A T E O F C A L I F O R N I A
REG I
S TER E D P R O F E S S IO N A L ENGIN EERT
H
O
M
A
S
L.
H
A
R
M
O
N
PIPE MATERIAL SCHEDULE
PIPE INSULATION REQUIREMENTS
1.
PER 2016 CPC SECTION 609.11.1 & 609.11.2
2.
3.
4.
GENERAL PLUMBING NOTES SHEET INDEX
DEGREES FAHRENHEIT°F
STRUCTURALSTRUCT
TYP
TEMP
UNO
VTR
UNLESS NOTED OTHERWISE
TEMPERATURE
VENT THROUGH ROOF
TYPICAL
FLOOR
FINISH OR FINISHED
FEET OR FOOT
FEET PER MINUTE
MAXIMUM
MECHANICAL
GALLONS PER MINUTE
FINISH FLOOR ELEVATION
NUMBER
MINIMUM
NOT IN CONTRACT
NORMALLY OPEN
MOUNTED
NOT TO SCALE
NORMALLY CLOSED
MANUFACTURER
PLBG
ST STL
SHT
QTY
PSIG
SOV
SQ FT
SPEC
MTD
N.C.
NO
NTS
N.O.
N.I.C.
PD
PSI
OPER
HVAC
IVTR
I/W
MECH
MAX
INV
MIN
MFR.
I.E.
FIN
FLR
GPM
FFE
FPM
HP
HDR
FT
POUNDS PER SQUARE INCH GAUGE
POUNDS PER SQUARE INCH
SQUARE FEET OR SQUARE FOOT
SHUT- OFF VALVE
STAINLESS STEEL
SPECIFICATION
SHEET
PLUMBING
QUANTITY
PRESSURE DROP
OPERATING
INDUSTRIAL VENT THROUGH ROOF
HEATING, VENTILATION, & AIR CONDITIONING
INVERT ELEVATION
IN WALL
INVERT
HORSEPOWER
HEADER
WALL CLEAN-OUT OR CLEAN-OUT BELOW FLOOR
FLOOR DRAIN
FLOOR SINK
FIRE DEPARTMENT CONNECTION
ELECT
DWGS
CONTR
DN
ELEV
CONT
DIA
EXIST
Ø
CONC
CLG
CLR
B/F
BEL
B/S
B/G
CONN
CI
A/C
AP
ABV
AT/C
AFF
AD
AB
AFG
ARCH
AD/DD
SD/OSD
FD
FS
FDC
CONNECT OR CONNECTION
ELECTRICAL
CONTRACTOR
CONTINUATION
ELEVATION
DRAWINGS
EXISTING
DOWN
DIAMETER
BELOW GRADE
BELOW FLOOR
BELOW SLAB
CAST-IRON
CLEAR
CEILING
CONCRETE
BELOW
AREA DRAIN / DECK DRAIN
ABOVE FINISHED FLOOR
AT CEILING OR STRUCTURE
ABOVE FINISHED GRADE
STORM DRAIN / OVERFLOW STORM DRAIN
ARCHITECT OR ARCHITECTURAL
ABOVE CEILING
ACCESS PANEL
AREA DRAIN
ANCHOR BOLT
ABOVE
GAS COCK
FLOOR CLEAN OUT
WATER HAMMER ARRESTOR (P.D.I. SIZE)
FLEXIBLE CONNECTION (PIPE)
WHA
TH
TP
U
HB
PG
FC
GCO
WCO
FCO
T& PV
PRV
STR.
GC
CV
PRESSURE GAUGE WITH GAUGE COCK
VALVE ON RISE OR DROP
THERMOMETER
TRAP PRIMER
DIRECTION OF FLOW
REDUCER
UNION
HOSE BIBB
CLEAN-OUT TO GRADE
PRESSURE REDUCING VALVE
TEMPERATURE & PRESSURE RELIEF VALVE
DOWN OR DROP
UP OR RISE
CAPPED LINE
CHECK VALVE
STRAINER
BACKFLOW PREVENTER (REDUCED PRESS. TYPE)
REMOVE EXIST. EQUIP. OR PIPES SHOWN HATCHED
GATE VALVE
MEDIUM PRESSURE NATURAL GAS (5 PSI)MPG
HPG
MPG
PIV
BV
BP
HG
GV
GG
CD
HWR
HW
CW
CD
V
POST INDICATOR VALVE
NATURAL GAS
HIGH PRESSURE NATURAL GAS (30 -60 PSI)
BALL VALVE
HOT WATER (DOMESTIC)
COLD WATER (DOMESTIC)
SANITARY VENT
HOT WATER RETURN
CONDENSATE DRAIN
EXISTING PIPING - SEE PLANS FOR TYPE(E)
SYMBOL
(E)
S OR W
S OR W
ABBR.
SEWER OR WASTE BELOW FLOOR OR GRADE
SEWER OR WASTE ABOVE FLOOR OR GRADE
DESCRIPTION
W.C. INCHES WATER COLUMN
KEY NOTE SYMBOLX
POINT OF CONNECTIONPOC
CO2CO2 CARBON DIOXIDE
VVAC VACUUM
N2N2 LIQUID NITROGEN
DIDI DIONIZED WATER
GW GREASE WASTE
SYMBOL ABBR. DESCRIPTION
CACA COMPRESSED AIR
GREASE WASTEGW
GREASE VENTGV
TP
PLUMBING LEGEND AND ABBREVIATIONS
GV GREASE VENT
1. THESE DRAWINGS ARE A GENERAL GRAPHIC PRESENTATION OF THE WORK. PLUMING AS SHOWN, IS SCHEMATIC. FABRICATE AND
INSTALL BASED ON ACTUAL FIELD MEASUREMENTS. COORDINATE WITH OTHER TRADES. MAINTAIN AN UP-TO-DATE SET OF AS-BUILT
DRAWINGS AT THE JOB SITE DURING CONSTRUCTION.
2. CALIFORNIA MECHANICAL CODE 2016 (CMC 2016), CALIFORNIA PLUMBING CODE 2016 (CPC 2016) AND 2016 TITLE 24 ENERGY
STANDARDS ARE THE CURRENT CODES/STANDARDS THAT ARE APPLICABLE TO THIS PROJECT.
3. REVIEW DRAWINGS AND SPECIFICATIONS INCLUDING ARCHITECTURAL, STRUCTURAL, CIVIL, MECHANICAL, PLUMBING, AND
ELECTRICAL.
4. PROVIDE ACCESS AND CLEARANCE FOR MAINTENANCE OF PLUMBING EQUIPMENT AND COMPONENTS AS RECOMMENDED BY
EQUIPMENT MANUFACTURER AND APPLICABLE CODES.
5. HANDLE, STORE AND INSTALL EQUIPMENT PER MANUFACTURER'S INSTRUCTIONS.
6. INSTALL VALVE WITH UNIONS OR FLANGES AT EACH PIECE OF EQUIPMENT ARRANGED TO ALLOW SERVICE, MAINTENANCE AND
EQUIPMENT REMOVAL WITHOUT SYSTEM SHUT-DOWN.
7. BRACE AND SUPPORT PIPES, AND CONDUIT, IN ACCORDANCE TO SMACNA GUIDELINES FOR SEISMIC RESTRAINTS OF MECHANICAL
AND PLUMBING PIPING SYSTEM.
8. INSULATE PLUMBING IN ACCORDANCE TO THE GOVERNING CODES.
9. COMMISSION AND START-UP THE PLUMBING SYSTEM TO ASSURE A COMPLETE AND OPERATIONAL PLUMBING SYSTEM IN
ACCORDANCE WITH ASHRAE AND NEBB.
10. VERIFY EXACT LOCATION OF PLUMBING FIXTURES, AND FLOOR/DECK/ROOF/OVERFLOW DRAINS WITH THE ARCHITECT.
11. MINIMUM SLOPE FOR SANITARY SEWER PIPING SHALL BE 1/4" PER 12 INCH UNLESS OTHERWISE NOTED.
12. TERMINATE VENTS THRU ROOF A MINIMUM OF I8 INCHES ABOVE AND TEN FEET HORIZONTAL AWAY FROM OUTSIDE AIR INTAKES.
13. VERIFY EQUIPMENT LOCATIONS, PIPE PENETRATIONS AND EQUIPMENT PAD LOCATIONS WITH STRUCTURAL ENGINEER PRIOR TO
START OF WORK.
14. PROVIDE AN APPROVED BACKWATER VALVE IN DRAINAGE PIPING SERVING FIXTURES WITH FLOOD LEVEL RIM ELEVATION. FIXTURES
ABOVE SUCH ELEVATION SHALL NOT DISCHARGE THROUGH THE THROUGH THE BACKWATER VALVE.
15. FLOOR DRAINS OR SIMILAR TRAPS DIRECTLY CONNECTED TO THE DRAINAGE SYSTEM AND SUBJECT TO INFREQUENT USE SHALL BE
PROVIDED WITH AN APPROVED AUTOMATIC MEANS OF MAINTAINING THEIR WATER SEALS.
16. INSTALLATION OF SOIL OR DRAIN PIPES IN FLOOD HANDLING ESTABLISHMENTS WILL COMPLY WITH SECTION 318.0 U.P.C.
17. BUILDING DRAIN AND VENT PIPING MATERIALS SHALL COMPLY WITH SECTIONS 701.0 AND 903.0 OF THE C.P.C.
18. ALL SANITARY SYSTEM MATERIALS SHALL BE LISTED BY AN APPROVED LISTING AGENCY.
19. PROVIDE VACUUM BREAKERS AT HOSE BIBBS..
20. TOILETS SHALL BE ULTRA FLOW LOW FLUSH TYPE (1.28 G.P.F. MAX).
21. PROVIDE EXPANSION TANK OR OTHER APPROVED METHOD RELIEVING PRESSURE (SECTION 608.3 UPC).
22. WASTE, VENT, AND STORM DRAIN PIPING ABOVE GRADE, PVC SOLID CORE PVC.
23. PROVIDE DOMESTIC HOT WATER PIPING INSULATION IN ACCORDANCE WITH THE CALIFORNIA ENERGY EFFICIENCY STANDARDS.
24. EACH WATER HEATER (WH-1) IS A LISTED, NON-STORAGE, INSTANTANEOUS HEATER HAVING AN INSIDE DIAMETER OF NOT MORE
THAN 3 INCHES.
25. EACH FIXTURE TRAP SHALL HAVE A PROTECTING VENT SO LOCATED THAT THE DEVELOPED LENGTH OF THE TRAP ARM FROM THE
TRAP WEIR TO THE INNER EDGE OF THE VENT SHALL BE WITHIN THE DISTANCE GIVEN IN TABLE 1002.2 CPC, BUT IN NO CASE LESS
THAN TWO TIMES THE DIAMETER OF THE TRAP ARM.
26. EACH PLUMBING FIXTURE THAT CONNECTS TO THE SANITARY SEWER SYSTEM SHALL BE PROPERLY TRAPPED AND VENTED IN
ACCORDANCE WITH THE 2016 CALIFORNIA PLUMBING CODE.
27. LAVATORY FAUCETS IN RESTROOMS SHALL BE THE SELF CLOSING TYPE AND SHALL NOT EXCEED A WATER FLOW OF 0.20 GAL/USE
OR 0.5 GPM.
28. SHOWERS AND TUB-SHOWER COMBINATIONS SHALL BE PROVIDED WITH MIXING VALVES PER SECTION 408.3 CPC.
29. EACH SHOWERHEAD SHALL NOT EXCEED A WATER FLOW OF 2.0 GPM.
30. LABELED MEDIUM PRESSURE GAS EVERY FIVE FEET.
31. EACH HANDSINK AND KITCHEN FAUCET SHALL NOT EXCEED WATER FLOW OF 1.8 GPM.
32. EACH VENT SHALL RISE VERTICALLY TO A POINT NOT LESS THAN 6 INCHES ABOVE THE FLOOD-LEVEL RIM OF THE FIXTURE SERVED
BEFORE OFFSETTING HORIZONTALLY OR BEFORE CONNECTED TO ANY OTHER VENT.
33. ALL DIMENSIONS ARE IN INCHES UNLESS OTHERWISE NOTED.
34. URINALS TO BE 0.125 GPF MAX.
P0.1 PLUMBING LEGEND & GENERAL NOTES
P2.1 PLUMBING NEW WORK PLAN
P5.1 PLUMBING SPECIFICATIONS
S
1
FIXTURE EQUIPMENT
FIXTURE EQUIPMENT NUMBER
PLUMBING FIXTURE/EQUIP SYMBOL
REFERENCE BUBBLE
DETAIL NUMBER
DRAWING SHEET NUMBER
(LOCATION OF DETAIL)
1
P2.1
1. THE DRAWINGS CONTAINED WITHIN THESE CONSTRUCTION DOCUMENTS ARE
DIAGRAMMATIC. THE CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS,
DIMENSIONS, AND CLEARANCES PRIOR TO THE COMMENCEMENT OF WORK AND SHALL
INCLUDE ALL COSTS, EQUIPMENT, MATERIALS, ETC. REQUIRED FOR A COMPLETE,
FUNCTIONAL, AND CODE-COMPLIANT INSTALLATION.
2. CONTRACTOR SHALL PREPARE AND SUBMIT DETAILED 1/4"=1'-0" SCALE DRAWINGS THAT
HAVE BEEN PROPERLY COORDINATED WITH OTHER TRADES. INDICATE LOCATION AND
SIZES OF ACCESS PANELS IN HARD CEILINGS FOR EQUIPMENT AND DAMPER ACCESS.
3. THE CONTRACTOR SHALL COORDINATE ALL INSTALLATIONS WITH ALL OTHER TRADES.
4. CONTRACTOR SHALL COORDINATE ALL EQUIPMENT LOCATIONS WITH ARCHITECTURAL,
MECHANICAL, STRUCTURAL, PLUMBING AND ALL APPROPRIATE DISCIPLINES.
5. ANY DISCREPANCIES THAT OCCUR SHALL BE BROUGHT TO THE ATTENTION OF THE
DESIGN TEAM AND/OR ENGINEER PRIOR TO THE START OF CONSTRUCTION.
6. CONTRACTOR SHALL BE RESPONSIBLE FOR PROTECTION AND REPAIR OF EXISTING
SURFACES, AREAS, AND PROPERTY THAT MAY BE DAMAGED AS A RESULT OF ANY
ELECTRICAL DEMOLITION AND/OR NEW WORK.
7. VERIFY EXISTING CONDITIONS PRIOR TO BID AND INCLUDE ALL COSTS AS REQUIRED
FOR A COMPLETE AND FUNCTIONAL INSTALLATION.
8. THE CONTRACTOR SHALL OBTAIN ALL REQUIRED PERMITS, APPROVALS, LICENSES, ETC.
AS NEEDED FOR THE COMPLETE MECHANICAL INSTALLATION. THE CONTRACTOR SHALL
COORDINATE WITH THE OWNER FOR ALL FEES AND DATA NEEDED FOR THE ABOVE
ITEMS.
9. ALL WORK SHALL BE IN ACCORDANCE WITH CITY CODES, CALIFORNIA MECHNAICAL
CODE, STATE OF CALIFORNIA ENERGY CONSERVATION STANDARDS AND ALL OTHER
APPLICABLE CODES.
10. ALL DRAWINGS ARE CONSIDERED TO BE PART OF THE CONTRACT DOCUMENTS. THE
CONTRACTOR SHALL BE RESPONSIBLE FOR THE REVIEW & COORDINATION OF ALL
DRAWINGS PRIOR TO ANY CONSTRUCTION, INCLUDING ARCHITECTURAL, STRUCTURAL,
AIR CONDITIONING, PLUMBING & ELECTRICAL. ANY DISCREPANCIES THAT OCCUR SHALL
BE BROUGHT TO THE ATTENTION OF ENGINEER PRIOR TO THE START OF
CONSTRUCTION SO THAT A CLARIFICATION MAY BE ISSUED.
11. DO NOT SCALE DRAWINGS - ALL DIMENSIONS & JOB SITE CONDITIONS SHALL BE
VERIFIED BY THE CONTRACTOR AT THE JOB SITE PRIOR TO BID SUBMITTAL. START OF
CONSTRUCTION AND/OR FABRICATION OF MATERIALS. IF DISCREPANCIES ARE
ENCOUNTERED, THE ENGINEER SHALL BE NOTIFIED FOR CLARIFICATION.
12. ALL DIMENSIONS ARE IN INCHES UNLESS OTHERWISE NOTED.
PLUMBING CONSTRUCTION
DOCUMENTS GENERAL INFORMATION
SCALE
1
NONE
PLUMBING LEGEND & GENERAL NOTES
P0.1
PLUMBING LEGEND
& GENERAL NOTES
(E)1" CW & (E)1" HW
(E)2" W
(E)1-1/2" CW
(E)1-1/4" V
(E)1-1/2" V
(E)2" W
(E)3" W
(E)3" W
(E)3" W
(E)1" HW
(E)1" CW
(E)1" CW
(E)1/2" GAS
(E)1" GAS
(E)1/2" GAS
(E)1" GAS
(E) GAS SHUT-OFF VALVE
(E) EMERGENCY SHUT-OFF BUTTON
SOLENOID IN ACCESS PANEL (IN WALL)
(E) GAS SHUT-OFF VALVE
WITH ACCESS PANEL (IN WALL)
(E)1" GAS
(E)3" W
(E) CO
(E) CO
(E)3/4" AIR
(E)1-1/2" VAC
(E) CO
(E)4" ACID
WASTE
(E)4" ACID
WASTE
(E) CO
(E)4" AW
(E) 3" VTR
(E) CO
2
(E)3/4" DI
(E)3/4" DI SUPPLY
(E)1/2" DI
(E)1/2" DI
(E)3/4" DI SUPPLY
1
3
1
3/4" DI
2
3/4" DI
54
LEGENDS:
WASTE (NON-ACID) (W)
VENT (NON-ACID) (V)
WASTE (ACID RESISTANT) (AW)
VENT (ACID RESISTANT) (AV)
DIONIZED WATER (DI) SUPPLY
DOMESTIC WATER HOT (HW)
DOMESTIC WATER COLD (CW)
GAS (G)
COMPRESSED AIR (CA)
VACUUM (VAC)
DI D
ON
AT
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OC
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619.299.4210 · 619.299.4250 F
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P R O J E C T N A M E
S H E E T I N F O R M A T I O N
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A R C H I T E C T
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W
OR
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BLD
G H
M
OD
S
TU
CC
O-A
UT
OC
LA
VE
CU
YA
MA
CA
C
OL
LE
GE
H+W PROJECT # 20-033
EXP.
No. M34049
6-30-2020
M E C H A N I C A LS T A T E O F C A L I F O R N I A
REG I
S TER E D P R O F E S S IO N A L ENGIN EERT
H
O
M
A
S
L.
H
A
R
M
O
N
SCALE
1
NONE
PLUMBING NEW WORK PLAN
P2.1
PLUMBING
NEW WORK PLAN
KEY NOTES:
GENERAL NOTES:
1. NOTIFY ENGINEER OF ANY DISCREPANCIES.
1. P.O.C. NEW 3/4" CW TO (E) 1" CW. FIELD VERIFY FOR EXACT
LOCATION.
2. P.O.C. NEW 3/4" DI TO (E) 3/4"DI SUPPLY. FIELD VERIFY FOR
EXACT LOCATION.
3. P.O.C. NEW 3/4" HW TO (E) 1" HW. FIELD VERIFY FOR EXACT
LOCATION.
4. 3/4" DI TO EQUIPMENT. FIELD VERIFY FOR EXACT LOCATION.
INSTALLED PER MANUFACTURER'S RECOMMENDATIONS.
5. P.O.C. NEW 2" AW TO (E) 4" AW. PROVIDE WITH APPROVED
INDIRECT RECEPTOR. FIELD VERIFY FOR EXACT LOCATION.
DI D
ON
AT
O A
SS
OC
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AR
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IT
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TU
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3939 F
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NU
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· S
AN
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GO
· C
A 92103
619.299.4210 · 619.299.4250 F
AX
· D
DA
MA
IL@
AO
L.C
OM
R E V I S I O N S
P R O J E C T N A M E
S H E E T I N F O R M A T I O N
I S S U E S
A R C H I T E C T
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TU
CC
O-A
UT
OC
LA
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CU
YA
MA
CA
C
OL
LE
GE
H+W PROJECT # 20-033
EXP.
No. M34049
6-30-2020
M E C H A N I C A LS T A T E O F C A L I F O R N I A
REG I
S TER E D P R O F E S S IO N A L ENGIN EERT
H
O
M
A
S
L.
H
A
R
M
O
N
SCALE
1
NONE
PLUMBING SPECIFICATIONS
P5.1
PLUMBING
SPECIFICATIONS
SHEET INDEX
WIRING & RACEWAY SYMBOLS
#10
GENERAL NOTES
1. THE DRAWINGS CONTAINED WITHIN THESE
CONSTRUCTION DOCUMENTS ARE DIAGRAMMATIC. THE
CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS,
DIMENSIONS, AND CLEARANCES PRIOR TO THE
COMMENCEMENT OF WORK AND SHALL INCLUDE ALL
COSTS, EQUIPMENT, MATERIALS, ETC. REQUIRED FOR A
COMPLETE, FUNCTIONAL, AND CODE-COMPLIANT
INSTALLATION.
2. THE CONTRACTOR SHALL REVIEW ALL DRAWINGS PRIOR
TO COMMENCEMENT OF CONSTRUCTION, INCLUDING
ARCHITECTURAL, STRUCTURAL, MECHANICAL, PLUMBING
& ELECTRICAL. ANY DISCREPANCIES THAT OCCUR SHALL
BE BROUGHT TO THE ATTENTION OF ENGINEER PRIOR TO
THE START OF CONSTRUCTION SO THAT A
CLARIFICATION MAY BE ISSUED.
3. CONTRACTOR SHALL VERIFY ACCURACY OF EXISTING
PANELBOARD INFORMATION AND SHALL REPORT ANY
DISCREPANCIES PRIOR TO COMMENCEMENT OF
CONSTRUCTION.
4. FINAL LOCATIONS OF ALL DEVICES, LIGHT FIXTURES,
EQUIPMENT, ETC. SHALL BE INDICATED ON THE
ARCHITECTURAL DRAWINGS. ALL DIMENSIONAL
INFORMATION SHALL BE OBTAINED FROM THE
ARCHITECT. NO DIMENSIONAL INFORMATION SHALL BE
OBTAINED FROM ELECTRICAL DRAWINGS.
5. ALL WORK SHALL BE IN ACCORDANCE WITH LOCAL
CODES, CALIFORNIA ELECTRICAL CODE, STATE OF
CALIFORNIA ENERGY CONSERVATION STANDARDS AND
ALL REQUIREMENT OF THE AUTHORITY HAVING
JURISDICTION (AHJ).
6. CONTRACTOR SHALL COORDINATE ALL EQUIPMENT
LOCATIONS AND INSTALLATION WITH ARCHITECTURAL,
MECHANICAL, STRUCTURAL, PLUMBING AND ALL
APPROPRIATE DISCIPLINES.
7. CONTRACTOR SHALL BE RESPONSIBLE FOR PROTECTION
AND REPAIR OF EXISTING SURFACES, AREAS, AND
PROPERTY THAT MAY BE DAMAGED AS A RESULT OF ANY
ELECTRICAL DEMOLITION AND/OR NEW WORK.
8. PROVIDE WEATHERPROOF (NEMA 3R) JUNCTION BOXES,
CONDUIT, FITTINGS AND ENCLOSURES AT ALL EXTERIOR
LOCATIONS AND ALL WET OR DAMP INTERIOR
LOCATIONS. ALL EXTERIOR LIGHTING FIXTURES SHALL BE
UL LISTED FOR WET OR DAMP LOCATION AS
APPROPRIATE FOR THE LOCATION
9. VERIFY UTILITY COMPANY REQUIREMENTS FOR ALL
WORK INCLUDING MODIFIED OR NEW SERVICE
ENTRANCES. AND INCLUDE ALL COST IN BID.
10. NOTIFY POWER UTILITY COMPANY OF ANY SIGNIFICANT
LOAD INCREASE, SERVICE REVISION, SHUTDOWN OF
SERVICE OR ANY RELATED WORK.
11. THE CONTRACTOR SHALL REVIEW MANUFACTURER'S
REQUIREMENTS AND PROVIDE RELATED WORK TO
COMPLETE THE ELECTRICAL SYSTEM.
12. ALL DEVICES AND EQUIPMENT SHALL BE INSTALLED IN
COMPLIANCE WITH A.D.A. REQUIREMENTS.
13. CONTRACTOR SHALL CONCEAL ALL CONDUIT, FITTINGS,
AND DEVICES FROM VIEW WHERE REASONABLY
POSSIBLE.
14. CONTRACTOR SHALL ENSURE THAT ALL CONDUIT,
FIXTURES, FITTINGS, AND DEVICES LOCATED IN PUBLIC
AREAS ARE TAMPERPROOF AND PROTECTED FROM
PHYSICAL DAMAGE.
15. ALL CURRENT CARRYING CONDUCTORS SHALL BE
COPPER. INSULATION SHALL BE TYPE THHN/THWN.
16. ALL BRANCH CIRCUITS SHALL BE PROVIDED WITH A
SEPARATE INSULATED GREEN GROUND CONDUCTOR.
17. ALL MULTI-WIRE BRANCH CONDUCTORS SHALL
ORIGINATE FROM THE SAME PANELBOARD. THE
GROUNDED AND UNGROUNDED CONDUCTORS SHALL BE
GROUPED WITHIN THE PANELBOARD AND THEY SHALL BE
PROVIDED WITH A MEANS THAT WILL SIMULTANEOUSLY
DISCONNECT ALL UNGROUNDED CONDUCTORS. THE
CONTRACTOR SHALL PROVIDE THE DISCONNECTING
MEANS BASED UPON THE FINAL FIELD WIRING,
CIRCUITING, HOMERUNS, ETC. AS REQUIRED TO SATISFY
NEC 210.4(B).
18. THE CONTRACTOR SHALL OBTAIN ALL REQUIRED
PERMITS, APPROVALS, LICENSES, ETC. AS NEEDED FOR
THE COMPLETE ELECTRICAL INSTALLATION. THE
CONTRACTOR SHALL COORDINATE WITH THE OWNER
FOR ALL FEES AND DATA NEEDED FOR THE ABOVE ITEMS.
19. DO NOT SCALE DRAWINGS - ALL DIMENSIONS & JOB SITE
CONDITIONS SHALL BE VERIFIED BY THE CONTRACTOR
AT THE JOB SITE PRIOR TO BID SUBMITTAL. START OF
CONSTRUCTION AND/OR FABRICATION OF MATERIALS. IF
DISCREPANCIES ARE ENCOUNTERED, THE ENGINEER
SHALL BE NOTIFIED FOR CLARIFICATION.
SINGLE LINE SYMBOLS
CONNECTED TO EMERGENCY INVERTER
INTERMEDIATE METAL CONDUIT
HAZARDOUS MATERIAL
HAND-OFF-AUTOMATIC
ELECTRO-METALLIC TUBING
FINISH FLOOR ELEVATION
FULL VOLTAGE NON-REVERSING
GROUND FAULT INTERRUPTER
GROUND BUS OR WIRE
GROUND FAULT RELAY
GENERAL CONTRACTOR
ELEVATION/ELEVATOR
DEGREES FAHRENHEIT
CONNECT OR CONNECTION
CLOSED CIRCUIT TELEVISION
CONDUIT ONLY WITH NYLON PULLCORD
DISTRIBUTION SWITCHBOARD
CONTROL POWER TRANSFORMER
ELECTRICAL CONTRACTOR
ELECTRICAL DRINKING FOUNTAIN
90-MINUTE BATTERY CONNECTED TO UNIT
CONNECTED TO EMERGENCY GENERATOR
CURRENT TRANSFORMER
CURENT LIMITING FUSE
AMPERES INTERRUPTING CAPACITY
AVAILABLE FAULT CURRENT
AUTOMATIC TRANSFER SWITCH
ARCHITECT OR ARCHITECTURAL
AMERICAN WIRE GAUGE
AMP FRAME/AMP FUSE
ABOVE FINISHED FLOOR
ABOVE FINISHED GRADE
ALTERNATING CURRENT
COPPERCU
H HORIZONTAL
ISOLATED GROUND
HERTZ
HOUR
HEATER
HEIGHT
INCANDESCENT
HORSEPOWER
INCAND
IG
IMC
HAZMAT
HOA
HTR
HT
HR
HP
HZ
GROUND
GREEN GROUND
GAUGE
FEET OR FOOT
FOOTING
GALVANIZED
GARBAGE DISPOSAL
FLUORESCENT
GALV
GC
GND
GG
GFI
GFR
GD
FLUOR
G
FVNR
FTG
FT
GA
FINISH OR FINISHED
ELECTRICAL
EMERGENCY
EQUIPMENT
FIRE ALARM
EXISTING
FIXTURE
EXHAUST FAN
EXIST, EX
FIN
FFE
F
FA
EQUIP
FIXT
EMER, EM
ELECT
EI
ELEV
EMT
EDF
EF
EG
EACH
DISCONNECT
DEDICATED OUTLET
DIRECT CURRENT
DAMP LOCATION
DISTRIBUTION
COLD WATER
DIAMETER
DRAWINGS
DIST
EA
EB
EC
DWGS
DL
DB
DC
DISC
DIA
CW
CT
D
A/C
BELOWBEL
CONTRACTOR
COAXIAL CABLE
CEILING
CIRCUIT BREAKER
CABLE TELEVISION
CONDUIT WITH WIRE
CLEAR
CONTINUATION
CONCRETE
CLR
CONTR
CPT
COAX
CONT
CONN
CONC
CO
CLG
CLF
CATV
CCTV
C
CB
BACKBOARD
ABOVE
ALUMINUM
BELOW GRADE
AMP TRIP
AMP SWITCH
ARCH
B/G
BKBD
ATS
AWG
AT
AS
AL
AFC
AFF
AFG
ABV
AIC
AF
AIR CONDITIONING
AMPERES
AC
A
ON CENTEROC
NEW LOCATION OF RELOCATED FIXTURE
FIXTURE WITH QUARTZ RESTRIKE
UNDERGROUND PULL SECTION
TEMPERATURE OR TEMPORARY
SQUARE FEET OR SQUARE FOOT
UNDERWRITERS LABORATORIES
PHOTOCELL/TIMECLOCK CONTROL
OWNER FURNISHED CONTRACTOR INSTALLED
OWNER FURNISHED OWNER INSTALLED
SWITCHBOARDSWBD
XFMR
TRANSF
UGPS
SWGR
TEMP
TEL, TELE
VFD
XN
XR
XL
X
W/
WP
WT
WH
TYP
VA
UL
V
UNO
TC
TV
VARIABLE FREQUENCY DRIVE
EXISTING TO BE RELOCATED
EXISTING TO BE REMOVED
TRANSFORMER
WEATHER PROOF
WATER HEATER
WITH
WEIGHT
EXISTING TO REMAIN
VOLTAMPERE
TIMECLOCK
TELEPHONE
TELEVISION
SWITCHGEAR
TRANSFORMER
UNLESS NOTED OTHERWISE
TYPICAL
VOLTS
SPEC
SQ FT
STRUCT
RECEPT
PCTC
PLBG
RGS
SW
SD
RM
QTY
REC
REF
REQ
Q
PP
PVC
PWR
PNL
PL
PH
PIV
PE
OFOI
PC
PB
OFCI
RIGID GALVANIZED STEEL
RECEPTACLE
REQUIREMENTS
REFRIGERATOR
STRUCTURAL
SPECIFICATION
SMOKE DETECTOR
SWITCH
ROOM
QUANTITY
RECESSED
POWER POLE
PILOT LIGHT
PHOTOCELL CONTROL
PNEUMATIC-ELECTRIC
POLYVINYL CHLORIDE
POST INDICATING VALVE
PLUMBING
PHASE
POWER
PANEL
PULLBOX
KS KNEE SPACE
MECH
MANUF
MCC
N
NIC
NO
NTS
NL
NEC
NC
MIN
MLO
MTG
MTD
MCP
LT
MH
MAX
MC
LV
LTG
LBS
LF
LOC
KVA
KWH
KW
MOTOR CONTROL CENTER
MOTOR CIRCUIT PROTECTION
NORMALLY OPEN
NATIONAL ELECTRICAL CODE
MAIN LUGS ONLY
MECHANICAL
NOT IN CONTRACT
NIGHT LIGHT
NOT TO SCALE
NORMALLY CLOSED
NEUTRAL
MINIMUM
MOUNTING
MOUNTED
KILO-WATT
LOW VOLTAGE
LINEAL FEET
KILO-WATT-HOUR
MANUFACTURER
MOUNTING HEIGHT
MECHANICAL CONTRACTOR
KILO-VOLTAMPERE
LIGHT
MAXIMUM
LIGHTING
POUNDS
LOCATION
ABBREVIATIONS AND DESCRIPTIONS
J-BOX JUNCTION BOX
POWER SENTRY EMERGENCY BATTERY UNITPS
STANDBYSB
FF FURNITURE FEED, FINISHED FLOOR
KCM KILO - CIRCULAR - MIL
1
GENERAL CU FEEDER NOTES:
1. ALL CURRENT CARRYING CONDUCTORS SHALL BE COPPER
WITH TYPE THHN/THWN INSULATION INDOORS. OUTDOOR
AND UNDERGROUND FEEDERS SHALL USE TYPE XHHW
INSULATION.
2. ALL GROUND CONDUCTORS SHALL BE INSULATED COPPER.
3. ALL CONDUIT SHALL BE EMT (INSTALLED IN INTERIOR
CONCEALED SPACES) OR SCHEDULE-40 PVC (INSTALLED
UNDERGROUND) UNLESS OTHERWISE NOTED.
4. ALL AMPACITIES ARE BASED UPON TABLE 310.15(B)(16) OF
THE 2019 C.E.C.
5. FEEDER SCHEDULES INDICATE DATA FOR COPPER
CONDUCTORS RATED UP TO 600V AT 75 DEGREES CELSIUS.
6. ALL CONDUCTOR TERMINATIONS SHALL COMPLY WITH THE
MANUFACTURER'S INSTALLATION AND TORQUING
REQUIREMENTS.
600V COPPER FEEDER SCHEDULE
1Ø 2W
1Ø 3W
3Ø 3W
3Ø 4W
20B
30B
40B
50B
LABEL SETS PHASE NEUTRAL GROUND CONDUIT
2 # 12
2 # 10
2 # 8
2 # 6
1 # 12
1 # 10
1 # 10
1 # 10
3/4"
LABEL SETS PHASE NEUTRAL GROUND CONDUIT
3/4"
3/4"
1 # 12
1 # 10
1 # 12
1 # 10
2 # 12
2 # 10
20S
30S
40S
50S
60S
80S
100S
2 # 8
2 # 6
2 # 6
2 # 4
2 # 1
1 # 8
1 # 6
1 # 6
1 # 4
1 # 1
1 # 10
1 # 10
1 # 10
1 # 8
1 # 8
1"
3/4"
3/4"
3/4"
1"
1"
1 1/4"
1 1/4"
LABEL SETS PHASE NEUTRAL GROUND CONDUIT
4000D
3000D
2500D
2000D
1600D
1200D
1000D
800D
700D
600D
500D
450D
400D
350D
300D
250D
225D
200D
175D
150D
125D
100D
90D
80D
70D
60D
50D
40D
30D
20D 1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
3
3
4
5
6
8
10
3 # 12
3 # 10
3 # 8
3 # 6
3 # 6
3 # 4
3 # 2
3 # 1
3 # 1
3 # 1/0
3 # 4
3 # 2/0
3 # 3/0
3 # 4/0
3#250kCM
1
1
1
1
1
1
1
1
1
1
3#350kCM
3#500kCM
3#600kCM
3 # 4/0
3#250kCM
3#350kCM
3#500kCM
3#600kCM
3#500kCM
3#600kCM
1 # 12
1 # 10
1 # 10
1 # 10
1 # 10
1 # 8
1 # 8
1 # 8
1 # 8
1 # 6
1 # 6
1 # 6
1 # 6
1 # 4
1 # 4
1 # 4
1 # 2
1 # 2
1 # 2
1 # 2
1 # 1/0
1 # 1/0
1 # 1/0
1 # 2/0
1 # 3/0
1 # 4/0
1#250kCM
1#350kCM
3#600kCM
3#600kCM
3#600kCM
3#600kCM
3#600kCM
1#500kCM
1#500kCM
3/4"
3/4"
1"
1"
1"
1"
1 1/4"
1 1/4"
1 1/4"
1 1/2"
1 1/2"
2"
2"
2 1/2"
2 1/2"
3"
4"
4"
3"
3"
4"
4"
4"
4"
4"
4"
4"
4"
4"
4"
4000Y
3000Y
2500Y
2000Y
1600Y
1200Y
1000Y
800Y
700Y
600Y
500Y
450Y
400Y
350Y
300Y
250Y
225Y
200Y
175Y
150Y
125Y
100Y
90Y
80Y
70Y
60Y
50Y
40Y
30Y
20Y
LABEL SETS PHASE NEUTRAL GROUND CONDUIT
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
1
2
2
2
2
2
3
3
4
5
6
8
10
3 # 12
3 # 10
3 # 8
3 # 6
3 # 6
3 # 4
3 # 2
3 # 1
3 # 1
3 # 1/0
3 # 4
3 # 2/0
3 # 3/0
3 # 4/0
3#250kCM
3#350kCM
3#500kCM
3#600kCM
3 # 4/0
3#250kCM
3#350kCM
3#500kCM
3#600kCM
3#500kCM
3#600kCM
3#600kCM
3#600kCM
3#600kCM
3#600kCM
3#600kCM
1 # 12
1 # 10
1 # 10
1 # 6
1 # 6
1 # 4
1 # 4
1 # 2
1 # 1
1 # 1
1 # 1/0
1 # 2/0
1 # 3/0
1 # 4/0
1#250kCM
1#350kCM
1#500kCM
1#600kCM
1 # 4/0
1#250kCM
1#350kCM
1#500kCM
1#600kCM
1#500kCM
1#600kCM
1#600kCM
1#600kCM
1#600kCM
1#600kCM
1#600kCM
1 # 12
1 # 10
1 # 10
1 # 10
1 # 10
1 # 8
1 # 8
1 # 8
1 # 8
1 # 6
1 # 6
1 # 6
1 # 6
1 # 4
1 # 4
1 # 4
1 # 2
1 # 2
1 # 2
1 # 2
1 # 1/0
1 # 1/0
1 # 1/0
1 # 2/0
1 # 3/0
1 # 4/0
1#250kCM
1#350kCM
1#500kCM
1#500kCM
3/4"
3/4"
1"
1"
1"
1"
1 1/4"
1 1/4"
1 1/2"
1 1/2"
1 1/2"
2"
2"
2 1/2"
2 1/2"
3"
4"
4"
3"
3"
4"
4"
4"
4"
4"
4"
4"
4"
4"
4"
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
-
POWER SYMBOLS
AFI = ARC FAULT CIRCUIT INTERRUPTER
C = CLOCK STYLE
D = DEDICATED, GRAY OUTLET
EM = EMERGENCY, RED OUTLET
H = HOSPITAL GRADE
HM = HORIZONTALLY MOUNTED
IG = ISOLATED GROUND, ORANGE OUTLET
GFI = GROUND FAULT CIRCUIT INTERRUPTER
R = ROOF MOUNTED
T = TAMPER RESISTANT
USB = UNIVERSAL SERIAL BUS OUTLET
WP = WEATHER RESISTANT COVER
1. RATING: 120 VOLT 20 AMP
2. MANUFACTURER: LEVITON
3. DEVICE COLOR: WHITE
4. COVERPLATE COLOR: WHITE
5. STYLE: DECORA
6. MOUNTING: 18" TO CENTER U.O.N.
OUTLETS SHALL BE PROVIDED AND INSTALLED
AS FOLLOWS U.N.O.:
THE FOLLOWING ABBREVIATIONS APPLY WHEN
USED WITH OUTLETS:
ALL OUTLETS WITHIN 6' OF A SINK SHALL BE
PROVIDED WITH GFI PROTECTION
PROVIDE 4 SQUARE JUNCTION BOXES AT DUPLEX
AND QUAD OUTLET LOCATIONS
SINGLE RECEPTACLE, FLUSH MOUNTED
HALF SHADED OUTLETS INDICATES
CONTROLLED RECEPTACLE PER
TITLE 24 SECTION 130.5(d)
X-XR
X-XR
X-XR
AV
AV
AV
AV
AV
J
J
JUNCTION BOX, FLUSH FLOOR MOUNTED.
JUNCTION BOX, CEILING MOUNTED.
JUNCTION BOX, SURFACE MOUNTED
JUNCTION BOX, FLUSH MOUNTED.
QUAD RECEPTACLE, PEDESTAL MOUNTED
DUPLEX RECEPTACLE, PEDESTAL MOUNTED
COMBINATION QUAD RECEPTACLE, DATA &
AUDIO VISUAL IN RECESSED WALL BOX
COMBINATION QUAD RECEPTACLE, DATA AND
AUDIO VISUAL ON FIRE RATED POKE-THRU
COMBINATION DUPLEX RECEPTACLE, DATA AND
AUDIO VISUAL ON FIRE RATED POKE-THRU
COMBINATION QUAD RECEPTACLE & DATA ON
FIRE RATED POKE-THRU
COMBINATION DUPLEX RECEPTACLE & DATA ON
FIRE RATED POKE-THRU
SPECIALTY OUTLET, VERIFY NEMA
CONFIGURATION AS NOTED ON PLANS
CEILING MOUNTED.
QUAD RECEPTACLE, CEILING MOUNTED
DUPLEX RECEPTACLE, CEILING MOUNTED
SPECIALTY OUTLET, VERIFY NEMA
CONFIGURATION AS NOTED ON PLANS
SURFACE MOUNTED.
QUAD RECEPTACLE, SURFACE MOUNTED
DUPLEX RECEPTACLE, SURFACE MOUNTED
SINGLE RECEPTACLE, SURFACE MOUNTED
SPECIALTY OUTLET, VERIFY NEMA
CONFIGURATION AS NOTED ON PLANS
FLUSH MOUNTED.
QUAD RECEPTACLE, FLUSH MOUNTED
DUPLEX RECEPTACLE, FLUSH MOUNTED
EQUIPMENT SYMBOLS
PANELBOARD SURFACE MOUNTED
PANELBOARD FLUSH MOUNTED
SWITCHBOARD
TRANSFORMER
T
MOTOR RATED SWITCH
M
FUSED DISCONNECT SWITCH
FVNR COMBINATION MOTOR STARTER, H-O-A,
AUXILIARY CONTACTS, CPT, PILOT LIGHTS, NEMA
ENCLOSURE AS REQUIRED, WITH FUSED
DISCONNECT SWITCH
FVNR MOTOR STARTER WITH OVERLOADS,
H-O-A, AUXILIARY CONTACTS, CPT, PILOT LIGHTS,
NEMA ENCLOSURE AS REQUIRED
VARIABLE FREQUENCY DRIVE
VFD
MOTOR
CODE SIZED PULLBOX OR SPLICE BOX AS
INDICATED ON PLANS
TRANSFORMER
PANELBOARD
PANEL
X
UGPS LANDING LUGS
GROUNDING ELECTRODE AND CONDUCTOR
GFI
GROUND FAULT CIRCUIT INTERRUPTER
ST
SHUNT TRIP
SPD
SURGE PROTECTIVE DEVICE
IC
INSULATED CASE CIRCUIT BREAKER
MOTOR OR EQUIPMENT AS NOTED
CONCEALED BRANCH CIRCUIT RACEWAY WITH
2#12 + 1#12 GREEN GROUND, 3/4"C MINIMUM
CONCEALED BRANCH CIRCUIT RACEWAY WITH
3#12 + 1#12 GREEN GROUND, 3/4"C MINIMUM
CONCEALED BRANCH CIRCUIT RACEWAY WITH
4#12 + 1#12 GREEN GROUND, 3/4"C MINIMUM
CONCEALED BRANCH CIRCUIT RACEWAY WITH
6#12 + 1#12 GREEN GROUND, 3/4"C MINIMUM
CONCEALED BRANCH CIRCUIT RACEWAY WITH
2#10 + 1#10 GREEN GROUND, 3/4"C MINIMUM
CONCEALED BRANCH CIRCUIT RACEWAY WITH
3#10 + 1#10 GREEN GROUND, 3/4"C MINIMUM
CONCEALED BRANCH CIRCUIT RACEWAY WITH
4#10 + 1#10 GREEN GROUND, 3/4"C MINIMUM
CONCEALED BRANCH CIRCUIT RACEWAY WITH
6#10 + 1#10 GREEN GROUND, 3/4"C MINIMUM
HOMERUN
INDICATES CONDUIT STUB-OUT LOCATION.
INDICATES CONDUIT STUB-UP LOCATION.
INDICATES CONDUIT CONTINUATION.
UNDERGROUND OR UNDER FLOOR
HATCHED CONDUIT AND WIRE TO BE REMOVED
J
J
ELECTRICAL NOTE SHEETE0.1
E2.1 ENLARGED POWER PLAN
E3.1 SINGLE LINE DIAGRAM
E4.1 ELECTRICAL SPECIFICATIONS
#10
#10
#10
DRAWOUT CIRCUIT BREAKER
L = LONG TIME TRIP
S = SHORT TIME OVERCURRENT TRIP
I = INSTANTANEOUS TRIP
G = GROUND FAULT TRIP
STANDARD CIRCUIT BREAKER
CIRCUIT BREAKERS
ELECTRONIC TRIP CIRCUIT BREAKERS SHALL HAVE
ELECTRONIC SENSING, TIMING AND TRIPPING CONTROL
WITH FIELD INTERCHANGEABLE TRIP UNITS AND TRUE RMS
FUNCTIONS WITH DISCRETE FIELD ADJUSTABLE SETTINGS
INDEPENDENT OF OTHER ADJUSTMENTS. SETTINGS SHALL
BE AS FOLLOWS:
FRAME RATING
AMPERAGE RATING
200AF
200AT
3P
LSIG
NUMBER OF POLES
ELECTRONIC TRIP FUNCTIONS
IF APPLICABLE
FRAME RATING
AMPERAGE RATING
200AF
200AT
3P
LSIG
NUMBER OF POLES
ELECTRONIC TRIP FUNCTIONS
IF APPLICABLE
ENCLOSED CIRCUIT BREAKER
FRAME RATING
AMPERAGE RATING
200AF
200AT
3P
LSIG
NUMBER OF POLES
ELECTRONIC TRIP FUNCTIONS
IF APPLICABLE
FUSED SWITCH
SWITCH RATING
FUSE RATING
200AS
200AF
3PNUMBER OF POLES
IN-LINE UTILITY METER CIRCUIT BREAKER (200A MAXIMUM)
FRAME RATING
AMPERAGE RATING
M
200AF
200AT
3P
LSIG
NUMBER OF POLES
ELECTRONIC TRIP FUNCTIONS
IF APPLICABLE
AV
DUPLEX DATA CLOCK STYLE RECEPTACLE,
DUPLEX POWER CLOCK CLOCK STYLE
RECEPTACLE, AND 4 SQUARE BOX FOR POWER
AND DATA TO TV.
ELECTRICAL
NOTE SHEET
E0.1
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H+W PROJECT # 20-033
EXISTING
PANEL
'B'
EXISTING
PANEL
'A'
L15-20
A-34,36,38
2
ENLARGED POWER
PLAN
E2.1
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1/4" = 1' - 0"
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H+W PROJECT # 20-033
KEY NOTES:
GENERAL NOTES:
1. ALL OUTLETS WITHIN 6' OF A SINK SHALL BE GFCI PROTECTED.
2. ALL GFCI OUTLETS SHALL BE INSTALLED IN A READILY
ACCESSIBLE LOCATION PER NEC 210.8. IF EQUIPMENT IS TO BE
INSTALLED IN FRONT OF A GFCI OUTLET PROVIDE DEAD FRONT
GFCI IN READILY ACCESSIBLE LOCATION FEEDING A STANDARD
OUTLET AND LABEL THE GFCI DEADFRONT WITH THE
EQUIPMENT NAME.
3. COORDINATE LOCATION AND MOUNTING HEIGHT OF DEVICES
WITH ARCHITECTURAL FLOOR PLANS AND ELEVATIONS.
4. COORDINATE ALL EQUIPMENT REQUIREMENTS WITH
MANUFACTURER PRIOR TO ROUGH IN.
5. ALL CONDUIT SHALL BE CONCEALED. IN EXPOSED CEILING
AREAS, EXPOSED AND SURFACE MOUNTED CONDUIT SHALL BE
EMT AND SHALL BE ROUTED ORTHOGONAL TO THE STRUCTURE
AND SHALL BE INSTALLED IN NEAT AND WORKMAN LIKE
MANNER.
6. ALL DEVICES INCLUDING OUTLETS AND SWITCHES SHALL BE
WHITE FINISH WITH WHITE COVER PLATES. COORDINATE ALL
FINISHES WITH ARCHITECT.
7. INSTALL ALL DEVICES PER ADA REQUIREMENTS.
8. LABEL ALL OUTLETS WITH PANEL NAME AND CIRCUIT NUMBER
USING CLEAR LABEL WITH BLACK PRINTED LETTERS.
1. COORDINATE EQUIPMENTS' NEMA PLUG REQUIREMENTS WITH
MANUFACTURER PRIOR TO ROUGH-IN.
1. PROVIDE AND INSTALL NEW RECEPTACLE FOR LABORATORY
GLASSWARE WASHER. VERIFY ADDITIONAL REQUIREMENTS
WITH OWNER AND MAKE FINAL CONNECTIONS.
SECOND FLOOR
FIRST FLOOR
SWITCHBOARD MSB 1200A 480Y/277V 3P, 4W NEMA 1 65KAIC
EXISTING
750kVA
12KV-
480Y/277V
PAD MOUNT
TRANSFORMER
1200AF
1200AT
3P
LSIG
1200A
UGPS
20AF
100AT
3P
20AF
100AT
3P
20AF
100AT
3P
20AF
100AT
3P
100AF
60AT
3P
225AF
225AT
3P
400AF
400AT
3P
600AF
600AT
3P
PANEL
'L2A'
XFMR DPA
500KVA
DRY-TYPE
480V-208Y/120V
1600AF
1600AT
3P
SWITCHBOARD DPA 1600A 208Y/120V 3P, 4W NEMA 1 65KAIC
100AF
100AT
3P
100AF
100AT
3P
100AF
100AT
3P
100AF
100AT
3P
100AF
100AT
3P
100AF
100AT
3P
100AF
100AT
3P
100AF
100AT
3P
100AF
100AT
3P
100AF
100AT
3P
PANEL
'P2A'
PANEL
'P2B'
PANEL
'P2C'
PANEL
'P2D'
PANEL
'P2E'
PANEL
'P2F'
PANEL
'P2G'
PANEL
'P2H'
PANEL
'P2I'
PANEL
'P2J'
100AF
100AT
3P
SPARE
EXISTING GROUND
EXISTING
PRIMARY
CONNECTION
XFMR 'T1'
150KVA
DRY-TYPE
NEMA 3R
115 DEGREE RISE
480V-208Y/120V
1#1/0 AWG,
1"C
400AF
250AT
3P
PANEL
'MPP1B'
PANEL
'MPP1A'
100AF
100AT
3P
PANEL
'L1A'
100AF
100AT
3P
60AF
100AT
3P
60AF
100AT
3P
ELEV ELEV
SPARE
SPARE
SPARESPARE
225D
400AF
400AT
3P
200AF
200AT
3P
PANEL
'A'
200A
208/120V 3ɸ-4W
200Y
125AF
125AT
3P
PANEL
'B'
125Y
125A
208/120V 3ɸ-4W
100AF
60AT
3P
225AF
SPACE
3P
X3
DIST. BOARD 'A' 400A 208Y/120V 3P, 4W NEMA 3R
GREEN
HOUSE
400Y
60Y
TO
GREEN
HOUSE
ELECTRICAL
SINGLELINE DIAGRAM
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H+W PROJECT # 20-033
1. ALL EQUIPMENT IS EXISTING UNLESS NOTED OTHERWISE
NOTED.
2. PROVIDE TYPE WRITTEN PANEL SCHEDULES WITH LOADS IN
PLASTIC SLEEVE. INCLUDE AMP RATING, MAIN CIRCUIT BREAKER
RATING, VOLTAGE AND FEEDER/CONDUIT SIZE INFORMATION.
1. EXISTING PANELBOARD WITH MODIFIED LOAD, SEE PANEL
SCHEDULE FOR MORE INFORMATION.
1
EXISTING
CONDUITS
ELECTRICAL
SPECIFICATIONS
E4.1
PART 1 - GENERAL REQUIREMENTS
1.1 RELATED DOCUMENTS
A. The general conditions, Division 1, and Basic Electrical Requirements (Section 16050) are part of
this section and the contract for this work and apply to this section as fully as if repeated herein.
1.2 EXPLANATION OF DRAWINGS
A. The Electrical construction documents are intended to be diagrammatic and reflect the scope, quality,
and character of the work to be performed; all miscellaneous materials and work required for a
complete and operational system, though not specifically mentioned, shall be furnished and installed
by the Contractor.
B. The Contractor shall confirm sizes, dimensions, weights and locations of all devices, light fixtures,
and equipment prior to installation. Dimensioned architectural drawings shall take precedence over
diagrammatic layouts shown on these contract documents.
C. The Contractor shall be responsible for reporting any discrepancies, errors, or omissions regarding
the Electrical drawings noted prior to bid.
D. It is the intent of the drawings to indicate schematic routing and placement of devices, fixtures,
equipment and conduit. Exact locations shall be dimensioned on other trade documents
(architectural, furnishings, mechanical, etc.). Offsets, elbows, or extensions shall be furnished and
installed by the Contractor as necessary to avoid structure, piping, clearances and to provide a
complete and workmanlike installation.
1.3 QUALITY ASSURANCE AND STANDARDS
A. All work, material or equipment shall comply with the codes, ordinances and regulations of the local
government having jurisdiction, including the regulations of serving utilities and any participating
government agencies having jurisdiction.
B. All electrical work shall comply with the latest edition under enforcement, including all amendments,
modifications, and supplements, of the following codes and standards or other regulations which may
apply:
1. American Disabilities Act (ADA)
2. American National Standards Institute (ANSI)
3. American Society for Testing and Materials (ASTM)
4. Institute of Cable Engineers Association (ICEA)
5. Institute of Electrical and Electronics Engineers (IEEE)
6. Local Code Enforcement Agency Requirements
7. National Electrical Code (NEC)
8. National Electrical Contractors Association (NECA)
9. National Electrical Manufacturer's Association (NEMA)
10. National Electrical Testing Association (NETA)
11. National Fire Protection Association (NFPA)
12. Underwriters' Laboratories, Inc. (UL)
13. International Building Code (IBC)
No requirement of these drawings and specifications shall be construed to void any of the provisions of
the above standards. Any conflicts or changes required to the contract documents in order to obtain
compliance with applicable codes shall be brought to the immediate attention of the Engineer, Architect,
and Owner's Representative by the Contractor.
C. All items shall be listed by Underwriter's Laboratories and shall bear the U.L. label.
D. Equipment shown to scale is approximate only and based upon a general class of equipment
specified. The Contractor shall verify all dimensions and clearances prior to commencement of work.
E. The Contractor shall verify all points of connection with the manufacturer's requirements, instructions,
or recommendations prior to installation. The actual dimensions, weights, clearance requirements
and installation requirements shall be verified and coordinated by the Contractor.
1.4 SUBMITTALS
A. Shop drawings for materials, equipment, devices, fixtures, and systems shall be submitted by the
Contractor for review in compliance with the requirements of Division 1 and Division 16.
B. The Contractor shall bear the responsibility for any materials installed which were not submitted for
review or not installed in compliance with the review comments and the contract documents.
C. Verbal modification of submittal documents or changes to the requirements of the contract
documents shall not be acceptable. All submittal material must be documented in a written format.
D. All submittal packages must be submitted at one time and in accordance with the specification
section appropriate for the material. All packages must be identical and clearly labeled indicating the
specification section, project name, submittal date, Contractor's name, Engineer's name, preparer's
name and submission version (first submission, resubmittal #1, etc.)
E. Product catalog cutsheets and descriptive literature shall be cross-referenced to the specification
section by paragraph.
F. All submittal packages shall be permanently bound in brochure or booklet format. A minimum of six
submittal booklets shall be provided by the Contractor; additional copies may be required if so noted.
G. Materials which bear a certification or approval of a testing agency, performance criteria, society,
agency, of other organization shall be submitted with all labels identified.
H. The submittal shall be complete and with catalog data and information properly marked to show,
among other things, materials, capacity and performance data to meet the specified requirements.
I. Incomplete submittals will be rejected at the discretion of the reviewing Engineer.
J. Review of the submittal is for general conformance with the contract documents. The Contractor is
responsible for confirmation and coordination of dimensions, quantities, sizes, fabrication, installation
methods, and for coordination of work of other trades with the electrical work.
K. Submittal brochures shall be complete and descriptive of the type, make, manufacturer, application,
quantity, performance, capacity, ratings, options, dimensions, clearances, weights, nameplate data,
special installation requirements, mounting method, NEMA type, NEMA class, environmental
restrictions, layout requirements or other information as may be necessary for review of the material.
L. The Contractor shall be responsible for all aspects of substitutions of material including any
additional cost or delay incurred as a result of the substitution. The Contractor shall coordinate all
substitutions with other trades, verify code compliance, verify clearances, photometric performance,
appearance, suitability, constructability, and availability of the material prior to submitting the
substitution for review. The Contractor shall bear the responsibility of any increased costs to other
trades which are directly related to the substitution.
M. Submittals shall include the following:
1. Raceways
2. Wire and Cable
3. Boxes
4. Wiring Devices
5. Disconnect Switches
6. Occupancy Sensor's
7. Light Fixtures, Lamps and Ballasts
8. Circuit Breakers
N. Submit detailed dimensioned drawings for all multi-outlet surface raceways.
PART 2 - PRODUCTS
2.1 MATERIALS
A. All materials shall be new, of prime quality, listed as suitable for the application, and bear
factory-applied U.L. labels.
B. Materials shall be currently in production and shall be supported by spare parts, repair service,
maintenance, and factory technical support
2.2 RACEWAYS
A. Electrical Metallic Tubing (EMT)
1. Conduit shall be cold rolled zinc coated steel and manufactured per UL and ANSI requirements.
2. Fittings for EMT shall be watertight steel or malleable gripping ring compression type.
3. Pressure cast material for nuts of compression ring type fittings and set-screw connections are
not acceptable.
4. Minimum raceway size shall be 3/4".
B. Flexible Metallic Conduit
1. Flexible conduit shall bear the UL label and be zinc coated steel.
2. Fittings for flexible metallic conduit shall be steel or malleable iron. Fittings shall clamp to conduit
securely.
3. Screw in type, sheet metal or set-screw type fittings are not acceptable.
4. Minimum raceway size shall be 3/4".
C. Liquid Tight Flexible Conduit
1. Conduit shall be manufactured in accordance with UL and ANSI requirements. Conduit shall be
approved for grounding and compatible with approved fittings. Flexible steel conduit shall be hot
dipped galvanized with extruded PVC covering manufactured per UL requirements.
2. Fittings shall be liquid tight type with body and gland nut of steel or malleable iron with provisions
for grounding flexible conduit to fittings.
3. Minimum raceway size shall be 3/4".
2.3 WIRE AND CABLE
A. Conductors shall be copper; conductors size #10AWG and smaller shall be solid, conductors size
#8AWG and larger shall be stranded. Conductors shall be minimum size #12AWG for power and
lighting circuits; control circuits shall use a minimum conductor size of #14AWG.
B. Insulation shall be type THW or THHN/THWN for all branch circuits up to and including size #2AWG.
Insulation for conductors over size #2AWG shall be XHHW.
C. Jackets shall be nylon or PVC material.
D. All cables shall be UL listed for the application.
E. All conductors shall be installed in conduit in the field, unless specifically noted otherwise in these
documents. Type AC and type NM cable are not acceptable; type MC cable may be used where
specifically noted for purposes of flexibility, maintenance, or ease of installation but shall not be used
without explicit permission and direction of the Engineer.
F. Multi-conductor flexible cords shall be types SO, SJO, STO, or SJTO.
G. Connectors shall be UL listed and suitable for the conductor material being connected and rated
appropriately. Connectors shall be solderless helical metal spring pressure type or solderless finger
metal spring barb type for conductors #10AWG and smaller. Connectors shall be compression type
for conductors #8AWG and larger. Push-in connectors shall not be used.
2.4 BOXES
A. Boxes shall be flat rolled steel sized as required by code and as suitable for the application. Boxes
shall have mounting holes and knock-outs in sides and back. Grounding shall be accommodated by
means of threaded holes.
B. Provide accessories, extension rings, gaskets, supports, trim rings, hangers, straps, and other
material as necessary for a complete code complying installation.
C. Boxes installed outdoors shall be weather-tight, dust-tight, and corrosion resistant. Provide gaskets
and conduit hubs.
D. Provide Type FS boxes for surface mounted applications.
E. Provide additional support for boxes as necessary when mounting fixtures or devices from boxes.
F. Provide ganged boxes for multiple switches and devices; provide barriers for boxes served by
separate voltages.
2.5 WIRING DEVICES
A. Receptacles
1. Wiring devices shall be UL listed and suitable for the application.
2. Devices shall be color coded per the system to which they are connected: normal power shall be
white; emergency power shall be red; dedicated outlets shall be grey; unless otherwise noted on
the construction documents.
3. Receptacles shall be heavy duty, screw type, side wired, 120V, 20A, duplex type, unless noted
otherwise on the construction documents. Verify NEMA configuration with construction
documents.
4. Weathertight receptacles shall be gasketed in cast metal boxes with cast metal coverplates with
spring-loaded hinged covers over each opening.
5. Ground fault interrupting receptacles shall be duplex type and capable of detecting a leaking
current of 5mA.
B. Toggle Switches
1. Toggle wall switches shall be quiet AC type, rated 120/277V, 20A and UL listed for the
application.
2. Switches shall be single pole, double throw with white finish unless noted otherwise.
C. Coverplates
1. Single, combination coverplates shall be used at all ganged device locations.
2. Provide engraved labels with panel and circuit number on each coverplate.
2.6 DISCONNECT SWITCHES
A. Disconnects shall NEMA 1, indoor type, or rated for the locations in which they are installed as noted
on the construction documents.
B. Disconnects shall be UL listed and suitable for the application.
C. Disconnects in exterior, wet, cold, warm, or hot environments shall be raintight, have raintight hubs,
and be rated NEMA 3R.
D. Disconnects shall be heavy duty type, rated 600V with current capacity as noted on the construction
documents. Verify NEMA configuration with construction documents.
E. Disconnects shall have hinged, lockable, dead-front doors with permanently marked ON/OFF
indicators. Enclosures shall be baked enamel factory painted steel with conduit knockouts.
F. Disconnects shall be operated by a handle accessible from the exterior of the enclosure. Handles
shall have provision to be padlocked in the OFF position.
G. All current carrying parts shall be high conductivity copper designed to carry rated load without
damage from heat and plated to resist corrosion.
H. Switch mechanism shall be a quick-make, quick-break type such that the operation of the contact is
restrained by the handle during the closing or opening operation.
I. Switches shall have a minimum fault current rating of 200,000A RMS.
J. All switches shall be fused unless specifically noted otherwise.
K. The disconnect door cover shall have an interlocking mechanism to prevent opening the cover when
the switch is in the ON position.
L. Fuses serving motor loads shall be Class L and Class RK1, 250V and 600V, time delay, dual
element unless noted otherwise on the construction documents.
M. Fuses serving non-motor loads shall be Class L and Class RK1, 250V and 600V, fast acting, dual
element unless noted otherwise on the construction documents.
N. Provide built-in fuse pullers.
2.7 LIGHTING GENERAL
A. Luminaries shall bear the appropriate UL label for location, mounting position and operating
conditions in which it is installed.
B. Luminaries, ballasts and lamps shall each be of the same manufacturer and of identical finish,
appearance, and performance. Luminaries which are pre-lamped before shipment shall have
identical lamp manufacturer. Mix and match of different lamp manufacturer shall not be acceptable.
C. Recessed ceiling mounted luminaires shall be provided with appropriate frame and trim type
compatible with ceiling construction. Reference architectural plans for ceiling construction type and
specifications.
D. Luminaires and devices shall be free of burrs, scratches, marks, and dents which may occur during
transportation, storage or installation. Construction shall be finished to eliminate sharp edges
exposed to installer and end-user.
E. All burned out lamps and ballasts shall be replaced by the end of contract prior to Architect, Owner
Representative and Engineer final punchlist.
2.8 PANELBOARDS
A. Panelboards shall be factory assembled, dead-front, metal enclosed, wall mounted type as noted in
the construction documents.
B. Panelboards shall be rated 600VAC and shall not exceed 400A current capacity, unless specifically
noted on the construction documents.
C. Panelboard finish shall be baked enamel factory paint of manufacturer's standard color.
D. Provide front accessibility for wireways on each side of overcurrent protective devices foR entire
height of panelboard.
E. All bussing shall be silver-plated copper with ratings as indicated in the construction documents.
F. Panelboard bussing and devices shall be fully-rated for the available short circuit current as
determined by the Contractor's short circuit study (see requirements in Section 16420). The
Contractor may provide series-rated equipment, fully compliant with all NEC requirements and the
short circuit study, but shall not provide series-rated equipment without explicit written permission
from the Engineer.
G. Enclosures shall be galvanized sheet steel cabinet type with hinged and lockable doors, dead front,
and permanently adhered identification labels on the front.
H. Panelboards shall be suitable for the environment in which they are located and shall be NEMA 1,
indoor, unless noted otherwise on the construction documents.
I. Circuit breakers shall be molded case type; all circuit breakers shall be bolt-on type.
J. Arc fault circuit interrupting (AFCI) circuit breakers shall be provided for all dwelling unit bedroom
receptacle circuits. AFCI circuit breakers shall be manufactured and listed to UL Standard 1699.
K. Main lugs shall be anti-turn solderless pressure type for use with copper conductors.
L. Instrumentation shall be provided where noted.
M. Enclosures, panel interiors, and devices shall be of one manufacture.
N. Provide a typewritten panel schedule located in a sleeve on the interior of the panelboard door
indicating loads and areas connected to each circuit.
O. Provide a ground bus in each panelboard.
P. Acceptable manufacturers shall be General Electric, Siemens, Eaton, or Square D.
3.7 WIRING DEVICES
A. Installation methods for wiring devices shall comply with the latest enforced edition of the National
Electrical Code and the local authority having jurisdiction.
B. Install all devices in accordance with the manufacturer's recommendations and requirements.
C. Coordinate device mounting height, location and type with architectural and interior drawings.
Coordinate with other trades to identify conflicts with device locations and notify the Engineer of any
conflicts.
D. Install devices only in clean boxes.
E. Install all trim rings and coverplates in coordination with other trades and their installation schedules.
F. Tighten and inspect all connections prior to covering devices and reconnect or repair wiring as
necessary.
G. Test all devices for voltage level, continuity, ground fault, and short circuits.
H. Install all devices plumb and square to structure and adjacent surfaces.
I. Connect and inspect all ground bonds prior to covering device.
J. Demonstrate the proper operation of all ground fault interrupting devices.
3.8 DISCONNECT SWITCHES
A. Installation methods for disconnects shall comply with the latest enforced edition of the National
Electrical Code and the local authority having jurisdiction.
B. Install all disconnects in accordance with the manufacturer's recommendations and requirements.
C. Coordinate disconnect mounting height, location and type with architectural and interior drawings.
Coordinate with other trades to identify conflicts with device locations and notify the Engineer of any
conflicts. Mount switches 42" above finished floor unless noted otherwise.
D. Provide suitable galvanized metal strut framework where no wall or structure is available for the
mounting of disconnects.
E. Provide flexible conduit connections for disconnects mounted to strut framework, motors, or vibrating
equipment.
F. Tighten and inspect all connections and reconnect or repair wiring as necessary.
G. Test all disconnects for voltage level, continuity, ground fault, and short circuits. Check switch
mechanism operation under no load conditions prior to operating under load.
H. Install all disconnects plumb and square to structure and adjacent surfaces.
I. Provide and install all fuses sized per the equipment manufacturer's recommendation.
3.9 LIGHTING INSTALLATION
A. Luminaires shall be installed complete with all accessories, glassware, canopies, sockets, reflectors,
optics, wiring devices and supplied with new lamps of the type and wattage indicated on plans or in
this specification unless specifically noted otherwise.
B. All luminaires shall be supported in accordance with ASTM E-580 recommended guidelines for
seismic restraint, as well as the latest version of the International Building Code related to lateral and
vertical bracing, including but not limited to:
1. Recessed luminaires shall have a minimum of four (4) #10 gauge wires attached to structure
above; (1) wire at each corner of the luminaire. The wires shall be independent of ceiling support
system.
2. All lighting fixtures shall be positively attached to the suspended ceiling system. The attachment
device shall have a capacity of 100 percent of the lighting fixture weight acting in any direction.
3. Pendant-hung lighting fixtures shall be supported directly from the structure above with #9 gauge
wire or approved alternate support without using the ceiling suspension system for direct support.
C. Mount luminaries in mechanical areas and rooms to clear any mechanical equipment, conduit and
clearances. Coordinate mounting with mechanical plans.
D. Junction box and ballast compartment shall be accessible from below when housing is installed in
final position. Wiring shall be secured from damage when accessed for relamping.
E. Fire rated gypsum board enclosures shall be constructed around all recessed luminaires that
penetrate fire rated areas.
F. All surface mounted luminaires installed on a suspended ceiling grid shall have four (4) supporting
clips positively attaching corners of housing to the ceiling. Installation shall include 1/8" spacers
between the housing and ceiling tile where applicable.
G. Actual locations of luminaires and dimensions shall be referenced to architectural drawings.
Electrical plans shall not be used to scale for construction purposes. Any discrepancies shall be
brought to the engineer's attention prior to installation.
H. Provide additional junction boxes as required where conductor exceeds factory provided junction box
limitations.
I. Installation shall be appropriately coordinated with all disciplines to insure proper ventilation and heat
dissipation as required per manufacturer.
J. Where luminaires are served from two sources, a barrier shall be provided to separate emergency
source from normal source with notation indicating separate sources.
K. Luminaires not utilizing modular wiring systems, shall be connected with minimum six (6) foot length
of flexible metal conduit from a structurally mounted junction box.
L. Wall mounted luminaries and junction boxes shall be rigidly supported to structure to provide
adequate support during normal operation.
M. Pendant luminaries shall be mounted in a uniform mounting height and in straight, parallel,
continuous rows. Final coordination with the architectural reflected ceiling plan, mechanical
equipment and plumbing fixtures shall be made in the field to ensure consistent spacing and
locations.
N. All wall mounted fixtures shall be mounted to a supporting wall bracing material in addition to the
junction box. The bracing material is secured to structural elements in the wall. The bracing shall be
capable of supporting the weight of the fixture and comply with the manufacturer's requirements and
recommendations.
3.10 PANELBOARDS
A. Installation method of panelboards shall comply with the latest enforced edition of the National
Electrical Code and the authority having jurisdiction.
B. Install all panelboards in accordance with the manufacturer's recommendations and requirements.
C. Coordinate panelboard location and size with architectural and interior drawings. Coordinate with
other trades to identify conflicts with panelboard locations and notify the Engineer of any conflicts.
D. Fasten panelboards securely to structural wall or surface to Seismic Design Category D
requirements. Panelboards shall be mounted no higher than 6'0" to the highest device from finished
floor and no lower than 24" above finished floor. Provide panel skirts where noted.
E. Check all connections, phase rotation, ground resistance and insulation resistance levels.
F. Complete the panel schedule card and place in the sleeve on the interior of the panelboard door.
G. Test all panelboards and overcurrent protection devices for voltage level, continuity, ground fault, and
short circuits.
H. Install all panelboards plumb and square to structure and adjacent surfaces.
I. Connect and inspect all ground bonds prior to energizing panelboard.
J. Demonstrate the proper operation of all ground fault protective devices.
K. Clean all panelboard interiors and exteriors prior to handing over to Owner. Touch up scratched
paint and finishes as necessary.
L. Adjust and set all devices for proper operation.
END OF SECTION 16060
PART 3 - EXECUTION
3.1 INSTALLATION REQUIREMENTS
A. All electrical work shall conform to National Electrical Contractors Association standards of
installation and the requirements of the manufacturer, Division 1, Division 16, and the Owner's
Representative.
B. The Contractor shall field-verify all dimensions and coordinate dimensions with equipment sizes and
locations.
C. The Contractor shall coordinate and install all penetrations, openings, slots, chases, or sleeves as
necessary for the routing and installation of electrical equipment. The Contractor shall provide
approved fire sealant to maintain fire ratings at all penetrations.
D. The Contractor shall coordinate and cooperate with all other trades for a successful completion of the
electrical work.
E. The Contractor shall install access panels in walls or ceilings in coordination with the Architect for all
electrical equipment, which require access.
F. All electrical equipment shall be installed plumb, parallel, or orthogonal to structure and in a neat
orderly fashion. All material shall be accessible for maintenance, inspection, servicing or
replacement.
G. Verify final locations for electrical devices and equipment during the rough-in phase with
dimensioned architectural drawings, fabrication drawings, or other space planning requirements
included in the contract documents.
H. The Contractor shall provide adequate and qualified supervision for the work performed; no work
shall be performed without the supervision of a representative of the Contractor.
3.2 COMMISSIONING
A. The Contractor shall initiate startup of all electrical equipment including operation of all devices,
switches, overcurrent protection, disconnect switches, etc. to verify normal operation of all moving
parts and electrical performance.
B. The Contractor shall test, adjust, align, label, clean and complete all systems prior to acceptance by
the Owner's Representative.
C. The Contractor shall demonstrate that all systems operate within the manufacturer's recommended
performance characteristics, the electrical construction documents, system requirements, and Owner
requirements.
D. The Contractor shall test each electrical system per the manufacturer's requirements and shall
perform the following system tests:
1. Inspect cables for physical damage and proper connection.
2. Torque test cable connection and tighten in accordance with termination manufacturers
recommendations.
3. Infrared scan all connections under loaded conditions and provide color printed images.
4. Insulation resistance test of each cable.
5. Inspect ground system connections.
6. Check rated voltage and phase balance at all equipment, motors and selected devices at full load
conditions. Measure no load voltage conditions at each location.
7. Furnish all material, equipment, instruments and labor as required to complete testing.
8. Provide all test results properly bound in a three-ring binder.
3.3 CLEANING
A. Contractor shall clean all equipment, conduit interiors, fixtures, devices, etc. of all extraneous paint,
drywall mud, overspray, dust, dirt, debris, trash, grease or markings. All cleaning shall be performed
by the Contractor in accordance with the appropriate manufacturer's recommendations.
3.4 RACEWAYS
A. EMT shall be run indoors concealed in drywall type construction, above suspended ceilings, or in
utility chases at casework. In unfinished indoor areas, EMT shall be run exposed no less than 8'0"
above finished floor.
B. EMT shall not be installed underground or embedded in concrete.
C. Flexible conduit shall not exceed 6'0" in length.
D. Flexible conduit used for final connection to equipment shall not exceed 2'0" in length.
E. The conduit grounding system shall be continuous as recommended by the manufacturer and UL
listed.
F. Liquidtight flexible conduit shall be used for final connection to machines, motors, transformers and
equipment that requires vibration isolation.
G. Liquidtight flexible conduit shall be used for final connection to equipment in wet or damp locations or
where exposed to grease, water, dust, dirt, pathogens, vapors or chemicals.
3.5 WIRE AND CABLE
A. All wiring methods shall comply with the latest enforced edition of the California Electrical Code and
the local authority having jurisdiction.
B. Conductors shall be installed in clean raceways using nylon cord, polypropylene cord, hemp rope, or
other material, which will not damage the conductors or conduit. Do not use metal fish tape. Use
lubricant when necessary for pulling.
C. Conductors shall be pulled into conduit simultaneously so as to not damage conductors during
pulling.
D. Conductors installed at outlets and switches shall have a minimum of 6" pigtail left in the box for
future connections. All conductors not connected to devices shall be terminated with splice caps and
tape.
E. Conductors shall be terminated such that no copper material is exposed. Conductors shall be
trained and labeled at terminations in a neat and workmanlike manner.
F. All terminations shall be mechanically sound, featuring helical twisting of the terminating conductors
prior to the application of an electrical connector. The electrical connector shall not be used for the
mechanical connection of the conductors.
G. All terminations shall comply with the manufacturer's installation and torquing requirements.
H. Splices on conductors #10AWG and smaller shall be made with splice caps twisted onto the
conductors. Tape all splices.
I. Splices on conductors #8AWG and larger shall be made with pressure connectors and terminal lugs.
Where exposed to water, damp air, or moisture, splices shall be watertight.
J. Splices shall not be made in feeders; splices to branch circuits shall not be made within panelboards
or similar enclosures.
K. When combining homeruns, the Contractor shall derate all conductors per code requirements
including reducing the ampacity, using high temperature insulation where necessary. Conduit sizes
shall be adjusted by the Contractor as suitable for the conductor revisions.
L. The Contractor shall provide a code-sized insulated ground conductor, in addition to the feeder
conductors indicated on the drawings, where non-metallic conduit is used.
M. Conductors shall be color-coded as follows or as matches the building standard:
208Y/120V Phase 480Y/277V
Black A Brown
Red B Orange
Blue C Yellow
White Neutral Gray
Green Ground Green
N. Where tape or labels are used for color-coding, apply material at each end of the conductor, splices,
boxes, and all terminations.
3.6 BOXES
A. All box installation methods shall comply with the latest enforced edition of the National Electrical
Code and the authority having jurisdiction.
B. Install all boxes plumb, square, and securely fastened to structure.
C. Boxes shall be placed such that they are readily accessible.
D. Cover or plug all unused openings in boxes where knockout blanks have been removed.
E. Install boxes such that they are flush with the finished surface of the wall or surface within which they
are mounted.
F. Install all boxes at mounting heights per architectural, electrical code, and ADA requirements.
G. Boxes shall not be mounted back to back in walls.
H. Boxes in sealed environments shall be sealed with an approved sealant suitable for the application.
I. Boxes penetrating fire rated walls or surfaces shall be sealed with a Fire Marshal approved fire
sealant to maintain the fire rating of the wall or surface.
J. Boxes located above inaccessible ceilings shall be made accessible by means of access doors or
hatches in the ceiling.
K. Install all boxes per manufacturer's recommendations and requirements.
L. Provide for ground continuity at all boxes.
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