HomeMy WebLinkAboutAddendum 1 - BID - 10084 Parking Services EV Charger InstallationAddendum #
[RFP/BID # and Name] Page 1 of 2
ADDENDUM NO. 1
SPECIFICATIONS AND CONTRACT DOCUMENTS
Description of BID 10084: Parking Services EV Charger Installation
OPENING DATE: 3:00 PM (Our Clock) December 10, 2024
To all prospective bidders under the specifications and contract documents described above, the
following changes/additions are hereby made and detailed in the following sections of this
addendum:
Exhibit 1 – Updated Specifications and Drawings
Please contact Jake Rector, Senior Buyer, at (970) 221-6776 or jrector@fcgov.com with any
questions regarding this addendum.
RECEIPT OF THIS ADDENDUM MUST BE ACKNOWLEDGED BY A WRITTEN STATEMENT
ENCLOSED WITH THE BID OR QUOTE STATING THAT THIS ADDENDUM HAS BEEN
RECEIVED.
Financial Services
Purchasing Division
215 N. Mason St. 2nd Floor
PO Box 580
Fort Collins, CO 80522
970.221.6775
970.221.6707
fcgov.com/purchasing
Addendum #
[RFP/BID # and Name] Page 2 of 2
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
ADDENDUM NO. 01 ADD01 - 1
ADDENDUM NO. 01
The Architect/ Engineer issues this addendum, applicable to the above-named project, to all known
Contractors before receipt of proposal.
This addendum item shall be fully incorporated into the Bidding/Contract Documents and have the same
force and effect as though originally included.
The Bidder shall acknowledge receipt of this Addendum No. 1 on the Bid Proposal Form in the place
provided.
ADDENDUM
1. Update project name, building name and address on the coversheet and drawing Titleblock; update
spec header.
2.Designate transformer and panelboard as “OFCI”.
3.Revise painted conduit note on E02.11 to be “Shall be painted white”.
4.Indicate that parking lights to be removed will be returned to owner.
5.Remove bollards from the scope.
DRAWINGS
Full drawing set to be reissued.
SPECIFICATIONS
Full specifications to be reissued.
END OF ADDENDUM NO. 1
EXHIBIT 1
1 2 3 4 5 6 7 8 9 10 11 12 13
A
A1
B
C
C1
C2
D
AREA OF WORK -
PS PARKING
AREA OF WORK -
ELECTRICAL
Architecture Engineering Interior Design
Landscape Architecture Planning
\ \ \
\
clarkenersen.com
Lincoln, Nebraska
Omaha, Nebraska
Kansas City, Missouri
Portland, Oregon
Fort Collins, Colorado
Charleston, South Carolina
Lawrence, Kansas
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Title Sheet & Drawing
Index
G00.00
CE No.: 326-032-24
120 N Mason St.
Fort Collins, CO 80524
100% Construction
Documents
11/01/2024
120 N Mason St.
Fort Collins, CO 80524
ELECTRICAL ENGINEERARCHITECT
(COORDINATING PROFESSIONAL)
CE Project No.: 326-032-24
Plan NorthTrue North
SCALE:1" = 30'-0"
ORIENTATION SITE PLAN - EV1
ELECTRICAL - EV
E00.01 Electrical Abbreviations, Symbols Legend &
General Notes - EV
E00.02 Parking Garage Electrical Orientation Plan - EV
E00.10 Parking Garage Electrical Demolition Plan - EV
E02.11 Parking Garage Power & Auxiliary Systems Plan -
EV
E03.01 Electrical One Line Diagram - EV
E04.01 Parking Garage Electrical Schedules - EV
E05.01 Electrical Details - EV
GENERAL - EV
G00.00 Title Sheet & Drawing Index
G00.01 General Notes, Symbols & Abbreviations
100% CONSTRUCTION DOCUMENTS
City of Fort Collins
Parking Services EV Charger Installation
Civic Center Parking Structure
- 11/01/2024 100% CONSTRUCTION DOCUMENTS
A - 01 11/11/2024 ADDENDUM 01
Parking Services EV Charger
Installation
Civic Center Parking Structure
01
A
01
A
MATERIAL SYMBOLS
ELEVATION INDICATIONS
PARTITION INDICATIONS
FINISHES
INSULATION
GLASS
WOOD
METAL
STONE
MASONRY
CONCRETE
EARTHWORKS
CONCRETE/PLASTER
SHINGLES/SIDINGGLASS
BRICK
WOOD STUD
SHEET METAL
CERAMIC TILE
METAL STUD
FINISH FACE
SPECIAL
CONCRETE MASONRY UNIT
GRAVEL/POROUS
ACOUSTICAL
TILE
FILL
BATT/LOOSE
GLASS
CARPET AND
PAD
CERAMIC TILE
RIGID
STRUCTURAL
SPRAY/FOAM
GLASS BLOCK
ALUMINUM
FINISH
BLUESTONE/SLATE/
SOAPSTONE/FLAGGING
STEELBRASS/BRONZE
ROUGH SHIM
RUBBLE LIMESTONE
BLOCK
CONCRETE
CONCRETE
NON COMPACTED
EARTH
COMMON/FACE
BRICK
PLASTER
SAND/MORTAR/
FIRE BRICK
EARTH/COMPACT
FILL FILL
WALLBOARD
GYPSUM
PLYWOOD
FACING TILE
STRUCTURAL
PRECAST CONCRETE
CONCRETE MASONRYCAST-IN-PLACE CONCRETE
TECTUM
1i
A101
1
SIM
REFERENCE SYMBOLS
100'-0"
FIN. FLR.
REVISION TAG & CLOUD INDICATOR
DEMOLITION INDICATOR
MATCH LINE
WALL TYPE REFERENCE
ELEVATION REFERENCE
GRID LINE
WINDOW/OPENING IDENTIFIER
DOOR/OPENING IDENTIFIER
ROOM IDENTIFIER
CROSS SECTION REFERENCE
ELEVATION REFERENCE
DETAIL REFERENCE
DETAIL REFERENCE NUMBER
SHEET ON WHICH IT IS FOUND
DETAIL OR SECTION NUMBER
SECTION REFERENCE1
A101
SIM
1
A101
SIM
CLASSROOM
101
101
0
KEY NOTE
A101
1
SIM
1t
STANDARD ABBREVIATIONS
DEIONIZED WATER
DOUBLE JOIST
DEAD LOAD
DAMPPROOFING
DISHWASHER
DOUBLE HUNG
DOOR FRAME
DRINKING FOUNTAIN
DEPARTMENT
DOUBLE GLAZING
COLD WATER
CABLE TELEVISION
CERAMIC TILE
COUNTERSUNK
COLD ROLLED STEEL
CIRCUMFERENCE
COMPRESSIBLE
COVER PLATE
COORDINATE
CONTRACTOR
CONSTRUCTION
CONNECTION
CONFERENCE
CONCRETE
CONCRETE MASONRY UNIT
CONTRACT LIMIT LINE
CEILING DIFFUSER
CEILING HEIGHT
CENTER LINE
CONTROL JOINT
CAST IN PLACE
CHALKBOARD
COUNTER FLASHING
CERAMIC TILE
CEMENT PLASTER
CLOSED CIRCUIT TELEVISION
CATCH BASIN
CURB AND GUTTER
CENTER TO CENTER
BUILT-UP ROOF
BEARING PLATE
BRIDGING JOIST
BASE PLATE
BELOW FINISH FLOOR
BACKFLOW PREVENTER
BOTH FACES
BOTTOM OF CURB
BULLETIN BOARD
BALLED AND BURLAPPED
AUDIO VISUAL
ASYMMETRICAL
ABOVE SUSPENDED CEILING
ARCHITECT (URAL)
ACCESS PANEL
ANNUNCIATOR
AIR HANDLING UNIT
ABOVE FINISHED SLAB
ABOVE FINISHED GRADE
ABOVE FINISHED FLOOR
ACCESS FLOOR
ADJUSTABLE
AUTOMATIC DOOR CLOSER
AREA DRAIN
ACOUSTICAL TILE
ACOUSTICAL INSULATION
ACOUSTICAL PLASTER
ACOUSTICAL PANEL
ACID-RESISTANT
AIR CONDITIONING
ABBREVIATE
ARCHITECT/ENGINEER
DOOR CLOSURE
DVTL
DWG
DW
DRCLSR
DST
DUPL
DS
DT
DMPF
DN
DO
DR
DIST
DIV
DIW
DJ
DL
DIM
DFR
DH
DF
CUR
DET
DEPT
DBL GLZ
CW
CUB
CTV
CSWK
CT
CRCMF
CSMT
CSK
CSG
CRS
CPRS
COV PL
COORD
CONTR
CONC FL
CONSTR
CONN
CONF
CONC
COMPL
COL
CO
CLSR
CNTR
CNR
CMU
CMPST
CLR
CLOS
CLL
CLG HT
CIR
CLG
CLG DIFF
CL
CJ
CIP
CHK
CHFR
CI
CEM PLAS
CER
CHAN
CH BD
CFLG
CER TILE
CEM
CCTV
CB
C/C
CAV
CAB
C&G
BUR
BSMT
BTM
BW
BRDG JST
BRK
BRZ
BRS
BRKT
BS
BRG
BRG PL
BRDG
BLKHD
BRCG
BLST
BP
BM
BLKG
BLK
BLDG
BL
BF
BFF
BJT
BITUM
BFP
BEV
BD
BC
BB
AV
BAL
BAF
B&B
AVE
ASYM
ASPH
ASC
ARCH
ANN
APPX
ANT
ANOD
AP
AMT
AMPL
AMB
ALT
AGGR
ALM
AHU
AHR
ALUM
AFS
AFG
AFF
AF
ACOUS TILE
ACOUS INSUL
ACOUS PLAS
ACOUS PNL
ADC
ADJC
ADJ
ADDM
ADDL
AD
ABV
ACOUS
ACID RES
AC
ABBR
A/E
DOVETAIL
DRAWING
DOWNSPOUT
DOOR STOP
DRAIN TILE
DUPLICATE
DITTO
DOOR
DOWN
LTG
LVL
LVR
LONG
LT WT
LRG
LS
LT
LKR RM
LL
LNTL
LOC
LIGHTING
LEVEL
LOUVER
LOCKER ROOM
LIVE LOAD
LONGITUDINAL
LIGHTWEIGHT
LARGE
LUMP SUM
LIGHT
LINTEL
LOCATION
STAG
STD
STIR
SQIN
SQYD
SSK
SS
ST
SPKR
SPRT
SQFT
SQ
LIGHTWEIGHT CONCRETE MASONRY UNIT
HEATING, VENTILATION, AIR CONDITIONING
DISTANCE
DIVIDER
DIMENSION
CURRENT
DETAIL
CUBICLE
CASEWORK
LH
LHR
LIN
LIQ
LKR
LD BRG
LDG
LF
LG
LAB
LCMU
LAV
LB
LBR
KWY
L
KPL
KOP
CASEMENT
CASING
CONCRETE FLOOR
COMPLETE
COLUMN
CLEANOUT
JC
KO
KB
JT
JST
INV EL
JAN
INV
INTR
IF
INSUL
INSTL
INCAND
INL
HVAC
HYD
HW
HTG
LOAD BEARING
LINEAR FOOT
LEFT HAND
LEFT HAND REVERSE
LINOLEUM
LIQUID
LOCKER
LANDING
LENGTH
LABORATORY
LAVATORY
KICK PLATE
KNOCKOUT PANEL
POUND
LUMBER
KEYWAY
LEFT
SMLS
SPKLR
SP
SPCL
SPEC
SK
SLP
SLV
SM
SHR
SHTHG
SHVL
SIM
SJ
SCRN
SD
SECT
SGL
KNEE BRACE
JANITOR'S CLOSET
INVERT ELEVATION
KNOCKOUT
JOINT
JOIST
JANITOR
INVERT
INTERIOR
INSULATION
INSTALLATION
INCANDESCENT
INSIDE FACE
HOT WATER
INLET
HYDRANT
HEATING
SALV
SB
SC
SCH
SCMU
S
RVS
RV
RO
RFM
RND
RHR
RH
RFG
RESIL
REQD
REM
REINF
SPEAKER
SUPPORT
SQUARE FOOT
SQUARE INCH
SQUARE YARD
SERVICE SINK
STAINLESS STEEL
STAGGERED
STANDARD
STIRRUP
STREET
SQUARE
STORM DRAIN
SHEATHING
SLIP JOINT
SHEET METAL
SEAMLESS
SPECIFICATION
SPRINKLER
SPACING
SPECIAL
SINK
SLOPE
SLEEVE
SHOWER
SHELVES
SIMILAR
SCREEN
SECTION
SINGLE
SALVAGE
SPLASH BLOCK
SOLID CORE
SCHEDULE
SOLID CONCRETE MASONRY UNIT
REVERSE
ROOF VENT
ROUGH OPENING
RIGHT HAND REVERSE
RIGHT HAND
RESILIENT
REQUIRED
REMOVABLE
REINFORCEMENT
RECESSED FLOOR MAT
SOUTH
ROUND
ROOFING
OWNER FURNISHED-OWNER INSTALLED
OWNER FURNISHED/CONTRACTOR INSTALL
HOLLOW CONCRETE MASONRY UNIT
GLAZED CONCRETE MASONRY UNIT
GROUND FAULT INTERRUPTER
GENERAL CONTRACTOR
CLOSURE
COUNTER
CORNER
COMPOSITE
CLEAR
CLOSET
CIRCLE
CEILING
CAST IRON
CHECK
CHAMFER
HO
HORIZ
HSB
HS
HR
HNDRL
HMF
HMD
HM
HDJT
HDWD
HDBD
HGT
HDR
HCMU
HD
HC
HB
CERAMIC
CHANNEL
CEMENT
CAVITY
CABINET
BOTH WAYS
BASEMENT
BOTTOM
GRTG
GYP PLAS
H&CW
H
GYP
GR BM
GPDW
GR
GND
GENL CONTR
GL BLK
GLZ CMU
GLU LAM
GLZ
GL
GDRL
GFI
GENL
HIGH STRENGTH BOLT
HIGH STRENGTH
HORIZONTAL
HOLD-OPEN
HAND RAIL
HOLLOW METAL FRAME
HOLLOW METAL DOOR
HOLLOW METAL
HOUR
HARDWOOD
HARDBOARD
HEAD JOINT
HEAVY DUTY
HOLLOW CORE
HOSE BIBB
HEIGHT
HEADER
REC
REF
RECT
RECPT
RECD
RD
RCP
RC
RBR
QT
RAD
R
QUAL
QTY
PWR
PVMT
PVG
PVC
HOT AND COLD WATER
GYPSUM PLASTER
GRADE BEAM
GYPSUM DRY WALL
GRATING
HIGH
GYPSUM
GRADE
GROUND
GLUE LAMINATED
GLASS BLOCK
GUARD RAIL
GLAZING
GLASS
GENERAL
PRELIM
PTN
PT
PROJ
PRKG
PREFAB
PR
POS
PLBG
PLYWD
POLYISO
POLY
POL
PLAT
PLAS
PLAM
PL
FIRE EXTINGUISHER CABINET
BRICK
BOTH SIDES
BRONZE
BRASS
BRACKET
BEARING
BRIDGING
BULKHEAD
BRACING
BALLAST
BEAM
BLOCKING
BLOCK
BUILDING
BASE LINE
FURR
GALV
GB
FXTR
FUT
FSTNR
FTG
FSP
FS
FOS
FRNT
FRM
FPRF
FPL
FLUOR
FLT GL
FOM
FOC
BED JOINT
BITUMINOUS
BEVEL
BOARD
BALANCE
BAFFLE
AVENUE
ASPHALT
FLG
FLR FIN
FLR PL
FLR SK
FLR
FLDG
FIN FL
FL
FIN
FD
FIN GR
FGL
FEC
FDN
F BRK
FBD
F/F
EXTN
GRAB BAR
GALVANIZED
FIRE STANDPIPE
FURRING
FIXTURE
FUTURE
FOOTING
FASTENER
FULL SIZE
FIREPROOFING
FIREPLACE
FACE OF STUD
FACE OF MASONRY
FACE OF CONCRETE
FLUORESCENT
FLOAT GLASS
FRONT
FRAME
PERIM
PH
PGBD
PERP
PERM
PERF
PED
PCP
PC
OXY
PBD
PB
PARG
PAR
OVHD
ORIG
OPT
FLOOR FINISH
FLOOR PLATE
FLOOR SINK
FINISH FLOOR
FLANGE
FLOOR
FOLDING
FLASHING
FINISH
FINISH GRADE
FIBERGLASS
FOUNDATION
FLOOR DRAIN
FIBERBOARD
FACE TO FACE
FIRE BRICK
EXTENSION
OFCI
OPP
OPNG
OFOI
OFF
OF
OD
OC
OA
NO
O/O
NTS
NS
NOM
NIC
NF
NEG
N/A
X SECT
WWM
WTRPRF
WTR
WT
WSCT
WS
WR
WLD
WL
WHSE
REFERENCE
RECTANGULAR
RECEPTACLE
RECEIVED
RECESSED
ROOF DRAIN
REINFORCED CONCRETE PIPE
REINFORCED CONCRETE
QUANTITY
QUARRY TILE
PAVEMENT
POLYVINYL CHLORIDE
RUBBER
RADIUS
RISER
QUALITY
POWER
PAVING
PARTITION
PROJECT
PRELIMINARY
PREFABRICATED
POLYSTYRENE
POLISHED
PLYWOOD
PLUMBING
PLATFORM
PLASTER
PLASTIC LAMINATE
POLYISOCYANURATE
PAINT
PARKING
PAIR
POSITIVE
PLATE
CROSS SECTION
WELDED WIRE MESH
WATERPROOFING
WAINSCOT
WEATHERSTRIPPING
WATER RESISTANT
WELDED
WIND LOAD
WAREHOUSE
WATER
WEIGHT
WH
WGL
WF
WDW
WD
WC
W/O
W/W
W/
VWC
VT
VR
VOL
VNR
VIB
VEST
VERT
VCT
VB
VAV
VAC
UTIL
UR
UPS
UNO
UNFIN
UNEX
ULT
UG
UFD
TYP
TV
TS
TRNBKL
PEGBOARD
PERPENDICULAR
PERMANENT
PERIMETER
PERFORATED
PEDESTAL
PORTLAND CEMENT PLASTER
PORTLAND CEMENT
PARTICLE BOARD
PANIC BAR
PARALLEL
OVERHEAD
ORIGINAL
OPTIONAL
PHASE
W
OXYGEN
PARGING
OPPOSITE
OUTSIDE FACE
OUTSIDE DIAMETER
ON CENTER
OVERALL
OUT TO OUT
NOT TO SCALE
NEAR SIDE
NOT IN CONTRACT
NEAR FACE
NEGATIVE
NOT APPLICABLE
OPENING
OFFICE
V
NUMBER
NOMINAL
VINYL WALL COVERING
WALL HUNG
WIRE GLASS
WIDE FLANGE
WATER CLOSET
WITHOUT
WALL TO WALL
WOOD
WINDOW
WEST
VINYL TILE
VAPOR RETARDER
VOLUME
VENEER
VIBRATION
VESTIBULE
VERTICAL
WITH
VINYL COMPOSITION TILE
VARIABLE AIR VOLUME
UNINTERRUPTIBLE POWER SUPPLY
UNLESS NOTED OTHERWISE
VINYL BASE
VACUUM
VOLT
UTILITY
URINAL
UNFINISHED
UNEXCAVATED
ULTIMATE
UNDERGROUND
UNDER FLOOR DUCT
TYPICAL
TELEVISION
TENSILE STRENGTH
TURNBUCKLE
EXPANDED POLYSTYRENE
APPENDIX
ANTENNA
ANODIZED
AMOUNT
AMPLIFIER
AMBIENT
ALTERNATE
AGGREGATE
ALARM
ALUMINUM
ANCHOR
EXH FN
EXST GR
EXSP
EXT
EXP
EXH HD
EXC
EW
EST
EQUIP
ESCAL
ERECT
EQUIV
ESMT
EQL SP
EP
EQ
EPS
ADJACENT
ADDENDUM
ADDITIONAL
ABOVE
ACOUSTICAL
ENAM
ENGR
EO
ENTR
ENCL
EMER SHR
EMER
ELEC
EL
DWTR
EJ
EXG
EF
E
DWR
DWL
EXISTING GRADE
EXPANSION
EXHAUST FAN
EXHAUST HOOD
EXCAVATE
EXTERIOR
EXPOSED
EACH WAY
ESTIMATE
ESCALATOR
EQUIVALENT
EQUIPMENT
EQUALLY SPACED
ELECTRICAL PANEL
EASEMENT
ERECTION
EQUAL
MTR
N
MVBL
MULT
MULL
MTG
MTD
MOD
MO
MISC
MLWK
MLDG
MLC
MK
MIR
MH
MFG
MFR
ELECTRICAL OUTLET
ENCLOSURE
EMERGENCY SHOWER
EMERGENCY
ELECTRICAL
ELEVATION
ENAMEL
ENTRANCE
ENGINEER
EXPANSION JOINT
EACH FACE
DUMBWAITER
EXISTING
EAST
DRAWER
DOWEL
MECH
MEZZ
MEMB
MED
MDO
MC
MBR
MAX
MATL
MAS
MARB
MAINT
STRUCT STL
TOW
TOT
TOS
TOL
TNL
TMPD
TMPD GL
TKBD
TOJ
THRU
THRES
THK
TOFF
TOF
TER
TEMP
TECH
TD
TC
TB-xx
T&G
T&B
SYMM
SYM
SUSP
SUSP CLG
SURF
SUPPL
MOVABLE
MULTIPLE
MOUNTED
MASONRY OPENING
MILLWORK
MOLDING
METAL LABORATORY CASEWORK
MISCELLANEOUS
MANHOLE
MANUFACTURING
MANUFACTURER
MORTAR
NORTH
MULLION
MEETING
MODULE
MARK
MIRROR
MEZZANINE
MEMBRANE
MECHANICAL
MOMENT CONNECTION
MATERIAL
MASONRY
MAINTENANCE
MEDIUM DENSITY OVERLOAD
MEDIUM
MEMBER
MAXIMUM
MARBLE
TOP OF FINISH FLOOR
TOP OF WALL
TOP OF STEEL
TOLERANCE
TEMPERED
TOP OF JOIST
TOP OF FLANGE
TOTAL
TUNNEL
TEMPERED GLASS
TACKBOARD
THROUGH
THRESHOLD
TERRAZZO
TEMPORARY
TECHNICAL
TRENCH DRAIN
THICK
TEST BORING-xx(E.G. TB-1)
TONGUE AND GROOVE
TOP OF CURB
TOP AND BOTTOM
SYMMETERICAL
SYMBOL
SUSPENDED
SUSPENDED CEILING
SURFACE
STRUCTURAL STEEL
SUPPLEMENT
M
LW PLAS
LWC
STL JST
STL PL
STL
STOR
STRUCT
LIGHTWEIGHT PLASTER
LIGHTWEIGHT CONCRETE
METER
STEEL JOIST
STEEL PLATE
STORAGE
STRUCTURAL
STEEL
ANCHOR BOLTAB
ACTUALACT
ALD ALUMINUM DOOR
ACOUSTICAL PANEL CEILINGAPC
ASBESTOSASB
AWC ACOUSTICAL WALL COVERING
AWP ACOUSTICAL WALL PANEL
BO BOTTOM OF
BOC BACK OF CURB
BOW BOTTOM OF WALL
CORNER GUARDCG
COMM COMMERCIAL
CORRIDORCORR
CARPETCPT
DRAPERY FABRICDF
DIAMETERDIA
DRAPERY LINERDL
DR DRAIN
EA EACH
ELEV ELEVATOR
EPOXY FLOOREPX
EXST EXISTING
EIFS EXTERIOR INSULATION FINISH SYSTEM
FC FIRE COATED
FACTORY FINISHFF
FINISH FLOOR ELEVATIONFFE
FL FLOWLINE
GUT GUTTER
HC HANDICAP
HLB HORIZONTAL LOUVER BLINDS
ID INSIDE DIAMETER
LIN LINEAR
MB MARKERBOARD
MC METAL CLAD
MDF MEDIUM DENSITY FIBERBOARD
ME MATCH EXISTING
ME MISCELLANEOUS EQUIPMENT
MIL MILLIMETER
MIN MINIMUM
ML MATCH LINE
ML METAL LATH
MTL METAL
OD OVERFLOW DRAIN
OVERHEAD DOOROHD
OPERABLEOPER
OTA OPEN TO ABOVE
OTFA OPEN TO FLOOR ABOVE
OTS OPEN TO STRUCTURE
OZ OUNCE
P/C PRECAST
PF PANEL FABRIC
PFP PRE-FINISHED PANEL
PL PLASTIC LAMINATE
PS PROJECTION SCREEN
PCT PORCELAIN TILE
RB RUBBER BASE
RST RUBBER STAIR TREAD
RT RUBBER TILE
S SEATING
SF SYSTEMS FURNITURE
SLA SLATE
SLS SUB-FLOOR LEVELING SYSTEM
SSM SOLID SURFACING MATERIAL
ST STAIN
STC SOUND TRANSMISSION CLASS
STN STONE
SVB SHEET VINYL BASE
SVF SHEET VINYL FLOOR
SYST SYSTEM
T TABLE
TB TACKBOARD
TE TRANSITION EDGE
TLT TOILET
TO TOP OF
TS TUBE STEEL
UF UPHOLSTERY FABRIC
UL UNDERWRITERS LABORATORY
VB VAPOR BARRIER
VDB VISUAL DISPLAY BOARD
WC WALL COVERING
WCPT WALL CARPET
WDD WOOD DOOR
WF WOOD FLOORING
WH WATER HEATERGENERAL NOTES
1.
2.
3.
ALL DISCIPLINES SHALL BE RESPONSIBLE FOR THEIR SCOPE OF WORK.
THIS WORK IS TO BE SCHEDULED AND COMPLETED WITH THE GENERAL
CONTRACTOR'S FULL KNOWLEDGE.
ALL DIMENSIONS LOCATING PLUMBING FIXTURES ARE FROM FINISH
MATERIAL NOT FROM GPDW SHEATHING.
FINAL CLEANING -REMOVE OR REPAIR DAMAGED OR SOILED SPOTS ON
NEWLY PAINTED WALLS AND ON ALL NEWLY INSTALLED WORK. REMOVE
DUST AND DEBRIS FROM ALL NEW WORK.
A101 1
SI
M
A101 1
001
A
REVISION TAG INFORMATION:
TOP indicates the instrument type.
A
B
D
F
G
I
L
P
R
= Addendum
= Bid Package
= Construction Change Directive or Change Directive
= Field Order
= Guaranteed Maximum Price
= Architects Supplemental Instructions or Architects Supplemental Information
= Limited Permit
= Proposal Request, Proposal Request Order or Change Proposal Request
= Request For Information
DETAIL SECTION REFERENCE1/
A101
SIM
FS FLAT SCREEN
FS FAR SIDE
UDRLMNT UNDERLAYMENT
UDR UNDER
CONT CONTINUOUS
BOTTOM indicates consecutive number assigned to instrument type.
TFTI TENANT FURNISHED-TENANT INSTALLED
SCALE:
VIEW NAME
1/8" = 1'-0"1 Architecture Engineering Interior Design
Landscape Architecture Planning
\ \ \
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clarkenersen.com
Lincoln, Nebraska
Omaha, Nebraska
Kansas City, Missouri
Portland, Oregon
Fort Collins, Colorado
Charleston, South Carolina
Lawrence, Kansas
#SHEET HISTORY:
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General Notes, Symbols &
Abbreviations
G00.01
CE No.: 326-032-24
120 N Mason St.
Fort Collins, CO 80524
100% Construction
Documents
11/01/2024
- 11/01/2024 100% CONSTRUCTION DOCUMENTS
A - 01 11/11/2024 ADDENDUM 01
Parking Services EV Charger
Installation
Civic Center Parking Structure
01
A
PROJECT GENERAL ELECTRICAL NOTES
GENERAL POWER NOTES:GENERAL DEMOLITION NOTES:
CIRCUIT BREAKER
FUSIBLE SWITCH
POTENTIAL TRANSFORMER
TRANSFORMERT
LIGHTING AND APPLIANCE PANEL
MOTOR CONTROL CENTER OR SWITCHBOARD
POWER PANEL (DISTRIBUTION)
AUTOMATIC TRANSFER SWITCH
GROUND
CURRENT TRANSFORMER
ENGINE GENERATOR
M
REMOTE GENERATOR ANNUNCIATOR
LINE VOLTAGE SINGLE POLE SWITCH
LINE VOLTAGE TWO POLE SWITCH
LINE VOLTAGE THREE WAY SWITCH
LINE VOLTAGE DIMMER SWITCH
LINE VOLTAGE FOUR WAY SWITCH
LINE VOLTAGE SINGLE POLE SWITCH WITH PILOT LIGHT
LINE VOLTAGE MOMENTARY CONTACT SWITCH
LINE VOLTAGE THERMAL ELEMENT SWITCH
LINE VOLTAGE KEYED SWITCH
LINE VOLTAGE SPST EXPLOSION PROOF SWITCH
LINE VOLTAGE DPST EXPLOSION PROOF SWITCH
PIGTAIL DENOTES CONNECTION TO EQUIPMENT
20A, 125V DOUBLE DUPLEX CONVENIENCE OUTLET (NEMA 5 - 20R)
20A, 125V DUPLEX CONVENIENCE OUTLET (NEMA 5 - 20R)
SPECIAL PURPOSE OUTLET, TYPE AS NOTED ON DRAWINGS.
CONDUIT RISER UP
CONDUIT RISER DOWN
INDICATES BUSH AND CAP
CONDUIT SEAL FITTING FOR HAZARDOUS AREAS
CONDUIT STUBBED UP 6" AFF AND CAPPED
ELECTRICAL ABBREVIATIONS AND SYMBOLS LEGEND
MOTOR - HORSEPOWER AS INDICATED ON DRAWINGS
START/STOP PUSH BUTTON
3 POSITION PUSH BUTTON
PUSH BUTTON
20A, 125V SIMPLEX OUTLET (NEMA 5 - 20R)
METER
(LIGHTING) RELAY PANEL
PARTIAL CIRCUIT
LINE VOLTAGE DIGITAL TIMER SWITCH
LINE VOLTAGE 3-WAY DIGITAL TIMER SWITCH
LINE VOLTAGE OCCUPANCY SENSING SWITCH
ELECTRICAL DISTRIBUTION
EQUIPMENTELECTRICAL DISTRIBUTION MOTOR CONTROL & MOTOR
CONTROL EQUIPMENT
M
G
RGA
S
S 2
3S
PS
DS
MCS
TES
4S
S K
S
S 2
X
X
F
F
C
PNL #
FVNR MAGNETIC MOTOR STARTER WITH HOA SELECTOR SWITCH,
ASSUME NEMA SIZE 1 STARTER UNLESS OTHERWISE NOTED.
COMBINATION FVNR MAGNETIC MOTOR STARTER WITH HOA SELECTOR
SWITCH AND FUSED DISCONNECT SWITCH, ASSUME NEMA SIZE 1
STARTER AND 30A/3P SWITCH UNLESS OTHERWISE NOTED. FUSE SIZE AS
NOTED ON DRAWINGS.
COMBINATION FVNR MAGNETIC MOTOR STARTER WITH HOA SELECTOR
SWITCH AND NON-FUSED DISCONNECT SWITCH, ASSUME NEMA SIZE 1
STARTER AND 30A/3P SWITCH UNLESS OTHERWISE NOTED.
FUSED DISCONNECT SWITCH, ASSUME 30A/3P UNLESS OTHERWISE
NOTED. FUSE SIZE AS NOTED ON DRAWINGS.
NON-FUSED DISCONNECT SWITCH, ASSUME 30A/3P UNLESS
OTHERWISE NOTED.
PANELBOARD TAG. SEE THE CORRESPONDING PANELBOARD
SCHEDULE AND/OR ONE LINE DIAGRAM FOR ADDITIONAL INFORMATION.
CONDUIT AND WIRE CONCEALED. NUMBER OF TICK MARKS INDICATES
NUMBER OF WIRES (#12AWG MINIMUM, UNLESS OTHERWISE NOTED) IF
NO TICK MARKS ARE SHOWN, ASSUME 3-#12 AWG IN 3/4" CONDUIT.
BRANCH CIRCUIT HOMERUN TO PANEL. NUMBER OF ARROWS
INDICATES NUMBER OF CIRCUITS. NUMBER OF TICK MARKS INDICATES
NUMBER OF WIRES (#12AWG, MINIMUM, UNLESS OTHERWISE NOTED).
IF NO TICK MARKS ARE SHOWN, ASSUME 3-#12 AWG IN 3/4" CONDUIT.
TELECOMMUNICATIONS OUTLET BOX SHOWN FOR REFERENCE ONLY.
REFER TO THE TELECOMMUNICATIONS SHEETS FOR ROUGH-IN AND
ADDITIONAL INFORMATION.
J J J
SURFACE MOUNTED RACEWAY (RED OUTLETS ON STANDBY SYSTEM).
TYPE AND NUMBER OF DEVICES AS INDICATED, REFER TO
SPECIFICATION AND DETAIL.
SURFACE MOUNTED RACEWAY. TYPE AND NUMBER OF DEVICES AS
INDICATED, REFER TO SPECIFICATION AND DETAIL.
20A, 125V RED DUPLEX CONVENIENCE OUTLET ON EMERGENCY
SYSTEM (NEMA 5 - 20R)
20A, 125V DUPLEX CONVENIENCE OUTLET - CEILING AND FLOOR
MOUNTED (NEMA 5 - 20R)
20A, 125V DUPLEX CONVENIENCE OUTLET (NEMA 5 - 20R)
WITH USB CHARGING PORTS.USB
20A, 125V DOUBLE DUPLEX CONVENIENCE OUTLET (NEMA 5 - 20R)
WITH USB CHARGING PORTS.USB
C
JUNCTION BOX - CEILING, FLOOR, AND WALL MOUNTING. WALL
MOUNTED DEVICES SHALL BE FLUSH MOUNTED AT 18" AFF UNLESS
OTHERWISE NOTED.
S
S 3T
T
S O
REFERENCE LIGHTING SHEETS FOR
ADDITIONAL LIGHTING CONTROL
SYSTEM SYMBOLS
VARIABLE FREQUENCY DRIVE PROVIDED BY THE MECHANICAL
CONTRACTOR, INSTALLED AND CONNECTED BY THE ELECTRICAL
CONTRACTOR. FULLY COORDINATE ALL INSTALLATION AND
CONNECTION DETAILS WITH THE MECHANICAL CONTRACTOR.
VFD
MECHANICAL EQUIPMENT STARTER/DISCONNECT PROVIDED BY
OTHERS, INSTALLED AND CONNECTED BY THE ELECTRICAL
CONTRACTOR. FULLY COORDINATE ALL INSTALLATION AND
CONNECTION DETAILS WITH THE MECHANICAL CONTRACTOR.
FLOOR BOX. ADJACENT NUMBER INDICATES FLOOR BOX TYPE.
REFER TO THE FLOOR BOX SCHEDULE AND
TELECOMMUNICATIONS SHEETS FOR ADDITIONAL INFORMATION. 1
ARC FLASH MAINTENANCE ENERGY REDUCTION SWITCHAFM
GROUND FAULT PROTECTIONGFP
SURGE PROTECTION DEVICESPD
DRAWOUT TYPE CIRCUIT BREAKER
KIRK-KEY INTERLOCKK
1. ALL OF THE DEVICES SHOWN ON THE DEMOLITION PLANS ARE EXISTING. THE LOCATIONS OF
EXISTING EQUIPMENT AND DEVICES WERE OBTAINED FROM PREVIOUS DRAWINGS AND SITE
VISITS. THE LOCATIONS OF EXISTING EQUIPMENT AND DEVICES ARE SHOWN FOR THE
CONVENIENCE OF THE CONTRACTOR. ACCURACY OF THE INFORMATION SHOWN IS NOT
GUARANTEED. THE CONTRACTOR IS RESPONSIBLE FOR THE VERIFICATION OF ALL EXISTING
CONDITIONS PRIOR TO SUBMITTING THE PROJECT BID. NO ADDITIONAL COMPENSATION WILL
BE ALLOWED FOR CHANGES WHICH OCCUR AFTER BIDS ARE SUBMITTED WHICH ARE A RESULT
OF EXISTING CONDITIONS. SITE VISITS PRIOR TO SUBMISSION OF BIDS MUST BE FULLY
COORDINATED WITH THE OWNER.
2. THE CONTRACTOR MUST FIELD VERIFY EXISTING CIRCUITING PRIOR TO COMMENCING ANY
WORK. ALL BIDS MUST INCORPORATE THIS REQUIREMENT.
3. DEVICES SHOWN WITH CROSS HATCHING, DASHED AND/OR SO NOTED SHALL BE REMOVED.
ALL OTHER DEVICES SHALL BE RELOCATED, SHALL REMAIN, OR SHALL BE ABANDONED AS
SHOWN, OR AS FOLLOWS:
DEVICES SHALL BE COMPLETELY REMOVED FROM WALLS THAT ARE ALSO SHOWN TO BE
REMOVED. DEVICES SHOWN TO BE REMOVED ON DRYWALL OR PLASTER TYPE WALLS THAT
ARE TO REMAIN SHALL HAVE THE WALL SURFACE PATCHED TO MATCH THE EXISTING FINISH.
FLUSH TYPE DEVICES SHOWN TO BE REMOVED ON CONCRETE OR BRICK TYPE WALLS THAT
ARE TO REMAIN SHALL HAVE THE DEVICES REMOVED AND BOXES PROVIDED WITH BLANK
COVER PLATES.
4. CONDUITS SHALL BE COMPLETELY REMOVED FROM WALLS THAT ARE ALSO SHOWN TO BE
REMOVED. CONCEALED CONDUITS MAY BE ABANDONED IN WALLS THAT ARE TO REMAIN. ALL
CONDUITS AND BOXES THAT ARE SURFACE MOUNTED AND NO LONGER REQUIRE ACTIVE
CIRCUITS SHALL BE REMOVED.
5. THE CONDUCTORS FOR DEVICES SHOWN TO BE REMOVED SHALL BE DISCONNECTED AND
REMOVED BACK TO THE PANEL OR BACK TO THE NEXT DEVICE SHOWN TO REMAIN OR AS
REQUIRED BY ACTUAL CIRCUITING. ACTUAL CIRCUITING MUST BE DETERMINED IN THE FIELD.
ALL BIDS SHOULD INCORPORATE THIS REQUIREMENT. NO ADDITIONAL COMPENSATION WILL
BE ALLOWED FOR CHANGES WHICH OCCUR AS A RESULT OF EXISTING CIRCUITING.
CONTINUITY OF CIRCUITING SHALL BE MAINTAINED FOR ALL EXISTING CIRCUITS AS REQUIRED.
CONTRACTOR SHALL PROVIDE ALL NECESSARY WIRE, CONDUIT, DEVICES AND CONNECTIONS
TO ENSURE CIRCUIT CONTINUITY TO ALL NEW AND EXISTING EQUIPMENT.
6. REFER TO ARCHITECTURAL DRAWINGS FOR WALL REMOVAL AND WALL TYPE.
7. THE OWNER HAS THE RIGHT TO RETAIN ALL SALVAGEABLE MATERIAL. ANY MATERIAL THE
OWNER CHOOSES NOT TO ACCEPT SHALL BE REMOVED FROM THE SITE AND DISPOSED OF BY
THE CONTRACTOR.
8. FOR DEVICES THAT ARE TO REMAIN, ALL ASSOCIATED CONDUIT THAT IS ATTACHED TO OR
SUPPORTED BY OTHER SYSTEMS OR EQUIPMENT SHOWN TO BE REMOVED ON OTHER
DISCIPLINES' DRAWINGS IN THIS CONSTRUCTION SET, SHALL BE RE-SUPPORTED OR RE-
ROUTED TO ACCOMMODATE THE REMOVAL OF OTHER SYSTEMS.
9. CONTRACTOR SHALL TRACE AND INVENTORY ALL CIRCUITS AND LOW VOLTAGE CABLING
WITHIN AREA OF DEMOLITION TO ENSURE THAT NO CONDUIT, CONDUCTORS OR LOW VOLTAGE
CABLING ARE REMOVED THAT SERVE DEVICES THAT ARE TO REMAIN. ALL EXISTING TO REMAIN
CONDUIT, CONDUCTORS, AND LOW VOLTAGE CABLING SHALL BE PROTECTED DURING THE
DURATION OF CONSTRUCTION.
10. FULLY COORDINATE REMOVAL OF ALL LOW VOLTAGE DEVICES AND ASSOCIATED CABLING
WITH OWNER'S INFORMATION TECHNOLOGY REPRESENTATIVES.
11. FOR ANY ELECTRICAL DEVICE INSTALLATION REQUIRING SAW CUTTING OR CORE DRILLING OF
THE CONCRETE SLAB, CONTRACTOR SHALL BE RESPONSIBLE FOR VERIFYING ANY AND ALL
UNDERSLAB OR IN-SLAB UTILITIES AND/OR SYSTEMS BEFORE CUTTING. ANY DAMAGE DONE TO
EXISTING SYSTEMS/UTILITIES SHALL BE FULLY REPAIRED BY THE CONTRACTOR AT NO
ADDITIONAL EXPENSE TO THE OWNER.
1. FULLY COORDINATE THE INSTALLATION OF ALL ELECTRICAL DEVICES WITH THE WORK OF
OTHER TRADES.
2. UNLESS OTHERWISE NOTED, ELECTRICAL DEVICES ARE TO BE FLUSH MOUNTED AND ALL WIRE
AND CONDUIT IS TO BE ROUTED CONCEALED. FULLY COORDINATE INSTALLATION WITH
EXISTING CONDITIONS, AND INCLUDE PATCHING AND REFINISHING OF EXISTING SURFACES TO
ACCOMMODATE THIS REQUIREMENT.
3. SEAL AROUND ALL CONDUIT AND CABLE PENETRATIONS THROUGH WALLS, CEILINGS AND
FLOORS TO MAINTAIN CODE REQUIRED RATINGS. REFER TO ARCHITECTURAL DRAWINGS FOR
ADDITIONAL INFORMATION.
4. UNLESS OTHERWISE INDICATED PROVIDE DEDICATED NEUTRAL CONDUCTORS FOR ALL
BRANCH CIRCUITS. NEUTRAL CONDUCTORS SHALL NOT BE SHARED BETWEEN CIRCUITS.
WHERE THE DRAWINGS INDICATE SHARED NEUTRAL CONDUCTORS FOR A MULTIWIRE BRANCH
CIRCUIT, GROUP BREAKERS TOGETHER IN ACCORDANCE WITH CODE.
SUBSCRIPT 'E' ADJACENT TO ANY DEVICE INDICATES EXISTING.
ABOVE FINISH GRADE
AFF
CATV
(E)
AFG
(ER)
EWC
H
HOA
GFI
ABOVE FINISHED FLOOR
CABLE TELEVISION
ELECTRIC WATER COOLER
GROUND FAULT INTERRUPTER
SUBSCRIPT 'H' DENOTES HOSPITAL GRADE
HAND-OFF-AUTO
NIC
OHE
OHT
PVC
NON-FUSEDNF
NOT IN CONTRACT
OVERHEAD ELECTRICAL
OVERHEAD TELECOMMUNICATIONS
POLYVINYL CHLORIDE
(R)
RGS
UGT
WP
UGE
RIGID GALVANIZED STEEL
UNDERGROUND ELECTRICAL
UNDERGROUND TELECOMMUNICATIONS
WEATHERPROOF
CROSS-HATCHING AND/OR DASHED INDICATES REMOVAL
SUBSCRIPT 'F' ADJACENT TO ANY DEVICE INDICATES FLOOR.F
SUBSCRIPT 'C' ADJACENT TO ANY DEVICE INDICATES CEILING.C
TR TAMPER RESISTANT
WG WIRE GUARD
(S)
HVE UNDERGROUND MEDIUM OR HIGH VOLTAGE ELECTRICAL
DAS DISTRIBUTED ANTENNA SYSTEM
WAP WIRELESS ACCESS POINT
USB UNIVERSAL SERIAL BUS
EMERGENCY POWER OFFEPO
X EXPLOSION PROOF
ABBREVIATIONS
SUBSCRIPT 'R' ADJACENT TO ANY DEVICE INDICATES
THE RELOCATED POSITION OF AN EXISTING DEVICE.
SUBSCRIPT 'ER' ADJACENT TO ANY DEVICE INDICATES
EXISTING TO BE RELOCATED.
SUBSCRIPT 'S' ADJACENT TO ANY DEVICE INDICATES THE
DEVICE IS TO BE SURFACE MOUNTED.
ELECTRICALLY OPERATEDEO
NC NORMALLY CLOSED
NO NORMALLY OPEN
HM HORIZONTALLY MOUNTED DEVICE
LIGHTINGLTG
RCPT RECEPTACLE
MECHANICALMECH
GENERAL ELECTRICAL NOTES:
1. IN ADDITION TO THE ELECTRICAL SPECIFICATIONS ASSOCIATED WITH THIS PROJECT, THE
CONTRACTOR SHALL ALSO REFERENCE AND UTILIZE THE CITY OF FORT COLLINS DESIGN AND
CONSTRUCTION STANDARDS.
Architecture Engineering Interior Design
Landscape Architecture Planning
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clarkenersen.com
Lincoln, Nebraska
Omaha, Nebraska
Kansas City, Missouri
Portland, Oregon
Fort Collins, Colorado
Charleston, South Carolina
Lawrence, Kansas
#SHEET HISTORY:
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Electrical Abbreviations,
Symbols Legend &
General Notes - EV
E00.01
CE No.: 326-032-24
Civic Center Parking Structure
120 N Mason St
Fort Collins, CO 80524
Parking Services EV Charger
Installation
11/01/2024
100% Construction
Documents
01
A
- 11/01/2024 100% CONSTRUCTION DOCUMENTS
A - 01 11/11/2024 ADDENDUM 01
01
A
1 2
3
4 5
6
7
8
9
10
11
12
13
A
A1
B
C
C1
C2
D
1
(E)
2
(E)
(E)
(E)
(E)3LG
FACP
HG
4
2
VC
5
5
PSVC
DP P1
P2
Architecture Engineering Interior Design
Landscape Architecture Planning
\ \ \
\
clarkenersen.com
Lincoln, Nebraska
Omaha, Nebraska
Kansas City, Missouri
Portland, Oregon
Fort Collins, Colorado
Charleston, South Carolina
Lawrence, Kansas
#SHEET HISTORY:
?
? - #
Pl
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Parking Garage Electrical
Orientation Plan - EV
E00.02
CE No.: 326-032-24
Civic Center Parking Structure
120 N Mason St
Fort Collins, CO 80524
Parking Services EV Charger
Installation
11/01/2024
100% Construction
Documents
0 8' 16' 32'0 8' 16' 32'Plan North
SCALE:1/16" = 1'-0"
PARKING GARAGE ELECTRICAL ORIENTATION PLAN
PARKING GARAGE ELECTRICAL ORIENTATION PLAN NOTES
KEYNOTE DESCRIPTION
1 AREA ENCLOSED BY DASHED LINE INDICATES THE PRIMARY AREA OF WORK. SEE THE FIRST FLOOR
ELECTRICAL PLANS FOR ADDITIONAL INFORMATION.
2 EXISTING ELECTRICAL UTILITY METER.
3 EXISTING ELECTRICAL BUS DUCT AND UTILITY METER BANK.
4 EXISTING BUILDING MAIN DISCONNECT.
5 EXISTING TRANSFORMER.
01
A
- 11/01/2024 100% CONSTRUCTION DOCUMENTS
A - 01 11/11/2024 ADDENDUM 01
01
A
J J J J J
J J J J J J
J
M
M
M
M
M
M
M
M
M
M
M
1 2
3
4 5
A
A1
B
VC2
VC
FACP
LG
HG
1 1 1 1 1 1
1 1 1 1 1 1
Architecture Engineering Interior Design
Landscape Architecture Planning
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Lincoln, Nebraska
Omaha, Nebraska
Kansas City, Missouri
Portland, Oregon
Fort Collins, Colorado
Charleston, South Carolina
Lawrence, Kansas
#SHEET HISTORY:
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Parking Garage Electrical
Demolition Plan - EV
E00.10
CE No.: 326-032-24
Civic Center Parking Structure
120 N Mason St
Fort Collins, CO 80524
Parking Services EV Charger
Installation
11/01/2024
100% Construction
Documents
Plan North
SCALE:1/8" = 1'-0"
PARKING GARAGE ELECTRICAL DEMOLITION PLAN
PARKING GARAGE ELECTRICAL DEMOLITION PLAN NOTES
KEYNOTE DESCRIPTION
1 EXISTING PARKING AVAILABILITY SYSTEM LIGHTS TO BE SALVAGED AND RETURNED TO OWNER. EXISTING
PARKING AVAILABILITY SYSTEM SENSORS TO BE ABANDONED IN PLACE WITH CIRCUITRY REMOVED. SEE THE
GENERAL DEMOLITION NOTES AND SPECIFICATIONS FOR ADDITIONAL INFORMATION.
4'0 8' 16'
01
A
01
A
- 11/01/2024 100% CONSTRUCTION DOCUMENTS
A - 01 11/11/2024 ADDENDUM 01
01
A
M
M
M
M
M
M
M
M
M
M
M
M
1 2
3
4 5
A
A1
B
PSVC
HG
LG
FACP
VC
1
5
PSVC-1,3
PSVC-17,19 PSVC-29,31
PSVC-5,7 PSVC-9,11 PSVC-13,15
PSVC-21,23 PSVC-25,27
1
2
1
1
VC2
(E)(E)
(E)(E)
T
(E)
(E)
(E)
(E)
(E)
(E)
(E)
(E)
(E)
(E)
(E)
(E)
(E)
T (E)
(E)
(E)
T
PARKING
106
LOADING
DOCK
109
TELEPHONE
DEMARC
111
TRASH
110
ELECTRICAL
112
COMMUNICATIONS
113
PARKING
106
3
32
4
6
01
A
01
A
01
A
01
A
01
A
01
A
Architecture Engineering Interior Design
Landscape Architecture Planning
\ \ \
\
clarkenersen.com
Lincoln, Nebraska
Omaha, Nebraska
Kansas City, Missouri
Portland, Oregon
Fort Collins, Colorado
Charleston, South Carolina
Lawrence, Kansas
#SHEET HISTORY:
?
? - #
Pl
o
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T
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Parking Garage Power &
Auxiliary Systems Plan -
EV
E02.11
CE No.: 326-032-24
Civic Center Parking Structure
120 N Mason St
Fort Collins, CO 80524
Parking Services EV Charger
Installation
11/01/2024
100% Construction
Documents
Plan North
SCALE:1/8" = 1'-0"
PARKING GARAGE POWER & AUXILIARY SYSTEMS PLAN
4'0 8' 16'
PARKING GARAGE POWER & AUXILIARY SYSTEMS PLAN NOTES
KEY NOTE DESCRIPTION
1 OWNER FURNISHED, CONTRACTOR INSTALLED, DUAL PORT, DUAL POST
MOUNT, ELECTRIC VEHICLE CHARGING STATION, SIEMENS
‘8EM1310-5CF14-1GA2’. PROVIDE ALL COMPONENTS NECESSARY FOR A
COMPLETE INSTALLATION. COORDINATE INSTALLATION REQUIREMENTS WITH
OWNER AND MANUFACTURER PRIOR TO ROUGH-IN. ROUTE #6 AWG
CONDUCTORS THROUGHOUT ENTIRE CIRCUIT.
2 PROVIDE 1" CONDUIT ROUTED BETWEEN CHARGING STATIONS FOR HARD
WIRE DATA CONNECTION. BUSH CONDUIT ENDS AND PROVIDE WITH PULL
STRING.
3 PROVIDE 1-1/4" CONDUIT ROUTED BACK TO 10” x 10” x 6” PULL BOX FOR HARD
WIRE DATA CONNECTION. BUSH CONDUIT ENDS AND PROVIDE WITH PULL
STRING.
4 PROVIDE 2" CONDUIT ROUTED BACK TO COMMUNICATION 113 FOR ELECTRIC
VEHICLE CHARGING STATIONS FOR HARD WIRE DATA CONNECTION. BUSH
CONDUIT END AND PROVIDE WITH PULL STRING.
5 INSTALL NEW METER IN AVAILABLE SPACE. SEE ELECTRICAL ONE LINE
DIAGRAM FOR ADDITIONAL INFORMATION.
6 OWNER FURNISHED, CONTRACTOR INSTALLED ELECTRICAL TRANSFORMER
AND ELECTRICAL PANEL. SEE ONE LINE DIAGRAM FOR MORE INFORMATION.
ALL SURFACE MOUNTED CONDUIT IN OPEN
PUBLIC SPACES SHALL BE PAINTED WHITE.
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Electrical One Line
Diagram - EV
E03.01
CE No.: 326-032-24
Civic Center Parking Structure
120 N Mason St
Fort Collins, CO 80524
Parking Services EV Charger
Installation
11/01/2024
100% Construction
Documents
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Landscape Architecture Planning
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Charleston, South Carolina
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Parking Garage Electrical
Schedules - EV
E04.01
CE No.: 326-032-24
Civic Center Parking Structure
120 N Mason St
Fort Collins, CO 80524
Parking Services EV Charger
Installation
11/01/2024
100% Construction
DocumentsSPARE50%
EQUIPMENT 79872 VA 100%79872 VA PANEL ESTIMATED
DEMAND (AMPERES)222 A
LIGHTING 100%0 VA PANEL ESTIMATED
DEMAND (VA):79872 VA
RECEPTACLE First 10kVA @ 100%
Remainder @ 50%PANEL TOTALS
LOAD
CLASSIFICATION CONNECTED LOAD DEMAND FACTOR ESTIMATED
DEMAND
125% OF
ESTIMATED...
Total Amps:250 A 208 A 208 A
Total Load:29952 VA 24960 VA 24960 VA
41 -- 1 --Space -- --Space -- 1 -- 42
39 -- 1 --Space -- --Space -- 1 -- 40
37 -- 1 --Space -- --Space -- 1 -- 38
35 -- 1 --Space -- --Space -- 1 -- 36
33 -- 1 --Space -- --Space -- 1 -- 34
31 -- -- ----4992 --Space -- 1 -- 32
29 60 2 EQUIP PARKING SERVICES EVC 8 4992 --Space -- 1 -- 30
27 -- -- ----4992 --Space -- 1 -- 28
25 60 2 EQUIP PARKING SERVICES EVC 7 4992 --Space -- 1 -- 26
23 -- -- ----4992 --Space -- 1 -- 24
21 60 2 EQUIP PARKING SERVICES EVC 6 4992 --Space -- 1 -- 22
19 -- -- ----4992 --Space -- 1 -- 20
17 60 2 EQUIP PARKING SERVICES EVC 5 4992 --Space -- 1 -- 18
15 -- -- ----4992 --Space -- 1 -- 16
13 60 2 EQUIP PARKING SERVICES EVC 4 4992 --Space -- 1 -- 14
11 -- -- ----4992 --Space -- 1 -- 12
9 60 2 EQUIP PARKING SERVICES EVC 3 4992 --Space -- 1 -- 10
7 -- -- ----4992 --Space -- 1 -- 8
5 60 2 EQUIP PARKING SERVICES EVC 2 4992 --Space -- 1 -- 6
3 -- -- ----4992 --Space -- 1 -- 4
1 60 2 EQUIP PARKING SERVICES EVC 1 4992 --Space -- 1 -- 2
C A P LOAD
CLASS LOAD NAME
PHASE A
LOAD
(VA)
PHASE B
LOAD
(VA)
PHASE C
LOAD
(VA)
LOAD NAME LOAD
CLASS P A C
Enclosure:TYPE 1 MCB Rating:400A
Mounting:SURFACE Wires:4 Mains Rating:400 A
Supply From:T-PSVC Phases:3
Location:TELEPHONE DEMARC Volts:120/208 Wye A.I.C. Rating:22,000A
PANELBOARD: PSVC
% LOADED:49%
MDP CAPACITY:800 A MOCP
388.9475499 AMPS 323215 VA
TOTAL COMBINED LOAD:
79872 VA
Panel PSVC 1 222 A, 3PH,480V 79872 VA
ADDED LOADS:
N/A
REMOVED LOADS:
DEMAND LOAD:292.832...AMPS 243343 VA
X NEC DEMAND FACTOR: X 1.25 =
Convert to VA:0.93 pf 194675 VA
(per 2023-2024 Peak Metering Data)
EXISTING LOAD 181.0475 KW
LOAD JUSTIFICATION - EXISTING SERVICE
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Lincoln, Nebraska
Omaha, Nebraska
Kansas City, Missouri
Portland, Oregon
Fort Collins, Colorado
Charleston, South Carolina
Lawrence, Kansas
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Electrical Details - EV
E05.01
CE No.: 326-032-24
Civic Center Parking Structure
120 N Mason St
Fort Collins, CO 80524
Parking Services EV Charger
Installation
11/01/2024
100% Construction
Documents
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PROJECT MANUAL
100% CD Submittal - EV
City of Fort Collins
Parking Services EV Charger Installation
Civic Center Parking Structure
120 N Mason St.
Fort Collins, Colorado
November 1, 2024
CE Project No.: 326-032-24
Clark & Enersen, Inc. Architecture Contact: Andrea Anderson
Engineering Contact: Dan Wroblewski
123 N College Ave., Suite 200
City of Fort Collins Parking Services EV Charger Installation – Civic Center Parking Structure 11/24 Fort Collins, CO Clark & Enersen Project No.: 326-032-24
TABLE OF CONTENTS 00 00 03 - 1
SECTION 00 00 03 - TABLE OF CONTENTS
DIVISION 01 - DIVISION 25 (NOT USED)
DIVISION 26 - ELECTRICAL
• 26 05 00 Electrical General Provisions
• 26 05 01 Basic Materials and Methods
• 26 05 19 Conductors
• 26 05 26 Grounding System
• 26 05 33 Raceways
• 26 22 00 Dry-Type Transformers
• 26 24 16 Panelboards
• 26 27 26 Wiring Devices
DIVISION 27 – DIVISION 33 (NOT USED)
END OF SECTION 00 00 03
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
ELECTRICAL GENERAL PROVISIONS 26 05 00 - 1
SECTION 26 05 00 - ELECTRICAL GENERAL PROVISIONS
1. GENERAL
1.1 RELATED DOCUMENTS
A. Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 1-specification sections, apply to work of this Section.
1.2 DESCRIPTION OF WORK
A. The work included under this Section consists of providing all labor, materials, supervision, and
construction procedures necessary for the installation of the complete electrical systems
required by these specifications and/or shown on the drawings of the contract.
B. The Contract Drawings are shown in part diagrammatic intended to convey the scope of work,
indicating the intended general arrangement of equipment, conduit, and outlets. Follow the
drawings in laying out the work and verify spaces for the installation of the materials and
equipment based on the dimensions of actual equipment furnished. Whenever a question
exists as to the exact intended location of outlets or equipment, obtain instructions from the
Engineer before proceeding with the work.
1.3 QUALITY ASSURANCE
Installers shall have at least 2 years of successful installation experience on projects with
electrical installation work similar to that required by the project. All equipment and materials
shall be installed in a neat and workmanlike manner and shall be aligned, leveled, and adjusted
for satisfactory operation.
1.4 REFERENCES
A. The design, manufacture, testing, and method of installation of all equipment and materials
furnished under the requirements of this specification shall conform to the following codes,
standards and regulations, etc.:
1. Safety and Health Regulations for Construction.
2. Occupational Safety and Health Standards, National Consensus Standards and
Established Federal Standards.
3. National Electrical Code (NEC).
4. American National Standards Institute (ANSI).
5. National Electric Manufacturer's Association (NEMA).
6. Institute of Electrical and Electronic Engineers (IEEE).
7. National Fire Protection Association (NFPA).
8. Insulated Cable Engineers Association (ICEA).
9. American Society for Testing and Materials (ASTM).
10. Life Safety Code NFPA #101.
11. Underwriters Laboratories, Inc. Standards (UL).
12. Factory Mutual Engineering Corporation or other recognized National Laboratories.
13. National Electrical Safety Code (NESC).
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
ELECTRICAL GENERAL PROVISIONS 26 05 00 - 2
B. The latest adopted edition by the local and state inspection authorities of all standards and
specifications listed above shall apply.
C. Furthermore, the electrical work shall be in accordance with all applicable National and State
Standards, and Local Codes and Building Ordinances. The electrical work shall merit the
approval of the enforcing authorities having jurisdiction.
1.5 MATERIALS AND EQUIPMENT
A. Electrical materials and equipment for the entire project shall meet the requirements specified
under the Supplementary Conditions Section of this specification.
B. Equipment and fixtures shall be connected to provide circuit continuity in accordance with
applicable Codes whether or not each piece of conductor, conduit, or protective device is shown
between such items of equipment or fixtures and the point of circuit origin.
C. The electrical work includes the installation or connection of certain materials and equipment
furnished by others. Verify all connection details.
D. All equipment over 50 pounds shall be provided with adequate lifting means.
2. PRODUCTS (NOT USED)
3. EXECUTION
3.1 ACCESS TO EQUIPMENT
A. Starters, switches, receptacles, pull boxes, etc. shall be located to provide easy access for
operation, repair and maintenance. If the devices listed above are concealed, access doors
shall be provided.
3.2 SUBMITTALS
A. Test Reports: Provide the tests as outlined in this specification and all other tests necessary to
establish the adequacy, quality, safety, completed status, and suitable operation of each
electrical system. Provide the Engineer with a complete schedule of all tests.
1. Ground Rod Test: Immediately after installation, test existing grounds and counterpoises
with a ground resistance direct-reading single-test megger, using the AC fall-of-potential
method and two reference electrodes. Orient the ground to be tested and the two
reference electrodes in a straight line spaced 50 feet apart. Drive the reference
electrodes five feet deep. Disconnect the ground rod to be tested from other ground
systems at the time of testing. The ground resistance for the electrical service must be
15 Ohms or less. Submit the results, date of test, and soil conditions to the Engineer in
writing immediately after testing.
2. Final Tests: Start final tests after complete preliminary tests have been made which
indicate adequacy, quality, completion, and satisfactory operation of all electrical
systems. Included in these tests are the following:
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
ELECTRICAL GENERAL PROVISIONS 26 05 00 - 3
a. Completion of the form "Electrical Test Report" (attached to the end of this
specification section) in sufficient quantity to provide the indicated information for
each panelboard and switchboard in the project.
3. The Contractor shall submit the above completed reports to the Engineer, noting all
deviations from the requirements listed below:
a. Plus or minus five percent variation between nominal system voltage and no load
voltage, or plus or minus five percent variation between no load and full load
voltage.
b. Plus five-percent variation between rated and actual motor current.
c. Plus or minus ten percent variation between average phase current and measured
individual phase current. The Contractor shall balance phase currents of all
distribution equipment within the tolerances specified.
d. Insulation resistance between conductors and ground of not less than 1,000,000
Ohms.
4. Final Corrections: Correct promptly any failure or defects revealed by these tests as
determined by the Engineer. Reconduct tests on corrected items as directed by the
Engineer.
B. Operation and Maintenance Manuals: Operation and Maintenance Manuals shall be provided
according to Division 1 requirements. In general, during the time of the contract, and before
substantial completion of the electrical installation, submit to the Engineer the number of copies
described in the Division 1 specifications and the General and Supplemental Conditions copies
of descriptive literature, maintenance recommendations (from the equipment manufacturer),
data on initial operation, wiring diagrams, performance curves, engineering data and tests,
operating procedures, routine maintenance procedures, and parts lists for each item of electrical
equipment installed under this contract and submit all manufacturer's guarantees and
warranties.
C. Shop Drawings: The Contractor shall furnish shop drawing portfolios and proper transmittal
forms for all materials, equipment, and lighting fixtures to be incorporated in the work in
accordance with the General Conditions, Supplementary Conditions, and all other applicable
Conditions.
1. Shop drawings on component items forming a system or that are interrelated shall be
submitted at one time as a single submittal in order to demonstrate that the items have
been properly coordinated and will function properly as a system. A notation shall be
made on each shop drawing submitted as to the item's specific use, either by a particular
type number referenced on the drawings or in the specifications, by a reference to the
applicable paragraph of the specifications, or by a description of its specific location. The
shop drawings shall be organized and bound into sets with each set collated.
2. The Engineer shall have the final authority as to whether the equipment or material
submitted is equal to the specified item. Proposed substitutions may be rejected for
aesthetic reasons if felt necessary or desirable. In the event the proposed substitutions
are rejected, the Contractor shall furnish the specified item.
D. A coordination study shall be provided by the contractor for this project. The study shall include
maximum short circuit calculations, a complete coordination analysis, and settings for all
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
ELECTRICAL GENERAL PROVISIONS 26 05 00 - 4
protective devices with adjustable set points. The protective device settings must address the
need to minimize arc flash hazards while maintaining proper system coordination. The
coordination study shall be based on the specific devices installed and include (but not be
limited to) the following:
1. Service Entrance Equipment.
a. All overcurrent protective devices installed in service entrance
panels/switchboards.
2. Feeder Circuits.
a. All three (3) phase feeder circuit overcurrent protective devices.
3. Branch Circuits.
a. All three (3) phase branch circuit overcurrent protective devices. installed with a
rating equal to or greater than 30 amps.
b. All motor circuit overcurrent protective devices for motors with a rating equal to or
greater than 10 horse power.
4. Format
a. The preliminary coordination study should be submitted to the Owner’s
Representative no later than six (6) weeks after overcurrent protective device shop
drawings have been reviewed.
b. The coordination study shall be reviewed and updated to reflect any changes
within one week of the final electrical walk through for project.
c. The low voltage coordination study shall include the stamp or seal and signature of
the preparing engineer, and shall be reviewed by the Engineer of Record.
d. A complete set of manufacturers’ descriptive literature and detailed instructions for
adjusting overcurrent protective devices shall be provided to the Owner’s
Representative within six (6) weeks after overcurrent protective device shop
drawings have been approved.
e. The low voltage coordination study shall be provided using the SKM Systems
Analysis, Inc SKM Power Tools Electrical Engineering Software (PTW 32).
f. Prior to project completion, the low voltage coordination study shall be provided to
the Owner’s Representative in both hard copy and on computer disk. The hard
copy shall include time current curves (for phase and ground fault settings) for
each panel and the corresponding TCC report clearly showing each device set
point. The computer disk shall include the complete coordination file including all
device curves (use the SKM “Project - Backup” command).
E. All overcurrent protective devices feeding the emergency system(s) shall be selectively
coordinated in accordance with the applicable version of NEC article 700. Selective
coordination is required to the 0.10 second level. At least one manufacturer’s equipment
has been evaluated during design to ensure selective coordination. If an equipment
manufacturer has a conflict with selective coordination, they shall bring this to the
attention of the design engineer a minimum of 10 business days prior to the bid date.
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
ELECTRICAL GENERAL PROVISIONS 26 05 00 - 5
F. A low voltage Arc Flash Hazard Analysis shall be provided by the contractor for this project. The
analysis shall be based on the specific equipment installed, and shall be updated to include
project “as built” documentation. Where the arc flash hazard/risk category is equal to or greater
than level 3, the overcurrent protective device coordination study shall be reviewed and
recommendations shall be provided to reduce the hazard/risk level. The analysis shall be
based on the specific devices installed and include (but not be limited to) the following:
1. Service Entrance Equipment.
a. All overcurrent protective devices installed in service entrance
panels/switchboards.
2. Feeder Circuits.
a. All three (3) phase feeder circuit overcurrent protective devices.
3. Branch Circuits.
a. All three (3) phase branch circuit overcurrent protective devices installed with a
rating equal to or greater than 30 amps.
b. All motor circuit overcurrent protective devices for motors with a rating equal to or
greater than 10 horse power.
4. The project shall include printed waterproof labels for equipment that lists the specific arc
flash hazard/risk category at each location.
5. Format
a. A preliminary Arc Flash Hazard Analysis should be submitted to the Owner’s
Representative no later than six (6) weeks after the overcurrent protective device
shop drawings have been reviewed.
b. The Arc Flash Hazard Analysis shall be reviewed and updated to reflect any
changes and corrections to conductor length within one week of the final electrical
walk through for the project.
c. The low voltage arc flash hazard analysis shall include the stamp or seal and
signature of the preparing engineer, and shall be reviewed by the Engineer of
Record.
d. Owner approved Arc Flash Hazard warning labels shall be furnished and installed
prior to project completion.
e. The low voltage arc flash hazard analysis shall be provided using the SKM
Systems Analysis, Inc SKM Power Tools Electrical Engineering Software (PTW
32).
f. Prior to project completion, the low voltage arc flash hazard analysis shall be
provided to the Owner’s Representative in both hard copy and on computer disk.
The hard copy shall clearly show each device set point. The computer disk shall
include the complete coordination file including all device curves (use the SKM
“Project - Backup” command).
A. LEED Submittal
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
ELECTRICAL GENERAL PROVISIONS 26 05 00 - 6
1. This project will be going through a LEED certification process. As part of the certification
process certain submittals will require additional information. Reference Section 01 33
23 “Sustainable Design Requirements” for full LEED requirements for this project.
3.3 EXISTING UTILITIES
A. The Contractor shall verify the location of all existing utilities with the Owner and Utility providers
prior to commencing work. In addition, the contractor is responsible for locating and maintaining
all existing utilities without damage. Fully coordinate all new underground utility work with
existing utilities on the site The drawings and survey data of the contract documents indicate
the available information on the existing power and communication services, and on new
services to be provided to the project by utility provider. Accuracy of this information is not
assured.
3.4 ELECTRICAL SERVICE
A. The Contractor shall provide all material and pay all fees required by the local utility provider for
the connection of the new electrical service as shown on the plans. The Contractor shall also
meet all equipment requirements of the local utility provider. The Contractor shall provide all
necessary materials for construction of the temporary electrical service and shall coordinate all
details with the local utility provider.
3.5 SMOKE AND SMOKE/FIRE DAMPERS
Provide all necessary duct detectors for smoke and smoke/fire dampers. In addition,
provide all necessary connections, including power supply circuits (fed from the nearest
panelboard, emergency if available, of the appropriate voltage unless indicated otherwise on the
drawings) to smoke dampers and smoke/fire dampers so that upon fire alarm conditions or
integral smoke detector activation, the dampers close. Coordinate damper and control locations
with the mechanical and controls contractors. Refer to the mechanical drawings for damper
schedule and locations.
3.6 ELECTRICAL-MECHANICAL EXTENT OF WORK
A. The responsibility of work specified under Divisions 21, 22, 23 and 26 is clarified under,
Sections 21 05 00, 22 05 00 and 23 05 00. Said Sections are incorporated herein by reference.
3.7 ELECTRICAL PRODUCT COORDINATION
A. Refer to Division 2 through Division 32 and the electrical drawings for the power characteristics
required and available for the operation of each power-consuming item of equipment.
Coordinate purchases to ensure uniform interface with every item requiring electrical power.
3.8 CUTTING AND PATCHING
A. The Electrical Contractor shall be responsible for all cutting and patching of holes in building
construction which are required for the passage of electrical work. Cutting and patching shall
conform to the requirements of Division 1 and, if applicable, Division 2 of these specifications.
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
ELECTRICAL GENERAL PROVISIONS 26 05 00 - 7
B. Cutting of structural framing, walls, floors, decks and other members intended to withstand
stress is not permitted.
3.9 PAINTING, FINISHING
A. Painting of electrical work exposed in occupied spaces, except mechanical and electrical
machine rooms and maintenance/service spaces; and work exposed on the exterior of the
facility is specified and performed under other divisions of these specifications.
B. Factory finishes, shop priming, and special protective coatings are specified in the individual
equipment specification sections.
C. Where factory finishes are provided on equipment and no additional field painting is specified,
all marred or damaged surfaces shall be touched up or refinished so as to leave a smooth,
uniform finish at the time of final inspection.
3.10 CONDUITS AND SUPPORT, GENERALLY
A. Conduits, except electrical conduits run in floor construction, shall be run parallel with or
perpendicular to lines of the building unless otherwise noted on the drawings. Electrical
conduits shall not be hung on hangers with any other service, unless specifically approved by
the Engineer. Electrical conduits shall be hung above all other service pipes. Hangers on
different service lines running close to and parallel with each other shall be in line with each
other and parallel with, or perpendicular to, the lines of the building. Exact location of electric
outlets, piping, ducts, and the like shall be coordinated to avoid interferences between lighting
fixtures, piping, ducts, and similar items.
3.11 ACCESS PANELS
A. Furnish and install panels for access to junction boxes and similar items where no other means
of access, such as a readily removable, sectional ceiling is shown or specified.
B. Panels shall not be less than 12-inches by 16-inches in size. Larger panels shall be furnished
where required. Panels in tile or other similar patterned ceilings shall have dimensions
corresponding to the tile or pattern module.
1. Refer to Section 08 31 13 – Access Doors and Panels for specific information on type
and size of panels
City of Fort Collins
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ELECTRICAL GENERAL PROVISIONS 26 05 00 - 8
3.12 INSTALLATION OF EQUIPMENT
A. Install and connect all appliances and equipment as specified and indicated for this project, in
accordance with the manufacturers' instructions and recommendations. Furnish and install
complete electric connections and devices as recommended by the manufacturer or required for
proper operation.
3.13 COORDINATION
A. Coordinate the electrical work with work of the different trades so that:
1. Interferences between mechanical, electrical, architectural, and structural work, including
existing services, will be avoided.
2. Within the limits indicated on the drawings, the maximum practicable space for operation,
repair, removal and testing of electrical and other equipment will be provided.
3. Pipe, conduits, ducts, and similar items, shall be kept as close as possible to ceiling,
walls, and columns, to take up a minimum amount of space. Pipes, conduits, ducts, and
similar items shall be located so that they will not interfere with the intended use of other
equipment.
B. Furnish and install, without additional expense to the Owner, all offsets, fittings and similar items
necessary in order to accomplish the requirements of coordination.
C. Before any sleeves or inserts are set, or any electrical equipment or foundations are installed,
prepare and submit for approval composite coordination drawings for all equipment rooms, and
other areas in which work of two or more trades or subcontractors is to be installed and in which
the probability of interference exists. Drawings shall show the work of all trades covered, shall
be drawn to a scale not smaller than 1/2" = 1'-0", and shall show clearly in both plan and
elevation that all work can be installed without interference.
D. Any work installed prior to approval of coordination drawings shall be at the Contractor's risk.
Subsequent relocations required to avoid interferences shall be made without additional
expense to the Owner.
3.14 SINGULAR NUMBER
A. Where any device or part of equipment is herein referred to in the singular number (such as "the
switch"), such reference shall be deemed to apply to as many such devices as are required to
complete the installation as shown on the drawings.
3.15 WARRANTY
A. Refer to the General Conditions section of this Specification for warranty requirements and
information.
3.16 CLOSE OUT AND OPERATION INSTRUCTIONS
A. Sequence operations properly so that all work of this project will not be damaged or
endangered. Operate each item of equipment and each system in a test run of appropriate
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ELECTRICAL GENERAL PROVISIONS 26 05 00 - 9
duration to demonstrate sustained, satisfactory performance. Adjust and correct operations as
required for proper performance.
B. Conduct a full-day walk-through instruction seminar for the Owner's personnel to be involved in
the continued operation and maintenance of electrical equipment and systems. Explain the
identification system, operational diagrams, emergency and alarm provisions, sequencing
requirements, security, safety, efficiency and similar features of the systems.
C. At the time of substantial project completion, turn over the prime responsibility for operation of
the electrical equipment and systems to the Owner's operating personnel. Until the time of final
acceptance, provide full time operating personnel, who are completely familiar with the work, to
consult with and continue training the Owner's personnel.
SUBSTITUTIONS
D. All proposals shall be based on providing and installing the materials or items of equipment
which are hereinafter specified by name and/or manufacturer. Substitutions, for materials or
items of equipment specified, will not be allowed, unless approved by Engineer prior to (14 days
before) bid date.
3.17 AS-BUILT DRAWINGS
A. Contractor shall provide the Owner with as-built drawings for all electrical systems as described
in these specifications and/or shown on the Drawings.
END OF SECTION 26 05 00
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Clark & Enersen Project No.: 326-032-24
ELECTRICAL GENERAL PROVISIONS 26 05 00 - 10
ELECTRICAL TEST REPORT
DATE:______________________
SHEET NO. ______ OF ________
PROJECT NAME: ___________________________________________________
PROJECT NUMBER:_________________________________________________
SERVICE
TRANSFORMER SIZE
NO LOAD
SERVICE VOLTAGE
FULL LOAD
SERVICE VOLTAGE
DESIGNATION
LOCATION
MEASURED PHASE PHASE PHASE
CONDITIONS A B C A B C A B C
NO LOAD FEEDER
VOLTAGE
OPERATING LOAD
FEEDER VOLTAGE
OPERATING LOAD
FEEDER CURRENT
DESIGNATION
LOCATION
MEASURED PHASE PHASE PHASE
CONDITIONS A B C A B C A B C
NO LOAD FEEDER
VOLTAGE
OPERATING LOAD
FEEDER VOLTAGE
OPERATING LOAD
FEEDER CURRENT
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BASIC MATERIALS AND METHODS 26 05 01 - 1
SECTION 26 05 01- BASIC MATERIALS AND METHODS
1. GENERAL
1.1 RELATED DOCUMENTS
A. Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 1 specification sections, apply to work of this Section.
1.2 DESCRIPTION OF WORK
A. The extent of Basic Materials and Methods is indicated by the drawings and specifications.
Basic materials are defined but not limited to cable and conduit seals, outlet boxes, pull boxes,
conduit fittings, safety switches, and fuses.
1.3 QUALITY ASSURANCE
A. Manufacturers: All materials shall be new, unused, and unweathered, and of the quality
specified. Materials shall be standard products of manufacturer's regularly engaged in the
production of such equipment and shall be the manufacturer's latest standard design.
B. Installer: All equipment and materials shall be installed in a neat and workmanlike manner,
shall be complete in both effectiveness and appearance, whether finally concealed or exposed
and shall be executed by experienced mechanics.
1.4 REFERENCES
A. The electrical work shall conform to all applicable sections of standards, codes and
specifications promulgated by organizations listed below.
1. Occupational Safety and Health Standard, National Consensus Standards and
Established Federal Standards
2. National Electrical Code (NEC)
3. National Electric Manufacturer's Association (NEMA)
4. American Society for Testing of Materials (ASTM)
5. Underwriters Laboratories, Inc. Standards (UL)
6. Factory Mutual Engineering Corporation or other Recognized National Laboratories
1.5 SUBMITTALS
A. Shop drawings: Prepare a set of shop drawings showing manufacturers product data for all
component parts specified in this Section.
2. PRODUCTS
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BASIC MATERIALS AND METHODS 26 05 01 - 2
2.1 Equipment and Materials Furnished by Others: Certain materials and equipment for this project
will be furnished under other divisions. These materials and equipment, which are shown or
noted on the plans, will be installed and/or connected under this Division. It shall be incumbent
upon this Contractor to become familiar with all of the materials and equipment that will be
furnished under other Divisions, but which will be installed and/or connected under this Division.
2.2 Cable and Conduit Seals: Seals shall be provided around all conduits and cables which
penetrate smoke walls, fire walls, and floors. Nelson Flameseal System shall be used to seal
penetrations of electrical cables and conduits.
A. Materials used shall be flameseal putty, ceramic fiber insulation and where rigid support on
large oversized openings is required, ceramic fiber board. Board shall be rigid and able to
withstand temperatures in excess of 2000 degrees F.
B. Accessory hardware shall be provided as required on oversized openings.
C. Follow manufacturers instructions in selecting the type of seals and accessories. Also follow
the manufacturers instructions on installation of the cable and conduit seals. Equal quality
equipment by OZ Gedney and 3M shall be acceptable.
2.3 Outlet Boxes, Pull Boxes and Conduit Fittings: Furnish and install outlet boxes, pull boxes, and
conduit fittings as described below. Catalog numbers shown are Appleton Electric Company;
Steel City, O.Z. Gedney, and Raco, are equally acceptable.
A. OUTLET BOXES
1. Lighting Boxes (concealed) No. 40-3/4
2. Lighting Boxes (concrete) OCR Series
3. Lighting Boxes (exposed) 4S-3/4 or 40-3/4
4. Flush Switches, Receptacles No. 4S-3/4 with separate
and Flush Junction Boxes extension plaster ring; M*-250
in masonry construction (* refers
to number of devices in the box)
5. Weatherproof type Switch and FS Series w/FS cover and
Receptacle Boxes (Exposed) neoprene gasket.
6. Weatherproof type Telecommunications FD Series w/FD cover and
Boxes (exposed) neoprene gasket.
7. Switch and Receptacle (exposed) 4S-3/4 with 8360 or 8370
series raised surface cover.
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BASIC MATERIALS AND METHODS 26 05 01 - 3
8. Telecommunications Boxes
a. At minimum, the typical communications backbox shall be 4-11/16-inch square by
2-1/8- inch deep with 1-1/4-inch knockouts and a 4-11/16-inch square mud ring for
one (1) device (single-gang) unless noted otherwise.
b. For flush mounted boxes, Manufacturer shall be:
1) RACO/Hubbell Electrical Products – 4-11/16-inch Square Box, 2-1/8-inch
Deep, 1-1/4-inch Side Knockouts. (P/N RACO259) with 4-11/16-inch square
mud ring for one (1) device (verify appropriate Mud-Ring depth).
2) Randl Industries, Inc. – 5-square Telecommunications Outlet Box (P/N
T55017) with appropriate single gang mud ring.
3) Or approved equivalent.
c. For outlets in CMU wall, submit appropriate backbox for application.
d. For outlets above ceiling for applications such as Wireless Access Points
1) RACO/Hubbell Single-gang Galvanized Steel Box (P/N 2DDB6)
2) Or approved equivalent.
B. Extension and plaster rings shall be installed as required by the NEC.
C. Outlet boxes shall comply with the National Electrical Code in regard to the allowable fill.
2.4 PULL BOXES
A. Pull boxes shall be fabricated of code gauge galvanized sheet metal and shall be sized in
accordance with the National Electrical Code requirements or as shown on the drawings.
Provide removable cover on the largest access side of the box. In-line conduit pull boxes may
be O.Z., Type PBW, or equal. Provide pull boxes at all code required locations, and as needed
to aid in cable pulling.
2.5 SAFETY SWITCHES
A. Furnish and install heavy duty type safety switches, having the electrical characteristics, ratings
and modifications shown on the drawings. All switches shall have:
B. NEMA 1 general purpose enclosures unless otherwise noted for all interior applications;
C. NEMA 3R rainproof enclosures unless otherwise noted for all exterior applications;
D. Fully rated neutral assemblies;
E. Equipment grounding kits;
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BASIC MATERIALS AND METHODS 26 05 01 - 4
F. Metal nameplates, front cover mounted that contain a permanent record of switch type, catalog
number and H.P. ratings with both standard and time delay fuses;
G. Handle that is padlockable in "OFF" position;
H. Non-teasible, positive quick-make, quick-break mechanism;
I. UL approval and shall bear the UL label;
J. All fusible switches shall have Class R Fuse rejection clips.
K. Safety switches, as manufactured by the following, will be equally acceptable, but all safety
switches furnished by this Contractor shall be the product of one manufacturer:
1. Square D Company
2. General Electric
3. Cutler Hammer
4. Siemens
2.6 FUSES
A. Fuses shall be furnished and installed in each fused switch, and shall be rated as shown on the
drawings.
B. Provide fuses according to the following and in accordance with recommendations of
manufacturers whose equipment is being protected:
1. Provide UL Class L current limiting time-delay fuses rated 600-volts, 60 Hz, 601 to 6000
amps, with 200,000A RMS symmetrical interrupting current rating for protecting
transformers, motors and circuit breakers. (Similar to Buss Low-Peak fuses.)
2. Provide UL Class L current limiting fast-acting fuses rated 600-volts, 60 Hz, 601 to 6000
amps, with 200,000A RMS symmetrical interrupting current rating for protecting service
entrances and main feeder circuit breakers. (Similar to Buss Limitron fuses.)
3. Provide UL Class RK1 current limiting, dual-element, time-delay fuses rated 600-volts, 60
Hz, 1/10 to 600 amps, with 200,000A RMS symmetrical interrupting current rating for
protecting motors and circuit breakers. (Similar to Buss Low-Peak fuses.)
4. Provide UL Class RK1 current-limiting fuses rated 250-volts, 60 Hz, 1/10 to 600 amps,
with 200,000A RMS symmetrical interrupting current for protecting motors and circuit
breakers. (Similar to Buss Low-Peak fuses.)
5. Provide UL Class J current-limiting fuses rated 600-volts, 60 Hz, 1 to 600 amps, with
200,000A RMS symmetrical interrupting current rating for protecting circuits with no
heavy inrush current where reduced dimension devices are required.
6. Provide UL Class H fuses rated 600-volts, 60 Hz, 1/10 to 600 amps, with 10,000A RMS
symmetrical interrupting current rating for protecting general purpose light duty feeders.
7. Provide UL Class T fuses rated 600-volts, 60 Hz, 1 to 1,200 amps, with 200,000A RMS
symmetrical interrupting current rating for protection of non-motor loads where reduced
dimension devices are required.
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BASIC MATERIALS AND METHODS 26 05 01 - 5
C. Three spare fuses shall be furnished for each size and type used. Each fused switch shall be
provided with a mastic backed label clearly identifying the type and size of fuse required.
3. EXECUTION
3.1 PRODUCT INSTALLATION, GENERAL
A. Except where more stringent requirements are indicated, comply with product manufacturer’s
installation instructions and recommendations, including handling, anchorage, assembly,
connections, cleaning and testing.
3.2 MOUNTING HEIGHTS
A. Mounting heights to the center of the box above finished floor for the items listed below shall be
as follows, unless otherwise shown. All other device mounting heights shall be as shown on the
drawings. All devices shall be mounted in accordance with ADA (Americans with Disabilities
Act) requirements.
B. Flush tumbler switches and lighting controls 46"
C. Switches in concrete block 46"
D. Switches over wainscot 6" above 48" wainscot
E. Convenience outlets 18" mounted vertically with ground
prong slot at bottom
F. Safety switches 54"
G. Motor controllers 54"
H. Panelboards to top 72"
I. Telecommunications outlets 18"
J. Telecommunications outlets 54" for non-ADA type
(pay and wall type) 44" for ADA type
K. Clock outlets 8' ceiling 84"
9' ceiling 96"
L. Receptacles above counters 8" above counters mounted
vertically
M. Convenience outlets in 48”
mechanical, electrical, telecommunications, janitor
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BASIC MATERIALS AND METHODS 26 05 01 - 6
and elevator machine rooms
N. Exterior W.P. convenience 24" above grade mounted
outlets
O. Fire alarm pull station 46"
P. Fire alarm horn, speaker, bell chime 84"
And/or strobe
Q. Intercom System Pushbutton 46"
Stations
R. Card Readers 46”
S. Contractor shall check all equipment layouts and verify exact mounting heights.
3.3 CUTTING AND PATCHING FLOORS, WALLS OR CEILINGS
A. Cutting, patching, repairing, and finishing of carpentry work, metal work, or concrete work, etc.,
which may be required for this work shall be done by craftsmen skilled in their respective trades.
When cutting is required, it shall be done in such a manner as not to weaken walls, partitions, or
floors. Holes required to be cut in floors must be drilled without breaking out around the holes.
Cutting, patching, and painting shall conform to the requirements of the General Conditions
section of this Specification.
B. Cutting of structural framing, walls, floors, decks, or other members intended to withstand stress
is not permitted.
C. Sleeves through floors or walls shall be black iron pipe and shall be flush with finished faces of
floors, walls or ceilings. Sleeves shall be sized to accommodate raceways indicated.
D. Use care in piercing water proofing. After the part piercing the waterproofing has been set in
place, seal openings, and make absolutely watertight.
3.4 SLEEVES
A. Sleeves shall be used to accommodate conduit or tubing where conduit or tubing pass through
newly poured concrete walls or slabs.
B. All sleeves through floors and walls shall be black iron pipe, flush with walls or finished floors;
and of sizes to accommodate the raceways shown. Sleeves through outside walls above grade
shall be caulked with approved caulking compound. Sleeves shall not be required through on
grade slabs.
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BASIC MATERIALS AND METHODS 26 05 01 - 7
C. For raceways which enter buildings below grade, install manufactured floor and thruwall seals,
similar to Type "FSK" or "WSK" as manufactured by O.Z. Electric Manufacturing Co.
3.5 INSTALLATION METHODS
A. Conductors shall be installed in concealed raceways except as shown otherwise on the
drawings or specified to be otherwise in these specifications. Exposed conduits and wires shall
be installed parallel or perpendicular to building surfaces. Conduits and wires in the space
above ceilings shall be supported adequately and shall not be laid on the top of ceiling systems.
Conduits and wires installed above ceilings shall be considered exposed.
B. Electrical conduits shall not be hung on hangers with any other service foreign to the electrical
systems, nor shall they be attached to other foreign services.
C. The lighting and power branch circuit conductors shall be installed in separate raceway systems
unless specifically shown or noted otherwise.
D. Equipment Bases. Provide concrete equipment bases for all floor mounted equipment
furnished under this contract. Concrete bases shall be 3-1/2"-inches high unless noted
otherwise and shall extend 3-inches beyond all sides of the unit. Trowel all edges at a 45
degree angle. This work shall be done in accordance with Division 3 of the specifications by the
Division 26 Contractor. Bases shall be provided for switchboards, motor control centers,
transformers and all other floor mounted equipment.
E. Outlet Box Locations. Outlet boxes shall be located so they are not placed back-to-back in the
same wall, and in metal stud walls, are separated by at least one stud space in order to limit
sound transmission from room to room. Outlet boxes installed on opposite sides of fire rated
walls shall be spaced at least 24" apart.
3.6 WIRING - NUMBER OF WIRES REQUIRED
A. The number of wires for lighting and receptacle branch circuits is shown on the drawings. The
number of wires in any circuit is determined in accordance with the National Electrical Code,
and wiring is provided to perform all functions of the devices being installed. Additionally, wires
shall be provided as required by the contract documents, i.e. equipment grounds, etc. Provide
the number of wires required for a complete and workable system.
3.7 PROTECTION FROM WEATHER
A. Raceway stub ups shall be capped or otherwise protected from moisture and debris until such
time that the conductors are pulled. Conductors shall not be installed in raceways until the
building is protected from the weather, all concrete and plastering is completed, and raceways
in which moisture has collected have been swabbed or blown out.
3.8 ELECTRICAL ROOM COORDINATION
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BASIC MATERIALS AND METHODS 26 05 01 - 8
A. Where a number of electrical panels and/or related electrical items are shown, the Electrical
Contractor shall coordinate the physical sizes with his equipment suppliers to ensure that there
is adequate space for the items shown to be installed in those areas and that all Code required
clearances are maintained.
B. The Contractor shall rearrange the equipment layout to achieve full use of the available space
prior to installing conduit stub ups. Where a conflict or rearrangement exists, the Contractor
shall submit a proposed revised layout of the area to the Engineer.
3.9 NAMEPLATES
A. Nameplates shall be provided for all items such as panelboards, cabinets, motor controllers
(starters), safety switches, separately enclosed circuit breakers, individual breakers and
controllers in switchboards and motor control centers, control devices and other significant
equipment
B. Nameplates shall be 1"x 2-1/2" laminated black phenolic resin with a white core with engraved
lettering, a minimum of 3/16-inch high. Manufacturers factory installed nameplates shall be
acceptable provided all information is furnished.
C. Nameplates shall identify the equipment item that the device is serving and also from where the
device is being fed from. Nameplates shall also identify the system voltage of the item of
equipment.
D. Nameplates shall also be provided listing calculated SCCR at the main service distribution
equipment and elevator controllers in accordance with NEC requirements.
3.10 RACEWAY SUPPORTS
A. Raceways shall be securely supported and fastened in place with pipe straps, wall brackets,
caddy clips, hangers or trapeze hangers at intervals specified in Section 26 05 33
"RACEWAYS" or:
1. As shown on the drawings.
2. As may be required by special adverse field conditions.
B. Spring tension clamps on building steel work may be used only by special permission.
C. Fastenings shall be by wood screws or screw-type nails to wood; by toggle bolts on hollow
masonry units; by expansion bolts on concrete or brick; by machine screws or welded threaded
studs on steel work. Nail-type nylon anchors or threaded studs driven in by a powder charge
and provided with lock washers and nuts may be used in lieu of expansion bolts or machine
wood screws. Threaded C-clamps shall not be used. Raceways or pipe straps shall not be
welded to steel structures. Holes cut in reinforced concrete beams or in concrete joists shall
avoid cutting the main reinforcing bars. Holes not used shall be filled. In partitions of light steel
construction, sheet-metal screws may be used, and bar hangers may be attached with saddle
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BASIC MATERIALS AND METHODS 26 05 01 - 9
ties of not less than No. 16 AWG double strand zinc-coated steel wire. No raceway shall be
attached to the suspended ceiling construction. Conduits shall be fastened to all sheet-metal
boxes and cabinets with two locknuts and insulating bushings.
3.11 BOX SUPPORTS
A. Boxes and supports shall be fastened to wood with wood screws or screw-type nails of equal
holding strength, with bolts and expansion shields on concrete or brick, with toggle bolts on
hollow masonry units, and with machine screws or welded studs on steel work. Plastic
expansion shields shall not be used. Threaded studs driven in by powder charge and provided
with lockwashers and nuts may be used in lieu of wood screws, expansion shields, or machine
screws. In open overhead spaces, cast metal boxes threaded to raceways need not be
separately supported except where used for fixture support; cast metal boxes having threadless
connectors and sheet metal boxes shall be supported directly from the building structure or by
bar hangers. Raceways shall be supported with an approved type fastener not more than 24-
inches from the box. Penetration into reinforced concrete beams and into reinforced-concrete
joists shall avoid cutting any main reinforcing steel.
3.12 LIGHTING FIXTURE SUPPORTS
A. Lighting fixtures shall be supported as follows and in accordance with all applicable Codes and
Regulations:
1. By fixture studs or other devices securely attached to outlet box, or;
2. By special hangers designed and intended for use as lighting fixture supports, or;
3. By a special clip or device attached to the ceiling system grid designed to secure the
lighting fixture in place or;
4. By other methods and devices designed and intended for use as lighting fixture support,
or;
5. As shown on the drawings.
6. All lighting fixtures installed in grid type suspended ceiling systems, shall be positively
attached to the ceiling system with clips that are UL listed for the application. In addition,
a minimum of four (4) ceiling support system rods or wires shall be provided for each light
fixture and shall be installed not more than six (6) inches from fixture corners. Provide
two (2) No. 9 gage hangers from each fixture housing to the building structure above
(wires may be installed slack). Light fixtures that weigh more than 56 pounds shall be
supported directly from the structure above by UL listed and approved hangers. Light
fixtures that are smaller than the ceiling grid shall be installed at locations indicated on
the reflected ceiling plans, or shall be installed in the center of the ceiling panel and shall
be supported independently by at least two metal channels that span and are secured to
the ceiling system.
7. Suspended lighting fixtures shall be supported directly from the building structure without
using suspended ceilings as support systems. Support systems shall be UL listed and
approved for the specific installation. Where pendants or rods exceed 48 inches in
length, brace support systems to limit swinging.
B. The lighting fixture support system detail shall be submitted with and be a part of the lighting
fixture shop drawing submittal.
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BASIC MATERIALS AND METHODS 26 05 01 - 10
C. Lighting fixtures shall not be supported from the leg of pre-cast pre-stressed concrete.
END OF SECTION 26 05 01
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CONDUCTORS 26 05 19 - 1
SECTION 26 05 19 - CONDUCTORS
1. GENERAL
1.1 RELATED DOCUMENTS
A. Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 1 specification sections, apply to work in this Section.
B. This Section is a Division 26 "Basic Materials and Methods" section, and is part of each Division
26 section making reference to conductors.
1.2 Description of Work: Extent of electrical wire and electrical cable work is indicated by drawings
and schedules. Types of wire, cable and connectors in this Section include the following:
A. Conductors
1.3 QUALITY ASSURANCE
A. Manufacturers: Firms regularly engaged in the manufacture of electric wire and cable products
of types and ratings required, whose products have been in satisfactory use in similar service
for not less than 5 years.
B. Installer: Qualified with at least 3 years of successful installation experience on projects with
electrical wiring work similar to that required for this project.
1.4 REFERENCES
A. NEC Compliance: Comply with NEC as applicable to construction and installation of electrical
wire, cable and connectors.
B. UL Compliance: Comply with UL standards pertaining to wire cable and connectors.
C. UL Labels: Provide electrical wires, cables and connectors which have been UL-listed and
labeled.
D. NEMA/ICEA Compliance: Comply with applicable portions of NEMA/Insulated Cable Engineers
Association Standards pertaining to materials, construction and testing of wire and cable.
E. ANSI/ASTM: Comply with applicable portions of ANSI/ASTM standards pertaining to
construction of wire and cable.
F. IEEE Compliance: Comply with applicable portions of IEEE standards pertaining to wire and
cable.
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CONDUCTORS 26 05 19 - 2
G. NECA Compliance: Comply with NECA's "Standard of Installation."
1.5 SUBMITTALS
A. Submit manufacturer's data on electric wire and cable.
2. PRODUCTS
2.1 Manufacturers: Subject to compliance with requirements, provide products of one of the
following (for each type of wire, cable and connector):
A. WIRE AND CABLE:
1. Advance Wire and Cable, Inc.
2. Cerro Wire and Cable, Co.
3. Electrical Conductors, Inc.
4. General Cable Corp.
5. Hitemp Wires, Inc.
6. Rome Cable Corp.
7. Southwire Company
8. The Okonite Company
9. Encore Wire
B. CONNECTORS:
1. Amp, Inc.
2. Burndy Corp.
3. Eagle Electric Mfg. Co., Inc.
4. Gould, Inc.
5. Ideal Industries, Inc.
6. Josylyn Mfg. and Supply Co.
7. O-Z/Gedney Co.
8. Pyle National Co.
9. Thomas and Betts Co.
2.2 WIRE, CABLE, AND CONNECTORS
A. General: Except as otherwise indicated, provide wire, cable and connectors of manufacturer's
standard materials, as indicated by published product information; designed and constructed as
recommended by manufacturer, and as required for the installation.
B. WIRE:
1. All conductors shall be 600-volt and shall be copper, soft drawn, annealed, having a
conductivity of not less than 98% pure copper with dual rated type THHN/THWN
insulation unless otherwise specified or indicated on the drawings.
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CONDUCTORS 26 05 19 - 3
2. No wire shall be smaller than No. 12 AWG, except wiring for signal and pilot control
circuits, and pre-manufactured fixture whips for light fixtures.
3. All wire No. 12 AWG shall be solid unless otherwise indicated within these specifications.
All wire No. 10 AWG and larger shall be stranded.
4. All wiring installed in light poles or other areas subject to vibration shall be stranded.
5. Wire sizes shown are minimum based on code requirements, voltage drop and/or other
considerations. Larger sizes may be installed at the Contractor's option to utilize stock
size, provided conduit sizes are increased where necessary to conform to the National
Electrical Code. Sizes of wires and cables indicated or specified are American Wire
Gage (Brown and Sharpe).
6. All feeder and branch circuit wiring shall be color-coded as follows:
PHASE 120/208 VOLT 277/480 VOLT
A Black Brown
B Red Orange
C Blue Yellow
Neutral *White *White
Ground Green Green
*Except as provided in paragraph 200.6 of the NEC.
C. CONNECTIONS
1. Wire connections shall be as follows unless otherwise indicated on the drawings.
a. Use preinsulated connectors 3M Company "Scotchlok," or Ideal Industries, Inc.
"super nut," for splices and taps in conductors No. 10 AWG and smaller. All other
twist-on connectors must be reviewed by the Architect prior to installation. Use this
type of connector for factory-made splices in fixtures or equipment.
b. Pressure indent type connectors must be submitted to the Architect for review.
c. Tape all splices and joints with vinyl plastic tape manufactured by Minnesota
Mining and Manufacturing Company. Use sufficient tape to secure insulation
strength equal to that of the conductors joined.
d. Keep splices in underground junction boxes to an absolute minimum. Where
splices are necessary, use resin pressure splices and resin splicing kits
manufactured by the 3M Company, St. Paul, Minnesota, to totally encapsulate the
splice. Arrange the splicing kit to minimize the effects of moisture.
e. Connect wire No. 6 AWG and larger to panels and apparatus by means of
approved lugs or connectors.
f. Connect wire No. 10 AWG and larger to panels, motors and electrical apparatus
using OZ (or equivalent) type XL set screw type lugs. Lugs shall accommodate full
wire capacity for stranded conductors. All connections and connectors shall be
solderless.
g. Connectors of the porcelain cup type with or without metal inserts shall not be
used, including all splices in fixtures which are made in advance by the fixture
manufacturer. Splices in wire No. 8 AWG and larger shall be made with approved
solderless lugs. If any type of pressure indent type connector is proposed for use
on any size conductor, it shall be specifically submitted for approval prior to use.
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CONDUCTORS 26 05 19 - 4
3. EXECUTION
3.1 INSTALLATION
A. General: Install electric cables, wires and connectors as indicated in compliance with
manufacturer's written instructions, applicable requirements of the NEC and NECA's "Standard
of Installation", and in accordance with recognized industry practices.
B. Coordinate cable and wire installation work with electrical raceway and equipment installation
work, as necessary for proper interface.
C. Conductors shall be continuous from outlet to outlet and no splices shall be made except within
outlet or junction boxes. Junction boxes may be utilized wherever required.
D. Splicing: No splicing or joints will be permitted in either feeder or branch circuits except at outlet
or accessible junction boxes.
E. Use pulling compound or lubricant where necessary. Compound must not deteriorate
conductor insulation.
F. Prior to energization, check cable and wire for continuity of circuitry, and for short circuits.
Correct malfunctions when detected.
G. Conductor Installation: Install all conductors in a single raceway at one time, ensuring that
conductors do not cross one another while being pulled into raceway. Leave sufficient cable at
all fittings or boxes and prevent conductor kinks. Keep all conductors within the allowable
tension and exceeding the minimum bending radius.
H. Conductor Support: Provide conductor supports as required by the code and recommended by
the cable manufacturer. Where required, provide cable supports in vertical conduits similar to
OZ Type C.M.T., and provide the lower end of conduit with OZ Type KVF ventilators.
I. Conductor Termination: Provide all power and control conductors, that terminate on equipment
or terminal strips, with solderless lugs or fork and flanged tongue terminals. Provide T and B
"sta-kon" tongue terminal. This type conductor termination is not required when the equipment
is provided with solderless connectors.
J. Many circuits are shown on the drawings to be provided with dedicated neutral and
ground conductors. Carefully review circuiting and the electrical abbreviations and
symbols legend and provide the number of conductors indicated.
K. Unless otherwise indicated provide dedicated neutral conductors for all branch circuits.
Neutral conductors shall not be shared between circuits. Where the drawings indicate
shared neutral conductors, for a multi-wire branch circuit, group the breakers together in
accordance with NEC requirements.
3.2 CONDUCTOR ARCPROOFING
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A. Cover two or more power feeder cables occurring in the same switchboard section, junction box
or pull box (including pull boxes over switchboards) with arcproof and flameproof tape.
B. Provide 3M Company "Scotch" No. 77 tape or Plymouth Rubber Co. Slipknot No. 30 tape, to
provide an installation capable of withstanding a 200-amp arc for not less than 30 seconds.
C. Apply tape in a single layer, one-half lapped, or as recommended by the manufacturer to
conform to the above requirements. Apply with the coated side next to the cable and hold in
place with a random wrap of 1/2 inch wide, pressure-sensitive, glass cloth electrical tape, 3M
Company "Scotch" No. 69. Tape to be color coded as specified previously.
END OF SECTION 26 05 19
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GROUNDING SYSTEM 26 05 26 - 1
SECTION 26 05 26 - GROUNDING SYSTEM
1. GENERAL
1.1 RELATED DOCUMENTS
A. Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 1 specification sections, apply to work of this Section.
B. Division 26 "Basic Materials and Methods" sections apply to work of this Section.
1.2 DESCRIPTION OF WORK
A. Extent of grounding work is indicated by the drawings and is specified herein.
B. Applications of grounding work in this Section include the following:
1. Separately Derived Systems
2. Service Equipment
3. Enclosures
4. Equipment
C. Requirements of this Section apply to electrical grounding work specified elsewhere in these
specifications.
1.3 QUALITY ASSURANCE
A. Manufacturers: Firms regularly engaged in manufacture of electrical connectors, terminals and
fittings, of types and ratings required, and ancillary grounding materials, including stranded
cable, copper braid and bus, ground rods and plate electrodes, whose products have been of
satisfactory use in similar service for not less than three years.
B. Installer: Qualified with at least three (3) years experience on projects with electrical grounding
work similar to that required for this project.
1.4 REFERENCES
A. NEC Compliance: Comply with NEC requirements as applicable to materials and installation of
electrical grounding systems, associated equipment and wiring. Provide grounding products
which are UL listed and labeled.
B. UL Compliance: Comply with applicable requirements of UL Standard Nos. 467 and 869
pertaining to electrical grounding and bonding.
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GROUNDING SYSTEM 26 05 26 - 2
C. IEEE Compliance: Comply with applicable requirements of IEEE Standard 142 and 241
pertaining to electrical grounding.
D. Utility: Grounding shall be done so as to comply with all applicable grounding requirements and
rules of the serving utility.
E. NECA Compliance: Comply with NECA's "Standard of Installation."
1.5 SUBMITTALS
A. Product Data: Submit manufacturers data on grounding systems and accessories.
B. Shop Drawings: Submit layout drawings of grounding systems and accessories including, but
not limited to, ground wiring, copper braid and bus, and ground rods.
2. PRODUCTS
2.1 Acceptable Manufacturers: Subject to compliance with the requirements, provide grounding
products of one of the following:
A. B-Line Systems
B. Burndy Corporation
C. Crouse Hinds
D. Electrical Components Div.; Gould Inc.
E. General Electric Supply Co.
F. Ideal Industries, Inc.
G. Thomas and Betts Corp.
H. Western Electric Co.
2.2 Grounding Systems: Except as otherwise indicated, provide electrical grounding systems
indicated; with assembly of materials, including but not limited to cables/wires, connectors,
terminals, ground rods/electrodes, bonding jumper braid, and additional accessories needed for
a complete installation. Where more than one type unit meets indicated requirements, selection
is installer's option. Where materials or components are not indicated, provide products
complying with NEC, UL, IEEE and established industry standards for applications indicated.
2.3 Conductors: Unless otherwise indicated, provide electrical grounding conductors for grounding
connections matching power supply wiring materials and sized according to NEC requirements.
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2.4 Bonding Jumper Braid: Provide copper braid tape, constructed of 30 gage bare copper wires
and properly sized for indicated applications.
2.5 Flexible Jumper Strap: Provide flexible flat conductor, 480 strands of 30 gage bare copper wire;
3/4" wide, 9-1/2" long; 48,250 cmil. Protect braid with copper bolt hole ends with hole sized for
3/8" dia. bolts.
2.6 Bonding Plates, Connectors, Terminals and Clamps: Provide electrical bonding plates,
connectors, terminals, lugs and clamps as recommended by bonding plate, connector, terminal
and clamp manufacturers for indicated applications.
2.7 Electrical Grounding Connection Accessories: Provide electrical insulating tape, heat-
shrinkable insulating tubing, welding materials, and bonding straps as recommended by
accessories manufacturers for types of service indicated.
3. EXECUTION
3.1 GENERAL
A. Inspection: Installer must examine areas and conditions under which electrical grounding
connections are to be made and notify the Architect/Engineer in writing of conditions detrimental
to proper completion of the work. Do not proceed with the work until unsatisfactory conditions
have been corrected in a manner acceptable to the installer.
B. General: Install electrical ground systems where shown, in accordance with applicable portions
of the NEC, with NECA's "Standard of Installation", and in accordance with recognized industry
practices to ensure that products comply with requirements and serve intended functions.
C. Coordinate with other electrical work as necessary to interface installation of electrical
grounding systems with other work.
D. Grounding and bonding of electrical installations and specific requirements for systems, circuits
and equipment required to be grounded shall be accomplished for temporary and permanent
construction.
E. Provide a separate green equipment ground conductor in all electrical raceways to effectively
ground all fixtures, panels, receptacles, controls, motors, disconnect switches, exterior lighting
standards and noncurrent carrying metal enclosures. The ground wires shall be connected to
the building system ground. NEC Table 250.122 shall be used to size the ground conductor if
the size is not shown on the drawings.
F. To satisfy the "effective grounding" requirements of the NEC the path to ground from circuits,
equipment, and conductor enclosures shall be permanent and continuous and shall have ample
carrying capacity to conduct safely any currents liable to be imposed on it, and shall have
impedance sufficiently low to limit the potential above ground and to facilitate the operation of
the overcurrent devices in the circuit.
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GROUNDING SYSTEM 26 05 26 - 4
G. Ground the service in accordance with provisions of the National Electrical Code and the
contract drawings.
H. In addition to the requirements for service entrance grounding listed above, provide a
supplemental grounding electrode consisting of driven ground rods (three 10 foot x 3/4 inch
copper-clad steel ground rods).
I. Clean the contact surfaces of all ground connections.
J. Where separately derived systems occur, ground the system to a grounding electrode
acceptable to the code.
K. Install metallic raceways mechanically and electrically secure at all joints and at all boxes,
cabinets, fittings and equipment. At the point of electrical service entrance, bond all metallic
raceways together, with a ground conductor, and connect to the system ground bus. Bond all
boxes as specified for equipment.
L. Receptacles: Permanently connect the ground terminal on each receptacle to the green ground
conductor.
END OF SECTION 26 05 26
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RACEWAYS 26 05 33 - 1
SECTION 26 05 33 - RACEWAYS
1. GENERAL
1.1 RELATED DOCUMENTS
A. Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 1 specification sections, apply to work of this Section.
B. This Section is a Division 26 "Basic Materials and Methods" section, and is part of each Division
26 section making reference to electrical raceways specified herein.
1.2 DESCRIPTION OF WORK
A. Extent of raceways is indicated by drawings and schedules.
B. Types of raceways in this Section include the following:
1. Electrical metallic tubing.
2. Flexible metal conduit.
3. Intermediate metal conduit.
4. Liquid-tight flexible metal conduit.
5. Rigid metal conduit.
6. Rigid nonmetallic conduit.
1.3 REFERENCES
A. NEMA Compliance: Comply with applicable requirements of NEMA standards pertaining to
raceways.
B. UL Compliance and Labeling: Comply with provisions of UL safety standards pertaining to
electrical raceway systems; and provide products and components which have been UL-listed
and labeled. Each length of raceway shall bear the Underwriters Laboratories label.
C. NEC Compliance: Comply with NEC requirements which are applicable to the construction and
installation of raceway systems.
D. NECA Compliance: Comply with NECA's "Standard of Installation".
1.4 SUBMITTALS
A. Product Data: Submit manufacturer's data including specifications, installation instructions and
general recommendations, for each type of raceway required.
2. PRODUCTS
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2.1 STEEL CONDUIT
A. Steel Conduit: Rigid steel conduit, intermediate metal conduit and steel electrical metallic
tubing shall be hot-dipped, galvanized or sheradized as manufactured by Youngstown Sheet
and Tube Company, National Electric, General Electric, or equal.
B. Joints: Raintight non-insulated throat type compression fittings (connectors and couplings) shall
be provided for electrical metallic tubing systems. All fittings shall be of the steel type with steel
locknuts equal to Appleton 95 Series.
C. Expansion Joints: Provide expansion fittings, O.Z. Type AX with bonding jumper for rigid
conduit and O.Z. Type TX with bonding jumper for electrical metallic tubing. Where embedded
raceways cross building expansion joints, provide combination deflection/expansion fittings,
O.Z. Type AXDX, or equal.
2.2 RIGID NON-METALLIC (PVC) CONDUIT
A. PVC (polyvinyl chloride) Conduit: Heavy wall rigid PVC conduit shall be composed of high
impact PVC and shall conform to industry NEMA Standards and to Federal Specification WC-
1094. Conduits shall be Carlon Schedule 40 type, or approved equal.
2.3 FLEXIBLE METAL CONDUIT
A. Flexible metal conduit shall conform to UL1. It shall be formed from continuous length of
spirally-wound, interlocked zinc-coated strip steel.
B. Pre-wired armored cabling, types AC or MC are not allowed.
2.4 LIQUID-TIGHT, FLEXIBLE METAL CONDUIT
A. Liquid-tight flexible metal conduit shall be constructed of a single strip, flexible, continuous,
interlocked, and double-wrapped steel; galvanized inside and outside; and coated with an oil-
resistant, liquid-tight thermoplastic jacket.
2.5 WIREWAYS
A. General: Provide electrical wireways of types, grades, sizes, weights (wall thicknesses), and
number of channels for each type service indicated. Provide complete assembly of wireways
including, but not necessarily limited to couplings, offsets, elbows, expansion joints, adapters,
hold down straps, end caps, and other components and accessories as needed for a complete
system. Where types and grades are not indicated, provide proper selection as determined by
the Installer to fulfill wiring requirements and comply with applicable provisions of NEC for
electrical raceways.
B. Surface Metal Raceways: Provide surface metal raceways of sizes and channels indicated; in
compliance with FS W-C-582. Construct of galvanized steel with snap-on covers, with 1/8"
mounting screw knockouts in base approximately 8" o.c. Provide fittings indicated which match
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RACEWAYS 26 05 33 - 3
and mate with raceway. Finish with manufacturer's standard prime coating suitable for painting.
Provide all necessary devices as shown on the drawings for a complete installation.
C. Manufacturers: Subject to compliance with requirements, provide surface metal raceways of
one of the following:
1. B-Line Systems, Inc.
2. Midland-Ross Corporation
3. Power-Strut Division; Youngstown Sheet and Tube Company
4. Square D Company
5. Versa-Tech Corporation
6. Walker/Parkersburg Division; Textron, Inc.
7. Wiremold Company
3. EXECUTION
3.1 GENERAL
A. Install electric raceways where indicated; in accordance with manufacturer's written instructions,
applicable requirements of the NEC and NECA's "Standard of Installation" and complying with
recognized industry practices.
B. Raceways embedded in concrete or in earth below floor slabs shall be rigid steel conduit,
intermediate metal conduit or rigid schedule 40 PVC conduit. Rigid PVC conduit shall be
provided with rigid metal or intermediate metal conduit elbows when the raceway system exits
the concrete topping or earth.
C. Electrical metallic tubing shall not be embedded in concrete or installed in earth.
D. Aluminum conduit shall not be embedded in concrete, or installed in earth.
E. Rigid heavy wall Schedule 40 PVC conduit shall be installed in earth and concrete only.
F. Raceways in outside walls (excluding building perimeter) or in refrigerated areas shall be rigid
steel conduit, or intermediate metal conduit.
G. Provide rigid steel conduit or intermediate metal conduit for exposed raceways from floor to
eight feet above the floor in mechanical rooms and in areas designated on the plans.
H. Rigid galvanized steel conduit or galvanized intermediate metal conduit shall be used where
conduit is exposed to weather.
I. Rigid galvanized steel or intermediate metal conduit and cast boxes with external hubs
shall be used to serve electrical devices located in all animal area environments.
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J. Conduits in hazardous locations shall conform to the National Electrical Code. Rigid galvanized
steel conduit or intermediate metal conduit shall be used in hazardous locations. PVC conduit
shall not be used in hazardous areas.
K. Rigid metal, intermediate metal, electric metallic tubing or PVC conduit where allowed in other
section 3.1 paragraphs shall be used for feeders and branch circuits.
L. Flexible metal conduit may be used to connect light fixtures in accordance with NEC
requirements but must be limited to a maximum of 6’-0” in length. “Daisy chaining” from fixture
to fixture is not permitted. Provide flexible metal conduit for connections to motors,
transformers, generators, and other equipment subject to vibration. Length of flexible conduit
shall be a minimum of one foot for conduit diameters up to 1-1/2". A minimum of 3" of flexible
conduit shall be added for every 1/2" increase in conduit diameter. Flexible metal conduit
installation shall be kept to a minimum in connecting other electrical equipment items. Sealtight,
flexible conduit shall be used where the flexible conduit may be subject to moist or humid
atmosphere, corrosive atmosphere, subject to water spray and subject to dripping oil, grease or
water. Flexible metal conduits shall not be permitted for any other applications, unless
specifically approved by the Owner
M. Conduits shall be 3/4" diameter, minimum. Raceway sizes shown on the drawing are based on
type THHN/THWN conductors.
N. Type Material: Except as noted otherwise all conduit shall be steel.
3.2 INSTALLATION
A. All raceways shall be installed concealed except where shown or noted otherwise.
B. Concealed raceways may be embedded in concrete or routed below the slab, except as noted
otherwise, or installed in furred spaces above ceilings or behind walls.
C. Continuity: Provide metallic raceways continuous from outlet to outlet, and from outlets to
cabinets, junction or pull boxes. Enter and secure conduit to all boxes to provide electrical
continuity from the point of service to outlets. Provide double locknut and bushing on terminals
of metallic conduits.
D. A nylon or polypropylene pull string shall be installed in all empty conduits to facilitate future
installation of cabling.
E. Provide accessible "seal-off" fittings for all raceways entering or leaving the hazardous areas,
entering or leaving refrigerated areas and as otherwise required by the National Electrical Code.
F. Where conduits penetrate the roof seal, they shall be installed in curbs provided for mechanical
equipment. When this is not possible, suitable pitch pockets, lead flashing, or approved fittings
shall be provided. Details for special conduit installations shall be as shown on the drawings.
Location Maximum Allowance
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1. Columns Displacement of 4 percent of plan area of column.
2. Floors and Walls Displacement of 1/3 of thickness of concrete spaced not
less than three diameters on center.
3. Beams and Joists Displacement of 1/3 of least dimension, spaced not less
than three diameters on center.
4. Sleeves thru Floors 2" maximum pipe size, not less than
and Walls three diameters on center.
G. Furred Spaces: Raceways installed in furred spaces shall be installed in accordance with the
requirements of the National Electrical Code. Do not anchor or strap conduits to the ceiling
furring channels or attach to furred ceiling hanger wires. Raceways may be attached to the
suspension system (wire hangers) of drop ceilings if installed in such a manner that the ceiling
panels may be removed without interference with the raceway, and the wire hangers are sized
to carry the additional raceway load.
H. Stub Ups: Extend conduit stubs at least one foot above slab or fill, before connection is made
to electrical metallic tubing.
I. Provide marking of conduit and junction boxes to indicate which distribution system they are
serving. The markings could be colored tape on conduit at or near junction boxes with different
colored tapes indicating different distribution systems. Concealed junction boxes shall be
legibly marked with a magic marker to indicate the panel and circuit number that junction box
serves.
1. The distribution systems shall be color coded as follows:
a. Fire Alarm - Red
b. 120/208 Volt - Green
c. 277/480 Volt - Orange
d. Telephone System - White
J. Steel Conduit (galvanized rigid steel, IMC or EMT):
1. Cutting: Cutting shall be done with hand or power hacksaws. All cut ends shall be
reamed to remove burrs and sharp edges.
2. All threaded joints shall be made up wrench-tight and all compression joints shall be
made up mechanically secure and snug so as to make continuous current-carrying
electrical contact.
3. All metallic conduits buried or otherwise in contact with earth shall be painted using one
heavy continuous coat of asphalt varnish after assembly of conduit and fittings.
4. Expansion joints shall be installed in steel conduit systems in structures as follows
expansion joints are specified elsewhere in the specification):
a. Where conduit run crosses a building expansion joint.
b. In any conduit run exceeding 100 feet in length.
c. Where shown on the drawings.
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K. Threads: Clean all threads of rigid or intermediate metal conduit. Coat all male threads of all
steel conduit installed in concrete with red or white lead immediately before being coupled
together.
L. Running Threads: Use "Erickson" type couplings in lieu of running threads.
M. PVC Conduit:
1. Joints: Conduits shall be joined by using couplings and solvent cement furnished or
recommended by the raceway manufacturer. Finished joints shall be secure and
watertight.
2. Cutting: Cutting shall be done with hacksaws and ends shall be reamed to remove burrs
and sharp edges.
3. Expansion Joints: Expansion joints shall be installed:
a. Where conduit run crosses a building expansion joint.
b. As recommended by the manufacturer or as shown on the drawings.
4. Bends for PVC conduit sizes 2" and smaller may be made "hot" in the field. Inside
dimension shall be thereby undistorted. For PVC sizes larger than 2", provide only
factory bends.
END OF SECTION 26 05 33
City of Fort Collins
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Clark & Enersen Project No.: 326-032-24
DRY-TYPE TRANSFORMERS 26 22 00 - 1
SECTION 26 22 00 - DRY-TYPE TRANSFORMERS
1. GENERAL
1.1 RELATED DOCUMENTS
A. Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 1 specification sections, apply to this Section.
1.2 DESCRIPTION OF WORK
A. Extent of transformer work is indicated by drawings and schedules.
B. Types of transformers specified in this Section include the following:
1. Energy Efficient Dry-type Transformers
C. Refer to other Division 26 sections for electrical wiring connections required in conjunction with
transformers; not work of this Section.
1.3 QUALITY ASSURANCE
A. Manufacturers: Firms regularly engaged in the manufacture of power distribution transformers
of types and ratings required, whose products have been in satisfactory use in similar service
for not less than five (5) years.
B. Installer: Qualified with at least three (3) years successful installation experience on projects
with electrical power/distribution transformer work similar to that required for this project.
1.4 REFERENCES
A. NEC Compliance: Comply with NEC as applicable to installation and construction of electrical
power/distribution transformers.
B. NEMA Compliance: Comply with applicable portions of the NEMA Std. Pub. Nos. TR1 and
TR27 pertaining to power/distribution transformers.
C. ANSI Compliance: Comply with applicable ANSI standards pertaining to power/distribution
transformers.
D. ANSI/IEEE Compliance: Comply with applicable ANSI/IEEE standards pertaining to power/
distribution transformers.
E. ANSI/NEMA Compliance: Comply with NEMA Std. ST 20 "Dry-Type Transformers for General
Applications".
F. ANSI/UL Compliance: Comply with applicable portions of ANSI/UL 506 "Safety Standard for
Specialty Transformers".
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DRY-TYPE TRANSFORMERS 26 22 00 - 2
G. UL Labels: Provide distribution transformers that have been UL listed and labeled.
H. IECC Compliance: Transformers shall be fully compliant with provisions of the International
Energy Conservation Code, 2018 Edition.
1.5 SUBMITTALS
A. Product Data: Submit manufacturer's technical product data including KVA rating, frequency,
primary and secondary voltages, percent taps, impedance and certification of transformer
performance efficiency at indicated loads, no load and full load losses in watts, hot spot and
average temperature rise above 40 degrees C ambient, sound level in decibels, and standard
published data.
B. Shop Drawings: Submit manufacturer's drawings indicating dimensions and weight loading for
transformer installations.
2. PRODUCTS
2.1 Manufacturers: Subject to compliance with requirements, provide products of one of the
following (for each type of transformer):
A. Cutler Hammer
B. General Electric Co.
C. Square D Co.
D. Siemens
2.2 EQUIPMENT
2.3 Furnish and install dry-type transformers as shown on the drawings.
A. Transformer coils shall be of the continuous copper wound construction.
B. All transformer cores shall be constructed with low hysteresis and eddy current losses.
Magnetic flux densities are to be kept well below the saturation point to prevent core
overheating. There shall be no metal-to-metal contact between the core and coil and the
enclosure except for a flexible safety ground strap. Sound isolation systems requiring the
complete removal of all fastening devices will not be acceptable.
C. The core of the transformer shall be visibly grounded to the enclosure by means of a flexible
grounding conductor sized in accordance with applicable UL and NEC standards.
D. The transformer enclosures shall be ventilated and be fabricated of heavy gauge, sheet steel
construction. The entire enclosure shall be finished utilizing a continuous process consisting of
degreasing, cleaning and phosphatizing, followed by electrostatic deposition of polymer
polyester powder coating and baking cycle to provide uniform coating of all edges and surfaces.
The coating shall be UL recognized for outdoor use. The coating color shall be ANSI 49.
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DRY-TYPE TRANSFORMERS 26 22 00 - 3
E. Dry-type transformers shall have metallic enclosures designed to provide for air cooling and to
prevent accidental contact with live conductors. Materials and final performance of the product
must conform to applicable IEEE and NEMA standards. Transformer wiring compartment shall
be located below the core and coil, and shall be cooled by air circulation, or the wiring
compartment shall be insulated from the core and coil by means of a suitable thermal insulation
barrier. All transformers shall be UL listed and shall bear the UL label.
F. Transformers shall operate at 100% nameplate KVA rating continuously while in a 40 degrees C
ambient environment without exceeding the rated average winding temperature rise of the ANSI
insulated system used. Specific KVA and voltage ratings required shall be as shown on the
drawings. Transformers rated above 30 KVA shall have a 220 degrees C insulation system with
150 degrees C average temperature rise or 180 degrees C hot spot rise in a 40 degrees C
ambient. Transformers rated 30 KVA and below shall have a 180 degrees C insulation system
with 115 degrees C average temperature rise or 145 degrees C hot spot rise in a 40 degrees C
ambient.
G. Sound levels must fall within ANSI-NEMA Standard levels according to KVA size.
H. Sound levels shall be warranted by the manufacturer not to exceed the following:
1. 15 to 50KVA - 45dB; 51 to 150kVA - 50dB; 151 to 300kVA - 55dB; 301 to 500kVA - 60dB;
501 to 700kVA - 62dB; 701 to 1000kVA - 64dB; 1001 to 1500kVA - 65dB; 1501 to
2000kVA- 66Db.
I. All transformers shall be supplied with clamp-type solderless connectors suitable for use with
copper connecting cables.
J. All transformers shall have neoprene rubber pads between the core and coil assembly and the
transformer enclosure to isolate sound and vibration. A flexible conduit connection to the
transformer may be used.
K. Terminal boards shall be provided on all transformers. High-voltage and low-voltage terminals
must be held in a fixed position, thus removing any need for taping of cable-terminal
connections.
L. Transformers which weigh more than 50 pounds must have external lifting provisions for ease in
handling.
M. Single phase transformers over 10 KVA and three-phase transformers 6 KVA and above shall
have minimum full load rated taps in the high-voltage windings as follows: four 2-1/2% full
capacity taps, 2 above and 2 below normal rated voltage. Transformer taps shall be adjusted to
deliver nominal system voltage at branch circuit panels.
3. EXECUTION
3.1 Install transformers as indicated in compliance with the manufacturers' written instructions,
applicable requirements of the NEC, NEMA, ANSI and IEEE standards, and in accordance with
recognized industry practices to ensure that products fulfill requirements.
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Clark & Enersen Project No.: 326-032-24
DRY-TYPE TRANSFORMERS 26 22 00 - 4
3.2 Coordinate transformer installation work with electrical raceway and wire/cable work, as
necessary for proper interface.
3.3 Install transformers on vibration mounts; comply with manufacturers recommended installation
methods, if applicable.
3.4 Clearances shall be maintained around transformers in accordance with all applicable codes,
standards and manufacturer’s installation instructions.
END OF SECTION 26 22 00
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
PANELBOARDS 26 24 16 - 1
SECTION 26 24 16 - PANELBOARDS
1. GENERAL
1.1 RELATED DOCUMENTS
A. Drawings and general provisions of the Contract including General and Supplementary
Conditions and Division 1 specification sections, apply to the work of this Section.
B. This Section is a Division 26 "Basic Materials and Methods" section, and is a part of each
Division 26 section making reference to panelboards specified herein.
1.2 DESCRIPTION OF WORK
A. Extent of panelboard and enclosure work, including cabinets and cutout boxes is indicated on
the drawings and by schedules.
B. Types of panelboards and enclosures in this Section include the following:
1. Lighting and Appliance Panels
C. Refer to other Division 26 sections for cable/wire, connectors and electric raceway work
required in conjunction with panelboards and enclosures; not work of this Section.
1.3 QUALITY ASSURANCE
A. Manufacturers: Firms regularly engaged in the manufacture of panelboards and enclosures, of
types, size and ratings required, whose products have been in satisfactory use in similar service
for not less than five (5) years.
B. Installer: A firm of at least three (3) years of successful installation experience on projects with
electrical installation work similar to that required for this project.
1.4 REFERENCES
A. Special Use Markings: Provide panelboards, constructed for special use, with UL markings
indicating that special type usage. Panels identified or shown on the drawings for use as main
service entrance equipment shall be labeled at the factory with "SERVICE ENTRANCE" type
UL label.
B. UL Compliance: Comply with applicable UL safety standards pertaining to panelboards,
accessories, and enclosures. Provide units which have been UL listed and labeled. UL
standards are as follows:
1. Panelboards - UL67
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
PANELBOARDS 26 24 16 - 2
2. Cabinets and Boxes - UL50
C. NEC Compliance: Comply with the NEC as applicable to the installation of panelboards,
cabinets, and cutout boxes.
D. NEMA Compliance: Comply with NEMA Stds. Pub. No. 250 "Enclosures for Electrical
Equipment (1000 volt maximum)", Pub. No. 1 "Panelboards" and Pub. No. PB1.1, "Instruction
for Safe Installation, Operation, and Maintenance of Panelboards Rates 600 Volts and Less".
E. NECA Compliance: Comply with NECA's "Standard of Installation".
1.5 SUBMITTALS
A. Product Data: Submit manufacturer's data including specifications, installation instructions and
general recommendations for each panelboard required. Include data substantiating that units
comply with specified requirements.
B. Shop Drawings: Submit dimensioned drawings of panelboards and enclosures showing
accurately scaled layouts of enclosures and required individual panelboard devices, including
but not limited to circuit breakers, fusible switches, fuses, ground fault circuit interrupters, and
accessories.
2. PRODUCTS
2.1 ACCEPTABLE MANUFACTURERS
A. Subject to compliance with requirements provide products of one of the following:
1. Square D Company
2. General Electric
3. Cutler Hammer
4. Siemens
2.2 GENERAL
A. Except as otherwise indicated, provide panelboards, enclosures and ancillary components, of
types, sizes, and ratings indicated, which comply with manufacturer's standard materials, and
which are designed and constructed in accordance with published product information. Provide
solderless lugs, or connectors, in the correct number and size for conductors on mains, on the
load side of each branch, circuit, and on ground and neutral bars. Provide tin plated copper
busses. Provide an insulated neutral bus and a bonded equipment ground bus mounted at the
opposite end of the structure from the mains, and having numbered screw or lug terminals for
connection of wires. Equip panels with the number of unit devices as required for a complete
installation. Where more than one type of component meets the indicated requirements,
selection is installer's option. Where types, sizes or ratings are not indicated, comply with NEC,
UL and established industry standards for applications indicated.
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Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
PANELBOARDS 26 24 16 - 3
B. Provide ground fault circuit interrupting type circuit breakers for all devices noted with a "GFI"
subscript on the panelboard schedules for this project.
C. Provide UL listed HACR type circuit breakers for all devices which serve heating, ventilating, or
air conditioning equipment.
D. Panelboards shall be provided with covers for surface or flush mounting as shown on the
drawings, or as required for actual project conditions.
E. Panelboards shall be constructed for top or bottom feeder service, as required by actual project
conditions.
2.3 LIGHTING AND APPLIANCE PANELS
A. Lighting and appliance panelboards shall be Square D type NF (or equal) for 277/480 volt or
Square D type NQOB (or equal) 120/208 volt applications. All branch circuit breakers are to be
quick-make, quick-break, trip indicating and common trip on all multi-pole breakers, and shall be
bolt-on type. Trip indication shall be clearly shown by breaker handle located between the "ON"
and the "OFF" positions. Panelboards shall have distributed phase copper bussing throughout.
B. Review drawings and provide main circuit breaker type panels where indicated on the
drawings. Additionally, provide main lug only type panels where indicated on the
drawings.
C. Provide fully rated main circuit breaker or main lug only (see drawings) type panelboards where
the short circuit rating of the complete panelboard assembly is determined by the lowest rated
branch device. Provide panelboard interrupting ratings as noted on the drawings.
D. Lighting and appliance panels shall be 5.75” deep, maximum and shall have 6-inch minimum
gutters. Fronts are to be complete with door and cylinder lock, with all locks keyed alike. Fronts
shall have adjustable trim clamps, directory frames, and shall be equipped with a typewritten
directory that identifies each circuit breaker by number and the equipment that the breaker
serves. One additional blank directory card for each panel shall be furnished to the Owner.
E. Two section panels (as required by Code) shall be equipped with boxes of equal dimensions.
F. Panelboards shall be Underwriters' Laboratory listed and shall bear the UL label. The size of
the panelboard main disconnect device or main lugs, the rating and number of branch circuits,
and the type of mounting shall be as shown on the drawings.
G. All factory installed devices shall be re-torqued prior to energizing.
2.4 FEEDER PROTECTIVE DEVICES
1. The following paragraphs list the general feeder protective device requirements.
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Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
PANELBOARDS 26 24 16 - 4
a. Feeder protective devices as shown shall be molded case air circuit breakers,
built, tested and UL labeled per UL 489.
b. In general 100 ampere through 400-ampere frames shall be thermal-magnetic trip
with inverse time current characteristics. Breakers with 225 ampere through 400-
ampere frames shall have continuously adjustable magnetic pick-ups of
approximately five to ten times trip rating.
c. In general breakers with 600 ampere frames and above shall be Square D
Powerpact or approved equivalent with solid-state trip complete with built in current
transformers, solid-state trip unit and flux transfer shunt trip. Breakers shall have
easily changed trip-rating plugs with trip ratings as indicated on the drawings.
Rating plugs shall be interlocked so they are not interchangeable between frames
and interlocked such that breakers cannot be latched with rating plug removed.
Breaker shall have built-in test points for testing long delay, instantaneous and
ground fault (where shown). Functions of the breaker shall be tested by means of
a 120 volt operated test kit. Provide one test kit capable of testing all breakers 600
ampere and above.
d. Solid state instantaneous element shall be continuously adjustable from
approximately 4 to 8 times the trip rating, with short time adjustment from
instantaneous to 10-cycle delay for coordination purposes. Provide short delay
override feature providing for instantaneous tripping on high magnitude faults.
e. Molded case breakers shall have a minimum UL listed interrupting capacity as
listed on the drawings.
f. Breakers 2000 thru 3000A frame on the drawings shall be UL listed and labeled for
100 percent application per the N.E.C.
g. For all circuit breakers rated 1200 Amps or more, provide circuit breaker with an
energy reducing maintenance switch per NEC paragraph 240.87
3. EXECUTION
3.1 INSTALLATION
A. General: Install panelboards and enclosures where indicated, in accordance with the
manufacturers' written instructions, applicable requirements of the NEC and NECA's "Standard
of Installation", and in compliance with recognized industry practices to ensure that products
fulfill requirements.
B. Coordinate the installation of panelboards and enclosures with cable and raceway installation
work.
C. Provide all required electrical connections within the enclosure.
D. Fill out typewritten panelboard circuit directory cards upon completion of the installation work.
END OF SECTION 26 24 16
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
WIRING DEVICES 26 27 26 - 1
SECTION 26 27 26 - WIRING DEVICES
1. GENERAL
1.1 RELATED DOCUMENTS
A. Drawings and general provisions of the Contract, including General and Supplementary
Conditions and Division 1 specification sections, apply to work of this Section.
B. This section is a Division 26 "Basic Materials and Methods" section, and is a part of each
Division 26 section making reference to wiring devices specified herein.
1.2 DESCRIPTION OF WORK
A. The extent of wiring device work is indicated by drawings and schedules. Wiring devices are
defined as single discrete units of electrical distribution systems which are intended to carry, but
not utilize electrical energy.
B. Types of electrical wiring devices in this Section include the following:
1. Receptacles
2. Switches
3. Wall Plates
1.3 QUALITY ASSURANCE
A. Manufacturers: Firms regularly engaged in manufacture of wiring devices of types, sizes, and
ratings required, whose products have been in satisfactory use in similar service for not less
than 3 years.
B. Installer: Qualified with at least 2 years of successful installation experience on projects with
electrical installation work similar to that required for this project.
1.4 REFERENCES
A. NEC Compliance: Comply with NEC as applicable to construction and installation of electrical
wiring devices.
B. UL Compliance and Labeling: Provide electrical wiring devices which have been UL listed and
labeled.
C. NEMA Compliance: Comply with NEMA standards for general and specific purpose wiring
devices.
D. NECA Compliance: Comply with NECA's "Standard of Installation."
1.5 SUBMITTALS
A. Product Data: Submit manufacturer's data on electrical wiring devices.
City of Fort Collins
Parking Services EV Charger Installation – Civic Center Parking Structure 11/24
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Clark & Enersen Project No.: 326-032-24
WIRING DEVICES 26 27 26 - 2
2. PRODUCTS
2.1 MANUFACTURERS
A. Subject to compliance with requirements, provide products of one of the following:
1. Pass and Seymour Corporation
2. Cooper
3. Hubbell, Inc.
4. Leviton, Inc.
5. Crouse Hinds
6. Lutron
2.2 WIRING DEVICES
A. General: Where shown on the drawings, furnish and install wiring devices indicated by the
appropriate symbols. Wiring devices shall be products of Pass and Seymour Corporation, or
equal. Catalog numbers shown below are P & S hard use specification grade. Similar devices
manufactured by Hubbell or Leviton shall be equally acceptable.
B. Switches: Branch circuit switches shall be flush tumbler type as follows:
1. Single Pole CSB20AC1 Series - Gray
2. Two Pole CSB20AC2 Series - Gray
3. Three-Way CSB20AC3 Series - Gray
4. Four-Way CSB20AC4 Series - Gray
5. Single Pole SW With Pilot CSB20-AC1-RPL Series
6. LED and Fluorescent Dimmer Switches: Provide dimmer switches capable of 0-10 Volt
dimming of LED and fluorescent loads, Leviton IP710-DL or engineer approved equal.
Provide adequate number of conductors between dimmer switches and dimmed fixtures
regardless of circuiting shown on drawings.
7. Switches fed by a generator circuit (standby or life safety) shall be the same as above but
RED in color.
2.3 RECEPTACLES
A. All receptacles shall be side and back wired, self-grounding of the type indicated on the
drawings, or as follows. Catalog numbers shown below are Pass & Seymour specification grade
unless otherwise indicated. Similar devices manufactured by Hubbell or Leviton shall be
equally acceptable:
1. Duplex Convenience Receptacles CRB5362 Series-Gray
20A-125V (Grounding Type)
2. Weatherproof Duplex Receptacles CRB5362-Gray-WP Series- with
20A-125V (Grounding Type) Weatherproof Plate
3. Duplex GFI Receptacle 2095 Series-Gray
20A-125V
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Clark & Enersen Project No.: 326-032-24
WIRING DEVICES 26 27 26 - 3
4. Weatherproof Duplex 2097TRWR-Gray with WP Wall Plate
GFI Receptacle 20A-125 Volt
5. Duplex USB Receptacle TR5362USB-Gray
6. Clock Hanger Outlet S3733-SS
7. Hospital Grade Receptacle PS8300H Gray for Normal Power and
20A-125 Volt PS8300H Red for Emergency Power
8. Tamper Resistance Receptacle TR63-Gray for Normal and
TR63-Red for Emergency
9. Isolated Ground Receptacles IG5362 with Orange Cover Plate
20A-125 Volt, Ground Wire shall be
routed back to main switchboard ground
or separately derived system ground in
accordance with NEC requirements.
2.4 PLATES
A. Furnish and install wall plates for all wiring devices. Where switches and/or receptacles are
shown adjacent to each other, provide a common cover plate for each group of devices.
Oversize plates are not acceptable.
1. Plates shall be Pass and Seymour Type 302 stainless steel.
2. Cover plates for all electrical devices shall be engraved with panel and circuit no.
designation. Engraving shall be 1/8” high, block style letters, with black filler on front side
of cover plates.
3. Weatherproof switch plates shall be Crouse Hinds DS185 type.
4. Weatherproof receptacle plates shall be Crouse Hinds WLRD1 type.
5. “In-Use” Weatherproof plates shall be Intermatic WP5000 Series. Provide necessary
number of gangs, mounting bases, inserts and gaskets. In-use covers shall be used in
all wet location areas as defined by NEC 406.9(B)(1).
3. EXECUTION
3.1 INSTALLATION
A. Install wiring devices as indicated in compliance with manufacturer's written instructions,
applicable requirements of the NEC and NECA's "Standard of Installation," and in accordance
with recognized industry practices to fulfill project requirements.
B. Coordinate with other work including painting, electrical boxes and wiring work, as necessary to
interface installation of wiring devices and other work.
C. Testing: Test wiring devices for electrical continuity of grounding connections and proper
polarity. Test wiring devices to demonstrate compliance with requirements.
D. Where devices are installed on exposed fittings or boxes, the plates shall be galvanized and of
a type designed to fit the box. Blank covers shall be installed on all boxes without devices or
fixtures, of same type as installed on devices in the room or area.
City of Fort Collins
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Fort Collins, CO
Clark & Enersen Project No.: 326-032-24
WIRING DEVICES 26 27 26 - 4
E. All outlets shall be located as shown on the drawings, except that where practicable, outlets
shall be located in center of panels or trim or otherwise symmetrically located to conform with
existing structural layout. Outlets incorrectly installed shall be corrected. Damaged items or
damaged finishes shall be repaired or replaced at no expense to the Owner.
F. Outlets shall be set plumb or horizontal and shall extend to the finished surface of the walls,
ceiling or floor, as the case may be, without projecting beyond the same.
G. Receptacles, switches, etc., shown on wood trim, cases or other fixtures shall be installed
symmetrically; and, where necessary, shall be set with the long dimensions of the plate
horizontal, or ganged in tandem.
H. Where devices are shown near wall openings, coordinate location if corner guards are to be
installed so that cover plates do not require cutting.
I. Where devices are shown mounted adjacent to one another on the drawings, provide multi-
gang faceplates to cover all devices.
END OF SECTION 26 27 26