DRAFT_140R4025R0016_Attachment_4_-_00_00_02_Dwgs-B_096-189_02-14-2025_2.pdf

F

20' - 9"

Air compressors for discharge air compressors

FLOW

CL 24" Manhole Class 300, Type A, L=6, see Dwg. 40-D-6137

CL Discharge manifold air chambers, see Dwg. (61958)

8'-0"

CL Restrained split sleeve type coupling for dynamic joint deflection

22'-6"

FLOW

PI 10" Discharge manifold for filling pump unit, see Dwg. (61946)

CL Insulating flange joint, see detail, Dwg.

(61950)

Exterior of foundation, see Dwg. (61893)

42" Std.

steel pipe

Continuation on Dwg. (61946)

3'-3"

30'-1 1/2"

42" Std.

steel pipe

C401C301

TK-AC3 TK-AC4

13'-4 1/2"

2'-6"

42" Buried butterfly valve with 6" filling line, see Detail, Dwg. (61953)

150'-0" 106'-8 1/2"

3'-2 3/4"

100'-0" 49'-11 3/4"

3'-0" 3'-0" 5'-6"2'-6"

86'-0 1/4"

PI 42" Std. steel miter bend, =2.49°, R=8'-9"

PI 42" Std. steel miter bend, =3.09°, R=8'-9"

PI 42" Std. steel miter bend, =3.72°, R=8'-9"

PI 42" Std. steel miter bend, =3.60°, R=8'-9"

CL Blowoff, see Detail, Dwg. (61953)

607'-2 1/4"

PI Combined bend 2, see detail, Dwg. (61949)

Matchline C

Matchline D

3'-0"

CL Restrained split sleeve type coupling

Co nt in ua tio n on

D w g.

9)

CL Flanged connection

Thrust collar, see Dwg.

(61927)

2'-6"

8'-0"

CL Discharge air chamber, see detail, Dwg. (61958)

PI 10" x 42" Tee PI 12" x 42" Tee

42" Std.

steel pipe

13'-4 1/2" 3'-3"

W=2" x t=1/2" welding pad, see Detail, Dwg. (61950)

CL Restrained split sleeve type coupling

W=2 1/2" x t=1/2" welding pad, see Detail, Dwg. (61950)

FLOW

61952

61952

PI 42" Std. steel miter bend, =3.60°, R=8'-9", El. -8.00

CL 10" Discharge manifold for filling pump unit, see Dwg. (61946)

CL Insulating flanged connection, see detail, Dwg. (61950)

CL Restrained split sleeve type coupling for dynamic joint deflection

Building line, see structure outline Dwg. (61889)

CL 24" Manhole, Class 300, Type A, L=6, see Dwg.

40-D-6137

D is ch ar ge a ir c ha m be rs se e D w g.

8)

10" Sch. 20 steel pipe

FLOW

20'-9"22'-6"30'-1 1/2"

TOC, El. 0.00, typ.

12" Sch. 20 steel pipe

12" Sch. 20 steel pipe

TK-AC3

TK-AC4 PI 42" Std. steel miter bend, =3.72°, R=8'-9", El. -14.3

3'-2 3/4"

100'-0" 49'-11 3/4" 86'-0 1/4" 150'-0" 106'-8 1/2"

3'-0" 3'-0"

2'-6"

PI 42" Std. steel miter bend, =3.09°, R=8'-9", El. -14.0

PI 42" Std. steel miter bend, =2.49°, R=8'-9", El. -5.6

PI Combined bend 2, see detail, Dwg. (61949)CL Blowoff, see detail, Dwg. (61953)

1/

2"

El. -8.00

CL filling line, see detail, Dwg. (61953)

CL Buried butterfly valve and 6" filling line, see Detail, Dwg.

(61953)

2'-6" 3'-0"

CL. El. Varies

Thrust collar, see detail, Dwg. (61927)

42" Anchor ring, see detail, Dwg. (61952)

Scale: 1/8" = 1'-0"F SECTION

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DRAWN

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APPROVED

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T. SHARP

J. HAMMOND

R. FRISZ

R. SCHLOSSER, P.E.

M. DIUBALDO, P.E.

Peer Reviewer - Manager - Mechanical Piping & Systems Group

DENVER, CO 2025-02-03

STEEL MANIFOLD

DISCHARGE

PLAN AND SECTION

1695-D-61948

Scale: 1/8" = 1'-0"

PUMPING PLANT NO. 1 DISCHARGE MANIFOLD PLAN

0 5' 10'

Scale: 3/16" = 1'-0"

0 5' 10'

Scale: 3/16" = 1'-0"

NOTES

1. For General Notes, see Dwg. (61942).

2. For Plan and Profile, see Dwg. (61865).

(61943)

CL Restrained split sleeve type coupling

CL 10" Sch.

20 steel pipe

3/4" Extra stong steel pipe, 4" long

3/4" Ball valve, S01A02-BV-U7-14

Provide bushings as needed

Pressure gauge, S01A02-PI-703

3/4" ASME B16.11 Class 3000 threaded steel coupling, see detail

3/4" ASME B16.11 Class 3000 threaded tee

3/4" Extra stong steel pipe, 2.5" long

3/4" ASME B16.11 Class 3000 90 threaded elbow

3/4" Extra stong steel pipe, 6" long

Provide bushings as needed

Block and bleed in-line manifold, similar to Rosemount 306

Pressure transmitter, S01A02-PIT-703

CL 10" Steel Pipe

2" Combination air valve, S01A02-ARV-U7-7

S01A02-ARV-U7-11

S01A02-ARV-U7-13

1' - 4"

2" Extra strong steel pipe

2" Extra strong steel nipple, 6" long

2" Ball valve, S01A02-BV-U7-6

S01A02-BV-U7-10

S01A02-BV-U7-12

2" Sch. 80 PVC pipe

PI 2" Steel street elbow, rotate so drain path is clear of pipe

PI 2" 90° PVC

threaded elbow

2" Sch. 80 PVC pipe, extend to 6" above floor

2" ASME B16.11

Class 3000 threaded coupling, see detail

1'-3"

CL 18" or 20" Steel Pipe

3" Combination air valve, S01A02-AVC-U1-6, -10, -12

S01A02-AVC-U2-6, -10, -12

S01A02-AVC-U3-6, -10, -12

S01A02-AVC-U4-6, -10, -12

S01A02-AVC-U5-6, -10, -12

S01A02-AVC-U6-6, -10, -12

1' - 4"

3" Extra strong steel pipe

3" Extra strong steel nipple, 6" long

3" Ball valve, S01A02-BV-U1-5, -9, -11

S01A02-BV-U2-5, -9, -11

S01A02-BV-U3-5, -9, -11

S01A02-BV-U4-5, -9, -11

S01A02-BV-U5-5, -9, -11

S01A02-BV-U6-5, -9, -11

3" Sch. 80 PVC pipe

PI 3" Steel street elbow, rotate so drain path is clear of pipe PI 3" 90° PVC threaded elbow

3" Sch. 80 PVC pipe, extend to 6" above floor

3" ASME B16.11 Class 3000 threaded coupling, see Detail

1'

Pressure switch, S01A02-PS-101, 102

S01A02-PS-201, 202

S01A02-PS-301, 302

S01A02-PS-401, 402

S01A02-PS-501, 502

S01A02-PS-601, 602

S01A02-PS-701, 702

Pressure gauge, S01A02-PI-101, 102

S01A02-PI-201, 202

S01A02-PI-301, 302

S01A02-PI-401, 402

S01A02-PI-501, 502

S01A02-PI-601, 602

S01A02-PI-701, 702

3/4" Ball valve, S01A02-BV-U1-7, 8

S01A02-BV-U2-7, 8

S01A02-BV-U3-7, 8

S01A02-BV-U4-7, 8

S01A02-BV-U5-7, 8

S01A02-BV-U6-7, 8

S01A02-BV-U7-8, 9

PI 3/4" ASME B16.11 Class 3000 90° threaded elbow

3/4" extra strong steel pipe, 2.5" long

3/4" ASME B16.11 Class 3000 threaded tee

3/4" Extra strong steel nipple, 4" long

Provide bushings as needed

3/4" Extra strong steel pipe, 4" long

3/4" ASME B16.11 Class 3000 threaded steel coupling, see detail

CL 20", 18", or 10" Steel pipe

3/4" Extra strong steel nipple, 4" long t t W" x t" Welding pad

W t

Inside of steel pipe

Encase steel flange in the wall, drill and tap flange for studs

CL AWWA F insulating flanged joint

Threaded stud with nut, see Note 2

Insulating bolt sleeve and washer

Buried PipeEncased Pipe

CL ASME B16.11

Class 3000 threaded steel coupling or half coupling

Inside of pipe or tank

Ø5/8"-18-UNF Thru for leveling screw, see Dwg.

40-D-6006, typ.

Coordinate location with pump manufacturer.

Pump Unit

20" Std. steel pipe

18" Std.

steel pipe

Epoxy grout Pump pedestal

Anchor bolt hole, coordinate size and location with pump manufacturer, typ.

FL

O

W

For pump precast concrete, see Dwg. (61930)

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DRAWN

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APPROVED

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T. SHARP

J. HAMMOND

R. FRISZ

R. SCHLOSSER, P.E.

M. DIUBALDO, P.E.

Peer Reviewer - Manager - Mechanical Piping & Systems Group

DENVER, CO 2025-02-03

STEEL MANIFOLD AND

AIR CHAMBER DETAILS

DETAILS

1695-D-61950

Scale: 1" = 1'-0"

3" COMBINATION AIR VALVE

Scale: 1 1/2" = 1'-0"

PRESSURE GAUGE AND SWITCH ASSEMBLY

Scale: Not to Scale

THREADED STEEL COUPLING

Scale: Not to Scale

INSULATING FLANGED JOINT

Scale: Not to Scale

WELDING PAD

NOTES

1. For General Notes, see Dwg. (61942)

2. Use dielectric antiseize during installation of insulating flange kit. Do not use in excess.

Scale: 1 1/2" = 1'-0"

PRESSURE GAUGE AND TRANSMITTER ASSEMBLY

Scale: 1" = 1'-0"

2" COMBINATION AIR VALVE

(61946, 61947)

(61946, 61947)(61947)

(61947)

61946 Scale: 3/4" = 1'-0"

7 DETAIL

0 1' 2'

Scale: 1" = 1'-0"

0 1' 2'

Scale: 1" = 1'-0"

0 1/2' 1' 1 1/2'

Scale: 1 1/2" = 1'-0"

0 1/2' 1' 1 1/2'

Scale: 1 1/2" = 1'-0"

(61945, 61948)

(61945, 61947, 61948, 61951, 61952, 61953) (61952, 61954, 61955, 61957, 61958, 61959, 61960, 61961, 61962) 0 1' 2' 3'

Scale: 3/4" = 1'-0"

Provide stainless steel screen, see detail

8" x 6" Std.

steel reducer

Ground surface

PI 6" Short radius welding elbow

6" Std. steel pipe

6" Short radius Std. steel 180 degree return bend m in

2'

0" m in

H

6" Combination air valve, see detail

Precast concrete manhole, see Dwg. (61929)

Air vent pipe, see detail Two-way damper

PI 6" Std.

welding elbow

CL 6" Air vent pipe

CL 6" AWWA Class D flanged joint

1' - 11"2' - 0"

Contractor designed pipe support attached to wall

CL 42" Std.

steel pipe

PI 42" x 6" tee

W=1 1/2", t=1/2" welding pad, see detail Dwg. (61950)

CL 6" Combination air valvewith hood

Air valve insulation not shown, see detail

8"min.

1' -6

6" AWWA Class 250B manually operated butterfly valve

6" Std. steel pipe, typ.

CL AWWA Class F flanged joint

2'

Compacted backfill, see Dwg. (61929)

Operator for butterfly valve shall extend beyond insulation

Inside of steel pipe

Valve insulation jacket, see Note 2

CL Std. 8" x 6" steel reducer

Stainless steel wire cloth, 2x2 meshes per linear inch, 0.063" diameter wire

Tack weld every other strand

Valve operator

CL AWWA

class buried butterfly valve

Valve box centered on valve operating stem

Valve extension rod

Square nut

Concrete collar, see Dwg. (61928)

Valve box As Required

Compacted backfill

CL 42" Std.

steel pipe

3'-0" CL WWA Class F flanged joint

6" Std. steel pipe

W=1 1/2" x t=1/2" welding pad, see detail

6" Std. steel pipe

Coordinate with local municipality on valving, piping, and hydrant, requirements

S01A01-BFV-SCU-4

Concrete thrust block, see detail on Dwg. (61926)

Structural backfill around concrete thrust block, see Specification section 21 16 13 - Fire Hydrants

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DRAWN

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APPROVED

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T. SHARP

J. HAMMOND

R. FRISZ

R. SCHLOSSER, P.E.

M. DIUBALDO, P.E.

Peer Reviewer - Manager - Mechanical Piping & Systems Group

DENVER, CO 2025-02-03

STEEL MANIFOLD

SECTIONS AND DETAILS

1695-D-61951

0 1' 2' 3'

Scale: 3/4" = 1'-0"

1. For General Notes, see Dwg. (61942).

2. Air valve insulation jacket shall not inhibit movement or operation of valve

NOTES

Scale: 1/2" = 1'-0"H SECTION

Scale: 1/2" = 1'-0"

6" COMBINATION AIR VALVE ASSEMBLY

Scale: 1/2" = 1'-0"

AIR VALVE INSULATION

Scale: 1 1/2" = 1'-0"

MESH SCREEN

Scale: 1/2" = 1'-0"

BURIED VALVE ACTUATOR (BUTTERFLY VALVE SHOWN)

61945 Scale: 3/4" = 1'-0"

C SECTION

(60144, 60149)

90'-0"

Provide steel bushing as needed

CL Insulating union 3/4" ASME B16.11 Class 3000 threaded steel coupling, see Detail, Dwg. (61950)

CL Automatic ball-drip drain valve, min 250 psi working pressure, bronze

Std. steel pipe, 1-2" longStd. bronze pipe, 1-2" long

Min. 3'-6' of cover, see Note 3

Automatic ball-drip drain valve, min 250 psi working pressure

Stainless steel plate, drilling and dimensions to match 6" AWWA Class F flange

Hole diameter, see Note 6 Orifice hole, see detail

1 1/2"

1 1/2"

Upstream edge of the holes to be rounded as shown

R 1/8"

FLOW

CL 6" Grooved coupling

CL Flanged connection to AWWA Class 250B buried butterfly valve

CL 42" Std.

steel pipe

W=2" x t=1/2", welding pad, see detail, Dwg. (61950), typ.

CL Flanged connection to 42" Manually operated buried butterfly valve

CL Flanged connection to 6" fill line orifice plate 1, see detail

CL AWWA Class F flanged joint

CL 6" Std. steel pipe CL 6" Std. steel pipe

5'-6"

6' -0

2'-6"

PI 6" Std. steel 90 ° welding elbow

PI 6" Std. steel 90 ° welding elbow

3' -0

PI 42" x 6" Tee PI 42" x 6" Tee K

Note:

Suction requires 2 orifice plates.

Discharge requires 3 orifice plates, as shown.

9" 9"

3'-0"

CL Flanged connection to 6" fill line orifice plate 3, only required on discharge, see detail

FLOW

CL Flanged connection to 6" fill line orifice plate 2, see detail

8' - 0"

1' - 10" 4' - 0"

3' - 0" 3' - 0" 8' - 0"

1' - 10" 4' - 0" 2' - 2"

3' - 0"9"9"

6"

Se e

No te

3' m in

CL 42" Std.

steel pipe

W=1 1/2" x t=1/2" welding pad see detail, Dwg. (61950)

CL 6"

Flanged joint

CL 1/2" Automatic ball-drip drain valve, see detail, provide bushing as needed

Top of backfill inside of vault

Spool, see detail

6" AWWA Class F blind flange Blowoff orifice plate, see detail

6" AWWA Class 300 ball valve for buried service.

Orient actuator for vertical actuation, valve box and actuator not shown.

L

Compacted backfill, see Dwg. (61929)

Precast concrete blowoff enclosure, see Dwg. (61929)

6" AWWA Class F blind flange, see Note 4

CL Flange connection

CL Spool

6" Std. steel pipe Orifice plate, see detail

8"

W=1 1/2" x t=1/2", welding pad see detail, Dwg. (61950)

CL 42" Std steel pipe

CL 6" Flanged joint

1/2" Automatic ball-drip valve, see detail

6" Std. steel pipe

Top of backfill inside of vault

Bottom of flange, see Note 2

Valve box, see detail, Dwg. (61951)

Precast concrete blowoff enclosure, see Dwg. (61929)

3" min.

S ee

N ot e

6" min.

Top of blind flange, see Note 4

Compacted backfill, see Dwg. (61929)

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DRAWN

TECH. APPR.

APPROVED

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T. SHARP

J. HAMMOND

R. FRISZ

R. SCHLOSSER, P.E.

M. DIUBALDO, P.E.

Peer Reviewer - Manager - Mechanical Piping & Systems Group

DENVER, CO 2025-02-03

STEEL MANIFOLD

SECTION AND DETAILS

1695-D-61953

Scale: Not to Scale

AUTOMATIC BALL DRIP VALVE

Scale: 1" = 1'-0"

ORIFICE PLATE

Scale: 6" = 1'-0"

ORIFICE HOLE

Scale: 1/2" = 1'-0"L SECTION

Scale: 1/2" = 1'-0"

BLOWOFF

Scale: 1 1/2" = 1'-0"

SPOOL

1. For General Notes, see Dwg. (61942).

2. Minimum 3" of clearance between the bottom of flange and compacted backfill.

3. Minimum 3'-6" of cover from ground surface to centerline of automatic drip valve.

4. Minimum 6" of clearance between the top of the blind flange and the bottom of the enclosure lid.

5. Minimum of 5'-4" of cover from bottom of 6"

AWWA Class 300 ball valve and compacted backfill.

6. Suction Orifice Plate for filling line and blowoff:

7 holes in an array of equliateral triagles with 1 1/2" legs and hole diameter of 3/4".

Discharge Orifice Plate for filling line and blowoff:

8 holes in an array of equliateral triagles with 1 1/2" legs and hole diameter of 5/8".

NOTES

0 1' 2' 4'

Scale: 1/2" = 1'-0"

0 1' 2'

Scale: 1" = 1'-0"

0 1" 3" 4"2"

Scale: 6" = 1'-0"

Scale: 1/2" = 1'-0"

42" BURIED BUTTERFLY VALVE AND 6" FILLING LINE

0 1' 2' 4'

Scale: 1/2" = 1'-0"

(61944, 61948)

Scale: 1/2" = 1'-0"K SECTION

CL 6" Std.

steel pipe

CL 42" Std.

steel pipe

PI 42" x 6" tee

W=2" x t=1/2" Welding pad, see detail, Dwg. (61950)

6" AWWA Class 250B buried butterfly valve

PI Horizontal bend

6" Std. steel pipe

CL Grooved end coupling, flexible fit

CL 42" Std.

steel pipe

PI 42" x 6" tee

W=2" x t=1/2" Welding pad, see detail, Dwg. (61950)

Buried valve actuator, see detail, Dwg (61951)

PI Horizontal bend

CL AWWA Class F flanged joint

CL Flanged connection to 6" fill line orifice plate 1, see detail

CL Flanged connection to 6" AWWA Class 250B buried butterfly valve

(61944, 61948)0 1' 2' 4'

Scale: 1/2" = 1'-0"

0 1' 2' 4'

Scale: 1/2" = 1'-0"

0 1' 2' 4'

Scale: 1/2" = 1'-0"

CL Flanged connection to 6" fill line orifice plate 2, see detail

CL Flanged connection to 6" fill line orifice plate 3, only required on discharge, see detail

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DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

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K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELETRICAL

INSTALLATION

PANELBOARD

SCHEDULES

1695-D-61978

Notes:

Total Est. Demand: 25 A Total Conn.: 25 A

Total Est. Demand: 20880 VA Total Conn. Load: 20880 VA

Motor 20880 VA 100.00% 20880 VA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals

Legend:

Total Amps: 25 A 25 A 25 A Total Load: 6960 VA 6960 VA 6960 VA

59 60 57 58 55 56 53 54 51 52 49 50 47 48 45 46 43 44 41 42 39 40 37 38 35 36 33 34 31 32 29 30 27 28 25 26

23 6214 VA 24

21 6214 VA 22

Motor 20 A 3

6214 VA 20

17 124 VA 124 VA 18

15 124 VA 124 VA 16

S01A02-MBV-U5-2 20 A 3

124 VA 124 VA

3 20 A S01A02-MBV-U6-2

11 124 VA 124 VA 12

9 124 VA 124 VA 10

S01A02-MBV-U3-2 20 A 3

124 VA 124 VA

3 20 A S01A02-MBV-U4-2

5 124 VA 124 VA 6

3 124 VA 124 VA 4

S01A02-MBV-U1-2 20 A 3

124 VA 124 VA

3 20 A S01A02-MBV-U2-2

CKT Circuit Description Trip Poles A B C

Poles Trip Circuit Description CKT

Notes:

Bussing: Copper Additional Features: SPD Main Bus Rating: 600 A Enclosure: NEMA 12 Wires: 3 MCB Trip Rating: 150 A Mounting: Floor Phases: 3 Mains Type: Molded Case Circuit Breaker

Supply From: S01A05-SWBD-001 Volts: 480 A.I.C. Rating: 35 kA

Panelboard: S01A05-SWBD-101

Notes:

Total Est. Demand: 102 A Total Conn.: 102 A

Total Est. Demand: 84760 VA Other 29760 VA 100.00% 29760 VA Total Conn. Load: 84760 VA

HVAC 55000 VA 100.00% 55000 VA

Load Classification Connected Load Demand Factor Estimated Demand Panel Totals

Legend:

Total Amps: 102 A 102 A 102 A Total Load: 28253 VA 28253 VA 28253 VA

59 60 57 58 55 56 53 54 51 52 49 50 47 48 45 46 43 44 41 42 39 40 37 38 35 36 33 34 31 32 29 30 27 28 25 26

23 3333 VA 24

21 3333 VA 22

EUH-09 20 A 3

3333 VA 20

17 3333 VA 3333 VA 18

15 3333 VA 3333 VA 16

EUH-06 20 A 3

3333 VA 3333 VA

3 20 A EUH-10

11 1667 VA 3333 VA 12

9 1667 VA 3333 VA 10

EUH-03 20 A 3

1667 VA 3333 VA

3 20 A EUH-05

5 9920 VA 3333 VA 6

3 9920 VA 3333 VA 4

AHU-2 20 A 3

9920 VA 3333 VA

3 20 A EUH-01

CKT Circuit Description Trip Poles A B C

Poles Trip Circuit Description CKT

Notes:

Bussing: Copper Additional Features: SPD Main Bus Rating: 600 A Enclosure: NEMA 12 Wires: 3 MCB Trip Rating: 300 A Mounting: Floor Phases: 3 Mains Type: Molded Case Circuit Breaker

Supply From: S01A05-SWBD-001 Volts: 480 A.I.C. Rating: 35 kA

Panelboard: S01A05-SWBD-201

1. Circuit breaker ratings are estimated. Actual ratings to be determined by contractor based on equipment finished.

NOTES

C

B

D

C

B

A

A

SA

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TY

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AY

S

TH

IN

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B U

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EA

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F R

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LA

M

AT

IO

N U

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D

EP

AR

TM

EN

T

O F

TH

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IN

TE

R

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DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

JO

-G A

LL

U P

W A

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R S

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PP

LY

P

R O

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C

T

N

EW

M

EX

IC

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S A N

J U

A N

L A

TE

R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELECTRICAL

INSTALLATION

PANELBOARD

SCHEDULES

1695-D-61979

Notes:

Total Est. Demand: 111 A Lighting 6660 VA 100.00% 6660 VA Total Conn.: 111 A Receptacle 6660 VA 100.00% 6660 VA Total Est. Demand: 91924 VA Other 35820 VA 100.00% 35820 VA Total Conn. Load: 91924 VA

HVAC 42784 VA 100.00% 42784 VA

Load Classification Connected Load Demand Factor Estimated Demand Panel Totals

Legend:

Total Amps: 113 A 114 A 106 A Total Load: 31149 VA 31417 VA 29357 VA

59 60 57 58 55 56 53 54 51 52 49 50 47 48 45 46 43 44 41 42 39 40 37 38 35 36 33 34 31 32 29 30 27 28 25 26

23 3333 VA 24

21 3333 VA 22

EUH-08 20 A 3

3333 VA 20

17 3333 VA 3333 VA 18

15 3333 VA 3333 VA 16

EUH-04 20 A 3

3333 VA 3333 VA

3 20 A EUH-07

11 9920 VA 3333 VA 12

9 9920 VA 3333 VA 10

AHU-1 20 A 3

9920 VA 3333 VA

3 20 A EUH-02

5 4832 VA 1272 VA 6

3 4472 VA 3692 VA 4

S01A05-XFMR-T-001 20 A 3

4092 VA 3804 VA

3 20 A S01A05-LCP-001

CKT Circuit Description Trip Poles A B C

Poles Trip Circuit Description CKT

Notes:

Bussing: Copper Additional Features: SPD Main Bus Rating: 600 A Enclosure: NEMA 12 Wires: 4 MCB Trip Rating: 350 A Mounting: Floor Phases: 3 Mains Type: Molded Case Circuit Breaker

Supply From: S01A05-SWBD-ATS-01 Volts: 480/277 Wye A.I.C. Rating: 35 kA

Panelboard: S01A05-SWBD-301

Notes:

Total Est. Demand: 21 A Total Conn.: 21 A

Total Est. Demand: 149140 VA Total Conn. Load: 149140 VA

Motor 149140 VA 100.00% 149140 VA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals

Legend:

Total Amps: 21 A

Total Conn. Load: 14...

1 Motor 3 400 A 20 A 21 A 21 A 21 A

CKT Circuit Description # of Poles Frame Size Trip Rating A B C

Remarks

Notes:

Enclosure: NEMA 12 Equivalent Main Bus Rating: 1 A Mounting: Floor Wires: 4 MCB Trip Rating:

Supply From: Phases: 3 Mains Type:

Location: CONTROL ROOM 4 Volts: 4160 Wye A.I.C. Rating:

Switchboard: S01A52-MCE-701

1. Circuit breaker ratings are estimated. Actual ratings to be determined by contractor based on equipment

C

B

D

C

B

A

A

SA

FE

TY

AL

W

AY

S

TH

IN

K

B U

R

EA

U O

F R

EC

LA

M

AT

IO

N U

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D

EP

AR

TM

EN

T

O F

TH

E

IN

TE

R

IO

R

DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

JO

-G A

LL

U P

W A

TE

R S

U

PP

LY

P

R O

JE

C

T

N

EW

M

EX

IC

O

S A N

J U

A N

L A

TE

R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELECTRICAL

INSTALLATION

PANELBOARD

SCHEDULES

1695-D-61980

Notes:

Total Est. Demand: 37 A Total Conn.: 37 A

Receptacle 6660 VA 100.00% 6660 VA Total Est. Demand: 13396 VA Other 3952 VA 100.00% 3952 VA Total Conn. Load: 13396 VA

HVAC 2784 VA 100.00% 2784 VA

Load Classification Connected Load Demand Factor Estimated Demand Panel Totals

Legend:

Total Amps: 34 A 38 A 41 A Total Load: 4092 VA 4472 VA 4832 VA

41 42 39 40 37 38 35 36 33 34 31 32 29 30 27 28 25 26 23 24 21 22 19 20 17 18 15 16

13 RECEPTACLES - EXTERIOR 20 A 1 1440... 14

11 RECEPTACLES - DISCHARGE AIR CHAMBER... 20 A 1 1080... 1080... 1 20 A RECEPTACLES - EXTERIOR 12

9 RECEPTACLES - PUMP ROOM 20 A 1 900 VA 900 VA 1 20 A RECEPTACLES - PUMP ROOM 10

7 RECEPTACLES - ELECTRICAL ROOM 20 A 1 540 VA 720 VA 1 20 A RECEPTACLES - SUCTION AIR CHAMBER RM 8

5 F-3 20 A 1 696 VA 1976... 6

3 F-4 20 A 1 696 VA 1976...

2 20 A Other

1 F-1 20 A 1 696 VA 696 VA 1 20 A F-2 2

CKT Circuit Description Trip Poles

A B C Poles Trip Circuit Description CKT

Notes:

Bussing: Copper Additional Features: Main Bus Rating: 150 A Enclosure: NEMA 1 Indoor Wires: 4 MCB Trip Rating: 100 A Mounting: Surface Phases: 3 Mains Type: Main Lugs Only

Supply From: Volts: 120/208 Wye A.I.C. Rating: 22000

Panelboard: S01A05-PNL-001

Notes:

Total Est. Demand: 11 A Total Conn.: 11 A

Total Est. Demand: 8768 VA Lighting 6660 VA 100.00% 6660 VA Total Conn. Load: 8768 VA Other 2108 VA 100.00% 2108 VA Load Classification Connected Load Demand Factor Estimated Demand Panel Totals

Legend:

Total Amps: 15 A 15 A 5 A Total Load: 3804 VA 3692 VA 1272 VA

59 60 57 58 55 56 53 54 51 52 49 50 47 48 45 46 43 44 41 42 39 40 37 38 35 36 33 34 31 32 29 30 27 28 25 26 23 24 21 22 19 20 17 18 15 Lighting 20 A 1 636 VA 16

13 SPARE 20 A 1 0 VA 0 VA 1 20 A SPARE 14

11 SPARE 20 A 1 0 VA 0 VA 1 20 A SPARE 12

9 LIGHTING - ELECTRICAL ROOM 20 A 1 556 VA 0 VA 1 20 A SPARE 10

7 LIGHTING - DISCHARGE AIR CHAMBER ROOM 20 A 1 848 VA 848 VA 1 20 A LIGHTING - DISCHARGE AIR CHAMBER ROOM 8

5 SPARE 20 A 1 0 VA 1272 VA 1 20 A LIGHTING - SUCTION AIR CHAMBER ROOM 6

3 LIGHTING - PUMP ROOM 20 A 1 1250 VA 1250 VA 1 20 A LIGHTING - PUMP ROOM 4

1 LIGHTING - EXTERIOR 20 A 1 1020 VA 1088 VA 1 20 A LIGHTING - EXTERIOR 2

CKT Circuit Description Trip Poles A B C

Poles Trip Circuit Description CKT

Notes:

Bussing: Copper Additional Features: Main Bus Rating: 150 A Enclosure: NEMA 1 Indoor Wires: 4 MCB Trip Rating: 100 A Mounting: Surface Phases: 3 Mains Type: Main Lugs Only

Supply From: S01A05-SWBD-301 Volts: 480/277 Wye A.I.C. Rating: UseShortCircuitCurrentRating & Refer t...

Panelboard: S01A05-LCP-001

1. Circuit breaker ratings are estimated. Actual ratings to be determined by contractor based on equipment

Engine Generator

S01A01-NTUA-XFMR-T-001

S01A01-XFMR-T-002

S01A01-SWGR-201

S01A01-SWGR-101

S01A05-SWBD-101

S01A05-MCE-101

S01A05-LCP-001

S01A05-PNL-001

S01A05-XFMR-T-001

SCADA

Cabinet

Communication Rack

NTUA VACUUM FAULT

INTERRUPTER

S01A05-SWBD-301

S01A05-SWBD-201

S01A05-SWBD-001

S01A05-SWBD-ATS-01

ELECTRICAL

EQUIPMENT

VAULT

S01A01-PB-001

FIBER

OPTIC

VAULT

S01A01-PB-002

S01A01-NTUA-XFMR-T-001 - Pad Mounted Transformer 12.47kV-4,160Y/2,400V S01A01-SWGR-101- Outdoor Metal-Clad Switchgear (15kV) S01A01-SWGR-201- Outdoor Metal-Clad Switchgear (15kV) S01A05-MCE-101 - Motor Control Equipment (5kV) S01A01-XFMR-T-002 - Pad Mounted Transformer 4.16kV-480Y/277V S01A05-SWBD-001- 480Y/277 Volt Switchgear

S01A05-SWBD-101- 480 Volt Panelboard S01A05-SWBD-201- 480 Volt Panelboard S01A05-SWBD-ATS-01 - Automatic Transfer Switch S01A05-SWBD-301- 480Y/277 Volt Panelboard

S01A05-XFMR-T-001 - 480V-208Y/120V Transformer S01A05-PNL-001 - 208Y/120 Volt Distribution Panelboard S01A05-LCP-001 - Lighting Control Panel

D

C

B

D

C

B

A

A

SA

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F R

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N U

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D

EP

AR

TM

EN

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O F

TH

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IN

TE

R

IO

R

DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

JO

-G A

LL

U P

W A

TE

R S

U

PP

LY

P

R O

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C

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N

EW

M

EX

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J U

A N

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R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELECTRICAL

INSTALLATION

ELECTRICAL SITE PLAN

1695-D-61983

Scale: 1/16" = 1'-0"

ELECTRICAL SITE PLAN

Unit 1 Motor

Unit 2 Motor

Unit 3 Motor

Unit 4 Motor

Unit 5 Motor

Unit 6 Motor

Unit 7 Motor

ELECTRICAL - EQUIPMENT LIST

0 8' 16' 32'

61985

61986 1 61987

61985

1. Grounding system conductors are stranded bare copper.

2. The pumping plant building ground ring is to be attached to the footing reinforcement steel.

Grounding method is dependent on design and construction of the building foundation.

3. All embedded ground terminations to be performed using Cadweld, thermoweld, or an equivalent exothermic process.

4. Location of ground cable terminations to be determined by the contractor.

5. Grounding layout drawing shows typical locations of grounding plates.

6. Connect water storage tank steel structures to the tank ground ring.

7. Connect structural steel members to the embedded ground ring.

8. Connections to the lightning protection system are not shown.

Ground Cable Buried In Earth Ground Cable Embedded In Concrete Ground Cable Exposed Welded or Bolted Connection Riser or Grounding Electrode Conductor

Ground Rod

Grounding Plate

Welded or Bolted Connection with pigtail connection

4/0 AWG

4/0 AWG

Pumping Plant Embedded Ground Bus Chemical Building Foundation Embedded Ground Ring

4/0 AWG Water Storage Tank Ground Ring Steel Column Grounding Jumper Riser Wireways & Cable Trays

4/0 AWG

4/0 AWG

2 AWG

4/0 AWG

2 AWG

2 AWG

4.16 kV Switchgear S01A01-SWGR-001

480V, 208Y/120V, & 240/120V Panelboards PLC & SCADA Cabinets

4/0 AWG Transformer S01A01-XFMR-T-002

4.16 kV Motors

480V Switchboard S01A05-SWBD-001 480V Motors Evaporative Cooling Units

4/0 AWG

4/0 AWG

2 AWG

2 AWG

Engine Generator & Fuel Tank4/0 AWG

4.16 kV Motor Control Equipment S01A05-MCE-1014/0 AWG

D

C

B

D

C

B

A

A

SA

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IN

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F R

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LA

M

AT

IO

N U

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D

EP

AR

TM

EN

T

O F

TH

E

IN

TE

R

IO

R

DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

JO

-G A

LL

U P

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R S

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PP

LY

P

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C

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N

EW

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A N

L A

TE

R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

GROUNDING SYSTEMS

PLAN - SITE

1695-D-61984

Scale: 1/16" = 1'-0"

GROUNDING SITE PLAN

NOTES

GROUNDING - SYMBOLS

SYSTEM CONDUCTORS

EQUIPMENT JUMPERS

Continues to Detail 2

1. Grounding system conductors are stranded bare copper.

2. The pumping plant building ground ring is to be attached to the footing reinforcement steel.

Grounding method is dependent on design and construction of the building foundation.

3. All embedded ground terminations to be performed using Cadweld, thermoweld, or an equivalent exothermic process.

4. Location of ground cable terminations to be determined by the contractor.

5. Grounding layout drawing shows typical locations of grounding plates.

6. Connect water storage tank steel structures to the tank ground ring.

7. Connect structural steel members to the embedded ground ring.

8. Connections to the lightning protection system are not shown.

Continues to Detail 1

ELECTRICAL

EQUIPMENT

S01A01-PB-001

D

C

B

D

C

B

A

A

SA

FE

TY

AL

W

AY

S

TH

IN

K

B U

R

EA

U O

F R

EC

LA

M

AT

IO

N U

.S

D

EP

AR

TM

EN

T

O F

TH

E

IN

TE

R

IO

R

DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

JO

-G A

LL

U P

W A

TE

R S

U

PP

LY

P

R O

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C

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N

EW

M

EX

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S A N

J U

A N

L A

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R A L

PU

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G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

GROUNDING SYSTEMS

PLAN - SUCTION AIR

CHAMBER ROOM AND

CONTROL ROOM SPACES

1695-D-61985

Scale: 3/16" = 1'-0"1 PLAN - SUCTION AIR CHAMBER ROOM AND CONTROL ROOM SPACES

NOTES

Scale: 3/16" = 1'-0"2 PLAN - PULL BOX AND NTUA EQUIPMENT

0 5' 10' copper.

2. The pumping plant building ground ring is to be attached to the footing reinforcement steel.

Grounding method is dependent on design and construction of the building foundation.

3. All embedded ground terminations to be performed using Cadweld, thermoweld, or an equivalent exothermic process.

4. Location of ground cable terminations to be determined by the contractor.

5. Grounding layout drawing shows typical locations of grounding plates.

6. Connect water storage tank steel structures to the tank ground ring.

7. Connect structural steel members to the embedded ground ring.

8. Connections to the lightning protection system are not shown.

D

C

B

D

C

B

A

A

SA

FE

TY

AL

W

AY

S

TH

IN

K

B U

R

EA

U O

F R

EC

LA

M

AT

IO

N U

.S

D

EP

AR

TM

EN

T

O F

TH

E

IN

TE

R

IO

R

DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

JO

-G A

LL

U P

W A

TE

R S

U

PP

LY

P

R O

JE

C

T

N

EW

M

EX

IC

O

S A N

J U

A N

L A

TE

R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

GROUNDING SYSTEMS

PLAN - PUMP ROOM

1695-D-61986

Scale: 3/16" = 1'-0"

PLAN - PUMP ROOM

copper.

2. The pumping plant building ground ring is to be attached to the footing reinforcement steel.

Grounding method is dependent on design and construction of the building foundation.

3. All embedded ground terminations to be performed using Cadweld, thermoweld, or an equivalent exothermic process.

4. Location of ground cable terminations to be determined by the contractor.

5. Grounding layout drawing shows typical locations of grounding plates.

6. Connect water storage tank steel structures to the tank ground ring.

7. Connect structural steel members to the embedded ground ring.

8. Connections to the lightning protection system are not shown.

D

C

B

D

C

B

A

A

SA

FE

TY

AL

W

AY

S

TH

IN

K

B U

R

EA

U O

F R

EC

LA

M

AT

IO

N U

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D

EP

AR

TM

EN

T

O F

TH

E

IN

TE

R

IO

R

DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

JO

-G A

LL

U P

W A

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R S

U

PP

LY

P

R O

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C

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N

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M

EX

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S A N

J U

A N

L A

TE

R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

GROUNDING SYSTEMS

PLAN - DISCHARGE AIR

CHAMBER ROOM AND

HVAC EQUIPMENT

1695-D-61987

Scale: 3/16" = 1'-0"

PLAN - DISCHARGE AIR CHAMBER ROOM AND HVAC EQUIPMENT SPACE

S01A01-XFMR-T-002

S01A01-SWGR-201

S01A01-SWGR-101

S01A05-SWBD-101

S01A05-MCE-101

S01A05-LCP-001

S01A05-PNL-001

S01A05-XFMR-T-001 SCADA

Cabinet

S01A05-SWBD-301

S01A05-SWBD-201

S01A05-SWBD-001

S01A05-SWBD-ATS-01

1. Cable tray routings are typical.

2. Cable and conductors to be routed via conduit from equipment to the cable tray.

3. Cable tray sections MP-x and SS-x to be located approximately 10.5 feet AFF except where installed above the motor control center (S0302-MCE-001) and low voltage switchboard (S0302-SWBD-001).

4. Cable tray sections MI-x and SI-x to be located approximately 18 inches above the respective sections MP-x and SS-x except where installed above the motor control center (S0302-MCE-001) and low voltage switchboard (S0302-SWBD-001).

5. Cable tray sections MP-A, MI-A, SS-A, and SI-A to be spaced evenly between the top of the motor control center (S0302-MCE-001) and low voltage switchboard (S0302-SWBD-001) and the wall mounted ventilation fans. Ensure adequate space is provided for installation and removal of associated conduit, conductors, and cables.

6. Cable tray support trapeze to be suspended from available roof support beams and purlins using the appropriate hardware. Coordinate design and installation with the pre-engineered building manufacturer and cable tray manufacturers installation requirements.

MP-x - Motor Power Cable Tray SI-x - Station Instrumentation Cable Tray SS-x - Station Service Power Cable Tray

D

C

B

D

C

B

A

A

SA

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N U

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DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

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U P

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S A N

J U

A N

L A

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R A L

PU

M

PI

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G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELECTRICAL

INSTALLATION

CABLE TRAY PLAN -

MEDIUM VOLTAGE

1695-D-61988

Scale: 1/8" = 1'-0"

MEDIUM VOLTAGE CABLE TRENCH PLAN

NOTESCABLE TRAY - DESIGNATIONS

0 4' 8' 16'

A 61991

SS-E

Ladder Cable Tray

12"x4"

61950

SS-D3

Ladder Cable Tray

12"x4"

SS-D1

Ladder Cable Tray

12"x4"

SS-D2

Ladder Cable Tray

12"x4"

SS-C3

Ladder Cable Tray

12"x4"

SS-C2

Ladder Cable Tray

12"x4"

SS-B1

Ladder Cable Tray

12"x4"

SS-B2

Ladder Cable Tray

12"x4"

SS-F1

Ladder Cable Tray

12"x4"

SS-F2

Ladder Cable Tray

12"x4"

SS-G

Ladder Cable Tray

12"x4"

SS-A1

Ladder Cable Tray

12"x4"

SS-A2

Ladder Cable Tray

12"x4"

SS-A3

Ladder Cable Tray

12"x4"

B 61991

SS-C1

Ladder Cable Tray

12"x4"

1. Cable tray routings are typical.

2. Cable and conductors to be routed via conduit from equipment to the cable tray.

3. Cable tray sections MP-x and SS-x to be located approximately 10.5 feet AFF except where installed above the motor control center (S0302-MCE-001) and low voltage switchboard (S0302-SWBD-001).

4. Cable tray sections MI-x and SI-x to be located approximately 18 inches above the respective sections MP-x and SS-x except where installed above the motor control center (S0302-MCE-001) and low voltage switchboard (S0302-SWBD-001).

5. Cable tray sections MP-A, MI-A, SS-A, and SI-A to be spaced evenly between the top of the motor control center (S0302-MCE-001) and low voltage switchboard (S0302-SWBD-001) and the wall mounted ventilation fans. Ensure adequate space is provided for installation and removal of associated conduit, conductors, and cables.

6. Cable tray support trapeze to be suspended from available roof support beams and purlins using the appropriate hardware. Coordinate design and installation with the pre-engineered building manufacturer and cable tray manufacturers installation requirements.

MP-x - Motor Power Cable Tray SI-x - Station Instrumentation Cable Tray SS-x - Station Service Power Cable Tray

D

C

B

D

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DESIGNED

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DRAWN

TECH. APPR.

APPROVED

N A V A

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J U

A N

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R A L

PU

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PI

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LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELECTRICAL

INSTALLATION

STATION SERVICE CABLE

TRAY PLAN

1695-D-61989

Scale: 1/8" = 1'-0"

PLAN - STATION SERVICE CABLE TRAY

NOTESCABLE TRAY - DESIGNATIONS

A 61991

SI-E

Channel Cable Tray

8"x4"

61950

SI-A1

Channel Cable Tray

8"x4"

SI-B1

Channel Cable Tray

8"x4"

SI-C2

Channel Cable Tray

8"x4"

SI-A2

Channel Cable Tray

8"x4"

SI-D1

Channel Cable Tray

8"x4"

SI-G

Channel Cable Tray

8"x4"

SI-F2

Channel Cable Tray

8"x4"

SI-D2

Channel Cable Tray

8"x4"

B 61991

SI-C1

Channel Cable Tray

8"x4"

SI-D3

Channel Cable Tray

8"x4"

SI-F1

Channel Cable Tray

8"x4"

MP-x - Motor Power Cable Tray SI-x - Station Instrumentation Cable Tray SS-x - Station Service Power Cable Tray

1. Cable tray routings are typical.

2. Cable and conductors to be routed via conduit from equipment to the cable tray.

3. Cable tray sections MP-x and SS-x to be located approximately 10.5 feet AFF except where installed above the motor control center (S0302-MCE-001) and low voltage switchboard (S0302-SWBD-001).

4. Cable tray sections MI-x and SI-x to be located approximately 18 inches above the respective sections MP-x and SS-x except where installed above the motor control center (S0302-MCE-001) and low voltage switchboard (S0302-SWBD-001).

5. Cable tray sections MP-A, MI-A, SS-A, and SI-A to be spaced evenly between the top of the motor control center (S0302-MCE-001) and low voltage switchboard (S0302-SWBD-001) and the wall mounted ventilation fans. Ensure adequate space is provided for installation and removal of associated conduit, conductors, and cables.

6. Cable tray support trapeze to be suspended from available roof support beams and purlins using the appropriate hardware. Coordinate design and installation with the pre-engineered building manufacturer and cable tray manufacturers installation requirements.

D

C

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IN

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DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

JO

-G A

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U P

W A

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LY

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S A N

J U

A N

L A

TE

R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELECTRICAL

INSTALLATION

INSTRUMENTATION

CABLE TRAY PLAN

1695-D-61990

Scale: 1/8" = 1'-0"

PLAN - INSTRUMENTATION CABLE TRAY

CABLE TRAY - DESIGNATIONS NOTES

SI-A1

Channel Cable Tray

8"x4"

SS-A2

Ladder Cable Tray

12"x4"

SI-C1

Channel Cable Tray

8"x4"

SS-C1

Ladder Cable Tray

12"x4"

SI-C2

Channel Cable Tray

8"x4"

SS-C3

Ladder Cable Tray

12"x4"

SS-C2

Ladder Cable Tray

12"x4"

D

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IN

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DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

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J U

A N

L A

TE

R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELECTRICAL

INSTALLATION

CABLE TRAY SECTIONS

1695-D-61991

61989 Scale: 1/4" = 1'-0"

A SECTION - ELECTRICAL ROOM NORTH

2'0 4' 8'

61989 Scale: 1/4" = 1'-0"

B SECTION - ELECTRICAL ROOM SOUTH

C

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DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

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S A N

J U

A N

L A

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R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELECTRICAL

INSTALLATION

CABLE TRAY SCHEDULE -

STATION

INSTRUMENTATION

1695-D-61992

CABLE TRAY SCHEDULE - STATION INSTRUMENTATION

CABLE

TRAY

SECTION CONDUCTOR FUNCTION

CONDUCTOR

SIZE CABLE ORIGINATING POINT CABLE TERMINATING POINT

SI-D3 S01A02-FIT-101 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-101 SI-D3 S01A02-FIT-101 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-101 SI-D3 S01A02-FIT-201 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-201 SI-D3 S01A02-FIT-201 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-201 SI-D3 S01A02-FIT-301 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-301 SI-D3 S01A02-FIT-301 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-301 SI-D3 S01A02-FIT-401 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-401 SI-D3 S01A02-FIT-401 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-401 SI-D3 S01A02-FIT-501 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-501 SI-D3 S01A02-FIT-501 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-501 SI-D3 S01A02-FIT-601 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-601 SI-D3 S01A02-FIT-601 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-601 SI-D3 S01A02-MBV-U1-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U1-2 SI-D3 S01A02-MBV-U2-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U2-2 SI-D3 S01A02-MBV-U3-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U3-2 SI-D3 S01A02-MBV-U4-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U4-2 SI-D3 S01A02-MBV-U5-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U5-2 SI-D3 S01A02-MBV-U6-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U6-2 SI-D3 S01A02-PIT-001 Signal 1-TSP 16 AWG SCADA Cabinet S01A02-PIT-001 SI-D3 S01A02-PS-101 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-101 SI-D3 S01A02-PS-102 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-102 SI-D3 S01A02-PS-201 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-201 SI-D3 S01A02-PS-202 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-202 SI-D3 S01A02-PS-301 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-301 SI-D3 S01A02-PS-302 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-302 SI-D3 S01A02-PS-401 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-401 SI-D3 S01A02-PS-402 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-402 SI-D3 S01A02-PS-501 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-501 SI-D3 S01A02-PS-502 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-502 SI-D3 S01A02-PS-601 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-601 SI-D3 S01A02-PS-602 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-602 SI-D3 Unit 1 RTD Signals 8-Triad 16 AWG S01A05-MCE-101 S01A02-P-U1 Motor SI-D3 Unit 2 RTD Signals 8-Triad 16 AWG S01A05-MCE-201 S01A02-P-U2 Motor SI-D3 Unit 3 RTD Signals 8-Triad 16 AWG S01A05-MCE-301 S01A02-P-U3 Motor SI-D3 Unit 4 RTD Signals 8-Triad 16 AWG S01A05-MCE-401 S01A02-P-U4 Motor SI-D3 Unit 5 RTD Signals 8-Triad 16 AWG S01A05-MCE-501 S01A02-P-U5 Motor SI-D3 Unit 6 RTD Signals 8-Triad 16 AWG S01A05-MCE-601 S01A02-P-U6 Motor SI-D3 Unit 7 RTD Signals 8-Triad 16 AWG S01A05-MCE-701 S01A02-P-U7 Motor

CABLE TRAY SCHEDULE - STATION INSTRUMENTATION

CABLE

TRAY

SECTION CONDUCTOR FUNCTION

CONDUCTOR

SIZE CABLE ORIGINATING POINT CABLE TERMINATING POINT

SI-E S01A02-FIT-101 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-101 SI-E S01A02-FIT-101 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-101 SI-E S01A02-FIT-201 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-201 SI-E S01A02-FIT-201 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-201 SI-E S01A02-FIT-301 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-301 SI-E S01A02-FIT-301 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-301 SI-E S01A02-FIT-401 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-401 SI-E S01A02-FIT-401 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-401 SI-E S01A02-FIT-501 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-501 SI-E S01A02-FIT-501 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-501 SI-E S01A02-FIT-601 Modbus 2-RS-485 SCADA Cabinet S01A02-FIT-601 SI-E S01A02-FIT-601 Power 1-3/c 14 AWG SCADA Cabinet S01A02-FIT-601 SI-E S01A02-MBV-U1-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U1-2 SI-E S01A02-MBV-U2-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U2-2 SI-E S01A02-MBV-U3-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U3-2 SI-E S01A02-MBV-U4-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U4-2 SI-E S01A02-MBV-U5-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U5-2 SI-E S01A02-MBV-U6-2 Modbus 2-RS-485 SCADA Cabinet S01A02-MBV-U6-2 SI-E S01A02-PIT-001 Signal 1-TSP 16 AWG SCADA Cabinet S01A02-PIT-001 SI-E S01A02-PS-101 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-101 SI-E S01A02-PS-102 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-102 SI-E S01A02-PS-201 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-201 SI-E S01A02-PS-202 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-202 SI-E S01A02-PS-301 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-301 SI-E S01A02-PS-302 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-302 SI-E S01A02-PS-401 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-401 SI-E S01A02-PS-402 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-402 SI-E S01A02-PS-501 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-501 SI-E S01A02-PS-502 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-502 SI-E S01A02-PS-601 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-601 SI-E S01A02-PS-602 Signal 1-3/c 14 AWG SCADA Cabinet S01A02-PS-602 SI-E Unit 1 RTD Signals 8-Triad 16 AWG S01A01-MCE-101 S01A02-P-U1 Motor SI-E Unit 2 RTD Signals 8-Triad 16 AWG S01A05-MCE-201 S01A02-P-U2 Motor SI-E Unit 3 RTD Signals 8-Triad 16 AWG S01A05-MCE-301 S01A02-P-U3 Motor SI-E Unit 4 RTD Signals 8-Triad 16 AWG S01A05-MCE-401 S01A02-P-U4 Motor SI-E Unit 5 RTD Signals 8-Triad 16 AWG S01A05-MCE-501 S01A02-P-U5 Motor SI-E Unit 6 RTD Signals 8-Triad 16 AWG S01A04-MCE-601 S01A02-P-U6 Motor SI-E Unit 7 RTD Signals 8-Triad 16 AWG S01A04-MCE-701 S01A02-P-U7 Motor

C

B

D

C

B

A

A

SA

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AY

S

TH

IN

K

B U

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EA

U O

F R

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LA

M

AT

IO

N U

.S

D

EP

AR

TM

EN

T

O F

TH

E

IN

TE

R

IO

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DESIGNED

CHECKED

DRAWN

TECH. APPR.

APPROVED

N A V A

JO

-G A

LL

U P

W A

TE

R S

U

PP

LY

P

R O

JE

C

T

N

EW

M

EX

IC

O

S A N

J U

A N

L A

TE

R A L

PU

M

PI

N

G P

LA

N

T N

O

K. NUNES

K. NUNES

D. O'DONNELL

C. WOODARD, P.E.

E. MENDLIN, P.E.

Peer Reviewer - Manager, Electrical Equipment Group

DENVER, CO 2024-12-31

ELETRICAL

INSTALLATION

CABLE TRAY SCHEDULES

- STATION SERVICE

1695-D-61993

CABLE TRAY SCHEDULE - STATION SERVICE

CABLE

TRAY

SECTION CONDUCTOR FUNCTION

CONDUCTOR

SIZE CABLE ORIGINATING POINT CABLE TERMINATING POINT

SS-A1 EUH-02 Power 3-3/c 10 AWG S01A05-SWBD-301 EUH-02 SS-A1 EUH-04 Power 1-3/c-10 AWG S01A05-SWBD-301 EUH-04 SS-A1 EUH-07 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-07 SS-A1 EUH-08 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-08

SS-A2 EUH-05 Power 1-3/c 10 AWG S01A05-SWBD-201 EUH-05 SS-A2 EUH-06 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-06 SS-A2 EUH-07 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-07 SS-A2 EUH-08 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-08 SS-A2 EUH-09 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-09 SS-A2 EUH-10 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-10 SS-A2 S01A02-MBV-U2-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U2-2 SS-A2 S01A02-MBV-U3-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U3-2 SS-A2 S01A02-MBV-U4-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U4-2 SS-A2 S01A02-MBV-U5-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U5-2 SS-A2 S01A02-MBV-U6-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U6-2 SS-A2 S01A02-MBV-U7-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U7-2 SS-A2 Unit 3 Heater 1-3/c 12 AWG S01A04-MCE-301 A01A02-P-U3 Motor SS-A2 Unit 4 Heater 1-3/c 12 AWG S01A05-MCE-401 A01A02-P-U4 Motor SS-A2 Unit 5 Heater 1-3/c 12 AWG S01A05-MCE-501 A01A02-P-U5 Motor SS-A2 Unit 6 Heater 1-3/c 12 AWG S01A05-MCE-601 A01A02-P-U6 Motor SS-A2 Unit 7 Heater 1-3/c 12 AWG S01A05-MCE-701 A01A02-P-U7 Motor

SS-A3 EUH-05 Power 1-3/c 10 AWG S01A05-SWBD-201 EUH-05 SS-A3 EUH-06 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-06 SS-A3 EUH-07 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-06 SS-A3 EUH-09 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-09 SS-A3 EUH-10 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-10 SS-A3 S01A02-MBV-U2-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U2-2 SS-A3 S01A02-MBV-U3-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U3-2 SS-A3 S01A02-MBV-U4-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U4-2 SS-A3 S01A02-MBV-U5-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U5-2 SS-A3 S01A02-MBV-U6-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U6-2 SS-A3 S01A02-MBV-U7-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U7-2 SS-A3 Unit 1 Heater 1-3/c 12 AWG S01A05-MCE-101 A01A02-P-U1 Motor SS-A3 Unit 2 Heater 1-3/c 12 AWG S01A05-MCE-201 A01A02-P-U2 Motor SS-A3 Unit 3 Heater 1-3/c 12 AWG S01A05-MCE-301 A01A02-P-U3 Motor SS-A3 Unit 4 Heater 1-3/c 12 AWG S01A05-MCE-401 A01A02-P-U4 Motor SS-A3 Unit 5 Heater 1-3/c 12 AWG S01A05-MCE-501 A01A02-P-U5 Motor SS-A3 Unit 6 Heater 1-3/c 12 AWG S01A05-MCE-601 A01A02-P-U6 Motor SS-A3 Unit 7 Heater 1-3/c 12 AWG S01A05-MCE-701 A01A02-P-U7 Motor

SS-B1 EUH-04 Power 1-3/c-10 AWG S01A05-SWBD-301 EUH-04

SS-B3 EUH-01 Power 3-3/c 10 AWG S01A05-SWBD-201 EUH-01 SS-B3 EUH-02 Power 3-3/c 10 AWG S01A05-SWBD-301 EUH-02 SS-B3 EUH-03 Power 1-3/c-10 AWG S01A05-SWBD-201 EUH-03 SS-B3 EUH-03 Power 1-3/c-10 AWG S01A05-SWBD-201 EUH-03 SS-B3 EUH-03 Power 1-3/c-10 AWG S01A05-SWBD-201 EUH-03 SS-B3 F-4 Power 1-3/c 8 AWG S01A05-PNL-001 F-4

SS-C1 EUH-01 Power 3-3/c 10 AWG S01A05-SWBD-201 EUH-01 SS-C1 EUH-02 Power 3-3/c 10 AWG S01A05-SWBD-301 EUH-02 SS-C1 EUH-04 Power 1-3/c-10 AWG S01A05-SWBD-301 EUH-04

SS-C2 EUH-04 Power 1-3/c-10 AWG S01A05-SWBD-301 EUH-04 SS-C2 F-3 Power 1-3/c 8 AWG S01A05-PNL-001 F-3

CABLE TRAY SCHEDULE - STATION SERVICE

CABLE

TRAY

SECTION CONDUCTOR FUNCTION

CONDUCTOR

SIZE CABLE ORIGINATING POINT CABLE TERMINATING POINT

SS-C2 F-4 Power 1-3/c 8 AWG S01A05-PNL-001 F-4

SS-C3 EUH-04 Power 1-3/c-10 AWG S01A05-SWBD-301 EUH-04 SS-C3 F-3 Power 1-3/c 8 AWG S01A05-PNL-001 F-3 SS-C3 F-4 Power 1-3/c 8 AWG S01A05-PNL-001 F-4

SS-D S01A02-MBV-U2-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U2-2 SS-D S01A02-MBV-U3-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U3-2 SS-D S01A02-MBV-U4-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U4-2 SS-D S01A02-MBV-U5-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U5-2 SS-D S01A02-MBV-U6-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U6-2 SS-D S01A02-MBV-U7-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U7-2

SS-D1 F-3 Power 1-3/c 8 AWG S01A05-PNL-001 F-3 SS-D1 F-4 Power 1-3/c 8 AWG S01A05-PNL-001 F-4

SS-D3 EUH-06 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-06 SS-D3 EUH-07 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-06 SS-D3 EUH-08 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-08 SS-D3 EUH-08 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-08 SS-D3 EUH-09 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-09 SS-D3 EUH-10 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-10 SS-D3 F-3 Power 1-3/c 8 AWG S01A05-PNL-001 F-3 SS-D3 F-4 Power 1-3/c 8 AWG S01A05-PNL-001 F-4 SS-D3 S01A02-MBV-U2-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U2-2 SS-D3 S01A02-MBV-U3-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U3-2 SS-D3 S01A02-MBV-U4-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U4-2 SS-D3 S01A02-MBV-U5-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U5-2 SS-D3 S01A02-MBV-U6-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U6-2 SS-D3 S01A02-MBV-U7-2 Power 1-4/c 12 AWG S01A04-SWBD-101 S01A02-MBV-U7-2 SS-D3 Unit 2 Heater 1-3/c 12 AWG S01A04-MCE-201 A01A02-P-U2 Motor SS-D3 Unit 3 Heater 1-3/c 12 AWG S01A04-MCE-301 A01A02-P-U3 Motor SS-D3 Unit 4 Heater 1-3/c 12 AWG S01A04-MCE-401 A01A02-P-U4 Motor SS-D3 Unit 5 Heater 1-3/c 12 AWG S01A04-MCE-501 A01A02-P-U5 Motor SS-D3 Unit 6 Heater 1-3/c 12 AWG S01A04-MCE-601 A01A02-P-U6 Motor SS-D3 Unit 7 Heater 1-3/c 12 AWG S01A04-MCE-701 A01A02-P-U7 Motor

SS-E AHU-1 Power 1-4/c 4 AWG S01A05-SWBD-301 AHU-1 SS-E AHU-2 Power 1-4/c 4 AWG S01A05-SWBD-301 AHU-1 SS-E EUH-06 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-06 SS-E EUH-07 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-07 SS-E EUH-08 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-08 SS-E EUH-09 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-09 SS-E EUH-10 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-10 SS-E F-3 Power 1-3/c 8 AWG S01A05-PNL-001 F-3 SS-E F-4 Power 1-3/c 8 AWG S01A05-PNL-001 F-4 SS-E S01A02-MBV-U1-2 Power 1-4/c 12 AWG S01A05-SWBD-101 S01A02-MBV-U1-2 SS-E S01A02-MBV-U2-2 Power 1-4/c 12 AWG S01A05-SWBD-101 S01A02-MBV-U2-2 SS-E S01A02-MBV-U2-2 Power 1-4/c 12 AWG S01A05-SWBD-101 S01A02-MBV-U3-2 SS-E S01A02-MBV-U4-2 Power 1-4/c 12 AWG S01A05-SWBD-101 S01A02-MBV-U4-2 SS-E S01A02-MBV-U5-2 Power 1-4/c 12 AWG S01A05-SWBD-101 S01A02-MBV-U5-2 SS-E S01A02-MBV-U6-2 Power 1-4/c 12 AWG S01A05-SWBD-101 S01A02-MBV-U6-2 SS-E Unit 1 Heater 1-3/c 12 AWG S01A05-MCE-101 S01A02-P-U1 Motor SS-E Unit 2 Heater 1-3/c 12 AWG S01A05-MCE-201 A01A02-P-U2 Motor SS-E Unit 3 Heater 1-3/c 12 AWG S01A05-MCE-301 A01A02-P-U3 Motor SS-E Unit 4 Heater 1-3/c 12 AWG S01A05-MCE-401 S01A02-P-U4 Motor SS-E Unit 5 Heater 1-3/c 12 AWG S01A05-MCE-501 A01A02-P-U5 Motor SS-E Unit 6 Heater 1-3/c 12 AWG S01A05-MCE-601 A01A02-P-U6 Motor SS-E Unit 7 Heater 1-3/c 12 AWG S01A05-MCE-701 A01A02-P-U7 Motor

SS-F1 EUH-08 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-08 SS-F1 EUH-09 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-09 SS-F1 EUH-10 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-10 SS-F1 F-3 Power 1-3/c 8 AWG S01A05-PNL-001 F-3 SS-F1 F-4 Power 1-3/c 8 AWG S01A05-PNL-001 F-4

SS-F2 AHU-1 Power 1-4/c 4 AWG S01A05-SWBD-301 AHU-1 SS-F2 AHU-2 Power 1-4/c 4 AWG S01A05-SWBD-301 AHU-1

SS-G EUH-08 Power 1-3/c 8 AWG S01A05-SWBD-301 EUH-08 SS-G EUH-09 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-09 SS-G EUH-10 Power 1-3/c 8 AWG S01A05-SWBD-201 EUH-10 SS-G F-3 Power 1-3/c 8 AWG S01A05-PNL-001 F-3 SS-G F-4 Power 1-3/c 8 AWG S01A05-PNL-001 F-4

61995

1. All work to be in accordance with the latest version of NFPA 70, National Electric Code.

2. See Cable and Conduit Schedules for conduit size, type, and conductors. Contractor to verify conductor ampacity, conduit fill, and jam ratio based on actual equipment provided.

3. Conduit routings are typical. Determine actual location for conduit and stub-ups in the…