Attachment_2.pdf

6/01/12

E0.0

06/01/12

INDEX

INDEX OF ELECTRICAL SHEETS

E0.0 INDEX (THIS SHEET)

E2.1 ELECTRICAL DEMOLITION

E3.0 PUMP HOUSE

E3.1 PUMP HOUSE PANEL

E4.1 TOILET FACILITY

E6.0 ELECTRICAL DETAILS

E6.1 ELECTRICAL DETAILS

PROJECT GENERAL NOTES

1. ALL TRENCH BACKFILL COMPACTION SHALL BE IN ACCORDANCE WITH THE SPECIFICA-

TIONS LISTED IN THE CIVIL ENGINEERING SPECIFICATIONS.

2. CONTRACTOR IS STRONGLY ENCOURAGED TO USE TRENCHING THAT IS REQUIRED FOR

THE WATER LINES IN ACCORDANCE WITH THE CIVIL ENGINEERING SPECIFICATIONS AND THE

TRENCH DETAIL SHEET E6.0.

3. SURFACE RESTORATION SHALL BE COMPLETED BY THE CONTRACTOR TO MATCH ADJA-

CENT EXISTING CONDITIONS.

4. THE CONTRACTOR SHALL OBTAIN AND IS RESPONSIBLE FOR PAYING FOR ALL STATE AND

LOCAL PERMITS FOR THIS PROJECT.

5. THE CONTRACTOR SHALL FIELD VERIFY ALL UNDERGROUND UTILITIES. ALL COSTS ASSO-

CIATED WITH UTILITY LOCATING ARE AT THE CONTRACTOR‘S EXPENSE. IF QUESTIONS ARISE

REGARDING EXISTING UTILITIES, CONTACT C.O.R.

6. ALL DEMOLISHED EQUIPMENT SHALL BE RECYCLED AS INDICATED ON THE CIVIL ENGI-

NEERING DRAWINGS.

7. ALL WORK ON THE PRIMARY SYSTEM SHALL BE DONE BY LICENSED LINEMEN TO THE CON-

STRUCTION AND SAFETY STANDARDS OF ALLEGHENY POWER SYSTEMS (THE LOCAL

UTILITY).

PROJECT WARNING

THE CAMPGROUND SITE CONTAINS UNDERGROUND 7200 VOLT PRIMARY CABLING AND

UNDERGROUND 120/240 VOLT SECONDARY CABLING. IT IS BELIEVED BOTH ARE DIRECT

BURY BUT THE BURIAL METHOD AND DEPTH IS NOT INDICATED ON THE DRAWINGS.

THE DRAWINGS SUGGEST THAT THE PRIMARY AND SECONDARY CABLING COULD BE

INSTALLED IN THE SAME TRENCH OR IN ADJACENT TRENCHES. THE CABLING MAY NOT BE

MARKED SUCH THAT THE PRIMARY CABLING IS CLEARLY MARKED.

THE CONTRACTOR IS WARNED THAT EXTREME CAUTION IS REQUIRED TO SAFELY WORK

NEAR THE PRIMARY CABLING.

THE ENGINEER HAS MARKED THE DRAWINGS WITH WHAT IS BELIEVED TO BE PRIMARY ONLY

CABLING AND PRIMARY AND SECONDARY CABLING IN CLOSE PROXIMITY. THIS IS BASED ON

SOME FIELD OBSERVATION AND THE DRAWINGS - BUT THE ENGINEER CANNOT WARRANT

THAT THE CABLING IS AS INDICATED.

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E2.1

06/01/12

ELECTRICAL

DEMOLITION

PHOTO E2.1-1 ELECTRICAL DEMOLITION: PUMP HOUSE

BID ITEM-4

REFER TO THE CIVIL ENGINEERING DRAWINGS AND SPECIFICA-

TIONS FOR THE REQUIREMENTS OF ITEM 4 AND

THE PRICING REQUIREMENTS THEREOF.

IN GENERAL, ITEM 4 CONSISTS OF A NEW PUMP

HOUSE AND ASSOCIATED EQUIPMENT.

THEREFORE, WORK INCLUDED ON THIS SHEET IS INCLUDED IN

ITEM-4.

DEMOLISH THE ELECTRICAL SYSTEMS IN THE EXISTING PUMP HOUSE.

THIS DEMOLITION IS IN SUPPORT OF THE GENERAL REPLACEMENT OF THE PUMP HOUSE.

PHOTOS ARE INCLUDED FOR GENERAL REFERENCE AND DO SHOW ALL OF THE ELECTRICAL SYSTEMS TO BE DEMOLISHED.

SEE CIVIL ENGINEERING DRAWINGS FOR ADDITIONAL INFORMATION.

PHOTO E2.1-2 ELECTRICAL DEMOLITION: RECEPTACLES

AND CONTROLS

PHOTO E2.1-3 ELECTRICAL DEMOLITION: STARTER AND CONTROLS

PHOTO E2.1-4 ELECTRICAL DEMOLITION: CONDUIT ,

WIREWAYS, ETC.

PHOTO E2.1-4 ELECTRICAL DEMOLITION: PANELS,

RECEPTACLES, TELEMETRY , ETC.

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E3.0

06/01/12

PUMP

HOUSE

PUMP HOUSE ELECTRICAL PLAN

SCALE: 1/2" = 1'–0" AT 11 X 17 SIZE

0 6" 1 52

NEMA 5-20R RECEPTACLE

SUBSCRIPT INDICATES:

42" AFF - MOUNTING HT . OF 42" ABOVE

FLOOR TO CTR OF DUPLEX

WP - NEMA WEATHER PROOF

GFI - GROUND FAULT INTERRUPTING

42"

AFF

WP

GFI

WP

GFI

HD

2, 3, 4, P, K, D

HOME RUN TO CIRCUIT

XX. #ZZ WIRE; SINGLE

POLE.

SNAP SWITCH

SUBSCRIPT INDICATES:

2 - TWO POLE

3 - THREE WAY

P - PILOT LIGHT

CONNECTION POINT IN A CIRCUIT FOR

ONE OR MORE CONDUCTORS. THIS

POINT IS USED FOR CLARITY ON THE

DRAWING FOR CIRCUIT CONNECTIONS

WHICH MAY OR MAY NOT REQUIRE A

PHYSICAL CONNECTION AT THE POINT

SHOWN.

S

SURFACE MOUNTED INTERIOR

EMERGENCY LIGHT FIXTURE

XX#ZZ

1. COORDINATE ALL DEVICE SELECTION WITH PROJECT ENGINEER, WITH OTHER

TRADES AND WITH EQUIPMENT SUPPLIERS TO VERIFY AND CONFIRM COMPATIBILITY

WITH EQUIPMENT TO BE SUPPORTED.

2. SEE CATALOG SHEETS IN 16900.

3. FOR CIRCUITS INCLUDING GFI PROTECTED RECEPTACLES, EACH INDIVIDUAL

RECEPTACLE SHALL BE NEMA GFI RATED RECEPTACLE, NOT FEED THROUGH

PROTECTED.

LEGEND

SIMPLEX RECEPTACLE

NOTE 2

WATER METER

5-20 R SIMPLEX

P

GFI

42" AFF

C

C

B

GFI

42" AFF

EF-1

PUMP PANEL

A-3

#12

A-5

#10

NOTE 3

FLOATS TO TANK

PANEL ‘A’

3/0 URD

FROM NEW PAD

MOUNTED

TRANSFORMER

NOTE 4

NOTE 5

A-1 #12

A A

4-20 mA

A

A-15 #12

SHEET SPECIFIC NOTES

1. FABRICATE A WOOD FRAME SURFACE MOUNTED ON THE CEILING USING STAINLESS

STEEL GROUTED BOLTS AND PLASTIC FLANGES TO HOLD FAN EF-1. THE DUCT WORK IS

PLASTIC PVC PIPE. THE DUCT WORK AND THE FRAME ARE TO BE CORROSION RESIS-

TANT . FAN EF-1 IS TO BE INSTALLED IN A MANNER TO BE EASILY REPLACED WHEN

CORROSION DESTROYS THE FAN.

2. THE SWITCH WITH THE PILOT IS TO BE TURNED ON AND LEFT ON BEFORE ENTERING

THE CHLORINATOR ROOM. THE INTENT IS TO EXHAUST THE ROOM BEFORE ENTRY .

3. PUMP SUPPLY: FURNISH AND INSTALL 3 — #10 COPPER THWN CONDUCTORS (2

HOTS, 1 GROUND) IN SCHEDULE 80 PVC CONDUIT BETWEEN THE PUMP CONTROL

PANEL AND THE WELL HEAD. AT THE WELL HEAD CONNECT TO THE WELL SUPPLY

CABLE (TYPICALLY YELLOW) IN THE WELL HEAD USING WATER PROOF SPLICES.

INSTALL IN SAME TRENCH AS WATER LINE USING THE JOINT USE TRENCHING DETAIL.

WELL FLOAT: FURNISH AND INSTALL 3 — #10 COPPER THWN CONDUCTORS (2 FOR

FLOAT, 1 SPARE) IN SCHEDULE 80 PVC CONDUIT BETWEEN THE PUMP CONTROL PANEL

AND THE WELL HEAD. AT THE WELL HEAD CONNECT TO THE FLOAT CABLE (TYPICALLY

YELLOW) IN THE WELL HEAD USING WATER PROOF SPLICES. INSTALL IN SAME TRENCH

AS WATER LINE USING THE JOINT USE TRENCHING DETAIL.

TANK FLOATS: INSTALL EXISITNG 9 — #10 COPPER THWN CONDUCTORS (8 FOR

FLOATS, 1 SPARE) TO THE NEW PUMP CONTROL

PANEL. FURNISH AND INSTALL A PLASTIC NEMA 4X

PUMP CONTROL PANEL.

4. SUPPLY PANEL ‘A’ FROM THE NEW PAD MOUNTED TRANSFORMER USING 3/0 COPPER

TRIPLEX URD OR 4/0 AL TRIPLEX URD IN SCHEDULE 40 PVC CONDUIT .

5. BOND PANEL ‘A’ GROUND BAR TO THE SUPPLY NEUTRAL CONDUCTOR, TO THE PANEL

ENCLOSURE, AND TO TWO 5/8 INCH BY 8 FOOT LONG COPPER CLAD STEEL GROUND

RODS DRIVEN 6 FEET APART OUTSIDE OF THE BUILDING.

NOTE 1

CP-1

A-13 #12

A-11 #12

B

A-9 #12

A A

FROM WELL

TO TANK

NOTE 3

#10

#10

#10

ITEM-4

REFER TO THE CIVIL ENGINEERING DRAWINGS AND SPECIFICA-

TIONS FOR THE REQUIREMENTS OF ITEM 4 AND THE

PRICING REQUIREMENTS THEREOF.

IN GENERAL, ITEM 4 CONSISTS OF A NEW PUMP HOUSE AND

ASSOCIATED EQUIPMENT.

THEREFORE, WORK INCLUDED ON THIS SHEET (EXCEPT FOR

PANEL SUPPLY) IS INCLUDED IN ITEM 4.

NOTE THAT POWER FROM THE NEW TRANSFORMER TO THE NEW

PANEL OR THE EXISTING PANEL (WHICH APPEARS TO BE A SQUARE

D LOAD CENTER) IS INCLUDED IN THIS ITEM.

SEE PHOTO 1 THIS SHEET FOR EXISTING PUMP HOUSE PANEL.PHOTO E3.0-1 EXISTING PUMP HOUSE PANEL msmakula Typewritten Text 5/15/2014 msmakula Typewritten Text msmakula

E3.1

06/01/12

PUMP

HOUSE PANEL

NOTE:

A 200 AMP PANEL WAS CHOSEN FOR ITS RELATIVE LOW COST INCREASE AS COMPARED

TO A 100 AMP PANEL AND TO PROVIDE A FUTURE POTENTIAL SOURCE OF BREAKER

PROTECTED POWER FOR NEARLY ALL OF THE CAMPGROUND AREA BETWEEN THE

UPPER LOOP AND THE SEWAGE TREATMENT SITE.

A 100 AMP TWO POLE BREAKER WILL FIT IN A 200 AMP PANEL. IN SOME CASES IT MAY

TAKE UP 3 POLE SPACES ALL THE WAY ACROSS THE PANEL AND THUS A LARGER SIZE

PANEL, 32 SLOTS, WOULD BE USEFUL.

ITEM-4

REFER TO THE CIVIL ENGINEERING DRAWINGS AND SPECIFICA-

TIONS FOR THE REQUIREMENTS OF ITEM-4 AND

THE PRICING REQUIREMENTS THEREOF.

IN GENERAL, ITEM-4 CONSISTS OF A NEW PUMP

HOUSE AND ASSOCIATED EQUIPMENT, MODIFICATIONS TO THE

WELL.

THEREFORE, WORK INCLUDED ON THIS SHEET IS INCLUDED IN

ITEM 4.

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06/01/12

TOILET

FACILITY

E4.1

TOILET FACILITY

NOT TO SCALE

INFORMATION IS PROVIDED BY THE MANU-

FACTURER.

FUSSELL ENGINEERING HAS NOT REVIEWED

OR OTHERWISE APPROVED OF THE MANU-

FACTURER’S DESIGN. FUSSELL ENGINEER-

ING’S SCOPE OF WORK IS LIMITED TO THE

DESIGN OF THE ELECTRICAL SERVICE TO

THIS BUILDING AND THE MOUNTING OF THE

SEPTIC TANK ALARM PANEL.

SHEET GENERAL NOTES

A. CAREFULLY REVIEW THE CIVIL ENGINEERING DRAWINGS FOR

DETAILS OF THE WORK AS THEY ARE AUTHORITATIVE.

B. CAREFULLY REVIEW THE BUILDING DRAWINGS AND THEIR

RELATIVE LOCATION ON THE SITE PLAN. THIS DRAWING INDI-

CATES AN ASSUMED ORIENTATION BASED ON INFORMATION

AVAILABLE DURING DESIGN. ADJUSTMENTS MAY BE REQUIRED

TO THE LOCATION OF THE ALARM PANEL BASED ON ACTUAL ORI-

ENTATION OF THE INSTALLED BUILDING.

C. ALL BUILDING ELECTRICAL INCLUDING THE PANEL IS FACTORY

INSTALLED. THE BUILDING PANEL SHALL BE ORDERED WITH A

MAIN BREAKER AND AT LEAST 5 SPARE 20 AMP SINGLE POLE

BREAKERS.

D. THE C.O.R SHALL SPECIFY AND THE CONTRACTOR SHALL VER-

IFY THAT THE FACTORY PROVIDES A 6 INCH BY 12 INCH LEAVE

OUT BELOW THE FACTORY INSTALLED ELECTRICAL PANEL

(LOAD CENTER). THIS LEAVE OUT SHALL NOT BE FILLED BUT

LEFT WITH EXPOSED DIRT AND GRAVEL.

SHEET SPECIFIC NOTES

1. THE 200 AMP GE LOAD CENTER IS LOCATED INSIDE THE

CHASE DOOR ABOVE A FACTORY PROVIDED (SEE NOTE D) LEAVE-

OUT IN THE FLOOR ON THE LATCH SIDE OF THE DOOR.

2. FURNISH AND INSTALL THE SERVICE 1/0 AL DIRECT BURY

FROM THE EXISTING IN-THE-GROUND JUNCTION BOX (SEE

SHEET E2.0) UNDERGROUND, 30 INCHES UNDER THE BUILDING

FOUNDATION AND THENCE UP THROUGH THE CONCRETE FLOOR

(SEE NOTE 1) TO THE PANEL MAIN BREAKER.

THE SERVICE CABLE SHALL BE INSTALLED IN A SCHEDULE 80 PVC

SLEEVE FROM OUTSIDE OF THE FOOT PRINT OF THE BUILDING

UP THROUGH THE BUILDING FLOOR TO THE PANEL.

3. FURNISH AND INSTALL A 120 VAC 20 AMP BRANCH CIRCUIT

FROM THE BUILDING PANEL SPARE 20 AMP BREAKER TO THE

ALARM PANEL.

INSTALL 3 — #12 COPPER THWN CONDUCTORS (HOT, NEUTRAL,

GROUND) IN EMT CONDUIT FROM THE BUILDING MAIN PANEL

SURFACE MOUNTED INSIDE THE CHASE, THROUGH THE OUTSIDE

WALL TO THE ALARM PANEL.

MOUNT THE ALARM PANEL AT 60 INCHES ABOVE GRADE. VERI-

FY THE ALARM PANEL LOCATION WITH THE C.O.R.

4.INSTALL EXISTING ALARM PANEL AND FLOAT CONDUCTORS.

UP HILL SIDE OF THE BUILDING OR MORE OR LESS

THE SOUTH OFTHE BUILDINGNG

NOTE 1

NOTE 2

100 AMP SERVICE

FROM THE EXISTING

IN-THE-GROUND

JUNCTION BOX

EXISTING BUILDING

ELECTRICAL PANEL

NOTE 3

NOTE 4

SEPTIC TANK

ALARM PANELSNOTE 3

TO EXISTING

JUNCTION BOX

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NOTE 5

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5. FURNISH AND INSTALL A BRANCH CIRCUIT TO THE

BOOSTER PUMP AND PRESSURE TANK. REFER TO SHEET

A-2.

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E6.0

06/01/12

ELECTRICAL

DETAILS

NOTE 2

WARNING TAPE

SCHEDULE 40 PVC

CONDUIT SLEEVE AND

DIRECT BURY

COMPACTED

BACKFILL

BEDDING SAND

UNDISTURBED EARTH

4 in.

4 in.

TRENCHING AND BEDDING DETAIL

NOT TO SCALE

UNDISTURBED EARTH

4 in.

NOTES:

1. SINGLE CONDUIT SLEEVE OR DIRECT BURY SHOWN. DIRECT BURY

CABLES SHALL BE USED EXCEPT WHERE CONDUITS ARE SPECIFICALLY

REQUIRED.

2. BURIAL DEPTH 24 INCHES MINIMUM.

3. IF MORE THAN ONE DIRECT BURY CABLE OF THE SAME FACILITY IS

INSTALLED IN A TRENCH, THE DIRECT BURY CABLES SHALL BE SEPARATED

BY 9 INCHES MINIMUM.

4. INSTALL CONDUIT SLEEVE(S) 24 INCHES (UNLESS OTHERWISE NOTED)

BELOW FOOTING FOUNDATION OR PAVEMENT BASE FILL.

5. CONDUIT(S) OR DIRECT BURY CABLE(S) SHALL NOT BE LOCATED ANY

CLOSER THAN 3 INCHES FROM TRENCH SIDE WALL.

NOTE 2

UNDISTURBED EARTH

WARNING TAPE

COMPACTED

BACKFILL

BEDDING SAND 4 in.

4 in.

TRENCHING AND BEDDING DETAIL (JOINT USE)

NOT TO SCALE

UNDISTURBED EARTH

4 in.

12 in. min

OTHER FACILITIES SUCH

AS GAS, WATER, SEWER

ALLOWED BY CODE.

NOTES:

1. SINGLE CONDUIT SLEEVE OR DIRECT BURY SHOWN. DIRECT BURY

CABLES SHALL BE USED EXCEPT WHERE CONDUITS ARE SPECIFICALLY

REQUIRED.

2. BURIAL DEPTH 24 INCHES MINIMUM.

3. IF MORE THAN ONE DIRECT BURY CABLE OF THE SAME FACILITY IS

INSTALLED IN A TRENCH, THE DIRECT BURY CABLES SHALL BE SEPARATED

BY 9 INCHES MINIMUM.

4. INSTALL CONDUIT SLEEVE(S) 24 INCHES (UNLESS OTHERWISE NOTED)

BELOW FOOTING FOUNDATION OR PAVEMENT BASE FILL.

5. CONDUIT(S) OR DIRECT BURY CABLE(S) SHALL NOT BE LOCATED ANY

CLOSER THAN 3 INCHES FROM TRENCH SIDE WALL.

SCHEDULE 40 PVC

CONDUIT SLEEVE AND

DIRECT BURY

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E6.1

06/01/12

ELECTRICAL

DETAILS

SCHEDULE 80 PVC CONDUIT

WELLHEAD

GROUND WIRE AND METAL

WELL-HEAD TO BE BONDED

TOGETHER. IF WELLHEAD IS

PLASTIC, USE GROUND ROD.

TO PUMP CONTROLLER

WELL INSTALLATION PARTIAL DETAIL

NOT TO SCALE

NOTE:

1. REFER TO CIVIL ENGINEERING DRAWINGS FOR EXACT WELL

HEAD CONFIGURATION.

2. IT IS ACCEPTABLE TO USE WATERPROOF SPLICES WITH

STRAIN RELIEF UNDER WELL HEAD CAP TO MAKE THE

TRANSISTION FROM SUPPLY CONDUCTORS TO THE WELL

SUBMERSIBLE CABLE.

WATER TIGHT SPLICES INSIDE

FOR COMPLETE DETAIL REGARDING INSTALLATION OF THE WELL SEE THE

CIVIL ENGINEERING DRAWINGS

NOTE THAT PUMP MOTOR SHALL HAVE

INTEGRAL STARTING CAPACITOR.

WELL HEAD DETAIL

NOT TO SCALE

REFER TO THE CIVIL ENGINEERING DRAWINGS AND SPECIFICA-

TIONS FOR THE REQUIREMENTS OF OPTIONAL ITEM O-4 AND

THE PRICING REQUIREMENTS THEREOF .

IN GENERAL, ITEM-4 CONSISTS OF A NEW PUMP

HOUSE AND ASSOCIATED EQUIPMENT , MODIFICATIONS TO THE

WELL.

THEREFORE, WORK INCLUDED ON THIS SHEET IS INCLUDED IN

ITEM4.

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BID ITEM

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