B.08.02.07 10_FA_FP_000-206.pdf

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READY TO ADVERTISE

FIRE ALARM SYSTEM PROJECT NOTES

1. THE SCOPE OF WORK INCLUDES THE INSTALLATION OF A NEW ADDRESSABLE

FIRE ALARM SYSTEM LOCATED IN THE PRE-FABRICATED FIRE BOOSTER PUMP

HOUSE ASSOCIATED WITH THE UTILITY UPGRADES PROJECT AT CHIEVRES AIR

BASE, BELGIUM. THE FIRE ALARM SYSTEM WILL MONITOR THE NEW

ABOVEGROUND FIRE WATER STORAGE TANKS AND DIESEL-DRIVEN FIRE

PUMPS (PRIMARY AND SECONDARY).

2. A MASS NOTIFICATION SYSTEM IS NOT REQUIRED FOR THE NEW

PRE-FABRICATED FIRE BOOSTER PUMP HOUSE AS IT IS NOT CONSIDERED AN

INHABITED BUILDING, AS DEFINED BY UFC 4-010-01 (DOD MINIMUM

ANTITERRORISM STANDARDS FOR BUILDINGS) AND REFERENCED BY UFC

4-021-01 (DESIGN AND O&M: MASS NOTIFICATION SYSTEMS).

3. ALL REFERENCES TO THE ENGINEER SHALL MEAN WSP USA / TPF

ENGINEERING.

4. ALL REFERENCES TO THE OWNER SHALL MEAN THE UNITED STATES (U.S.)

GOVERNMENT.

5. ALL REFERENCES TO THE AUTHORITY HAVING JURISDICTION (AHJ) SHALL

MEAN THE U.S. ARMY CORPS OF ENGINEERS (USACE), EUROPE DISTRICT

DESIGNATED FIRE PROTECTION ENGINEER (DFPE) AND CHIEVRES AIR BASE

FIRE DEPARTMENT. NOTE THAT USACE DFPE HAS AUTHORITY OVER THE

LOCAL AHJ.

6. CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARING SHOP DRAWINGS

FOR AHJ REVIEW AND APPROVAL, SECURING ALL REQUIRED

PERMITS/OUTAGES, AND FURNISHING AND INSTALLING ALL MATERIALS AND

EQUIPMENT REQUIRED FOR A COMPLETE AND OPERATIONAL SYSTEM AS

DESCRIBED IN THE PROJECT SPECIFICATIONS AND CONTRACT DRAWINGS.

7. CONTRACTOR SHALL PROCURE THE SERVICES OF A QUALIFIED FIRE

PROTECTION ENGINEER (QFPE), AS DEFINED BY UFC 3-600-01, TO OVERSEE

CONSTRUCTION ACTIVITIES. REFER TO SECTION 5 (FIRE PROTECTION) OF THE

PROJECT SPECIFICATIONS FOR MORE INFORMATION.

8. OCCUPANT NOTIFICATION THROUGHOUT NEW FIRE BOOSTER PUMP HOUSE

SHALL BE PROVIDED BY VISIBLE SIGNALS AND TEMPORAL THREE AUDIBLE

EVACUATION SIGNALS. FIRE ALARM NOTIFICATION SHALL UTILIZE PUBLIC

MODE THROUGHOUT THE FIRE BOOSTER PUMP HOUSE IN ACCORDANCE WITH

NFPA 72.

9. COORDINATE BETWEEN MECHANICAL, ELECTRICAL, AND OTHER TRADES.

FINAL CONNECTION AND TESTING OF NEW FIRE ALARM DEVICES SHALL BE

COORDINATED WITH THE APPROPRIATE SUBCONTRACTOR(S).

10. FIRE ALARM AND DETECTION SYSTEM DESIGN SHALL COMPLY WITH THE

PROJECT SPECIFICATIONS AND THE FOLLOWING CODES AND STANDARDS:

U.S.

· UNIFIED FACILITIES CRITERIA (UFC) 1-200-01, DOD BUILDING CODE, 8

OCTOBER 2019

· UFC 3-600-01, FIRE PROTECTION ENGINEERING FOR FACILITIES, 8 AUGUST

2016 WITH CHANGE 3, 10 MAY 2019

· NFPA 1, FIRE CODE, 2018 EDITION

· NFPA 20, STANDARD FOR THE INSTALLATION OF STATIONARY PUMPS FOR

FIRE PROTECTION, 2019 EDITION

· NFPA 22, STANDARD FOR WATER TANKS FOR PRIVATE FIRE PROTECTION,

2018 EDITION

· NFPA 24, STANDARD FOR THE INSTALLATION OF PRIVATE SERVICE MAINS

AND THEIR APPURTENANCES, 2019 EDITION

· NFPA 70®, NATIONAL ELECTRICAL CODE, 2020 EDITION

· NFPA 72®, NATIONAL FIRE ALARM AND SIGNALING CODE®,

2019 EDITION

· USACE ENGINEERING MANUAL (EM) 385-1-1, SAFETY AND HEALTH

REQUIREMENTS, 30 NOVEMBER 2014

HOST NATION (BELGIUM)

· BELGIUM ROYAL DECREE OF THE 7TH OF JULY 1994, WITH

18TH OF JANUARY 2017 REVISION

· NBN EN 54, FIRE DETECTION AND FIRE ALARM SYSTEMS, 2011 EDITION

· NBN S21-100, FIRE DETECTION AND ALARM SYSTEMS, PARTS 1 AND 2, 2015

EDITION + A1 (2018)

· GENERAL REGULATION FOR PROTECTION AT WORK (ARAB) - ARTICLE 52

· CODE FOR HEALTH AND SAFETY IN THE WORKPLACE, BOOK III, TITLE 3

(CODEX)

· THE MANUFACTURER'S REQUIREMENTS

11. NEW FIRE ALARM DEVICES AND COMPONENTS SHALL BE UNDERWRITERS

LABORATORIES (U.L.) LISTED OR LISTED BY NBN EN 54 AND BE PROVIDED

WITH A 'CE' MARKING.

12. ALL AREAS SHALL BE ASSUMED TO BE PROVIDED WITH A MINIMUM AMBIENT

TEMPERATURE OF 4.5°C (40°F) AND BE FREE OF EXCESSIVE DUST PARTICLES

OR HUMIDITY LEVELS.

13. REFER TO THE FIRE ALARM OPERATIONAL MATRIX ON THIS SHEET FOR

SYSTEM FUNCTION REQUIREMENTS.

14. FIRE ALARM SYSTEM CIRCUITS SHALL CONFORM TO UFC 3-600-01 AND HOST

NATION REQUIREMENTS AS FOLLOWS:

· INITIATING DEVICE CIRCUITS: CLASS B

· SIGNALING LINE CIRCUITS: CLASS A (PER BELGIUM ROYAL DECREE)

· NOTIFICATION APPLIANCE CIRCUITS: CLASS B

15. NEW FIRE ALARM DEVICES AND EQUIPMENT SHALL BE COMPATIBLE WITH

OTHER BUILDINGS ON BASE. CONNECTION TO THE MAIN SWITCH SHALL BE

PROVIDED VIA NEW FIBER OPTIC CABLE CONNECTION TO THE EXISTING FIBER

NETWORK FROM BUILDING 20040 IN ACCORDANCE WITH SECOND SIGNAL

STANDARDS. COORDINATE WITH ELECTRICAL PLANS.

16. ALL ADDRESSABLE INTERFACE MODULES SHALL BE LOCATED WITHIN THREE

(3) FEET OF THE ASSOCIATED NON-INTELLIGENT DEVICE CONTROLLED.

17. WIRING FOR SIGNALING LINE CIRCUITS SHALL BE MINIMUM 18 AWG. INITIATING

DEVICE AND NOTIFICATION APPLIANCE CIRCUITS SHALL BE MINIMUM 16 AWG.

18. SIZE OF CONDUIT AND PERCENT FILL OF NEW CONDUIT SHALL BE

DETERMINED BY THE CONTRACTOR AND SHALL BE IN ACCORDANCE WITH

NFPA 70. MINIMUM FIRE ALARM CONDUIT SIZE SHALL BE 19MM (3/4-INCH)

NOMINAL.

19. NEW FIRE ALARM CONDUIT AND JUNCTION BOXES SHALL BE INSTALLED AS

HIGH AS POSSIBLE. IN NO CASE SHALL ANY PORTION OF THE FIRE ALARM

WIRING BE INSTALLED BELOW THE BOTTOM HORIZONTAL PLANE OF LIGHTING

FIXTURES, WITH THE EXCEPTION OF DROPS TO INDIVIDUAL FIRE ALARM

DEVICES AND PANELS. PROVIDE ACCESS PANELS FOR ALL CONCEALED FIRE

ALARM DEVICES AND JUNCTION BOXES, WHERE REQUIRED.

20. SECONDARY POWER SHALL OPERATE THE FIRE ALARM SYSTEM UNDER

SUPERVISORY CONDITIONS FOR 48 HOURS AND ALL FIRE ALARM DEVICES FOR

A MINIMUM OF 15 MINUTES AT MAXIMUM CONNECTED LOAD UPON LOSS OF

NORMAL POWER.

21. TRANSIENT VOLTAGE SURGE PROTECTION SHALL PROVIDED ON ALL WIRING

ENTERING AND LEAVING THE BUILDING. NOTE THAT SURGE PROTECTION IS

NOT REQUIRED FOR DEVICES CONNECTED DIRECTLY TO BUILDING EXTERIOR

(I.E., WATER FLOW NOTIFICATION APPLIANCE) WHEN THE BUILDING IS

PROVIDED WITH LIGHTNING PROTECTION.

22. PROVIDE ALL MATERIALS AND TECHNICAL SUPPORT TO PERFORM

ACCEPTANCE TESTING IN ACCORDANCE WITH NFPA 72. ALL SUPERVISORY

AND TROUBLE SIGNALS SHALL BE CLEARED BEFORE THE SYSTEM IS

ACCEPTED. FINAL ACCEPTANCE TESTING SHALL BE WITNESSED BY THE

OWNER AND AHJ.

23. NEW WALL-MOUNTED NOTIFICATION APPLIANCES SHALL HAVE A RED COVER

PLATE WITH A CLEAR STROBE LENS.

FIRE ALARM SYSTEM SYMBOLS

FIRE ALARM HORN/STROBE (SUPERSCRIPT DENOTES CANDELA

RATING; SUBSCRIPT DENOTES WEATHERPROOF DEVICE)

PHOTOELECTRIC SMOKE DETECTOR

PHOTOELECTRIC SMOKE DETECTOR WITH INTEGRATED

RELAY BASE

ADDRESSABLE DUCT SMOKE DETECTOR WITH INTEGRAL

RELAY - SUPPLY (SUBSCRIPT DENOTES AIR HANDLING UNIT

ID AND NUMBER)

FIRE ALARM CONTROL PANEL

VOICE EVACUATION PANEL

GRAPHIC ANNUNCIATOR PANEL

FLOW SWITCH

PRESSURE SWITCH

WATER PRESSURE SWITCH

LOW AIR PRESSURE SWITCH

HIGH AIR PRESSURE SWITCH

COMBINATION HIGH/LOW

AIR PRESSURE SWITCH

TAMPER SWITCH

VALVE WITH TAMPER SWITCH

MANUAL FIRE ALARM CONTROL POINT

HEAT DETECTOR

LOW TEMPERATURE SENSOR

CARBON MONOXIDE DETECTOR

F

LH

HA

LA

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FACP

GAP

P,RB

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WP

AHU-X

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EVAC

ADDRESSABLE INPUT MODULE (MONITOR MODULE)

ADDRESSABLE OUTPUT MODULE (CONTROL/RELAY MODULE)

AIM

AOM

FIRE ALARM SYSTEM ABBREVIATIONS

A ALHPA-NUMERIC

ACT ACOUSTICAL CEILING TILE

AFF ABOVE FINISHED FLOOR

AHU AIR HANDLING UNIT

CONC CONCRETE

EOL END OF LINE DEVICE

ETR EXISTING TO REMAIN

FA FIRE ALARM

FAA FIRE ALARM ANNUNCIATOR PANEL

FAC FIRE ALARM COMMUNICATOR

FACP FIRE ALARM CONTROL PANEL

G GRAPHIC

HVAC HEATING, VENTILATION AND AIR CONDITIONING

MAX MAXIMUM

MIN MINIMUM

MT METAL TILE

N.C. NORMALLY CLOSED (CONTACT)

N.O. NORMALLY OPEN (CONTACT)

NAC NOTIFICATION APPLIANCE CIRCUIT

NIC NOT IN CONTRACT

NTS NOT TO SCALE

PL PLASTER

POC POINT OF CONNECTION

PRV PRESSURE REGULATING/RELIEF VALVE

RA RETURN AIR (HVAC)

RTU ROOF TOP UNIT

RX REMOVE EXISTING DEVICE

SA SUPPLY AIR (HVAC)

SLC SIGNALING LINE CIRCUIT

SPL HIDDEN SPLINE (CEILING)

TYP TYPICAL

UNO UNLESS NOTED OTHERWISE

WP WEATHER PROOF

FIRE ALARM SYSTEM OPERATIONAL MATRIX

SCALE: NTS

LT

FIRE ALARM SYSTEM

OPERATIONAL MATRIX

(FIRE BOOSTER PUMP

HOUSE)

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MANUAL FIRE ALARM CALL POINT X X X X

SMOKE DETECTOR X X X X

SPRINKLER SYSTEM WATER FLOW

SWITCH X X X X X

VALVE SUPERVISORY (TAMPER)

SWITCH X X X

FIRE PUMP RUN ② X X X

FIRE PUMP CONTROLLER SWITCH IN

THE 'OFF' OR MANUAL POSITION X X X

FIRE PUMP ENGINE TROUBLE ① X X X

LOSS OF AC POWER TO FIRE PUMP

CONTROLLER X X X

DIESEL TANK LOW FUEL LEVEL X X X

FIRE WATER STORAGE TANK LOW

WATER LEVEL X X X X

FIRE WATER STORAGE TANK HIGH

WATER LEVEL X X X

FIRE WATER STORAGE TANK LOW

WATER TEMPERATURE X X X

CARBON MONOXIDE (CO) DETECTOR X X X X

FIRE BOOSTER PUMP HOUSE LOW

TEMPERATURE SENSOR X X X

OPEN CIRCUIT, GROUND FAULT, OR

SHORT IN FIRE ALARM SYSTEM SLC

OR NAC

X X X

SLC / INITIATING DEVICE CIRCUIT

FAULT X X X

MATRIX KEY NOTES:

① ENGINE TROUBLE SIGNALS TO INCLUDE ANY OF THE FOLLOWING:

ENGINE OVERSPEED, LOW OIL PRESSURE, HIGH WATER TEMPERATURE, LOW WATER TEMPERATURE, BATTERY CHARGER OR BATTERY

FAILURE, STARTING CONTACTOR COIL FAILURE.

② PER UFC 3-600-01: 9-5.3.3, FIRE PUMP RUN MUST INITIATE AN ALARM CONDITION TO THE MONITORING STATION, BUT NOT ACTIVATE

NOTIFICATION APPLIANCES.

③ PER UFC 3-600-01: 9-19.3.2, DISTINCT VISIBLE NOTIFICATION IS NOT REQUIRED AS A VOICE EVACUATION SYSTEM IS NOT PROVIDED.

ADDRESSABLE DUCT SMOKE DETECTOR WITH INTEGRAL

RELAY - RETURN (SUBSCRIPT DENOTES AIR HANDLING UNIT

ID AND NUMBER)

ADDRESSABLE DUCT SMOKE DETECTOR WITH INTEGRAL

RELAY (SUBSCRIPT DENOTES SMOKE DAMPER

Fire Protection Tank 2 net capacity: 1,450 m³ diameter: 13.837 m height: 10.200 m

Fire Protection Tank 1 net capacity: 1,450 m³ diameter: 13.837 m height: 10.200 m

AIM

AIM AIM

AIM

F

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X2

P

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FAC

P

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AIM

AIM X2

AIM

AIM

AIM X2

AIM

WP

X8

AIM

LT

AIM

AIM

FIRE BOOSTER PUMP HOUSE FIRE ALARM PLAN

SCALE: 1:50

DRAWING NOTES:

1. ADDRESSABLE MONITOR MODULES ASSOCIATED WITH WATER CONTROL

VALVE, WATER LEVEL, AND WATER TEMPERATURE FOR THE FIRE WATER

STORAGE TANKS. COORDINATE EXACT QUANTITY OF MODULES REQUIRED

IN FIELD.

2. ADDRESSABLE MONITOR MODULES ASSOCIATED WITH SPRINKLER WATER

FLOW AND TAMPER SWITCH FOR FIRE BOOSTER PUMP HOUSE

SPRINKLERS. COORDINATE LOCATION WITH FIRE PROTECTION PLANS.

3. ADDRESSABLE MONITOR MODULES ASSOCIATED WITH PRIMARY

DIESEL-DRIVE FIRE PUMP CONTROLLER AND ENGINE TROUBLE.

COORDINATE EQUIPMENT LOCATIONS WITH FIRE PROTECTION PLANS.

4. ADDRESSABLE MONITOR MODULES ASSOCIATED WITH CONTROL VALVES

ON PRIMARY DIESEL-DRIVE FIRE PUMP ASSEMBLY. COORDINATE

EQUIPMENT LOCATIONS WITH FIRE PROTECTION PLANS.

5. ADDRESSABLE CONTROL MODULE TO INITIATE OPENING OF VALVES ON

TANK REFILL SYSTEM. COORDINATE LOCATION OF EQUIPMENT IN FIELD.

6. ADDRESSABLE MONITOR MODULES ASSOCIATED WITH CONTROL VALVES

ON SECONDARY DIESEL-DRIVE FIRE PUMP ASSEMBLY.

7. ADDRESSABLE MONITOR MODULES ASSOCIATED WITH SECONDARY

DIESEL-DRIVE FIRE PUMP CONTROLLER AND ENGINE TROUBLE.

8. ADDRESSABLE FACP FOR FIRE ALARM DEVICES IN FIRE BOOSTER PUMP

HOUSE. COORDINATE 230VAC POWER SUPPLY WITH ELECTRICAL

CONTRACTOR. PROVIDE A SMOKE DETECTOR ABOVE FACP IN

ACCORDANCE WITH NFPA 72, AS INDICATED.

9. ADDRESSABLE MONITOR MODULE FOR NORMALLY CLOSED CONTROL

VALVE ON FLOW METER LINE.

10. ADDRESSABLE MONITOR MODULES FOR ISOLATION VALVES ON

RESPECTIVE PRIMARY AND SECONDARY 305MM (12-INCH) FIRE PUMP

DISCHARGE PIPING PRIOR TO EXITING THE FIRE BOOSTER PUMP HOUSE.

COORDINATE LOCATION OF VALVES WITH FIRE PROTECTION PLANS.

11. WEATHERPROOF NOTIFICATION APPLIANCE LOCATED ABOVE FDC ALONG

EXTERIOR WALL. DEVICE SHALL BE PROGRAMMED TO ACTIVATE UPON

SPRINKLER WATER FLOW ONLY.

12. ADDRESSABLE MONITOR MODULE FOR NORMALLY CLOSED CONTROL

VALVE FOR FIRE PUMP TEST HEADER LINE. COORDINATE LOCATION WITH

FIRE PROTECTION PLANS.

13. ADDRESSABLE MONITOR MODULE FOR FIRE BOOSTER PUMP HOUSE LOW

TEMPERATURE SENSOR. COORDINATE LOCATION WITH FIRE PROTECTION

PLANS.

14. ADDRESSABLE MONITOR MODULE FOR ISOLATION VALVE ON TANK

SUPPLY LINE. COORDINATE LOCATION OF VALVE WITH FIRE PROTECTION

PLANS.

15. CARBON MONOXIDE DETECTOR, AS REQUIRED BY UFC 3-600-01.

GENERAL NOTES:

1. PROVIDE ADDRESSABLE FIRE ALARM SYSTEM IN NEW PRE-FABRICATED

FIRE BOOSTER PUMP HOUSE. ALL EQUIPMENT MUST BE BE 'CE' MARKED

(EUROPE) OR UL LISTED (USA).

2. ALL FIRE ALARM SIGNALS SHALL BE TRANSMITTED TO BASE MILITARY

POLICE STATION (BUILDING 20134) VIA A NEW CONNECTION TO THE

EXISTING UNDERGROUND FIBER OPTIC CABLE NETWORK. COORDINATE

WITH CIVIL AND ELECTRICAL PLANS.

3. ALL FIRE ALARM MONITORING POINTS ASSOCIATED WITH THE NEW FIRE

PUMPS AND ABOVEGROUND FIRE WATER STORAGE TANKS MUST BE IN

ACCORDANCE WITH UFC 3-600-01, NFPA 20, NFPA 22, AND NFPA 72.

4. COORDINATE FIRE BOOSTER PUMP HOUSE EQUIPMENT LAYOUT WITH FIRE

PROTECTION PLANS.

5. NEW 230VAC ELECTRICAL POWER SUPPLY FOR FIRE PUMP AND FIRE ALARM

CONTROL PANEL SHALL BE SUPPLIED FROM BUILDING 20017. NEW

CONNECTION TO EXISTING FIRE ALARM FIBER OPTIC CABLE NETWORK

SHALL BE SUPPLIED FROM BUILDING 20040. COORDINATE WITH ELECTRICAL

PLANS.

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1:50 scale meters

11 0 21

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LEGEND

,.,_#__ _____ Length / Lengle (mm) ,,,+ v ----- Diameter / Diameter (inch)

G 2" ----- Diameter I Diameter (inch)

1000 ----- Length / Lengle (mm)

Steel Pipe - Wet Pipe Sprinkler System

Underground Pipe

- Wet Alarm Valve l5J Retard Chamber

Drain y

Pressure Reducing Valve (PRV) F

Filter

Gate Valve

N Butterfly Valve

Ball Valve

Valve Normally Open

Valve Normally Closed

E Check Valve C1

Excentric Reducer D

Concentric Reducer D

Gauge -

Gauge Vacuum

Flow Meter

Valve with Solenoid

D Temperature switch

Level Switch

Flow Switch

Pressure Switch

Supervisory Switch

Sight Glass H

C Fire Pump

Jockey Pump

Inside Fire Post-Hose Reel

Outside Fire Hydrant t><J PIV Post Indicator Valve

Portable Fire Extinguisher - Type NB/C

B

LEGEND - SPRINKLER SYMBOLS

SSU, QR, K11.2 (160), 93°C, 3/4", Brass

A

I

FIRE PROTECTION GENERAL NOTES

1. THE SCOPE OF WORK INCLUDES THE REMOVAL AND

REPLACEMENT OF THE EXISTING UNDERGROUND COMBINATION

FIRE AND DOMESTIC WATER LOOP AT CHIEVRES AIR BASE,

BELGIUM. A NEW, DEDICATED 350MM (12-INCH) UNDERGROUND

FIRE LOOP SHALL BE PROVIDED. THE UNDERGROUND FIRE LOOP

WILL BE SUPPLIED BY TWO 1,450 CUBIC METER (383,050 GALLON)

ABOVEGROUND FIRE PROTECTION WATER STORAGE TANKS TO

DELIVER THE REQUIRED FIRE FLOWS. THE NEW FIRE WATER

STORAGE TANKS WILL BE SUPPLEMENTED BY A NEW

HORIZONTAL SPLIT-CASE, DIESEL-DRIVE FIRE PUMP, RATED FOR

9,463 LPM AT 9.7 BAR (2,500 GPM AT 140 PSI). THE NEW FIRE

PUMPS (PRIMARY AND SECONDARY) WILL BE LOCATED IN A NEW,

STANDALONE PRE-FABRICATED FIRE BOOSTER PUMP HOUSE

LOCATED IN THE OPERATIONS DISTRICT. WORK SHALL BE

PERFORMED AND COORDINATED WITH THE APPROVED

CONSTRUCTION PHASING SEQUENCE. COORDINATE ALL WORK

ASSOCIATED WITH NEW UNDERGROUND FIRE SERVICE PIPING

AND LOOP WITH THE CIVIL (CU-SERIES) PLANS.

2. ALL REFERENCES TO THE ENGINEER SHALL MEAN WSP USA / TPF

ENGINEERING.

3. ALL REFERENCES TO THE OWNER SHALL MEAN THE UNITED

STATES (U.S.) GOVERNMENT

4.

5.

6.

AFC

AFF

AFG

ALV

ALL REFERENCES TO THE AUTHORITY HAVING JURISDICTION

(AHJ) SHALL MEAN THE U.S. ARMY CORPS OF ENGINEERS

(USAGE) DESIGNATED FIRE PROTECTION ENGINEER (DFPE),

EUROPE DISTRICT AND CHIEVRES AIR BASE FIRE DEPARTMENT

NOTE THAT THE USAGE DFPE HAS AUTHORITY OVER THE LOCAL

AHJ.

FIRE PROTECTION SYSTEM DESIGN AND INSTALLATION SHALL

COMPLY WITH THE PROJECT SPECIFICATIONS AND THE

FOLLOWING CODES AND STANDARDS:

U.S.

- UNIFIED FACILITIES CRITERIA (UFC) 1-200-01, DOD BUILDING

CODE, 8 OCTOBER 2019

- UFC 3-230-01, WATER STORAGE AND DISTRIBUTION,

1 SEPTEMBER 2018 WITH CHANGE 1, 1 OCTOBER 2018

- UFC 3-260-01, AIRFIELD AND HELIPORT PLANNING AND DESIGN,

4 FEBRUARY 2019

- UFC 3-600-01, FIRE PROTECTION ENGINEERING FOR FACILITIES,

8 AUGUST 2016 WITH CHANGE 3, 10 MAY 2019

- USAGE ENGINEERING MANUAL (EM) 385-1-1, SAFETY AND

HEALTH REQUIREMENTS, 30 NOVEMBER 2014

- NFPA 1, FIRE CODE, 2018 EDITION

- NFPA 13, STANDARD FOR THE INSTALLATION OF SPRINKLER

SYSTEMS, 2019 EDITION

- NFPA 20, STANDARD FOR THE INSTALLATION OF STATIONARY

PUMPS FOR FIRE PROTECTION, 2019 EDITION

- NFPA 22, STANDARD FOR WATER TANKS FOR PRIVATE FIRE

PROTECTION, 2018 EDITION

- NFPA 24, STANDARD FOR THE INSTALLATION OF PRIVATE

SERVICE MAINS AND THEIR APPURTENANCES, 2019 EDITION

HOST NATION (BELGIUM)

- BELGIUM ROYAL DECREE OF THE 7TH OF JULY 1994, WITH 18TH

OF JANUARY REVISION

- EN 10217-1: 2019, WELDED STEEL TUBES FOR PRESSURE

PURPOSES

- EN 10255-M: 2004, NON-ALLOY STEEL TUBES SUITABLE FOR

WELDING AND THREADING

- NBN EN 558: 2018, INDUSTRIAL VALVES - FACE-TO-FACE AND

CENTRE-TO-FACE DIMENSIONS OF METAL VALVES FOR USE IN

FLANGED PIPE SYSTEMS - PN AND CLASS DESIGNATED VALVES

- EN 12845, 2015 EDITION+ A1 (2020)- FIXED FIRE-FIGHTING

INSTALLATIONS - SPRINKLER-TYPE AUTOMATIC EXTINGUISHING

SYSTEMS - DESIGN, INSTALLATION, AND MAINTENANCE

- ARAB (GENERAL REGULATIONS FOR LABOR PROTECTION)

ARTICLE 52

- CODEX ON WELL-BEING AT WORK - BOOK Ill

FIRE SPRINKLER DESIGN AND INSTALLATION IN NEW FIRE PUMP

BOOSTER HOUSE SHALL BE IN ACCORDANCE WITH UFC 3-600-01

AND NFPA 13 FOR THE HAZARD PROTECTED. THE FOLLOWING

DESIGN CRITERIAAPPLIES:

- EXTRA HAZARD: 12 MM/MIN (0.30 GPM/SQ FT) OVER 230M' OR

OVER THE ENTIRE AREA OF BUILDING (WHEN AREA< 230M')

WITH A 1,900 LPM (500 GPM) HOSE STREAM ALLOWANCE

FOR A 90 MINUTE DURATION

ABBREVIATIONS

ABOVE FINISHED CEILING LPM LITERS PER MINUTE

ABOVE FINISHED FLOOR MAX MAXIMUM

ABOVE FINISHED GRADE MIN MINIMUM

ALARM VALVE M'/H CUBIC METERS PER HOUR

APPROX APPROXIMATE M/S METERS PER SECOND

AHJ AUTHORITY HAVING MNS MASS NOTIFICATION SYSTEM

JURISDICTION NA NOT APPLICCABLE

AUX AUXILIARY DRAIN NC (VALVE) NORMALLY CLOSED

BFF BELOW FINISHED FLOOR NO (VALVE) NORMALLY OPENED

BFV BUTTERFLY VALVE NR NOT REQUIRED

Cl CAST IRON NRSV NON-RISING STEM VALVE

CONN POINT OF CONNECTION OAE OR APPROVED EQUAL

COR CONTRACTOR'S OFFICER OD OUTSIDE DIAMETER

REPRESENTATIVE OS&Y OUTSIDE SCREW AND YOKE

DEG (0) DEGREE VALVE

DIA DIAMETER Pl POST INDICATOR STEM

DI DUCTILE IRON PIV POST INDICATOR NRSV

ELEV ELEVATION PSI POUNDS PER SQUARE INCH

EXIST EXISTING QR QUICK-RESPONSE SPRINKLER

FA FIRE ALARM RPM REVOLUTIONS PER MINUTE

FC FLUSH CONNECTION SA SUPERVISORY ALARM

FHR FIRE HOSE STATION SSP STANDARD SPRINKLER

FHV FIRE HOSE VALVE PENDENT

FPS FEET PER SECOND ssu STANDARD SPRINKLER

GAL GALLON UPRIGHT

GPM GALLONS PER MINUTE SPEC SPECIFICATION

HGT HEIGHT TEMP TEMPERATURE

HP HORS POWER UNO UNLESS NOTED OTHERWISE

ID INSIDE DIAMETER

ITC INSPECTOR'S TEST

CONNECTION

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8.

9.

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THESE DRAWINGS ARE DIAGRAMMATIC AND INDICATE A GENERAL

ARRANGEMENT OF WORK GENERAL DESIGN CONCEPTS

INDICATED MUST BE FOLLOWED OR BETTERED. THE BID SHALL

INCLUDE OFFSETS, ADDITIONAL PIPING, VALVES AND FIRE

PROTECTION EQUIPMENT AS REQUIRED TO MEET

CONSTRUCTION CONDITIONS FOR PROPER OPERATION.

DEVELOP AND SUBMIT COORDINATION DRAWINGS.

PIPING IS SHOWN FOR INFORMATIONAL AND GENERAL ROUTING.

THE CONTRACTOR SHALL PROVIDE FINAL ROUTING FOR ALL

PIPING AND SHALL PROVIDE SHOP DRAWINGS THAT INCLUDE

EXACT DIMENSIONED ROUTING FOR ALL PIPING AND PIPE SIZES.

THE CONTRACTOR SHALL AVOID INTERFERENCES WITH OTHER

PIPING, EQUIPMENT, CODE REQUIRED CLEARANCES AND THE

WORK OF OTHER DISCIPLINES. FIELD ROUTED LIQUID-FILLED

PIPING SHALL NOT BE ROUTED ABOVE ELECTRICAL OR

ELECTRONIC EQUIPMENT.

INSTALLING CONTRACTOR SHALL BE RESPONSIBLE FOR

PREPARING SHOP DRAWINGS FOR AHJ AND ENGINEER OF

RECORD REVIEW AND APPROVAL, SECURING ALL REQUIRED

PERMITS, PERFORMING REQUIRED SYSTEM ACCEPTANCE

TESTING, AND FURNISHING AND INSTALLING ALL MATERIALS AND

EQUIPMENT REQUIRED FOR A COMPLETE AND OPERATIONAL

SYSTEM.

10. INSTALLING CONTRACTOR SHALL PROCURE THE SERVICES OF A

QUALIFIED FIRE PROTECTION ENGINEER (QFPE), AS DEFINED IN

UFC 3-600-01, TO OVERSEE CONSTRUCTION ACTIVITIES. REFER

TO SECTION 5 (FIRE PROTECTION) OF THE PROJECT

SPECIFICATIONS FOR MORE INFORMATION.

11. DESIGN AND INSTALLATION SUBJECT TO FINAL INSPECTION AND

APPROVAL BY THE AHJ.

12. NEW SPRINKLERS THROUGHOUT FIRE BOOSTER PUMP HOUSE

SHALL BE A MINIMUM OF K-11.2, QUICK-RESPONSE UPRIGHT

SPRINKLERS TYPE IN ACCORDANCE WITH UFC 3-600-01.

SPRINKLERS SHALL HAVE A BRASS FINISH WITH A GLASS BULB AND

HAVE A TEMPERATURE RATING OF 93°C (200°F).

13. ALL NEW VALVES WITHIN THE NEW FIRE BOOSTER PUMP HOUSE

SHALL BE LISTED BY THE UNDERWRITERS LABORATORIES, INC.

(UL) AND/OR THE FACTORY MUTUAL (FM) LABORATORIES. VALVES

SHALL BE FACTORY MARKED "UL" AND/OR "FM" OR EQUIVALENT.

14. PROVIDE IDENTIFICATION SIGNS FOR ALL NEW ABOVEGROUND

FIRE PROTECTION SYSTEM COMPONENTS IN ACCORDANCE WITH

NFPA13 AND UFC 3-600-01. EACH NEW VALVE SHALL HAVE

PERMANENTLY AFFIXED SIGN INDICATING ITS FUNCTION. ALL

VALVE HANDLES MUST BE ACCESSIBLE.

15. PROVIDE A PERMANENTLY ATTACHED HYDRAULIC NAME PLATE

STATING THE REQUIRED DESIGN CRITERIA FOR THE

HYDRAULICALLY DESIGNED SYSTEM IN ACCORDANCE WITH NFPA

13 TO THE NEW SPRINKLER RISER SUPPLYING THE FIRE

BOOSTER PUMP HOUSE SPRINKLERS.

16. ONLY NEW MATERIALS SHALL BE USED IN THE INSTALLATION OF

THESE SYSTEMS. INSTALL EQUIPMENT IN ACCORDANCE WITH

THE MANUFACTURER'S INSTRUCTIONS.

17. ALL NECESSARY CONNECTIONS TO THE FIRE ALARM SYSTEM

SHALL BE MADE BY AND COORDINATED WITH THE FIRE ALARM

CONTRACTOR.

18. ALL HANGERS SHALL BE UL LISTED OR FM APPROVED FOR USE

WITH FIRE PROTECTION SYSTEMS. HANGER INSTALLATION AND

SPACING SHALL BE ROD STIFFENER REQUIRED FOR ALL-THREAD

ROD HANGERS OVER 1.83 METERS (6 FEET) IN LENGTH.

19. A STOCK OF SPARE SPRINKLERS SHALL BE PROVIDED IN THE

FIRE BOOSTER PUMP HOUSE IN ACCORDANCE WITH NFPA 13.

SPARE SPRINKLER CABINET SHALL BE MOUNTED WHERE THE

SPRINKLERS WILL NOT BE SUBJECTED TO TEMPERATURES

ABOVE 38°C (100°F).

I

I

20. SAFEGUARDING DURING CONSTRUCTION SHALL BE IN

ACCORDANCE WITH USAGE ENGINEERING MANUAL EM-385-1-1,

SAFETY AND HEALTH REQUIREMENTS MANUAL AND NFPA241.

CONTRACTOR SHALL COORDINATE SPECIFIC PLAN FOR FIRE

PROTECTION DURING CONSTRUCTION WITH THE CONTRACTING

OFFICER. FIRE DEPARTMENT VEHICLE ACCESS ROADWAYS

SHALL BE PROVIDED AND MAINTAINED THROUGHOUT

CONSTRUCTION.

21. EQUIPMENT SHALL BE INSTALLED WITH A MINIMUM CLEARANCE

OF 915MM (3 FEET) ACCESS TO AND IN FRONT OF ALL EQUIPMENT

AND 150MM (6-INCHES) BEHIND THE EQUIPMENT IN ACCORDANCE

WITH U FC 3-600-01.

22. UPON COMPLETION OF THE INSTALLATION, ALL SYSTEM PIPING

SHALL BE HYDROSTATICALLY TESTED AT 14 BAR (200 PSI) FOR

TWO HOURS OR 3.5 BAR (50 PSI) ABOVE THE OPERATIONAL

STATIC PRESSURE OF THE SYSTEM, WHICHEVER IS GREATER IN

ACCORDANCE WITH NFPA 13 AND NFPA 24.

23. ALL NEW UNDERGROUND FIRE SERVICE PIPING SHALL BE

FLUSHED BEFORE THE CONNECTION IS MADE TO DOWNSTREAM

FIRE PROTECTION SYSTEM PIPING IN ACCORDANCE WITH NFPA

24.

24. A FULL ACCEPTANCE TEST OF THE NEW FIRE PUMP INSTALLATION

SHALL BE PERFORMED BY THE CONTRACTOR IN ACCORDANCE

WITH NFPA 20. THE FINAL ACCEPTANCE TEST SHALL BE

WITNESSED BY THE AHJ.

25. ONE SET OF STAMPED, APPROVED DRAWINGS BY THE AHJ SHALL

BE PRESENT ON-SITE AT ALL TIMES AND MADE AVAILABLE TO

INSPECTORS ON DEMAND.

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Test Header - 1 O" __ ._ _______ _.'-"'· o&e-Valves--X-1tc.,_ _ _c?-"5oo=---------------+--a�-, Domestic Water Tie-In

HOPE ON150 (6")

Tank Filli g Systems

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SECTION C

Tank Filling Systems

Domestic Water Tie-In

HOPE ON 150 (6")

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KEY NOTES - PUMP HOUSE

Fire Pump Rated 2 500 gpm@ 140 psi

C'\ Pump Controller

�--... Diesel engine '�1-s, ,'1d' Engine Cooling system

(}'· Jockey Pump Rated 25 gpm@ 155 psiand Jodey Pump Controller (03-,. Suction Pipe DN300 (12') \ __ j i-'4 ' Suction OS& Y Control Valve DN300 (12')

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,,-·-:--. Suction Pipe DN300 (12') Pump 1 !'2,.,-

(EJ' Suction Pip:, DN300 (12') Pump 2 fJ'- Vortex Plate

Discharge Pipe DN250 (1 O') • Pump 1 rg---- Discharge Pipe ON250 (1 O'). Pump 2

Discharge Check Valve □N250 (10')

Discharge Butterfly Valve DN250 (1 O')

Discharge Pipe DN300 (12')

Cf3' Test Header Butterfly Valve DN250 (10')

(ii" Test Header DN250 (10') with 8 Hose Valves 2-1!2"

@ Test Pip:, DN200 (8') r;.,,. Electromagnetic Flow Meter DN200 (8') �2;

ISOMETRIC VIEW

i'18' i Fire Department Connection (FDC) DN100 (4') with 2 DSP70 (2-1!2')

({g' i Check Valve DN100 ( 4 ') · FDC Pump House

/20' Butterfly Valve DN65 (2-1!2') · Spnnkler System Pump House

,2~1, Check Valve DN65 (2-1 /2') • Sprinkler System Pump House \e_, c:-. Flow Switch• Fire Alarm Pump House \?_2,.,.

1'§', Upright Sprinkler K11,2 (160), QR, 3/4', 93°C, Brass

(I-0 Flush Connection• Ball Valve DN40 (1· 1/2')

/25' Inspector's Test Connection • Sprinkler System Pump House

"26' Pump Engine Exhaust wth Damper \i_, �) Cooling Water Return DN40 (1-1/2') Pump 1

@ Cooling Water Return DN40 (1-1/2')- Pump 2 c.-:-- Automatic Opening Louvers• Controlled by Pump 1�,-- -� -� -- -- -�-�- - --

Filling Pipe DN150 (6')- Tank 1

@) Filling Pip:, DN150 (6')- Tank 2

NA

(g Motorised Butterfly Valve DN150 (6') • Tank Filling Systems

@ Butterfly Valve DN150 (6') • Tank Filling Systems

1111ot-lWE�(�

·34' Butterfly Valve DN300 (12') • Discharge Isolation Valve

� Electric Distribution Panel l�c------------------

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KEY NOTES - TANKS

Suction Pipe DN300 (12') with Vortex Plate 1200x1200mm

Cooling Water Return DN40 (1-112')

(i;) Te� Return Pipe ON200 (8')

@ Filling Pipe DN150 (6')

Fire Department Filling Pipe DN100 (4')

� Drain Valve DN80 {3') ·-£>c-- - -��----------

Overflow-Pipe PVC 11Cxnm (4')

Whistleblower Overflow

(I] Casing for Cables u

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-..... Roof Platform Aluminium (L ,_. ---------------

M -...' Cage Ladder Aluminium

'-C_J

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IQ'• Manhole Side of Tank

VO,

� Tank Identification Plate

� Tank Capacity Sticker ,\.9.J:--� �------------

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PVC 110x3 Grey RAL7037

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Fire Protection Tank net capacity: 1,450 m3 diameter: 13.837 m height: 10.200 m

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Reinforcement -----Backing Plate

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Dimension B:

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- HN: 1200x1200mm for D=300mm (12")

Dimension C:

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Long-Turn Radius

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KEY NOTES - TANKS

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(B' Cooling Water Return DN40 (1-1/2') ,j

@� Test Return Pipe DN200 (8')

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FP103

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FP201

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CHIEVRES AIR BASE BE215

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SHEET ID

FP201

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FP203

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FP204

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CHIEVRES AIR BASE BE215

Hydraulic Calculation #8 ear Building 20115

Demand: 2.500gpm @ 1 00psi

Result:

Pressure Demand: 117.987psi Flow Demand: 2,500gpm Pressure Overage: +22.049psi (15.7%)

FIRE PROTECTION HYDRAULIC NODE PLAN - SOUTHWEST QUADRANT 1:2500

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SHEET ID

FP204

POLE MOUNTED RECTIFIER INSTALLATION

N.T.S.

NOTE:

CONDUIT STRAPS TO BE

SPACED 1 M APART.

MIXED METAL OXIDE

MIXED METAL

OXIDE COATING

TITANIUM

SUBSTRATE

ANODE CONSTRUCTION DETAILS

N.T.S.

TM

SEAL # 4

FINAL ENCAPSULATION

CROSS LINKED POLYOLEFIN (STANDARD) OR

FLUOROPOLYMER (SPECIFIED BY END USER)

(MIN)

(MAX)

CP RECTIFIER NEGATIVE WIRE CONNECTION

N.T.S.

CuSO4 MIXTURE HARDWOOD PLUG

PERMACELL 801

N.T.S.

PERMACELL 802

N.T.S.

CuSO4 MIXTURE

LOW RESISTIVITY

BACKFILL

S O

L I C

I T

A T

I O

N

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SHEET ID

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U S

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W S

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A v e n u e

S o u t h

M

B

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M A

N

M

B

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M A

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B

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D E

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M

B

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M A

N

C A

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O D

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N

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FP205

READY TO ADVERTISE

U T

I L I T

Y

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A

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D O

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M A

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A p r i l

SECTION

PLAN

ANODES LAYOUT UNDER THE TANK BOTTOM

A

TANK WALL

TANK ANODE

PERMANENT REFERENCE

ELECTRODE

TANK SUPPORT

RING

TANK WALL

TANK BOTTOM

TANK WALL

CONCRETE

TANK SUPPORT

RING

TANK BOTTOM

PERMANENT

REFERENCE

ELECTRODE

COMPACTED NATIVE SOIL

WASHED FINE

HOMOGENEOUS SAND

WASHED FINE

HOMOGENEOUS SAND

EXTERNAL

TANK ANODE

TO RECTIFIER

HEADER CABLE

IN CONDUIT

SECTION

CONCRETE

TANK SUPPORT

RING

B

NOTES:

1.

2.

3.

4.

5.

ANODES:

USE HSCI TYPE 2212Z ANODES

WITH NOMINAL WEIGHT 3.6 KG.

TANK TOTAL 8 ANODES.

PERMANENT REFERENCE ELECTRODE

SHALL BE COPPER/COPPER SULFATE

"PERMACELL 802". TOTAL: 4 ELECTRODES.

AUTOMATIC POTENTIAL CONTROL

RECTIFIER WITH MULTIPLE OUTPUT CIRCUITS.

NEGATIVE SHALL BE WELDED TO TANK WALL.

RECTIFIER RATING: 50 VOLTS, 50 AMPERES.

NO. 2 AWG WIRE SHALL BE USED FOR HEADER CABLE

NO. 10 AWG WIRE FOR PERMANENT REFERENCE ELECTRODE.

HAND HOLES SHALL BE ESTABLISHED ON THE TOP OF ROOF TO ACCESS

SUSPENDED INTERNAL TANK ANODES.

HEADER

CABLE (TYP)

B

A

NOT TO SCALE

NOT TO SCALE

NOT TO SCALE

ANODE

PERMANENT REFERENCE

ELECTRODE

LEGEND:

REFERENCE

ELECTRODE

(TYP)

ANODE

(TYP)

RECTIFIER

RECTIFIER

INTERNAL TANK ANODES (TYP)

HEADER CABLE (TYP)

PERMANENT REFERENCE

ELECTRODE

S O

L I C

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A T

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N

N

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D

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D

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SHEET ID

B

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US Army Corps of Engineers

U S

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W S

P

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F e d e r a l

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M A

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M

B

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M A

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D E

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M

B

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M A

N

F I R

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W

A T

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H O

D

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C T

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FP206

READY TO ADVERTISE

U T

I L I T

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R

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A

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C T

D O

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S T

W

T

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F

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M A

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A p r i l