Package_1_-_M-Plant_Fire_Suppression_-_Plans.pdf

FY

R

ES

TO

R

A

TI

O N

M

O D

ER

N

IZ

A

TI

O

N , F

IR

E

SU

PR

ES

SI

O N

A T

M -P

LA

N

T

FA

C

IL

IT

Y

(M A

IN

BA

SE

W

W C

X

-1

TH

U

LE

A

IR

B A

SE

, G

R

EE

N

LA

N D

THULE AIR BASE, GREENLAND

FY17 INSTALL FIRE SUPRESSION

AT M-PLANT FACILITY

WWCX10-1086

R

ES

TO

R

A

TI

O N

M

O D

ER

N

IZ

A

TI

O

N

FI

R

E

SU

PR

ES

SI

O

N A

T M

-P

LA

N T

FA

C

IL

IT

Y

(M

IN

B

A

SE

W

W C

X

-1

FIRE PROTECTION

FX001 FIRE SUPPRESSION GENERAL NOTES & LEGEND

FX002 ISOMETRIC VIEW OF DEMOLITION

FX003 ISOMETRIC VIEW OF NEW WORK

FX101 FIRE SUPPRESSION - LEVEL 1

FX102 FIRE SUPPRESSION - MEZZANINE LEVEL

FX401 ELECTRICAL ROOM CLEAN AGENT SYSTEM

FX501 FIRE SUPPRESSION DETAILS

ELECTRICAL

E-01 HEAT TRACING, BOILER PLANT

E-02 HEAT TRACE SYSTEM, DETAILS AND NOTES

E-03 HEAT TRACING ELECTRICAL SCHEDULES

R

ES

TO

R

A

TI

O N

M

O D

ER

N

IZ

A

TI

O

N

FI

R

E

SU

PR

ES

SI

O

N A

T M

-P

LA

N T

FA

C

IL

IT

(M

IN

B

A

SE

W

W C

X

-1 e3enmrt3 Typewritten Text e3enmrt3 Typewritten Text G-003 e3enmrt3 Typewritten Text e3enmrt3 Typewritten Text e3enmrt3 Typewritten Text e3enmrt3 Oval e3enmrt3 Line e3enmrt3 Text Box e3enmrt3 Typewritten Text

PROJECT LOCATION

M-PLANT

HANGAR

STREET

STREET

HYDRANT

HYDRANT

A.G. WATER MAIN

A.G . W

ATER

M

AIN

NEW LATERAL ON

UTILITY BRIDGE

EXISTING LATERAL ON

UTILITY BRIDGE

INDICATOR VALVE

SHEET

IDENTIFICATION

1 2 3 4 5

D R

AW

N

B Y:

D

ES

I G N

B Y:

SB

M

T

BY

S

IZ

E :

FI

LE

N

A M

E:

IS

SU

E D

A

TE

C O

N

TR

AC

T

N O

S O

LI

C

IT

AT

IO

N

N O

U S

AR

M

Y C

O R

PS

O

F

EN

G

IN

EE

R

S

C

KD

B Y:

US Army Corps of Engineers ®

" x

4"

D

C

B

A

FI

LE

N U

M

BE

R

P

LO

T

SC

A

LE

P

LO

T D

AT

E:

A s in di ca te d

8/ 7/

2 0

6:

: 4

PM

TH

U

LE

A

IR

B

AS

E

G R

E

EN

LA

N

D M

-P

LA

N T

FI

R

E S U

PP

R

ES

SI

O N

P R

O

JE

C T

5/

/2

W W

C X

-1

BALTIMORE DISTRICT

D es ig ne r

A ut ho r

A pp ro ve r

FX001

BA

LT

IM

O

RE

D

I S

TR

IC

T

B A

LT

IM

O

RE

, M

A R

YL

AN

D

S U

B M

IS

SI

O N

C he ck er

FI

R

E S U

PP

R

ES

SI

O N

G E N

ER

A

L N

O

TE

S

LE

G

EN

D

FX

0 0

1-

ACRONYMS - FIRE SUPPRESSION

ABD AUTO BALL DRIP VALVE

AFF ABOVE FINISHED FLOOR

A.G. / U.G. ABOVE GROUND / UNDER GROUND

AHJ AUTHORITY HAVING JURISDICTION

BFP BACKFLOW PREVENTER

C.A. CLEAN AGENT

COR CONTRACTING OFFICER'S REPRESENTATIVE

CR CORROSION RESISTANT

(EX) /

(ETR)

EXISTING / EXISTING TO REMAIN

FA FIRE ALARM

FDC FIRE DEPARTMENT CONNECTION

FP FIRE PUMP

FX FIRE SUPPRESSION

GPM GALLONS PER MINUTE

HC HAZARD CLASS (FROM FM DS 3-26)

HV HOSE VALVE

HYD FIRE HYDRANT

ITC INSPECTOR'S TEST CONNECTION

JP JOCKEY PUMP

N.C. NORMALLY CLOSED

N.O. NORMALLY OPEN

NEC NATIONAL ELECTRIC CODE

NFPA NATIONAL FIRE PROTECTION ASSOC.

NPT NATIONAL PIPE THREAD

NRTL NATIONALLY RECOGNIZED TESTING LABORATORY

N.T.S. NOT TO SCALE

PIV POST INDICATOR VALVE

PSI POUNDS PER SQUARE INCH

SP STANDPIPE

TH TEST HEADER

TYP TYPICAL

UFC UNITED FACILITIES CRITERIA

U.O.N. UNLESS OTHERWISE NOTED

W/ WITH

ZCA ZONE CONTROL ASSEMBLY

GENERAL NOTES - SUPPRESSION

12. PIPING SHALL NOT BE ROUTED ABOVE SENSITIVE

EQUIPMENT OR WITHIN THE NEC 'DEDICATED SPACE' OF

ANY EQUIPMENT.

13. TELECOM ROOMS: UNLESS OTHERWISE INDICATED THESE

ROOMS SHALL BE PROTECTED BY SIDEWALL SPRINKLER

HEADS WITH THE PIPING LOCATED OUTSIDE OF THE ROOM.

WHERE PIPING LOCATED IN THE ROOM CANNOT BE

AVOIDED, THE PIPING SHALL NOT BE ROUTED ABOVE

SENSITIVE EQUIPMENT OR WITHIN THE NEC 'DEDICATED

SPACE' OF ANY EQUIPMENT, AND THE CONTRACTOR SHALL

INSTALL A DRIP PAN UNDER ALL SPRINKLER PIPING THAT

DRAINS TO A NEARBY P-TRAP, MOP SINK, OR FLOOR DRAIN

IN ACCORDANCE WITH TIA 569-C-2012.

14. SPRINKLER GUARDS: WHERE SPRINKLER HEADS ARE

LOCATED IN AREAS SUBJECT TO MECHANICAL INJURY, THE

CONTRACTOR SHALL INSTALL SPRINKLER GUARDS. AT

MINIMUM, GUARDS SHALL BE PROVIDED IN ALL

MECHANICAL, ELECTRICAL, AND TELECOM ROOMS, AS

WELL AS IN AREAS WHERE THE HEADS ARE LOCATED LESS

THAN 7-FT A.F.F. (SUCH AS UNDER STAIRWELLS).

15. THE SPRINKLER CONTRACTOR IS RESPONSIBLE FOR THE

INSTALLATION OF ALL TAMPER AND FLOW SWITCHES, AND

FOR COORDINATION OF THESE DEVICES WITH THE FIRE

ALARM CONTRACTOR.

16. NO STRUCTURAL MEMBERS SHALL BE CUT OR DRILLED

UNLESS APPROVED BY THE PROJECT STRUCTURAL

ENGINEER AND COR.

17. SPRINKLER HEADS SHALL BE CENTERED IN SUSPENDED

CEILING TILES.

18. PENETRATIONS OF FIRE-RATED ASSEMBLIES (FLOORS OR

WALLS) SHALL BE SEALED TO THE FULL THICKNESS WITH A

THROUGH-PENETRATION FIRESTOPPING ASSEMBLY THAT

COMPLIES WITH THE PROJECT SPECIFICATIONS AND IS

LISTED FOR USE IN FIRE PROTECTION SYSTEMS BY AN

NRTL.

GENERAL NOTES - SUPPRESSION

1. PROVIDE A COMPLETE HYDRAULICALLY CALCULATED

AUTOMATIC SPRINKLER SYSTEM FOR THIS PROJECT. THIS

SYSTEM SHALL INCLUDE ALL ACCESSORIES,

COMPONENTS, AND INCIDENTALS REQUIRED FOR

COMPLIANCE WITH THE FOLLOWING CODES, STANDARDS,

AND CRITERIA (UFC TAKES PRECEDENCE WHERE THERE

ARE CONFLICTS):

- NFPA 13 (2016)

- UFC 3-600-01 (CH 1 NOV 2016)

2. THE SPRINKLER SYSTEM SHALL PROVIDE COVERAGE

THROUGHOUT THE FACILITY U.O.N. ROOMS NORMALLY

EXEMPTED BY NFPA 13 SHALL NOT BE EXEMPTED.

3. THE SPRINKLER SYSTEM SHALL BE DESIGNED AND

CONSTRUCTED BY PERSONNEL MEETING THE

QUALIFICATIONS REQUIRED BY THE PROJECT

SPECIFICATIONS.

4. THE SPRINKLER EQUIPMENT AND PIPING SHOWN ON THE

PLANS IS DIAGRAMMATIC AND INTENDED TO APPROXIMATE

FINAL LOCATIONS. THE PLANS DO NOT SHOW ALL

OFFSETS, DROPS, AND RISERS REQUIRED.

5. WHERE LINE SIZES ARE INDICATED ON THE PLANS, THESE

SHALL BE VIEWED AS MINIMUM ACCEPTABLE SIZES. THE

CONTRACTOR IS RESPONSIBLE FOR ALL FINAL LINE SIZING

AND ROUTING.

6. PIPES SHALL BE LABELLED AND/OR MARKED IN

ACCORDANCE WITH THE PROJECT SPECIFICATIONS.

7. SWAY BRACING: PROVIDE SEISMIC SWAY BRACING FOR

THE SPRINKLER SYSTEM IN ACCORDANCE WITH THE

PROJECT SPECIFICATIONS. THIS BRACING IS TO BE

PROVIDED REGARDLESS OF BUILDING TYPE OR

GEOGRAPHIC LOCATION.

8. THE SPRINKLER SYSTEM SHALL BE DESIGNED AND

INSTALLED TO ALLOW DRAINAGE BACK TO THE MAIN DRAIN

VALVE U.O.N. WHERE TRAPPED SECTIONS OF THE SYSTEM

CANNOT BE AVOIDED PROVIDE AUXILIARY DRAINS IN

ACCORDANCE WITH NFPA 13.

9. THE CONTRACTOR SHALL PROVIDE SIGNAGE FOR ALL

AUXILLIARY DRAINS, ITC'S, AND MAIN DRAIN.

10. THE SPRINKLER CONTRACTOR SHALL BE RESPONSIBLE

FOR COORDINATING WITH OTHER TRADES TO AVOID

CONFLICTS BETWEEN THE SPRINKLER SYSTEM AND OTHER

FEATURES, SUCH AS LIGHTING FIXTURES, HVAC AIR

TERMINALS, DUCTWORK, PIPING, STRUCTURAL MEMBERS,

CONDUITS AND WIRETRAYS, ETC.

11. WHERE FREEZE PROTECTION IS REQUIRED IN SMALL

PARTS OF THE SPRINKLER SYSTEM, THE CONTRACTOR

SHALL USE DRY-TYPE SIDEWALL HEADS THAT ARE

INSTALLED IN ACCORDANCE WITH NFPA 13.

SHEET LIST - FIRE SUPPRESSION

FX001 FIRE SUPPRESSION GENERAL NOTES & LEGEND

FX002 ISOMETRIC VIEW OF DEMOLITION

FX003 ISOMETRIC VIEW OF NEW WORK

FX101 FIRE SUPPRESSION - LEVEL 1

FX102 FIRE SUPPRESSION - MEZZANINE LEVEL

FX401 ELECTRICAL ROOM CLEAN AGENT SYSTEM

FX501 FIRE SUPPRESSION DETAILS

M

AR

K D

ES

C

R

IP

TI

O

N D

AT

E

AP

PR

1" = 100'-0"FX001

1 SITE

SITE WATER BOOSTER PUMP STATION:

SITE WATER PRESSURE IS SUPPLIED FROM A CENTRAL PUMPING

STATION LOCATED IN BUILDING 1400, WHICH IS NEAR TO THE M-

PLANT SITE. THIS STATION HAS FOUR (4) PUMPS PIPED IN

PARALLEL, CONSISTING OF THREE (3) GRUNDFOS HYDRO MPC-E

3 CRIE20-3 AND ONE (1) GRUNDFOS CR90-2. THESE PUMPS ARE

MANUALLY CONTROLLED BY VARIABLE FREQUENCY DRIVE

FROM A CONSTANTLY ATTENDED CONTROL STATION. THE

CONTRACTOR MUST ACCOUNT FOR THE OPERATION OF THESE

PUMPS IN THEIR HYDRAULIC CALCULATIONS.

N

N.T.S.FX001

2 GRUNDFOS CR90-2

N.T.S.FX001

3 GRUNDFOS HYDRO MPC-E 3 CRIE20-3

FIRE SUPPRESSION SCOPE OF WORK:

BASE BID: ALL WORK UNLESS OTHERWISE NOTED.

OPTION: THE NEW SPRINKLER SYSTEM FOR THE BOILER

PLANT, INCLUDING THE BRANCH MAIN BACK TO THE POINT OF

CONNECTION IN THE M-PLANT.

OPTION: ALL INTERIOR EXISTING PIPING AND FITTINGS MUST BE

REPLACED IN-KIND. ALL CLASS III STANDPIPE HOSE CABINETS

MUST BE DEMOLISHED AND REPLACED WITH CLASS I 2-1/2-INCH

FIRE HOSE VALVES.

OPTION: CLEAN AGENT SYSTEM FOR ELECTRICAL ROOM (SEE

SHEET FX401)

FIRE ALARM SCOPE OF WORK:

1. THIS WORK WILL INVOLVE THE EXTENSION AND MODIFICATION OF THE

EXISTING NOTIFIER FIRE ALARM SYSTEM. THE CONTRACTOR MUST INSTALL

NEW DEVICES, MODULES, AND PROGRAMMING AS REQUIRED TO

INTEGRATE THE FOLLOWING FIRE ALARM POINTS TO THE EXISTING FACP:

SPRAY SYSTEMS:

- ALARM: LINEAR HEAT DETECTORS (X5)

- SUPERVISORY: ZCA VALVE TAMPER (X3)

- SUPERVISORY: ZCA WATERFLOW SWITCH (X3)

SPRINKLER SYSTEM:

- SUPERVISORY: ZCA VALVE TAMPER (X4)

- ALARM: ZCA WATERFLOW SWITCH (X4)

- SUPERVISORY: BFP VALVE TAMPER (X2)

- SUPERVISORY: MAIN SERVICE VALVE TAMPER (X1)

- ALARM: MAIN SERVICE WATERFLOW SWITCH (X1)

CLEAN AGENT SYSTEM:

- SUPERVISORY: AIR ASPIRATING SMOKE DETECTOR, PRE-ALARM 1

- SUPERVISORY: AIR ASPIRATING SMOKE DETECTOR, PRE-ALARM 2

- ALARM: AIR ASPIRATING SMOKE DETECTOR, ALARM 3

- ALARM: AIR ASPIRATING SMOKE DETECTOR, ALARM 4

- ALARM: CONTROL PANEL, DISCHARGE

- ALARM: CONTROL PANEL, MANUAL INITIATE

- SUPERVISORY: CONTROL PANEL, MANUAL ABORT

2. ALL WORK MUST BE COMPATIBLE WITH EXISTING FIRE ALARM

EQUIPMENT. ALL NEW SLC CIRCUITS MUST BE CLASS B INSTALLED IN 3/4-

INCH EMT CONDUIT.

INCOMING WATER LATERAL (EX,

ON ELEVATED UTILITY BRIDGE)

WATER LATERAL MOUNTED ON

OUTSIDE OF EXTERIOR WALL (EX)

CONTROL VALVE (EX)

SPRINKLER MAIN / STANDPIPE (EX)

SPRINKLER MAIN / STANDPIPE (EX)

SPRINKLER MAIN / S

TANDPIPE (EX)

SPRINKLER MAIN / S

TANDPIPE (EX)

DEMOLISH CONNECTION TO EXISTING

STANDPIPE AND CAP PIPE. EXISTING

LATERAL TO SERVICE DOMESTIC AND

INDUSTRIAL POTABLE SYSTEMS ONLY.

MAIN DOWN TO SPRAY SYSTEM

FOR GEN 1 AND GEN 2 (EX)

HOSE CABINET (EX)

MAIN DOWN TO SPRAY SYSTEM

FOR GEN 3 AND GEN 4 (EX)

MAIN DOWN TO SPRAY SYSTEM

FOR GEN 5 (EX)

SPRAY SYSTEM MAIN TO

LUBE OIL CONTAINMENT

HOSE CABINET (EX)

HOSE CABINET (EX)

HOSE CABINET (EX)

HOSE CABINET (EX)

BOILER BUILDING

HOSE CABINET (EX)

HOSE CABINET (EX)

MEZZANINE LEVEL

SHEET

IDENTIFICATION

1 2 3 4 5

D R

AW

N

B Y:

D

ES

I G N

B Y:

SB

M

T

BY

S

IZ

E :

FI

LE

N

A M

E:

IS

SU

E D

A

TE

C O

N

TR

AC

T

N O

S O

LI

C

IT

AT

IO

N

N O

U S

AR

M

Y C

O R

PS

O

F

EN

G

IN

EE

R

S

C

KD

B Y:

US Army Corps of Engineers ®

" x

4"

D

C

B

A

FI

LE

N U

M

BE

R

P

LO

T

SC

A

LE

P

LO

T D

AT

E:

8/ 7/

2 0

6:

: 0

PM

TH

U

LE

A

IR

B

AS

E

G R

E

EN

LA

N

D M

-P

LA

N T

FI

R

E S U

PP

R

ES

SI

O N

P R

O

JE

C T

5/

/2

W W

C X

-1

BALTIMORE DISTRICT

D es ig ne r

A ut ho r

A pp ro ve r

FX002

BA

LT

IM

O

RE

D

I S

TR

IC

T

B A

LT

IM

O

RE

, M

A R

YL

AN

D

S U

B M

IS

SI

O N

C he ck er

IS

O

M

ET

R

IC

V I E

W O

F D

EM

O

LI

TI

O N

FX

0 0

2-

M

AR

K D

ES

C

R

IP

TI

O

N D

AT

E

AP

PR

FX002

1 ISOMETRIC VIEW - DEMOLITION

NOTE: THE DEMOLITION WORK SHOWN IS PART OF OPTIONAL BID ITEM 2.

INCOMING WATER LATERAL (EX,

ON ELEVATED UTILITY BRIDGE) NEW WATER LATERAL MOUNTED

ON OUTSIDE OF EXTERIOR WALL

ADJACENT TO EXISTING

FDC

BFP TEST HEADER

DOUBLE-CHECK BFP

CONTROL VALVE

SPRINKLER MAIN / S

TANDPIPE (SEE NOTE ON FX002)

HOSE CABINET (TYP FOR 7)

NEW SPRINKLER MAIN, UPPER LEVEL

NEW SPRINKLER MAIN, LOWER LEVEL

CLEAN AGENT RELEASING

AND CONTROL EQUIPMENT

(SEE FX401)

INCOMING WATER LATERAL (NEW, ON

ELEVATED UTILITY BRIDGE). INSULATE,

HEAT TRACE, AND JACKET (SEE SPEC).

WATER MAIN ADJACENT TO STREET

NEW INDICATOR VALVE

CONNECTION TO EXISTING

SPRINKLER MAIN / STANDPIPE (SEE NOTE ON FX002)

SPRINKLER MAIN / STANDPIPE

SPRINKLER MAIN TO BOILER BUILDING.

INSULATE, HEAT TRACE, AND JACKET (SEE SPEC).

STANDPIPE TO HOSE CABINET IN THE BOILER

BUILDING. (EX, SEE NOTE ON FX002). INSULATE,

HEAT TRACE, AND JACKET (SEE SPEC).

SPRAY SYSTEM MAIN TO

LUBE OIL CONTAINMENT

SHEET

IDENTIFICATION

1 2 3 4 5

D R

AW

N

B Y:

D

ES

I G N

B Y:

SB

M

T

BY

S

IZ

E :

FI

LE

N

A M

E:

IS

SU

E D

A

TE

C O

N

TR

AC

T

N O

S O

LI

C

IT

AT

IO

N

N O

U S

AR

M

Y C

O R

PS

O

F

EN

G

IN

EE

R

S

C

KD

B Y:

US Army Corps of Engineers ®

" x

4"

D

C

B

A

FI

LE

N U

M

BE

R

P

LO

T

SC

A

LE

P

LO

T D

AT

E:

8/ 7/

2 0

6:

: 1

PM

TH

U

LE

A

IR

B

E

EN

LA

N

D M

-P

LA

N T

FI

R

E S U

PP

R

ES

SI

O N

P R

O

JE

C T

5/

/2

W W

C X

-1

BALTIMORE DISTRICT

D es ig ne r

A ut ho r

A pp ro ve r

FX003

BA

LT

IM

O

RE

D

I S

TR

IC

T

B A

LT

IM

O

RE

, M

A R

YL

AN

D

S U

B M

IS

SI

O N

C he ck er

IS

O

M

ET

RI

C

VI

EW

O F

N

EW

W O

R K

FX

0 0

3-

M

AR

K D

ES

C

R

IP

TI

O

N D

AT

E

AP

PR

FX003

1 ISOMETRIC VIEW - NEW WORK

U P

U P

D N

D N

U P

U P

A A.3 B B.3 B.7 C C.7 D E

C* B* A*

3*

2*

1*

UP

UP

UP

UP

UP

LH

ARCTIC ENTR.

OH

CHEM STORAGE

OH

WATER LAB

OH

BOILER PLANT

OH

LUBE OIL SECONDARY

CONTAINMENT

OH

SHOP AREA

OH

PARTS

STORAGE

OH

CLEAN BENCH

OH

ELECTRICAL ROOM

OH

CONTROL ROOM

LH

ARCTIC ENTR.

LH

STAIR

LH

STAIR

CLASS III HOSE CABINET

TO SPRAY SYSTEM (TYP FOR 6)

3-INCH DELUGE VALVE (TYP FOR 6)

ZONE CONTROL

ASSEMBLY FOR

GENERATOR SPRAY

SYSTEM

3-INCH UP

CLASS III HOSE CABINET)

ZCA

3-INCH UP

3-INCH UP

3-INCH UP (TYP)

CLASS III HOSE CABINET

CLASS III HOSE CABINET

CLASS III HOSE CABINET

CLASS III HOSE CABINET

ZONE CONTROL ASSEMBLY FOR

LOWER LEVEL SPRINKLERS

SPRINKLER MAIN

TO LOWER LEVEL

NOTE 2

NOTE 1

NOTE 1

FDC MOUNTED 36-INCH

ABOVE GRADE

4-INCH CHECK

VALVE

3-INCH TO LUBE OIL

SPRAY SYSTEM

3-INCH UP

3-INCH UP

BFP TEST HEADER MOUNTED

48-INCH ABOVE GRADE

BFP

SPRINKLER MAIN UP

SPRINKLER MAIN UP

4-INCH UP

4-INCH UP

NOTE 3

FX401

EXISTING AIR COMPRESSOR

EQUIPMENT NO LONGER IN USE.

DEMOLISH THIS EQUIPMENT UNDER

THIS CONTRACT.

OH

RADIATOR BAY

OH

AIR COMPRESSORS

GENERATOR 1

GENERATOR 2

GENERATOR 3

GENERATOR 4

GENERATOR 5

BOILERBOILER BOILER

BOILER

BOILER

SPRINKLER MAIN

TO LOWER LEVEL

RISER UP

ZONE CONTROL

ASSEMBLY FOR

GENERATOR SPRAY

SYSTEM

ZONE CONTROL

ASSEMBLY FOR

GENERATOR SPRAY

SYSTEM

SHEET

IDENTIFICATION

1 2 3 4 5

D R

AW

N

B Y:

D

ES

I G N

B Y:

SB

M

T

BY

S

IZ

E :

FI

LE

N

A M

E:

IS

SU

E D

A

TE

C O

N

TR

AC

T

N O

S O

LI

C

IT

AT

IO

N

N O

U S

AR

M

Y C

O R

PS

O

F

EN

G

IN

EE

R

S

C

KD

B Y:

US Army Corps of Engineers ®

" x

4"

D

C

B

A

FI

LE

N U

M

BE

R

P

LO

T

SC

A

LE

P

LO

T D

AT

E:

/3

2"

'-0

8/ 7/

2 0

6:

: 3

PM

TH

U

LE

A

IR

B

E

EN

LA

N

D M

-P

LA

N T

FI

R

E S U

PP

R

ES

SI

O N

P R

O

JE

C T

5/

/2

W W

C X

-1

BALTIMORE DISTRICT

D es ig ne r

A ut ho r

A pp ro ve r

FX101

BA

LT

IM

O

RE

D

I S

TR

IC

T

B A

LT

IM

O

RE

, M

A R

YL

AN

D

S U

B M

IS

SI

O N

C he ck er

F I R

E S U

PP

R

ES

SI

O N

LE

VE

L

FX

1 0

1-

N

M

AR

K D

ES

C

R

IP

TI

O

N D

AT

E

AP

PR

3/32" = 1'-0"FX101

2 LEVEL 1

DRAWING NOTES:

1. DO NOT ROUTE PIPE IN THE NEC (NFPA 70) DEDICATED

SPACE OF ELECTRICAL EQUIPMENT. PIPE MUST BE ROUTED IN

AISLES BETWEEN EQUIPMENT. REFER TO SHEET FX401 FOR

APPROXIMATE EQUIPMENT LAYOUT (CONTRACTOR MUST FIELD

VERIFY CONDITIONS).

2. AT EACH SPRINKLER LOCATED UNDER A CATWALK OR

MEZZANINE, THE CONTRACTOR MUST INSTALL A 4-FOOT X 4-

FOOT THERMAL BARRIER UNDER METAL GRATE CATWALKS

THAT WOULD OTHERWISE PERMIT HEAT TO ESCAPE TO THE

UPPER LEVEL. THE THERMAL BARRIER MUST BE

CONSTRUCTED OF MINIMUM 1/2-INCH THICK TYPE X GYP BOARD

OR 20-GAUGE GALVANIZED STEEL SHEET.

3. THIS PROJECT WILL INCLUDE A TOTAL-FLOODING CLEAN

AGENT FIRE SUPPRESSION SYSTEM SERVING THE ELECTRICAL

ROOM (REFER TO SHEET FX401).

HAZ

ROOM NAME

HAZARD CLASSIFICATION

PER UFC 3-600-01:

LH = LIGHT HAZARD

OH = ORDINARY HAZARD

SPRAY SYSTEM NOTES:

1. DESIGN THE SPRAY SYSTEMS IN ACCORDANCE WITH UFC 3-

600-01, NFPA 850, AND NFPA 15.

2. GENERATOR SPRAY SYSTEMS MUST PROVIDE COVERAGE OF

SECONDARY CONTAINMENT AND GENERATORS. PROVIDE ONE

ZONE CONTROL ASSEMBLY FOR EACH SPRAY SYSTEM RISER

AS SHOWN.

3. LUBE OIL SPRAY SYSTEM MUST PROVIDE COVERAGE OF

SECONDARY CONTAINMENT AND GENERATORS.

4. PROVIDE LINEAR HEAT DETECTOR, CONTROLLER, AND FIRE

ALARM INPUT MODULES TO COMMUNICATE TO THE EXISTING

FACP.

D N

D N

D N

A A.3 B B.3 B.7 C C.7 D E

C* B* A*

3*

2*

1*

DN

OPEN TO

BELOW

OH

MEZZ. STORAGE

LH

STAIR

LH

BUNK

OH

LOCKER

LH

MEN

LH

WOMEN

OH

LOCKER

LH

DAY ROOM

LH

STAIR

OH

RECORDS

LH

CORRIDOR

OH

BATTERY

LH

OFFICE

OH

MECH ROOM

OPEN TO

BELOW OH

RADIATOR BAY

OH

J.C.

OH

EQUIP. MEZZ.

CLASS III HOSE CABINET

3-INCH DN

4-INCH DN

3-INCH DN

3-INCH DN

3-INCH DN (EX)

3-INCH STANDPIPE

3-INCH DN

SPRINKLER MAIN, BOILER PLANT

ZONE CONTROL ASSEMBLY FOR

UPPER LEVEL SPRINKLERS

SPRINKLER MAIN UPPER LEVEL

6-INCH SPRINKLER MAIN

6-

IN

C H

S

PR

IN

KL

ER

M

AI

N

(N

EW

DN TO FDC

3-INCH DN

4-INCH DN

3-INCH DN

3-INCH DN

NOTE 3

3-INCH DN

UP FROM FDC

INCOMING WATER LINE ON UTILITY BRIDGE (EX)

3-INCH DN

NOTE 1

NOTE 4

NOTE 2

INCOMING WATER LINE ON UTILITY BRIDGE (NEW)

ZCA FOR RADIATOR BAY MAIN

RADIATOR BAY MAIN SERVING

DRY-TYPE SIDEWALL HEADS

GENERATOR DAY TANK (JP-8, TYP FOR 5)

NOTE 1

SHEET

IDENTIFICATION

1 2 3 4 5

D R

AW

N

B Y:

D

ES

I G N

B Y:

SB

M

T

BY

S

IZ

E :

FI

LE

N

A M

E:

IS

SU

E D

A

TE

C O

N

TR

AC

T

N O

S O

LI

C

IT

AT

IO

N

N O

U S

AR

M

Y C

O R

PS

O

F

EN

G

IN

EE

R

S

C

KD

B Y:

US Army Corps of Engineers ®

" x

4"

D

C

B

A

FI

LE

N U

M

BE

R

P

LO

T

SC

A

LE

P

LO

T D

AT

E:

/3

2"

'-0

8/ 7/

2 0

6:

: 5

PM

TH

U

LE

A

IR

B

E

EN

LA

N

D M

-P

LA

N T

FI

R

E S U

PP

R

ES

SI

O N

P R

O

JE

C T

5/

/2

W W

C X

-1

BALTIMORE DISTRICT

D es ig ne r

A ut ho r

A pp ro ve r

FX102

BA

LT

IM

O

RE

D

I S

TR

IC

T

B A

LT

IM

O

RE

, M

A R

YL

AN

D

S U

B M

IS

SI

O N

C he ck er

F I R

E S U

PP

R

ES

SI

O N

M

EZ

ZA

N

IN

E L E

VE

L

FX

1 0

2-

M

AR

K D

ES

C

R

IP

TI

O

N D

AT

E

AP

PR

3/32" = 1'-0"FX102

1 MEZZANINE N

DRAWING NOTES:

1. FLOORING IS OPEN GRATE STEEL.

2. COVERAGE FOR HIGH-BAY AREAS INDICATED ON PLANS AS

'OPEN TO BELOW' MUST BE FED FROM BRANCH MAINS

ORIGINATING ON THE LOWER LEVEL.

3. THE NEW PIPE MUST BRIDGE BETWEEN THE TWO BUILDINGS

PARALLEL WITH THE EXISTING BOILER PIPING AND SPRINKLER

STANDPIPE. PROVIDE HEAT TRACING, INSULATION, AND

WEATHER JACKETING TO MATCH THE MATERIALS USED FOR

THE EXISTING PIPING.

4. PROTECT RADIATOR BAY BY DRY-TYPE SIDEWALL HEADS FOR

FREEZE PROTECTION.

NOTE 2

HAZ

ROOM NAME

HAZARD CLASSIFICATION

PER UFC 3-600-01:

LH = LIGHT HAZARD

OH = ORDINARY HAZARD

U P

FARPLOC

A A.3 B

TWO (2) 24-INCH X 6-INCH

LADDER-STYLE CABLE TRAYS (EX)

NOTE 6

TWO (2) 24-INCH X 6-INCH LADDER-

STYLE CABLE TRAYS (EX)

NOTE 6

ONE (1) 24-INCH X 6-INCH

LADDER-STYLE CABLE TRAY (EX)

NOTE 6

NOTE 1

N O

TE

NON-SEG. BUS DUCT

TO EXTERIOR (EX)

NOTE 6

N O

TE

N O

TE

NOTE 4

NOTE 4

DASHED LINE: NOTE 2, 7, 8, 9, 10

NOTE 5 (TYP FOR 8)

NOTE 3

N O

TE

NOTE 1

NOTE 1

NOTE 1

NOTE 1

NOTE 1 NOTE 1

NOTE 1

NOTE 1

NOTE 1

NOTE 1

NOTE 1

NOTE 1

NOTE 1

NOTE 1

NOTE 11

HOSE CABINET (EX)

NOTE 12

NOTE 13

NOTE 14, 15

NOTE 14, 15

NOTE 14, 15

SHEET

IDENTIFICATION

1 2 3 4 5

D R

AW

N

B Y:

D

ES

I G N

B Y:

SB

M

T

BY

S

IZ

E :

FI

LE

N

A M

E:

IS

SU

E D

A

TE

C O

N

TR

AC

T

N O

S O

LI

C

IT

AT

IO

N

N O

U S

AR

M

Y C

O R

PS

O

F

EN

G

IN

EE

R

S

C

KD

B Y:

US Army Corps of Engineers ®

" x

4"

D

C

B

A

FI

LE

N U

M

BE

R

P

LO

T

SC

A

LE

P

LO

T D

AT

E:

/4

'-0

8/ 7/

2 0

7:

: 1

PM

TH

U

LE

A

IR

B

E

EN

LA

N

D M

-P

LA

N T

FI

R

E S U

PP

R

ES

SI

O N

P R

O

JE

C T

5/

/2

W W

C X

-1

BALTIMORE DISTRICT

D es ig ne r

A ut ho r

A pp ro ve r

FX401

BA

LT

IM

O

RE

D

I S

TR

IC

T

B A

LT

IM

O

RE

, M

A R

YL

AN

D

S U

B M

IS

SI

O N

C he ck er

EL

E C

TR

IC

A L

R O

O M

C

LE

A N

A G

E N T

S Y

ST

EM

FX

4 0

1-

M

AR

K D

ES

C

R

IP

TI

O

N D

AT

E

AP

PR

1/4" = 1'-0"FX401

1 ELECTRICAL ROOM

N

N.T.S.FX401

2 ISOMETRIC - ELECTRICAL ROOM

DRAWING NOTES (CONT.):

5. THE CONTRACTOR MUST SEAL AROUND ALL STRUCTURAL

MEMBER PENETRATIONS OF THE WALLS. IN FIRE BARRIERS, THIS

MUST BE DONE USING FIRE-STOPPING PRODUCTS/ASSEMBLIES

INTENDED FOR THIS APPLICATION. IN NON-FIRE BARRIERS AND

EXTERIOR WALLS,

6. WIRETRAYS PENETRATIONS MUST BE PROTECTED WITH

REMOVEABLE FIRESTOP ITEMS THAT ALSO MAINTAIN THE REQUIRED

L-RATING (E.G. PILLOWS THAT ARE TIGHTLY PACKED AND FIRE-

CAULKED IN PLACE).

7. THE CONTRACTOR MUST SEAL THE FLOOR SLAB-TO-WALL JOINT

AROUND THE ENTIRE PERIMETER OF THE ROOM (INCLUDING

EXTERIOR WALLS) USING A CONTINUOUS BEAD OF SEALANT. FOR

FIRE BARRIER WALLS, FIRE CAULK MUST BE USED.

8. THE CONTRACTOR MUST SEAL THE CEILING/DECK-TO-WALL JOINT

AROUND THE ENTIRE PERIMETER OF THE ROOM (INCLUDING

EXTERIOR WALLS) USING A CONTINUOUS BEAD OF SEALANT. FOR

FIRE BARRIER WALLS, FIRE CAULK MUST BE USED. WHERE THE

FLUTED STEEL DECK RUNS PERPENDICULAR TO THE WALL, THE

GAPS AT EACH FLUTE MUST BE SEALED USING CLOSED CELL

EXPANDING FOAM THAT IS ENTIRELY ENCAPSULATED BY MINERAL

WOOL AND FIRE CAULK.

9. ALL ELECTRICAL CONDUITS MUST BE SEALED USING FIRE CAULK.

IN CASES WHERE JUNCTION BOXES, CABINETS, OR PANELS WOULD

PERMIT AIR TRANSFER ACROSS THE ROOM BOUNDARY, THESE

MUST BE SEALES USING PUTTY PADS, FIRE CAULKING, OR

REMOVABLE PASS-THROUGH FIRE STOP DEVICES.

10. THE CONTRACOR MUST THOROUGHLY INSPECT THE FLOOR,

WALLS, AND CEILING AND SEAL ANY OPENING SMALLER THEN 1/2-

INCH THAT IS NOT OTHERWISE INDICATED WITH FIRE CAULK.

LARGER OPENINGS CAN BE SEALED USING CLOSED CELL

EXPANDING FOAM THAT IS ENTIRELY ENCAPSULATED BY MINERAL

WOOL AND FIRE CAULK.

11. PROVIDE AN AIR-SAMPLING SMOKE DETECTOR AND UL-LISTED

SAMPLING TUBE. DETECTOR MUST PROVIDE TOTAL COVERAGE OF

ELECTRICAL ROOM. THE DETECTOR MUST HAVE FOUR (4) ALARM

LEVELS AND BE INTEGRATED WITH THE CLEAN AGENT RELEASING

PANEL.

12. PROVIDE A CLEAN AGENT RELEASING PANEL THAT IS LISTED FOR

USE IN FIRE SUPPRESSION SYSTEMS BY A NATIONALLY RECOGNIZED

TESTING LABORATORY. MOUNT THE PANEL SUCH THAT THE TOP OF

THE CABINET IS LESS THAN 72-INCHES AFF. INTEGRATE THE CLEAN

AGENT RELEASING PANEL TO THE EXISTING FIRE ALARM SYSTEM.

13. FLOOR SPACE DEDICATED TO CLEAN AGENT CANISTER

INSTALLATION. THE CONTRACTOR MUST PROVIDE A STEEL ANGLE

FRAME TO SUPPORT THE CANISTERS AND PROTECT THEM FROM

DAMAGE. THE CONTRACTOR IS RESPONSIBLE FOR SYSTEM SIZING

(ASSUME APPROX. 1025 LBS OF AGENT).

14. PROVIDE AN A/V NOTIFICATION APPLIANCE CONSISTING OF A

HORN AND A ROTATING BEACON. THE A/V APPLIANCE MUST ACTIVATE

UPON INITIATING OF THE CLEAN AGENT RELEASING SEQUENCE.

15. PROVIDE A MANUAL INITIATING AND ABORT STATION WHERE

INDICATED. THE ABORT STATION MUST PREVENT OPERATION IF THE

SYSTEM WHEN DEPRESSED AND HELD FOR AN ADJUSTABLE TIME.

16. PROVIDE A 120V CIRCUIT TO SERVE THE RELEASING PANEL. THE

BREAKER MUST HAVE A RED-COLORED COVER WITH THE WORDS

'LIFE SAFETY'.

NOTE 2

DRAWING NOTES:

1. LOCATIONS OF EXISTING ELECTRICAL EQUIPMENT SHOWN

ON THIS PLAN ARE APPROXIMATE AND THE CONTRACTOR

MUST FIELD VERIFY CONDITIONS. NEW AIR SAMPLING TUBE

AND FIRE SUPPRESSION (SPRINKLER AND CLEAN AGENT)

PIPING, HEADS, AND NOZZLES MUST BE ROUTED IN THE

AISLES BETWEEN EQUIPMENT AND NOT IN THE NEC

DEDICATED SPACE ABOVE EQUIPMENT.

2. PROVIDE A TOTAL-FLOODING CLEAN AGENT FIRE

SUPPRESSION SYSTEM FOR THE ELECTRICAL ROOM. THE

ROOM INTEGRITY WILL HAVE TO BE INCREASED TO REDUCE

AIR EXFILTRATION OR INFILTRATION WHEN THE ROOM IS

UNDER POSITIVE AND NEGATIVE PRESSURE. THE

CONTRACTOR MUST SEAL ALL OPENINGS, GAPS, JOINTS, AND

AIR PATHWAYS AS INDICATED AND AS REQUIRED BY FIELD

CONDITIONS. A BLOWER-DOOR TEST MUST BE CONDUCTED

PER NFPA 2001 GUIDANCE. THE CONTRACTOR IS

RESPONSIBLE FOR ALL WORK REQUIRED FOR A SUCCESSFUL

BLOWER-DOOR TEST. THERE ARE NUMEROUS SMALL-

DIAMETER UTILITY THROUGH-PENETRATIONS THAT ARE NOT

SHOWN ON PLANS. THE ELECTRICAL ROOM WALLS EXTEND

FROM FLOOR SLAB TO THE UNDERSIDE OF THE MEZZANINE

FLOOR ABOVE. THERE IS NO CEILING - THE STRUCTURE AND

FLUTED STEEL DECK IS EXPOSED.

3. THE EXISTING WALL INDICATED IS A 1-HOUR FIRE BARRIER.

REMOVE ALL EXISTING FIRE-STOPPING MATERIALS FROM

UTILITY PENETRATIONS AND REPLACE WITH NEW. ALL

FIRESTOPPING MUST BE DONE ACCORDING TO A LISTED

DETAIL (REF. SPEC 07 84 00).

4. THE EXISTING DOORS MUST BE GASKETED TO REDUCE AIR

LEAKAGE. SEAL AROUND PERIMETER OF FRAME WITH FIRE

CAULK.

SCOPE OF WORK:

BASE BID: ALL WORK IDENTIFED AS "NEW" EXCEPT AS NOTED

BELOW.

OPTION 1: THE NEW SPRINKLER SYSTEM FOR THE BOILER

PLANT, INCLUDING THE BRANCH MAIN BACK TO THE POINT OF

CONNECTION IN THE M-PLANT.

OPTION 2: ALL INTERIOR EXISTING PIPING AND FITTINGS MUST BE

REPLACED IN-KIND. ALL CLASS III STANDPIPE HOSE CABINETS

MUST BE DEMOLISHED AND REPLACED WITH CLASS I 2-1/2-INCH

FIRE HOSE VALVES.

<< FLOW

FDC

(INSTALL 36" ABOVE

GRADE)

WALL PLATE W/ SILLCOCK

FLANGE

PIPE SLEEVE

1/2" DRAIN

ABD

ABD

1/2" TO DRAIN

OUTSIDE

CHECK VALVE

TO

S

YS

TE

M

TO

S

YS

TE

M

INSIDE OF BLDG SIDE VIEW

STANDPIPE OR RISER AS INDICATED

GROOVED COUPLING

GROOVED REDUCER

2-1/2" GROOVED & THREADED NIPPLE

2-1/2" ANGLE HOSE VALVE. INSTALL

CONNECTION 36"-72" A.F.F.

AT BOTTOM OF RISER

IN MIDDLE OF RISER

2-1/2" THREADED COUPLING

REDUCING TEE W/ GROOVED MAIN AND THREADED

BRANCH CONNECTION

2-1/2" THREADED NIPPLE

1"X1/2" NPT

REDUCER

BRANCH PIPE

UPRIGHT SPRINKLER

HEAD

THREADED TEE

BRANCH PIPE

THREADED TEE

UPRIGHT SPRINKLER HEADPENDENT SPRINKLER HEAD

THREADED ELBOW

1" DIA NIPPLE

PIPE HANGER W/ SURGE RESTRAINT

1"X1/2" NPT REDUCER

ESCUTCHEON

WATERFLOW SWITCH

CHECK VALVE

OS&Y CONTROL VALVE

TO SPRINKLER ZONE

ZONE TEST VALVE

SIGHT GLASS

ORIFICE FITTING WITH PRESSURE LOSS

EQUAL TO SMALLEST SPRINKLER IN

ZONE

ZONE DRAIN VALVE

ST

AN

D

PI

PE

D R

AI

N

R

IS

ER

PRESSURE GAUGE

FAST CLAMP SWAY BRACE

ATTACHMENT

FAST CLAMP SWAY

BRACE

ATTACHMENT SWIVEL

SWAY

BRACE

FITTING

BRACE PIPE

BRACE PIPE

PIPE CLAMP FOR SWAY BRACE

SWIVEL SWAY

BRACE FITTING

SWIVEL SWAY

BRACE FITTING

SHEET

IDENTIFICATION

1 2 3 4 5

D R

AW

N

B Y:

D

ES

I G N

B Y:

SB

M

T

BY

S

IZ

E :

FI

LE

N

A M

E:

IS

SU

E D

A

TE

C O

N

TR

AC

T

N O

S O

LI

C

IT

AT

IO

N

N O

U S

AR

M

Y C

O R

PS

O

F

EN

G

IN

EE

R

S

C

KD

B Y:

US Army Corps of Engineers ®

" x

4"

D

C

B

A

FI

LE

N U

M

BE

R

P

LO

T

SC

A

LE

P

LO

T D

AT

E:

2"

'-0

8/ 7/

2 0

7:

: 3

PM

TH

U

LE

A

IR

B

E

EN

LA

N

D M

-P

LA

N T

FI

R

E S U

PP

R

ES

SI

O N

P R

O

JE

C T

5/

/2

W W

C X

-1

BALTIMORE DISTRICT

D es ig ne r

A ut ho r

A pp ro ve r

FX501

BA

LT

IM

O

RE

D

I S

TR

IC

T

B A

LT

IM

O

RE

, M

A R

YL

AN

D

S U

B M

IS

SI

O N

C he ck er

F I R

E S U

PP

R

ES

SI

O N

D E T

A

IL

S

FX

5 0

1-

N.T.S.FX501

2 FDC, WALL MOUNTED DETAIL

N.T.S.FX501

3 EXPOSED FIRE HOSE VALVE DETAIL

N.T.S.FX501

4 UPRIGHT & PENDENT DETAIL

N.T.S.FX501

5 ZCA, W/ STANDPIPE DETAIL

N.T.S.FX501

6 SWAY BRACE, LATERAL DETAIL

N.T.S.FX501

7 SWAY BRACE, LONGITUDINAL DETAIL

M

AR

K D

ES

C

R

IP

TI

O

N D

AT

E

AP

PR

NOTES:

: HEAT CABLE

Plan and Details not to be scaled.

Minimum insulating thickness to be 106mm.=4".

= 80 Ft.

= 195 Ft. and actual lenght used.

For Fire Protection sprinkler water line.

S O

L

IC

IT

A T

IO

N N

O

F

IL

E N

A M

E

D W

N B

Y

C K

D B

Y

D E

S

IG

N E

D B

Y

D E

S C

R

IP

T

IO

N

D

2 3

C

4 5

A

B

M A

R K

A P

P R of Engineers

US Army Corps

D A

T E

S

IZ

E

S U

B M

IT

T E

D B

Y

P L

O T D

A T

E

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N A

P P

R

D A

T E

C O

N T

R A

C T N

O

SHEET OF XXX

IP

S

H O

R T

D E

S

IG

N

A N

S I

D

U S

E R

N A

M E

P L

O T

T E

D B

Y

S

Y T

IM

E

F I L

M E

U S

E R

N A

M E

S u b m i t t e d b y

D D

M M

M

Y Y

H

:M

M P l o t a t e

New York District

NUMBER

REFERENCE

SHEET

N E

W Y

O R

K D

IS

T R

IC

T

N Y

C O

R P

S O

F E

N G

IN

E E

R S

U S

A R

M Y E

N G

IN

E E

R D

IS

T R

IC

T N

O V

M -P

L A

N T F

IR

E S

U P

P R

E S

S

IO

N

E x is t in g d

B a y

C

E n g in e o m

M

PP-B, 17

PP-B, 19

Existing Boiler Room

50 FT./15.24 METERS

WATER LINE APPROX.

FOR FIRE PROTECTION

HEAT TRACE CABLES

BOILER ROOM.

POWER PANEL LOCATED WITHIN

SYSTEMS NOT SHOWN). EXISTING

(EXISTING HEAT TRACE CONTROL

AND MANUAL CONTROL SWITCH

NEW HEAT TRACE CONTROL PANEL

SCALE: N.T.S.

E-01

B O

IL

E R P

L A

N

H E

A T T

R A

C

IN

8"

11"

LINE IN

LINE NEUTRAL

TRACE IN

TRACE NEUTRAL

DETAIL: CONTROLLER LINEUP ELEVATION VIEW

MANUFACTURER REQUIREMENT

CKT BRK TO BE SIZED PER

FOR NON-HAZARDOUS AREAS

IN FIBERGLASS ENCLOSURE

RELAY/CONTROL ASSEMBLY

2-POLE 30A, 208V

DETAIL: HEAT TRACE CONTROLLER:

AND OVERCURRENT PROTECTION (TYP)

SEE PANEL SCHEDULE FOR CIRCUIT

SWITCH

MANUAL

PIPING SYSTEM

FIRE PROTECTION

FOR CONTROLLER AND MANUAL CONTROLS

TO PANEL PP-B 3-#12AWG-3/4"C

HTFP-1

PIPING SYSTEM

FIRE PROTECTION

PROVIDE LABELS FOR CONTROLLER & MANUAL SWITCH

E-02

D E

T A

IL

S A

N D N

O T

E S

H E

A T T

R A

C E S

Y S

T E

M

SPECIFIED FOR MECHANICAL, CONTRACTOR SHALL COORDINATE INSTALLATION AND ALL MATERIAL

FOR PIPING LAYOUT.

PROVIDE HEAT TRACE CONTROLLER FOR FIRE PROTECTION PIPINGS. REFER TO FIRE PROTECTION PLANS

HEAT TRACING:-6.

WITH ALL TRADES INVOLVED.

PROVIDE DISCONNECT MEANS FOR EQUIPMENTS IN ACCORDANCE WITH NFPA 70. WHERE VFD'S ARE 5.

SEE HEAT TRACING NOTES BELOW AND IN E-03.4.

PROVIDE ADDITIONAL HEAT SINK PLATES AS REQUIRED. PROVIDE SUFFICIENT CLEARANCE PER NFPA 70.

LOCATE ALL CONTROLLERS AGAINST OUTER WALL TO COMPENSATE OVERHEATING OF THE PANEL.3.

EQUIPMENT INSTALLATION.

REFER TO FIRE PROTECTION LAYOUT AND COORDINATE PANEL LOCATIONS WITH FIRE PROTECTION2.

FOR PROTECTING ELECTRICAL EQUIPMENT, AS REQUIRED PER NEC ART 110.

PROVIDE DRIP-PROOF MEASURE FOR ALL FOREIGN PIPING INTRUDED INTO ELECTRICAL SPACES1.

GENERAL NOTES:

AFTER DELIVERY. PRIOR TO INSTALLING INSULATION, AND AFTER INSULATION HAS BEEN APPLIED TO PIPES.

ALL HEAT CABLES SHALL BE TESTED PER MANUFACTURER'S REQUIREMENTS. TEST SHALL BE CONDUCTED10.

THE VESSEL. HEAT CABLE SHALL BE FIELD ADJUSTABLE.

VARY ITS POWER OUTPUT RELATIVE TO THE TEMPERATURE OF THE SURFACE OF THE PIPE OR

ALL HEAT CABLE SHALL BE SELF-REGULATING TYP. SELF-REGULATING HEATING CABLE SHALL 9.

AGAINST MOISTURE.

CONTROLLER ENCLOSURES SHALL BE CORROSION RESISTANT AND WITH PROTECTION8.

PROVIDE BOTH VISUAL AND AUDIBLE ALARMS.7.

PANELS SHALL BE CAPABLE OF REMOTE TEMPERATURE MONITORING AND ALARM SENSING.6.

AT 30mA. REFER TO MANUFACTURER INSTALLATION NOTES.

HEAT TRACE CONTROLLERS SHALL BE EQUIPPED WITH GROUND FAULT PROTECTION DEVICES 5.

SEE HEAT TRACE CABLE SCHEDULE AND HEAT TRACER ARRANGEMENT DETAILS ON SHEET XXX. 4.

AND 1 MANUAL SWITCH - FOR SPARE CKT.

- FIRE SUPPRESSION, WATER 1: 1 CONTROLLER - FOR (1) CONTROL SETTINGS OF HEAT CABLES;

TEMPERATURES.

PIPING: CONTROLLERS REQUIREMENT ARE AS FOLLOWS (CONTROLLED BY PIPE 3.

MANUFACTURER INSTRUCTION.

ALL HEAT TRACING INSTALLATIONS SHALL BE PERFORMED IN ACCORDANCE WITH2.

- PROVIDE SHOP DRAWINGS FOR GOV'T REVIEW AND APPROVAL.

- VOLTAGE, POWER AND CIRCUIT SIZING REQUIREMENT

- CABLING REQUIREMENT AND QUANTITY

- HEAT LOSS CALCULATION

- LINE SIZE AND INSULATION

- MAINTENANCE TEMPERATURE

REQUIREMENT. DESIGN SHALL INCLUDE THE FOLLOWING:

PROVIDE BILL OF MATERIAL AND CALCULATION BASED ON MANUFACTURER

BASED ON ACTUAL PIPE LENGTHS INSTALLED, AND CONDITION OF AND INSTALLATION.

CONTRACTOR IS RESPONSIBLE FOR CALCULATING HEAT TRACE CABLE CAPACITY

AND SIZES ARE BASED ON EMPIRICAL CALCULATION.

PROVIDE A HEAT TRACE CONTROLLERS AND MANUAL CONTROL SWITCHES. CIRCUIT QTY1.

HEAT TRACING MATERIAL NOTES:

S O

L

IC

IT

A T

IO

N N

O

F

IL

E N

A M

E

D W

N B

Y

C K

D B

Y

D E

S

IG

N E

D B

Y

D E

S C

R

IP

T

IO

N

D

2 3

C

4 5

A

B

M A

R K

A P

P R of Engineers

US Army Corps

D A

T E

S

IZ

E

S U

B M

IT

T E

D B

Y

P L

O T D

A T

E

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N A

P P

R

D A

T E

C O

N T

R A

C T N

O

SHEET OF XXX

IP

S

H O

R T

D E

S

IG

N

A N

S I

D

U S

E R

N A

M E

P L

O T

T E

D B

Y

S

Y T

IM

E

M E

U S

E R

N A

M E

S u b m i t t e d b y

D D

M M

M

Y Y

:M

M P l t e

New York District

NUMBER

REFERENCE

SHEET

N E

W Y

O R

K D

IS

T R

IC

T

N Y

C O

R P

S O

F E

N G

IN

E E

R S

U S

A R

M Y E

N G

IN

E E

R D

IS

T R

IC

T N

O V

M -P

L A

N T F

IR

E S

U P

P R

E S

S

IO

C

EC

K P

R

IN

T (D

O N

O T

U

SE

fo r C on st ru ct io n)

7. ALL ELECTRICAL WORK MUST BE IN COMPLIENCE WITH THE LATEST NATIONAL ELECTRICAL CODE (NEC).

Interior light

Voltage 208/120

Bus Amp 100 Surface mount.

Location: New Boiler Room.

1 1P 20A 20A 1P 2 Sump pump.

Outside light 3 1P 20A 20A 1P 4 Boiler Controls.

Exit and Emergency light 5 1P 20A 20A 1P 6 Receptacles.

Power for Temperature Control 7 1P 20A 20A 1P 8 Unit Heater

Blower 9 3P 20A 20A 3P 10 Spare

Heat Cab. Cont. S + D 11 20A 2P 12 Heat tracing S + D

Heat Cab. Cont. B + F 13 20A 2P 14 Heat tracing B + F

Heat Cab. Cont. C + W 15 20A 2P 16 Heat tracing C + W

17 2P *20A 20A 1P 18 Spare

2P 2219 2P

1P 24

1P 26

Space only

1P 28

1P 30

10.000 AIR rms symetrical; 3P, 4W+G; Top Feed

Space only

Space only

Space only

Space only

Space only

A B C

Fed From Existing Power Panel PP-I CB-I3 (100A CB)

Amp

ØA

Amp

ØB

Amp

ØC

8 8 8

1 1

1 1

1 1

18 13 16

1P 20 Spare only

Total Amp. 31 18 33

Amp

ØA

Amp

ØB

Amp

ØC

1 1

1 1

1 1

13 5 17

Manual

Manual

Manual

2P

2P

2P 20A

20A

20A

HEAT TRACING CABLES AND CONTROLLER SCHEDULE (NOTES 6 AND 7)

SIZES

PIPE

TYPE

INSULATION

THICKNESS

(INCH)PIPES

WATER MAIN (FIRE PROT.)

(NOTE 5)

NO. OF HEAT TRACE CKTS

(CONTROLLER)(MANUAL)(SPARE)

CABLE TYPE

HEAT TRACE

(W/FT)

CONTROL SETPOINTS

SENSOR SETPOINTS ALARMS SETPOINTS

Existing Boiler PP-B MCB 60 Amp.

Fire Protect. System

Heat Trace Controller for 1 1

Fire Protect. System

Heat Trace Manual Control for 1 1

*20A

Space only

21 1P -

23 3P -

(INCH)

LENGTH (NOTE 4)

HEAT TRACE CABLE

M FT VOLT (V)MCB (A)CKT NO. REMARKS

ELECTRICAL REQUIREMENT

(19) MCB

(17) CNTL

PP-B

1 SPARE CABLE

ALARM AT 2 DEG C, 2 CONTROLS AND

5 DEG C, 2ND SETPOINT AT 4 DEG C,

2 STAGE ACTIVATION: FIRST SETPOINT ATPOLY U 111 5

SPARE: 4 DEG C

CABLE 2: 5 DEG C

CABLE 1: 4 DEG C 15.24 50 2082 DEG C4"

7. PROVIDE CIRCUIT LABELS ON CONTROLLER/SWITCH FOR THE CORRESPONDING LINES. LOCATE CIRCUIT DIAGRAM NEXT TO CONTROLLER FOR CABLE DESCRIPTION AND DESIGNATION.

6. SEE KEY NOTES FOR CABLE ROUTING INFORMATION.

5. HEAT TRACE CABLES (MAIN CIRCUITS) ARE OPERATED ON HEAT TRACE CONTROLLER, AND MANUAL OPERATION WITH SPACE CABLE (TO BE PROVIDED WITH ON-OFF SWITCHES).

4. CABLE DISTANCE WAS INCREASED TO COMPENSATE FOR VERTICAL OFFSET. CONTRACTOR TO VERIFY IN THE FIELD.

3. ALL HEAT CABLE SHALL BE SELF REGULATING TYPE. CABLE DISTANCES IS APPROXIMATE.

2. SEE HEAT TRACE CONTROLLER NOTES ON DWG. E-02 AND THIS PAGE.

1. ACTUAL LENGTH OF CABLES SHALL BE VERIFIED AND DESIGNED BY THE HEAT TRACE MANUFACTURER BASED ON ACTUAL FIELD DIMENSIONS.

SCHEDULE NOTE:

MINIMUM AMBIENT TEMPERATURE: -40 DEG C -40 DEG F

SYMBOLS:

Manual Switch

End of line

M

C

T

Controller: Green Led.

Manual: Red Led.

Temperature sensor equal).

Controller (DigiTrace 920 or approved

SCALE: 1:600

TRUE NORTH

WIND

30 60 MDETAIL: HEAT TRACERS ARRANGEMENT FOR UTILITY LINES

THICKNESS (TYP)

4" INSULATIONINSULATION

POLY-U

ALUMINUM JACKET

FP PIPE

CABLES (AUTO CONTROL)

HEAT TRACE

(MANUAL CONTROL)

HEAT TRACE CABLE

SPARE CABLE

HEAT TRACE

HEAT TRACING ARRANGEMENT

FIRE PROTECTION

HEAT TRACE CABLE REQUIREMENT

FIRE PROTECTION LINE PLAN FOR

E-03

T

LED

Green

CONTROLLER

2P 30A.

SWITCH

MANUAL

LED

Red

Cable For Pipe 1

12AWG.

Cir. #17

Panel PP-B # 12AWG.

208V Feed From

Protection Pipe

Cable For Fire

#12AWG. Cir. #19

Panel PP-B

208V Feed From

E L E

C T

R

IC

A L S

C H

E D

U L E

S

H E

A T T

R A

C

IN

G

PROVIDE NEW 2 POLE, 20 AMP, GROUND FAULT TYPE.

ALL CIRCUIT BREAKER EXISTING, UNLESS OTHERWISE NOTED.

NOTES:

FOR PIPING LOCATIONS AND QUANTITY.

AND ARE NOT SHOWN IN THESE PLANS. REFER TO FA DRAWINGS

HEAT TRACING IS REQUIRED FOR FIRE PROTECTION SYSTEM,7.

TERMINATED IN CONTROL PANEL.

HEAT TRACE CONTROLLERS. ALL SPARE CIRCUITS SHALL BE

MAIN CIRCUIT (PRIMARY) LINES WILL BE CONNECTED TO6.

SEE ADDITIONAL NOTES (KEY NOTES) IN E-03.4.

MECHANICAL ROOM.

WAY TILL INSIDE OF THE SERVICE ENTRANCE POINTS AT

TERMINATE INSULATION AND HEAT TRACE CABLES ALL THE3.

BASED ON ACTUAL INSTALLATION REQUIREMENTS.

CONTRACTOR SHALL CALCULATE SIZING REQUIREMENT

HEAT TRACE CABLE LENGTH ARE APPROXIMATE. 2.

AND LOCATION OF UTILITY PIPES.

REFER TO FIRE PROTECTION DRAWING FOR EXACT DIMENSION1.

NOTE:

S O

L

IC

IT

A T

IO

N N

O

F

IL

E N

A M

E

D W

N B

Y

C K

D B

Y

D E

S

IG

N E

D B

Y

D E

S C

R

IP

T

IO

N

D

2 3

C

4 5

A

B

M A

R K

A P

P R of Engineers

US Army Corps

D A

T E

S

IZ

E

S U

B M

IT

T E

D B

Y

P L

O T D

A T

E

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N A

P P

R

D A

T E

C O

N T

R A

C T N

O

SHEET OF XXX

IP

S

H O

R T

D E

S

IG

N

A N

S I

D

U S

E R

N A

M E

P L

O T

T E

D B

Y

S

Y T

IM

E

M E

U S

E R

N A

M E

S u b m i t t e d b y

D D

M M

M

Y Y

:M

M P l t e

New York District

NUMBER

REFERENCE

SHEET

N E

W Y

O R

K D

IS

T R

IC

T

N Y

C O

R P

S O

F E

N G

IN

E E

R S

U S

A R

M Y E

N G

IN

E E

R D

IS

T R

IC

T N

O V

M -P

L A

N T F

IR

E S

U P

P R

E S

S

IO

C

EC

K P

R

IN

T (D

O N

O T

U

SE

fo r C on st ru ct io n)