W912HN-22-B-4008_DRAWINGS_AMD3.pdf

"x

"x

HWP-1

B-1

BP-1

EUH-1

BT-1

M-301

M-301

EF-4

"x

24"x20"

44"x60"

SD

SD

G

F

7 8 9 10 11

ET-1

ET-2

SUPPLY DUCT

BELOW THE

RETURN DUCT

M-301

70"x30"

RETURN DUCT

"x

"x

T

MHWP-2

8"ø

8"ø

AFMS

M

M

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :1

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-401

M E

C H

A N

IC

A

L E

N L A

R G

E D

P L A

N

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

V N

A R

A L A

S E

T T

I

B W

Y S

Z Y

N S

K I

A N

O O

K A

L A

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

3/8" = 1'-0"1

MECHANICAL ROOM DUCTWORK

SHEET NOTES:

1. REFER TO M-001 FOR MECHANICAL GENERAL NOTES AND

DESIGN CRITERIA.

2. REFER TO M-002 FOR MECHANICAL ABBREVIATIONS AND

LEGENDS.

3. COORDINATE LOUVER SIZES, EXACT LOCATION AND FINISH

WITH ARCHITECT.

4. PROVIDE CARBON MONOXIDE ANALYZER, OXYGEN ANALYZER,

NOX MONITOR TO MONITOR GAS LEVELS IN THE MECHANICAL

ROOM. REFER TO MECHANICAL SPECIFICATIONS 23 09 13

INSTRUMENTATION AND CONTROL DEVICES FOR MORE

INFORMATION AND 23 52 00.

KEYNOTES:

1. MECHANICAL VENTILATION ROOM EXHAUST FAN EF-4.

REFER TO MECHANICAL SCHEDULES FOR MORE

INFORMATION.

2. LOUVER WITH 2 SQ FT NET FREE AREA. COORDINATE

WITH ARCHITECTURAL DWGS AND ELEVATIONS.

3. INTAKE AIR LOUVER WITH 7 SQFT FREE AREA.

PROVIDE LOW LEAKAGE MOTORIZED OUTSIDE AIR

DAMPER WITH A LEAKAGE RATE NOT EXCEEDING 3

CFM/SQ.FT AND SHALL BE LOCATED AS CLOSE AS

POSSIBLE TO THE BUILDING ENVELOPE.

4. 30x16 SUPPLY DUCT DOWN TO BASEMENT.

5. 34x18 RETURN DUCT UP FROM BASEMENT.

6. 42x22 SUPPLY DUCT TO SERVE CLASSIFIED OPEN

WORK AREA 105 AND MEZZANINE AREA.

7. 54x20 RETURN DUCT TO SERVE CLASSIFIED OPEN

WORK AREA 105 AND MEZZANINE AREA.

8. 8" DIA BOILER COMBUSTION AIR DUCT. TERMINATE AT

THE DUCT AT THE WALL WITH A SIDE WALL CAP.

PROVIDE BIRDSCREEN.

9. 8" DIA BOILER EXHAUST DUCT TO TERMINATE AT THE

WALL WITH A SIDE WALL CAP AND BIRDSCREEN.

10.70x30 RETURN DUCT TO AHU-1 PLENUM.

12.PROVIDE DUCT SMOKE DETECTOR AND SMOKE

DAMPER IN RETURN AIR DUCT AS SHOWN. REFER TO

M801 FOR FURTHER INFORMATION.

13. DOMESTIC WATER HEATER AND PUMP. REFER TO

PLUMBING DRAWING P-402 FOR FURTHER DETAILS.

14. PROVIDE CHEMICAL POT FEEDERS FOR CHILLED

WATER AND HEATING HOT WATER SYSTEMS. REFER

TO MECHANICAL DETAILS SHEET M701 AND M504 FOR

FURTHER INFORMATION.

15. NOT USED.

16. PROVIDE MODULATING RETURN AIR DAMPER.

17. INTERLOCK THERMOSTAT WITH EF-4. REFER TO M807

FOR INFORMATION ON CONTROLS.

18. PROVIDE MAKE UP AIR LOUVER WITH MOTORIZED

DAMPER FOR MECHANICAL ROOM VENTILATION.

REFER TO M807 FOR INFORMATION ON CONTROLS AND

OPERATION. PROVIDE LOUVER WITH A NET FREE AREA

OF 1 SQ.FT. INTERLOCK DAMPER WITH EF-4.

0 1' 2' 4' 6'

PLAN NORTH

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G ben.west Snapshot

AHU-1 MECH ROOM LEVEL 01 & 02 FAN ARRAY 33,000 26,995 4.50 7 1,980 51.998 15 460 45.0 55 0.059 180.0 160.0 270 460 76.8 64.8 52.0 51.9 0.66 270 45.0 55.0 9.37 902.64 1,266 MERV-8 MERV-13 TRANE PSCA-1

ESP TSP DB WB DB WB

NOTES:

1. REFER TO SPECIFICATIONS FOR FILTER TYPES.

AIR HANDLING UNIT SCHEDULE

TAG LOCATION SERVICE

SUPPLY FAN HEATING COIL CHILLED WATER COIL FILTRATION

MINIMUM

OUTSIDE

AIR

(CFM)

BASIS OF

DESIGN

NOTES

FAN MOTOR AIRSIDE WATERSIDE AIRSIDE WATERSIDE

PRE-

FILTER

TYPE

FINAL

FILTER

TYPETYPE

MAX.

DESIGN

AIRFLOW

(CFM)

OPER.

DESIGN

AIRFLOW

(CFM)

MIN.

DESIGN

AIRFLOW

STATIC PRESS.

(IN)

RPM

MAX.

BHP

TOTAL

HP

(EACH

FAN)

MAX.

FACE

VEL.

(FPM)

EAT DB

(F)

LAT DB

(F)

MAX. S.P.

LOSS

(FT.WG)

EWT

(F)

LWT

(F)

MIN.

HEATING

CAP.

(MBH)

MAX.

FACE

VEL.

(FPM)

EAT (F) LAT (F) MAX.

S.P.

LOSS

MAX.

FLOW

(GPM)

EWT LWT

MAX.

PRESS.

DROP

(FT)

SENS.

CAP.

(MBH)

TOTAL

CAP.

(MBH)

20,250

QUANTITY

2. PROVIDE 6" CONCRETE HOUSEKEEPING PAD. EXTEND PAD 6" BEYOND THE EDGE OF THE UNIT FRAME.

3. UNIT EXTERNAL STATIC PRESSURE INCLUDES DUCTWORK AND DUCTWORK ACCESSORY LOSSES.

4. ALL ELECTRICAL CHARACTERISTICS SHALL BE 460V, 3PHASE, 60HZ.

5. TOTAL UNIT STATIC PRESSURE INCULDES ESP, COILS AND FILTERS.

6. PROVIDE VFD FOR EACH SUPPLY FAN.

7. PLENUM SUPPLY FAN ARRAY.

8. PROVIDE NEMA PREMIUM EFFICIENCY MOTORS.

9. PROVIDE STAINLESS STEEL DRAIN PAN.

10.PROVIDE SINGLE POINT POWER CONNECTION.

11.SUPPLY AND RETURN SMOKE DETECTORS PROVIDED BY ELECTRICAL, INSTALLED BY MECHANICAL AND WIRED BY ELECTRICAL.

12.PROVIDE VIBRATION ISOLATION.

13.UNIT HOUSES 4 SUPPLY FANS AS PART OF THE FAN WALL ARRAY.

14.MAX DESIGN. AIR FLOW ALLOWS FOR A SAFETY FACTOR OF 20% TO ACCOMMODATE FUTURE NEEDS. ALL FANS ARE SELECTED FOR MAX.DESIGN AIR FLOW.

15.AIR HANDLING UNIT FANS SHALL BE BALANCED TO OPERATING DESIGN AIR FLOW.

16.CHILLED WATER COOLING COIL TO BE SELECTED FOR MAXIMUM DESIGN AIR FLOW AND BALANCED TO OPERATIONAL DESIGN AIR FLOW OF 26,995 CFM.

17.HOT WATER HEATING COIL TO BE SELECTED FOR 270 MBH HEATING CAPACITY(WHICH INCLUDES A SAFTEY FACTOR OF 20% FOR FUTURE USE) AS SHOWN AND BALANCED TO 220 MBH I.E FOR MIN DESIGN AIRFLOW OF 20,250 CFM.

18.ELECTRICAL TO PROVIDE AND INSTALL DISCONNECT.

4,20027

MAX.

FLOW

(GPM)

1-18

MAX.

PRESS.

DROP

(FT)

3. THE BOILER, BURNER, AND BOILER CONTROL SYSTEM SHALL BE THE PRODUCT OF ONE MANUFACTURER.

4. PROVIDE DOUBLE WALL STAINLESS STEEL VENT.

5. PROVIDE 6" CONCRETE HOUSE KEEPING PAD.

6. PROVIDE 1.25" RELIEF VALVE.

7. PROVIDE FLANGED PIPE CONNECTIONS.

8. CERTIFIED INDOOR INSTALLTION.

9. MODULATING BURNER WITH 25:1 TURNDOWN.

10.BOILER SHALL BE ASME "H" RATED FOR 160 PSI WORKING PRESSURE.

11. PROVIDE MANUFACTURER'S PROTECTION FEATURES: OUTLET WATER TEMPERATURE MONITOR, ANTI CYCLING, NIGHT SETBACK, FLAME CURRENT SUPPORT, TEMPERATURE RISING LIMIT, RUNTIME AND CYCLE COUNTING, SERVICE REMINDER, HIGH LIMIT PROTECTION, BUILT IN FREEZE PROTECTION, HIGH AND LOW PRESSURE PROTECTION, LOW WATER FLOW CUT OFF, GAS PRESSURE AND FLUE OUTLET TEMPERATURE MONITOR.

12. PROVIDE LONWORKS INTERFACE FOR BOILER CONTROLLER.

13. PROVIDE MANUFACTURER'S CONDENSATE NEUTRALIZATION KIT.

14. SIDEWALL INTAKE AND SIDEWALL TERMINATION KIT.

15. CONDENSATE COLLECTION BASIN TO BE CONSTRUCTED OF WELDED 316L STAINLESS STEEL.

16. PROVIDE FLOW SWITCH TO ESTABLISH FLOW BEFORE STARTING THE BOILER START SEQUENCE.

17. DISCONNECT TO BE PROVIDED AND INSTALLED BY ELECTRICAL.

1. ALL ELECTRICAL AT 120V, 1 PHASE, 60Hz, SINGLE POINT OF CONNECTION TO PANEL SUPPLIED BY BOILER MANUFACTURER.

2. SAFETY RELIEF VALVES REQUIRED

TAG LOCATION SERVICE TYPE DESIGN

OUTPUT INPUT

DESIGN

WATER NATURAL WATER FLUE GAS FAN BASIS OF DESIGN NOTES

B-1 MECH RM HEATING HOT WATER CONDENSING 125 1,443 1,500 25 140.0 1.5 4 8 1 87.0 1-17

NOTES:

PRESS. FLOW GAS INLET VENT

(PSIG) (MBTUH) (gpm.) (in.) (in.) (HP) (LB)

BOILER SCHEDULE

CONNECTIONS

OPERATING

WEIGHT

OVERALL EFF.

LOCHINVAR FB -1501

(MBTUH)

WATER

OUTLET

RELIEF

VALVE

(PSI)

MAX

PRESS.

DROP

(FT wg)

12.3

MIN.

WATER

FLOW

(gpm.)

MAX.

OPERATING

PRESS.

(PSIG)

160 <65

NOx (ppm)

EWT

(F)

LWT

(F)

180.0160.0

INTAKE

AIR DUCT

(in.)

CH-1 MECH YARD CHILLED WATER 135 315 168 54.0 44.0 22.5 95.0 8 318 460 3 350 16.688 144 7,897 TRANE ASCEND ACS 1-9

1. SINGLE POINT POWER CONNECTION .

2. PROVIDE MANUFACTURER'S STARTER. DISCONNECT BY ELECTRICAL.

3. R-410A REFRIGERANT.

4. AIR COOLED CHILLER WITH TWO (2) SCROLL COMPRESSORS EACH WITH AN INDEPENDANT CIRCUIT.

5. PROVIDE 6" HOUSE KEEPING PAD AND EXTEND PAD 6" BEYOND UNIT FRAME.

6. PROVIDE INTEGRATED PUMP PACKAGE. REFER TO PUMP SCHEDULE FOR PUMP CHARACTERISTICS.

7. MANUFACTURER TO PROVIDE FREEZE PROTECTION FOR CHILLER, ASSOCIATED PUMPS AND ALL OTHER INTERNAL COMPONENTS.

8. PROVIDE LONWORKS INTERFACE FOR CHILLER CONTROLLER.

9. VIBRATION ISOLATION AND SUPPLEMENTAL STEEL TO BE PROVIDED AS NECESSARY.

NOTES:

CHILLER SCHEDULE

DESIGN

CAP.

(TONS)

DESIGN

FLOW

(GPM)

MIN.

FLOW

(GPM)

ENTER.

TEMP. (°F)

LEAV.

TEMP. (°F)

TOTAL PRESS.

DROP (FT wg)

ENTER.

TEMP. (°

F)

NO OF

FANS MCA VOLTS PHASE B.O.D. (A)

TAG LOCATION SERVICE

EVAPORATOR CONDENSER ELECTRICAL @ 60Hz MOCP RATING

NPLV EER

(BTU/W-H)

REFRIG

WT. (LB)

OPER.

WT. (LB)

BASIS OF DESIGN NOTES

NOMINAL

CAP.

(TONS)

AC-3 ELEC/COMMS DUCTLESS SPLIT 887 0 0 9,800 34,600 15.1 80 67 95 N/A 1.00 0.76 21.00 0.93 208 60 1

MITSUBISHI MSY-D36NA,

MUY-D36NA

AC-1 SIPR COMMS DUCTLESS SPLIT 887 0 0 9,800 34,600 15.1 80 67 95 N/A 1.00 0.76 21.00 0.93 208 60 1

MITSUBISHI MSY-D36NA,

MUY-D36NA

1-8

AC-2 NIPR COMMS DUCTLESS SPLIT 887 0 0 9,800 34,600 15.1 80 67 95 N/A 1.00 0.76 21.00 0.93 208 60 1

MITSUBISHI MSY-D36NA,

MUY-D36NA

DB (F) WB (F) MCA FLA MCA FLA

MIN

CAPACITY

(BTU/H)

RATED

CAPACITY

(BTU/H)

SEER

EAT OSA

DESIGN

TEMP (F)

INDOOR UNIT OUTDOOR UNIT

VOLT HZ PHASE

SPLIT SYSTEM AIR CONDITIONER (INDOOR AND OUTDOOR UNIT) SCHEDULE

TAG

SERVICE TYPE

TOTAL SUPPLY

AIRFLOW (CFM)

MIN. OUTSIDE

AIR FLOW

(CFM)

EXT STATIC

PRESSURE

(IN)

COOLING CAPACITY

HEATING

CAPACITY

ELECTRICAL DATA

BASIS OF DESIGN NOTES

AC-4 SIPR 210 DUCTLESS SPLIT 887 0 0 9,800 34,600 15.1 80 67 95 N/A 1.00 0.76 21.00 0.93 208 60 1

MITSUBISHI MSY-D36NA,

MUY-D36NA

INDOOR OUTDOOR

ACU-3

ACU-1

ACU-2

ACU-4

208 60 1

208 60 1

208 60 1

VOLT HZ PHASE

208 60 1

NOTES:

1. PROVIDE WALL MOUNTED THERMOSTAT TO THE UNIT AS INDICATED ON MECHANICAL FLOOR PLANS.

2. PROVIDE HARD WIRED THERMOSTAT TO CONTROL THE UNIT.

3. DISCONNECT TO BE PROVIDED AND INSTALLED BY THE ELECTRICAL.

4. PROVIDE WALL MOUNTED KIT FOR INDOOR UNIT.

5. INDOOR UNIT AND OUTDOOR CONDENSING UNIT SHALL BE INTERLOCKED.

6. PROVIDE HAIL GUARD ON OUTDOOR UNIT.

7. REFER TO PLAN FOR CONDENSATE DRAIN LOCATION.

8. LOW AMBIENT COOLING.

1-8

1-8

1-8

2. ROUTE CONDENSATE TO NEAREST FLOOR DRAIN.

MOTOR VOLTS PHASE VELOCITY DB WB DB WB LOSS DB DB

HP (FPM) (°F) (°F) (°F) (°F) (in wg) (GPM) (°F) (°F) (FT wg) (MBTUH) (MBTUH) (FPM) (°F) (°F) (GPM) (°F) (°F) (FT wg) (MBTUH)

FCU-1 BASEMENT 1,500 0.50 1,660 1 460 3 600 70.0 55.0 50.0 46.7 0.8 6.2 45.0 55.0 3.3 31.2 31.2 600 70 90 5.5 180 160 7.5 32.53 TRANE BCCD036 1,2

FCU-2 BASEMENT 1,500 0.50 1,660 1 460 3 600 70.0 55.0 50.0 46.7 0.8 6.2 45.0 55.0 3.3 31.2 31.2 600 70 90 5.5 180 160 7.5 32.53 TRANE BCCD036 1,2

NOTES:

1. DISCONNECT TO BE PROVIDED BY MANUFACTURER AND INSTALLED BY ELECTRICAL.

FAN COIL UNIT SCHEDULE

MAX

SUPPLY

AIR (CFM)

EXTERNAL

S.P. (in wg)

RPM

ELECTRICAL @ 60 Hz MAX. MAX.

FLOW EWT LWT

MAX.

PRESS.

DROP

MAX. FACE

VELOCITY

EAT LAT

FLOW EWT LWT

MAX.

PRESS.

DROP

FACE EAT LAT S.P.

TAG SERVICE

AIR SIDE CHILLED WATER COIL HOT WATER HEATING COIL

BASIS OF DESIGN NOTES

FAN AIRSIDE WATERSIDE MIN.

SENSIBLE

COOLING

CAP.

MIN.

TOTAL

COOLING

CAP.

AIRSIDE WATERSIDE

MIN.

HEATING

CAP.

EUH-1 MECH ROOM SPACE HEATING 208 3 20.8 7.5 WALL MOUNTED TASK MASTER 5100 54

EUH-2 TOWER SPACE HEATING 208 3 20.8 7.5 WALL MOUNTED TASK MASTER 5100 54 1-3

EUH-3 TOWER SPACE HEATING 208 3 27.4 9.9 WALL MOUNTED TASK MASTER 5100 55

VOLTS PHASE MCA

NOTES:

1. NOT USED

ELECTRIC UNIT HEATER SCHEDULE

TAG LOCATION SERVICE

ELEC

MIN. HEATING

CAP.(KW)

INSTALLATION BASIS OF DESIGN WEIGHT (lbs) NOTES

2. MANUFACTURER TO PROVIDE DISCONNECT AND INSTALLED BY ELECTRICAL.

3. MANUFACTURER TO PROVIDE STARTER.

1-3

1-3

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :1

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-601

M E

C H

A N

IC

A

L S

C H

E D

U L E

S

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

V N

A R

A L A

S E

T T

I

B W

Y S

Z Y

N S

K I

A N

O O

K A

L A

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G

VAV-30 MONITOR WALL 112 BEHIND SCREEN 8 500 300 55 95.0 1.3 180 160 13.0 TITUS DESV

FLOW

(in.) (CFM) (CFM) (in wg) (NC) (°F) (°F) (GPM) (FT wg) (°F) (°F) (MBh)

VAV-1 COMMANDER SUITE 130, OFFICE 129 8 550 400 55 98.0 1.9 180 160 18.6 TITUS DESV

VAV-2 NIPR CONF 122 8 600 500 55 101.1 2.5 180 160 24.9 TITUS DESV

VAV-25-1 ENTRY FOYER 100 14 1,400 1400 55 96.5 6.3 180 160 62.7 TITUS DESV

VAV-25-2 ENTRY FOYER 100 14 1,400 1400 55 96.5 6.3 180 160 62.7 TITUS DESV

VAV-28 RESTROOM LEVEL 2 6 300 150 55 88.5 0.4 180 160 3.6 TITUS DESV

VAV-29 RESTROOM LEVEL 1 6 250 100 55 88.5 0.4 180 160 3.6 TITUS DESV

VAV-7 BREAK 115 8 450 200 55 99.9 1.0 180 160 9.7 TITUS DESV

VAV-8 CAFÉ 134 14 2000 1500 55 99.0 7.3 180 160 71.3 TITUS DESV

VAV-10 HALL 120 6 200 200 55 99.2 1.0 180 160 9.5 TITUS DESV

VAV-11 HALL 120 10 650 650 55 96.5 3.1 180 160 31.3 TITUS DESV

VAV-12 CORRIDOR 205, 207 8 585 585 55 104.0 3.3 180 160 30.3 TITUS DESV

VAV-3 OPEN WORK SPACE 128 12 1100 800 55 98.9 3.9 180 160 38.0 TITUS DESV

VAV-4 LACTATION 124, CORRIDOR 8 450 450 55 104.0 2.4 180 160 23.0 TITUS DESV

VAV-5A UNCLASSIFIED 131 10 1000 875 55 99.8 4.3 180 160 42.3

VAV-5B UNCLASSIFIED 131 8 600 525 55 99.8 2.6 180 160 25.4 TITUS DESV

VAV-6 UNCLASSIFIED 132, 133 8 500 500 55 95.9 2.2 180 160 22.1 TITUS DESV

VAV-18B BALL RM MEZZANINE, 106, 107, 108 16 2,250 2000 55 98.7 9.7 180 160 94.4 TITUS DESV VAV-19 CLASSIFIED WORK SPACE 105 16 2,160 1600 55 90.3 6.1 180 160 60.9 TITUS DESV VAV-20 CLASSIFIED WORK SPACE 105 16 2,160 1600 55 90.3 6.1 180 160 60.9 TITUS DESV VAV-21 CLASSIFIED WORK SPACE 105 12 1,000 1000 55 95.9 4.4 180 160 44.2 TITUS DESV

VAV-14 KITCHEN 135 12 1,250 600 55 99.3 3.0 180 160 28.7 TITUS DESV

VAV-15 KITCHEN ENTRY 6 300 200 55 91.1 0.8 180 160 7.8 TITUS DESV

VAV-16 MEETING 201 14 1,750 1650 55 99.2 8.0 180 160 78.7 TITUS DESV

VAV-17 MEETING 201 14 1,750 1650 55 99.2 8.0 180 160 78.7 TITUS DESV

VAV-18A BALL RM MEZZANINE, 109, 110, 111 14 1,850 1200 55 98.6 5.8 180 160 56.5 TITUS DESV

SUPPLY VALVE SCHEDULE

TAG SERVICE

INLET DIA.

SIZE

AIRFLOW RANGE

MAX. S.P.

LOSS

MAX. NC

LEVEL AT

MAX.

AIRFLOW

HOT WATER HEATING COIL

BASIS OF

DESIGN

NOTESMAX.

COOLING

MIN.

HEATING

AIRSIDE WATERSIDE

MIN.

HEATING

CAP.EAT LAT

MAX.

PRESS.

DROP

EWT LWT

0.25 0.25

0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25 0.25

2.5 2.5

2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5 2.5

TITUS DESV

NOTES:

1. DISCONNECT BY ELECTRICAL.

2. PRESSURE INDEPENDANT CONTROLS.

3. BUILDING AUTOMATION SYSTEM (BAS) INTERFACE : MONITORING AND CONTROLS.

4. MANUFACTURER PROVIDED CONTROL PANEL.

5. PROVIDE INTEGRAL 24V TRANSFORMER WITHIN ENCLOSURE .

6. MAX NC SHALL NOT EXCEED 30.

7. 1" INSULATION PRE-INSTALLED BY MANUFACTURER.

1-7 1-7

1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7 1-7

5. PROVIDE GALVANIZED PLENUM WITH TRANSITION TO DUCT CONNECTION SIZE AS INDICATED ON THE PLAN.

(in. x in.)

SD-1 SUPPLY CEILING 24X24 AL RADIAL HORIZONTAL SQUARE PLAQUE DIFFUSER TITUS OMNI 1,2,3,4 SD-2 SUPPLY DUCT REFER PLANS AL DUCT MOUNTED DOUBLE DEFLECTION SUPPLY GRILLE TITUS 300RL 1,2,3

SD-3 SUPPLY SIDEWALL/FLOOR REFER PLANS AL TITUS CT 481

EG-1 EXHAUST CEILING 24X24 AL 1/2"X1/2"X1/2" GRID EGGCRATE FACE EXAHUST GRILLE TITUS 50F 1,2,3,4,5

EG-2 EXHAUST SIDEWALL REFER PLANS AL TITUS 350FL

RG-1 RETURN CEILING 24X24 AL 1/2"X1/2"X1/2" GRID EGGCRATE FACE RETURN GRILLE TITUS 50F 1,2,3,4

NOTES:

3. COORDINATE FINISH WITH ARCHITECT.

4. COORDINATE MOUNTING HEIGHT WITH ARCHITECTURAL ELEVATIONS.

1. REFER TO DRAWINGS FOR NECK SIZES.

2. REFER TO ARCHITECTURAL RCP DRAWINGS FOR COORDINATION WITH CEILING.

GRILLE AND DIFFUSER SCHEDULE

TAG SERVICE MOUNTING

MODULE SIZE

MATERIAL DESCRIPTION

BASIS OF

DESIGN

NOTES

LINEAR BAR DIFFUSER, 1/8" BARS @1/4"OC, 15 DEGREE DEFLECTION

RG-2 RETURN FLOOR/SIDEWALL REFER PLANS AL LINEAR BAR DIFFUSER, 1/8" BARS @1/4"OC, 15 DEGREE DEFLECTION TITUS CT 481

RG-3 RETURN DUCT REFER PLANS AL DUCT MOUNTED RETURN GRILLE TITUS 350FL

SIDEWALL EXHAUST GRILLE

1,3 1,3

1,3

1,3

6. PROVIDE FLANGED PIPE CONNECTIONS.

2. PROVIDE AUTOMATIC AIR VENT AND DRAIN CONNECTION.

3. VERTICAL INTERNAL BAFFLE.

4. 4" LOWER CONNECTIONS TO THE TANK.

5. PROVIDE 6" CONCRETE HOUSE KEEPING PAD.

RELIEF PRESS. MAKE-UP PRESS. VOLUME SIZE

(PSIG) (PSIG) (GAL) (GAL)

NOTES:

1. FULL ACCEPTANCE BLADDER STYLE EXPANSION TANK WITH REPLACEABLE BLADDER. UNIT SHALL BE ASME STAMPED FOR 862 kPa SERVICE.

ET-1 MECH ROOM HOT WATER SYSTEM FULL ACCEPTANCE 180.0 50.0 125.0 12 15.32 34 1,5,6

BT-1 MECH ROOM CHILLED WATER SYSTEM 95.0 35.0 125.0 12 500 LOCHINVAR CVL500 2,3,4,5,6,7

MAX. OPERATING

TEMPERATURE (°

F)

MIN. OPERATING

TEMPERATURE (°

F)

MAX. MIN. MIN. NOMINAL

OPERATING/ OPERATING/ ACCEPTANCE TANK

EXPANSION/BUFFER TANK SCHEDULE

TAG LOCATION SERVICE TYPE

TEMPERATURE DATA PRESSURE DATA TANK DATA

BASIS OF DESIGN NOTES

ET-2 MECH ROOM CHILLED WATER SYSTEM FULL ACCEPTANCE 95.0 35.0 12125.0 3425.68 BELL & GOSSETT B-130LA 1,5,6

7. PROVIDE WITH MANUFACTURER'S INSULATION.

BELL & GOSSETT B-130LA

(in.) (GPM) (PSI) (%)

AS-1 MECHANICAL ROOM CHILLER 4 285 1.30 75.0 ROLAIRTROL - R4F

AS-2 MECHANICAL ROOM BOILER 3 140 0.86 90.0 ROLAIRTROL - R3

AIR SEPARATOR SCHEDULE

TAG LOCATION SERVICE

INLET/

OULET

SIZE

OPERATING

FLOW

MAX.

PRESS.

DROP

AIR

REMOVAL

EFFICIENCY BASIS OF DESIGN NOTES

NOTES:

1. STEEL TANK, FABRICATEDE, DESIGNED AND CONSTRUCTED PER ASME BOILER AND PRESSURE VESSEL CODE, ASME 125 PSIG RATED

2. PROVIDE WITH BLOWDOWN VALVE.

3. PROVIDE NPT VENT CONNECTION AND AUTOMATIC AIR VENT PIPED TO NEAREST FLOOR DRAIN.

1-3 1-3

2. UNIT TO BE PROVIDED WITH INTERNAL PUMP.

DH-1 BASMENT BASEMENT 325 235 130 20 115/1/60 8.3 107.0 DRI-EZ 7000XLI 1,2

VOLTS/P

H/HZ

FLA

NOTES

1. CONDENSATE HOSE LINE TO TIE TO THE DRAIN CONNECTION.

DEHUMIDIFIER SCHEDULE

TAG LOCATION SERVICE

AIRFLOW

(CFM)

MAX

WATER

REMOVA

L (PPD)

CONDENSATE

CAPACITY (PPD @80 F/

60% RH)

INTERNAL PUMP

MAX HEAD (FT)

ELECTRICAL DATA

WEIGHT

LBS

BASIS OF DESIGN NOTES

2. PROVIDE MANUFACTURER'S STARTER.

EF-3 KITCHEN SIDEWALL DIRECT DRIVE FAN 460 400 0.2 1,050 115/1 0.05 1/4 27 GREENHECK SE1-12-432-VG EF-4 MECH ROOM DIRECT DRIVE CENTRIFUGAL FAN 776 675 0.2 1,267 115/1 0.07 1/4 27 GREENHECK SE1-12-432-VG

EF-1 RESTROOMS DIRECT DRIVE CENTRIFUGAL FAN 1840 1600 0.3 629 115/1 0.16 3/4 90 GREENHECK G-183-VG 1-5 EF-2 RESTROOMS DIRECT DRIVE CENTRIFUGAL FAN 173 150 0.3 1,603 115/1 0.03 0.07 31 GREENHECK SQ-70-VG

NOTES:

1. DISCONNECT SWITCH TO BE PROVIDED BY THE MANUFACTURER AND INSTALLED BY ELECTRICAL.

FAN SCHEDULE

TAG SERVICE

FAN DATA

OPERATING

WEIGHT

(LBS)

BASIS OF DESIGN NOTES

TYPE

MAX. DESIGN

AIRFLOW

(CFM)

OPER.

DESIGN

AIRFLOW

(CFM)

TOTAL S.P.

(in wg)

RPM VOLT/PH

MAX.

BHP

MOTOR

HP

3. PROVIDE WITH SPEED CONTROLLER.

4. PROVIDE NEMA PREMIUM EFFICIENCY MOTORS.

5. BUILDING AUTOMATION SYSTEM (INTERFACE AND CONTROL.

1-5

1-4,6 1-5

6. PROVIDE KITCHEN EXHAUST FAN WITH A MANUALLY OPERATED TOGGLE SWITCH LOCATED 4' AFF.

AHU - HOT WATER HEATING COIL 2- WAY

CONTROL VALVE SCHEDULE

SERVICE POSITION

AHU - CHILLED WATER COIL

BOILER

CHILLER

CHILLED WATER BYPASS

HOT WATER BYPASS

VAV REHEAT COILS

2- WAY

2- WAY

2- WAY

2- WAY

2- WAY

2- WAY

MODULATING

ACTION

MODULATING

MODULATING

MODULATING

MODULATING

MAX

PRESSURE

DROP

(FT.WG)

FLOW

(GPM)

SEE VAV SCHEDULE

2. LEAD/ STANDBY OPERATION.

3. PUMP TO BE PROVIDED WITH SUCTION DIFFUSER.

NOTES:

1. VARIABLE FREQUENCY DRIVE.

CHWP-1 MECH YARD CHILLED WATER SYSTEM 285 80 3 2.5 9.5 77.5 1800 7.8 10 460 3 1-8,10,11

CHWP-2 MECH YARD CHILLED WATER SYSTEM 285 80 1800 7.8 10 460 3

HWP-1 MECH ROOM HOT WATER HEATING SYSTEM 140 80 2.5 2 75 4.83 7.5 460 3 BELL & GOSSETT - e1510 - 2BD

HWP-2 MECH ROOM HOT WATER HEATING SYSTEM 140 80 2.5 2 75 4.83 7.5 460 3 BELL & GOSSETT - e1510 - 2BD

PUMP SCHEDULE

TAG LOCATION SERVICE

PUMP MOTOR

BASIS OF DESIGN NOTES

OPER.

DESIGN

FLOW

(GPM)

TOTAL

HEAD

(FT wg)

DIAMETER

MIN. EFF

NPSH

REQ'D

(FT wg)

RPM

MAX.

BHP

HP

ELECT. @ 60 Hz

SUCTION

INLET (in.)

DISCHARGE

OUTLET (in.)

IMPELLER

(in.)

VOLTS PHASE

MAX

FLOW

(GPM)

4. PUMPS SELECTED ONLY AS BASIS OF DESIGN.CHILLED WATER PUMPS ARE INTEGRAL TO THE CHILLER AND SHALL BE PROVIDED BY THE MANUFACTURER BASED ON THE DESIGN CONDITIONS AS SHOWN ON SCHEDULE.

BP-1 MECH ROOM BOILER B-1 160 140 30 31.69 460 371.5 3.89.5 10503 3 BELL & GOSSETT - e80 - 3x3x9.5C

8.44 3 2.5 9.5 77.5 8.44

9.5 9.5

4.62 4.62

5. MANUFACTURER TO PROVIDE THE PUMPS WITH BALANCE, SHUT OFF AND CHECK VALVES, VFDs, STRAINERS, INSULATION AND FREEZE PROTECTION AS PART OF THE CHILLER/PUMP PACKAGE.

6. PUMPS ARE TO BE PROVIDED WITH VFDs MEANT FOR A SOFT SYSTEM START AND BALANCING PURPOSES.

7. DISCONNECT TO BE PROVIDED AND INSTALLED BY ELECTRICAL.

8. BAS INTERFACE WITH MONITORING AND CONTROLS.

1-8,10,11

1,2,3,7,8,10,11 7,8,9,10,11

9. BOILER PRIMARY PUMP.

PROVIDED BY CHILLER MANUFACTURER

PROVIDED BY CHILLER MANUFACTURER

10. PUMPS ARE TO BE SELECTED FOR THEIR MAX FLOW AND BALANCED TO OPERATIONAL DESIGN FLOW.

11. PROVIDE PT PORTS ON SUCTION AND DISCHARGE LINES OF THE PUMPS FOR MEASURING PUMP CURVES.

1,2,3,7,8,10,11

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

LI

C

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

. A R

M Y

C O

R P

S O

F E

N G

IN

E

E R

S S

A V

A N

N A

H D

IS

T

R

IC

T

W

. O G

LE

T

H O

R P

E A

V E

S

A V

A N

N A

H , G

A

DPW-7748

/2

/2

:4 :1

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-602

M E

C H

A N

IC

A

L S

C H

E D

U L E

S

F O

R T

B R

A G

G , N

O R

T H

C A

R O

LI

N

A A

. N O

O K

A

LA

V . N

A R

A

LA

S E

T T

I

B . W

Y S

Z Y

N S

K I

A . N

O O

K A

LA

JU

N

E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N am e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

, P

N F

A -1

-1

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A U

G

VAV-29 HOT WATER 0.2 1/2 .5 0.4 180 OPEN 2-WAY

VAV-30 HOT WATER 0.8 1/2 1.6 1.3 180 OPEN 2-WAY

CH BY PASS

CHILLED

WATER

75.2 3 202 168 45 CLOSED 2-WAY

VAV-1 HOT WATER 1.1 1/2 2.3 1.9 180 OPEN 2-WAY

VAV-2 HOT WATER 1.4 1/2 3 2.5 180 OPEN 3-WAY

VAV-3 HOT WATER 2.1 1/2 4.7 3.9 180 OPEN 3-WAY

VAV-4 HOT WATER 3.8 3/4 8.5 2.4 180 OPEN 2-WAY

FCU-1 BASEMENT

CHILLED

WATER

3.4 3/4 7.4 6.2 45 CLOSED 2-WAY

FCU-1 BASEMENT HOT WATER 3 3/4 6.6 5.5 180 OPEN 2-WAY

FCU-2 BASEMENT

CHILLED

WATER

3.4 3/4 7.4 6.2 45 CLOSED 2-WAY

FCU-2 BASEMENT HOT WATER 3 3/4 6.6 5.5 180 OPEN 2-WAY

HW BY

PASS

HOT WATER 15 2 40 37.4 180 CLOSED

2-WAY

VAV-5A HOT WATER 2.3 3/4 5.2 4.3 180 OPEN 2-WAY

VAV-5B HOT WATER 1.4 1/2 3.1 2.6 180 OPEN 2-WAY

VAV-6 HOT WATER 1.2 1/2 2.6 2.2 180 OPEN 2-WAY

VAV-7 HOT WATER 0.5 1/2 1.2 1 180 OPEN 2-WAY

VAV-8 HOT WATER 3.9 3/4 8.8 7.3 180 OPEN 2-WAY

VAV-10 HOT WATER 0.5 1/2 1.2 1 180 OPEN 2-WAY

VAV-11 HOT WATER 1.7 1/2 3.7 3.1 180 OPEN 2-WAY

VAV-12 HOT WATER 1.8 1/2 4 3.3 180 OPEN 2-WAY

VAV-14 HOT WATER 1.6 1/2 3.6 3 180 OPEN 2-WAY

VAV-15 HOT WATER 0.5 1/2 1 0.8 1880 OPEN 2-WAY

VAV-16 HOT WATER 4.3 1 9.6 8 180 OPEN 2-WAY

VAV-17 HOT WATER 4.3 1 9.6 8 180 OPEN 2-WAY

VAV-19A HOT WATER 3.1 3/4 7 5.8 180 OPEN 2-WAY

VAV-18B HOT WATER 5.2 1 11.6 9.7 180 OPEN 3-WAY

VAV-19A HOT WATER 3.3 3/4 7.3 6.1 180 OPEN 2-WAY

VAV-20 HOT WATER 3.3 3/4 7.3 6.1 180 OPEN 2-WAY

VAV-21 HOT WATER 2.4 3/4 5.3 4.4 180 OPEN 2-WAY

VAV-25-1 HOT WATER 3.1 3/4 7.6 6.3 180 OPEN 2-WAY

VAV-25-2 HOT WATER 3.1 3/4 7.6 6.3 180 OPEN 2-WAY

VAV-28 HOT WATER 0.2 1/5 .5 0.4 180 OPEN 3-WAY

WATER FLOW CONTROL VALVE SCHEDULE

MARK LOCATION

SYSTEM

AND/OR

SERVICE

MINIMUM FLOW

COEFFICIENT [CV]

VALVE SIZE

INCHES [MM]

MAXIMUM

FLOW

DESIGN

FLOW

WATER

TEMP FAILSAFE

POSITION

REMARKS

GPM GPM °F

AHU-1 MECH RM

CHILLED

WATER

145 3 324 270 45 CLOSED 2-WAY

AHU-1 MECH RM HOT WATER 15 1 32.4 27 180 OPEN 2-WAY

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :1

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-603

M E

C H

A N

IC

A

L S

C H

E D

U L E

S

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

A N

O O

K A

L A

C H

A N

N

IN

G

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G

HWR

HWS

M M

HWR

AHU-1 CHEMICAL POT

FEEDER

HWP-1 HWP-2 B-1

EXPANSION TANK

ET-2

PUMP FOR BOILER

BP-1

AS-2

HWR PIPING FROM REHEAT

COILS AT VAVs AND FCUs

LOCATED IN BASEMENT, LEVEL 1,

AND LEVEL 2

HWS PIPING TO REHEAT COILS AT

VAVs AND FCUs LOCATED IN

BASEMENT, LEVEL 1, AND LEVEL 2

M

REHEAT COILS AT

VAVs AND FCUs

(TYP.)

12" MAX

HWR

HWS

CHWS

M

VFD VFD

M

C H

W R C H

W R

AHU-1

CHWP-1 CHWP-2 EXPANSION TANK

ET-1

CH-1

AS-1

CHEMICAL POT FEEDER

CHILLER AND

PUMPS INTEGRAL

PACKAGE/SKID,

ALL TO BE

PROVIDED BY THE

MANUFACTURER.

REFER TO NOTES

ON MECHANICAL

SCHEDULE SHEET

M601 FOR

CHILLER

SCHEDULE AND

M602 FOR PUMPS

SCHEDULE FOR

MORE

INFORMATION

M

FCU-1

M

FCU-2

FLOWMETER

M

BT-1

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :1

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-701

C H

IL

L E

D W

A T

E R

H

O T

W A

T E

R F

L O

W D

IA

G

R A

M S

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

V N

A R

A L A

S E

T T

I

B W

Y S

Z Y

N S

K I

A N

O O

K A

L A

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

SCALE: N.T.S.1

HOT WATER FLOW SCHEMATIC

SCALE: N.T.S.2

CHILLED WATER FLOW SCHEMATIC

SHEET NOTES:

1. PROVIDE REVERSE RETURN ARRANGEMENT FOR

HOT WATER PIPING SYSTEM.

2. REFER TO MECHANICAL DETAIL SHEET M504 ,

DETAILS 2 AND 3 FOR AIR SEPARATOR/EXPANSION

TANK/ MAKE UP WATER DETAIL AND CHEMICAL POT

FEEDER DETAIL.

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G

1.

2.

3.

4.

5.

6.

7.

8.

9.

10.

11.

12.

13.

THE NEW BUILDING AUTOMATION SYSTEM SHALL INTERFACE WITH FORT BRAGG BASE EXISTING REMOTE

MONITORING SYSTEM.

CONTRACTOR SHALL FIELD VERIFY ALL VALVE SIZES AND PIPE DIMENSIONS.

SEE EQUIPMENT I/O SUMMARY FOR CONTROL POINT DESCRIPTION.

CONTROL CONTRACTOR SHALL SUPPLY ALL CONTROL POWER TO CONTROL EQUIPMENT SUCH AS VALVE

ACTUATORS, INCLUDING BUT NOT LIMITED TO 24V AND 120V.

SEQUENCES OF OPERATION SHALL BE ACCOMPLISHED BY INPUTS AND OUTPUTS OF BUILDING

AUTOMATION SYSTEM (BAS).

ALL CONTROL POINTS SHALL BE IMPLEMENTED AS INDICATED UTILIZING STANDARD OBJECT TYPES AND

SHALL NOT BE IMPLEMENTED UTILIZING PROPRIETARY METHODS.

PROPORTIONAL (P), INTEGRAL (I), AND DERIVATIVE (D) CONTROL LOOPS AND THEIR COMBINATIONS SHALL

BE USED TO MAINTAIN SETPOINTS.

PROVIDE PASSWORD-PROTECTED ACCESS TO “ADJUSTABLE” (ADJ) SYSTEM PARAMETERS.

CONTROL SETPOINTS: OPERATOR SHALL HAVE THE ABILITY TO CHANGE ALL WRITEABLE CONTROL

SETPOINTS FROM THE OPERATOR WORKSTATION (OWS).

OPERATING STATUS FOR BELT-DRIVEN FANS NOT EQUIPPED WITH VFDS SHALL BE CONFIRMED VIA CURRENT SWITCHES WITH ADJUSTABLE TRIPS. FIXED TRIP SWITCHES MAY BE USED FOR DIRECT DRIVE

PUMPS AND FAN MOTORS.

ALARMS: INFORMATION THAT CAN PROVIDE AN ALERT TO THE OPERATOR ABOUT THE CONTROLLED AND MONITOREDEQUIPMENT SHALL BE PROGRAMMED INTO AN EFFECTIVE ALARM HANDLING SYSTEM. ALL SETPOINTS SHALL BE ADJUSTABLE ON THE ALARM REPORT SCREEN BY USING PASSWORD-PROTECTED

ACCESS. ALARMS SHALL BE PRIORITIZED SUCH THAT:

HIGHER LEVEL ALARMS SUCH AS LOSS OF UTILITY POWER SHALL SUPPRESS LOWER LEVEL ALARMS SUCH

AS VFD FAILURE.

FAN AND PUMP PROOF-OF-RUN ALARMS SHALL BE GENERATED FOR BOTH FAILURES TO RUN WHEN COMMANDED AND FAILURE TO STOP WHEN COMMANDED. PROPER DELAYS SHALL BE INCORPORATED INTO THE ALARMS TO ALLOW PROCESS VARIABLES AND FAN AND PUMP SPEEDS AMPLE TIME TO REACH

OPERATING SETPOINTS.

LEVEL 5

CONNECTION

TO EXTERNAL

NETWORKS

LEVEL 4

FRONT END

AND IP

NETWORK

LEVEL 3

FIELD POINT

OF

CONNECTION

LEVEL 2

FIELD PANELS

AND IP-BASED

CONTROLLERS

NOT APPLICABLE.

NO CONNECTION TO EXTERNAL CONTROL SYSTEM IS TO OCCUR.

CENTRAL

UPS PANEL

EXISTING UMCS

NETWORK

SERVER

UPS

EXISTING UMCS MASTER

PANEL

WORKSTATION

(EXISTING)

LAPTOP

EXISTING

CEA 852 LON - IP ROUTER

BOILER

SYSTEM

MASTER

CONTROLLER

EXHAUST FAN

(TYP.)

DSS UNIT

CONTROLLER

(TYP.)

UNIT HEATER

CONTROLLER

(TYP.)

BOILER

HEATING

WATER

PUMPS

120V (TYP.)

120V (TYP.)

HTTP/HTTPS/XML

LONWORKS (ANSI/CEA-709.1).CONTROLS TO BE

INTEGRATED WITH EXISTING BASEWIDE UMCS

SOFTWARE AND HARDWARE OVER IP NETWORK.

L O

N W

O R

K S

A

N S

I/ C

E A

-7

.1

LONWORKS NETWORK RUNNING ON BASEWIDE IP NETWORK

WALL SWITCH

THERMOSTAT

SCHEDULE

THERMOSTAT

THERMOSTAT

NOTES: CONTRACTOR TO PROVIDE ADDITIONAL CHANNELS AND EQUIPMENT TO PROVIDE SUFFICIENT BANDWIDTH FOR EFFICIENT COMMUNICATION. CONTROLS TO BE

INTEGRATED WITH EXISTING BASEWIDE UMCS .

CONTROLS GENERAL NOTES

AHU

CONTROLLER

(TYP.)

VAV

CONTROLLER

(TYP.)

HUMIDISTAT

THERMOSTAT

OCCUPANCY

SENSOR

CHILLER

SYSTEM

MASTER

CONTROLLER

CHILLER

CHILLED

WATER

PUMPS

FAN COIL UNIT

CONTROLLER

(TYP.)

THERMOSTAT

WORKSTATION

(EXISTING)

LAPTOP

EXISTING

NOTES: CONTRACTOR TO CONFIRM AND ESTABLISH EXISTING UMCS SOFTWARE AND HARDWARE TO ENSURE PROPER INTEGRATION WITH NEW CONTROLS.

ALL UMCS EXISTING HARDWARE AND

SOFTWARE TO BE VERIFIED BY THE

CONTRACTOR

14. THE CONTROLS CONTRACTOR SHALL INTEGRATE THE BUILDING CONROLS TO THE METASYS JOHNSONS CONTROLS UMCS LOCATED AT THE DPW BOCC IN POPE BUILDING 251. GRAPHICS AND PROGRAMMING SHALL FOLLOW CONTROLS SPECIFICATIONS AND SHALL FOLLOW CURRENT UFC STANDARDS FOR UMCS INTEGRATION INCLUDING BUT NOT LIMITED TO POINTS LIST, POINT NAMING CONVENTIONS, ALARMS, TREND READING AND METER DATA.

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :2

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-800

M E

C H

A N

IC

A

L C

O N

T R

O L S

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

V N

A R

A L A

S E

T T

I

B W

Y S

Z Y

N S

K I

A N

O O

K A

L A

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

SCALE: N.T.S.1

MECHANICAL CONTROLS NETWORK DIAGRAM

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G

DI

DI

I

PSL

I

DI

AO

DI ZSC

AI

TT

DI

I

FS

AI

TT

AI

TT

AI

FT

DI

I

DPI PSH

ZSC FAS ZSO

DO DI

I

AI

TT

FAS

I

SD

AHU-1

FCV

AO

DO

DI

FCV

DI

AO

IS SC

ES 460 V

ALARM

SPEED SET

START/STOP

AI

DI

AO

DO

I

I

ZSO

M

DI

SD

ZSC

DI

FAS

I

ZSO

AO DI

I

H C

C H

W R

C H

W S

C

C ALARM

PROCESSING

D U

T Y

C Y C

L E

F U

N C

T

IO

N

S C

H E

D U

L E

S T A

R T /S

T O

P

SUPPLY FAN VFD ALARM

STATIC PRESSURE HIGH LIMIT

SUPPLY AIR FLOW (CFM)

RETURN LOW PRESSURE

S T A

T U

S

SYSTEM

A L A

R M

G R

A P

H

IC

D

IS

P L A

Y

E L E

C T R

IC

D

E V

IC

E

S P

E E

D C

O M

M A

N D

SUPPLY AIR STATIC PRESSURE (SPS)

SUPPLY AIR TEMPERATURE

PRE-HEAT TEMPERATURE

MIXED AIR TEMPERATURE

COOILING COIL TEMPERATURE

SYSTEM COMPONENT:

RETURN AIR FLOW (CFM)

RETURN AIR TEMPERATURE

-- O P

E N

/C L O

S E

S T A

R T /S

T O

P -- V

A L V

E P

O S

IT

IO

N

D A

M P

E R

P O

S

IT

IO

N

BINARY

T E

M P

E R

A T U

R E

T I)

L O

C A

L A

L A

R M

P A

N E

L

M A

S T E

R A

L A

R M

P A

N E

L

A R

E A

A L A

R M

P A

N E

L

H

IG

H S

T A

T

IC

P R

E S

S U

R E

H O

A

P R

E S

S U

R E

O P

E N

/C L O

S E

L O

W T

E M

P E

R A

T U

R E

P E

R C

E N

T

P R

E S

S U

R E

P O

S

IT

IO

N

F L O

W

H

IG

H L

IM

IT

L O

W L

IM

IT

SYSTEM INPUTS

ANA- BINARY ANALOG

S P

A C

E T

E M

P C

O N

T R

O L

--S T A

T

IC

P R

E S

S U

R E

R E

S E

T

--D E

M A

N D

L

IM

IT

IN

G

T E

M P

E R

A T U

R E

R E

S E

T

T E

M P

E R

A T U

R E

O V

E R

R

ID

E

T E

M P

E R

A T U

R E

E C

O N

O M

IZ

E

R

F A

IL

U

R E

M O

D E

P R

E S

S U

R E

/V O

L C

O N

T R

O L

REMARKS

F U

L L C

O M

M U

N

IC

A T

IO

N

SYSTEM SOFTWARE/CONTROL

APPLICATION/FUNCTION

PAGE:

SUPPLY FAN STATUS

MIXED AIR FLOW LIMIT

RETURN AIR DAMPER

COOLING VALVE V-1

PRE-HEAT VALVE V-2

SUPPLY FAN VFD (4 FANS)

OUTSIDE AIR DAMPER

S T A

T

IC

P R

E S

S U

R E

C A

R B

O N

M O

N O

X

ID

E

H U

M

ID

IT

Y

V A

C U

U M

SUPPLY FAN START/STOP (2)

T R

E N

D

IN

G

OUTSIDE AIR TEMPERATURE

FULL COMMUNICATION

OUTPUTS

LOG

AHU-1

SYSTEM:

RETURN AIR

M

FAN DISCHARGE

HOA

INV/BYPS

VFD

SPEED INDICATOR

I

DAMPER CONTROL TO

MINIMUM POSITION

LIMIT SWITCH

PRESSURE SWITCH/SMOKE

DETECTOR - FAS

DI

SMOKE DAMPER

M

R E

T U

R N

A

IR

H W

R

H W

S

R E

T U

R N

A

IR

R E

T U

R N

A

IR

OUT OF AUTO ALARM

AI

TT

S U

P P

L Y

A

IR

AI

TT

AI

TT

SUPPLY FAN

DPT

DPI DPI

DPT

AI AI

DI

FILTER DIFFERENTIAL PRESSURE SWITCH (2)

SMOKE DAMPER

SUPPLY DUCT SMOKE DAMPER ALARM PER SEQUENCE

RETURN DUCT SMOKE DAMPER ALARM PER SEQUENCE

FREEZESTAT TEMPERATURE LOW LIMIT

UNIT EMERGENCY SHUT DOWN ALARM UPON STATUS

ALARM UPON STATUS

ES DI

ATFP EMERGENCY SHUT DOWN SWITCH IN HALL

120. SWITCH TO BE MUSHROOM TYPE PUSH

BUTTON WITH PLASTIC COVER

HOA

I HARDWIRE INTERLOCK

HAND/OFF/AUTO SWITCH

CONTROLS LEGEND

ANALOG INPUT

M

IS

ANALOG OUTPUT

DIGITAL INPUT

DIGITAL OUTPUT

MOTORIZED

CURRENT TRANSFORMER RELAY

PSH PRESSURE SWITCH HIGH

PSL PRESSURE SWITCH LOW

FT FLOW TRANSMITTER

FIRE ALARM SYSTEMFAS

AI

AO

DI

DO

VFD VARIABLE FREQUENCY DRIVE

DPT DIFFERENTIAL PRESSURE TRANSMITTER

DPI DIFFERENTIAL PRESSURE INDICATOR

SMOKE DETECTORSD

OUTSIDE AIR DAMPER

RETURN AIR DAMPER

ZSC DAMPER/VALVE LIMIT SWITCH - CLOSED

DAMPER/VALVE LIMIT SWITCH - OPENZSO

FLOW CONTROL VALVEFCV

FREEZESTATFS

ES EMERGENCY SWITCH

A F

M S

AI

FT

OUTSIDE AIR FLOW AT AFMS

AI

SPS

SPS STATIC PRESSURE SENSOR

SMOKE DETECTORS (2)

S E

T P

O

IN

T

R A

N G

E

55 F

HL>90F;LL<45F

HL>60F;LL<50F

USER DEF

< 39F

25% SET PT

0-100%

0-100%

0-100%

SEE M601

USER DEF

ALL ALARMS INDICATED ABOVE ARE CRITICAL.

HL = HIGH LIMIT

LL = LOW LIMIT

AFMS

AI

FT

TYPICAL POINTS INCLUDING VFD FOR EACH OF THE 4

FANS IN THE FAN ARRAY

ZSC ZSO

DI DI

M

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :2

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-801

A H

U C

O N

T R

O L S

S C

H E

M A

T

IC

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

V N

A R

A L A

S E

T T

I

B W

Y S

Z Y

N S

K I

A N

O O

K A

L A

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

SCALE: N.T.S.1

CONTROL DIAGRAM AND POINTS LIST FOR AHU-1

PROVIDE/LOCATE STATIC PRESSURE SENSOR IN HALLWAY 120 IN THE SUPPLY DUCT NEAR VAV-25-1

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G

HOA

I HARDWIRE INTERLOCK

HAND/OFF/AUTO SWITCH

CONTROLS LEGEND

ANALOG INPUTAI

AO

DI

DO

M

IS

ANALOG OUTPUT

DIGITAL INPUT

DIGITAL OUTPUT

MOTORIZED

CURRENT TRANSFORMER RELAY

I

DI DO DI AO AO AO

AI

CHILLER CONTROL PANEL

AI

FT

FM

TT

CHWS

DI

M

DO

DPT

DI

TCV

VFD VFD

M

TT AI

AI

AO

TT

I

AI

FLS

OPEN/CLOSE

STATUS

AI

DPT

KWH OUTPUT HOA

OUT OF AUTO ALARM-

DRIVE FAULT SPEED

FEEDBACK

EMBEDDED BMS

COMMUNICATION

PROTOCOL

DIAI

STATUS

IS HS SC AI ALARM

AO

VFD DO

INV/BYPS

START/STOP

SPEED SET

B M

S N

E T

W O

R K

C O

M M

U N

IC

A

T

IO

N

E N

A B

L E

/D

IS

A B

L E

S T

A T

U S

A L A

R M

S U

P P

L Y

T E

M P

S E

T P

O

IN

T

S U

P P

L Y

T E

M P

R E

T U

R N

T E

M P

F L O

W S

W

IT

C H

C H

W R

C H

W R

DDC INPUT/OUTPUT POINTS LIST

HARDWARE

CHILLED WATER

SYSTEM

OUTPUT

DIGITAL ANALOG DIGITAL

INPUT

ANALOG

ALARMS

CALCULATED

VALUE

SOFTWARE

PROGRAMS

POINT DESCRIPTION

CHW PUMP

CHILLED WATER SYSTEM SUP. TEMP.

CHILLED WATER SYSTEM RET. TEMP.

CHW DISCHARGE PRESSURE

CHW DIFFERENTIAL PRESSURE

ISOLATION VALVES

CONTROL VALVE

VARIABLE SPEED PUMPS (P-CHW)

(QUANTITY IS FOR EACH PUMP)

(TYPICAL FOR EACH)

VFD SPEED

PUMP VFD

VFD BYP STATUS

VFD SPEED MON.

VFD S/S

VFD GEN ALRM

PUMP STATUS

X

X

X X X X X

X X

X X

X

X

X X

X X X

X X

X X

X

X X X X X

1 X

X

X X X

X X

X X X X

X X X X

VFD'S SHALL HAVE NETWORK INTERFACE, ALL POINTS SHALL BE AVAILABLE OVER THE CONTROL SYSTEM. THE ABOVE IS A LIST OF MINIMUM SOFTWARE OR HARDWIRED POINTS TO BE SPECIFICALLY AVAILABLE FOR CONTROL AND ALARM. ALL ALARMS INDICATED ABOVE ARE CRITICAL. HL - HIGH LIMIT; LL = LOW LIMIT

NOTE:

1. FLOW MONITORING AT WATER METER. DATA TO BE INTEGRATED WITH CAMPUS WIDE UMCS. FOR MORE INFORMATION REFER TO M810

2. ELECTRICAL ENERGY MONITORING.DATA TO BE INTEGRATED WITH CAMPUS WIDE UMCS. FOR MORE INFORMATION REFER TO M809.

Q U

A N

T

IT

Y

E N

A B

L E

/D

IS

A B

L E

F O

R C

E O

F F

F O

R C

E O

N

S T

A R

T /S

T O

P

O P

E N

/C L O

S E

G R

A P

H

IC

D

IS

P L A

Y

C O

N T

R O

L

M O

D U

A L T

IN

G

V A

L V

E C

O N

T R

O L

D A

M P

E R

C O

N T

R O

L

C U

R R

E N

T S

E N

S

IN

G R

E L A

Y

E N

D S

W

IT

C H

E

S O

E

S C

R E

L A

Y C

O N

T A

C T

S

D

IF

F E

R E

N T

IA

L P

R E

S S

D

P S

F L O

W S

W

IT

C H

F

S

P R

E S

S U

R E

P

S

H O

A

A L A

R M

S T

A T

U S

A U

X C

O N

T A

C T

S

R E

L A

T

IV

E H

U M

ID

IT

Y

H T

T E

M P

E R

A T

U R

E

D B

F L O

W

F M

D

IF

F E

R E

N T

IA

L P

R E

S S

D

P T

P R

E S

S U

R E

P

T

E L E

C T

R

IC

A L D

E M

A N

D K

W

H E

R T

Z R

E F

E R

E N

C E

T E

M E

P R

A T

U R

E S

T

P

O

IN

T

S P

E E

D /P

O S

F

E E

D B

A C

K

S M

O K

E

L O

W L

IM

IT

H

IG

H L

IM

IT

S T

A T

U S

F A

IL

U

R E

P U

L S

E

M A

IN

T

E N

A N

C E

K W

R U

N T

IM

E

H R

S

G P

M

C F

M

B T

U H

S C

H E

D U

L E

D S

T A

R T

/S T

O P

D E

M A

N D

L

IM

IT

IN

G

A U

T O

R E

S T

A R

T

L E

A D

/L A

G

R U

N T

IM

E

T O

T A

L

IZ

A T

IO

N

F A

IL

E

D M

O D

E

O P

E N

F A

IL

M

O D

E

C L O

S E

D

T R

E N

D L

O G

G

IN

G

D

IS

C H

A R

G E

T E

M P

R E

S E

T

R E

S E

T A

V A

IL

A

B L E

N E

T W

O R

K I

N T

E R

F A

C E

P O

IN

T

S O

F T

W A

R E

C O

N T

R O

L P

O

IN

T

X X

X X X X

X X X X

AHU-1

CHWP-1

EXPANSION

TANK

ET-1

CH-1

AS-1

CHWP-2

NETWORK

COMMUNICATION

TO BMS

GENERAL DESCRIPTION:

PROVIDE A NEW DDC CONYTROL SYSTEM TO CONTROL, MONITOR AND AUTOMATE THE OPERATION

OF THE CHILLED WATER PUMPING SYSTEM. THE SYSTEM CONSISTS OF TWO CHILLED WATER PUMPS CHWP-1, CHWP-2, CONTROLLED BY VARIABLE FREQUENCY DRIVES. DURING NORMAL OPERATION ONE

PUMP WILL BE RUNNING WHILE THE OTHER PUMP WILL BE ON STAND-BY.

RUNTIME EQUALIZATION :

THE DDC CONTROL SYSTEM SHALL TOTALIZE RUNTIME FOR PUMPS AND SHALL START AND STOP

EQUIPMENT IN A MANNER THAT EQUALIZES EQUIPMENT RUNTIME. THE DDC CONTROLLER SHALL, AT AN OPERATOR DEFINED INTERVAL INITALLY SET TO MONTHLY, OR UPON OPERATOR REQUEST, EVALUATE

THE LEAD EQUIPMENT SELECTIONS AND RESELECT SO AS TO EQUALIZE RUNTIME. WHENEVER

EQUIPMENT IS ROTATED, THE NEWLY STARTED EQUIPMENT SHALL START AND BE PROVEN OPERATING

FOR 1 MINUTE PRIOR TO OPERATING EQUIPMENT BEING STOPPED.

STARTING THE CHILLED WATER PUMPING SYSTEM:

- OPEN THE ISOLATION VALVE FOR ACTIVE CHILLED WATER PUMP.

- START THE ACTIVE CHILLED WATER PUMP VFD AT MINIMUM SPEED.

- VERIFY THE ACTIVE CHILLED WATER PUMP HAS STARTED AND IS OPERATING AT MINIMUM SPEED AS

PROVEN BY THE VFD % FULL SPEED OUTPUT.

- IF VFD FAILS TO VERIFY THE ACTIVE CHILLED WATER PUMP IS OPERATING WITHIN AN ADJUSTABLE

PERIOD OF TIME, THE DDC SYSTEM SHALL ISSUE AN ALARM.

- START THE CHILLED WATER PUMP SPEED CONTROL SEQUENCE.

CHILLED WATER PUMP SEQUENCE CONTROL:

THE ACTIVE CHILLED WATER PUMP SHALL BE STARTED WHEN THERE IS A CALL FOR CHILLED

WATER BY EITHER: BY OPERATOR COMMAND, BY AIR HANDLING UNIT SEQUENCE, OR OTHER

CONTROL EVENTS AS SPECIFIED. THE SPEED OF THE ACTIVE CHILLED WATER PUMPS SHALL BE MODULATED TO MAINTAIN CHILLED WATER SYSTEM DIFFERENTIAL PRESSURE AS SENSED BY THE

DIFFERENTIAL PRSSURE SENSOR TO AN ADJUSTABLE SETPOINT. THE SETPOINT SHALL HAVE

ADJUSTABLE HIGH AND LOW ,LIMITS THAT THE SETPOINT CANNOT BE ADJUSTED ABOVE OR BELOW

RESPECTIVELY.

THE DDC CONTROL SYSTEM SHALL MONITOR ALL OF THE SYSTEM CHILLED WATER CONTROL

VALVES ONCE EVERY ADJUSTABLE TIME PERIOD OF 10 MINS.

CHILLED WATER TEMPERATURE CONTROL:

THE CHILLER SHALL PRODUCE CHILLED WATER AT THE CHILLED WATER SUPPLY TEMPERATURE

SETPOINT OF 44 F (ADJ.).

CHILLED WATER BYPASS VALVE - MIN. FLOW CONTROL

THE DDC CONTROL SYSTEM SHALL MEASURE THE CHILLED WATER FLOW THROUGH THE CHILLER.

AS THE CHILLED WATER FLOW DROPS BELOW THE MINIMUM SETPOINT, THE DDC CONTROL

SYSTEM SHALL MODULATE THE CHILLED WATER BYPASS VALVE OPEN TO MAINTAIN THE MINIMUM

CHILLED WATER FLOW SETPOINT..

PT

AI

PT

AI

DO DO

CHILLER PACKAGE WITH

INTEGRAL CHILLED WATER

PUMPS

CHILLER X XX X XXX

CHILLER LEAVING WATER TEMPERATURE X

CHILLER LEAVING WATER TEMP. SETPOINT

CHILLED WATER SYSTEM

X XX

X

P O

S

IT

IO

N

CHILLED WATER FLOW (GPM) X

X X

X

CHW DIFFERENTIAL PRESSURE SETPOINT X

S E

T P

O

IN

T A

D J U

S T

X

X

FLOW METER

FM FLOW METER

AI

E L E

C T

R

IC

A L D

E M

A N

D K

W

X

X

FLOW METER TO

BE PROVIDED

AND INSTALLED

BY MECHANICAL

ELECTRIC METER TO MEASURE

ENERGY AT CHILLER AND PUMPS

TO BE PROVIDED AND

INSTALLED BY ELECTRICAL

X

FCU-1

TCV M

AO

TT AI

TCV M

AO

TT AI

FCU-2

M

CHILLED WATER

MINIMUM FLOW

BYPASS VALVE.

MIN.CHILLER

FLOW IS 168

GPM

AO

BT-1

CHEMICAL

POT FEEDER

S E

T T

IN

G

R A

N G

E

44 F

44 F 54 F

X

HL>49F

LL < 39F

HL>25%SET PT

USER ADJ

LL<25%SET PT

HL HIGH LIMIT

LL LOW LIMIT

X

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :2

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-805

C H

IL

L E

D W

A T

E R

C O

N T

R O

L S

S C

H E

M A

T

IC

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

V N

A R

A L A

S E

T T

I

B W

Y S

Z Y

N S

K I

A N

O O

K A

L A

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

LOCATE DIFFERENTIAL

PRESSURE

TRANSMITTER IN

BASEMENT

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G

SD

NOTES:

BASE REQUIREMENT

PROVIDE DUCT DETECTOR AT ALL LOCATIONS A COMBINATION FIRE SMOKE DAMPER OR SMOKE DAMPER IS INSTALLED, AND AS REQUIRED FOR MECHANICAL AIR HANDLERS (PROVIDE DUCT DETECTOR IN EACH AIR HANDLER SUPPLY AND RETURN DUCT)

PER THE STATE MECHANICAL CODE AND NFPA 90A.

REFER TO SEQUENCE OF OPERATIONS SPECIFICATION FOR REQUIREMENTS OF DAMPER OPERATION AND CONTROL.

DUCT SMOKE DETECTOR

PROVIDED BY E.C

TESTED BY E.C

INSTALLED BY M.C

SMOKE DAMPER OR COMBINATION

FIRE SMOKE DAMPER

NOTE:

UPON DETECTION OF SMOKE BY THE SMOKE DETECTOR, THE SMOKE DMAPER

SHALL CLOSE AND SEND ALARM TO THE ELECTRICAL CONTROL PANEL.

SMOKE BARRIER

SMOKE DAMPER (N.C)

AIR

DUCTAIRFLOW

TO FIRE ALARM

CONTROL PANEL (FACP)

PRESSURE SWITCH HIGH TO

SHUT DOWN FAN UPON

REACHING HIGH PRESSURE

SETPOINT

DAMPER POSITION

FEEDBACK TO ECC

120V

ELECTRICAL

POWER

DUCT TRANSITION

AS REQUIRED

2 POSITION

BINARY POINT

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :2

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-806

M E

C H

A N

IC

A

L C

O N

T R

O L S

S C

H E

M A

T

IC

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

V N

A R

A L A

S E

T T

I

B W

Y S

Z Y

N S

K I

A N

O O

K A

L A

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

DUCT MOUNTED SMOKE DETECTOR

SCALE: N.T.S.

SMOKE DAMPER CONTROL DIAGRAM

SCALE: N.T.S.

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G

SEQUENCE OF OPERATION - ELECTRIC METER

THE CONTROLLER SHALL MONITOR THE ELECTRIC METER FOR ELECTRIC

CONSUMPTION ON A CONTINUAL BASIS. THESE VALUES SHALL BE MADE

AVAILABLE TO THE BAS AT ALL TIMES.

PEAK DEMAND HISTORY

THE CONTROLLER SHALL MONITOR AND RECORD THE PEAK (HIGH AND LOW)

DEMAND READINGS FROM THE ELECTRIC METER. PEAK READINGS SHALL BE

RECORDED ON A DAILY, MONTH-TO-DATE, AND YEAR-TO-DATE BASIS.

USAGE HISTORY

THE CONTROLLER SHALL MONITOR AND RECORD ELECTRIC METER READINGS SO

AS TO PROVIDE A POWER CONSUMPTION HISTORY. USAGE RECORDINGS SHALL

BE RECORDED ON A DAILY, MONTH-TO-DATE, AND YEAR-TO-DATE.

ALARMS

METER FAILURE: SENSOR READING INDICATES A LOSS OF PULSE OUTPUT FROM

THE ELECTRIC METER.

DDC INPUT OUTPUT SUMMARY - ELECTRIC METER

S Y

S T

E M

G R

A P

H

IC

D

IS

P L A

Y

OUTPUTS INPUTS

SOFTWARE

REMARKS

DIGITAL ANALOG DIGITAL ANALOG

EQUIPMENT POINT NAME POINT DESCRIPTION

S T

A R

T /S

T O

P

O P

E N

/C L

O S

E

E N

A B

L E

/D

IS

A B

L E

S E

T P

O

IN

T A

D J U

S T

P O

S

IT

IO

N

V A

L V

E C

O M

M A

N D

S P

E E

D C

O N

T R

O L

C U

R R

E N

T S

E N

S

IN

G R

E L A

Y

D

IF

F E

R E

N T

IA

L

P R

E S

S U

R E

S W

IT

C

H

S T

A R

T /S

T O

P

F L O

W S

W

IT

C H

O P

E N

/C L

O S

E

A L A

R M

L E

V E

L S

W

IT

C H

P U

L S

E C

O N

T A

C T

T E

M P

E R

A T

U R

E

E L E

C T

R

IC

A L D

E M

A N

D k W

A M

P E

R A

G E

V F

D F

R E

Q U

E N

C Y

P R

E S

S U

R E

C A

R B

O N

D

IO

X

ID

E

P O

S

IT

IO

N

F L O

W

E N

T H

A L P

Y

H U

M

ID

IT

Y

A N

A L O

G V

A R

IA

B

L E

B

IN

A R

Y V

A R

IA

B

L E

S O

F T

A L A

R M

R U

N T

IM

E

T O

T A

L

IZ

A T

IO

N

R E

S E

T A

V A

IL

A

B L E

S C

H E

D U

L E

C A

L C

U L

A T

E D

P O

IN

T

ELEC. METER

EM-KW-PULSE ELECTRIC METER KW PULSE X X ALARM PER SEQUENCE

CURRENT DEMAND LEVEL X X

KW DEMAND X TREND

KW PEAK TODAY X TREND

KW PEAK MONTH-TO-DATE X TREND

KW PEAK YEAR-TO-DATE X TREND

KWH TODAY X TREND

MWH MONTH-TO-DATE X TREND

MWH YEAR-TO-DATE X TREND

AI

AI

T

SEQUENCE OF OPERATION - COMM ROOM ZONE TEMPERATURE

GENERAL

THE BAS SHALL MONITOR THE ZONE TEMPERATURE OF THE COMM

ROOM AND A LOCAL DUCTLESS SPLIT SYSTEM AND THERMOSTAT

INDEPENDENT OF THE BAS SHALL MAINTAIN THE FOLLOWING

TEMPERATURE SETPOINT:

72°F (ADJ) COOLING SETPOINT

ALARMS

NOTE: ALL ALARMS TO BE TIMESTAMPED ON BAS GRAPHIC

INTERFACE.

HIGH ZONE TEMPERATURE: IF THE ZONE TEMPERATURE IS

GREATER THAN THE COOLING SETPOINT BY 5° F (ADJ.).

COMM ROOM ZONE TEMPERATURE

S Y

S T

E M

G R

A P

H

IC

D

IS

P L A

Y

OUTPUTS INPUTS

SOFTWARE

REMARKS

DIGITAL ANALOG DIGITAL ANALOG

POINT DESCRIPTION

S T

A R

T /S

T O

P

O P

E N

/C L

O S

E

E N

A B

L E

/D

IS

A B

L E

S E

T P

O

IN

T A

D J U

S T

P O

S

IT

IO

N

V A

L V

E C

O M

M A

N D

S P

E E

D C

O N

T R

O L

C U

R R

E N

T S

E N

S

IN

G R

E L A

Y

D

IF

F E

R E

N T

IA

L

P R

E S

S U

R E

S W

IT

C

H

S T

A R

T /S

T O

P

F L O

W S

W

IT

C H

O P

E N

/C L

O S

E

A L A

R M

L E

V E

L S

W

IT

C H

P U

L S

E C

O N

T A

C T

T E

M P

E R

A T

U R

E

E L E

C T

R

IC

A L D

E M

A N

D k W

A M

P E

R A

G E

V F

D F

R E

Q U

E N

C Y

P R

E S

S U

R E

C A

R B

O N

D

IO

X

ID

E

P O

S

IT

IO

N

F L O

W

E N

T H

A L P

Y

H U

M

ID

IT

Y

A N

A L O

G V

A R

IA

B

L E

B

IN

A R

Y V

A R

IA

B

L E

S O

F T

A L A

R M

R U

N T

IM

E

T O

T A

L

IZ

A T

IO

N

R E

S E

T A

V A

IL

A

B L E

S C

H E

D U

L E

C A

L C

U L

A T

E D

P O

IN

T

ROOM ZONE TEMPERATURE X X ALARM PER SEQUENCE

ATFP EMERGENCY SHUTDOWN

ES

ELECTRICAL ROOM EMERGENCY SHUTDOWN X ALARM PER SEQUENCEX

DI

NOT REQUIRED FOR COMMUNICATION ROOMS 3

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :2

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-809

M E

C H

A N

IC

A

L C

O N

T R

O L S

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

V N

A R

A L A

S E

T T

I

B W

Y S

Z Y

N S

K I

A N

O O

K A

L A

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

SCALE: N.T.S.1

ELECTRIC METER CONTROL SEQUENCE

SCALE: N.T.S.2

COMM ROOM AND ELECTRICAL ROOM ZONE TEMPERATURE AND

CONTROLS SEQUENCE

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G

S

T P

O

IN

T

R A

N G

E

75F

55F

0-100%

0-100%

FCV

AO

FCV

AO

ALARM

START/STOP

AI DO

IS

DO

HOA

DI

AI

AIDI

SA

RA

SF

TDP

M

T

SEQUENCE OF OPERATION - FAN COIL UNIT

EQUIPMENT

THE AIRSIDE SYSTEM, AS IT APPLIES TO THE BUILDING AUTOMATION SYSTEM (BAS), CONSISTS OF THE

FOLLOWING EQUIPMENT:

FAN COIL UNIT, FCU-1, FCU-2

RUN CONDITIONS

SCHEDULED:

THE UNIT SHALL RUN BASED UPON AN OPERATOR ADJUSTABLE TEMPERATURE SET POINT

SHUTDOWN:

UPON SHUTDOWN (EITHER MANUALLY, AUTOMATICALLY OR FROM SAFETY FUNCTIONS),

THE SUPPLY FAN SHALL BE DE-ENERGIZED, THE FCU CHILLED WATER COIL SHALL BE DISABLED.

THE HOT WATER HEATING COIL SHALL BE ENABLED WHEN OUTSIDE

AIR TEMPERATURE IS LESS THAN 40°F (ADJ.) AND BE DISABLED WHEN OUTSIDE AIR TEMPERATURE IS

GREATER THAN 40°F (ADJ.).

SUPPLY FAN

OCCUPIED:

THE SUPPLY FAN SHALL RUN CONTINUOUSLY AT CONSTANT SPEED DURING OCCUPIED TIMES, UNLESS SHUTDOWN ON SAFETIES. TO PREVENT SHORT CYCLING, THE SUPPLY FAN SHALL HAVE A USER DEFINABLE

(ADJ.) MINIMUM RUNTIME.

MODE CONTROL

COOLING SHALL BE ENABLED WHENEVER:

· WHEN A CALL FOR COOLING EXISTS, AND

· THE SUPPLY FAN STATUS IS ON

DURING COOLING MODE, THE BAS SHALL MONITOR THE SUPPLY AIR TEMPERATURE AND MODULATE THE

CHILLED WATER VALVE TO MAINTAIN COOLING SETPOINT.

HEATING SHALL BE ENABLED WHENEVER:

· SPACE AIR TEMPERATURE IS LESS THAN 55°F (ADJ.), AND

· THE COOLING SYSTEM IS NOT ACTIVE, AND

· THE SUPPLY FAN STATUS IS ON.

DURING HEATING MODE, THE BAS SHALL MONITOR THE SUPPLY AIR TEMPERATURE AND MODULATE

HOT WATER HEATING COIL VALVE TO MAINTAIN HEATING SETPOINT.

THE BAS SHALL MONITOR THE SUPPLY AIR TEMPERATURE AND ENABLE CHILLED WATER AND HOT WATER

VALVES TO MAINTAIN FIXED SUPPLY AIR TEMPERATURE SETPOINTS AS FOLLOWS:

· COOLING: THE SETPOINT SHALL BE 55°F (ADJ.)

· HEATING: THE SETPOINT SHALL BE 90°F (ADJ.)

THE ROOM TEMPERATURE SETPOINTS SHALL BE AS FOLLOWS:

· COOLING - THE SETPOINT SHALL BE 85°F (ADJ.)

· HEATING - THE SETPOINT SHALL BE 70°F (ADJ.).

CHILLED WATER

COIL

ATFP EMERGENCY SHUTDOWN SWITCH

HOT WATER COIL

DDC INPUT OUTPUT

SUMMARY

FAN COIL UNIT (FCU)

S Y

S T

E M

G R

A P

H

IC

D

IS

P L A

Y

OUTPUTS INPUTS

SOFTWARE

REMARKS

DIGITAL ANALOG DIGITAL ANALOG

POINT NAME POINT DESCRIPTION

S T

A R

T /S

T O

P

F L O

A T

S W

IT

C

H

E N

A B

L E

/D

IS

A B

L E

S E

T P

O

IN

T A

D J U

S T

P O

S

IT

IO

N

V A

L V

E C

O M

M A

N D

S P

E E

D C

O N

T R

O L

C U

R R

E N

T S

E N

S

IN

G R

E L A

Y

D

IF

F E

R E

N T

IA

L

P R

E S

S U

R E

S W

IT

C

H

S T

A R

T /S

T O

P

F L O

W S

W

IT

C H

O P

E N

/C L

O S

E

A L A

R M

P U

S H

B U

T T

O N

O V

E R

R

ID

E

P U

L S

E C

O N

T A

C T

T E

M P

E R

A T

U R

E

E L E

C T

R

IC

A L D

E M

A N

D k W

A M

P E

R A

G E

V F

D F

R E

Q U

E N

C Y

P R

E S

S U

R E

C A

R B

O N

D

IO

X

ID

E

P O

S

IT

IO

N

F L O

W

E N

T H

A L P

Y

H U

M

ID

IT

Y

A N

A L O

G V

A R

IA

B

L E

B

IN

A R

Y V

A R

IA

B

L E

S O

F T

A L A

R M

R U

N T

IM

E

T O

T A

L

IZ

A T

IO

N

R E

S E

T A

V A

IL

A

B L E

S C

H E

D U

L E

C A

L C

U L

A T

E D

P O

IN

T

FAN COIL UNIT START/STOP X

FAN COIL UNIT FAN STATUS X X X X X ALARM IF STATUS ≠ COMMAND; RESET AVAILABLE FOR RUNTIME HRS

FAN COIL UNIT SUPPLY AIR TEMPERATURE X X X ALARM PER SEQUENCE

FAN COIL UNIT FILTER DIFFERENTIAL PRESSURE SWITCH X X ALARM UPON STATUS

FAN COIL UNIT SPACE TEMPERATURE X X

FAN COIL UNIT CONDENSATE LEVEL X X X ALARM PER SEQUENCE

FAN COIL UNIT HOT WATER COIL VALVE X X

FAN COIL UNIT EMERGENCY SHUTDOWN X X ALARM UPON STATUS

FAN COIL UNIT CHILLED WATER COIL VALVE X X

X

ES

SHEET ID

D R

A W

N B

Y

D E

S

IG

N E

D B

Y

S U

B M

IT

T

E D

B Y

S

IZ

E

C H

E C

K E

D B

Y

A N

S I D

IS

S

U E

D A

T E

C O

N T

R A

C T

N O

S O

L

IC

IT

A

T

IO

N N

O

N

3 5 7 9 11 13 15 17 19

L

J

G

E

C

A

D A

T E

M A

R K

D E

S C

R

IP

T

IO

N

2 4 6 8 10 12 14 16 18 20

P

M

K

H

F

D

B

US Army Corps of Engineers ®

U .S

A

R M

Y C

O R

P S

O F

E N

G

IN

E E

R S

S A

V A

N N

A H

D

IS

T R

IC

T

W

O

G L E

T H

O R

P E

A V

E

S A

V A

N N

A H

G

A

DPW-7748

/2

/2

:4 :2

P

M B

IM

/1

.0

F o rt

B ra g g /1

.0

U

S A

C E

F

O R

T B

R A

G G

M

E P

B

A S

E v .r v t

M-812

F A

N C

O

IL

U N

IT

C

O N

T R

O L S

F O

R T

B R

A G

G N

O R

T H

C A

R O

L

IN

A A

N

O O

K A

L A

V N

A R

A L A

S E

T T

I

B W

Y S

Z Y

N S

K I

A N

O O

K A

L A

J U

N E

N O

N E

C A

T E

G O

R Y

C O

D E

F ile

N a m e

R E

A D

Y T

O A

D V

E R

T

IS

E

IN

N

O V

A T

IO

N

O U

T P

O S

T B

U

IL

D

IN

G

-4

F Y

P

N F

A -1

-1

SCALE: N.T.S.1

FAN COIL UNIT CONTROLS

R

E V

IS

E

D I

N A

C C

O R

D A

N C

E W

IT

H

A M

E N

D M

E N

T

A

U G