P1507-AMEND0003_-_5_of_5.pdf

PDF 929 KB Posted Nov 6, 2013

Attached to: P1507 CONSTRUCT NAVAL MEDICAL CLINIC AT NSA ANNAPOLIS, ANNAPOLIS, MARYLAND.
Solicitation number: N4008013R0152
Issued by: Department of the Navy Naval Facilities Engineering Command

About this file

From the source

File 5 of 5

View the file

Other files

File	Type	Posted
P1507-AMEND0003_-_1_of_5.pdf	PDF	Nov 6, 2013
P1507-AMEND0003_-_3_of_5.pdf	PDF	Nov 6, 2013
P1507-AMEND0003_-_2_of_5.pdf	PDF	Nov 6, 2013
P1507-AMEND0003_-_4_of_5.pdf	PDF	Nov 6, 2013
Amendment_0017.pdf	PDF	Nov 6, 2013
N4008013R0152_P1507_Pre-Solicitation_Notice.pdf	PDF	Feb 6, 2013

On GovTribe

Work with this file

Download the original file
Contacts named in this file
Similar government files
Ask GovTribe AI about this file

Try for free Login

Text version

The file's text, extracted by GovTribe without its formatting.

EF LIN

M P1 02F

EF LIN

M P1 02F

2.2.9

2.2.16

2.2.20

2.2.23

2.2.24

2.2.14

2.2.12

2.2.11

2.2.10

2.2.18

FT-B

2' - 10" (0.40 gpm)

FT-A

6' - 2" (0.40 gpm)

FT-A

5' - 2" (0.40 gpm)

FT-A

8' - 2" (0.40 gpm)

HWS

HWR

T T TT

PHWS

PHWR

STAIR 1

2WS01

WAIT

2W115

CORR

2WC03

WAIT

2W101

CORR

2WC04

PSYCHOL

2W102

SARP

2W103

TEST

2W104

SARP

2W105

PSYCHOL

2W106

GROUP

2W113

CORR

2WC05

TLT

2W112

SCREEN

2W117

VIS FIELD

2W118

FUNDUS

2W119

ELEC

2W121

FITTING

2W129

STOR

2W131

WCHR

2W128

EYE

LANE

2W132

CORR

2WC07

EYE

LANE

2W126

EYE

LANE

2W133

TLT

2W125

2WC06A

JAN

2W124

COMM

2W134

CORR

2WC10

CORR

2WC08

HSS QM

2W142

HSS

ANALYST

2W141

DEPUTY

2W139

DENT

OFF

2W137SOILED

2W136LOUNGE

2W135

EQUIP

2W123

TMPLT

MGR

2W108

APPT

WORK

2W107

LPO

2W120

SCREEN

2W110

EYE

LANE/

SCRN

2W127

IC RN

2W109 DEPT

HEAD

2W122

2.2.21

10 11 12

10.1

H W

HWSHWS

HWRHWR

2.2.17

2.2.22

FT-C

3' - 0" (0.40 gpm)

FT-A

5' - 8" (0.40 gpm)

FT-A

5' - 8" (0.50 gpm)

2.2.13

H W

R H

W S

1 1/4"

2.2.15

HWS

HWR

1 1/4"

RP-B

6' - 0" (0.40)

RP-B

8' - 0" (0.40)

RP-B

8' - 0" (0.40)

RP-B

8' - 0" (0.40)

RP-B

8' - 0" (0.40)

RP-B

8' - 0" (0.40)

RP-B

8' - 0" (0.40)

RP-B

8' - 0" (0.40)

1 1/4" 1"

RECEP

2W114

RECEP

2W116

1 1/4"

1 1/2" 3/4"

1 1/4"

2.2.19

W R

3/4"

1 1/4"

3/4"

1 1/4"

PHWR

1 1/4"

3/4" HWS

3/4" HWR

1 1/4"

3/4" HWR

1 1/2" HWS

1 1/4" PHWS

3/4" PHWR

PSYCH

OFC

2W111

CO2

D.7

9.5

H W

PHWR

PHWS

PHWR

PHWS

W R

PHWR

PHWS

PHWR

PHWS

1" D

1" HWS

1 1/4" HWR

1. REFER TO DRAWINGS MH001-MH002 FOR GENERAL SHEET NOTES

E N

E F

R P

G I

O N A

E E

N R

EC NIL

S E

No 66893

STATE OF

ROL

I D A

SHEET NOTES:

KEY NOTES 00

25'0 5' 15'

1/8"=1'-0" GRAPHIC SCALE

1 2 3 4 5

SHEET OF

NAVFAC DRAWING NO.

CONSTR. CONTR. NO.

EPROJECT NO.:

SCALE:

O F

Y H

S, M

N N

D , D

C O

M M

C O

M M

U S

FP ENGINEER

CHIEF ENG/ARCH

BRANCH MANAGER

PM/DM

DES DRW CHK

SATISFACTORY TO DATE

ACTIVITY

FOR COMMANDER NAVFAC

APPROVED

A/E INFO

SEAL

C R

O N

N62470-02-D-7611

1130318

DRAWFORM REVISION: 10 MARCH 2009

NOTES:

NOTE:

IF THIS DRAWING IS LESS THAN 34" X 22"

IT IS A REDUCED SIZE DRAWING

4750 New Broad Street Orlando, Florida 32814 www.rlfarchitects.com

LICENSE #AA C000564 #EB 0000629

C :\U se rs

\ja a\

Do cu m en ts \1

M E_

_j aa

.rv t

As indicated

O N

D F

R P

R E

MP102E

JEB JBR VLM

13054340

1 1-1/4" PHWR DOWN.

2 SEE SHEET MP10BC FOR CONTINUATION.

E F

A B

KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN

/2 5/

UP UP

AHU

2.2

AHU

1.2

EF LIN

M P1 02E

MH405

MH406

2.2.3

2.2.4

2.2.8

FT-A

7' - 8" (0.50 gpm)

PHWS

2"1"

HWS

PHWR

TLT (F)

2W143

TLT (M)

2W144

ELEC

2W151

MECH

2W152

DTR OH

2W157

DENT

XRAY

2W156

SUPPORT

2W155

TLT

2W154

ELEC

2W153

CORR

2WC09

DTR GEN

2W145

DTR GEN

2W146

PROST

LAB

2W147

DENTAL

DECON

2W148

STAIR 4

2WS02

CLEAN

2W150

WAIT

2W159

CORR

2WC10

2.2.1

FCU

13 14 15

DENTAL

STER

2W149

MH424

2.2.7

2.2.5

H W

R H

W S

HWR

2.2

VFD-AHU/2.2

VFD-RF/1.2

VFD-RF/2.2

VFD-AHU/1.2

1.2

3/4"1"

2"2"

1 1/4"

PHWS

1 1/4"

HWS

HWR

1 1/4"

3/4" 1 1/2"

1 1/4" 3/4"

3/4" HWS

3/4" HWR

W S

2.2.2

RECEP

2W158

H W

HWS

HWR

CO2

2.2.6

1.2

D.7

1" HWS

1 1/4" HWR

1 1/4" PHWS

3/4" PHWR

1 1/2" HWS

3/4" HWR

1" D

1. REFER TO DRAWINGS MH001-MH002 FOR GENERAL SHEET NOTES

E N

E F

R P

G I

O N A

E E

N R

EC NIL

S E

No 66893

STATE OF

ROL

I D A

SHEET NOTES:

KEY NOTES 00

25'0 5' 15'

1/8"=1'-0" GRAPHIC SCALE

1 2 3 4 5

SHEET OF

NAVFAC DRAWING NO.

CONSTR. CONTR. NO.

EPROJECT NO.:

SCALE:

O F

Y H

S, M

N N

D , D

C O

M M

C O

M M

U S

FP ENGINEER

CHIEF ENG/ARCH

BRANCH MANAGER

PM/DM

DES DRW CHK

SATISFACTORY TO DATE

ACTIVITY

FOR COMMANDER NAVFAC

APPROVED

A/E INFO

SEAL

C R

O N

N62470-02-D-7611

1130318

DRAWFORM REVISION: 10 MARCH 2009

NOTES:

NOTE:

IF THIS DRAWING IS LESS THAN 34" X 22"

IT IS A REDUCED SIZE DRAWING

4750 New Broad Street Orlando, Florida 32814 www.rlfarchitects.com

LICENSE #AA C000564 #EB 0000629

C :\U se rs

\ja a\

Do cu m en ts \1

M E_

_j aa

.rv t

As indicated

O N

D F

R P

R F

MP102F

JEB JBR VLM

13054341

1 SEE SHEET MP10BF FOR CONTINUATION.

2 PROVIDE THREE-WAY CONTROL VALVE.

E F

A B

KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN KEYPLANN

/2 5/

AHU

2.2

REF LINE

MH406

ELEC

2W151

MECH

2W152

F/SD-7

SSR-A

12 X 10 /500

SSR-A

10 X 6 /80

2.2.1

12Ø

U P

48X24

VFD-AHU/2.2

VFD-RF/1.2

2.2

SSR-A

10 X 6 /200

SSR-A

10 X 6 /200

SSR-A

10 X 6 /200

FCU

MH407

MH412

14 15

12Ø

1.2.2

6Ø

36X36

F/SD-6

F/SD-536X14

STR-A

12 X 12 /80

AHU

2.2

REF LINE

MH406

ELEC

2W151

MECH

2W152

H W

1 1/4"1 1/4"

3"3"

2.2.1

R L

2.2

R S

R L

R S

VFD-AHU/2.2

VFD-RF/1.2

T D

FCU

MH412

14 15

C H

W S

C H

W R

1" HWS

1" HWR

1 1/4"1 1/4"

1"1"

3"3"

MH407

H W

1. REFER TO DRAWINGS MH001-MH002 FOR GENERAL SHEET NOTES

E N

E F

R P

G I

O N A

E E

N R

EC NIL

S E

No 66893

STATE OF

ROL

I D A

SHEET NOTES:

KEY NOTES 00

1/4"=1'-0" GRAPHIC SCALE

15'10'5'1'01'

1 2 3 4 5

SHEET OF

NAVFAC DRAWING NO.

CONSTR. CONTR. NO.

EPROJECT NO.:

SCALE:

O F

Y H

S, M

N N

D , D

C O

M M

C O

M M

U S

FP ENGINEER

CHIEF ENG/ARCH

BRANCH MANAGER

PM/DM

DES DRW CHK

SATISFACTORY TO DATE

ACTIVITY

FOR COMMANDER NAVFAC

APPROVED

A/E INFO

SEAL

C R

O N

N62470-02-D-7611

1130318

DRAWFORM REVISION: 10 MARCH 2009

NOTES:

NOTE:

IF THIS DRAWING IS LESS THAN 34" X 22"

IT IS A REDUCED SIZE DRAWING

4750 New Broad Street Orlando, Florida 32814 www.rlfarchitects.com

LICENSE #AA C000564 #EB 0000629

C :\U se rs

\ja a\

Do cu m en ts \1

M E_

_j aa

.rv t

:1 7:

As indicated

O N

D F

R M

R O

O M

E N

MH405

JEB JSL VLM

13054346

1 TYPICAL MAINTENANCE ACCESS SPACE-DO NOT OBSTRUCT.

2 4" REINFORCED CONCRETE PAD.

3 TYPICAL 4" DUCT CURB.

4 36X14 EXHAUST AIR DUCT DOWN, (EF/1.2.1).

5 36X14 EXHAUST AIR DUCT UP (EF/1.2.1).

6 12X12 BENCH FUME HOOD EXHAUST AIR DUCT UP AND DOWN, (EF/1.2.2).

7 48X24 RETURN AIR DUCT DOWN, (RF/1.2).

8 10Ø BOILER EXHAUST VENT UP, (B/2).

9 6Ø BOILER EXHAUST VENT UP, (WH/B.1).

10 PLUMBING EQUIPMENT.

11 24X48 PLENUM ACCESS DOOR.

12 20X20 EXHAUST AIR DUCT UP (EF/B.1.1).

13 CONTROL DAMPER.

14 12"X12" TRANSFER AIR DUCT DOWN - TERMINATE 8" ABOVE FINISHED FLOOR

WITH 1/2" X 1/2" 18 GAUGE WWF.

SCALE: 1/4" = 1'-0" A2ENLARGED HVAC DUCTWORK PLAN - AREA F3

SCALE: 1/4" = 1'-0" A4ENLARGED HVAC PIPING PLAN - AREA F3

KEYPLANN

TRUENORTH

/2 5/

MH102F MP102F

MH422

14 15

MH423

MH422

MH407

43X24ø

10X8

36X14

14X12 18X10

36X14

14X12

18X10ø

16X10

12X6

2ø

10X8

43X24ø

14X8

1.2.11

RR-A

CD-A

1.2.3

RR-A

CD-A

RR-A

CD-A

RR-A

RR-B

CD-B

RR-A

CD-A

RR-A

CD-A

1.2.2

RR-A

CD-A

RR-A

1.2.1

ER-C

RR-A

CD-A

SRR-A

10 X 6 /80

CD-A

RR-A

CD-A

RR-A

120CD-A

1.2.10

CD-A

RR-A

CD-A

F/SD-9

2ø

14X8

43X24ø

10X8 10X8

0ø 12X8 14 X8

12X8

12X6

14X8

D N

22X12

0ø

14X10

D N

10X8

D N

U P

VEND

1W139

LACTATION

1W140

CORR

1WC03

UTIL MGR

1W136

CASE

MGR

1W137

STOR

1W138

RECEP

1W141

CORR

1WC04

RAD

1W144

ELEC

1W135

TLT

1W145

JAN

1W146

STORAGE

1W149

PACS/

TELERAD

1W151

LPO

1W152

SUB-WAIT

1WC04A

CORR

1WC05

DRESS

1W143

U P

6Ø

43X24ø

VEST

1W153

12X6

D N D

U P

8Ø

14X8

1.2.7

X814

14X8

1.2.6

TECH

1W142

14X8

48X24

12X6

10Ø

CD-A

1. REFER TO DRAWINGS MH001-MH002 FOR GENERAL SHEET NOTES

E N

E F

R P

G I

O N A

E E

N R

EC NIL

S E

No 66893

STATE OF

ROL

I D A

SHEET NOTES:

KEY NOTES 00

1/4"=1'-0" GRAPHIC SCALE

15'10'5'1'01'

1 2 3 4 5

SHEET OF

NAVFAC DRAWING NO.

CONSTR. CONTR. NO.

EPROJECT NO.:

SCALE:

O F

Y H

S, M

N N

D , D

C O

M M

C O

M M

U S

FP ENGINEER

CHIEF ENG/ARCH

BRANCH MANAGER

PM/DM

DES DRW CHK

SATISFACTORY TO DATE

ACTIVITY

FOR COMMANDER NAVFAC

APPROVED

A/E INFO

SEAL

C R

O N

N62470-02-D-7611

1130318

DRAWFORM REVISION: 10 MARCH 2009

NOTES:

NOTE:

IF THIS DRAWING IS LESS THAN 34" X 22"

IT IS A REDUCED SIZE DRAWING

4750 New Broad Street Orlando, Florida 32814 www.rlfarchitects.com

LICENSE #AA C000564 #EB 0000629

C :\U se rs

\ja a\

Do cu m en ts \1

M E_

_j aa

.rv t

As indicated

R G

U C

R K

MH409

JEB TOB VLM

13054350

SCALE: 1/4" = 1'-0" MH101A A3ENLARGED HVAC DUCTWORK PLAN - WEST

1 48X24 RETURN AIR DUCT UP, (RF/1.2).

2 36X14 EXHAUST AIR DUCT UP, (EF/1.2.1).

3 12X12 BENCH FUME HOOD EXHAUST AIR DUCT UP, (EF/1.2.2).

4 WELDED STAINLESS STEEL DUCTWORK FROM AIR VALVE

DOWN STREAM TO SUPPLY AIR DIFFUSER.

5 HUMIDIFIER LOCATED ABOVE THE CEILING WITH DUCT

MOUNTED DISPERSION TUBE SERVING 1W140 LACTATION.

SEE DETAIL A4 ON SHEET MH502.

6 DUCT MOUNTED STEAM DISPERSION TUBE.

7 8X8 DUCT ACCESS DOOR

8 CONTRACTOR TO COORDINATE DUCT ROUTING WITH

PROPOSED X-RAY SUPPORT SYSTEM.

KEYPLANN

TRUENORTH

/2 5/

SPACE TEMPERATURE

AIR TERMINAL VALVE RESET SCHEDULE

REHEAT COIL

VALVE OPEN

REHEAT COIL

VALVE CLOSED

DAMPER OPEN

AIR VALVE

DAMPER AT

AIR VALVE

MINIMUM POS

DIGITAL

OUTPUTS

DIGITAL

INPUTS

DC-AIR VALVE

ANALOG

INPUTS OUTPUTS

ANALOG

ROOM SERVED

LOCATE IN

RADIATOR OR RADIANT PANEL

HEATING

TEMP AS

COOLING

TEMP

ADJUST SET POINTS TO

COMPLY WITH TABLE ABOVE

ROOM

CATEGORY

COOLING

TEMP

HEATING

TEMP

TREATMENT

ALL ROOMS

NOT LISTED

ABOVE

EXAM 75 73

TYPICAL DDC VARIABLE AIR VOLUME AIR TERMINAL VALVE

RADIATOR CONTROL

NOTED

NOTE: PROVIDE QUANTITY OF ALARM POINTS FOR ELEVATOR SUMPS

AND REFRIGERATOR ALARMS AS SCHEDULED. PROVIDE CO2

SENSING SYSTEMS WHERE INDICATED BY SENSOR ON FLOOR

PLANS. PROVIDE VRF AC ROOM TEMP SENSORS ONLY WHERE

INDICATED ON FLOOR PLANS. PROVIDE VRF CU INTERLOCKS

AS NOTED.

PROVIDE ADDITIONAL ROOM SENSOR FOR RADIATOR WHERE

INDICATED ON FLOOR PLANS. INTERFACE TO NEAREST AIR

VALVE CONTROLLER.

NOTE:

HDF HS

HIGH LIMIT

HEATING TEMPERATURE

SETPOINT (°F)

(°F)

O U

U R

NUMBER OF CONDUCTORS

TO ACCOMPLISH SEQUENCE

DUCT MOUNTED HUMIDIFIER -

LACTATION ROOM

PROVIDE ALARM INTERLOCK

TO AIR TERMINAL VALVES

AS SCHEDULED

CLINICAL

REFRIGERATOR

BY DIV 22

ROOM SENSOR IN VRF AC UNIT SPACE -

VERIFY QUANTITY AT EACH AIR VALVE

CONTROLLER WITH FLOOR PLANS.

INTERLOCK TO AIR VALVE NEAR

VRF CU. VERIFY LOCATIONS WITH

FLOOR PLANS AND SHEET MI729.

86756860

VPS

E H

U M

R E/

U N

O C

C U

R R

P O

O N

R E

U R

C O

O L

R C

O N

B 1C

B C 1

E 2 3

3VM

HWR

HWS

N.O.

HWS HWR

N.O.

D3 NOT TO SCALE

H U

R O

N /O

E C

R S

U M

O R

R M

M P

CO2

B1 C1 1A

SUMP

PUMP

C U

R M

VRF

SUMP PUMP ALARM

REFRIGERATOR ALARM

SUMP PUMP ALARM INTERLOCK

REFRIGERATOR ALARM SCHEDULE

ACTION

PUMP SYSTEM GEN ALARM

RELATED DDCSUMP PUMP

SP/B.1

SP/B.2

MARK CONTROLLER

PUMP SYSTEM GEN ALARM

ROOM NUMBER

PHARMACY 1W104

AIR TERMINALREFRIG.

NUMBER NUMBER

LAB 1W119

IMMUNIZATION 1E134

SP/B.3 PUMP SYSTEM GEN ALARM

R6060

1.2.21

1.2.13

1.1.39R6060

R5100 1.2.13 LAB 1W119

B.1.8

B.1.7

B.1.14

VAV AIR TERMINAL VALVE - SEQUENCE OF OPERATION

A. OPERATING MODES - GENERAL:

1. PROVIDE TWO OPERATIONAL MODES FOR AIR TERMINAL VALVES: UNOCCUPIED OPERATION

AND OCCUPIED OPERATION. ALL NORMAL OPERATING MODES SHALL BE COMMANDED BY THE

DDC. PROVIDE UNOCCUPIED AND OCCUPIED HEATING AND COOLING SET POINTS, AND

OPERATOR ADJUSTABLE OVERRIDE TIMES.

2. OCCUPIED MODE: WHEN SCHEDULED BY THE DDC, THE SYSTEM ENTERS THE OCCUPIED

MODE. AIR VALVES SHALL RESPOND TO THE NORMALLY OCCUPIED SPACE SET POINTS.

DAMPERS SHALL RESPOND TO THE MINIMUM SET POINTS SCHEDULED. HEATING COIL CONTROL

VALVES SHALL RESPOND TO THE SPACE TEMPERATURE SETPOINTS.

3. UNOCCUPIED MODE: WHEN SCHEDULED BY THE DDC, AHU OPERATION SHALL BE DISABLED;

AIR VALVE DAMPERS SHALL ACTUATE TO THE NORMALLY OPEN POSITION AND THE HOT WATER

COIL CONTROL VALVES SHALL ACTUATE TO THE NORMALLY CLOSED POSITION. DURING THIS

OPERATIONAL MODE, THE AHU SHALL BE STARTED AND STOPPED AS NECESSARY TO MAINTAIN

THE UNOCCUPIED TEMPERATURE AND HUMIDITY SET POINTS INDICATED AND ALSO IF MANUALLY

ACTIVATED AT ANY ROOM TEMPERATURE SENSOR RELATED TO THE AHU SYSTEM. AFTER FAN

OPERATION IS PROVEN AND A TIME DELAY (0-5 MIN FILED ADJ.) ALL AIR VALVES AND

CORRESPONDING HOT WATER COIL CONTROL VALVES SERVED BY THE AHU SHALL RESPOND TO

THE NORMAL TEMPERATURE CONTROL ALGORITHM UNTIL THE AHU IS DISABLED.

a. PUSH BUTTON SWITCH IN ROOM SENSOR COVER SHALL OVERRIDE AHU UNOCCUPIED

SCHEDULE AND PROVIDE AHU SYSTEM ACTIVATION FOR 1 HOUR (ADJUSTABLE) OR AS NOTED.

B. DDC VARIABLE VOLUME AIR TERMINAL VALVE:

1. DESCRIPTION: EACH AIR VALVE CONSISTS OF A PRIMARY (INLET) AIR CONTROL DAMPER, INLET

AIRFLOW MEASURING STATION, HOT WATER HEATING COIL, AND UNIT MOUNTED DDC

CONTROLLER. ROOM TEMPERATURE SENSORS ARE EQUIPPED WITH PUSH BUTTONS TO ADJUST

TEMPERATURE SET POINT AND PROVIDE UNOCCUPIED OVERRIDE ACTIVATION. UNITS ARE

VARIABLE AIR VOLUME DELIVERY WITH MINIMUM SET POINT.

2. SYSTEM CONTROL: AIR VALVE PRIMARY AIR DAMPER SHALL MODULATE OPEN/CLOSED TO

MAINTAIN THE AIR VELOCITY SET POINT OF THE DDC CONTROLLER, BASED ON THE INPUT OF THE AIR VALVE INLET VELOCITY SENSOR. THE AIR VALVE CONTROLLER SHALL RESET THE VELOCITY

SET POINT TO MAINTAIN THE ROOM TEMPERATURE SET POINT SELECTED AT THE ROOM SENSOR

OR OPERATORS WORKSTATION. THE AIR VALVE DAMPER SHALL MODULATE TO MAINTAIN SPACE

TEMPERATURE. AS SPACE TEMPERATURE DROPS TO THE SET POINT, THE INLET AIR DAMPER

SHALL CLOSE TO THE MINIMUM AIR QUANTITY VALUE SCHEDULED. AS SPACE TEMPERATURE

CONTINUES TO DROP THE TWO-WAY HOT WATER CONTROL VALVE SHALL MODULATE TO

MAINTAIN THE HEATING SET POINT. MODULATE AIR VALVE TO PREVENT DISCHARGE AIR

TEMPERATURE FROM EXCEEDING 95 DEGREES F. SET POINTS, DEADBANDS, AND THROTTLING

RANGES SHALL BE AS INDICATED. COORDINATE MAXIMUM AND MINIMUM AIRFLOW SET POINTS

WITH SCHEDULES ON CONTRACT DRAWINGS.

a. PROVIDE A ROOM TEMPERATURE AND HUMIDITY SENSOR AT EACH LOCATION INDICATED

ON FLOOR PLANS. FURNISH WITH SET POINT ADJUSTMENT, TEMPERATURE INDICATION AND

UNOCCUPIED OVERRIDE MOMENTARY CONTACT PUSH BUTTON.

b. PROVIDE HIGH DENSITY CLEAR PLASTIC COVERS WITH KEY LOCK FOR SENSORS WHERE

INDICATED.

c. PROVIDE RESTRICTION ADJUSTMENT OF ROOM TEMPERATURE SENSOR RANGE AT THE

DDC WORKSTATION COMPUTER AT A MAXIMUM OF 2 DEGREES F (FIELD ADJUSTABLE 0-10

DEGREES F) UP AND DOWN BEYOND INDICATED SET POINTS.

d. PROVIDE INTERLOCK TO FACILITY PLUMBING SUMP PUMP ALARM CONTRACTORS WHERE

INDICATED. WHEN ENABLED, AN ALARM SHALL BE INDICATED AT THE DDC WORKSTATION

COMPUTER INDICATING THE SUMP PUMP AND THE PUMP LOCATION IN ALARM.

e. PROVIDE INTERLOCK TO FACILITY CLINICAL REFRIGERATOR ALARM CONTRACTORS WHERE

INDICATED. COORDINATE INTERLOCK METHODOLOGY AND PROVIDE INTERLOCK WITH EACH

REFRIGERATOR. PROVIDE SOFTWARE TO INDICATE AN ALARM AT THE DDC WORKSTATION

COMPUTER WHEN THE REFRIGERATOR IS IN ALARM DUE TO AN OUT OF TOLERANCE OPERATING

CONDITION OR FAILURE.

f. PROVIDE INTERLOCK TO CO2 SENSING SYSTEM WHERE INDICATED. COORDINATE

INTERLOCK METHODOLOGY AND PROVIDE INTERLOCK WITH EACH SYSTEM. PROVIDE SOFTWARE

TO INDICATE AN ALARM AT THE DDC WORKSTATION COMPUTER WHEN THE CO2 LEVEL IS IN

ALARM DUE TO AN OUT OF TOLERANCE OPERATING CONDITION OR FAILURE. COORDINATE INITIAL

CO2 LEVEL SETPOINT WITH MANUFACTURER OF SYSTEM FOR PARTICULAR APPLICATION.

SYSTEM SHALL AUTOMATICALLY RESET WHEN CO2 LEVEL DROPS TO BELOW THE SETPOINT.

g. GENERATE A PRESSURE REQUEST WHEN ANY VAV AIR TERMINAL UNIT DAMPER SERVED

BY THE SYSTEM IS GREATER THAN 99% (ADJUSTABLE) OPEN OR WHERE VAV DAMPER POSITION

IS UNKNOWN; A PRESSURE REQUEST IS MADE WHEN THE ZONE'S ACTUAL SUPPLY AIRFLOW IS

LESS THAN 90%. PROVIDE SOFTWARE THAT COUNTS THE NUMBER OF PRESSURE REQUESTS

PER OCCUPIED MODE AND INDICATES VAV # ON GRAPHIC SCREEN.

3. HUMIDIFIER CONTROL: STEAM HUMIDIFIER IS LOCATED COWNSTREAM OF THE AV. UNIT

INCLUDES A SELF CONTAINED ELECTRIC STEAM GENERATING HUMIDIFIER AND STEAM

DISTRIBUTOR TUBE. HUMIDIFIER INCLUDES A FACTORY INSTALLED MICROPROCESSOR

CONTROLLER AND OPERATING SOFTWARE. WHEN AV IS IN THE "OCCUPIED MODE", THE HUMIDITY

ALGORITHM SHALL BE ENABLED.

a. PROVIDE HUMIDITY SENSORS WHERE INDICATED. AV SYSTEM SHALL PROVIDE A SIGNAL TO THE STEAM HUMIDIFIER TO ACTIVIATE HUMIDIFIER TO MAINTAIN 50%RH (30-90% RH; FIELD ADJ.)

AS SENSED BY THE SPACE AIR HUMIDITY SENSOR.

b. PROVIDE A RH SENSOR DOWNSTREAM OF THE HUMIDIFIER DISTRIBUTION TUBE TO LIMIT

OPERATION TO NOT EXCEED 80% RH (ADJUSTABLE 30-90% RH).

c. COORDINATED INTERLOCKS AND PROVIDE WIRING TO ENABLE THE HUMIDIFIER

BLOWDOWN AND MAKE-UP WATER SOLENOID VALVES TO OPERATE IN ACCORDANCE WITH THE

TIMER SEQUENCE PROVIDED WITH THE HUMIDIFIER. PROGRAM HUMIDIFIER TO BLOWDOWN

AFTER ROOM HUMIDITY IS SATISFIED, AT INTERVAL RECOMMENDED BY MANUFACTURER.

C. RADIATORS/RADIANT PANELS:

1. DESCRIPTION: RADIATORS AND RADIANT PANELS ARE GROUPED INTO CONTROL ZONES

SIMILAR TO THE AIR TERMINAL VALVES SERVING THE SAME GROUP OF SPACES. EACH CONTROL

ZONE INCLUDES A MODULATING TWO-WAY CONTROL VALVE. RADIATOR CONTROL VALVES SHALL

OPERATE IN THE SAME RANGE AS THE ASSOCIATED AIR TERMINAL VALVE REHEAT COIL CONTROL

VALVE. CONTROL POINTS FOR RADIATOR/RADIANT PANEL CONTROL VALVES SHALL BE ADDED

TO THE RESPECTIVE AIR TERMINAL VALVE CONTROLLER.

2. AS SPACE TEMPERATURE DROPS TO BELOW THE ROOM RADIATOR/RADIANT PANEL SET POINT, THE TWO-WAY HOT WATER CONTROL VALVE SHALL MODULATE TO MAINTAIN THE SET POINT.

E N

E F

R P

G I

O N A

E E

N R

EC NIL

S E

No 66893

STATE OF

ROL

I D A

1 2 3 4 5

SHEET OF

NAVFAC DRAWING NO.

CONSTR. CONTR. NO.

EPROJECT NO.:

SCALE:

O F

Y H

S, M

N N

D , D

C O

M M

C O

M M

U S

FP ENGINEER

CHIEF ENG/ARCH

BRANCH MANAGER

PM/DM

DES DRW CHK

SATISFACTORY TO DATE

ACTIVITY

FOR COMMANDER NAVFAC

APPROVED

A/E INFO

SEAL

C R

O N

N62470-02-D-7611

1130318

DRAWFORM REVISION: 10 MARCH 2009

NOTE:

IF THIS DRAWING IS LESS THAN 34" X 22"

IT IS A REDUCED SIZE DRAWING

4750 New Broad Street Orlando, Florida 32814 www.rlfarchitects.com

LICENSE #AA C000564 #EB 0000629

C :\U se rs

\ja a\

D oc um en ts \1

M E_

_j aa

.rv t

:1 1:

NOT TO SCALE

C O

R T

MI728

JEB DEC VLM

13054426

/2 5/

TYPICAL VARIABLE REFRIGERANT FLOW SYSTEM

PROVIDE INDIVIDUAL

TEMPERATURE SENSOR

FOR EACH AC UNIT

LOCATE IN SPACE

SERVED BY VRF MFR

SYSTEM FAULT STATUS.

INTERLOCK TO NEAREST DDC

CONTROLLER TO ENABLE ALARM

ANNUNCIATION AT DDC

WORKSTATION COMPUTER.

INTERLOCK TO CONDENSING

UNIT

ACAC

R S

R L

R S

R L

VRF HEAT PUMP

CONDENSING UNIT

TYPICAL SYSTEM

FAN COIL UNIT

LCD DISPLAY BY VRV SYSTEM

MFR. LOCATE AT SECOND

FLOOR AC UNIT LOCATION

NEAREST TO RELATED CU

NOTE: VERIFY CONFIGURATION OF EACH VRV

SYSTEM WITH PIPING FLOOR PLANS

AND ROOF PLANS - QUANTITY OF AC

UNITS AND CU UNITS FOR EACH.

COORDINATE INTERLOCKS TO DDC

SYSTEM WITH SHEET MI728.

E N

E F

R P

G I

O N A

E E

N R

EC NIL

S E

No 66893

STATE OF

ROL

I D A

1 2 3 4 5

SHEET OF

NAVFAC DRAWING NO.

CONSTR. CONTR. NO.

EPROJECT NO.:

SCALE:

O F

Y H

S, M

N N

D , D

C O

M M

C O

M M

U S

FP ENGINEER

CHIEF ENG/ARCH

BRANCH MANAGER

PM/DM

DES DRW CHK

SATISFACTORY TO DATE

ACTIVITY

FOR COMMANDER NAVFAC

APPROVED

A/E INFO

SEAL

C R

O N

N62470-02-D-7611

1130318

DRAWFORM REVISION: 10 MARCH 2009

NOTE:

IF THIS DRAWING IS LESS THAN 34" X 22"

IT IS A REDUCED SIZE DRAWING

4750 New Broad Street Orlando, Florida 32814 www.rlfarchitects.com

LICENSE #AA C000564 #EB 0000629

C :\U se rs

\ja a\

D oc um en ts \1

M E_

_j aa

.rv t

:1 2:

NOT TO SCALE

C O

O W

MI729

JEB DEC VLM

13054427

2 2

/2 5/

VARIABLE REFRIGERANT FLOW SYSTEM SEQUENCE OF OPERATION

A. DESCRIPTION: EACH SYSTEM CONSISTS OF MULTIPLE INTERIOR UNITARY DUCTLESS PACKAGED FAN COIL UNITS (AC), EACH WITH INLET FILTER, DIRECT EXPANSION COIL, SUPPLY FAN, OPERATING CONTACTORS AND ASSOCIATED CONTROLS. THE UNITS OPERATE IN CONJUNCTION WITH ONE OR TWO COMMON EXTERIOR AIR COOLED HEAT PUMP CONDENSING UNIT(S) (CU). EACH SYSTEM IS EQUIPPED WITH A MICROPROCESSOR BASED MASTER CONTROLLER WITH LCD DISPLAY, AND WALL MOUNTED ROOM SENSORS FOR EACH AC. THE MASTER CONTROLLER IS EQUIPPED WITH HEATING AND COOLING SETPOINT ADJUSTMENTS FOR EACH AC, AND SEVEN DAY MULTIPLE‐EVENT

PROGRAMMING

CAPABILITY.

B. SYSTEM CONTROL: PROGRAM THE CONTROLLER TO MAINTAIN AC UNIT ROOM COOLING SETPOINTS OF 80 DEGREES F (FIELD ADJUSTABLE), AND A HEATING SETPOINT OF 60 DEGREES F (FIELD ADJUSTABLE) FOR EACH AC UNIT.

1. THROUGH THE CONDENSING UNIT MICROPROCESSOR BASED CONTROLLER, THE COMPRESSOR SPEED SHALL MODULATE TO MAINTAIN THE REFRIGERANT GAS FLOW REQUIRED BY THE NUMBER OF AC'S ENABLED AND SHALL MODULATE THE CONDENSER FAN(S) TO MAINTAIN CONDENSING UNIT HEAD PRESSURE REGARDLESS OF REFRIGERANT GAS FLOW AND OUTDOOR AMBIENT TEMPERATURE. PROVIDE TWO STAGES OR MODES OF OPERATION FOR EACH AC; “COOLING” AND “HEAT‐PUMP HEATING". THE CU SHALL PRIORITIZE THE “COOLING” MODE; WHEN ANY OF THE AC'S REQUIRE COOLING, THE CU SHALL OPERATE IN THE COOLING MODE. THE CU SHALL OPERATE IN THE “HEAT‐PUMP HEATING” MODE ONLY WHEN ALL OF THE AC'S ARE BEYOND THE DEAD

BAND BETWEEN COOLING AND HEATING, AND ANY OF THE AC'S REQUIRE HEATING.

2. UPON A RISE IN SPACE TEMPERATURE ABOVE THE COOLING SETPOINT; AS SENSED BY ANY OF THE ASSOCIATED AC ROOM SENSORS, THE CU SHALL OPERATE IN THE “COOLING” MODE THE AC REQUIRING COOLING SHALL BE ENABLED. WHEN THE CU IS ENABLED FOR COOLING, IF ANY OF THE ADDITIONAL AC'S REQUIRING COOLING; AS SENSED BY A RISE IN THE RESPECTIVE SPACE TEMPERATURE SENSOR, THE RESPECTIVE AC'S SHALL OPERATE. AS THE RESPECTIVE SPACE TEMPERATURE DROPS TO BELOW THE COOLING SETPOINT, THE RELATED AC SHALL BE

DISABLED. WHEN ALL OF THE AC'S ARE DISABLED, THE CU SHALL BE DEACTIVATED.

3. AFTER A DEAD BAND, AS SPACE TEMPERATURE DROPS TO BELOW THE HEATING SETPOINT; AS SENSED BY ANY OF THE ASSOCIATED AC UNIT ROOM SENSORS, THE CU SHALL OPERATE IN THE “HEAT‐PUMP HEATING” MODE, THE AC REQUIRING HEATING SHALL BE ENABLED. WHEN THE CU IS ENABLED IN THE “HEAT PUMP HEATING” MODE, IF ANY OF THE ADDITIONAL AC'S REQUIRING HEATING; AS SENSED BY A DROP IN THE RESPECTIVE SPACE TEMPERATURE SENSOR, THE RESPECTIVE AC'S SHALL OPERATE. AS THE RESPECTIVE SPACE TEMPERATURE RISES TO ABOVE THE HEATING SETPOINT, THE RELATED AC SHALL BE DISABLED. WHEN ALL OF THE AC'S ARE DISABLED, THE CU SHALL BE

DEACTIVATED.

C. ALARMS: PROVIDE AUDIBLE AND PRINTED DIAGNOSTIC ALARM AT DDC WORKSTATION WHEN VRF SYSTEM CONDENSING UNIT(S) INDICATE A FAULT STATUS AND WHEN ANY SPACE SERVED RISES TO 90 DEGREES F AND ABOVE (ALARM;

SETPOINT ADJUSTABLE AT DDC WORKSTATION) OR WHEN ANY SPACES DROPS TO 60 DEGREES F OR BELOW (ALARM; SETPOINT ADJUSTABLE AT DDC WORKSTATION). DDC SYSTEM SHALL BOTH SEND AN EMAIL MESSAGE AND PHONE PAGE TO FACILITY‐ DESIGNATED PERSONNEL. ALARMS SHALL BE MANUALLY RESET AT THE WORKSTATION COMPUTER.

D. SYSTEM GRAPHIC INTERFACE: PROVIDE PROGRAMMED SYSTEM STATUS SCREEN FOR EACH VRF SYSTEM

ACCESSIBLE THROUGH THE DDC WORKSTATION COMPUTERS CONTAINING THE FOLLOWING

INFORMATION:

a. SYSTEM STATUS SCREEN: PROVIDE A GRAPHIC ILLUSTRATION OF EACH VRF FAMILY INCLUDING THE INDOOR AC

UNITS AND THE OUTDOOR CU(S). THE GRAPHIC SHALL INDICATE THE

FOLLOWING:

1. CURRENT TIME, DATE.

2. CU(S) ALARM OR NORMAL.

3. INDOOR ROOM TEMP AT EACH AC UNIT.

1. PROVIDE SQUARE TO ROUND THROAT ADAPTERS - ROUND RUNOUT SIZE SAME AS THROAT (I.E. 8X8 USE 8Ø) FOR ALL CEILING DIFFUSERS OR PROVIDE DIFFUSERS WITH INTERNAL ROUND THROAT CONNECTION.

2. ALL SUPPLY, RETURN AND EXHAUST GRILLES, REGISTERS AND DIFFUSERS SHALL HAVE REMOVAL FACE.

3. REFER TO DETAILS FOR DUCT CONNECTIONS TO RETURN, EXHAUST AND TRANSFER GRILLES USING PLENUM

CONNECTIONS AS DETAILED.

4. PROVIDE 22"X22" PLENUM CONNECTION FOR 24"X24" EXHAUST, RETURN AND TRANSFER GRILLES.

5. PROVIDE 10"X10" PLENUM CONNECTION FOR 12"X12" EXHAUST, RETURN AND TRANSFER GRILLES.

6. WALL TYPE LOW EXHAUST REGISTERS/GRILLES SHALL BE INSTALLED WITH BOTTOM ELEVATION AT

MINIMUM 7" AND MAXIMUM 12" ABOVE FINISHED FLOOR.

8. PROVIDE TWO WAY THROW DIFFUSER.

7. PROVIDE LINEAR BAR. DIFFUSERS WITH PLENUM.

9. PAINT TO MATCH CEILING.

10. 2 HOUR FIRE RATED DIFFUSER/REGISTER/GRILLE.

STEEL

AS NOTED

SER-A

SRR-A

AS NOTED

FIXED

BLADE

DEFLECTION

BLADE

FIXED

SIDEWALL

FLANGED

SIDEWALL

SSR-A DOUBLE SIDEWALL AS NOTED35OFF-WHITE

OFF-WHITE

AS NOTED

ALUMINUM

MATERIAL

ALUMINUM

ALUMINUMER-D

ER-C

ER-B

ER-A

12X12

24X24

12X12

24X24

RR-D

RR-C

12X12

24X24

PERFORATED

SURFACE

LAY-IN

PERFORATED

SURFACE

RR-B

RR-A

12X12

24X24

CD-C

CD-B

CD-A

24X24

12X12

24X24

PERFORATED

PERFORATED SURFACE

LAY-IN

LOUVERED

SURFACE

LAY-IN

MARK

NOM. FACE

DIMENSIONS

FACE

TYPE MOUNTING

OFF-WHITE

OFF-WHITE 35

8X8/(0-220)

16X16/(505-710) 18X18/(715 +)

10X10/(225-345) 12X12/(350-500)

OFF-WHITE

NECK SIZE/

FINISH

MAX.

NC CFM RANGE REMARKS

8X8/(0-245) 10X10/(250-330) 12X12/(335-530) 16X16/(535-850) 18X18/(855-1590)

10X10/(250-330) 12X12/(335-530) 16X16/(535-850) 18X18/(855-1590)

8X8/(0-245)

ALUMINUMCD-D 12X12 SURFACELOUVERED 35OFF-WHITE -

-ANZ-A

SINGLE

ALUMINUM CLEAR 35 AS NOTED

RING NOZZLE

CONCENTRIC

CD-E 12X12 SURFACE 35

RR-E 12X12 SURFACE 35

LOUVERED

PERFORATED

ALUMINUM

OFF-WHITE

NOZZLE SURFACE ANODIZED

-LD-A

LINEAR

ALUMINUM 35 500 CFM/FT

SLOT SURFACE(3") 2 SLOT OFF-WHITE

STEELSTR-A AS NOTED

FIXED

BLADE

SIDEWALL

FLANGED

OFF-WHITE 35 AS NOTED -

GENERAL NOTES:

DUCT PRESSURE CLASS

(IN - WATER COLUMN)

-2

AHU-B.1, AHU-1.1, AHU-1.2

AHU-2.1, AHU-2.2, AHU-2.3

MARK

SUPPLY RETURN

DUCT

-1

- A

A 12

3 A

GALVANIZED

STEEL

GALVANIZED1

1,4

GALVANIZED

STEEL

GALVANIZED

STEEL

1,3

STEEL

GALVANIZED

STEEL

GALVANIZED2

1,5

(IN H20)

PRESSURE

DUCT TESTROUND/OVAL

DUCTOUTSIDEEXHAUST

AIR DUCT

DUCT

- A

CLASS

SEAL

DUCT DUCTDUCT

3 A

CLASS

LEAK

CLASS

SEAL

LEAK

CLASS

RECTANGLE

DUCTWORK

GALVANIZED

STEEL

GALVANIZED

STEEL

MATERIAL

1,2

REMARKS

1,2

RF-B.1, RF-1.1, RF-1.2

RF-2.1, RF-2.2

7. INCLUDES DUCTWORK FROM EXHAUST FAN DISCHARGE TO PLENUM/LOUVER CONNECTION, SEAL DUCTWORK WATER TIGHT.

6. INCLUDES DUCTWORK FROM FURTHEST REGISTER/GRILLE CONNECTION TO EXHAUST FAN THROAT.

5. INCLUDES DUCTWORK FROM FURTHEST REGISTER/GRILLE CONNECTION TO AHU RETURN AIR CONNECTION.

4. INCLUDES LOUVER PLENUM AND DUCTWORK TO AHU OUTDOOR AIR INTAKE CONNECTION.

3. INCLUDES DUCTWORK DOWNSTREAM OF AIR VALVES ONLY.

2. INCLUDES DUCTWORK FROM FAN DISCHARGE TO UPSTREAM SIDE OF AIR VALVES.

1. TEST IN ACCORDANCE WITH SPEC SECTION 23 05 93 , "HVAC TESTING/ADJUSTING/BALANCING FOR HVAC"

AND THE PROCEDURES IN SMACNA HVAC AIR DUCT LEAKAGE TEST MANUAL, 2ND EDITION.

GENERAL NOTES:

8. INCLUDES DUCTWORK FROM HOOD CONNECTION TO EXHAUST FAN THROAT.

9. INCLUDES DUCTWORK DOWNSTREAM OF FAN COIL UNITS.

10.INCLUDES DUCTWORK UPSTREAM OF FAN COIL UNITS.

AHU-B.1, AHU-1.1, AHU-1.2

AHU-2.1, AHU-2.2, AHU-2.3

AHU-B.1, AHU-1.1, AHU-1.2

AHU-2.1, AHU-2.2, AHU-2.3

GALVANIZED

STEEL

1,6

EF-B.1.1, EF-B.1.2, EF-1.1.1, EF-1.1.2 - - -2 - A 3 A 6 GALVANIZED

STEEL

2 1,6

STEEL

GALVANIZEDEF-2.1.1, EF-2.1.2, EF-2.2.1, EF-2.3.1

EF-1.2.1, EF-1.2.2

- -2

-2

3 A

2 1,6

DEPTH/WIDTH

(IN)MARK TYPE

CAPACITY HEIGHT

(IN)

LENGTH

(IN)

WATER (°F)

LVENT

SIZE

(IN) NOTES

STEEL TUBE

PANEL RADIATOR

480 2

17.375 VARIES 160 140 5/8

RADIANT CEILING

PANEL

FT-A

RP-A

(BTU/HR/LIN. FT)

VARIES 160 140

TUBE

578 20.25 VARIES 160 140FT-B

NOTES:

1. WALL MOUNTED, 18" ABOVE FINISHED FLOOR

2. WALL MOUNTED, 14" ABOVE FINISHED FLOOR

FT-C 777 26.125

3160 140

VARIES

313 - 4RP-B VARIES 160 140 -

375 - 4RP-C VARIES 160 140 -

428 - 4RP-D VARIES 160 140 -

STEEL TUBE

PANEL RADIATOR

STEEL TUBE

PANEL RADIATOR

RADIANT CEILING

PANEL

RADIANT CEILING

PANEL

RADIANT CEILING

PANEL

5/8

3. WALL MOUNTED, 9" ABOVE FINISHED FLOOR

4. CEILING MOUNTED

AIR TERMINAL DEVICE SCHEDULE DUCT CONSTRUCTION AND LEAK TEST SCHEDULE

RADIATOR SCHEDULE

E N

E F

R P

G I

O N A

E E

N R

EC NIL

S E

No 66893

STATE OF

ROL

I D A

1 2 3 4 5

SHEET OF

NAVFAC DRAWING NO.

CONSTR. CONTR. NO.

EPROJECT NO.:

SCALE:

O F

Y H

S, M

N N

D , D

C O

M M

C O

M M

U S

FP ENGINEER

CHIEF ENG/ARCH

BRANCH MANAGER

PM/DM

DES DRW CHK

SATISFACTORY TO DATE

ACTIVITY

FOR COMMANDER NAVFAC

APPROVED

A/E INFO

SEAL

C R

O N

N62470-02-D-7611

1130318

DRAWFORM REVISION: 10 MARCH 2009

NOTE:

IF THIS DRAWING IS LESS THAN 34" X 22"

IT IS A REDUCED SIZE DRAWING

4750 New Broad Street Orlando, Florida 32814 www.rlfarchitects.com

LICENSE #AA C000564 #EB 0000629

C :\U se rs

\ja a\

D oc um en ts \1

M E_

_j aa

.rv t

12" = 1'-0"

S C

MH803

JEB DEC VLM

13054438

/2 5/

File details come from the government source that posted it. Updated Nov 14, 2017.