plano champlin

1.- REMOVE EXISTING RECESSED MOUNTED STEAM CONVECTOR ANDASSOCIATED PIPING. PATCH FLOORS TO MATCH EXISTING THROUGHOUT.

2.- REMOVE EXISTING AIR HANDLING UNIT AND ASSOCIATED CONTROLS.

3.- REMOVE ALL EXISTING DUCTWORK ASSOCIATED WITH AIR HANDLER TO RISER.

4.- REMOVE EXISTING LOUVER AND DAMPER. OUTSIDE AIR DUCT SIZE 12"X12".

5.- REMOVE EXISTING STEAM AND CONDENSATE PIPING BACK TO MAIN. PIPINGTO BE REPLACED FROM MAIN DISTRIBUTION LINE.

6.- EXISTING LOW AND MEDIUM PRESSURE PRESSURE REDUCING (PRV) STATIONSHALL BE REMOVED AND REPLACED WITH NEW. MEDIUM PRESSURE PRVSTATION IS NOT PRESENT, ALTHOUGH THE ASSOCIATED PIPING FOR THISSYSTEM SHALL BE REMOVED BACK TO THE MAIN LINE AND CAPPED ANDSEALED. THE EXISTING LOW PRESSURE PRV'S SHALL BE DISCONNECTED BACKTO A POINT AT WHICH THE NEW PRV STATION CAN BE INSTALLED ANDREPIPED TO THE EXISTING LOW PRESSURE SYSTEMS.

7.- REMOVE VISIBLE SURFACE CONTAMINANTS AND DEPOSITS FROM WITHIN THEHVAC SYSTEM. SYSTEM AND COMPONENTS TO BE CLEANED: AIR DEVICES -SUPPLY AND RETURN, SUPPLY AIR DUCTWORK, RETURN AIR DUCTWORK.DUCTWORK FROM MECHANICAL ROOM LEVEL UP TO THE CONNECTINGCORRIDOR BETWEEN BUILDING 409 AND 305. ASSUME APPROXIMATELY 150FEET OF SUPPLY AIR DUCTWORK AND 45 FEET OF RETURN AIR DUCTWORK.DUCTWORK IS TO BE CLEANED IN ACCORDANCE WITH THE NATIONAL AIR

DUCT CLEANERS ASSOCIATION DOCUMENT (NADCA) ACR 2006. UTILIZEMECHANICAL CLEANING METHODOLOGY WHICH INCLUDES CONTINUOUSNEGATIVE PRESSURE HEPA FILTRATION COLLECTION EQUIPMENT ON THEDUCTWORK TO COLLECT DEBRIS, AND MECHANICAL AGITATION DEVICES TODISLODGE DEBRIS THAT IS ADHERED TO THE INTERIOR SURFACES OF THE HVACSYSTEM COMPONENTS. ENSURE CLEANING METHODS SHALL NOT DAMAGETHE INTEGRITY OF HVAC SYSTEM COMPONENTS. ALL SYSTEM COMPONENTSSHALL BE VISIBLY CLEAN.

PLAN NOTES

1

2

3

4

5

22"X10"

18"X10"

6

7

HVAC DEMOLITION PLAN BASEMENTSCALE: 1/8"=1'-0"

NORTH M100

BASEMENTHVAC

DEMOLITION PLAN

DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com

424 East Fourth Street

Cincinnati, OH 45202

T 513.241.4474 F 513.241.0081

556-4098

T

S

1 1 1 1

1

2

3

4

4

4

4

3

3 4

5 5

6

6 7

8

8

8

8

8

88

1

1

1

1

(CONV)E

1

EXISTING SPACE TO REMAIN

131

.

C-1-2

CORRIDOR

127

.

126

.

101

TECHNICIANOFFICE

148

TECHNICIANOFFICE

118

H.A.C.

150

149

103

.

103A

.

104

.

104A

.

105

.

106

.

107

.

109

.

110

SOLARIUM

110A

.

111

.

112

.113

.

115A

SHOWER &BATH

115

WASH ROOM116

TOILET

117

.

118

.

C-1-3

CORRIDOR

C-1-4

CORRIDOR

130

H.A.C.

138

.

139

.

140

.

141

.

142

.

142A

.

117A

.

114

H.A.C.

109A

.

C-1-3

CORRIDOR

C-1-3

CORRIDOR

122

DINING ROOM

122B

H.A.C.

122C

STOR.

123

.

122A

.

120

.

121

.

119

.

SW3

STAIR

9

9

133

.

132

.

131

.

C-1

CORR

137

.

134

SOLARIUM

135A

.

137

.

1381.- REMOVE EXISTING WALL MOUNTED STEAM CONVECTOR AND ASSOCIATED

PIPING. PIPING TO BE REMOVED BACK TO THE MAINS FROM EACHCONVECTOR UNIT. CAP AND SEAL LINES AT MAIN. PATCH FLOORS TO MATCHEXISTING THROUGHOUT.

2.- REMOVE EXISTING ELECTRIC BASEBOARD HEATER AND ASSOCIATEDCONTROLS. ELECTRIC SERVING HEATER TO BE REMOVED, SEE ELECTRICALDRAWINGS FOR FURTHER INFORMATION.

3.- REMOVE EXISTING DUCTWORK.

4.- REMOVE EXISTING GRILLES AND DIFFUSERS.

5.- REMOVE ENTIRE BRANCH DUCT FROM FIRST TO THIRD FLOOR.

6.- REMOVE EXISTING EXHAUST FAN AND ASSOCIATED CONTROLS.

7.- PATCH WALL TO MATCH EXISTING.

8.- REMOVE EXISTING RECESSED MOUNTED STEAM CONVECTOR ANDASSOCIATED PIPING. PIPING TO BE REMOVED BACK TO THE MAINS FROMEACH CONVECTOR UNIT. CAP AND SEAL LINES AT MAIN. PATCH FLOORS TOMATCH EXISTING THROUGHOUT.

9.- REMOVE ENTIRE BRANCH DUCT AND ASSOCIATED GRILLES ON THIS LEVEL.BRANCH DUCT TO BE REMOVED FROM FIRST FLOOR TO THIRD FLOOR.

PLAN NOTES

HVAC DEMOLITION PLAN LEVEL 1SCALE: 1/8"=1'-0"

NORTH M101

LEVEL 1HVAC

DEMOLITION PLAN

DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

1.-REMOVE ENTIRE BRANCH DUCT FROM FIRST TO THIRD FLOOR.

2.- EXISTING SUPPLY AND RETURN STEAM RISERS SERVING FLOOR ABOVE. RISERS

AND ASSOCIATED PIPING THAT SERVES THE THIRD FLOOR SHALL BE REMOVED

ENTIRELY. RISERS SHALL BE REMOVED BACK DOWN TO THE FLOOR BELOW IF

NO ADDITIONAL STEAM CONNECTIONS SERVING THIS FLOOR EXISTS ABOVE

THE SECOND FLOOR LEVEL.

PLAN NOTES

C-2-1

CORRIDOR

C-2-4

CORRIDOR

C-2-3

CORRIDOR

229

.

220

.

221

.

222

DAYROOM

223

KITCHENNOURISHMENT

225

.

219

TOILET

218

SHOWER &BATH

231

.

247A

.

246

.

245

.

244

.

232

.

248

.

247

.

237

.

233A

.

233

.

235a

SHOWER ANDBATH

235

WASH ROOM

234

TOILET

236

H.A.C.

202B

.

201

.

201A

.

202

.

202A

.

203

.

204

.

205

.

206

.

SW2

STAIR

209

SOLARIUM

211

.

212

.

214A

SHOWER &BATH

214

WASH ROOM215

TOILET

216

.

216A

.

217

.

208A

.

213

.

226

.

228

.

218A

.

SW3

STAIR

SW4

STAIR

1 1

1

1

2 2

22 2 2 2

2

2

2

2

222221

2

2

244

.

243

.

SW1

STAIR

241

.

240

SOLARIUM

248AA

.

248AA

.

23238

.

239

.


NORTH M102

LEVEL 2HVAC

DEMOLITION PLAN

DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

1.- REMOVE EXISTING WALL MOUNTED STEAM CONVECTOR AND ASSOCIATEDPIPING. PIPING TO BE REMOVED BACK TO THE MAINS FROM EACHCONVECTOR UNIT. CAP AND SEAL LINES AT MAIN. PATCH FLOORS TO MATCHEXISTING THROUGHOUT.

2.- REMOVE EXISTING EXHAUST SYSTEM (INCLUDING DUCTWORK, FANS, GRILLES,

CONTROLS) ASSOCIATED WITH THIS ROOM.

3.- REMOVE EXISTING EXHAUST FAN AND PATCH WALL TO MATCH EXISTING.

4.- REMOVE EXISTING EXHAUST FAN AND REPAIR WINDOW TO MATCH EXISTING.

PLAN NOTES

(EF)E

(CONV)E

(CONV)E

(CONV)E

(CONV)E

(CONV)E

(CONV)E

(CONV)E

(CONV)E (CONV)E (CONV)E (CONV)E (CONV)E (CONV)E (CONV)E

(CONV)E (CONV)E

(CONV)E

(CONV)E

(CONV)E(CONV)E(CONV)E

(CONV)E(CONV)E(CONV)E(CONV)E(CONV)E(CONV)E(CONV)E(CONV)E

(EF)E (EF)E(EF)E

(EF)E

(EF)E

(EF)E

(CONV)E

(CONV)E

(CONV)E

(CONV)E

1

2

1

1 1 1 1 1 1 1 1

1 1

1

1

1

1

11 11 1 1 1 1

1 1 1

1

2

2

1

1

1

1

1

2

2

3

3

332

.

331

STOR.

C-3-1

CORRIDOR

332A

.

333

.

334

TOILET

335

WASH ROOM

335A

SHOWER &BATH

336

H.A.C.

337

.

344

.

345

.

346

.

347

.

347A

.

347AA

.

302

.

302A

.

303

.

304

.

305

.

306

.

308

.

309

.

309A

.

309B

.

310

.

311

.

311A

.

SW2

STAIR302B

.

308A

.

312

.

317

.

316

B.P.S.

314A

SHOWER &BATH

313

H.A.C.

314

WASH ROOM315

TOILET

317A

.

320

.

321

.

325

.

326

.

327

.

328

.

322

DAYROOM

324

.

323

.

SW4

STAIR

317

.

C-3-2

CORRIDOR

C-3-3

CORRIDOR

C-3-4

CORRIDOR

301E

.

301D

.

301

.

301A

STORAGE

301E

.

301B

.

318

BATH

319

TOILET

4 4

337

.

338

.

338A

.

340

.

340A

.

340B

.

SW1

STAIR

343

.

341A

.


NORTH M103

LEVEL 3HVAC

DEMOLITION PLAN

DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

1.- REMOVE EXISTING DUCTWORK.

2.- PATCH WALL OPENING TO MATCH EXISTING.

3.- REMOVE EXISTING EXHAUST FAN AND ASSOCIATED DUCTWORK.

4.- REMOVE EXISTING EXHAUST DUCT RISER FROM ATTIC TO FIRST FLOOR. PATCH

ALL OPENINGS DUE TO EXISTING DUCTWORK REMOVAL TO MATCH EXISTING.

5.- REMOVE EXISTING LOUVER AND PREPARE EXISTING OPENING FOR

INSTALLATION OF NEW LOUVER.

6.-REMOVE EXISTING WINDOW-MOUNTED EXHAUST FAN AND ASSOCIATED

CONTROLS.

7.- PATCH FLOOR OPENING TO MATCH EXISTING.

PLAN NOTES

7.5

8.2

Q P O N M.1 M L BCDEFGHH.9JK

7

8

5

4

3

2

6.8

A

1

8.3

4

12"x20"

6"x8"

12"x28"

12"x28"

6"x8"

12"x20"

410"x8"

5

1

2

3

4

4

6"x8"

6"x6"

6

1

11

44

5

5

5

5

5

4

2

2

T S R Q

U

6

9

5

5

5


NORTH

M104

LEVEL 4HVAC

DEMOLITION PLAN

DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

1.- 18" X 14" EXHAUST DUCT UP TO FLOOR ABOVE.

2.- 18" X 14" SUPPLY DUCT UP TO FLOOR ABOVE.

3.- DUCT FOR FUTURE EXHAUST FOR GENERAL OFFICE SHELL SPACE, CAP ANDSEAL AIRTIGHT.

4.- DUCTWORK SHALL BE ROUTED BENEATH BEAM. KEEP DUCTS TIGHT TOSTRUCTURE ABOVE ALONG BEAM SECTION AND THROUGHOUT CORRIDOR

SECTION.

5.- UNIT TO BE MOUNTED IN MECHANICAL SPACE. SUSPEND UNIT FROMSTRUCTURE ABOVE. UNIT SHALL BE ASSEMBLED IN MECHANICAL SPACE.CONTRACTOR SHALL INCLUDE IN HIS PRICE ALL LABOR AND EQUIPMENT TO

DISASSEMBLE, TRANSPORT, AND RE-ASSEMBLE UNIT IN MECHANICAL SPACE.

6.- FURNISH AND INSTALL MOTORIZED DAMPER AND WIRE TO OPEN WHEN AH-1FAN OPERATES.

7.- CAP AND SEAL DUCT AIRTIGHT, DESIGNED FOR 900 CFM FRESH AIR FUTURE

CAPACITY.

8.- CAP AND SEAL DUCT AIRTIGHT, DESIGNED FOR 855 CFM EXHAUST AIR FUTURECAPACITY.

9.- LOUVER SIZE SHOWN FOR BIDDING PURPOSES ONLY . VERIFY EXISTINGWINDOW OPENING SIZE AND SIZE NEW LOUVER TO FIT IN OPENING.

10.- BALANCE MANUAL DAMPER TO 1,400 CFM.

11.- DUCTWORK TO BE COORDINATED WITH EXISTING PIPING AND CONDUITS

WITHIN SPACE. RUN DUCTWORK AS HIGH AS POSSIBLE IN THIS AREA. WHEREDUCTWORK DROPS DOWN AGAINST NORTH WALL, KEEP TIGHT TO NORTHWALL.

12.- DUCTWORK TO BE ROUTED ACROSS PIPING CHASE BELOW BASEMENT LEVELIN CRAWLSPACE. COORDINATE DUCT WORK WITH EXISTING PIPING

THROUGH THIS CHASE. KEEP DUCTWORK AS TIGHT TO BASEMENT FLOORLEVEL AS POSSIBLE TO MAXIMIZE HEAD ROOM IN CRAWL SPACE.

13.- CAP AND SEAL DUCT AIRTIGHT, DESIGNED FOR 1250 CFM FRESH AIR FUTURECAPACITY.

14.- CAP AND SEAL DUCT AIRTIGHT, DESIGNED FOR 1180 CFM EXHAUST AIR

FUTURE CAPACITY.

15.- PROVIDE AND INSTALL FIRE DAMPERS AT FLOOR LEVEL OF EXISTING SHAFT.

PLAN NOTES

A.- CONTRACTOR TO RELOCATE EXISTING SPRINKLER PIPING AND CONDUIT ASNECESSARY TO ALLOW FOR INSTALLATION OF NEW DUCTWORK.

GENERAL NOTES

UP

DN

DN

UP

DN

UP

DN

DN

UP

UP

7.5

8.2


7

8

5

4

3

2

6.8

A

1

9

8.3

66.1

CUH-1

FC-1

B

B

B1

2

3

3

AH-1

5

6

L-10

24"x42"9

22"x10"

18"x10"

M

10

3

3

11

12

18

"x1

4"

M200A

D R

4

D R

10

"x8

"

8"x

8"

DR

RD

SW3

SW2

041

040A 040B

C-B-8

C-B-2

C-B-7C-B-6

C-B-1

C-B-4

028

001

7 8

12

13

14

B15

UP

UP

T S R Q

U

C-B-4

SW1

SW1B

C-B-5

10

'-1

"

10

"

18"X14"

10"x14"

6'-

11

1 2"

8"x10"

8'-

31 2

"

7'-

11 2

"

8'-

31 2

"

001 UNOCCUPIED

028 STORAGE 001CW STORAGE

040A ELECT RM 000WW ELECTRICAL

040B COMM RM 001WW COMMUNICATIONS

041 ENTRY 000CW VESTIBULE

- -

NO. NAME VA NO. VA NAME

ROOM SCHEDULE

HVAC DUCT PLAN BASEMENTSCALE: 1/8"=1'-0"

NORTH M200

BASEMENTHVAC DUCT PLAN

DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

t h i n k c h a m p l i n . c o m



T 513.241.4474 F 513.241.0081

556-4098

SOUTH WING A-SECTION DETAILSCALE: 1/8"=1'-0"

CEILING HEIGHT

22"X15"

36"X14"

18"X14"

FC-5

8"24"X10"

MOUNT FAN COIL AS

HIGH AS POSSIBLE

1.- 36" X 14" EXHAUST DUCT UP TO FLOOR ABOVE. 18" X 14" EXHAUST DUCT

DOWN TO 1ST FLOOR.

2.- 36" X 14" SUPPLY DUCT UP TO FLOOR ABOVE. 18" X 14" SUPPLY DUCT DOWN

TO 1ST FLOOR.


DOWN TO 1ST FLOOR.


TO 1ST FLOOR.

5.- DUCT FOR FUTURE EXHAUST FOR FIRST FLOOR EAST SHELL SPACE. SIZED FOR

APPROXIMATELY 1150 CFM.

6.- DUCT FOR FUTURE SUPPLY FOR FIRST FLOOR EAST SHELL SPACE. SIZED FOR


PLAN NOTES

A.- CONTRACTOR TO RELOCATE EXISTING SPRINKLER PIPING AND CONDUIT AS

NECESSARY TO ALLOW FOR INSTALLATION OF NEW DUCTWORK.

GENERAL NOTES

DN

UP

UP

UP

DNDN

DN

7.5

8.2


7

8

5

4

3

2

NOT IN SCOPE

6.8

Prntr

Copy

Files

Camera

SCOPE OF WORK

A

1

9

8.3

6

TV

Bro

ch

ure

s

WHITEBOARD

WHITEBOARD

WHITEBOARD

WH

ITE

BO

AR

D

PROJSCREEN

OVERHEADPROJECTOR

OVERHEADPROJECTOR

PROJSCREEN

MOVEABLE PARTITION

6.1

TYP.

TYPICAL

TYPICAL

CUH-2

E2345

E2380

E245

FC-4

FC-824"X10"

FC-6

24"X8"

24"X8"

FC-6

FC-6

FC-5

24"X8"

FC-4

24"X8"

FC-7

FC-7

FC-5

190 CFM

114 CFM

111 CFM

120 CFM

185 CFM

60 CFM

203 CFM

202 CFM

FC-2

FC-1

630 CFM

14"X10"

20

"X1

2"

20

"X1

2"

16

"X1

2"

14"X10"

10

"X1

4"

14

"X1

0"

14

"X1

0"

14

"X1

0"

14

"X1

0"

10

"X8

"

20

"X1

5"

12"

6"

8"

20

"X1

0"

8"

8"

15

"X1

0"

8"

8"

6"

10"X8"

8"

8"

B

B

BB

1

2

3

4

5

6

14"X10"

M201A

FC-4

24"X8"14"X10"

8"

123

123A

122D

122A

120

102

101

122B

125

125A

144

143

C-1-1

C-1-2

C-1-4

122

C-1-6

121

118

120A

C-1-5

SW4

SW2

SW3

122G

C-1-3

102B

305 Connector

410 Connector

102A

135 CFM

80 CFM

R Q

UP

DN

DN

7.5

8.2

T S

7

8

6.8

U

9

6

101 VESTIBULE 100CW VESTIBULE

102 WAITING 102CW WAITING

102A RECEPTION 102CW

102B REGISTER 133EW

118 CONFERENCE #4 132EW CONFERENCE

120 MEN 104CW MEN

120A JAN 103CW HAC CLOSET

121 WOMEN 105CW WOMEN

122 CYBER CAFE 106CW CAFE

122A VENDING 107CW VENDING

122B EMPLOYEE DINING 108CW DINING

122D CONFERENCE 3 109CW CONFERENCE

122G CANTEEN - -

123 CONFERENCE 1 111CW CONFERENCE

123A CONFERENCE 2 110CW CONFERENCE

125 COMM RM 112CW COMMUNICATIONS


143 ENROLLMENT 113CW

144 PBS/STAFF 114CW


ROOM SCHEDULE

HVAC DUCT PLAN LEVEL 1SCALE: 1/8"=1'-0"

NORTH M201

LEVEL 1HVAC DUCT PLAN

DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098



DOWN TO 1ST FLOOR.


TO 1ST FLOOR.


DOWN TO 1ST FLOOR.

4.- 28" X 18 SUPPLY DUCT UP TO FLOOR ABOVE. 28" X 14" SUPPLY DUCT DOWN

TO 1ST FLOOR.

5.- DUCT FOR FUTURE EXHAUST FOR SECOND FLOOR EAST SHELL SPACE. SIZED

FOR APPROXIMATELY 1150 CFM.

6.- DUCT FOR FUTURE SUPPLY FOR SECOND FLOOR EAST SHELL SPACE. SIZED


7.- DUCT FOR FUTURE EXHAUST FOR SECOND FLOOR SOUTH SHELL SPACE. SIZED


8.- DUCT FOR FUTURE SUPPLY FOR SECOND FLOOR SOUTH SHELL SPACE. SIZED


PLAN NOTES

Q

7.5

8.2

P O N M.1 M L BCDEFGHH.9JK

7

8

5

4

3

2

6.8

A

1

9

8.3

6.1

UPDN

UPDN

UPDN

F.E.

B

B

BB 1

2

3

4

5

6

78

SW3

SW2

SW4

231

231A

C-2-2

C-1-4 C-2-4

UP

DN

T S R Q

STAIR-2

U


ROOM SCHEDULE

231 COMM RM

231A ELECTR

200CW COMMUNICATIONS

200WW ELECTRICAL HVAC DUCT PLAN LEVEL 2SCALE: 1/8"=1'-0"

NORTH M202


DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

t h i n k c h a m pl in.com



T 513.241.4474 F 513.241.0081

556-4098

CEILING HEIGHT

14"X20" 14"X12"FC-5

MOUNT FAN COIL AS

HIGH AS POSSIBLE


DOWN TO 2ND FLOOR.


TO 2ND FLOOR.

3.- PROVIDE BALANCE DAMPER IN DUCT EXTENSION FOR FINAL BALANCE.

4.- DUCT FOR FUTURE EXHAUST FOR THIRD FLOOR SOUTH SHELL SPACE. SIZED


5.- DUCT FOR FUTURE SUPPLY FOR THIRD FLOOR SOUTH SHELL SPACE. SIZED FOR



DOWN TO 2ND FLOOR.

7.- 28" X 20 SUPPLY DUCT UP TO FLOOR ABOVE. 28" X 18" SUPPLY DUCT DOWN

TO 2ND FLOOR.

PLAN NOTES

A.- CONTRACTOR TO RELOCATE EXISTING SPRINKLER PIPING AND CONDUIT AS

NECESSARY TO ALLOW FOR INSTALLATION OF NEW DUCTWORK.

GENERAL NOTES

DN

DN

DN

UP

7.5

8.2


7

8

5

4

3

2

6.8

A

1

9

8.3

66.1E2

345

E2380

E245

FC-7

130 CFM

FC-4

50 CFM

FC-6

24"X8"

55 CFM

FC-5

630 CFM

FC-4

50 CFM

FC-1

FC-6

30"X10"

24"X8"

14"X12"

30"X10"

30"X10"

30"X10"

14"X12"

80 CFM 8"X8"

14"X6"

FC-1 FC-1 FC-1 FC-1

FC-1

FC-1

FC-1

FC-1

FC-3

FC-2

48"X10"

18"X8"

48"X10"

18"X8"

12"X8"

140 CFM

FC-1FC-1

FC-8

24"X10"

90 CFMFC-8

48"X10"

18"X8"

FC-8

48"X10"

18"X8"

FC-8

48"X10"

18"X8"

10

"X8

"

12"

6"

6"

8"

6"

B

22

"X6

"

14"x10"

6"

14"x10" 12"x10"

6" 6"

10"x8"

8"

8"x6"

8"x6"

20

"X1

4"

20"x10" 15"x10"

12"x8"

12

"x8

"12

3

4

5 30"X10"

14"X12"

3

3 3

3

3

3

3

3

33 3

3

3

6

7

B

3 3 3

12"X14"

B

D14"X20"

M203A

SW3

SW2

311

310

308

309

307

302A 302B 303 303A

305A304A

314315

305

302

301A

331

331A

318A

328

306

318

319

312

304

313A

313

316317

C-3-4

301

348

C-3-1

327

C-3-5

C-3-4

6"

90 CFM 90 CFM

R Q

DN

7.5

8.2

T S

7

8

6.8

U

9

6


ROOM SCHEDULE

301 WAITING 300EW PATIENT BUSINESSSERVICES

301A BREAK ROOM 301EW BREAK ROOM

302 PRIVACY OFFICER 302EW OFFICE

302A TUMOR REGISTRY 303EW OFFICE

302B CODING SUPERVISOR 304EW OFFICE

303 TRAINER 305EW OFFICE

303A COMPUTERCOORDINATOR

306EW OFFICE

304 RELEASE TECHS 308EW OPEN OFFICE

304A RELEASE SUPERVISOR 307EW OFFICE

305 STORAGE 309EW STORAGE

305A 310EW OFFICE

306 ELECTR 311EW ELECTRICAL

307 SCANNING STAGING 313EW

308 PBS CHIEF 314EW OFFICE

309 ADMINISTRATIVEASSISTANT

315EW OFFICE

310 ASSISTANT CHIEF 316EW OFFICE

311 CHIEF OF HIMS 317EW OFFICE

312 SCANING TECHS 318EW OPEN OFFICE

313 WORK ROOM 312 EW OFFICE

313A CORRIDOR

314 319EW OFFICE

315 320EW OFFICE

316 FEE BASIS TECHS - -

317 CODING TECHS 321EW OFFICE

317A RECEPTION 322EW RECEPTION

318 MEN 301CW MEN

318A JANITOR 300CW HAC CLOSET




331 COMM RM 300WW COMMUNICATIONS

331A ELECTRICAL 301WW ELECTRICAL

348 CONFERENCE 305CW CONFERENCE


NORTH M203


DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098


DOAS-2

28"x20"

28"x20"

DOAS-2

28"x20"

28"x20"

EXIST. SPR. LINE (TYP.)

DOAS-1

30"x25"

30"x25"30"x25"

EXIST. SPR. LINE (TYP.)

DOAS-130"x25"

30"x25"

1.-LOUVER SIZE SHOWN IS FOR BIDDING PURPOSES ONLY. CONTRACTOR TOFIELD-VERIFY EXISTING OPENING SIZE AND SIZE NEW LOUVER TO MATCHEXISTING OPENING SIZE.

2.-PROVIDE FIRE DAMPERS AT ALL DUCT ATTIC FLOOR PENETRATIONS.

3.-COORDINATE ALL DUCTWORK INSTALLATION IN ATTIC AND PENTHOUSE WITHEXISTING SPRINKLER PIPING.

4.-AIR HANDLER MUST BE DISASSEMBLED AS NECESSARY TO TRANSPORT UNIT TOATTIC SPACE, THEN RE-ASSEMBLED IN ATTIC SPACE. CONTRACTOR SHALLINCLUDE IN HIS PRICE ALL LABOR AND MATERIALS AS NECESSARY TODISASSEMBLE, TRANSPORT, AND RE-ASSEMBLE UNIT IN ATTIC. AIR HANDLERMANUFACTURER'S REPRESENTATIVE SHALL SUPERVISE, APPROVE, ORPERFORM (AT THE DESCRETION OF UNIT MANUFACTURER) ALLDISASSEMBLING AND RE-ASSEMBLING OF UNIT.

5.-RUN 1-1/2" AC CONDENSATE DRAIN PIPING FROM AIR HANDLER TO NEARESTFLOOR DRAIN.

6.-INSTALL ALL DUCTWORK IN ATTIC AND PENTOUSE WITH TOP OF DUCT AT MIN.24" BELOW ALL SPRINKLER HEADS.

7.-INSTALL DRAIN IN BOTTOM OF LOUVER PLENUM AND RUN 1" INSULATEDDRAIN PIPE TO NEAREST FLOOR DRAIN.

8.- COORDINATE CLOSELY WITH REFRIGERANT PIPING, SO THAT BOTHDUCTWORK AND REFRIGERANT PIPING HAVE ACCESS TO THE CHASE BELOWON THE THIRD FLOOR.

9.- FOOTPRINT FOR FUTURE UNIT TO SERVE ALL ADDITIONAL FLOORS. SHOWNFOR REFERENCE ONLY (NOT INCLUDED IN CONTRACT).

10.- PROVIDE AND INSTALL NEW LOUVERS IN THESE LOCATIONS TO MATCHEXISTING LOUVERS INSTALLED ON EAST WING. LOUVERS ARE SHOWN WITHFLOW PARAMETERS FOR GUIDELINES, NOTHING WILL BE CONNECTED TOLOUVERS IN ATTIC SPACE. PROVIDE INSULATED BLANK-OFF PLATES ON ATTICSIDE OF LOUVERS FOR FUTURE CONNECTION TO DOAS-X.

PLAN NOTES

7.5

8.2


7

8

5

4

3

2

6.8

A

1

8.3

DOAS-XDOAS-2

EXH IN

SA

OA

EXH OUT

DOAS-1

28"x20" 28"x20"

28"x20"

18

"x1

8"

18

"x1

8"

L-442" Ø

L-5

42" Ø

L-6

48" Ø

1

1

1

3

6

6

6

6

7

7

7

28"x20"

4 5

82

82

30

"x2

5"

L-3

48" Ø

L-130"x60"

L-2

48" Ø

30

"x2

5"

1

1

1

20

"x2

2"

4 5

3

3

3

6

6

6

6

7

7

7

30

"x2

5"

6

62"x14"60"x14"

OA

EX

H IN

EX

H O

UT

SA

D

M204A

M204B

D

OAEXH IN

EXH OUTSA

M2

04

C

6 28"x20"

DD

M2

04

D

D

9

2

T S R Q

U

6

9

L-442" Ø

L-5

42" Ø

L-6

48" Ø

10

10

10


NORTH M204


DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

EAST WING C-SECTION DETAILSCALE: 1/8"=1'-0"

EAST WING D-SECTION DETAILSCALE: 1/8"=1'-0"


SOUTH WING B-SECTION DETAILSCALE: 1/8"=1'-0"

1.-REMOTE MOUNTED THERMOSTAT FOR VRV FAN COIL UNIT.

2.-1" COOLING COIL CONDENSATE DRAIN LINE UP THRU SLAB TO FAN COIL UNITON FLOOR ABOVE.

3.-DROP REFRIGERANT PIPING DOWN INSIDE FURRED WALL AND CONNECT TO

FAN COIL UNIT (FROM INSIDE WALL). COORDINATE PIPING WITH OTHERPIPING IN CHASE.

4.-BRANCH SELECTOR BOX MANUFACTURED BY VRV SYSTEM MANUFACTURER.

5.-EXISTING 3" FLOOR DRAIN IN MECHANICAL ROOM. ROUTE CONDENSATEDRAIN LINES DOWN WALL AND NEAR DRAIN.

6.-REFRIGERANT LINES TO CONDENSING UNIT 1. SEE M301 FOR FURTHERINFORMATION.





11.-COOLING COIL CONDENSATE DRAIN LINE UP AND DOWN INSIDE WALL.COORDINATE PIPING WITH OTHER PIPING IN CHASE. SEE PIPINGCONTINUATION ON PLUMBING SHEET P200.

12.-NEW PRV STATION. SEE DETAIL 12 ON SHEET M502.

13.-CONNECT TO EXISTING 3" HIGH PRESSURE STEAM LINE. PROVIDE NEW 2-1/2"TAP ON EXISTING MAIN STEAM HEADER. PROVIDE A LINE SIZE GATE VALVEDOWNSTREAM TAP. COORDINATE DOWNTIME OF MAIN STEAM SYSTEMWITH VA FACILITIES STAFF PRIOR TO EXECUTING WORK. PROVIDE AMINIMUM OF A WEEK LEAD TIME PRIOR TO STEAM SYSTEM SHUTDOWN.

14.-STEAM AND CONDENSATE PIPING TO AHU-1. SEE M200 FOR MOREINFORMATION.

15.-CONNECT NEW 3" LOW PRESSURE RETURN INTO EXISTING LOW PRESSURERETURN LINE IN CRAWL SPACE.

16.-2" VENT FROM CONDENSATE PUMP. TERMINATE AT 24" ABOVE BUILDINGCONNECTOR ROOF LINE WITH 90° ELBOW DOWN. FASTEN PIPING TOEXTERIOR OF THE BUILDING.

17.-CONNECT TO NEW HOT WATER HEATER.

18.-PIPING SHALL BE RUN BELOW BASEMENT SLAB AND INTO

SUB-BASEMENT/CRAWL SPACE.

19.-NEW PRV STATION. SEE DETAIL 12 ON SHEET M502. PRV STATION TO BERECONNECTED TO EXISTING LOW PRESSURE STEAM SYSTEM LOCAL TO THEMECHANICAL ROOM SPACE.

20.-VENT FROM PRESSURE REDUCING STATIONS. TERMINATE AT 24" ABOVEBUILDING CONNECTOR ROOF LINE WITH 90° ELBOW DOWN. FASTEN PIPINGTO EXTERIOR OF THE BUILDING.


22.-STEAM AND CONDENSATE LINES UP TO LEVEL 4 SERVING DOAS-1 UNIT, SEEDRAWING M304 FOR DETAILS. CONDENSATE LINE UP TO LEVEL 1 FAN COILUNITS, SEE M301 CODED NOTE 9 FOR DETAILS.

23.-REFRIGERANT LINES TO CONDENSING UNIT 5 / DOAS-1 UNIT. SEE DRAWINGSM301 AND M304 FOR FURTHER INFORMATION.

24.-REFRIGERANT LINES TO CONDENSING UNIT 1/LEVEL 3 FAN COIL UNITS. SEEDRAWINGS M301 AND M303 FOR FURTHER INFORMATION.

25.-REFRIGERANT LINES TO CONDENSING UNIT 2/LEVEL 1 FAN COIL UNITS. SEEDRAWING M301 FOR FURTHER INFORMATION.

26.-STEAM AND CONDENSATE LINES UP TO LEVEL 4 SERVING DOAS-2 UNIT, SEEDRAWING M304 FOR DETAILS.



29.-REFRIGERANT LINES TO CONDENSING UNIT 6 / DOAS-2 UNIT. SEE DRAWINGSM301 AND M304 FOR FURTHER INFORMATION.

PLAN NOTES

UP

DN

DN

UP

DN

UP

DN

DN

UP

UP

7.5

8.2


7

8

5

4

3

2

6.8

A

1

9

8.3

66.1

RL

RD

RS

1"

1"

1"

T

1

2

2

3

4

5

7

RL

RD

RS

6

1-1/4"

1-1/4" 1"

11

1111

RS RD RLRL RHGBP RS

RS RHGBP RL

RL RHGBP RSRS RHGBP RL

9

10

21 8

RS RD RL

12

12PRV-1

PRV-213

14

2"

C

15 PSI

15

PS

I

3"

CP-1

1-1/4"15

V

16

17

18

18 18

PRV-3

PRV-4 19

20

SW3

SW2

041

040A 040B

C-B-8

C-B-2

C-B-7C-B-6

C-B-1

C-B-4

028

001

UP

DN

DN

UP

DN

UP

DN

DN

UP

UP

7.5

8.2


7

8

5

4

3

2

6.8

A

1

9

8.3

66.1

CUH-1

FC-1

AH-1

SW3

SW2

041

040A 040B

C-B-8

C-B-2

C-B-7C-B-6

C-B-1

C-B-4

028

001

22 23 24 25

26

2728

2926

2-1/2" 1-1/2"

UP

UP

T S R Q

U

C-B-4

SW1

SW1B

C-B-5

UP

UP

T S R Q

U

C-B-4

SW1

SW1B

C-B-5

001 UNOCCUPIED



040B COMM RM 001WW COMMUNICATIONS

041 ENTRY 000CW VESTIBULE

- -


ROOM SCHEDULE

A. SLOPE ALL COOLING COIL CONDENSATE DRAIN PIPING AT MIN. 1/10 SLOPE INDIRECTION OF FLOW

B. ALL VRV SYSTEM REFRIGERANT PIPING TEES ARE TO BE REFNET JOINTS. REFNETJOINTS TO BE MIN. 40" FROM EACH OTHER.

C. SEE PIPING SCHEMATICS ON SHEETS M503 AND M504, FOR VRV SYSTEMREFRIGERANT PIPE SIZES. SIZES SHOWN ARE FOR BIDDING PURPOSES ONLY.VRV SYSTEM MANUFACTURER IS RESPONSIBLE FOR PIPE SIZING OF INSTALLEDPIPE.

D. ALL COOLING COIL CONDENSATE DRAIN PIPING TO HAVE 45° WYE ELBOWS. 90°ELBOWS ARE NOT PERMITTED. PROVIDE CLEANOUTS AT ALL VERTICAL RISERSAND HORZONTAL CHANGES IN DIRECTION.

E. FURNISH AND INSTALL WALL-MOUNTED THERMOSTATS FOR ALL FAN COILUNITS.

F. COOLING COIL CONDENSATE DRAIN RUN-OUTS TO FAN COIL UNITS SHALL BEMIN. 1".

G.- REFER TO SCHEDULES ON SHEET M501.

PIPING PLANS GENERAL NOTES

HVAC PIPING PLAN BASEMENTSCALE: 1/8"=1'-0"

NORTH M300

BASEMENTHVAC PIPING PLAN

DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

1.-MOUNT CONDENSING UNIT ON OUTDOOR EQUIPMENT PAD - SEE DETAIL 17

ON M502. PAD TO EXTEND 4" FROM EDGE OF UNIT/UNITS ON ALL SIDES.

2.-COVER WEATHER-EXPOSED PIPING WITH ALUMINUM JACKET. MOUNT PIPINGON EQUIPMENT SUPPORTS LOCATED AT 5'-0" O.C. AND AT CHANGES INDIRECTION. SEE DETAIL 16 ON SHEET M502 FOR EQUIPMENT SUPPORTDESIGN.

3.-REMOTE MOUNTED THERMOSTAT FOR VRV FAN COIL UNIT.

4.-1" COOLING COIL CONDENSATE DRAIN LINE FROM FC UNIT DOWN THRUFLOOR. SEE FLOOR PLAN BELOW FOR CONTINUATION.

5.-1" COOLING COIL CONDENSATE DRAIN LINE DOWN TO MOP SINK BELOW.

6.- DROP REFRIGERANT PIPING DOWN INSIDE FURRED WALL AND CONNECT TO


7.-REFRIGERANT PIPING DOWN TO CONDENSING UNIT 2. ALL FAN COILS ON THISLEVEL SHALL BE SERVED BY THIS CONDENSING UNIT. COORDINATE LOCATIONWITH CHASE OR WALLS ON FLOORS ABOVE AND BELOW.

8.-BRANCH SELECTOR BOX MANUFACTURED BY VRV SYSTEM MANUFACTURER.

9.-COOLING COIL CONDENSATE DRAIN LINE UP AND DOWN INSIDE WALL.COORDINATE PIPING WITH OTHER PIPING IN CHASE.

10.-SEE BASEMENT PIPING PLAN FOR CONTINUATION.

11.-REGRADE AS NECESSARY. FURNISH AND INSTALL 6 INCH GRAVEL BEDCONFORMING TO AASHTO IN THIS AREA.

12.- FOOTPRINT FOR FUTURE UNITS TO SERVE ALL ADDITIONAL FLOORS. SHOWN

FOR REFERENCE ONLY (NOT INCLUDED IN CONTRACT).

13.- STEAM, CONDENSATE AND REFRIGERANT PIPING UP AND DOWN THRUCHASE. SEE ADDITIONAL BASEMENT, SECOND, THIRD, AND ATTIC LEVELPIPING DRAWINGS FOR FURTHER INFORMATION. COORDINATE WITHDUCTWORK IN CHASE.

PLAN NOTES

DN

UP

UP

UP

DNDN

DN

7.5

8.2


7

8

5

4

3

2

NOT IN SCOPE

6.8

Prntr

Copy

Files

Camera

SCOPE OF WORK

A

1

9

8.3

6

TV

Bro

ch

ure

s

WHITEBOARD

WHITEBOARD

WHITEBOARD

WH

ITE

BO

AR

D

PROJSCREEN

OVERHEADPROJECTOR

OVERHEADPROJECTOR

PROJSCREEN

MOVEABLE PARTITION

6.1

TYP.

TYPICAL

TYPICAL

10

'-0

"

CU-6

10

'-0

"

1 1

T3(TYP.)

T

DN

UP

UP

UP

DNDN

DN

7.5

8.2


7

8

5

4

3

2

NOT IN SCOPE

6.8

Prntr

Copy

Files

Camera

SCOPE OF WORK

A

1

9

8.3

6

TV

Bro

ch

ure

s

WHITEBOARD

WHITEBOARD

WHITEBOARD

WH

ITE

BO

AR

D

PROJSCREEN

OVERHEADPROJECTOR

OVERHEADPROJECTOR

PROJSCREEN

MOVEABLE PARTITION

6.1

TYP.

TYPICAL

TYPICAL

CUH-2

FC-4

FC-8

FC-6

FC-6

FC-6

FC-5

FC-4

FC-7

FC-7

FC-5

FC-2

FC-1

FC-4

123

123A

122D

122A

120

102

101

122B

125

125A

144

143

C-1-1

C-1-2

C-1-4

122

C-1-6

121

118

120A

C-1-5

SW4

SW2

SW3

122G

C-1-3

102B

305 Connector

410 Connector

102A

T

T

T

T

T

T

T

T

T

3(TYP.)

3(TYP.)

6

4

6

4

8

RS

RD

RL

RS

RD

RL

10

'-0

"

CU-4

10

'-0

"

D

1"

D

D

1"

1"

1"

DD

1"

1"

1"

7910

10

10

11

5

12

1212

12

12

CU-5

CU-1

CU-2

RLRS

RL

RS

RL

RD

RS

RL

RD

RS

RHGBP

RH

GB

P

10'-0"

10'-0"

1

1

1

2

2

11

1212

8

8

8

8

8

99

9

1-1/4"

1-1/4"1"

RSRDRL

2

RLR

S

RLRS

RH

GB

P

RHGBP

CU-3

RSRDRL

8

123

123A

122D

122A

120

102

101

122B

125

125A

144

143

C-1-1

C-1-2

C-1-4

122

C-1-6

121

118

120A

C-1-5

SW4

SW2

SW3

122G

C-1-3

102B

305 Connector

410 Connector

102A

13

13

T

T

8

8

R Q

UP

DN

DN

7.5

8.2

T S

7

8

6.8

U

9

6

10

'-0

"

R Q

UP

DN

DN

7.5

8.2

T S

7

8

6.8

U

9

6

10

'-0

"

101 VESTIBULE 100CW VESTIBULE

102 WAITING 102CW WAITING

102A RECEPTION 102CW

102B REGISTER 133EW

118 CONFERENCE #4 132EW CONFERENCE

120 MEN 104CW MEN

120A JAN 103CW HAC CLOSET


122 CYBER CAFE 106CW CAFE

122A VENDING 107CW VENDING

122B EMPLOYEE DINING 108CW DINING

122D CONFERENCE 3 109CW CONFERENCE

122G CANTEEN - -

123 CONFERENCE 1 111CW CONFERENCE

123A CONFERENCE 2 110CW CONFERENCE

125 COMM RM 112CW COMMUNICATIONS


143 ENROLLMENT 113CW

144 PBS/STAFF 114CW


ROOM SCHEDULE

HVAC PIPING PLAN LEVEL 1SCALE: 1/8"=1'-0"

NORTH M301

LEVEL 1HVAC PIPING PLAN

DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

1.- MOUNT PIPING AS HIGH AS POSSIBLE.

2.- COOLING COIL CONDENSATE DRAIN UP TO FLOOR ABOVE. COORDINATE

EXACT LOCATION WITH EQUIPMENT THAT DRAIN CONNECTS TO ON FLOORABOVE OR WALL OR CHASE THAT DRAIN IS CONCEALED IN ON FLOOR ABOVE.

3.- COOLING COIL CONDENSATE DRAIN LINE UP AND DOWN INSIDE WALL.

COORDINATE PIPING WITH OTHER PIPING IN CHASE.

4.- STEAM, CONDENSATE AND REFRIGERANT PIPING UP AND DOWN THRU CHASE.SEE ADDITIONAL BASEMENT, THIRD, AND ATTIC LEVEL PIPING DRAWINGS FORFURTHER INFORMATION.

PLAN NOTES

Q

7.5

8.2

P O N M.1 M L BCDEFGHH.9JK

7

8

5

4

3

2

6.8

A

1

9

8.3

6.1

UPDN

UPDN

UPDN

F.E.

1

1

2

2

2

2

222

22222 2

3

1"1"1" 1"

33

1" 1-1/4" 1" 1"

1-1/4"

1"

1"

1-1/4" 1"

4

4

SW3

SW2

SW4

231

231A

C-2-2

C-1-4 C-2-4

UP

DN

T S R Q

STAIR-2

U


ROOM SCHEDULE

231 COMM RM

231A ELECTR

200CW COMMUNICATIONS

200WW ELECTRICAL HVAC PIPING PLAN LEVEL 2SCALE: 1/8"=1'-0"

NORTH M302


DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

1.- COOLING COIL CONDENSATE DRAIN LINE UP AND DOWN INSIDE WALL.COORDINATE PIPING WITH OTHER PIPING IN CHASE.

2.- REFRIGERANT PIPING UP TO ATTIC ABOVE. COORDINATE PIPING, DUCTWORKAND HOLE PENETRATIONS IN SAME AREA.

3.- REMOTE MOUNTED THERMOSTAT FOR VRV FAN COIL UNIT.

4.- 1" COOLING COIL CONDENSATE DRAIN LINE FROM FC UNIT DOWN THRUFLOOR. SEE FLOOR PLAN BELOW FOR CONTINUATION.

5.- 1" COOLING COIL CONDENSATE DRAIN LINE DOWN TO MOP SINK BELOW.

6.- DROP REFRIGERANT PIPING DOWN INSIDE FURRED WALL AND CONNECT TO


7.-REFRIGERANT LINES TO CONDENSING UNIT 1/LEVEL 3 (CENTER) FAN COILUNITS. SEE DRAWING M301 FOR FURTHER INFORMATION.

8.- BRANCH SELECTOR BOX MANUFACTURED BY VRV SYSTEM MANUFACTURER.

9.- STEAM, CONDENSATE AND REFRIGERANT PIPING UP AND DOWN THRU CHASE.SEE ADDITIONAL BASEMENT, FIRST, SECOND AND ATTIC LEVEL PIPINGDRAWINGS FOR FURTHER INFORMATION..

10.- COOLING COIL CONDENSATE DRAIN LINE FROM DOAS UNITS ABOVE. ROUTEPIPING TO HOUSEKEEPING CLOSET MOP SINK.

11.-REFRIGERANT LINES TO CONDENSING UNIT 3/LEVEL 3 (NORTH EAST) FANCOIL UNITS. SEE DRAWING M301 FOR FURTHER INFORMATION.

12.-REFRIGERANT LINES TO CONDENSING UNIT 4/LEVEL 3 (SOUTH EAST) FAN COILUNITS. SEE DRAWING M301 FOR FURTHER INFORMATION.

PLAN NOTES

A. SLOPE ALL COOLING COIL CONDENSATE DRAIN PIPING AT MIN. 1/10 SLOPE INDIRECTION OF FLOW

B. ALL VRV SYSTEM REFRIGERANT PIPING TEES ARE TO BE REFNET JOINTS. REFNETJOINTS TO BE MIN. 40" FROM EACH OTHER.

C. SEE PIPING SCHEMATICS ON SHEETS M503 AND M504 FOR VRV SYSTEMREFRIGERANT PIPE SIZES. SIZES SHOWN ARE FOR BIDDING PURPOSES ONLY.VRV SYSTEM MANUFACTURER IS RESPONSIBLE FOR PIPE SIZING OF INSTALLEDPIPE.

D. ALL COOLING COIL CONDENSATE DRAIN PIPING TO HAVE 45° WYE ELBOWS. 90°ELBOWS ARE NOT PERMITTED. PROVIDE CLEANOUTS AT ALL VERTICAL RISERSAND HORIZONTAL CHANGES IN DIRECTION.

E. FURNISH AND INSTALL WALL-MOUNTED THERMOSTATS FOR ALL FAN COILUNITS.

F. COOLING COIL CONDENSATE DRAIN RUN-OUTS TO FAN COIL UNITS SHALL BEMIN. 1".

G.- REFER TO SCHEDULES ON SHEET M501.

PIPING PLANS GENERAL NOTES

DN

DN

DN

UP

7.5

8.2


7

8

5

4

3

2

6.8

A

1

9

8.3

66.1

FC-7

FC-4

FC-6

FC-5

FC-4

FC-1

FC-6

FC-1 FC-1 FC-1 FC-1

FC-1

FC-1

FC-1

FC-1

FC-3

FC-2FC-1FC-1

FC-8

FC-8 FC-8 FC-8

SW3

SW2

311

310

308

309

307

302A 302B 303 303A

305A304A

314315

305

302

301A

331

331A

318A

328

306

318

319

312

304

313A

313

316317

C-3-4

301

348

C-3-1

327

C-3-5

C-3-4

DN

DN

DN

UP

7.5

8.2


7

8

5

4

3

2

6.8

A

1

9

8.3

66.1

D

1"

5

D

1" 1"

1"

1"

1"

1"

1"

1"

1"

1"

1"

46

8 8 8 8 8 8

8

8

8

8

8

8

RSRD RLRS RD RL

8

8

8

8

8

8

8

8

8

46

46 4

64

6

46

46

46

4

6

6

4

64

64

64

1

1

2

9

RS RD RL

C15 PSI

SW3

SW2

311

310

308

309

307

302A 302B 303 303A

305A

304A

314315

305

302

301A

331

331A

318A

328

306

318

319

312

304

313A

313

316

317

C-3-4

301

348

C-3-1

327

C-3-5

C-3-4

10

10

T

3

T

3

T

3

T

3

T 3

T3

T3

T3

T3

T3

T3

T

3

T3

3

T3

T3

3

T3

33

333

7

11

12

R Q

DN

7.5

8.2

T S

7

8

6.8

U

9

6

R Q

DN

7.5

8.2

T S

7

8

6.8

U

9

6


ROOM SCHEDULE

301 WAITING 300EW PATIENT BUSINESSSERVICES

301A BREAK ROOM 301EW BREAK ROOM

302 PRIVACY OFFICER 302EW OFFICE

302A TUMOR REGISTRY 303EW OFFICE

302B CODING SUPERVISOR 304EW OFFICE

303 TRAINER 305EW OFFICE

303A COMPUTERCOORDINATOR

306EW OFFICE

304 RELEASE TECHS 308EW OPEN OFFICE

304A RELEASE SUPERVISOR 307EW OFFICE

305 STORAGE 309EW STORAGE

305A 310EW OFFICE

306 ELECTR 311EW ELECTRICAL

307 SCANNING STAGING 313EW

308 PBS CHIEF 314EW OFFICE

309 ADMINISTRATIVEASSISTANT

315EW OFFICE

310 ASSISTANT CHIEF 316EW OFFICE

311 CHIEF OF HIMS 317EW OFFICE

312 SCANING TECHS 318EW OPEN OFFICE

313 WORK ROOM 312 EW OFFICE

313A CORRIDOR

314 319EW OFFICE

315 320EW OFFICE

316 FEE BASIS TECHS - -

317 CODING TECHS 321EW OFFICE

317A RECEPTION 322EW RECEPTION

318 MEN 301CW MEN

318A JANITOR 300CW HAC CLOSET




331 COMM RM 300WW COMMUNICATIONS

331A ELECTRICAL 301WW ELECTRICAL

348 CONFERENCE 305CW CONFERENCE


NORTH M303


DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

1.-RUN 1-1/2" COOLING COIL CONDENSATE DRAIN PIPING FROM AIR HANDLER

HOUSEKEEPING CLOSET ON FLOOR BELOW. ROUTE DRAIN TO MOP SINK

LOCATED WITHIN THIS HOUSEKEEPING CLOSET.

2.-REFRIGERANT PIPING DOWN THRU ATTIC FLOOR. COORDINATE LOCATION

WITH WALL OR CHASE ON FLOOR BELOW.

3.-COORDINATE INSTALLATION AND LOCATIONS OF ALL NEW PIPING WITH

EXISTING SPRINKLER PIPING IN ATTIC.

4.-REFRIGERANT PIPING TO BE SIZED BY AIR HANDLING UNIT/CONDENSING UNIT

MANUFACTURER.

5.-MOUNT AIR HANDLER ON 4" BASE RAILS. PROVIDE VIBRATION ISOLATION PER

SPECIFICATION SECTION 23 05 41.

PLAN NOTES

7.5

8.2


7

8

5

4

3

2

6.8

A

1

8.3

AH-X

2

3 4

1

1

3 4

5

5

2

C15 PSI

C1

5 P

SI

DOAS-2

DOAS-1

2"

1-1/4"

1-1/4"

1-1/4"

2-1/2"

1-1/2"

T S R Q

U

6

9

AH-X


NORTH M304


DS

IC

1/8" = 1'-0"

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

A.- PROVIDE ALL MATERIALS AND EQUIPMENT AND PERFORM ALL LABORREQUIRED TO INSTALL COMPLETE AND OPERABLE MECHANICAL SYSTEMS ASINDICATED ON THE DRAWINGS AND AS SPECIFIED.

B.- ALL WORK SHALL BE INSTALLED ACCORDING TO THE LATEST LOCAL, STATEAND NATIONAL CODES. ALL DUCTWORK SHALL BE INSTALLED ACCORDING TOTHE LATEST ASHRAE RECOMMENDATIONS AND SMACNA INSTALLATIONMANUALS.

C.- CONTRACT DOCUMENT DRAWINGS FOR MECHANICAL WORK AREDIAGRAMATIC AND ARE INTENDED TO CONVEY SCOPE AND GENERALARRANGEMENT ONLY.

D.- PROVIDE VIBRATION ISOLATION FOR ALL MECHANICAL EQUIPMENT TOPREVENT TRANSMISSION OF VIBRATION TO BUILDING STRUCTURE.

E.- PROVIDE VIBRATION ISOLATORS FOR ALL PIPING SUPPORTS CONNECTED TOAND WITHIN 50 FEET OF ISOLATED EQUIPMENT THROUGHOUT MECHANICALEQUIPMENT ROOMS.

F.- COORDINATE CONSTRUCTION OF ALL MECHANICAL WORK WITHARCHITECTURAL, STRUCTURAL, CIVIL, ELECTRICAL WORK, ETC., SHOWN ONOTHER CONTRACT DOCUMENT DRAWINGS.

G.- MAINTAIN A MINIMUM OF 6'-8" CLEARANCE TO UNDERSIDE OF PIPES, DUCTS,CONDUITS, SUSPENDED EQUIPMENT, ETC., THROUGHOUT ACCESS ROUTES INMECHANICAL ROOMS.

H.- CAULK SPACE BETWEEN SLEEVES, DUCTS AND PIPES WHERE DUCTS AND PIPESPASS THROUGH WALLS. CAULKING TO BE AIRTIGHT.

I.- ALL TESTS SHALL BE COMPLETED BEFORE ANY MECHANICAL EQUIPMENT ORPIPING INSULATION IS APPLIED.

J.- COORDINATE OPENINGS THROUGH OUTSIDE WALLS, LINTELS FOR LOUVERSWITH STRUCTURAL AND ARCHITECTURAL REQUIREMENTS.

K.- COORDINATE ALL EQUIPMENT CONNECTIONS WITH MANUFACTURERS'CERTIFIED DRAWINGS. COORDINATE AND PROVIDE ALL DUCT AND PIPINGTRANSITIONS REQUIRED FOR FINAL EQUIPMENT CONNECTONS TO FURNISHEDEQUIPMENT. FIELD VERIFY AND COORDINATE ALL DUCT AND PIPINGDIMENSIONS BEFORE FABRICATION.

L.- MINIMUM CONCRETE PAD THICKNESS SHALL BE 4 INCHES FOR INTERIOREQUIPMENT, 6 INCHES FOR EXTERIOR EQUIPMENT. PAD SHALL EXTEND BEYONDTHE EQUIPMENT A MINIMUM OF 4 INCHES ON EACH SIDE, WITH BEVELEDEDGES.

M.- PROVIDE INSULATED SUBBASES ON ALL THERMOSTATS/TEMPERATURESENSORS LOCATED ON EXTERIOR WALLS.

N.- INLET DUCTWORK TO DIFFUSERS SHALL BE SAME SIZE AS DIFFUSER NECK SIZEUNLESS NOTED OTHERWISE. INLET DUCTWORK TO AIR TERMINAL BOXES SHALLBE SAME SIZE AS BOX INLET UNLESS NOTED OTHERWISE.

O.- ALL MISCELLANEOUS STEEL REQUIRED TO ENSURE PROPER INSTALLATION

AND AS SHOWN IN DETAILS FOR PIPING, DUCTWORK AND EQUIPMENT (UNLESS

NOTED OTHERWISE) SHALL BE FURNISHED AND INSTALLED BY THE CONTRACTOR.

P.- ALL DUCTWORK, PIPING AND EQUIPMENT SUPPORTED FROM STRUCTURALSTEEL SHALL BE COORDINATED WITH STRUCTURAL REQUIREMENTS. ALLATTACHMENTS TO STEEL BAR JOISTS, TRUSSES OR JOIST GIRDERS SHALL BE ATPANEL POINTS. PROVIDE BEAM CLAMPS MEETING MSS STANDARDS. WELDINGTO STRUCTURAL MEMBERS SHALL NOT BE PERMITTED. THE USE OF C-CLAMPSSHALL NOT BE PERMITTED.

Q.- LOCATION AND SIZED OF ALL FLOOR, WALL AND ROOF OPENINGS SHALL BECOORDINATED WITH ALL OTHER TRADES INVOLVED.

R.- ALL OPENINGS IN FIRE RATED WALLS DUE TO DUCTWORK, PIPING, CONDUIT,ETC., SHALL BE FIRE STOPPED. SEE SPECIFICATIONS FOR REQUIREMENTS. FIRERATED WALL TO HAVE FIRE DAMPERS IN ALL DUCT PENETRATIONS.

S.- ALL AIR CONDITIONING CONDENSATE DRAIN LINES FROM EACH AIRHANDLING UNIT SHALL BE PIPED FULL SIZE OF THE UNIT DRAIN OUTLET, WITHP-TRAP, AND PIPED TO NEAREST DRAIN. PROVIDE CONDENSATE TRAP ASREQUIRED.

HVAC GENERAL NOTES

S SPACE TEMPERATURE SENSOR - MOUNTING HEIGHT 48"

SPACE HUMIDISTATH

SPACE MOTION SENSOR

T THERMOSTAT ELECTRIC - MOUNTING HEIGHT 48"

NEW EQUIPMENT REFERENCE SYMBOLH-1

NOTE SYMBOL2

CONNECT TO EXISTING SYMBOL

ROOM NUMBER105

APPROXIMATE ELEVATION FROM FLOOR TOBOTTOM OF DUCT, PIPE OR EQUIPCHMENT ITEM

9'-6"

SECTION "A" DESIGNATION, SHOWN ON SHEET H1M1-1

A

H3321

DETAIL REFERENCE SYMBOL, DETAIL "A" SHOWN ON SHEET H1

WALL OR DUCT MOUNTED AIR DEVICE, S1 AIR DEVICEDESIGNATION. REFER TO SCHEDULE. 10"x6" NECK SIZE,200-REQUIRED CFM, 7'-6" MOUNTING HEIGHT FROM FLOOR TOBOTTOM OF AIR DEVICE. BRANCH DUCT SIZE SAME AS NECK SIZEUNLESS INDICATED OTHERWISE.

S1-10"x6"200-7'-6"

MANUAL BALANCING VOLUME DAMPER WITH LOCKING DEVICE

U/C 1" DOOR UNDER CUT

DUCT RISE IN DIRECTION OF AIR FLOW 45° OFFSETR

DUCT DROP IN DIRECTION OF AIR FLOW 45° OFFSETD

FLEXIBLE DUCT CONNECTION

AIR TURNING VANES

FIRE DAMPER AND CONFIGURATION TYPEBE

EXISTING FIRE DAMPERB

SMOKE DAMPERSE

EXISTING SMOKE DAMPERS

COMBINATION SMOKE/FIRE DAMPER AND CONFIGURATION TYPES B

E EEXST. COMBINATION SMOKE/FIRE DAMPER AND CONFIG. TYPES B

MOTOR OPERATED DAMPER (OPPOSED)M

MOTOR OPERATED DAMPER (PARALLEL)M

TDUCT TEMPERATURE SENSOR

DUCT HUMIDITY SENSOR

DUCT HUMIDITY HIGH LIMIT SENSORL

DUCT AIR FLOW SENSORF

DUCT STATIC PRESSURE SENSOR

DOUBLE WALL DUCT WITH 1" INSULATION PERFORATED LINER

MEDIUM PRESSURE CONICAL LOW LOSS DUCT TEE

HVAC LEGEND

DEMOLITION OF DUCTWORK, PIPING, EQUIPMENT ETC.

EXISTING TO REMAIN

NEW WORK

(P-1)E EXISTING EQUIPMENT TAG

SINGLE LINE DUCT TRANSITION

RETURN, EXHAUST AND OR RELIEF AIR RISE

SUPPLY AND OR OUTSIDE AIR RISE

RETURN, EXHAUST AND OR RELIEF AIR DROP

LOW PRESSURE BELL MOUTH WITH LOCKING QUADRANT DAMPER

SUPPLY AND OR OUTSIDE AIR DUCT DROP

T THERMOSTAT PNEUMATIC - MOUNTING HEIGHT 48"

CARBON MONOXIDE SENSOR

P SPACE PRESSURE SENSOR

2-WAY SUPPLY DIFFUSER

AIR TRANSFER ASSEMBLY

(ALL MAY NOT APPLY)

CEILING MOUNTED AIR DEVICE, R1- AIR DEVICE DESIGNATION.REFER TO SCHEDULE. 22"x22" NECK SIZE, 1,200 REQUIRED CFM.DUCT SIZE SAME AS NECK SIZE UNLESS INDICATED OTHERWISE.

R1-22"x22"1200

CEILING MOUNTED AIR DEVICE, E1- AIR DEVICE DESIGNATION.REFER TO SCHEDULE. 22"x22" NECK SIZE, 1,200 REQUIRED CFM.DUCT SIZE SAME AS NECK SIZE UNLESS INDICATED OTHERWISE.

E1-22"x22"1200

REFRIGERATION MONITORING SYSTEM ALARM DEVICE

LINED DUCTWORK

HVAC LEGEND

TRIPLE DUTY VALVE

GLOBE VALVE

SOLENOID VALVES

OS&Y VALVE

PRESSURE REDUCING VALVE

3/4" NPT PETES PLUG

UNION

METER

S WATER TEMPERATURE SENSOR

A AUTOMATIC AIR VENT WITH SHUTOFF COCK, VENT TO DRAIN

M MANUAL AIR VENT WITH SHUTOFF COCK

THERMOSTATIC AIR VENTT

THERMOMETERT

PP PRESSURE GAUGE WITH SHUTOFF COCK SNUBBERREQUIRED FOR STEAM SERVICE

TWO WAY CONTROL VALVE

THREE WAY CONTROL VALVE

CHECK VALVE

COMBINATION BALANCING/SHUTOFF VALVE

SHUTOFF/ISOLATION VALVE

STRAINER WITH BLOW DOWN

CLEAN OUTCOCO

PIPE RISE

PIPE DROP

PIPE CAP

VENTURI FLOW METER

ECCENTRIC PIPE REDUCER

CONCENTRIC PIPE REDUCER

PIPE FLANGE

VACUUM BREAKERVB

FLOW SWITCHFS

FLOW CONTROL VALVE

AUTOMATIC FLOW CONTROL VALVE WITH SHUTOFFA

NEEDLE VALVE

CIRCUIT SETTER

PLUG VALVE

BUTTERFLY VALVE

BALL VALVE

FILL VALVE

PRESSURE RELIEF VALVE WITH INDICATED SETTING30

F&T TRAP

BUCKET TRAP

DIRECTION OF FLOW

PITCH DOWN

PRESSURE DIFFERENTIAL SWITCH WITH SHUTOFF COCKP

PIPE EXPANSION JOINT

PIPE GUIDE

PIPE ANCHOR

VALVE IN RISER

PRE ENGINEERED EXPANSION LOOP. SEE SPECIFICATIONS

PIPE TEE UP

PIPE TEE DOWN

(ALL MAY NOT APPLY)

VARIABLE SPEED PUMPING DIFFENTIAL PRESSURE SENSOR

FLEXIBLE CONNECTOR

HVAC LEGEND

(LPR)E EXISTING LOW PRESSURE RETURN

LPR LOW PRESSURE RETURN

(MPR)E EXISTING MEDIUM PRESSURE RETURN

MPR MEDIUM PRESSURE RETURN

EXISTING HIGH PRESSURE RETURN(HPR)E

HIGH PRESSURE RETURNHPR

REFRIGERANT DISCHARGERD

REFRIGERANT LIQUIDRL

REFRIGERANT HOT GAS BYPASS LINERHGBP

MAKE UP WATERMUW

EXISTING MAKE UP WATER(MUW)E

HOT WATER SUPPLYHWS

EXISTING HOT WATER SUPPLY(HWS)E

HOT WATER RETURNHWR

EXISTING HOT WATER RETURN(HWR)E

STEAM SUPPLY (VALUE INDICATES PRESSURE)15

EXISTING STEAM SUPPLY (VALUE INDICATES PRESSURE)(15)E

(C)E EXISTING STEAM CONDENSATE (GRAVITY RETURN)

C STEAM CONDENSATE (GRAVITY RETURN)

(CPD)E EXISTING PUMPED CONDENSATE

CPD PUMPED CONDENSATE

CHILLED WATER SUPPLYCWS

EXISTING CHILLED WATER SUPPLY(CWS)E

CHILLED WATER RETURNCWR

EXISTING CHILLED WATER RETURN(CWR)E

EXISTING CONDENSER WATER SUPPLY(CS)E

CONDENSER WATER RETURNCR

EXISTING CONDENSER WATER RETURN(CR)E

DRAIN PIPED

(ALL MAY NOT APPLY)

REFRIGERANT SUCTIONRS

CONDENSER WATER SUPPLYCS

T.- UNLESS OTHERWISE NOTED, ALL PIPING IS OVERHEAD, TIGHT TO UNDERSIDEOF STRUCTURE OR SLAB, WITH SPACE FOR INSULATION WHERE REQUIRED INTHE SPECIFICATIONS.

U.- INSTALL PIPING SO THAT ALL VALVES, STRAINERS, UNIONS, TRAPS, FLANGESAND OTHER APPURTENANCES REQUIRING ACCESS ARE ACCESSIBLE.

V.-PROVIDE CHAINWHEEL OPERATORS FOR ALL VALVES IN EQUIPMENT ROOMSMOUNTED GREATER THAN 7'-0" ABOVE FLOOR LEVEL; CHAIN SHALL EXTEND TO7'-0" ABOVE FLOOR LEVEL.

W.-UNIONS AND/OR FLANGES SHALL BE INSTALLED AT EACH PIECE OF

EQUIPMENT, IN BYPASSES, AND IN LONG PIPING RUNS (100 FEET OR MORE) TOPERMIT DISASSEMBLY FOR ALTERATIONS AND REPAIRS.

X.-ALL PIPING WORK AND DUCTWORK SHALL BE COORDINATED WITH ALLTRADES INVOLVED. OFFSETS IN PIPING AND DUCTS AROUND OBSTRUCTIONSSHALL BE PROVIDED AT NO ADDITIONAL COST TO THE OWNER.

Y.-CERTAIN ITEMS SUCH AS RISES AND DROPS IN DUCTWORK, ACCESS DOORS,VOLUME DAMPERS, ETC., ARE INDICATED ON THE CONTRACT DOCUMENTDRAWINGS FOR CLARITY FOR A SPECIFIC LOCATION REQUIREMENT AND SHALLNOT BE INTERPRETED AS THE EXTEND OF THE REQUIREMENTS FOR THESE ITEMS.

Z.-ALL DUCTWORK DIMENSIONS, AS SHOWN ON THE DRAWINGS, ARE INTERNALCLEAR DIMENSIONS AND DUCT SIZE SHALL BE INCREASED TO COMPENSATE FORDUCT LINING THICKNESS.

AA.- PROVIDE 90 DEGREE SQUARE ELBOWS WITH DOUBLE RADIUS TURNINGVANES UNLESS OTHERWISE INDICATED. PROVIDE ACCESS DOORS UPSTREAM OFALL ELBOWS WITH TURNING VANES.

BB.- COORDINATE DIFFUSER, REGISTER AND GRILLE LOCATIONS WITHARCHITECTURAL REFLECTED CEILING PLANS, LIGHTING AND OTHER CEILINGITEMS AND MAKE MINOR DUCT MODIFICATIONS TO SUIT.

CC.- PROVIDE MINIMUM 4" FLEXIBLE CONNECTIONS IN ALL DUCTWORK SYSTEMS

(SUPPLY, RETURN AND EXHAUST) CONNECTED TO AIR HANDLING UNITS, FANSAND OTHER EQUIPMENT WHICH REQUIRE VIBRATION ISOLATION. FLEXIBLECONNECTIONS SHALL BE PROVIDED AT THE POINT OF CONNECTION TO THEEQUIPMENT UNLESS OTHERWISE INDICATED.

DD.- UNLESS OTHERWISE NOTED, ALL DUCTWORK IS OVERHEAD, TIGHT TO THEUNDERSIDE OF STRUCTURE, WITH SPACE FOR INSULATION WHERE REQUIRED INTHE SPECIFICATIONS.

EE.- RUNS OF FLEXIBLE DUCT SHALL NOT EXCEED 7 FEET AND SHALL NOT BE USEDFOR 90 DEGREE BENDS.

FF.- PROVIDE ACCESS DO0RS IN DUCTWORK FOR ACCESS TO ALL SMOKEDETECTORS, FIRE DAMPERS, SMOKE DAMPERS, VOLUME DAMPERS, COILS AND

OTHER ITEMS LOCATED IN THE DUCTWORK WHICH REQUIRE SERVICE AND/ORINSPECTION.

GG.- SMOKE DETECTORS SHALL BE FURNISHED AND WIRED BY THE ELECTRICALCONTRACTOR. THE MECHANICAL CONTRACTOR SHALL BE RESPONSIBLE FORMOUNTING THE SMOKE DETECTOR IN THE DUCTWORK AS SHOWN ON THEDRAWINGS AND IN ACCORDANCE WITH MANUFACTURER'S PRINTEDINSTRUCTIONS.

HH.- CONTRACTOR TO PROVIDE FIRE STOPPING AT ALL RATED HORIZONTAL ANDVERTICAL ASSEMBLIES. CONTRACTOR SHALL NOT LEAVE OPENINGS UNPROTECTEDDURING THE CONSTRUCTION PERIOD EXCEPT FOR SHORT DURATIONS WHILE ITEMS AREBEING INSTALLED THROUGH OPENINGS

II.- ALL 12"x12" DIFFUSERS ARE TO BE INSTALLED IN CENTER OF CEILING TILE.

JJ.-ALL EXISTING HVAC EQUIPMENT, PIPING, AND DUCTWORK NOT SHOWN ONDRAWINGS IS TO BE REMOVED AS NECESSARY FOR COMLETION OF NEW WORK

(CONTRACTOR SHALL INCLUDE THIS COST IN BASE BID PRICE).

KK.-ALL EXISTING EQUIPMENT, PIPING,...ECT. THAT IS ABOVE CEILING THAT CONFLICTSWITH NEW DUCTWORK AND PIPING LAYOUT IS TO BE RELOCATED AS NECESSARY TO

ALLOW FOR NEW LAYOUT INSTALLATION (CONTRACTOR SHALL INCLUDE THIS COST IN

BASE BID PRICE).

LL.-FURNISH AND INSTALL ISOLATION VALVES AND PIPE CAPS IN PIPING AS REQUIREDFOR PHASING OF ALL WORK.

VRV SYSTEM BRANCH SELECTOR BOX

M500

HVAC LEGEND AND INDEX

DS

IC

NONE

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

REQ'D ACCY:

AIR DISTRIBUTION DEVICES

TAG DESCRIPTIONFINISH

E.C.L.CONSTRUCTION TYPE

ALUM. STEEL O.W.B.E. BY ARCH.SURFACEMOUNTING TYPELAY-IN TYPEMODULE SIZE

R3

R2

R1

S3

S2

S1

RETURN

RETURN

RETURN

SUPPLY

SUPPLY

SUPPLY

24"x12"

24"x12"

24"x24"

AS NOTED

24"x24"

12"x12"

1,3

1,3

1,3

1

-

2SQUARE - PLAQUE

1. OPPOSED BLADE DAMPER2. 12"x12" TRIM RING, RAPID MOUNT3. DAMPER TO BE ACCESSIBLE FROM FACE OF GRILLE.

OWBE - OFF WHITE BAKED ENAMEL FINISH ECL - ETCHED CLEAR LACQUER FINISH

REQ'DACCY

E1 EXHAUST 24"x12" 1,3

REQ'D ACCESS.

UNIT NUMBER

AREA SERVED

UNIT CONFIG.

CFM - FUTURE

WHEEL DIA.

WHEEL TYPE

MOTOR H.P.

SENSIBLE CL'G

ENT. AIR TEMP.

LVG. AIR TEMP.

CFM

-

TYPE - PRE

P.D. IN. W.C.

SU

PP

LY F

AN

EX

HA

US

T F

AN

CO

OLI

NG

CO

ILF

ILT

ER

OUTSIDE AIR - CFM

DB/WB

DB/WB

CLEAN/DIRTY

MAX. AIR P.D. - IN. W.C.

REQ'D ACCESS.

CUSTOM AIR HANDLING UNITS

ROWS

WHEEL TYPE

MOTOR H.P.

WHEEL DIA.

CFM - FUTURE

REFRIGERANT

FACE AREA S.F.

MBH

(MIN.)

DOAS-1

SOUTH WING

6,700

MERV 8

6,800

-

1,2

-

4,400

EAST WING

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

1.INSTALL UNIT ON SPRING ISOLATIONFURNISHED BY UNIT MFR.

2.POWER IS TO BE 208/3/60, MCA 25.1, MOP 35.0

3.POWER IS TO BE 208/3/60, MCA 21.4, MOP 30.0.

- PERFORMANCE SHALL BE EQUAL OR SUPERIOR TO SCHEDULED VALUES.

-- --

- - - -

SMACNA

DUCT CONSTRUCTION/SEALING

MEDIUM VELOCITY SUPPLY

OUTSIDE AIR

-

RETURN / RELIEF

GENERAL EXHAUST

DUCT SYSTEM

LOW VELOCITY SUPPLY

-0.5"

-

-0.5"

-1"

+1"

+3"

SP CONST

-

C

C

C

-

-

-

-

B

A

SEAL CL

-

-

NOTES

NOTES:

1. 15 PSI STEAM IS SUPPLIEDTO CONTROL VALVE. SIZESTEAM CONTROL VALVEFOR 10 PSI PRESSUREDROP.

2. IFB=INTEGRAL FACE ANDBYPASS COIL

R4 RETURN AS NOTED 1,3

TOTAL SP./EXT. SP. -IN. W.G.

SQUARE - PLAQUE

SUPPLY GRILLE

LOUVERED FILTER GRILLE

LOUVERED FILTER GRILLE

EGGCRATE RETURN GRILLE

LOUVERED RETURN GRILLE

LOUVERED RETURN GRILLE

MFG. - -

MODEL -

DOAS-2

HORIZ. HORIZ. -

10

AF-PLENUM

20 INCH

5.3/2.0

5,500

5

2.82/1.75

FACE AREA

CAP'Y - MBH

ENT. AIR TEMP.

LVG. AIR TEMP.

CFM

MAX. AIR P.D. -

DESCRIPTION

RE

-HE

AT

CO

IL

IN. W.C.

LB/HR

PRESSURE - PSISTEAM

-

IFB COIL IFB COIL

4,400

-

-

-

-

-

-

-

-

-

-

-

-

-

5

637

-

6,700

495

52/51

R410A

6

0.98

6,700

81/71

428

215

0.27/1.0

-

CONDENSING UNITS

REQ'D ACCESS.

- DISCONNECT BY ELECTRICAL CONTRACTOR

1. - COMPRESSOR TO BE MOUNTED ON RUBBER IN SHEAR ISOLATORS.2. - UNIT IS HEAT RECOVERY CONDENSING UNIT WITH INVERTER. INCLUDE R410A REFRIGERANT, HEATING OPERATION TO 0° F,VFD CONTROLLED OUTDOOR FAN MOTOR, CONTINUOUS HEATING DURING DEFROST, MANIFOLDING KIT3. - SINGLE POINT POWER CONNECTION.4. - CONDENSING UNIT IS A COMBINATION OF TWO CONDENSING UNITS. EACH INDIVIDUAL CONDENSING UNIT REQUIRES ANELECTRICAL FEED, WIRE PER MANUFACTUERS INSTRUCTIONS.5. - INCLUDE; HOT GAS BYPASS LINE, FIELD OUTLET CONNECTION, 4 SCROLL COMPRESSORS, 4-STEP CAPACITY CONTROL,BUILT-IN HAIL PROTECTION, PHASE FAILURE, GROUND FAULT PROTECTION, R410A REFRIGERANT.

6. - INSTALL UNIT ON VIBRATION ISOLATION PADS (MIN. 1/4" DEFLECTION) FURNISHED BY UNIT MANUFACTURER.

TAGREFRIG. LINE SIZES

SERVICELIQUID COOLINGBAL. TUBE HEATING

CAPACITY (BTU/Hr) REQ'DACCESS.SUCT.TEMP

ELECTRICAL DATAVOLTS PHASE MOCP

REFRIG. NO. OF CIRCUITSMCA

- R-410A REFRIGERANT

DISCH. SUCTION

- COOLING CAPACITY BASED ON INDOOR CONDITIONS OF 80.0°F DB / 67.0°F WB AND OUTDOOR CONDITIONS OF 95.0°F DB- HEATING CAPACITY BASED ON INDOOR CONDITIONS OF 70.0°F DB AND OUTDOOR CONDITIONS OF 0.0°F DB / 0.0°F WB

E2 EXHAUST 12"x12" 1,3

CU-1

CU-2

CU-6

- -

3,500 -

-

MERV 8 -

4,400

1,3

-

-

AF-PLENUM

113

30

- -

0.22/1.0 -

-

-

-

AF-PLENUM

-

-

5.39/2.0

-

AF-PLENUM

-

7.5

-

16 INCH

-

20 INCH

-

52/51

R410A

6

4,400

81/70

280

146

-

-

-

-

-

-

-

-

WINTER EA

84 -

-

-

-

PLA

TE

HE

AT

EX

CH

AN

GE

R

90/73

41.0

0.6DBWINTER LADBSUMMER EA

-

EX

HA

US

T A

IR

93/74

0

-

-

-

DB/WB

81/71SUMMER LADB/WB 82/71 -

OU

TS

IDE

AIR

WINTER EADBWINTER LADBSUMMER EADBSUMMER LADB

-

-

-

-

68

30

75

86

70

31

75

-

-

-

-

SOUTH WING THIRD FLOORSOUTH WINGFIRST FLOOR

CU-5

1

1

2

2

208 3

3,5,6

3,5,6

3

3

-

-

175

175

43.0

43.0

-

-275,000

MFR. TO SIZE

MFR. TO SIZE

MFR. TO SIZE

MFR. TO SIZE

REQ'D ACCESS

ELECTRIC HEATING UNITS

TAG DESCRIPTION HEATINGKW (MIN)MBH KW (MAX)

ELEC SERVICEAMP VOLT PHASE

SERVICE CFM

-

-

-

-

-

-

CUH-1

-

-

-

-

-

ELECT. CABINET UNIT HEATER

-

-

-

-

-

VESTIBULE

-

-

-

-

-

250

-

-

-

-

-

-

2

2

-

-

-

-

-

17

-

-

-

-

-

3

-

-

-

-

-

5

-

-

-

-

-

25

-

-

-

-

-

208

-

-

-

-

-

3

1. DUCT COLLAR FOR INLINE AIRFLOW (UNIT TO BE MOUNTED HORIZONTALLY,

BOTTOM IN/TOP OUT CONFIGURATION) , WALL-MOUNTED THERMOSTAT.PROVIDE VIBRATION ISOLATION PER SPEC SECTION 23 05 41.

2.FRONT INLET/TOP OUTLET CONFIGURATION. BUILT-IN THERMOSTAT.

- THREE (3) PHASE COIL LOADS SHALL BE DIVIDED EVENLY ACROSS EACH PHASE- ELEC SERVICE TO THREE (3) PHASE UNITS TO BE THREE (3) WIRE UNLESS NOTED

REQ'DACCESS

- VERIFY/COORDINATE CABINET DIMENSIONS MOUNTING AND RECESS REQUIREMENTSWITH ARCHITECTURAL DWGS PRIOR TO ORDERING

CUH-2 ELECT. CABINET UNIT HEATER VESTIBULE 250 17 3 5 25 3

- - - - - - - - -

CU-3 MFR. TO SIZEEAST WING THIRD FLOOR

DOAS-1SOUTH WING

DOAS-2EAST WING

11-

96,000 108,000

125

1,2,4,6

1,2,4,6

1,2,6

SUPPLY AIR

TYPE - FINAL

P.D. IN. W.C.

FIL

TE

R

CLEAN/DIRTY

FACE AREA S.F.

MERV 14

-

-

-

-

-

0.5/1.0

-

MERV 14 -

- -

0.44/1.0 -

SUPPLY AIR

P.D. IN. W.C.

FIL

TE

R

CLEAN/DIRTY

FACE AREA S.F.

-

-

-

-

-

0.21/1.0

-

0.21/1.0 -

TYPE - PREMERV 8 MERV 8 -EXHAUST AIR

DESCRIPTION PLEATED PANEL

PLEATED PANEL

--

DESCRIPTION -

DESCRIPTION PLEATEDPANEL

PLEATEDPANEL

--

- -

5

16 INCH

0.94

-

5

361

-

347

109

36

41.1

- - -

1.- LOUVER SIZES SHOWN ARE FOR BIDDING PURPOSES ONLY. CONTRACTORSHALL FIELD-VERIFY EXISTING OPENING SIZES AND SIZE LOUVERS TO FIT INEXISTING OPENINGS.2.- CONTRACTOR SHALL PROVIDE INSULATED SHEETMETAL PLENUM BEHINDALL LOUVERS.

3.- PROVIDE 1-1/4" DRAIN PIPING FROM ALL INTAKE LOUVERS. ROUTE TONEAREST FLOOR DRAIN.4.- COLOR OF LOUVER SELECTED BY THE ARCHITECT.5.- COORDINATE LOCATION AND SIZE WITH ARCHITECT AND OTHERCONTRACTORS.

LOUVERS

NOTES (APPLIES TO ALL LOUVERS)

TAGH

SIZEWDP

SERVICE NOTES

ALL

F.A.SQ.FT.IN

P.D.CFM

L-1

L-2

L-3

L-4

L-5

L-6

340030"INTAKE

48"ØINTAKE 3400

EXHAUST 48"Ø 6600

42"ØINTAKE

42"ØINTAKE

2200

2200

EXHAUST 48"Ø 4200

60"

ALL

ALL

ALL

ALL

ALL

4"

4"

4"

4"

4"

4"

-

-

-

-

-

0.06

0.10

0.25

0.05

0.12

0.05

4.81

4.81

4.81

6.28

6.28

6.25

160430,000 208

208

208

-

E3 EXHAUST AS NOTED EGGCRATE RETURN GRILLE

EGGCRATE RETURN GRILLE

4543.8

REQ'D ACCESS

DESCRIPTIONTAG GPMELECTRICAL DATA

VOLTAGE

CONDENSATE RECEIVER PUMP

RPMHP PHASE

CP-1 CONDENSATE RETURN 1,2,3,4,5120 1

1. INLET BASKET STRAINER2. DISCHARGE PRESSURE GAUGE3. MECHANICAL ALTERNATOR (FLOW SWITCH INSIDE RECEIVER)4. PUMP SUCTION ISOLATION VALVES

REQ'DACCESS

INLETSIZEPSI

NOTES

1. PUMP SHALL BE DUPLEX.

SIZE(IN) CAP(GAL)

18 20 3500 1" 2" 25 (2) 1/3

PRV-4

-

-

-

-

-

PRV-1

60

-

-

-

-

-

125

15

-

-

-

-

-

60

1609

-

-

-

-

-

3410

25

-

-

-

-

-

-

1,2

-

-

-

-

-

1,2,3

1. INCLUDE EXTERNAL STEAM PILOT CAPABLE OF +/- 1% ACCURACY.2. NOISE LEVEL TO BE MAX. 85 DB.

3. ADDITIONAL LOAD OF 523 LBS/HR ADDED TO THIS PRV STATION TO PICK UP THE LOAD OF A FUTURE DOAS-3 UNIT FOR THE WEST WING.

TAG

REQ'D ACCESS

STEAM PRESSURE REDUCING VALVE AND RELIEF VALVE

-

-

-

-

-

1-1/2

1-1/2

-

-

-

-

-

SPENCE

-

-

-

-

-

E

SPENCE

MFR MODEL

E

-

-

-

-

-

1856

-

-

-

-

-

-

2

-

-

-

-

-

-

12.60

14.28

STEAM PRESSURE REDUCING VALVE RELIEF VALVE

INLET PRESSURE(PSI)

OUTLET PRESS.(PSI)

CAP'Y

lb/hr

VALVESIZE (IN)

REQUIREDCV

VALVESIZE (IN)

RELIEF PRESSURESETTING (PSI)

CAP'Y

lb/hrREQ'D

ACCESS

PRV-2 60 15 3410 252 E 3941426.70

PRV-3 125 60 1609 -1,2E --6.74

1,2,3

- - -- - - - - --

L-7 42"INTAKE 1500 ALL4" 0.04 3.5

5. PROVIDE VIBRATION ISOLATION ASRECOMMENDED BY UNITMANUFACTURER.

TOTAL SP./EXT. SP. -IN. W.G. 3.03/1.75

-

FIRE DAMPER NOTES

GENERAL NOTES DETAILS SHOW INSTALL. OF FIRE DAMPER IN WALL. FIRE DAMPERIN FLOOR SIMILAR. INSTALL. OF FIRE DAMPERS SHALL CONFORM TO NFPA 90A,SMACNA AND MFR'S INSTRUCTIONS. ALL FIRE DAMPERS TO BE DYNAMIC.

DETAIL NOTES1.- FIRE DAMPER SHALL BE FOLDED BLADE TYPE, EXCEPT AS NOTED. VERTICALMOUNT; GRAVITY DROP, HORIZONTAL MOUNT; SPRING LOADED TO CLOSE.TYPE "A" - BLADES STORED IN AIR STREAM.TYPE "B" - BLADES STORED OUT OF THE AIR STREAM.TYPE "C" - HIGH VELOCITY TYPE, BLADES STORED OUT OF THE AIR STREAM,RECTANGULAR, ROUND OR OVAL CONNECTION.

2.- DUCT/SLEEVE CONNECTION, BREAK AWAY TYPE.

3.- SHEET METAL SLEEVE, 16 GAUGE MIN. SAME MATERIAL AS DUCT EXCEPTGALVANIZED FOR FIBER GLASS DUCTBOARD.

4.- DUCT ACCESS PANEL. REFER TO SPECIFICATIONS.

5.- RETAINING ANGLE ALL FOUR SIDES, GAUGE PER SMACNA. 1" MIN. OVERLAP OFWALL OPENING. BOLT OR TACK WELD TO WALL SLEEVE AS PER SMACNA.

6.- 10 GAUGE WALL SLEEVE WITH 1/2" WIDE LEG AT ALL SIDES ON OPPOSITE SIDEOF DUCT CONNECTION TO OVERLAP WALL OPENING.

7.- HIGH VELOCITY DUCT COUPLING

TYPE "B"3" MIN.

DUCT

5

1

2

4

2

6

5

FIRE DAMPER - TYPE B 1

SCALE: NONE

FIRE RATED WALLOR PARTITION

DUCT EXTENSIONTOP OF DAMPER

FIRE DAMPER - TYPE B (AT FLOOR) 2

SCALE: NONE

DUCT

2

5

4

TYPE "B" 1

35

2

6

FIRE RATEDFLOOR

4

(IF DOOR ABOVE ISNOT ACCESSIBLE,INSTALL DOORBELOW)

3

SPENCE

SPENCE

REQ'D ACCESS.

UNIT NUMBER

AREA SERVED

UNIT CONFIG.

CFM

WHEEL DIA.

WHEEL TYPE

MOTOR H.P.

-

SU

PP

LY F

AN

OUTSIDE AIR - CFM

REQ'D ACCESS.

MODULAR AIR HANDLING UNITS

(MIN.)

AH-1

CORRIDOR

1500

100

-

1,2 -

-

-

-

-

-

-

-

-

-

-

1.INSTALL UNIT ON SPRING ISOLATIONFURNISHED BY UNIT MFR.

2.POWER IS TO BE 208/3/60

- PERFORMANCE SHALL BE EQUAL OR SUPERIOR TO SCHEDULED VALUES.

NOTES:

1. 15 PSI STEAM IS SUPPLIEDTO CONTROL VALVE. SIZESTEAM CONTROL VALVEFOR 10 PSI PRESSUREDROP.

2. IFB=INTEGRAL FACE ANDBYPASS COIL

TOTAL SP./EXT. SP. -IN. W.G.

- - -

- -

HORIZ.

1.5

AF CENT.

9.50

1.89/1.00

FACE AREA

CAP'Y - MBH

ENT. AIR TEMP.

LVG. AIR TEMP.

CFM

MAX. AIR P.D. -

DESCRIPTION

HE

AT

ING

CO

IL

IN. W.C.

LB/HR

PRESSURE - PSISTEAM

2.48 SF

IFB COIL -

-

-

-

-

-

-

-

-

5

88.57

0.26

1500

83.70

114

63

P.D. IN. W.C.

FIL

TE

R

CLEAN/DIRTY

FACE AREA S.F.

-

-

-

-

-

0.18/0.59

5.6

TYPE - FINAL MERV 8 - 2"

DESCRIPTION PLEATED PANEL

-

S4 SUPPLY 16"Ø SUPPLY GRILLE

CONNECTOR

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

-

1

AH-1 DETAIL 19

SCALE: NONE

COMPONENTS

1 INLET OPENING (LxW):16 x 362 PANEL FILTER3 IFB STEAM COIL4 FAN5 OUTLET

UNIT WEIGHT 986 LBS

PLAN VIEW

ELEVATION VIEW

1

2

3

5

5

3

6

6

2

1

6 ACCESS SECTION

4

4

2. DIRECT EXPANSION COIL PACKAGE WITH FACTORY MOUNTED THERMAL EXPANSION VALVE AND EQUALIZING TUBE.

- COOLING CAPACITY BASED ON INDOOR CONDITIONS OF 80.0°F DB / 67.0°F WB AND OUTDOOR CONDITIONS OF 95.0°F DB

1. ALL TEMPERATURE SENSORS AND FC CONTROLS SHALL BE PROVIDED BY THE UNIT MANUFACTURER.

5. UL LISTED

3. R-I-S VIBRATION ISOLATORS.

REQ'D ACCESS.

TAG CFMTYPEHEATINGCOOLING

CAPACITY (MBH)

GASLIQUID

REFRIG. LINE SIZES

MOCPWATTPHASEVOLT

ELECTRICAL DATA

VRV FAN COIL UNITS - MASTER SCHEDULE

REQ'DACCESS

SERVED BY

4. PROVIDE (1) SOLENOID VALVE KIT PER DX FAN COIL.

6. PROVIDE FACTORY MOUNTED CONDENSATE PUMP FOR FC-4 THRU 8 ONLY.7. WASHABLE FILTER

FC-1FLOOR MOUNTED

CONSOLE UNITSEE DWGS FOR

ASSOC. CU280/210 12.0 13.5 1/4 1/2 208 1 79 15 ALL

- HEATING CAPACITY BASED ON INDOOR CONDITIONS OF 70.0°F DB AND OUTDOOR CONDITIONS OF 0°F DB / 0°F WB

FC-2FLOOR MOUNTED

CONSOLE UNIT490/380 18.0 20.0 1/4 1/2 208 1 105 15 ALL

FC-3FLOOR MOUNTED

CONSOLE UNIT560/420 24.0 27.0 3/8 5/8 208 1 108 15 ALL

SEE DWGS FORASSOC. CU

SEE DWGS FORASSOC. CU

FC-4DUCTED

CONCEALED UNIT 636/530 18.0 20.0 1/4 208 1 214 15SEE DWGS FOR

ASSOC. CU ALL 1/2

FC-5DUCTED


ASSOC. CU ALL5/8

FC-6DUCTED


ASSOC. CU ALL5/8

FC-7DUCTED


ASSOC. CU ALL5/8

FC-8DUCTED


ASSOC. CU ALL5/8

CARTRIDGE CARTRIDGE

CU-4 MFR. TO SIZEEAST WING THIRD FLOOR 11- 1,2,4,6

24"

3

3

240,000 270,000

192,000 216,000

208

208 6041.328.8 40

6041.36041.3

120,000 135,000 208 3 5044.2

OA CFM -5270(CURRENT) 790 -

OA CFM -6700(FUTURE) 4400 -

EA CFM -3300(CURRENT) 640 -

EA CFM -5500(FUTURE) 3500

CFM - CURRENT 5,270

CFM - CURRENT 3,300 640

790

M501

HVAC SCHEDULES

DS

IC

NONE

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

LOW PRESSURE STEAM SUPPLY

SEDIMENT POCKET

F&T TRAP AND STRAINER

STRAINER

LOW PRESSURE CONDENSATERETURN.

AUTOMATIC CONTROL VALVE

VACUUM BREAKER

END OF MAIN DRIP

ECCENTRIC REDUCER

VB

SCALE: NONE

35

1 8

EMD

2

9

8

7

6

4

5

DOAS-1,2, AH-1 STEAM HEAT COIL

4 9 6 97

1

3

2

3

45° TEE

HOSE CLAMP (TYP. 2 PL)

CEILING PANEL

RETURN / EXHAUST GRILLE

5RETURN/EXHAUST CONNECTION

SCALE: NONE

EXTERNALINSULATION

RETURN / EXHAUSTAIR TRUNK DUCT (REF.PLAN FOR SIZE)

FLEX. DUCT (4'-0" MAX)EXTERNALLY INSULATED

SQUARE TO ROUNDADAPTOR

VOLUME DAMPER (IFDAMPER NOT PROVIDEDIN AIR DEVICE - SEEPLANS)TRANSITION

AS REQUIRED

HOSE CLAMPS (TYP)

FLEX DUCT (5'-0" MAX)EXTERNALLY INSULATED

SCALE: NONE

CEILING SUPPLY AIRDIFFUSER

SUPPLY AIR TRUNK REFER TO PLANS FOR SIZE

EXTERNALLY INSULATED DUCTWORK

CEILING DIFFUSER 4

SMOOTH RADIUSROUND ELBOW

FLEX TO BESAG FREE

BELLMOUTH FITTINGWITH MANUAL DAMPER

NOTE:1. THE INTERIOR SURFACE OF ALL RADIUS ELBOWS SHALL BE MADE ROUND.2. ALL STANDARD RADIUS ELBOWS SHOWN ON FLOOR PLANS MAY BE MADESHORT RADIUS ELBOWS. ALL SHORT RADIUS ELBOWS SHALL HAVE VANES.VANES SHALL BE CONSTRUCTED, SUPPORTED AND FASTENED ASRECOMMENDED BY SMACNA.

R>=W R>=1/3W R>=1/6W

STANDARDRADIUSELBOW

SHORT RADIUSELBOW WITHONE VANE

SHORT RADIUSELBOW WITHTWO VANES

DUCTWORK RADIUS ELBOWS

SCALE: NONE

2

7

6

5

4

3

2

1

34

6

1

7

5 5

LOW PRESSURE STEAM DRIP 6

SCALE: NONE

LOW PRESSURE STEAM MAIN(15-30 PSI)

"Y" STRAINER

F&T TRAP

STRAINER

SHUTOFF VALVE

COLLECTING POCKET ANDDIRT LEG SAME SIZE AS MAIN

LENGTH FROM INVERT OF

MAIN TO DRIP PIPE, 1 1/2 xMAIN PIPE DIA., 8"MINIMUM

1VRF FAN COIL BRANCH SELECTOR

SCALE: NONE

TO DX FAN COIL

TO OUTDOOR CONDENSOR

1

SHUT OFF BALL VALVE WITHINTEGRAL REFRIGERANTMAINTENANCE PORTS. TYP.

2

33

2 2 2

1

1

BRANCH SELECTOR4

4LIQUID LINE5

SUCTION LINE6

DISCHARGE LINE7

5 67

5

6

SHUT-OFF VALVE

BLOW DOWN5

STRAINER

CHECK VALVE

4

3

2

1

120H

1231

45

H= 10"

HIGH PRESSURE STEAM DRIP 7

SCALE: NONE

HPR

HPR THERMO-DYNAMICSTEAM TRAP

DOAS-2 DETAIL 15

SCALE: NONE

13

1

2 3

4 5 6 7

8

9

10

11

12

4 5 6 7

8

11

12

PLAN VIEW

ELEVATION VIEW

263"

77

"5

9"

6"

COMPONENTS1 INLET

(LxW):15 x 362 PANEL FILTER3 CARTRIDGE FILTER4 HEAT EXCHANGER5 DX COIL6 IFB STEAM COIL7 FAN8 OUTLET

(LxW):21 5/8 x 249 INLET

(LxW):14 x 3610 PANEL FILTER11 FAN12 OUTLET

(LxW):21 5/8 x 2413 CONTROL PANEL

UNIT WEIGHT 8,100 LBS

CLEARANCES:ACCCESS DOORS - 26 in

STEAM CONNECTIONS TO DOMESTIC WATER HEATER 8

CONTROL VALVE BYMANUFACTURER OF DOMESTICWATER HEATER,

FLOAT & THERMOSTATICTRAP ASSEMBLY

GRAVITY STEAM CONDENSATERETURN

DIELECTRIC FITTING

SCALE POCKET

STEAM SUPPLY

DOMESTIC WATER HEATER

1800 LB/HR @15 PSI STEAM

TRAP OR ORIFICED UNIONFITTING FURNISHED BYMANUFACTURER OF DOMESTICWATER HEATER, SEE PLUMBINGDWGS.

FLOOR

NOTES:

1. VERTICAL COIL TYPE DOMESTIC WATERHEATER IS SHOWN.

2. SEE PLUMBING DRAWINGS FOR PIPINGCONNECTIONS.

3. INSTALL ALL PIPING PER WATER HEATERMANUFACTURERS RECOMMENDATIONS.

LPS

DCW

DHWR

13CONDENSATE PUMP DETAIL

2"

2"

P

V

P

VENT TO OUTDOORS

2"1"

CP-1P

R

1"

2" 1"

ROUTE TOFLOOR DRAIN

TO LPR MAINALONG WALL

FROM DOM. HWHEATERS

9SAFETY VALVE DETAIL

PROVIDE UNION UNLESSSAFETY VALVE HASFLANGED OUTLET

SAFETY VALVE

OPEN DRAIN (NOTE 3)

CONNECTION TOPRESSURE VESSEL OR PIPE

VENT PIPE TO BUILDINGEXTERIOR. (NOTES 1, 2)

PIPE THREADED INTOELBOW (SAME SIZE ASELBOW)

DRIP PAN ELBOW(SECTIONAL VIEW)

3/4" [20mm] DRAIN TOFLOOR DRAIN OR OPENSIGHT DRAIN (NOTE 4)

[25

mm

]

24" MAX.[610mm]

[76mm]

ELEVATION

NOTES

1. UNLESS OTHERWISE SHOWN ON THE DRAWINGS, SIZE THE VENT PIPE SO THAT STEAM ISNOT BLOWN OUT AT THE VENT PIPE ENTRANCE. UTILIZE THE CALCULATION METHODCONTAINED IN ANSI B31.1. POWER PIPING CODE, APPENDIX II.

2. VENT PIPE SHALL TERMINATE AT EXTERIOR OF BUILDING WITH 90° ELBOW DOWN.3. DISCHARGE OF DRAIN MUST BE DIRECTED AWAY FROM PLATFORMS OR OTHER AREAS

WHICH PERSONNEL MAY OCCUPY.4. DO NOT CONNECT ANY OTHER DRAIN TO THE DRIP PAN ELBOW DRAIN PIPE.

FLEXIBLE CONNECTOR

P

TAPER PIPE

12PRV-1 AND PRV-2 STEAM PRESS. REDUCING STATION

SCALE: NONE

P

PRESSUREGAUGE WITHCOCK ANDSIPHON LOOP

BY-PASS PIPEWITH GLOBEVALVE

9" LONG NIPPLE SCREWEDINTO DRIP PAN ELBOW &INSERTED INTO RISER PIPE.SEE SAFETY VALVE DETAILCONTROL TUBING

WITH NEEDLEVALVE SAFETY RELIEF VALVE @ 25 PSI

DRIP PAN ELBOW

FULL SIZE DIRT LEG & 3/4"STEAM MAIN DRIPASSEMBLY

3"

4"PRV-1

PIPE SAFETY VALVEDISCHARGE TOEXTERRIOR OF BUILDINGAND TERMINATE WITH90° EL DOWN.

P

PRV-2

125 PSI

15 PSI LPS

2-1/2"60 PSI MPS NOTE:

1. FURNISH AND INSTALL ALL PRVASSOCIATED TUBING AND PERMANUFACTURER'SRECOMMENDATIONS.

20" MIN. 40" MIN.80" MIN.

TO FIRST TURN

40" MIN.

DOAS-1,2/CU-5,6 DX COIL PIPING SCHEMATIC 10

SCALE: NONE

COIL #2

COIL #1

S

4

5

32 6

AIR HANDLER

1

7

NOTE:1. THIS DETAIL IS TO BE USED FOR BIDDING PURPOSES ONLY.SIZING OF REFRIGERATION SYSTEM PIPING/EQUIPMENT SHALLBE THE RESPONSIBILITY OF THE AH/CU MANUFACTUER.(CONTRACTOR SHALL INCLUDE IN HIS PRICE ALL ITEMS ASREQUIRED BY AH/CU MANUFACTURER.)2. CONTRACTOR SHALL SUBMIT SHOP DRAWINGS OFREFRIGERATION SYSTEM LAYOUT DONE BY AIR HANDLINGUNIT/CONDENSING MANUFACTURER.3. CONTRACTOR IS TO FURNISH AND INSTALL ALLREFRIGERATION SPECIALTIES AND ITEMS AS REQUIRED BYAH/CU MANUFACTURER.

CONDENSING UNIT

8RL

RHGBP

RS

RL

RHGBP

RS

S

RL

RHGBP

RS

RL

RHGBP

RS

TYP. DOAS-1 AND 2TYP. CU-5 AND 6

AUX SIDE CONNECTOR (INTRODUCES HOT GAS INTODISTRIBUTER

EXPANSION VALVE

SIGHT GLASS

SOLENOID VALVE

EQUALIZING LINE

FILTER/DRYER

HOT GAS BYPASS VALVE

HOT GAS BYPASS SOLENOID VALVE

1

2

3

4

5

6

7

8

2

3/16"

1/2" x 5-1/2" x 5-1/2" PLATE 3/16"

MC6x12.0 CHANNEL

CLEVIS HANGERS

4" SCHEDULE 40 STEEL PIPE

REFRIGERANT PIPING SUPPORT

SCALE: NONE

16

EXTERIOR

12" SONO-TUBE FORM 30" BELOWGRADE

1/2" x 8" x 8" PLATE W/ (2) 3/4"Ø x8" AB

SCALE: NONE

OUTDOOR EQUIPMENT PAD 17

FURNISH AND INSTALL OUTDOORCONCRETE EQUIPMENT PAD FOR ALLOUTDOOR EQUIPMENT

1'-0"

#5 @ 12' EW

(2 ) #5 CONTINUOUS

1'-

0"EQ

EQ

2'-

6"

MIN

GRADE

#4 W / 1'-8" LEGS@ 2'-0"

24

" M

IN.

NOTE: ADJUST SIZES OF SUPPORTSSHOWN ABOVE AS REQUIRED TOADEQUATLEY SUPPORT PIPING.

GRAVEL

DOAS-1 DETAIL 14

SCALE: NONE

13

1

2 3

4 5 6 7

8

9

10

11

12

282"

95

"

COMPONENTS

1 INLET(LxW):20 x 42

2 PANEL FILTER3 CARTRIDGE FILTER4 HEAT EXCHANGER5 DX COIL6 IFB STEAM COIL7 FAN8 OUTLET

(LxW):20 1/8 x 369 INLET

(LxW):16 x 4210 PANEL FILTER11 FAN12 OUTLET

(LxW):20 1/8 x 3613 CONTROL PANEL

UNIT WEIGHT 10,500 LBS

CLEARANCES:ACCCESS DOORS - 26 in

PLAN VIEW

4 5 6 7

8

11

12

ELEVATION VIEW

65

"

6"

P

TAPER PIPE

18PRV-3 AND PRV-4 STEAM PRESS. REDUCING STATION

SCALE: NONE

P

PRESSUREGAUGE WITHCOCK ANDSIPHON LOOP

BY-PASS PIPEWITH GLOBEVALVE

9" LONG NIPPLE SCREWEDINTO DRIP PAN ELBOW &INSERTED INTO RISER PIPE.SEE SAFETY VALVE DETAILCONTROL TUBING

WITH NEEDLEVALVE SAFETY RELIEF VALVE @ 25 PSI

DRIP PAN ELBOW

FULL SIZE DIRT LEG & 3/4"STEAM MAIN DRIPASSEMBLY

3"

2"PRV-3

PIPE SAFETY VALVEDISCHARGE TOEXTERRIOR OF BUILDINGAND TERMINATE WITH90° EL DOWN.

P

PRV-4

125 PSI HPS

15 PSI LPS

1-1/2"60 PSI MPS NOTE:

1. FURNISH AND INSTALL ALL PRVASSOCIATED TUBING AND PERMANUFACTURER'SRECOMMENDATIONS.

20" MIN. 40" MIN.80" MIN.

TO FIRST TURN

40" MIN.

POLYSULFIDE SEALANT

PIPE

PIPE SLEEVE

WALL LINE

PIPE DETAIL FOR VENT LINES 20

SCALE: NONE

PIPE JACKET &INSULATION

3/4" THICKINSULATION

SADDLE SUPPORTANCHOR TO EXISTING WALL

REDUCER REDUCERHPS

M502

HVACDETAILS

DS

IC

NONE

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

VARIABLE REFRIGERANT VOLUME SYSTEM INSTALLATION NOTES

1. ENTIRE VRV SYSTEM INCLUDING FAN COIL UNITS, BRANCH

SELECTOR BOXES, CONDENSING UNITS AND ALL CONTROLSSHALL BE MANUFACTURED BY ONE MANUFACTURER.

2. FOR CLARIFICATION PURPOSES ALL REFRIGERATION VALVES

AND SPECIALTIES ARE NOT SHOWN ON THE ABOVE SCHEMATIC.CONTRACTOR IS TO FURNISH AND INSTALL ALL VALVES,REFRIGERATION SPECIALTIES AND ACCESSORIES AS REQUIRED

BY VRV SYSTEM MANUFACTURER AND PROJECTSPECIFACATIONS.

3. PIPING LAYOUT MAY VARY FROM MANUFACTURER TOMANUFACTURER. CONTRACTOR SHALL INSTALL PER

MANUFACTURER RECOMMENDATIONS AND ALLREQUIREMENTS SHALL BE INCLUDED IN CONTRACTORS BIDPRICE.

bacnet gateway

L1, L2

I-TOUCH (WITH WEB

& PPD OPTIONS)

CU-2

CU-1

CU-3

CU-4

F1/F2

L1, L2

OUT F1/F2

OUT F1/F2

COUT F1/F2

OUT F1/F2

CU-1

115.0ft [6]

KHRP25A33T

3/8"x7/8"x3/4"

BS-14

7.0ft [3]

3/8"x5/8"x1/2"

FC-5

4.0ft [2]

3/8"x5/8"

30.0ft [4]

KHRP25A33T

3/8"x7/8"x3/4"

BS-15

3.0ft

3/8"x5/8"x1/2"

FC-4

24.0ft [3]

1/4"x1/2" *

5.0ft

KHRP25A33T

3/8"x7/8"x3/4"

BS-16

3.0ft

3/8"x5/8"x1/2"

FC-6

12.0ft [4]

3/8"x5/8"

17.0ft

KHRP25A22T

3/8"x3/4"x5/8"

BS-17

2.0ft

3/8"x5/8"x1/2"

FC-7

8.0ft [2]

3/8"x5/8"

BS-18

16.0ft [2]

3/8"x5/8"x1/2"

FC-4

C22.0ft [4]

1/4"x1/2" *

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

BS-14L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-5

L1, L2 1.8A 1ph

BRC1E71P1/P2

BS-15L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-4

L1, L2 1.6A 1ph

BRC1E71P1/P2

BS-16L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-6

L1, L2 2.3A 1ph

BRC1E71P1/P2

BS-17L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-7

L1, L2 2.9A 1ph

BRC1E71P1/P2

BS-18L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-4

L1, L2 1.6A 1ph

BRC1E71P1/P2

11A 1ph

REFRIGERANT PIPING SCHEMATIC - CU-1 - THIRD FLOOR CENTER CORE UNITS

WIRING SCHEMATIC - CU-1 - THIRD FLOOR CENTER CORE UNITS

CENTRALIZED CONTROL WIRING SCHEMATIC

CU-1

L1, L2, L3 20A 3ph

IN F1/F2OUT F1/F2

to centralized controller

REFRIGERANT PIPING SCHEMATIC - CU-2 - BASEMENT AND FIRST FLOOR UNITS

WIRING SCHEMATIC - CU-2 - BASEMENT AND FIRST FLOOR UNITS

CU-2

REYQ240PYDNR

REMQ120PYDNR REMQ120PYDNR

1/2"x1 1/8"x3/4" 1/2"x1 1/8"x3/4"

BHFP26P90U 3/4"

50.0ft [4]

KHRP25M73TU

5/8"x1 3/8"x1 1/8" *

BS-1

BSVQ36PVJU

75.0ft [1]

3/8"x5/8"x1/2"

FC-1

FXLQ12MVJU

18.0ft [2]

1/4"x1/2" *

35.0ft [4]

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

3.0ft [4]

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

BS-2

BSVQ36PVJU

2.0ft [2]

3/8"x5/8"x1/2"

FC-5

FXMQ24PVJU

6.0ft [3]

3/8"x5/8"

11.0ft

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

BS-3

BSVQ60PVJU

3.0ft

3/8"x5/8"x1/2"

FC-8

FXMQ48PVJU

6.0ft [4]

3/8"x5/8"

10.0ft

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

BS-4

BSVQ36PVJU

2.0ft [1]

3/8"x5/8"x1/2"

FC-7

FXMQ36PVJU

12.0ft [2]

3/8"x5/8"

24.0ft

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

BS-5

BSVQ36PVJU

4.0ft [1]

3/8"x5/8"x1/2"

FC-6

FXMQ30PVJU

8.0ft [2]

3/8"x5/8"

FC-6

FXMQ30PVJU

8.0ft [2]

3/8"x5/8"

14.0ft [4]

KHRP25M72TU

1/2"x1 1/8"x3/4"

BS-7

BSVQ36PVJU

2.0ft [1]

3/8"x5/8"x1/2"

FC-7

FXMQ36PVJU

12.0ft [2]

3/8"x5/8"

10.0ft

KHRP25A33T

3/8"x7/8"x3/4"

BS-8

BSVQ36PVJU

2.0ft [1]

3/8"x5/8"x1/2"

FC-4

FXMQ24PVJU

6.0ft [3]

3/8"x5/8"

8.0ft

KHRP25A22T

3/8"x3/4"x5/8"

BS-9

BSVQ36PVJU

4.0ft [1]

3/8"x5/8"x1/2"

FC-6

FXMQ30PVJU

3.0ft [4]

3/8"x5/8"

BS-10

BSVQ36PVJU

14.0ft [5]

3/8"x5/8"x1/2"

FC-5

FXMQ24PVJU

6.0ft [4]

3/8"x5/8"

30.0ft [2]

KHRP25A22T

3/8"x3/4"x5/8"

BS-43

BSVQ36PVJU

35.0ft [3]

3/8"x5/8"x1/2"

FC-4

FXMQ18PVJU

5.0ft

1/4"x1/2" *

40.0ft [4]

KHRP25A22T

3/8"x5/8"x1/2"

BS-11

BSVQ36PVJU

2.0ft [1]

3/8"x5/8"x1/2"

FC-4

FXMQ18PVJU

12.0ft [3]

1/4"x1/2" *

8.0ft

KHRP25A22T

3/8"x5/8"x1/2"

BS-12

BSVQ36PVJU

8.0ft [1]

3/8"x5/8"x1/2"

FC-1

FXLQ12MVJU

25.0ft [2]

1/4"x1/2" *

BS-13

BSVQ36PVJU

12.0ft [2]

3/8"x5/8"x1/2"

FC-2

FXLQ18MVJU

17.0ft [2]

1/4"x1/2" *

CU-2

REYQ240PYDNR

REMQ120PYDNR

REMQ120PYDNR

Q1/Q2

Q1/Q2

L1, L2, L3

21A 3ph

L1, L2, L3

21A 3ph

OUT F1/F2

IN F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

BS-1

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

FXLQ12MVJU

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-2

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-5

FXMQ24PVJU

L1, L2 1.8A 1ph

BRC1E71P1/P2

BS-3

BSVQ60PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-8

FXMQ48PVJU

L1, L2 3.4A 1ph

BRC1E71P1/P2

BS-4

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-7

FXMQ36PVJU

L1, L2 2.9A 1ph

BRC1E71P1/P2

BS-5

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-6

FXMQ30PVJU

L1, L2 2.3A 1ph

BRC1E71P1/P2

F1/F2IN F1/F2

FC-6

FXMQ30PVJU

L1, L2 2.3A 1ph

BRC1E71P1/P2

BS-7

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-7

FXMQ36PVJU

L1, L2 2.9A 1ph

BRC1E71P1/P2

BS-8

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-5

FXMQ24PVJU

L1, L2 1.8A 1ph

BRC1E71P1/P2

BS-9

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-6

FXMQ30PVJU

L1, L2 2.3A 1ph

BRC1E71P1/P2

BS-10

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-5

FXMQ24PVJU

L1, L2 1.8A 1ph

BRC1E71P1/P2

BS-43

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-4

FXMQ18PVJU

L1, L2 1.6A 1ph

BRC1E71P1/P2

BS-11

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-4

FXMQ18PVJU

L1, L2 1.6A 1ph

BRC1E71P1/P2

BS-12

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

FXLQ12MVJU

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-13

BSVQ36PVJU

L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-2

FXLQ18MVJU

L1, L2 0.6A 1ph

BRC1E71P1/P2

28A 1ph

OUT F1/F2


M503

HVACSCHEMATICS

DS

IC

NONE

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

CU-3

3/8"x7/8"x3/4" 3/8"x7/8"x3/4"

BHFP26P90U 3/4"

120.0ft [8]

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

BS-19

21.0ft

3/8"x5/8"x1/2"

FC-1

23.0ft [4]

1/4"x1/2" *

5.0ft

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

BS-20

21.0ft

3/8"x5/8"x1/2"

FC-1

23.0ft [4]

1/4"x1/2" *

10.0ft

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

BS-21

6.0ft

3/8"x5/8"x1/2"

FC-8

10.0ft [2]

3/8"x5/8"

8.0ft [4]

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

BS-22

22.0ft

3/8"x5/8"x1/2"

FC-1

26.0ft [2]

1/4"x1/2" *

10.0ft

KHRP25M73TU

5/8"x1 1/8"x1 1/8"

BS-23

22.0ft

3/8"x5/8"x1/2"

FC_1

19.0ft [2]

1/4"x1/2" *

6.0ft

KHRP25M72TU

1/2"x1 1/8"x3/4"

BS-24

22.0ft

3/8"x5/8"x1/2"

FC-1

25.0ft [4]

1/4"x1/2" *

FC-8

46.0ft [2]

3/8"x5/8"

27.0ft

KHRP25A33T

3/8"x7/8"x3/4"

BS-26

22.0ft

3/8"x5/8"x1/2"

FC-1

19.0ft [2]

1/4"x1/2" *

10.0ft

KHRP25A33T

3/8"x7/8"x3/4"

BS-27

11.0ft

3/8"x5/8"x1/2"

FC-6

9.0ft [2]

3/8"x5/8"

FC-8

62.0ft [4]

3/8"x5/8"

CU-4

210.0ft [12]

KHRP25M72TU

5/8"x1 1/8"x3/4" *

BS-39

6.0ft

3/8"x5/8"x1/2"

FC-1

20.0ft [3]

1/4"x1/2" *

10.0ft

KHRP25M72TU

1/2"x1 1/8"x3/4"

BS-40

10.0ft

3/8"x5/8"x1/2"

FC-1

16.0ft [2]

1/4"x1/2" *

13.0ft

KHRP25M72TU

1/2"x1 1/8"x3/4"

BS-41

6.0ft [2]

3/8"x5/8"x1/2"

FC-8

5.0ft [3]

3/8"x5/8"

30.0ft

KHRP25A33T

3/8"x7/8"x3/4"

BS-42

15.0ft [2]

3/8"x5/8"x1/2"

FC-2

13.0ft [4]

1/4"x1/2" *

15.0ft [1]

KHRP25A22T

3/8"x3/4"x5/8"

BS-35

4.0ft [2]

3/8"x5/8"x1/2"

FC-3

20.0ft [4]

3/8"x5/8"

13.0ft

KHRP25A22T

3/8"x5/8"x1/2"

BS-36

4.0ft

3/8"x5/8"x1/2"

FC-1

12.0ft [2]

1/4"x1/2" *

4.0ft

KHRP25A22T

3/8"x5/8"x1/2"

BS-37

5.0ft

3/8"x5/8"x1/2"

FC-1

16.0ft [2]

1/4"x1/2" *

BS-38

21.0ft [2]

3/8"x5/8"x1/2"

FC-1

16.0ft [2]

1/4"x1/2" *

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

BS-19L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-20L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-21L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-8

L1, L2 3.4A 1ph

BRC1E71P1/P2

BS-22L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-23L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC_1

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-24L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

F1/F2IN F1/F2

FC-8

L1, L2 3.4A 1ph

BRC1E71P1/P2

BS-26L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-27L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-6

L1, L2 2.3A 1ph

BRC1E71P1/P2

F1/F2

FC-8

L1, L2 3.4A 1ph

BRC1E71P1/P2

16A 1ph

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

OUT F1/F2

BS-39L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-40L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-41L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-8

L1, L2 3.4A 1ph

BRC1E71P1/P2

BS-42L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-2

L1, L2 0.6A 1ph

BRC1E71P1/P2

BS-35L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-3

L1, L2 0.6A 1ph

BRC1E71P1/P2

BS-36L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-37L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

BS-38L1, L2 0.1A 1ph

F1/F2IN F1/F2

FC-1

L1, L2 0.5A 1ph

BRC1E71P1/P2

7.9A 1phREFRIGERANT PIPING SCHEMATIC - CU-3 - THIRD FLOOR EAST UNITS

CU-3

REYQ192PAYD

Q1/Q2

Q1/Q2

L1, L2, L3

20A 3ph

L1, L2, L3

20A 3ph

IN F1/F2OUT F1/F2


WIRING SCHEMATIC - CU-3 - THIRD FLOOR EAST UNITS

REFRIGERANT PIPING SCHEMATIC - CU-4 - THIRD FLOOR EAST UNITS

CU-4

L1, L2, L3 21A 3ph

IN F1/F2OUT F1/F2


WIRING SCHEMATIC - CU-4 - THIRD FLOOR EAST UNITS

VARIABLE REFRIGERANT VOLUME SYSTEM INSTALLATION NOTES

1. ENTIRE VRV SYSTEM INCLUDING FAN COIL UNITS, BRANCH

SELECTOR BOXES, CONDENSING UNITS AND ALL CONTROLS

SHALL BE MANUFACTURED BY ONE MANUFACTURER.

2. FOR CLARIFICATION PURPOSES ALL REFRIGERATION VALVES

AND SPECIALTIES ARE NOT SHOWN ON THE ABOVE SCHEMATIC.

CONTRACTOR IS TO FURNISH AND INSTALL ALL VALVES,

REFRIGERATION SPECIALTIES AND ACCESSORIES AS REQUIRED

BY VRV SYSTEM MANUFACTURER AND PROJECT

SPECIFACATIONS.

3. PIPING LAYOUT MAY VARY FROM MANUFACTURER TO

MANUFACTURER. CONTRACTOR SHALL INSTALL PER

MANUFACTURER RECOMMENDATIONS AND ALL

REQUIREMENTS SHALL BE INCLUDED IN CONTRACTORS BID

PRICE.

IN F1/F2

M504

HVACSCHEMATICS

DS

IC

NONE

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

th inkchampl in.com



T 513.241.4474 F 513.241.0081

556-4098

SEQUENCE OF OPERATIONS

THE VARIABLE REFRIGERANT FLOW (VRF) SYSTEM SHALL CONSIST OF AN

OUTDOOR CONDENSING UNIT WITH VARIABLE SPEED COMPRESSOR(S) ANDMULTIPLE INDOOR FAN COILS. VRF CONTROL SYSTEM SHALL BE BY THE SAMEMANUFACTURER AS VRF SYSTEM. THE SYSTEM SHALL BE CONTROLLED ON AN

OCCUPIED/UNOCCUPIED TIME SCHEDULE AS DEFINED AT THE OPERATORWORKSTATION. THE VRF SYSTEM SHALL HAVE CENTRALIZED CONTROLLERS. THEBUILDING AUTOMATION SYSTEM SHALL INTERFACE TO THE VRF SYSTEMCONTROLLER TO ADJUST SETPOINTS, OCCUPY ZONES, AND MONITOR THESYSTEM.

THE VRF CONDENSING UNIT SHALL MODULATE TO MATCH THE LOAD OF THECONNECTED INDOOR UNITS.

OCCUPIED MODETHE INDIVIDUAL FAN COILS SHALL CYCLE THE FAN UPON A CALL FOR

COOLING OR HEATING. THE FAN COIL SHALL OPERATE AT REDUCED LOAD AND VARY THE REFRIGERANT FLOW TO FULL COOLING OR HEATING UNTIL THESPACE IS AT THE OCCUPIED COOLING OR HEATING SETPOINT. FAN COIL UNITCONTROLLER SHALL COMMUNICATE WITH THE BRANCH SELECTOR BOX TO

CONTROL THE MODE OF OPERATION (HEATING OR COOLING).

UNOCCUPIED MODETHE FAN AND DX COOLING COIL SHALL BE CYCLED TO MAINTAIN AN

INCREASED UNOCCUPIED SPACE TEMPERATURE SETPOINT.

IN, HEATING MODE, THE FAN AND DX COIL SHALL BE CYCLED TO MAINTAIN DECREASED UNOCCUPIED SPACE TEMPERATURE SETPOINT.

THE UNIT SHALL BE CONTROLLED ON ITS OWN OCCUPIED/UNOCCUPIED TIMESCHEDULE AS DEFINED AT THE OPERATOR WORKSTATION.

SYSTEM POINTS:TYPE DESCRIPTION QUANTITY

AI SPACE TEMPRATURE 1 (PER FAN COIL)

AD SPACE OCCUPIED SETPOINT 1 (PER FAN COIL)

AD SPACE UNOCCUPIED SETPOINT 1 (PER FAN COIL)

DO OCCUPIED COMMAND 1 (PER FAN COIL)

AO VRF CONDENSING UNIT COMMAND 1 (PER COND. UNIT)

AI VRF SYSTEM LOAD % 1 (PER COND. UNIT)

DI VRF CONDENSING UNIT STATUS 1 (PER COND. UNIT)

DI FAN COIL FAULT 1 (PER FAN COIL)

DI VRF CONDENSING UNIT FAULT 1 (PER COND. UNIT)

AIREXHAUST

LL-T

DA-2

EAT

DOAS-1 & 2 OPERATION


SAFETIES - ALL CONTROLS SHALL INCORPORATE THE FOLLOWING HARDWIREDSAFETIES. THE FOLLOWING SAFETIES SHALL BE PROVEN TO BE OPERATIONALUPON FINAL CHECKOUT. LOW TEMPERATURE LIMIT "FREEZESTAT" SHALL STOPTHE AIR HANDLING UNIT FAN IF A TEMPERATURE BELOW 38 DEG F. IS DETECTED.SMOKE DETECTORS SHALL STOP THE AIR HANDLING UNIT FAN WHEN SMOKE ISDECTECTED.

MODE CONTROL - THE AIR HANDLING UNIT SHALL BE CAPABLE OF OPERATING INTHE FOLLOWING MODES: OCCUPIED, AND UNOCCUPIED MODES. THE UNITSHALL BE AUTOMATICALLY INTIATED THROUGH TIME-OF-DAY SCHEDULES

(APPLICATION PROGRAMS).

OCCUPIED MODE - THE SUPPLY AND EXHAUST FANS SHALL BE INDEXED TO START.THE TEMPERATURE CONTROLS SHALL FUNCTION AS SPECIFIED BELOW DURINGTHE OCCUPIED OPERATION.

UNOCCUPIED - THE AIR HANDLING UNIT SHALL BE DE-ENERGIZED. SEE BELOW FORDESCRIPTION OF DE-ENERGIZING AIR HANDLER.

FAN CONTROL - WHENEVER THE UNIT IS INDEXED TO START, THE FOLLOWINGSEQUENCE SHALL BE EXECUTED: THE DDC SYSTEM SHALL ENABLE THE ELECTRICRELAY. THIS RELAY SHALL OPEN THE OUTSIDE AND EXHAUST DAMPERS. UPONCONFIRMATION OF THE OUTSIDE AIR DAMPER BEING FULLY OPEN, ASINDICATED BY ELECTRIC END SWITCH, THE SUPPLY AND EXHAUST FANS SHALL BESTARTED. ONCE THE FAN STATUS HAS BEEN PROVEN, THE DISCHARGE AIRCONTROL SHALL BE ENABLED. WHENEVER THE UNIT IS DE-ENERGIZED, DUE TOEITHER A SCHEDULED SHUTDOWN OR A SAFETY TRIP, THE FOLLOWINGSEQUENCE SHALL BE EXECUTED: THE SUPPLY AND EXHAUST FANS SHALL STOP.THE OUTSIDE AND EXHAUST AIR DAMPERS SHALL FULLY CLOSE. THE DXCOOLING SHALL BE DISABLED. THE REHEAT COIL VALVE SHALL REMAIN UNDERCONTROL. IF THE LOW TEMPERATURE LIMIT SAFETY "FREEZESTAT" HASTRIPPED, THE HEATING COIL VALVE SHALL FULLY OPEN TO THE COIL. IF EITHERFAN IS ENABLED BY THE MANUAL SWITCH AT THE DRIVE, THE ASSOCIATEDDAMPERS SHALL OPEN TO ALLOW FAN OPERATION.

REHEAT CONTROL -IF THE OUTSIDE AIR TEMPERATURE IS AT OR ABOVE 40 DEG F. THE FOLLOWING

SHALL OCCUR: THE FACE AND BYPASS DAMPER SHALL BE POSITIONED TOALLOW FULL AIR FLOW THROUGH THE FACE OF THE STEAM COIL. THEDISCHARGE AIR TEMPERATURE SHALL BE MAINTAINED THROUGH THEMODULATION OF THE STEAM OR DX COOLING IN SEQUENCE.

IF THE OUTSIDE AIR TEMPERATURE IS BELOW 40 DEG F. THE FOLLOWING SHALLOCCUR: THE STEAM VALVE SHALL BE OPEN TO PROVIDE FULL STEAM FLOWTHROUGH THE STEAM COIL. THE DISCHARGE AIR TEMPERATURE SHALL BEMAINTAINED THROUGH THE MODULATION OF THE FACE AND BYPASS DAMPERSTO MAINTAIN SETPOINT.

DOAS-1 & 2 CONTROLLER POINTS

TAG TYPE NOTES

DP-1

DA-1

EHXT

OAT

DI

DO

AI

AI

OUTSIDE

HEAT EXCHANGER ENT

OUTSIDE AIR

-

-

-

-

DESCRIPTION

TYPE: AI - ANALOG INPUT AO - ANALOG OUTPUT DI - DIGITAL INPUT DO - DIGITAL OUTPUT PI - PULSED INPUT

FEATURES:D - DISPLAYED ON WORKSTATION GRAPHICS

M - MODIFIED/OVERRIDDEN FROM WORKSTATION GRAPHICSA - ALARMS AT WORKSTATION

L - LOGGED/TRENDED AT WORKSTATIONS - TIME SCHEDULED AT WORKSTATIONG - GLOBALLY SHARED TO ALL CONTROLLERS

QTY

HE-1 AI DISCHARGE AIR -

PRE-FILTER DIFF.

FEATURESD M A L S G

1

1

1

1

1

EF-C DOFAN START/STOP

-1

DAMPER CONTROL

TEMPERATURE

TEMPERATURE

HUMIDITY SENSOR

PRESSURE

COMMAND

X

X

X

X

X

X

-

X

-

-

-

X

X

-

-

-

X

-

-

-

X

X

-

-

-

-

-

-

-

-

-

-

-

-

-

-

SF-C DO FAN START/STOP -1COMMAND X X - - - -

SF

EF

DOAS-1 & 2 OPERATION

SEQUENCE OF OPERATIONS (PART 2)

HEAT RECOVERY CONTROL - HEAT RECOVERY IS FIXED PLATE TYPE WITH NOMOVABLE PART OR CONTROLS.

DISCHARGE AIR CONTROL - DURING THE OCCUPIED MODE THE UNIT SHALLMAINTAIN DISCHARGE AIR SETPOINT. THE HEATING AND COOLING CONTROLSSHALL BE MODULATED IN SEQUENCE TO MAINTAIN A DISCHARGE AIR

TEMPERATURE BETWEEN 68° AND 75° DRY BULB (ADJUSTABLE).

DEHUMIDIFACATION CONTROL - DURING THE OCCUPIED CYCLE, A SUPPLY AIRHUMIDITY SENSOR SHALL ENERGIZE THE COOLING SYSTEM AND REHEAT COIL TO

MAINTAIN MAXIMUM 60 PERCENT RELATIVE HUMIDITY (ADJUSTABLE).

C

(STM)

(COND)

ST

VA

-1

FB-D

C

C

VA-1 AO HEATING -1VALVE CONTROL X X - - - -

NO

- - - --- - - - - - -

DA-2 -1 X X - - - -

DAT

SD-1

SF-S

SF-C

EF-S DI FAN STATUS -1 X - - - - -

SF-S DI FAN STATUS -1 X - - - - -

CCT AI COOLING COIL -1TEMPERATURE X - - X - -

DAT AI DISCHARGE AIR -1TEMPERATURE X - - X - -

EAT AI EXHAUST AIR TEMP -1ENTERING UNIT X - - X - -

LHXT AI HEAT EXCHANGER LVG -1TEMPERATURE X - - X - -

AIREXHAUST

DP-2 DI FINAL-FILTER DIFF. -1PRESSURE X - X - - -

DP-3 DI PANEL-FILTER DIFF. -1PRESSURE X - X - - -

EF-S

EF-C

DP-1

OUTSIDEAIR

DA-1

HXLHXT

DP-2

CCT

LAT

DP-3

EXHAUSTDAMPER CONTROLDO

DX1-C

DX2-C

R-X

R-X

DX1-C DO DX COOLING -1STAGE 1 COMMAND X X - - - -

DX2-C DO DX COOLING -1STAGE 2 COMMAND X X - - - -

CONDENSING UNIT

SD-1 DI -SMOKE DETECTOR 1STATUS X - X - - -

OUTSIDE WALLOAT

WEATHER SHIELD

HE-1

DI LOW TEMPERATURE -1LIMIT SENSOR X - X - - -LL-T

LAT AI EXHAUST AIR TEMP -1LEAVING UNIT X - - X - -

DOAS-1 & 2 CONTROLS SCHEMATIC DIAGRAM

DISCHARGEAIR

VARIABLE REFRIGERANT FLOW -SYSTEM

EHXT

AHU-1 OPERATION


SAFETIES - ALL CONTROLS SHALL INCORPORATE THE FOLLOWING HARDWIREDSAFETIES. THE FOLLOWING SAFETIES SHALL BE PROVEN TO BE OPERATIONALUPON FINAL CHECKOUT. LOW TEMPERATURE LIMIT "FREEZESTAT" SHALL STOPTHE AIR HANDLING UNIT FAN IF A TEMPERATURE BELOW 38 DEG F. IS DETECTED.SMOKE DETECTORS SHALL STOP THE AIR HANDLING UNIT FAN WHEN SMOKE ISDECTECTED.

MODE CONTROL - THE AIR HANDLING UNIT SHALL BE CAPABLE OF OPERATING INTHE FOLLOWING MODES: OCCUPIED, AND UNOCCUPIED MODES. THE UNITSHALL BE AUTOMATICALLY INTIATED THROUGH TIME-OF-DAY SCHEDULES

(APPLICATION PROGRAMS).

OCCUPIED MODE - THE SUPPLY SHALL BE INDEXED TO START. THE TEMPERATURECONTROLS SHALL FUNCTION AS SPECIFIED BELOW DURING THE OCCUPIEDOPERATION.

UNOCCUPIED - THE AIR HANDLING UNIT SHALL BE DE-ENERGIZED. SEE BELOW FORDESCRIPTION OF DE-ENERGIZING AIR HANDLER.

FAN CONTROL - WHENEVER THE UNIT IS INDEXED TO START, THE FOLLOWINGSEQUENCE SHALL BE EXECUTED: THE DDC SYSTEM SHALL ENABLE THE ELECTRICRELAY. THIS RELAY SHALL OPEN THE OUTSIDE AIR DAMPER. UPONCONFIRMATION OF THE OUTSIDE AIR DAMPER BEING FULLY OPEN, ASINDICATED BY ELECTRIC END SWITCH, THE SUPPLY FAN SHALL BE STARTED.ONCE THE FAN STATUS HAS BEEN PROVEN, THE ROOM TEMPERATURE CONTROLSHALL BE ENABLED. WHENEVER THE UNIT IS DE-ENERGIZED, DUE TO EITHER ASCHEDULED SHUTDOWN OR A SAFETY TRIP, THE FOLLOWING SEQUENCE SHALLBE EXECUTED: THE SUPPLY FAN SHALL STOP. THE OUTSIDE AIR DAMPER SHALLFULLY CLOSE. THE REHEAT COIL VALVE SHALL REMAIN UNDER CONTROL. IF THELOW TEMPERATURE LIMIT SAFETY "FREEZESTAT" HAS TRIPPED, THE HEATINGCOIL VALVE SHALL FULLY OPEN TO THE COIL. IF EITHER FAN IS ENABLED BY THEMANUAL SWITCH AT THE DRIVE, THE ASSOCIATED DAMPERS SHALL OPEN TOALLOW FAN OPERATION.

REHEAT CONTROL -IF THE OUTSIDE AIR TEMPERATURE IS AT OR ABOVE 40 DEG F. THE FOLLOWING

SHALL OCCUR: THE FACE AND BYPASS DAMPER SHALL BE POSITIONED TOALLOW FULL AIR FLOW THROUGH THE FACE OF THE STEAM COIL. THE ROOMAIR TEMPERATURE SHALL BE MAINTAINED THROUGH THE MODULATION OF THESTEAM IN SEQUENCE.

IF THE OUTSIDE AIR TEMPERATURE IS BELOW 40 DEG F. THE FOLLOWING SHALLOCCUR: THE STEAM VALVE SHALL BE OPEN TO PROVIDE FULL STEAM FLOWTHROUGH THE STEAM COIL. THE ROOM AIR TEMPERATURE SHALL BEMAINTAINED THROUGH THE MODULATION OF THE FACE AND BYPASS DAMPERSTO MAINTAIN SETPOINT.

ROOM TEMPERATURE CONTROL - DURING THE OCCUPIED MODE THE UNIT SHALLMAINTAIN ROOM TEMPERATURE SETPOINT CONTROLLED BY THERMOSTATLOCATED IN THE SPACE. THE HEATING CONTROLS SHALL BE MODULATED IN

SEQUENCE TO MAINTAIN ROOM SETPOINT (ADJUSTED). SETPOINT IS TO BEADJUSTABLE THROUGH CENTRAL DDC SYSTEM.

AIRRETURN

OUTSIDEAIR TO ASSOCIATED SPACES

DISCHARGE AIR

AH-1 CONTROLLER POINTS

TAG TYPE NOTES

TE-2

TE-1

AI

AI

SPACE

DISCHARGE AIR

-

-

DESCRIPTION

TYPE: AI - ANALOG INPUT AO - ANALOG OUTPUT DI - DIGITAL INPUT DO - DIGITAL OUTPUT PI - PULSED INPUT

FEATURES:D - DISPLAYED ON WORKSTATION GRAPHICS

M - MODIFIED/OVERRIDDEN FROM WORKSTATION GRAPHICSA - ALARMS AT WORKSTATION

L - LOGGED/TRENDED AT WORKSTATIONS - TIME SCHEDULED AT WORKSTATIONG - GLOBALLY SHARED TO ALL CONTROLLERS

QTYFEATURES

D M A L S G

1

1

TEMPERATURE

TEMPERATURE

X

X

-

-

-

-

X

X

-

-

-

-

SF-C DO FAN START/STOP -1COMMAND X X - - - -

SF

C

(STM)

(COND)

ST

VA

-1

VA-1 AO HEATING -1VALVE CONTROL X X - - - -

LL-T DI LOW TEMPERATURE -1LIMIT SENSOR X X - - - -

NO

R-X

SF-S

SF-C

SF-S DI -SUPPLY FAN 1STATUS X - X - - -

TE-1

TE-2

OAD-ES

OAD-C DO OUTSIDE AIR DAMPER -1COMMAND X X - - - -

OAD-ES DI -OUTSIDE AIR DAMPER 1END SWITCH STATUS X - X - - -

LL-T

OAD-C

M505

HVACVENTILATION

SCHEDULES ANDCONTROL

DIAGRAMS

DS

IC

NONE

DAYTON VAMC

RENOVATE

BUILDING 409

VA PROJECT

NO.552-10-256

02-21-2011

t h i n k c h a m pl in.com



T 513.241.4474 F 513.241.0081

556-4098

plano champlin

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