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RT I F ICATE

NO .

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t e

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. . . .

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33490 PHILIP J. MOUW

EXPIRES 3/31/17

DW REF.

2 3 4 5

A1

B1

D1

C1

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COUNSELOR OFFICER

103A

COUNSELOR OFFICER

103B

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103F

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0-75 6″Ø

76-200 8″Ø

201-375 10″Ø

376-600 12″Ø

601-900 14″Ø

901-1000 15″Ø

ALL CEILING DIFFUSERS ARE CD-1 UNLESS SPECIFICALLY NOTED OTHERWISE. CONICAL TAPS, RUN-OUTS AND FLEX

DUCT SIZES SHALL MATCH THE NECK SIZE OF THE DIFFUSER.

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

8 :4

7 A

M

M201

MECHANICAL HVAC PLAN – FIRST FLOOR NORTH

PJMSDC

1400.0007/03/2014

S T

U D

E N

T A

N D

A C

A D

E M

IC S

E R

V IC

E S

B U

IL D

IN G

( # 0

9 .6

0 0 .1

4 1 )

1 1 0 0 S

B e a v e r

S t. , F

la g s ta

ff A

Z 8

6 0 1 1

100% CD PHASE 2

KEYED NOTES ( # )

1. RG-1, 22×22. PROVIDE WITH BOOT PER DETAIL 2 ON SHEET M701 WHERE INDICATED.

2. SG-1, 12×6. 3. TG-1, 8×6, MOUNTED IN END OF DUCT THRU WALL ABOVE

CEILING. 4. EG-1, 8×6. 5. SG-1, 12×8. 6. ER-1, 12×12. 7. DUCT SMOKE DETECTOR, FURNISHED AND WIRED BY

ELECTRICAL CONTRACTOR, INSTALLED BY MECHANICAL CONTRACTOR. UPON DETECTION OF SMOKE, THE FIRE SMOKE DAMPER SHALL CLOSE AND THE ASSOCIATED UNIT SHALL BE DE-ENERGIZED.

8. TRANSFER AIR BOOT ABOVE CEILING, SIZED AS INDICATED. SEE DETAIL 4 ON SHEET M701.

9. RG-2, 22×22. 10. RG-2, 18×14. LOCATE GRILLE TIGHT TO BOTTOM OF

HORIZONTAL SHAFT ASSEMBLY. 11. SG-1, 16×14. LOCATE GRILLE TIGHT TO BOTTOM OF

HORIZONTAL SHAFT ASSEMBLY. 12. 42/24 RETURN AIR DUCT UP IN SHAFT. 13. 42/24 SUPPLY AIR DUCT UP IN SHAFT. 14. RETURN AIR OPENING WITH BELL MOUTH ABOVE CEILING.

SEE DETAIL 9 ON SHEET M702. 15. 12×12 TRANSFER AIR DUCT OPENING. COVER OPENING

WITH 1″x1″ HARDWARE CLOTH. 16. ANGLE DUCTWORK UP PARALLEL TO CEILING SLOPE TO

AVOID BEAM. 17. INSTALL TEMPERATURE SENSOR ON INSULATED BASE. 18. BAS TEMPERATURE SENSOR FOR MONITORING. 19. LINE-VOLTAGE, REVERSE-ACTING THERMOSTAT WIRED TO

ACTIVATE FAN WHEN THE ROOM TEMPERATURE REACHES 80°F (ADJ.).

20. TEMPERATURE SENSOR FOR FCU-4 IN RETURN DUCT. 21. 8/6 TRANSFER DUCT OPENING INTO CEILING PLENUM

SPACE. LINE TRANSFER DUCT WITH 1/2″ DUCT LINER. 22. TERMINATE TRANSFER DUCT OPENING AT ±12″ A.F.F. 23. LINE VOLTAGE, REVERSE-ACTING THERMOSTAT ON WALL

TO START TRANSFER FAN F-5 WHEN THE TEMPERATURE IN THE ROOM REACHES 80°F (ADJ.).

24. LD-1, 48″ LONG, 8″Ø NECK, 1″ SLOT. PROVIDE WITH FACTORY PLENUM. PROVIDE CONTINUOUS DIFFUSER LOOK FOR 12′-0″ LENGTH OF BOTH SUPPLY DIFFUSERS AND CENTRAL RETURN DIFFUSER.

25. LD-1, 48″ LONG, 1″ SLOT. PROVIDE WITHOUT PLENUM AS A RETURN OPENING TO ABOVE CEILING. PROVIDE AS A CONTINUOUS 12′-0″ LONG DIFFUSER WITH ADJACENT SUPPLY DIFFUSERS.

N O

R T

H N

O R

T H

N O

R T

H N

O R

T H

1/8″ = 1′-0″

MECHANICAL HVAC PLAN – FIRST FLOOR NORTH

2001

1 5

No. Description Date

1 Review Comments 08/06/14

3 Review Comments 08/28/14

6 ASI #3 01/20/15

GENERAL NOTES

A. RUNOUTS TO VAV BOXES SHALL MATCH INLET SIZE OF VAV BOX UNLESS OTHERWISE NOTED ON DRAWINGS.

B. FLEXIBLE DUCTS ARE NOT TO BE USED FOR CHANGES IN DIRECTION PER NAU GUIDELINES. SEE DETAIL 1 ON SHEET M701.

1

1

6

 

 

A R I Z ONA , U . S . A

.

Re g

is te

re d

Pr o f

ess i ona l Eng i nee r

(Mec ha n ica

l)

CE

RT I F ICATE

NO .

D a

t e

S i g n e d . . . . .

. . . .

. .

. .

.

33490 PHILIP J. MOUW

EXPIRES 3/31/17

DN

6 7 8 9 10

A1

B1

D1

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119B ADMISSION OFFICERS

119C

ADMISSION OFFICERS

119D

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1006

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ROOM

1009

RECEPTION

117

ASST DIRECTOR

119E

DIRECTOR OFFICE

119F

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121A

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16

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29 1

6

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6

6

DIFFUSER / GRILLE SIZING SCHEDULE

CFM RANGE SUPPLY NECK SIZE

0-75 6″Ø

76-200 8″Ø

201-375 10″Ø

376-600 12″Ø

601-900 14″Ø

901-1000 15″Ø

ALL CEILING DIFFUSERS ARE CD-1 UNLESS SPECIFICALLY NOTED OTHERWISE. CONICAL TAPS, RUN-OUTS AND FLEX

DUCT SIZES SHALL MATCH THE NECK SIZE OF THE DIFFUSER.

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

8 :5

1 A

M

M202

MECHANICAL HVAC PLAN – FIRST FLOOR SOUTH

PJMSDC

1400.0007/03/2014

S T

U D

E N

T A

N D

A C

A D

E M

IC S

E R

V IC

E S

B U

IL D

IN G

( # 0

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0 0 .1

4 1 )

1 1 0 0 S

B e a v e r

S t. , F

la g s ta

ff A

Z 8

6 0 1 1

100% CD PHASE 2

KEYED NOTES ( # )

1. RG-1, 22×22. PROVIDE WITH BOOT PER DETAIL 2 ON SHEET M701 WHERE INDICATED.

2. CD-2, 8″Ø NECK. 3. TG-1, 16×16. 4. ER-1, 12×12. 5. CD-3, 8″Ø NECK. 6. ER-1, 6×6. 7. SG-1, 8×6. 8. SG-1, 12×8. 9. SG-1, 6×6. 10. SG-1, 12×6. 11. SG-1, 24×12. 12. DUCT SMOKE DETECTOR, FURNISHED AND WIRED BY

ELECTRICAL CONTRACTOR, INSTALLED BY MECHANICAL CONTRACTOR. UPON THE DETECTION OF SMOKE, THE FIRE/SMOKE DAMPER SHALL CLOSE AND THE ASSOCIATED UNIT SHALL BE DE-ENERGIZED

13. RG-2, 22×22. PROVIDE WITH BOOT PER DETAIL 2 ON SHEET M701 WHERE INDICATED.

14. TRANSFER AIR BOOT ABOVE CEILING, SIZED AS INDICATED. SEE DETAIL 4 ON SHEET M701.

15. TG-1, 12×12. 16. TG-1, 8×6. LOCATE TIGHT TO UNDERSIDE OF HORIZONTAL

SHAFT ASSEMBLY. 17. 42/24 RETURN AIR DUCT UP IN SHAFT. 18. 42/24 SUPPLY AIR DUCT UP IN SHAFT.. 19. 16/14 EXHAUST AIR DUCT UP IN SHAFT. 20. RETURN AIR OPENING WITH BELL MOUTH ABOVE CEILING.

SEE DETAIL 9 ON SHEET M702. 21. TRANSFER DUCT THRU WALL ABOVE CEILING. 22. SG-1, 36×24. 23. TG-1, 24×18. 24. INSTALL TEMPERATURE SENSOR ON INSULATED BASE. 25. PROVIDE 24×24 ACCESS PANEL IN CEILING TO ACCESS

FIRE/SMOKE DAMPER AND SMOKE DETECTOR. 26. 8/6 TRANSFER DUCT OPENING INTO OPEN CEILING

PLENUM SPACE. LINE TRANSFER DUCT WITH 1/2″ DUCT LINER.

27. TERMINATE TRANSFER DUCT OPENING AT ±12″ A.F.F. 28. LOCATE TRANSFER FAN AND ASSOCIATED TRANSFER

DUCT TIGHT TO UNDERSIDE OF HORIZONTAL SHAFT ASSEMBLY.

29. LINE VOLTAGE, REVERSE-ACTING THERMOSTAT ON WALL TO START TRANSFER FAN F-6 WHEN THE TEMPERATURE IN THE ROOM REACHES 80°F (ADJ.).

30. SG-1, 8×6. LOCATE TIGHT TO UNDERSIDE OF HORIZONTAL SHAFT ASSEMBLY.

N O

R T

H N

O R

T H

N O

R T

H N

O R

T H

1/8″ = 1′-0″

MECHANICAL HVAC PLAN – FIRST FLOOR SOUTH

2001

1 5

No. Description Date

1 Review Comments 08/06/14

6 ASI #3 01/20/15

GENERAL NOTES

A. RUNOUTS TO VAV BOXES SHALL MATCH INLET SIZE OF VAV BOX UNLESS OTHERWISE NOTED ON DRAWINGS.

B. FLEXIBLE DUCTS ARE NOT TO BE USED FOR CHANGES IN DIRECTION PER NAU GUIDELINES. SEE DETAIL 1 ON SHEET M701.

1

1

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33490 PHILIP J. MOUW

EXPIRES 3/31/17

REF. DW

2 3 4 5

A1

B1

D1

C1

1

NORTH STAIR

3001

LOUNGE

316

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302

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334

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325

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327

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333

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337A

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337

MECHANICAL CHASE

3002

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3003

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3004

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3005

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399

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338

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301

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28/14

6/10

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75

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100 CFM

100

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100 CFM

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3 100 CFM

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100

3 100 CFM

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6 350 CFM

CH

6

1

1 10/14 10/14

212/8

(TYP. ALL OFFICES)

1 (TYP. ALL OFFICES)

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601-900 14″Ø

901-1000 15″Ø

ALL CEILING DIFFUSERS ARE CD-1 UNLESS SPECIFICALLY NOTED OTHERWISE. CONICAL TAPS, RUN-OUTS AND FLEX

DUCT SIZES SHALL MATCH THE NECK SIZE OF THE DIFFUSER.

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

8 :5

4 A

M

M205

MECHANICAL HVAC PLAN – THIRD FLOOR NORTH

PJMSDC

1400.0007/03/2014

S T

U D

E N

T A

N D

A C

A D

E M

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KEYED NOTES ( # )

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12. BAS TEMPERATURE SENSOR FOR MONITORING. 13. LINE-VOLTAGE, REVERSE-ACTING THERMOSTAT WIRED TO

ACTIVATE FAN WHEN THE ROOM TEMPERATURE REACHES 80°F (ADJ.).

2001

1 5

No. Description Date

1 Review Comments 08/06/14

6 ASI #3 01/20/15

GENERAL NOTES

A. RUNOUTS TO VAV BOXES SHALL MATCH INLET SIZE OF VAV BOX UNLESS OTHERWISE NOTED ON DRAWINGS.

B. FLEXIBLE DUCTS ARE NOT TO BE USED FOR CHANGES IN DIRECTION PER NAU GUIDELINES. SEE DETAIL 1 ON SHEET M701.

 

 

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RT I F ICATE

NO .

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33490 PHILIP J. MOUW

EXPIRES 3/31/17

REF. DW

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A1

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D1

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4001

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402

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404

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403

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406

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405

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408

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407

OFFICE

410

OFFICE

409

OFFICE

412

OFFICE

414

LOUNGE

416

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415

OFFICE

417

OFFICE

419

OFFICE

423

OFFICE

420

OFFICE

425

OFFICE

422

OFFICE

427

OFFICE

424

OFFICE

429

OFFICE

426

OFFICE

431

OFFICE

428

CHAIR OFFICE

433

SERVICE

430

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434

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437

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0-75 6″Ø

76-200 8″Ø

201-375 10″Ø

376-600 12″Ø

601-900 14″Ø

901-1000 15″Ø

ALL CEILING DIFFUSERS ARE CD-1 UNLESS SPECIFICALLY NOTED OTHERWISE. CONICAL TAPS, RUN-OUTS AND FLEX

DUCT SIZES SHALL MATCH THE NECK SIZE OF THE DIFFUSER.

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

8 :5

7 A

M

M207

MECHANICAL HVAC PLAN – FOURTH FLOOR NORTH

PJMSDC

1400.0007/03/2014

S T

U D

E N

T A

N D

A C

A D

E M

IC S

E R

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B U

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( # 0

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0 0 .1

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H N

O R

T H

N O

R T

H N

O R

T H

1/8″ = 1′-0″

MECHANICAL HVAC PLAN – FOURTH FLOOR NORTH

2001

1 5

No. Description Date

1 Review Comments 08/06/14

6 ASI #3 01/20/15

KEYED NOTES ( # )

1. RG-1, 22×22. PROVIDE WITH BOOT PER DETAIL 2 ON SHEET M701 WHERE INDICATED.

2. TRANSFER AIR BOOT ABOVE CEILING, SIZED AS INDICATED. SEE DETAIL 4 ON SHEET M701.

3. EG-2, 8″Ø NECK. 4. TG-1, 8×6, MOUNTED IN END OF DUCT THRU WALL ABOVE

CEILING. 5. EG-1, 8×6. 6. ER-1, 12×12. 7. DUCT SMOKE DETECTOR, FURNISHED AND WIRED BY

ELECTRICAL CONTRACTOR, INSTALLED BY MECHANICAL CONTRACTOR. UPON DETECTION OF SMOKE, THE FIRE SMOKE DAMPER SHALL CLOSE AND THE ASSOCIATED UNIT SHALL BE DE-ENERGIZED.

8. 78/42 RETURN AIR DUCT UP IN SHAFT. EXTEND 50/16 RETURN AIR DUCT OUT IN CEILING PLENUM. AFTER TAKEOFF, TRANSITION TO 78/36 RETURN AIR DUCT DOWN IN SHAFT.

9. 78/42 SUPPLY AIR DUCT UP IN SHAFT. EXTEND 50/16 SUPPLY AIR DUCT OUT IN CEILING PLENUM. AFTER TAKEOFF, TRANSITION TO 78/36 SUPPLY AIR DUCT DOWN IN SHAFT.

10. RETURN AIR OPENING WITH BELL MOUTH ABOVE CEILING. SEE DETAIL 9 ON SHEET M702.

11. 12×12 TRANSFER AIR DUCT OPENING. COVER WITH 1″x1″ HARDWARE CLOTH.

12. BAS TEMPERATURE SENSOR FOR MONITORING. 13. LINE-VOLTAGE, REVERSE-ACTING THERMOSTAT WIRED TO

ACTIVATE FAN WHEN THE ROOM TEMPERATURE REACHES 80°F (ADJ.).

GENERAL NOTES

A. RUNOUTS TO VAV BOXES SHALL MATCH INLET SIZE OF VAV BOX UNLESS OTHERWISE NOTED ON DRAWINGS.

B. FLEXIBLE DUCTS ARE NOT TO BE USED FOR CHANGES IN DIRECTION PER NAU GUIDELINES. SEE DETAIL 1 ON SHEET M701.

 

 

A R I Z ONA , U . S . A

.

Re g

is te

re d

Pr o f

ess i ona l Eng i nee r

(Mec ha n ica

l)

CE

RT I F ICATE

NO .

D a

t e

S i g n e d . . . . .

. . . .

. .

. .

.

33490 PHILIP J. MOUW

EXPIRES 3/31/176 7 8 9 10

A1

B1

D1

?

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SHOWER

4008

MECHANICAL CHASE

4009

ELECTRICAL

4010

OFFICE

490

SOUTH STAIR

4011 OFFICE

441

OFFICE

442

OFFICE

443

OFFICE

444

OFFICE

445

OFFICE

446

OFFICE

447

OFFICE

448

OFFICE

449

OFFICE

450

OFFICE

451

OFFICE

452

OFFICE

453

OFFICE

454

OFFICE

455

OFFICE

456

OFFICE

459

OFFICE

460

OFFICE

461

OFFICE

462

OFFICE

463

OFFICE

464

OFFICE

465

OFFICE

466

OFFICE

467

OFFICE

468

OFFICE

469

OFFICE

470

OFFICE

471

OFFICE

474

OFFICE

473

OFFICE

476

OFFICE

475

OFFICE

478

OFFICE

477

OFFICE

480

OFFICE

479

OFFICE

482

OFFICE

481

OFFICE

484

OFFICE

483

OFFICE

486OFFICE

488

OFFICE

485

OFFICE

487

OFFICE

489

OFFICE

491

OFFICE

493

OFFICE

495 OFFICE

497

OFFICE

498

M RESTROOM

4006

CHAIR OFFICE

439

SERVICE

440

OFFICE

499

NOOK

472

NOOK

457

CIRCULATION

400C -TU N4-15

-TU N4-16 -TU S4-04

– T

U S

4 -0

2

– T

U S

4 -0

5

-TU S4-01

– T

U S

4 -0

8

-TU S4-07

-TU S4-06

– T

U S

4 -0

9

– T

U S

4 -1

3

-TU S4-11

-TU S4-12

– T

U S

4 -1

0 –

T U

S 4 -1

4

-TU S4-17

-TU S4-16

– T

U S

4 -1

9 –

T U

S 4 -1

8

-TU S4-15-TU S4-03

CFM

150 CFM

125

CFM

125 CFM

125

CFM

125

CFM

125

CFM

125

CFM

125 CFM

125

CFM

250

CFM

125 CFM

125 CFM

125

CFM

125 CFM

125

CFM

125

CFM

125

CFM

200

CFM

200

CFM

75

CFM

75 CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75 CFM

75

CFM

75

CFM

90

CFM

90

CFM

90

CFM

90

CFM

100

CFM

100

CFM

175

CFM

200

CFM

90

CFM

90

CFM

75

CFM

75 CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

75

CFM

100

CFM

100 CFM

100

CFM

100

16 100 CFM

3 400 CFM

CFM

100

CFM

100 CFM

100 CFM

100

T

T

T

T

T

T

T

T

T

T

T

T

T

T

T

T

T

10 150 CFM

10 175 CFM 5

75 CFM

8 350 CFM

6 100 CFM

T

T

T

T

T

1 (TYP. ALL OFFICES)

12/8

(TYP. ALL OFFICES)

2

12/12

18/10

12/8

10/12

8ø 10ø

1 6/106/10

10ø

10ø

10/12

6/10

10/12

48 /1

6

42/16 38/14 10/16 26/14

10ø

6/10

10/12

10ø

1

10/126/10

8ø 8ø

6/12

8/12

8ø 8ø

10/12

10ø

18/12

12/8

16/10

16/10

77

1

12/10

12/12

4

12/8 SD

9

M A

T C

H L

IN E

S E

E M

2 0

7

1 (TYP. ALL OFFICES)

12/8

(TYP. ALL OFFICES)

2

1 (TYP. ALL OFFICES)

12/8

(TYP. ALL OFFICES)

2

8/12 8/10

42/16

6/6

SFD

14

13 12

15

48/16

SFD SFD

10/12

10/12

11

M702

7

M702

6 TYP.

M701

7

M702

4 TYP.

M701

3 TYP.M701

5 TYP.

17

17

SD

SD

9

6/12

8/12

18

10/12

1

DIFFUSER / GRILLE SIZING SCHEDULE

CFM RANGE SUPPLY NECK SIZE

0-75 6″Ø

76-200 8″Ø

201-375 10″Ø

376-600 12″Ø

601-900 14″Ø

901-1000 15″Ø

ALL CEILING DIFFUSERS ARE CD-1 UNLESS SPECIFICALLY NOTED OTHERWISE. CONICAL TAPS, RUN-OUTS AND FLEX

DUCT SIZES SHALL MATCH THE NECK SIZE OF THE DIFFUSER.

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

9 :0

0 A

M

M208

MECHANICAL HVAC PLAN – FOURTH FLOOR SOUTH

PJMSDC

1400.0007/03/2014

S T

U D

E N

T A

N D

A C

A D

E M

IC S

E R

V IC

E S

B U

IL D

IN G

( # 0

9 .6

0 0 .1

4 1 )

1 1 0 0 S

B e a v e r

S t. , F

la g s ta

ff A

Z 8

6 0 1 1

100% CD PHASE 2

N O

R T

H N

O R

T H

N O

R T

H N

O R

T H

1/8″ = 1′-0″

MECHANICAL HVAC PLAN – FOURTH FLOOR SOUTH

2001

1 5

No. Description Date

1 Review Comments 08/06/14

6 ASI #3 01/20/15

KEYED NOTES ( # )

1. RG-1, 22×22. PROVIDE WITH BOOT PER DETAIL 2 ON SHEET M701 WHERE INDICATED.

2. TRANSFER AIR BOOT ABOVE CEILING, SIZED AS INDICATED. SEE DETAIL 4 ON SHEET M701.

3. SG-1, 12×8. 4. TG-1, 12×12. 5. CD-3, 8″Ø NECK. 6. ER-1, 6×6. 7. TG-1, 16×16. 8. ER-1, 12×12. 9. DUCT SMOKE DETECTOR, FURNISHED AND WIRED BY

ELECTRICAL CONTRACTOR, INSTALLED BY MECHANICAL CONTRACTOR. UPON DETECTION OF SMOKE, THE FIRE SMOKE DAMPER SHALL CLOSE AND THE ASSOCIATED UNIT SHALL BE DE-ENERGIZED.

10. CD-2, 8″Ø NECK. 11. PROVIDE 24×24 ACCESS PANEL IN CEILING FOR ACCESS TO

FIRE/SMOKE DAMPER. 12. 78/42 RETURN AIR DUCT UP IN SHAFT. EXTEND 48/16

RETURN AIR DUCT OUT IN CEILING PLENUM. AFTER TAKEOFF, TRANSITION TO 78/36 RETURN AIR DUCT DOWN IN SHAFT.

13. 78/42 SUPPLY AIR DUCT UP IN SHAFT. EXTEND 48/16 SUPPLY AIR DUCT OUT IN CEILING PLENUM. AFTER TAKEOFF, TRANSITION TO 78/36 SUPPLY AIR DUCT DOWN IN SHAFT.

14. 26/24 EXHAUST AIR DUCT UP IN SHAFT. EXTEND 18/12 EXHAUST AIR DUCT OUT IN CEILING PLENUM. AFTER TAKEOFF, TRANSITION TO 22/22 EXHAUST AIR DUCT DOWN IN SHAFT.

15. RETURN AIR OPENING WITH BELL MOUTH ABOVE CEILING. SEE DETAIL 9 ON SHEET M702.

16. EG-2, 8″Ø NECK. 17. TRANSFER DUCT THRU WALL ABOVE CEILING. 18. 42″x6″ SPLIT IN DUCT.

GENERAL NOTES

A. RUNOUTS TO VAV BOXES SHALL MATCH INLET SIZE OF VAV BOX UNLESS OTHERWISE NOTED ON DRAWINGS.

B. FLEXIBLE DUCTS ARE NOT TO BE USED FOR CHANGES IN DIRECTION PER NAU GUIDELINES. SEE DETAIL 1 ON SHEET M701.

 

 

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A R I Z ONA , U . S . A

.

Re g

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re d

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ess i ona l Eng i nee r

(Mec ha n ica

l)

CE

RT I F ICATE

NO .

D a

t e

S i g n e d . . . . .

. . . .

. .

. .

.

33490 PHILIP J. MOUW

EXPIRES 3/31/17

DW REF.

2 3 4 5

A1

B1

D1

C1

1

COUNSELOR OFFICER

103A

COUNSELOR OFFICER

103B

COUNSELOR OFFICER

103C

STUDENT WORKERS

103D

STAFF SUPPORT

103E

ASSISTANT DIRECTOR

103F

DIRECTOR

103G

TRAINING ROOM

106

INTERVIEW ROOM

115

INTERVIEW ROOM

113

CONFERENCE ROOM

105

ADMISSION OFFICERS

119A

ADVISORS AREA

103

BREAK ROOM

110

LACTATION ROOM

110B

JANITOR

1003

MDF

1005

MAIN LOBBY

100A

WAITING

102

NORTH STAIR

1001

ELEVATOR CORE

1004

CORRIDOR

100B

CORRIDOR

100C

RECEPTION

117

COORD

111

COORD

109

COORD

107

RECEPTION

102A

VESTIBULE

101

VESTIBULE

1001A

SNOW MELT RM

102B

VESTIBULE

114

SNOW MELT ZONE #1 2,200 SF

SNOW MELT ZONE #2 1,800 SF

SMM

1A

PFHX

1

SMP

1

SMP

2

2″ SMR

2″ SMS

SMM

2

-TU N1-15

-TU N1-14

-TU N1-13

-TU N1-12 -TU N1-11

-TU N1-09

-TU N1-10

– T

U N

1 -0

4

– T

U N

1 -0

7

– T

U N

1 -0

8

– T

U N

1 -0

6

– T

U N

1 -0

5

– T

U N

1 -0

3

– T

U N

1 -0

2 -TU N1-01

1 1/4″ HHWS

1 1/4″ HHWR

1 1/4″ HHWS

1 1/4″ HHWR

2″ HHWR

2″ HHWS

FT

2

2 1/2″ HHWR 2 1/2″ HHWS

1 1/4″ HHWR

1 1/4″ HHWS

3/4″ HHWS

1″HHWS&R

1 1/4″ HHWR

1 1/4″ HHWS

1″ HHWS

1″ HHWR

3/4″ HHWS

2″ HHWR 2″ HHWS

2 1/2″ HHWS

2 1/2″ HHWR

SMM

1B

SNOW MELT ZONE #3 1,700 SF

14′-0″

FT

2

10′-0″

FT

2

6′-0″

11.0 GPM

FT

2

16′-0″

FT

2

12′-0″

FT

2

FT

2 16′-0″

14′-0″

11.0 GPM

1 1.0 GPM

1 0.75 GPM

FT

2

19′-0″

CH

3

FT

1

1

4′-0″

FT

1

8′-0″

FT

1

8′-0″ 0.6 GPM

FT

1

4′-0″

1 0.5 GPM

1 0.75 GPM

M A

T C

H L

IN E

S E

E M

3 0

2

ET

3

GMU

1

2 TYP.

3

4

2

TYP.

3/4″ HHWS 3/4″ HHWR

3/4″ HHWS

3/4″ HHWR

1 1/2″ SMS

1 1/2″ SMR

5 TYP.

5 TYP.

5 TYP.

2″ SMR

CH

2

CH

1

3/4″ HHWS

3/4″ HHWR

3/4″ HHWS

3/4″ HHWR

3/4″ HHWR 3/4″ HHWS

2″ HHWS 2″ HHWR

3/4″ HHWS

3/4″ HHWR

6

14

7

5TYP.

8

CH

4

3/4″ HHWR

3/4″ HHWS

3/4″ HHWR

3/4″ HHWS

2 1/2″ HHWR

2 1/2″ HHWS

5

TYP.

9

10 10 11TU-S1-08

11TU-N1-09

11TU-N1-01

11 TU-N1-05

3/4″ HHWR

11 TU-N1-15

11 TU-N1-11

M704

7

M704

3

M704

6

M702

2 M702

2 TYP.

TYP.

TYP.

TYP.

M704

2

12

1″ HHWR

1″ HHWS

3/4″ HHWR

3/4″ HHWS

1

1

13

3/4″ SECONDARY CD 3

3/4″ CD

FT

1

3′-0″

FCU

4

3/4″ HHWR

3/4″ HHWS

3/4″ CHWR

3/4″ CHWS

6

6

?

?

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

9 :0

7 A

M

M301

MECHANICAL PIPING PLAN – FIRST FLOOR NORTH

PJMSDC

1400.0007/03/2014

S T

U D

E N

T A

N D

A C

A D

E M

IC S

E R

V IC

E S

B U

IL D

IN G

( # 0

9 .6

0 0 .1

4 1 )

1 1 0 0 S

B e a v e r

S t. , F

la g s ta

ff A

Z 8

6 0 1 1

100% CD PHASE 2

KEYED NOTES ( # )

1. MANUAL BALANCE VALVE. BALANCE TO GPM INDICATED. SEE DETAIL 9 ON SHEET M703 FOR FIN TUBE RADIANT HEATER PIPING DETAIL.

2. HEATING HOT WATER PIPING TO VAV BOX. SEE DETAIL 1 ON SHEET M702.

3. METRAFLEX METRALOOP EXPANSION LOOP IN PIPING TO ALLOW FOR ±4″ AXIAL MOVEMENT.

4. 3/4″ CONDENSATE DRAIN PIPING DOWN ON WALL TO FLOOR SINK.

5. 3/4″ HEATING HOT WATER PIPING DOWN IN WALL TO RADIANT HEATER.

6. SEE SNOW MELT PIPING DIAGRAM ON SHEET M502 FOR PIPING DETAILS IN THIS ROOM.

7. PROVIDE TWO (2), 4″ CPVC SLEEVES FOR SNOW MELT TUBING TO GET THROUGH STEM WALL. PROVIDE COMPLETE PATH FROM ABOVE GRADE IN CHASE TO BELOW THE SIDEWALK OUTSIDE WITH A SMOOTH ELBOW PRIOR TO GOING HORIZONTAL THRU WALL. SEE DETAIL 5 ON SHEET M704.

8. PROVIDE HEATER MODEL WITH SAME SIDE SUPPLY AND RETURN CONNECTIONS.

9. PIPE ANCHORS. 10. PIPE GUIDES. INSTALL PER MANUFACTURER’S WRITTEN

RECOMMENDATIONS. 11. MODULATING 2-WAY CONTROL VALVE FOR FIN TUBE

RADIANT HEATERS, CONTROLLED BY VAV BOX CONTROLLER NOTED.

12. MODULATING 2-WAY CONTROL VALVE FOR TIN TUBE RADIANT HEATER, CONTROLLED BY ROOM TEMPERATURE SENSOR.

13. 3/4″ SECONDARY CONDENSATE DRAIN PIPING FROM FAN COIL UNIT SECONDARY DRAIN PAN. ROUTE DOWN ON WALL AND TERMINATE AT 12″ A.F.F. DIRECTLY OVER MOP SINK. PROVIDE SIGN ON WALL ADJACENT TO PIPING THAT READS “SECONDARY DRAIN. NOTIFY FACILITIES IF WATER IS FLOWING”.

14. SNOW MELT MANIFOLD LOCATED ABOVE CEILING. PROVIDE TWO (2), 4″ CPVC SLEEVES FOR SNOW MELT TUBING TO GET FROM MANIFOLD THROUGH STEM WALL. PROVIDE COMPLETE PATH FROM IN CHASE TO BELOW THE SIDEWALK OUTSIDE WITH A SMOOTH ELBOW PRIOR TO GOING HORIZONTAL THRU WALL. SEE DETAIL 9 ON SHEET M704.

N O

R T

H N

O R

T H

N O

R T

H N

O R

T H

1/8″ = 1′-0″

MECHANICAL PIPING PLAN – FIRST FLOOR NORTH

2001

1 5

GENERAL NOTES A. IN MANY AREAS, PIPING WILL NEED TO BE OFFSET INTO THE

SPACE BETWEEN BEAMS. FOR ALL OFFSETS, 45° FITTINGS SHALL BE USED IN LIEU OF 90° FITTINGS.

B. UNLESS NOTED OTHERWISE, ALL PIPING RUNOUTS TO VAV BOXES AND RADIANT HEATERS SHALL BE 3/4″.

C. ALL TAKEOFFS FOR VAV BOXES AND FINNED TUBE RADIATORS SHALL BE TAPPED OFF OF THE TOP OF THE MAIN.

No. Description Date

1 Review Comments 08/06/14

3 Review Comments 08/28/14

6 ASI #3 01/20/15

3

6

 

 

A R I Z ONA , U . S . A

.

Re g

is te

re d

Pr o f

ess i ona l Eng i nee r

(Mec ha n ica

l)

CE

RT I F ICATE

NO .

D a

t e

S i g n e d . . . . .

. . . .

. .

. .

.

33490 PHILIP J. MOUW

EXPIRES 3/31/17

DN

6 7 8 9 10

A1

B1

D1

ADMISSION OFFICERS

119B

ADMISSION OFFICERS

119C

ADMISSION OFFICERS

119D

AUDITORIUM

121

SES

1012

WAITING LOBBY

119

M RESTROOM

1006

W RESTROOM

1007

GENDER NEUTRAL RR

1008

SERVICE ROOM

120

ELECTRICAL

1010

STORAGE

122

HEAT EXCHANGE ROOM

1009

RECEPTION

117

6″ CHWR

6″ CHWS 6″ HHWS

6″ HHWR (STACKED ALONG BACK WALL)

ASST DIRECTOR

119E

DIRECTOR OFFICE

119F

STORAGE

121A

STUDENT WORKERS

119G

(6 0

P S

I)

6″ CHWR 6″ CHWS

6″ HHWR

6″ HHWS

2″ SCR

5″ S

T M

-TU S1-10 -TU S1-11

-TU S1-09

-TU S1-04

-TU S1-05

-TU S1-06

– T

U S

1 -0

3

-TU S1-07

-TU S1-08 –

T U

S 1 -0

2

– T

U S

1 -0

1

6″ HHWS

4″ HHWS

3/4″ HHWR

3/4″ HHWS

1 1/2″ HHWS

1 1/2″ HHWR

CH

8

3″ HHWS

3″ HHWR

1″ HHWR 1″ HHWS

1″ HHWR 1″ HHWS

3/4″ HHWR

3/4″ HHWS

2 1/2″ HHWS 2 1/2″ HHWR

3/4″ HHWS 3/4″ HHWR

CH

5

ZONE #3 (CONT’D FROM M301) 1,700 SF

FT

1

10′-0″

FT

1

10′-0″

FT

1

3′-0″

FT

1

8′-0″

FT

1

8′-0″

1

3″ HHWS

3″ HHWR 0.5 GPM

1

1

FT

2

0.5 GPM

14′-0″

FT

2

12′-0″

0.5 GPM

FT

2

29′-0″

FT

1

3′-0″

11.0 GPM

M A

T C

H L

IN E

S E

E M

3 0

1 SMM

3

M302

1

GMU

2

ET

2

3/4″ HHWS

3/4″ HHWS

3/4″ HHWR

3

3/4″ HHWS 3/4″ HHWR

2 TYP.

2TYP.

1 1/2″ HHWR

1 1/2″ HHWS

5 TYP.

12

13

14

4

8

7

5 TYP.

5 TYP.

2TYP.

6

1 1/2″ SMS

1 1/2″ SMR

1 1/2″ SMR

1 1/2″ SMS

10

10 9

11

2″ COND. VENT

8″ STEAM PRESSURE RELIEF PIPING

15 TU-S1-03

15TU-S1-01

15TU-S1-05

15 TU-S1-10

M704

3

M704

6

M702

2

M704

2

M702

2

TYP.

TYP. M704

7

TYP.

16

17

4″ HHWR

(ABOVE)

(BELOW)

-TU S1-12

SNOW MELT RM

1013

SMP

3

PFHX

2

1 1/2″ HHWS 1 1/2″ HHWR

1

6

3/4″ CHWR

3/4″ CHWS

8 9

D1

CRU

1

HX

2

AS

1

ET

1

GMU

3

HWP

2

HWP

1

FCU

3

3/4″ CD 3/4″ HHWR

1 1/4″ CHWR

1 1/4″ CHWS

2″ SCR

5″ STM

3

5″ S

T M

2″ S

C R

5″ STM (60 PSI)

1

SEE SHEET M101 FOR CONTINUATION

2

3

3

HX

1 4

4

5

FM

6

6″ CHWR

6″ CHWS FM

6

7

8

9

10

33

3/4″ HHWR

3/4″ HHWS

S E

E F

U LL

S IZ

E P

LA N

O N

T H

IS S

H E

E T

F O

R C

O N

T IN

U A

T IO

N

8″ STEAM PRESSURE RELIEF PIPING (ABOVE)

11

2″ STM (BELOW)

6″ CHWR

6″ CHWS

6″ HHWR

6″ HHWS

6″ HHWS

8″ STM

8″ STM

12

13

2″ CONDENSATE VENT PIPING

14

15

FM

6

(15 PSI)

(15 PSI)

1″ HHWS

1″ HHWR

M702

2

M704

1

M704

1

3/4″ SECONDARY CD

16

3

3

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

9 :1

4 A

M

M302

MECHANICAL PIPING PLAN – FIRST FLOOR SOUTH

PJMSDC

1400.0007/03/2014

S T

U D

E N

T A

N D

A C

A D

E M

IC S

E R

V IC

E S

B U

IL D

IN G

( # 0

9 .6

0 0 .1

4 1 )

1 1 0 0 S

B e a v e r

S t. , F

la g s ta

ff A

Z 8

6 0 1 1

100% CD PHASE 2

N O

R T

H N

O R

T H

N O

R T

H N

O R

T H

1/8″ = 1′-0″

MECHANICAL HVAC PLAN – FIRST FLOOR SOUTH

2001

1 5

No. Description Date

1 Review Comments 08/06/14

3 Review Comments 08/28/14

6 ASI #3 01/20/15

KEYED NOTES ( # )

1. MANUAL BALANCE VALVE. BALANCE TO GPM INDICATED. SEE DETAIL 9 ON SHEET M703 FOR FIN TUBE RADIANT HEATER PIPING DETAIL.

2. HEATING HOT WATER PIPING TO VAV BOX. SEE DETAIL 1 ON SHEET M702.

3. 3/4″ HEATING HOT WATER PIPING UP TO LEVEL ABOVE. 4. STACK PIPING ALONG BACK WALL IN VOID BEHIND

ELECTRICAL ROOM. 5. 3/4″ HEATING HOT WATER PIPING DOWN IN WALL TO

RADIANT HEATER. 6. SEE SNOW MELT PIPING DIAGRAM ON SHEET M502 FOR

PIPING DETAILS IN THIS ROOM. 7. PROVIDE TWO (2), 4″ CPVC SLEEVES FOR SNOW MELT

TUBING TO GET THROUGH STEM WALL. PROVIDE COMPLETE PATH FROM ABOVE GRADE IN CHASE TO BELOW THE SIDEWALK OUTSIDE WITH A SMOOTH ELBOW PRIOR TO GOING HORIZONTAL THRU WALL. SEE DETAIL 5 ON SHEET M704.

8. PROVIDE HEATER MODEL WITH SAME SIDE SUPPLY AND RETURN CONNECTIONS.

9. PIPE ANCHORS. 10. PIPE GUIDES. INSTALL PER MANUFACTURER’S WRITTEN

RECOMMENDATIONS. 11. 8″ STEAM PRESSURE RELIEF PIPING UP IN SHAFT. 12. 6″ CHILLED WATER SUPPLY AND RETURN PIPING UP IN

SHAFT. 13. 2″ STEAM CONDENSATE VENT UP IN SHAFT. 14. 4″ HEATING HOT WATER SUPPLY AND RETURN PIPING UP

IN SHAFT. 15. MODULATING 2-WAY CONTROL VALVE FOR FIN TUBE

RADIANT HEATERS, CONTROLLED BY VAV BOX CONTROLLER NOTED.

16. ISOLATION VALVES IN HEATING HOT WATER SUPPLY AND RETURN PIPING.

17. ISOLATION VALVES IN CHILLED WATER SUPPLY AND RETURN PIPING.

GENERAL NOTES A. IN MANY AREAS, PIPING WILL NEED TO BE OFFSET INTO THE

SPACE BETWEEN BEAMS. FOR ALL OFFSETS, 45° FITTINGS SHALL BE USED IN LIEU OF 90° FITTINGS.

B. UNLESS NOTED OTHERWISE, ALL PIPING RUNOUTS TO VAV BOXES AND RADIANT HEATERS SHALL BE 3/4″.

C. ALL TAKEOFFS FOR VAV BOXES AND FINNED TUBE RADIATORS SHALL BE TAKE OFF OF THE TOP OF THE MAIN.

1/4″ = 1′-0″ 1

ENLARGED HX ROOM 1009 PIPING PLAN

KEYED NOTES ( # )

1. 5″ STEAM AND 2″ STEAM CONDENSATE PIPING DOWN IN OPENING IN FLOOR TO STEAM PIPE CHASE. SEE SHEET M101 AND CIVIL DRAWINGS FOR CONTINUATION.

2. 6″ CHILLED WATER SUPPLY AND RETURN PIPING RISERS. SEE SHEET M101 AND CIVIL DRAWINGS FOR CONTINUATION. SEE DETAILS 1 AND 8 ON SHEET M703 FOR RISER DETAILS.

3. LOCATE EQUIPMENT ON 4″ HOUSEKEEPING PAD. 4. PROVIDE TUBE STEEL SUPPORT STAND FOR MOUNTING

HEAT EXCHANGERS. 5. OPENING IN FLOOR WITH 4″ CURB AROUND TO PREVENT

WATER FROM ENTERING PIPE CHASE. 6. FLOW METER. SEE SPECIFICATIONS FOR MODEL AND TYPE

FOR EACH SYSTEM. 7. GLYCOL MAKEUP UNIT FOR MAIN HEATING SYSTEM. MAIN

SYSTEM TO BE 40% PROPYLENE GLYCOL. 8. 1″ HEATING HOT WATER SUPPLY AND RETURN PIPING INTO

EXISTING GARAGE WATER ROOM. FIELD VERIFY EXACT HEIGHT AND LOCATION OF PENETRATION. CAP PIPING IN GARAGE FOR FUTURE CONNECTION.

9. STEAM PRESSURE REDUCING STATION ON WALL. SEE DETAILS 2, 3, AND 4 ON SHEET M705.

10. PIPE ANCHORS FOR STEAM (2,600# AXIAL FORCE) AND CONDENSATE (550# AXIAL FORCE) PIPING.

11. 2″ STEAM DOWN TO WATER HEATERS. SEE DIAGRAM ON SHEET M501.

12. 8″ STEAM DOWN TO HEAT EXCHANGERS. SEE DIAGRAM ON SHEET M501.

13. 3/4″ CONDENSATE PIPING DOWN ON WALL TO FLOOR SINK. 14. VFDs FOR HWP-1,2 ON WALL. 15. PROVIDE 6″ STEEL PIPE SLEEVE BETWEEN BUILDINGS FOR

EACH INSULATED PIPE TO SLIDE THROUGH. 16. 3/4″ SECONDARY CONDENSATE DRAIN PIPING FROM FAN

COIL UNIT SECONDARY DRAIN PAN. ROUTE DOWN ON WALL AND TERMINATE AT 12″ A.F.F. DIRECTLY OVER FLOOR SINK. PROVIDE SIGN ON WALL ADJACENT TO PIPING THAT READS “SECONDARY DRAIN. NOTIFY FACILITIES IF WATER IS FLOWING”.

3

 

 

A R I Z ONA , U . S . A

.

Re g

is te

re d

Pr o f

ess i ona l Eng i nee r

(Mec ha n ica

l)

CE

RT I F ICATE

NO .

D a

t e

S i g n e d . . . . .

. . . .

. .

. .

.

33490 PHILIP J. MOUW

EXPIRES 3/31/17

REF.DW

2 3 4 5

A1

B1

D1

1

CONFERENCE ROOM

216

STUDY

214

STUDY

210

STUDY

208

STUDY

206

STUDY

204

STUDY

202

DIRECTOR

212

GRAD ASST LOUNGE

244

NORTH STAIR

2001

STORAGE

223

MECHANICAL CHASE

2002

JANITOR

2003

IDF

2005

CIRCULATION

200A

STUDY

228

ELEVATOR CORE

2004

CLASSROOM

201

CLASSROOM

211

CLASSROOM

221

FACULTY OFFICE

225

FACULTY OFFICE

227

M RESTROOM

2006

COURSE COORD

229

STOR

231

CIRCULATION

200C

CIRCULATION

200B

-TU N2-01 -TU N2-17 -TU N2-18 -TU N2-19

-TU N2-20

-TU N2-16

-TU N2-15

-TU N2-14 -TU N2-13

-TU N2-12

-TU N2-10

-TU N2-09 -TU N2-08

-TU N2-07 -TU N2-06

-TU N2-05

– T

U N

2 -0

4

-TU N2-03 -TU N2-02

-TU N2-11

1 1/4″ HHWR

1 1/4″ HHWS

2″ HHWR1 1/4″ HHWS

1 1/4″ HHWR

1 1/2″ HHWR

1 1/2″ HHWS

2″ HHWS

FT

2

1″ HHWS 1″ HHWR

1 1/4″ HHWR

1″ HHWS 1″ HHWR

3/4″ HHWS

1″ HHWR 1″ HHWS 1″ HHWR

1 1/4″ HHWS

1 1/4″ HHWR 1 1/4″ HHWR

1 1/4″ HHWS 1 1/4″ HHWR

1″ HHWS 1″ HHWR

3/4″ HHWS 3/4″ HHWR

FT

2

FT

2 FT

2

FT

2

FT

1

FT

1

FT

1

FT

1

FT

1

FT

1

FT

1

FT

1

1

11.25 GPM

20′-0″

14′-0″

3′-0″4′-0″

0.5 GPM

10′-0″ 10′-0″

1 0.5 GPM

10′-0″ 10′-0″

1 1

FT

4

8′-0″

3

1 0.75 GPM

1″ HHWS 1″ HHWR

0.5 GPM

0.5 GPM

10′-0″

9′-0″

12′-0″ 9′-0″

1 0.75 GPM

27′-0″

1 11.0

GPM

0.75 GPM

FT

1

12′-0″

FT

1

FT

1

FT

1

4′-0″ 4′-0″ 3′-0″

1 0.5 GPM

10.5 GPM

FT

1

3′-0″

M A

T C

H L

IN E

S E

E M

3 0

4

4

1 1/2″ HHWR

1 1/2″ HHWS

1 1/2″ HHWR

1 1/2″ HHWS

3/4″ HHWS

3/4″ HHWR

2 TYP.

2TYP.

5TYP.

5TYP.

2 TYP.

6

7

7 7

5TYP.

9

8TU-N2-19

8TU-N2-02

1″ HHWR

8 TU-N2-04 8

8

TU-N2-05

TU-N2-07 8 TU-N2-09

8TU-N2-08

8TU-N2-10 8 TU-N2-11

M704

7

M704

3

M704

6

TYP.

TYP.

TYP.

1

FT

4

FT

4

FT

4

FT

4

3/4″ HHWR

8′-0″

3

8′-0″

3

8′-0″

3

8′-0″

3 5 5

FT

4

FT

4

FT

4

5

1 1/2″ HHWR 1 1/2″ HHWS

3/4″ HHWS

8′-0″

3

8′-0″

3

8′-0″

3

6

8

1 0.5 GPM

TU-N2-08

3′ – 0″

TYP.

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

9 :1

9 A

M

M303

MECHANICAL PIPING PLAN – SECOND FLOOR NORTH

PJMSDC

1400.0007/03/2014

S T

U D

E N

T A

N D

A C

A D

E M

IC S

E R

V IC

E S

B U

IL D

IN G

( # 0

9 .6

0 0 .1

4 1 )

1 1 0 0 S

B e a v e r

S t. , F

la g s ta

ff A

Z 8

6 0 1 1

100% CD PHASE 2

N O

R T

H N

O R

T H

N O

R T

H N

O R

T H

1/8″ = 1′-0″

MECHANICAL PIPING PLAN – SECOND FLOOR NORTH

2001

1 5

No. Description Date

1 Review Comments 08/06/14

6 ASI #3 01/20/15

GENERAL NOTES A. IN MANY AREAS, PIPING WILL NEED TO BE OFFSET

INTO THE SPACE BETWEEN BEAMS. FOR ALL OFFSETS, 45° FITTINGS SHALL BE USED IN LIEU OF 90° FITTINGS.

B. UNLESS NOTED OTHERWISE, ALL PIPING RUNOUTS TO VAV BOXES AND RADIANT HEATERS SHALL BE 3/4″.

C. ALL TAKEOFFS FOR VAV BOXES AND FINNED TUBE RADIATORS SHALL BE TAKE OFF OF THE TOP OF THE MAIN.

KEYED NOTES ( # )

1. MANUAL BALANCE VALVE. BALANCE TO GPM INDICATED. SEE DETAIL 9 ON SHEET M703 FOR FIN TUBE RADIANT HEATER PIPING DETAIL.

2. HEATING HOT WATER PIPING TO VAV BOX. SEE DETAIL 1 ON SHEET M702.

3. MOUNT BOTTOM OF FIN TUBE RADIANT HEATER AT 2″ A.F.F. IN ARCHITECTURAL VOID. ROUTE PIPING THRU WALL TO ADJACENT HEATERS WHERE POSSIBLE.

4. METRAFLEX METRALOOP EXPANSION LOOP IN PIPING TO ALLOW FOR ±4″ AXIAL MOVEMENT.

5. 3/4″ HEATING HOT WATER PIPING DOWN IN WALL TO RADIANT HEATER.

6. PIPE ANCHORS. 7. PIPE GUIDES. INSTALL PER MANUFACTURER’S WRITTEN

RECOMMENDATIONS. 8. MODULATING 2-WAY CONTROL VALVE FOR FIN TUBE

RADIANT HEATERS, CONTROLLED BY VAV BOX CONTROLLER NOTED.

9. MODULATING 2-WAY CONTROL VALVE FOR TIN TUBE RADIANT HEATER, CONTROLLED BY ROOM TEMPERATURE SENSOR.

6

 

 

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LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

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1 Review Comments 08/06/14

6 ASI #3 01/20/15

GENERAL NOTES A. IN MANY AREAS, PIPING WILL NEED TO BE OFFSET INTO

THE SPACE BETWEEN BEAMS. FOR ALL OFFSETS, 45° FITTINGS SHALL BE USED IN LIEU OF 90° FITTINGS.

B. UNLESS NOTED OTHERWISE, ALL PIPING RUNOUTS TO VAV BOXES AND RADIANT HEATERS SHALL BE 3/4″.

C. ALL TAKEOFFS FOR VAV BOXES AND FINNED TUBE RADIATORS SHALL BE TAKE OFF OF THE TOP OF THE MAIN.

KEYED NOTES ( # )

1. MANUAL BALANCE VALVE. BALANCE TO GPM INDICATED. SEE DETAIL 9 ON SHEET M703 FOR FIN TUBE RADIANT HEATER PIPING DETAIL.

2. HEATING HOT WATER PIPING TO VAV BOX. SEE DETAIL 1 ON SHEET M702.

3. 3/4″ HEATING HOT WATER PIPING DOWN IN WALL TO RADIANT HEATER.

4. PIPE ANCHORS. 5. PIPE GUIDES. INSTALL PER MANUFACTURER’S WRITTEN

RECOMMENDATIONS. 6. 8″ STEAM PRESSURE RELIEF PIPING UP AND DOWN IN

SHAFT. 7. 6″ CHILLED WATER SUPPLY AND RETURN PIPING UP AND

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RADIANT HEATERS, CONTROLLED BY VAV BOX CONTROLLER NOTED.

11. HEATING HOT WATER ISOLATION VALVE. 12. HEATING HOT WATER DIFFERENTIAL PRESSURE

TRANSMITTER.

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EXPIRES 3/31/17

NOTE:

MOUNT PUMP ON PUMP ISOLATION BASE WHEN PUMP IS NOT MOUNTED ON GRADE (REFER TO DETAIL).

SHUT-OFF VALVE

PRESSURE SENSING TAPS FOR FLOW MEASUREMENT (TYP)

TRIPLE DUTY VALVE

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NOTE:

DELETE THERMAL HANGER SHIELD FOR UNINSULATED PIPE. PROVIDE PLASTIC WRAP IF PIPE AND HANGER MATERIALS ARE DISSIMILAR

THERMAL HANGER INSERT WITH GALVANIZED STEEL SHIELD PER SPECIFICATIONS

INSULATION (WHERE SPECIFIED)

HEAVY DUTY CLEVIS HANGER; MSS TYPE 1

HANGER ROD PER SPECIFICATIONS

SEE STRUCTURAL DRAWINGS FOR ATTACHMENT TO STRUCTURE

TURNBUCKLE

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HANGER ROD PER SPECIFICATIONS

ROLLER HANGER MSS TYPE 43

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THERMAL HANGER INSERT WITH GALVANIZED STEEL SHIELD PER SPECIFICATIONS

PIPE ROLLER SIZED FOR OUTSIDE DIAMETER OF JACKET OR PIPE IF NOT INSULATED

NOTE:

DELETE THERMAL HANGER SHIELD FOR UNINSULATED PIPE. PROVIDE PLASTIC WRAP IF PIPE AND HANGER MATERIALS ARE DISSIMILAR

SUPPORT NUT

LOCKING NUT

TURNBUCKLE

STRUCTURAL STEM WALL

EXTERIOR WALL

INTERIOREXTERIOR WALKWAY

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SNOW MELT TUBING UP INTO SLAB

SNOW MELT TUBING INTO CPVC SLEEVE

SEE STRUCTURAL DRAWINGS FOR ATTACHMENT TO STRUCTURE

TURNBUCKLE

HANGER ROD PER SPECIFICATIONS

SECURE PIPING TO SUPPORTS WITH “UNISTRUT” PIPE CLAMP OR APPROVED EQUAL

“UNISTRUT” CHANNEL OR APPROVED EQUAL (SIZE AS REQUIRED FOR PIPING TO BE SUPPORTED)

INSULATION (WHERE SPECIFIED)

THERMAL HANGER INSERT WITH GALVANIZED STEEL SHIELD PER SPECIFICATIONS

NOTE:

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INSULATION (WHERE SPECIFIED)

SEE STRUCTURAL DRAWINGS FOR ATTACHMENT TO STRUCTURE

TURNBUCKLE

HANGER ROD PER SPECIFICATIONS

STRUCTURAL CARBON STEEL MEMBER SHAPE (SIZE AS REQUIRED FOR PIPING TO BE SUPPORTED)

PROVIDE FELT ISOLATOR OR PROVIDE PLASTIC WRAP ON NON-INSULATED PIPING IF PIPE AND HANGER MATERIALS ARE DISSIMILAR

PIPE ROLLER SIZED FOR OUTSIDE DIAMETER OF JACKET OR PIPE IF NOT INSULATED

THERMAL HANGER INSERT WITH GALVANIZED STEEL SHIELD PER SPECIFICATIONS

NOTE:

VERIFY INLET & OUTLET SIZES AND ARRANGEMENT WITH EQUIPMENT MANUFACTURER.

NOTE:

MOUNT ALL HX SHUT-OFF VALVES AT ELEVATION ABOVE THE HIGHEST POINT OF THE HX TO ALLOW FOR FIXTURE REMOVAL 4″ CONCRETE PAD

REDUCE LINE SIZE AT NOZZLE AS REQUIRED (TYP)

UNION OR FLANGE (TYP)

PLATE AND FRAME HEAT EXCHANGER

TEMPERATURE SENSOR (TYP)

PETE’S PLUG (TYP)

THERMOMETER (TYP)

PRESSURE GAUGE (TYP)

SNOW MELT HOT WATER RETURN

SNOW MELT HOT WATER SUPPLY

BUILDING HOT WATER SUPPLY

BUILDING HOT WATER RETURN

BUTTERFLY VALVE (TYP)

1/2″ COPPER WITH BALL VALVE (TYP)

T

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3/4″ TO PUMP SUCTION

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BALL VALVE

REMOVABLE SCREW TOP WITH GASKET

UNION

FLOW INDICATOR

POT FEEDER (MIN. OF 5-GAL., CAPACITY OR AS INDICATED ON PIPING DIAGRAM)

UNION

STRUCTURAL STEM WALL

EXTERIOR WALL

INTERIOR VESTIBULEEXTERIOR WALKWAY

INTERIOR WALL

SNOW MELT MANIFOLDS

4″ CPVC SLEEVE THRU STEM WALL(TYP. 2 AT EA. MANIFOLD LOCATION)

SNOW MELT TUBING UP INTO SLAB

SNOW MELT TUBING INTO CPVC SLEEVE

ACCESS PANEL IN CEILING PER ARCHITECTURAL

CEILING

INSULATE CPVC PIPE WITH PIPE INSULATION UNTIL BELOW GRADE

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

9 :2

6 A

M

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MECHANICAL DETAILS

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CLEVIS HANGER DETAIL

N.T.S.N.T.S.N.T.S.N.T.S. 4

PIPE ROLLER SUPPORT DETAIL

N.T.S.N.T.S.N.T.S.N.T.S. 5

SNOW MELT PIPING SLEEVE DETAIL

N.T.S.N.T.S.N.T.S.N.T.S. 6

TRAPEZE HANGER DETAIL

N.T.S.N.T.S.N.T.S.N.T.S. 7

TRAPEZE HANGER DETAIL

2001

1 5

N.T.S.N.T.S.N.T.S.N.T.S. 2

PLATE AND FRAME HEAT EXCHANGER PIPING DETAIL

No. Description Date

6 ASI #3 01/20/15

N.T.S.N.T.S.N.T.S.N.T.S. 8

POT FEEDER DETAIL

N.T.S.N.T.S.N.T.S.N.T.S. 9

ZONE 1 SNOW MELT PIPING SLEEVE DETAIL

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33490 PHILIP J. MOUW

EXPIRES 3/31/17

A

LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

2014-009.000

2014

1 /2

0 /2

0 1 5 1

0 :2

9 :3

3 A

M

M801

MECHANICAL SCHEDULES

PJMSDC

1400.0007/03/2014

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VAV AIR HANDLING UNIT (HOT WATER HEAT) SCHEDULE

MARK TAG SERVES MANUFACTURER

TYPE (INDOOR,

ROOFTOP) CFM

MIN-MIN OSA

(CFM)

MAX-MIN OSA

(CFM)

SUPPLY FAN RELIEF FAN (PROPELLER)

COOLING COIL TAG

HEATING COIL TAG

PRE-FILTER FINAL FILTER

OPER WEIGHT

(LBS) REMARKS

ESP (IN

WG) WHEEL

(IN) DRIVE

ELECTRICAL

CFM

ESP (IN

WG) WHEEL

(IN) DRIVE

ELECTRICAL

MERV TYPE MERV TYPEHP BHP MIN SCWR

(AIC) V PH HP BHP MIN SCWR

(AIC) V PH AHU 1 NORTH TEMTROL INDOOR 40,000 9,600 22,000 2 16 DIRECT 8 @ 6 45.1 10,000 480 3 38,000 0.4 42 DIRECT 2 @ 5 9.22 10,000 480 3 CC-1 HC-1 7 4″ PLEATED 13 6″ RIGID 23,000 (1)(2)

AHU 2 NORTH TEMTROL INDOOR 40,000 7,200 22,000 2 16 DIRECT 8 @ 6 45.1 10,000 480 3 38,000 0.4 42 DIRECT 2 @ 5 9.22 10,000 480 3 CC-2 HC-2 7 4″ PLEATED 13 6″ RIGID 23,000 (1)(2)

FAN SCHEDULE

MARK TAG SERVES MANUFACTURER MODEL CFM ESP (IN

WG) SONES AT ESP DRIVE

MOTOR

DAMPER WEIGHT

(LBS) REMARKSHP V PH EF 1 GENERAL EXHAUST COOK 195 SQN-B 4,200 0.5 16.6 BELT 1 480 3 MOTORIZED 250 (1)(2)

F 1 MDF 1005 COOK 90 SQN-D 500 0.15 8.0 DIRECT 1/6 120 1 NONE 100 (1)

F 2 IDF 2005 COOK 90 SQN-D 500 0.15 8.0 DIRECT 1/6 120 1 NONE 100 (1)

F 3 IDF 3005 COOK 90 SQN-D 500 0.15 8.0 DIRECT 1/6 120 1 NONE 100 (1)

F 4 IDF 4005 COOK 90 SQN-D 500 0.15 8.0 DIRECT 1/6 120 1 NONE 100 (1)

F 5 SNOW MELT 102B COOK GC-220 100 0.15 1.2 DIRECT 27W 120 1 NONE 30 (1)

F 6 SNOW MELT 1013 COOK GC-220 100 0.15 1.2 DIRECT 27W 120 1 NONE 30 (1)

FIN TUBE RADIATOR SCHEDULE

MARK TAG MANUFACTURER MODEL TUBE

DIAMETER ROWS BTU /FT @ 160°F

AVG. TEMP LENGTH

(FT) REMARKS FT 1 RUNTAL RF-2 1/2″ 2 476 SEE DWGS (1)

FT 2 RUNTAL RF-3 1/2″ 3 613 SEE DWGS (1)

FT 3 RUNTAL RF-6 1/2″ 6 1027 SEE DWGS (1)

FT 4 RUNTAL RF-1 1/2″ 1 299 SEE DWGS (1)(2)

CABINET HEATER SCHEDULE (HOT WATER)

MARK TAG MANUFACTURER MODEL CFM FAN HP CAPACITY

(MBH) EWT (°F) GPM

MAX WPD (FT) V PH REMARKS

CH 1 CARRIER 42CK04 400 1/12 20.4 180 1.0 1.79 120 1 (1)(2)

CH 2 CARRIER 42CK04 400 1/12 20.4 180 1.0 1.79 120 1 (1)(2)

CH 3 CARRIER 42CG04 400 1/12 20.4 180 1.0 1.79 120 1 (1)(3)

CH 4 CARRIER 42CK04 400 1/12 20.4 180 1.0 1.79 120 1 (1)(2)

CH 5 CARRIER 42CG04 400 1/12 20.4 180 1.0 1.79 120 1 (1)(3)

CH 6 CARRIER 42CG04 400 1/12 20.4 180 1.0 1.79 120 1 (1)(3)

CH 7 CARRIER 42CG04 400 1/12 20.4 180 1.0 1.79 120 1 (1)(3)

CH 8 CARRIER 42CG03 300 1/30 12.2 180 1.0 0.5 120 1 (1)(3)

2001

1 5

PUMP SCHEDULE

MARK TAG MANUFACTURER MODEL TYPE FLUID GPM DIFF HEAD

(FT)

MAX NPSH (FT) RPM

MIN EFF

INVERTER DUTY

MOTOR HP V PH WEIGHT

(LBS) REMARKS HWP 1 BELL & GOSSETT 2.5 BB BASE MOUNTED, END SUCTION 40% PROPYLENE GLYCOL 315 60 8.6 1750 74.08 YES 7.5 480 3 350 (1)(2)

HWP 2 BELL & GOSSETT 2.5 BB BASE MOUNTED, END SUCTION 40% PROPYLENE GLYCOL 315 60 8.6 1750 74.08 YES 7.5 480 3 350 (1)(2)

SMP 1 BELL & GOSSETT 90 1.5A INLINE 50% PROPYLENE GLYCOL 27 45 10.1 1725 46.2 NO 1 480 3 85 (1)

SMP 2 BELL & GOSSETT 90 1.5A INLINE 50% PROPYLENE GLYCOL 20 45 10.1 1725 46.2 NO 1 480 3 85 (1)

SMP 3 BELL & GOSSETT 90 1.5A INLINE 50% PROPYLENE GLYCOL 20 45 10.1 1725 46.2 NO 1 480 3 85 (1)

PLATE AND FRAME HEAT EXCHANGER SCHEDULE (WATER TO WATER)

MARK TAG MANUFACTURER MODEL CAPACITY

(MBH)

COLD SIDE HOT SIDE OPER WEIGHT

(LBS) REMARKSGPM EWT (°F)

LWT (°F)

MAX PD (FT)

MIN NOZZLE SIZE (Ø IN) FF GPM

EWT (°F)

LWT (°F)

MAX PD (FT)

MIN NOZZLE SIZE (Ø IN) FF

PFHX 1 BELL & GOSSETT P14 660 47 95 125 9.0 2 0.00005 35 180 140 4.4 2 0.00005 325 (1)(2)

PFHX 2 BELL & GOSSETT P14 270 20 95 125 6.4 2 0.00005 15 180 140 3.1 2 0.00005 310 (1)(2)

NOTES: 1. COLD SIDE SHALL BE SELECTED WITH 50% PROPYLENE GLYCOL MIXTURE. 2. HOT SIDE SHALL BE SELECTED WITH 40% PROPYLENE GLYCOL MIXTURE.

FAN COIL UNIT (HOT WATER HEAT) SCHEDULE

MARK TAG SERVES MANUFACTURER MODEL

SUPPLY FAN CHILLED WATER COOLING COIL HOT WATER PREHEAT COIL FILTER OPER WEIGHT

(LBS) REMARKSCFM OSA ESP

(IN WC) DRIVE

ELECTRICAL EAT (°F) LAT (°F) CAP (MBH) EWT (°F) GPM

MAX WPD (FT)

MIN. ROWS

MAX. FPI

MAX FACE VEL (FPM)

MAX APD (IN WC)

EAT (°F)

LAT (°F)

CAP (MBH)

EWT (°F) GPM

MAX WPD (FT)

MIN. ROWS

MAX. FPI

MAX FACE VEL (FPM)

MAX APD (IN WC) MERV TYPEHP V PH DB WB DB WB TOTAL SENS

FCU 1 PENTHOUSE CARRIER 42BHE12 1,200 — 0.25 BELT 1/2 277 1 80 67 58.0 56.7 29.8 22.1 42 6.0 4.0 4 10 500 0.25 60 95 51.8 180 2.6 3.1 2 10 500 0.25 7 2″ PLEATED 350 (1)(2)(3)

FCU 2 PENTHOUSE CARRIER 42BHE12 1,200 — 0.25 BELT 1/2 277 1 80 67 58.0 56.7 29.8 22.1 42 6.0 4.0 4 10 500 0.25 60 95 51.8 180 2.6 3.1 2 10 500 0.25 7 2″ PLEATED 350 (1)(2)(3)

FCU 3 HX ROOM CARRIER 42BHE30 3,000 — 0.1 BELT 1-1/2 480 3 85 67 56.3 55.7 85.9 72.0 42 8.6 1.5 6 10 500 0.25 60 90 79.2 180 4.0 1.0 2 10 500 0.25 7 2″ PLEATED 700 (1)(2)(3)

FCU 4 ELEV CNTRL RM CARRIER 42DE06B6 550 — 0.2 DIRECT 1/8 120 1 80 67 58.3 57.0 14.3 10.8 42 2.9 0.6 4 10 500 0.25 60 85 12.2 180 0.6 0.5 1 10 500 0.25 7 1″ THROWAWAY 175 (1)(2)(3)

FCU 5 ELEV SHAFT CARRIER 42DE06B6 550 — 0.2 DIRECT 1/8 120 1 80 67 58.3 57.0 14.3 10.8 42 2.9 0.6 4 10 500 0.25 60 85 12.2 180 0.6 0.5 1 10 500 0.25 7 1″ THROWAWAY 175 (1)(2)(3)

SNOW MELT MANIFOLD SCHEDULE

MARK TAG SERVES MANUFACTURER MODEL GPM EWT (°F)

LWT (°F)

PRESSURE DROP (FT)

REQUIRED HEAT (MBH)

PROVIDED HEAT (MBH)

PROPYLENE GLYCOL (%) AREA (SF)

HEADER DIA (IN.) CIRCUITS REMARKS

SMM 1A ZONE 1 SIDEWALK WATTS RADIANT M-8 21.9 125 95 17.1 300 322 50 2000 1-1/2″ 8 (1)

SMM 1B ZONE 1 STAIRS WATTS RADIANT M-5 4.8 125 95 17.1 45 58 50 400 1-1/2″ 5 (1)

SMM 2 ZONE 2 WATTS RADIANT M-10 20.0 125 95 19.4 257 276 50 1,800 1-1/2″ 9 (1)

SMM 3 ZONE 2 WATTS RADIANT M-10 18.9 125 95 17.6 244 261 50 1,700 1-1/2″ 9 (1)

NOTES: 1. PROVIDE WITH STAINLESS STEEL MANIFOLD, 5/8″ ONIX EDPM SNOW MELT TUBING SPACED AT 9″ O.C. IN WALKWAYS AND 6″ O.C. ON STAIRS, MANIFOLD PRESSURE TEST KITS, SNOW MELTING CONTROLLER 654, TEKMAR SNOW/ICE SENSOR 090, AND TEKMAR SNOW/ICE SOCKET 091.

SHELL & TUBE HEAT EXCHANGER SCHEDULE (STEAM TO WATER)

MARK TAG MANUFACTURER MODEL CAPACITY

(MBH)

WATER SIDE STEAM SIDE OPER WEIGHT

(LBS) REMARKSGPM EWT (°F)

LWT (°F)

MAX PD (FT)

MIN CONN. SIZE (Ø IN) FF PASSES

PRESS. (PSI) # / HR

STM FLANGE (IN.)

COND. SIZE (IN.)

HX 1 BELL & GOSSETT SU 14-4-4 5,600 300 140 180 5.6 4 0.000349 4 15 5,920 6 2 800 (1)

HX 2 BELL & GOSSETT SU 14-4-4 5,600 300 140 180 5.6 4 0.000349 4 15 5,920 6 2 800 (1)

VAV AIR HANDLING UNIT (HOT WATER HEATER) COIL SCHEDULE

LOCATION COOLING COIL PRE-HEATING COIL

REMARKSMARK TAG COOLING COIL TAG

EAT (°F) LAT (°F) CAP (MBH) EWT (°F) GPM

MAX WPD (FT)

MIN ROWS

MAX FPI

MAX FACE VEL

(FPM)

MAX APD (IN

WG) HEATING COIL TAG

HEATING CFM

EAT (°F)

LAT (°F)

CAP MBH

EWT (°F) GPM

MAX WPD (FT)

MIN ROWS

MAX FPI

MAX FACE VEL

(FPM)

MAX APD (IN

WG)DB WB DB WB TOTAL SENS AHU 1 CC-1 83.8 63.8 51.7 51.2 1,270.9 1,043.9 42 130 12.5 6 9 450 0.47 HC-1 25,000 -8.8 60.4 1,706 180 91.6 5.1 1 11 450 0.04 (1)(2)

AHU 2 CC-2 83.8 63.8 51.7 51.2 1,270.9 1,043.9 42 130 12.5 6 9 450 0.47 HC-2 25,000 -8.8 60.4 1,706 180 91.6 5.1 1 11 450 0.04 (1)(2)

NOTES: 1. HEATING COILS SHALL BE SELECTED WITH 40% PROPYLENE GLYCOL MIXTURE.

CONDENSATE RETURN UNIT SCHEDULE

MARK TAG MANUFACTURER MODEL

PUMPS RECEIVER CAPACITY

(GAL)

OPER WEIGHT

(LBS) REMARKSQTY TYPE GPM HEAD (PSI) RPM HP V PH CRU 1 BELL & GOSSETT CC DUPLEX 2 CLOSE-COUPLED 15 EA. 50 3500 1 EA. 480 3 25 500

NOTES: 1. SELECT HEATING COIL WITH 40% PROPYLENE GLYCOL MIX. 2. PROVIDE WITH BOTTOM SUPPLY/BOTTOM RETURN IN CEILING PANEL, 20A UNIT-MOUNTED SERVICE SWITCH, AND INTERNAL PIPING PACKAGE WITH SHUT-OFF VALVES, STRAINER, BALANCE VALVE AND CONTROL VALVE. 3. PROVIDE WITH DOUBLE-DEFLECTION FRONT SUPPLY GRILLE, BOTTOM RETURN, 20A UNIT-MOUNTED SERVICE SWITCH, AND INTERNAL PIPING PACKAGE WITH SHUT-OFF VALVES, STRAINER, BALANCE VALVE, AND CONTROL VALVE.

NOTES: 1. WATER SIDE SHALL BE SELECTED WITH 40% PROPYLENE GLYCOL MIXTURE.

NOTES: 1. SELECT FANS AT 7,000 FT ALTITUDE. 2. SELECT FAN WITH DRIVE LOSS OF 11%.

GLYCOL MAKEUP UNIT SCHEDULE

MARK TAG MANUFACTURER MODEL CAPACITY

(GAL.)

GLYCOL FEED PUMP

OPER. WT (LBS) REMARKSGPM

PRESS (PSI) HP V/PH

GMU 1 JOHN WOOD COMPANY JWGP-53-030 30 3.2 54.1 1/3 120/1 400 (1)(2)

GMU 2 JOHN WOOD COMPANY JWGP-53-030 30 3.2 54.1 1/3 120/1 400 (1)(2)

GMU 3 JOHN WOOD COMPANY JWGP-53-100 100 3.2 54.1 1/3 120/1 1025 (1)(3)

NOTES: 1. INCLUDE 20′ CORD AND PLUG OUTLET FOR ELECTRICAL CONNECTION. 2. PROVIDE 50% PROPYLENE GLYCOL MIXTURE TO SNOW MELT SYSTEM. 3. PROVIDE 40% PROPYLENE GLYCOL TO HEATING HOT WATER SYSTEM.

No. Description Date

1 Review Comments 08/06/14

6 ASI #3 01/20/15

NOTES: 1. MEDIUM PRESSURE MODELS RATED TO 85 PSI. 2. PROVIDE WITH COLOR AS SELECTED BY ARCHITECT.

NOTES: 1. PROVIDE AS A DUCTED UNIT WITH ENCLOSED CABINET. 2. SELECT FAN AT 7,000 FT. ALTITUDE. 3. PROVIDE WITH FOIL-FACED INSULATION, SLOPED/REMOVABLE DRAIN PAN, AND MOTOR CONTACTOR WITH CONTROL TRANSFORMER.

AIR SEPARATOR SCHEDULE

MARK TAG MANUFACTURER MODEL

PIPE CONN

SIZE (IN)

FLOW RATE OPER WEIGHT

(LBS) REMARKS DESIGN

GPM PD (FT)

AS 1 BELL & GOSSETT R-6 6 300 2 600

EXPANSION TANK SCHEDULE

MARK TAG MANUFACTURER MODEL

ACCEPTED VOLUME

(GAL)

SIZE

OPER PRESS REMARKS

DIA (IN)

H/L (IN)

ET 1 BELL & GOSSETT B-800 211 30 81.75 125

ET 2 BELL & GOSSETT B-35LA 10 10 37.31 125

ET 3 BELL & GOSSETT B-35LA 10 10 37.31 125

NOTES: 1. PROVIDE WITH 480V/3Ø POWER CONNECTION FOR EACH VFD (SUPPLY AND RETURN FANS) AND A 120V/1Ø CONNECTION FOR CONVENIENCE OUTLET (LIGHT SHALL HAVE AN EXTERNAL SWITCH WITH PILOT LIGHT). 2. SELECT FANS FOR 7,000 FT. ALTITUDE.

NOTES: 1. PROVIDE WITH NON-OVERLOADING MOTOR. 2. PROVIDE WITH VFD.

1

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33490 PHILIP J. MOUW

EXPIRES 3/31/17

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LSW Eng in e e r s R I Z O N A, I N C O R P O R A T DE

www.lswphx.com Project No. Facsimile Telephone

Phoenix, Arizona 85021 2333 West Northern Avenue 602.249.1320

602.336.3276

© LSW Engineers Arizona, Inc.

DRAWN BY: REVIEWED BY:

PROJECT NUMBER:DATE:

SHEET TITLE:

COPYRIGHT 2014

DWL ARCHITECTS + PLANNERS, INC.

C

KEY:

SHEET NUMBER:

REVISIONS

2333 N. Central Ave. Phoenix, AZ 85004

tel 602.264.9731 dwlarchitects.com

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VAV TERMINAL UNIT SCHEDULE (HOT WATER REHEAT) – AHU-2

MARK TAG MANUFACTURER MODEL INLET SIZE MAX. CFM

MIN/ HTG CFM

MAX PD (IN WG)

HOT WATER HEATING COIL

REMARKS CAP

(BTUH) EAT (°F)

LAT (°F) ROWS

EWT (°F)

WPD (FT) GPM

TU S1-01 KRUEGER LMHS 10 1050 500 0.20 14.7 55 90 1 180 0.28 1.6

TU S1-02 KRUEGER LMHS 8 550 300 0.16 8.8 55 90 1 180 0.28 0.6

TU S1-03 KRUEGER LMHS 12 1300 580 0.21 17.0 55 90 1 180 0.20 1.2

TU S1-04 KRUEGER LMHS 6 400 205 0.18 6.3 55 90 1 180 0.16 0.6

TU S1-05 KRUEGER LMHS 14 1600 1405 0.31 50.3 55 90 2 180 0.48 2.2

TU S1-06 KRUEGER LMHS 14 1650 1455 0.32 51.0 55 90 2 180 0.48 2.2

TU S1-07 KRUEGER LMHS 8 650 325 0.22 9.5 55 90 1 180 0.44 0.8

TU S1-08 KRUEGER LMHS 8 675 400 0.24 11.7 55 90 1 180 1.75 1.7

TU S1-09 KRUEGER LMHS 8 250 75 0.08 3.8 55 90 1 180 0.15 0.6

TU S1-10 KRUEGER LMHS 6 400 400 0.32 15.1 55 90 2 180 0.16 1.1

TU S1-11 KRUEGER LMHS 8 800 250 0.32 7.9 55 90 1 180 0.21 0.6

TU S1-12 KRUEGER LMHS 6 225 100 0.06 4.9 55 90 1 180 0.15 0.6

TU S2-01 KRUEGER LMHS 6 375 200 0.16 6.3 55 90 1 180 0.16 0.6

TU S2-02 KRUEGER LMHS 6 400 120 0.18 4.9 55 90 1 180 0.16 0.6

TU S2-03 KRUEGER LMHS 12 1425 900 0.47 34.1 55 90 2 180 0.39 1.7

TU S2-04 KRUEGER LMHS 12 1425 900 0.47 34.1 55 90 2 180 0.39 1.7

TU S2-05 KRUEGER LMHS 6 300 90 0.11 4.2 55 90 1 180 0.15 0.6

TU S2-06 KRUEGER LMHS 6 425 275 0.20 8.1 55 90 1 180 0.50 1.0

TU S2-07 KRUEGER LMHS 12 1200 750 0.18 22.0 55 90 1 180 0.88 2.6

TU S2-08 KRUEGER LMHS 12 1225 400 0.19 14.3 55 90 1 180 0.18 1.1

TU S2-09 KRUEGER LMHS 14 1650 950 0.17 27.8 55 90 1 180 0.62 2.4

TU S2-10 KRUEGER LMHS 14 1650 950 0.17 27.8 55 90 1 180 0.62 2.4

TU S2-11 KRUEGER LMHS 14 1650 950 0.17 27.8 55 90 1 180 0.62 2.4

TU S2-12 KRUEGER LMHS 14 1650 950 0.17 27.8 55 90 1 180 0.62 2.4

TU S2-13 KRUEGER LMHS 14 1650 950 0.17 27.8 55 90 1 180 0.62 2.4

TU S2-14 KRUEGER LMHS 14 1650 950 0.17 27.8 55 90 1 180 0.62 2.4

TU S2-15 KRUEGER LMHS 14 1650 950 0.17 27.8 55 90 1 180 0.62 2.4

TU S2-16 KRUEGER LMHS 14 1650 950 0.17 27.8 55 90 1 180 0.62 2.4

TU S3-01 KRUEGER LMHS 6 400 225 0.18 6.6 55 90 1 180 0.16 0.6

TU S3-02 KRUEGER LMHS 6 475 250 0.25 7.3 55 90 1 180 0.28 0.8

TU S3-03 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S3-04 KRUEGER LMHS 6 325 250 0.12 7.3 55 90 1 180 0.28 0.8

TU S3-05 KRUEGER LMHS 6 475 250 0.25 7.3 55 90 1 180 0.28 0.8

TU S3-06 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S3-07 KRUEGER LMHS 6 325 250 0.12 7.3 55 90 1 180 0.28 0.8

TU S3-08 KRUEGER LMHS 6 400 120 0.18 4.9 55 90 1 180 0.16 0.6

TU S3-09 KRUEGER LMHS 8 450 150 0.22 5.5 55 90 1 180 0.16 0.6

TU S3-10 KRUEGER LMHS 6 475 250 0.25 7.3 55 90 1 180 0.28 0.8

TU S3-11 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S3-12 KRUEGER LMHS 6 325 250 0.12 7.3 55 90 1 180 0.28 0.8

TU S3-13 KRUEGER LMHS 6 270 150 0.09 5.5 55 90 1 180 0.16 0.6

TU S3-14 KRUEGER LMHS 6 270 150 0.09 5.5 55 90 1 180 0.16 0.6

TU S3-15 KRUEGER LMHS 8 600 375 0.19 11.0 55 90 1 180 1.04 1.3

TU S3-16 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S3-17 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S3-18 KRUEGER LMHS 6 375 150 0.16 5.5 55 90 1 180 0.16 0.6

TU S3-19 KRUEGER LMHS 6 400 125 0.18 5.0 55 90 1 180 0.16 0.6

TU S4-01 KRUEGER LMHS 6 400 225 0.18 6.6 55 90 1 180 0.16 0.6

TU S4-02 KRUEGER LMHS 6 475 250 0.25 7.3 55 90 1 180 0.28 0.8

TU S4-03 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S4-04 KRUEGER LMHS 6 325 250 0.12 7.3 55 90 1 180 0.28 0.8

TU S4-05 KRUEGER LMHS 6 475 250 0.25 7.3 55 90 1 180 0.28 0.8

TU S4-06 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S4-07 KRUEGER LMHS 6 325 250 0.12 7.3 55 90 1 180 0.28 0.8

TU S4-08 KRUEGER LMHS 6 400 120 0.18 4.9 55 90 1 180 0.16 0.6

TU S4-09 KRUEGER LMHS 8 450 150 0.22 5.5 55 90 1 180 0.16 0.6

TU S4-10 KRUEGER LMHS 6 475 250 0.25 7.3 55 90 1 180 0.28 0.8

TU S4-11 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S4-12 KRUEGER LMHS 6 325 250 0.12 7.3 55 90 1 180 0.28 0.8

TU S4-13 KRUEGER LMHS 6 270 150 0.09 5.5 55 90 1 180 0.16 0.6

TU S4-14 KRUEGER LMHS 6 270 150 0.09 5.5 55 90 1 180 0.16 0.6

TU S4-15 KRUEGER LMHS 8 600 375 0.19 11.0 55 90 1 180 1.04 1.3

TU S4-16 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S4-17 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU S4-18 KRUEGER LMHS 6 375 150 0.16 5.5 55 90 1 180 0.16 0.6

TU S4-19 KRUEGER LMHS 6 400 125 0.18 5.0 55 90 1 180 0.16 0.6

VAV TERMINAL UNIT SCHEDULE (HOT WATER REHEAT) – AHU-1

MARK TAG MANUFACTUR

ER MODEL INLET SIZE

MAX. CFM

MIN/H TG

CFM MAX PD (IN WG)

HOT WATER HEATING COIL

REMARKS CAP

(MBH) EAT (°F)

LAT (°F) ROWS

EWT (°F)

WPD (FT) GPM

TU N1-01 KRUEGER LMHS 8 800 420 0.32 12.3 55 90 1 180 2.67 2.1

TU N1-02 KRUEGER LMHS 6 200 60 0.05 3.3 55 90 1 180 0.15 0.6

TU N1-03 KRUEGER LMHS 12 1250 635 0.20 18.6 55 90 1 180 0.32 1.5

TU N1-04 KRUEGER LMHS 6 375 150 0.16 5.5 55 90 1 180 0.16 0.6

TU N1-05 KRUEGER LMHS 10 850 430 0.18 12.8 55 90 1 180 0.13 1.1

TU N1-06 KRUEGER LMHS 6 250 140 0.08 5.3 55 90 1 180 0.16 0.6

TU N1-07 KRUEGER LMHS 6 400 220 0.22 7.6 55 90 1 180 0.36 0.9

TU N1-08 KRUEGER LMHS 6 325 160 0.12 5.7 55 90 1 180 0.16 0.6

TU N1-09 KRUEGER LMHS 8 550 300 0.18 8.8 55 90 1 180 0.28 0.6

TU N1-10 KRUEGER LMHS 14 2100 1050 0.26 30.8 55 90 1 180 1.14 3.3

TU N1-11 KRUEGER LMHS 10 1000 670 0.45 26.5 55 90 2 180 0.33 1.7

TU N1-12 KRUEGER LMHS 6 250 150 0.08 5.5 55 90 1 180 0.16 0.6

TU N1-13 KRUEGER LMHS 8 650 480 0.42 18.5 55 90 2 180 0.21 1.1

TU N1-14 KRUEGER LMHS 6 300 150 0.11 5.5 55 90 1 180 0.16 0.6

TU N1-15 KRUEGER LMHS 8 525 160 0.15 6.4 55 90 1 180 0.21 0.6

TU N2-01 KRUEGER LMHS 12 1000 1000 0.26 35.7 55 90 2 180 0.39 1.7

TU N2-02 KRUEGER LMHS 8 810 420 0.33 12.3 55 90 1 180 2.67 2.1

TU N2-03 KRUEGER LMHS 12 1000 1000 0.26 35.7 55 90 2 180 0.39 1.7

TU N2-04 KRUEGER LMHS 10 1035 315 0.25 11.1 55 90 1 180 0.13 1.1

TU N2-05 KRUEGER LMHS 8 675 205 0.24 7.2 55 90 1 180 0.21 0.6

TU N2-06 KRUEGER LMHS 12 1000 1000 0.26 35.7 55 90 2 180 0.39 1.7

TU N2-07 KRUEGER LMHS 6 500 150 0.27 5.5 55 90 1 180 0.16 0.6

TU N2-08 KRUEGER LMHS 8 780 240 0.31 7.7 55 90 1 180 0.21 0.6

TU N2-09 KRUEGER LMHS 10 850 305 0.18 10.9 55 90 1 180 0.13 1.1

TU N2-10 KRUEGER LMHS 12 1500 550 0.27 16.4 55 90 1 180 0.18 1.1

TU N2-11 KRUEGER LMHS 8 700 210 0.25 7.3 55 90 1 180 0.21 0.6

TU N2-12 KRUEGER LMHS 10 850 650 0.34 26.2 55 95 2 180 0.33 1.7

TU N2-13 KRUEGER LMHS 6 375 240 0.16 7.0 55 90 1 180 0.22 0.7

TU N2-14 KRUEGER LMHS 12 1000 1000 0.26 35.7 55 90 2 180 0.39 1.7

TU N2-15 KRUEGER LMHS 6 450 450 0.39 15.9 55 90 2 180 0.16 1.1

TU N2-16 KRUEGER LMHS 6 500 250 0.27 7.3 55 90 1 180 0.28 0.8

TU N2-17 KRUEGER LMHS 6 250 250 0.08 7.3 55 90 1 180 0.28 0.8

TU N2-18 KRUEGER LMHS 12 1000 1000 0.26 35.7 55 90 2 180 0.39 1.7

TU N2-19 KRUEGER LMHS 8 550 295 0.16 8.7 55 90 1 180 0.26 0.6

TU N2-20 KRUEGER LMHS 12 1100 1100 0.30 37.0 55 90 2 180 0.39 1.7

TU N2-21 KRUEGER LMHS 8 700 210 0.25 7.3 55 90 1 180 0.21 0.6

TU N2-22 KRUEGER LMHS 6 500 250 0.27 7.3 55 90 1 180 0.28 0.8

TU N3-01 KRUEGER LMHS 8 550 250 0.16 7.9 55 90 1 180 0.21 0.6

TU N3-02 KRUEGER LMHS 8 700 300 0.25 8.8 55 90 1 180 0.28 0.6

TU N3-03 KRUEGER LMHS 6 475 250 0.25 7.3 55 90 1 180 0.28 0.8

TU N3-04 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU N3-05 KRUEGER LMHS 6 325 250 0.12 7.3 55 90 1 180 0.28 0.8

TU N3-06 KRUEGER LMHS 8 650 275 0.22 8.2 55 90 1 180 0.21 0.6

TU N3-07 KRUEGER LMHS 6 150 100 0.03 4.5 55 90 1 180 0.15 0.6

TU N3-08 KRUEGER LMHS 6 150 100 0.03 4.5 55 90 1 180 0.15 0.6

TU N3-09 KRUEGER LMHS 6 360 200 0.15 6.3 55 90 1 180 0.16 0.6

TU N3-10 KRUEGER LMHS 12 1100 650 0.16 19.1 55 90 1 180 0.36 1.6

TU N3-11 KRUEGER LMHS 8 600 180 0.19 6.8 55 90 1 180 0.21 0.6

TU N3-12 KRUEGER LMHS 6 500 300 0.27 8.8 55 90 1 180 0.98 1.4

TU N3-13 KRUEGER LMHS 8 600 375 0.19 11.0 55 90 1 180 1.04 1.3

TU N3-14 KRUEGER LMHS 8 650 275 0.22 8.2 55 90 1 180 0.21 0.6

TU N3-15 KRUEGER LMHS 6 300 200 0.11 6.3 55 90 1 180 0.16 0.6

TU N3-16 KRUEGER LMHS 6 300 200 0.11 6.3 55 90 1 180 0.16 0.6

TU N4-01 KRUEGER LMHS 8 550 250 0.16 7.9 55 90 1 180 0.16 0.6

TU N4-02 KRUEGER LMHS 8 700 300 0.25 8.8 55 90 1 180 0.25 0.6

TU N4-03 KRUEGER LMHS 6 475 250 0.25 7.3 55 90 1 180 0.25 0.8

TU N4-04 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.06 0.6

TU N4-05 KRUEGER LMHS 6 325 250 0.12 7.3 55 90 1 180 0.28 0.8

TU N4-06 KRUEGER LMHS 8 650 275 0.22 8.2 55 90 1 180 0.21 0.6

TU N4-07 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU N4-08 KRUEGER LMHS 6 225 150 0.06 5.5 55 90 1 180 0.16 0.6

TU N4-09 KRUEGER LMHS 6 360 200 0.15 6.3 55 90 1 180 0.16 0.6

TU N4-10 KRUEGER LMHS 8 700 500 0.47 18.8 55 90 1 180 0.21 1.1

TU N4-11 KRUEGER LMHS 8 600 180 0.19 6.8 55 90 2 180 0.21 0.6

TU N4-12 KRUEGER LMHS 6 500 300 0.27 8.8 55 90 1 180 0.98 1.4

TU N4-13 KRUEGER LMHS 8 600 375 0.19 11.0 55 90 1 180 1.04 1.3

TU N4-14 KRUEGER LMHS 8 650 275 0.22 8.2 55 90 1 180 0.21 0.6

TU N4-15 KRUEGER LMHS 6 300 200 0.11 6.3 55 90 1 180 0.16 0.6

TU N4-16 KRUEGER LMHS 6 300 200 0.11 6.3 55 90 1 180 0.16 0.6

NOTES: 1. CONTROL TRANSFORMER, ACTUATOR, AND DDC CONTROLS SHALL BE PROVIDED BY CONTROLS CONTRACTOR. 2. ALL HEATING COILS SHALL BE SELECTED WITH A 40% PROPYLENE GLYCOL MIXTURE.

NOTES: 1. CONTROL TRANSFORMER, ACTUATOR, AND DDC CONTROLS SHALL BE PROVIDED BY CONTROLS CONTRACTOR. 2. ALL HEATING COILS SHALL BE SELECTED WITH A 40% PROPYLENE GLYCOL MIXTURE.

No. Description Date

1 Review Comments 08/06/14

6 ASI #3 01/20/15

GRILLES, REGISTERS AND DIFFUSERS SCHEDULE

MARK TAG DESCRIPTION MANUFACTURER MODEL FRAME FINISH MATERIAL OBD REMARKS CD 1 CEILING DIFFUSER KRUEGER PLQ LAY-IN WHITE STEEL NO (1)

CD 2 CEILING DIFFUSER KRUEGER 5PLQ LAY-IN WHITE ALUMINUM NO (1)

CD 3 CEILING DIFFUSER KRUEGER 5PLQ LAY-IN WHITE ALUMINUM NO (1) 12×12 FACE

EG 1 EXHAUST GRILLE KRUEGER S80H SURFACE WHITE ALUMINUM NO

EG 2 EXHAUST GRILLE KRUEGER S80H LAY-IN WHITE STEEL NO

ER 1 EXHAUST REGISTER KRUEGER S80H SURFACE WHITE ALUMINUM YES

LD 1 LINEAR SLOT DIFFUSER KRUEGER DFL-10-1 SURFACE SEE NOTE 3 STEEL NO (2)

RG 1 RETURN GRILLE KRUEGER S80H LAY-IN WHITE STEEL NO

RG 2 RETURN GRILLE KRUEGER S80H SURFACE WHITE STEEL NO

SG 1 SIDEWALL GRILLE KRUEGER 880V SURFACE WHITE STEEL NO

TG 1 TRANSFER GRILLE KRUEGER S80H SURFACE WHITE ALUMINUM NO

NOTES: 1. PROVIDE WITH RAPID MOUNT FRAME IN AREAS WITH HARD CEILINGS. 2. PROVIDE WITH HORIZONTAL THROW BLADES AND FACTORY SUPPLY PLENUM. 3. PROVIDE WITH FRAME BB AND MUD UP TO DIFFUSER OPENING. PAINT TO MATCH ADJACENT CEILING SO NO FRAME IS EXPOSED.

OUTSIDE AIR VENTILATION CALCULATION SUMMARY

SYSTEM MODE

ZONE PRIMARY AIR FLOW

V(pz)

SYSTEM POPULATION

P(s)

ZONE POPULATION

P(z) DIVERSITY

(D) SQUARE

FOOTAGE

UNCORRECTED REQUIRED OSA

FLOW V(ou)

SYSTEM PRIMARY AIRFLOW

V(ps)

AVERAGE OUTDOOR

AIR FRACTION

X(s)

SYSTEM VENTILATION EFFICIENCY

E(v)

OSA REQUIRED

V(ot) OSA

PROVIDED AHU-1

AHU-1 COOLING 36,985 917 917 1 41,625 11,368 36,433 0.312 0.562 20,227 22,000

AHU-1 HEATING 23,524 917 917 1 41,625 11,368 23,523 0.483 0.733 15,503 22,000

AHU-2

AHU-2 COOLING 39,643 701 701 1 41,339 11,202 39,238 0.285 0.535 20,920 22,000

AHU-2 HEATING 24,285 701 701 1 41,339 11,202 24,285 0.461 0.711 15,750 22,000

NOTES: 1. OUTSIDE AIR CALCULATIONS ARE BASED ON ASHRAE 62.1-2007 WITH AN ADDITIONAL 30% OUTSIDE AIR TO MEET REQUIREMENTS OF LEED IEQ CREDIT 2. 2. REFER TO PROVIDED TRANE TRACE700 OUTSIDE AIR CALCULATIONS FOR DETAILED BREAKDOWN. 3. OUTSIDE AIR CAN MODULATE BELOW THE OSA PROVIDED BASED ON C02 LEVELS. REFER TO SEQUENCE OF OPERATIONS. MINIMUM-MINIMUM IS BASED ON ASHRAE

62.1-2007 BUT WITH NO OCCUPANTS IN DENSELY OCCUPIED AREAS THAT ARE PROVIDED WITH CO2 SENSORS.

1

6

6

6

6

 

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