H313 - Anacond Contracting Inc. documents related to scope of work to complete project. 2 s1 h-wing 3rd floor n.t.s. j-wing centre student residence annex building h-wing building

AREA

H351

986 sq. ft.

40.33 SQFT74.82 SQFT

Storage & Copy

Area

Control

Room

Simulation

Room

AREA

60 sq. ft.

AREA

65 sq. ft.

H313

AREA

51 sq. ft.

AREA

268 sq. ft.

AREA

268 sq. ft.

AREA

AREA

AREA

AREA

AREA

AREA

AREA

AREA

AREA

AREA

2105 sq. ft.

AREA

AREA

AREA

AREA

H318

H344

H346a

S3

03

-H

H346

H329

S302-H

H325

H300

H321

H352

H335

H339

H320c

H320a

H320

H310

H310c

S3

04

-H

H312

H314

S305-H

58 sq. ft.

99 sq. ft.

170 sq. ft.

246 sq. ft.

209 sq. ft.

306 sq. ft.

919 sq. ft.

1109 sq. ft.

535 sq. ft.

1373 sq. ft.

1370 sq. ft.

1106 sq. ft.

669 sq. ft.

1'-4

1

8

"

3'-3

7

8

"

H-WING

LOCATION OF

H338

1

S1

SITE PLAN

1/8" = 1'-0"

LOCATION PLAN

AS NOTED

A0

-

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

Project Specific:

Drawn By:

Drawing No.:

Checked By:

· Drawings are meant to be read, and not scaled

· Dimensions to be verified on site

· Contractors must check and verify all dimensions and

report discrepancies to the Project Coordinator before

commencing with work

· All drawings remain the property of Sheridan College

and shall not be reproduced or reused without written

consent.

Construction North True North

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Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:

H338- PN / PSW Laboratory & Simulation Room

1

ISSUED FOR TENDER 05-24-2019

J. X N.C

05-2019

N N

· Dispose of all material and debris within scope of

work offsite

· Make good of all areas affected by work to Sheridan

Standards.

· Coordinate all required testing and inspections

· Protect furniture, equipment and items to remain (ie.

flooring) during construction.

· Electrical Contractor shall verify capacity and location

of electrical panel required to complete scope of

work.

· Data Contractor shall verify capacity and location of

wiring closet required to complete scope of work.

· Refer to tender, specifications, instructions and all

other documents related to scope of work to complete

project.

2

S1

H-WING 3RD FLOOR

N.T.S.

J-WING

CENTRE

STUDENT

RESIDENCE

ANNEX

BUILDING

H-WING

BUILDING

STUDENT

CENTRE

McLAUGHLIN

BUILDING

GRAVEL ROAD

OVERFLOW

PARKING

M

cLA

U

G

H

LIN

R

O

A

D

COMMERCIAL

RETAIL

CENTRE

BRAMPTON SPORTS

CENTRE

COLLEGE

GATEWAY

LONG TERM

CARE CENTRE

(BY OTHERS)

SHERIDAN COLLEGE DR.

FACILITIES PARKING

LOT

MA

IN

TE

NA

NC

E

YA

RD

POND

WOODED

AREA

WOODED

AREA

STEELS AVENUE

WOODED

AREA

SPORTS

FIELD

B-WING

BUILDING

C-WING

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H338

AutoCAD SHX Text

CLASSROOM

AutoCAD SHX Text

1640 SQ.FT.

DENOTES EXISTING TO BE

REMOVED

D

DENOTES EXISTING TO REMAINE

DENOTES EXISTING TO BE

RELOCATED

R

DENOTES EXISTING IN RELOCATED

POSITION

RP

DENOTES WEATHERPROOFWP

GROUND FAULT INTERRUPTERGFI

DENOTES DEVICE TO BE MOUNTED

COUNTER HEIGHT

CH

DENOTES DEVICE TO BE FLUSH

MOUNTED IN MILLWORK

MW

DENOTES WIRE GUARDWG

DENOTES KEY OPERATEDK

DENOTES TWIST LOCKTL

WITHW/

COMPLETE WITHC/W

GYPSUM WALLBOARDGWB

GEORGIAN WIRED GLASSGWG

ON CENTRE (s)O/C

TYPICALTYP

REVERSE OSMOSISRO

COLD WATERCW

HOT WATERHW

ABBREVIATIONS:

ACOUSTICAL TILE/PANELACT

BOTH SIDESB/S

ABOVE FINISHED FLOORAFF

CENTRE ON CENTREC/C

DIAMETERDIA

DRAWINGDWG

EQUALEQ

HOLLOW METALHM

HEATING/ VENTILATION/ AIR

CONDITIONING

HVAC

NOT TO SCALENTS

OPEN WEB STEEL JOISTOWSJ

UNDERSIDEU/S

RUBBER BASERB

STAINLESS STEELSS

TELEPHONETEL

TELEVISIONTV

VACUUMV

GASG

COMPRESSED AIRCA

FLOOR DRAINFD

SYMBOL DEFINITION

CIRCUITCCT

QUANTITYQTY

DENOTES SHERIDAN NETWORK

(RELATES TO DATA DROP

REQUIREMENTS)

S

DENOTES LOCAL NETWORK

(RELATES TO DATA DROP

REQUIREMENTS)

L

LEGENDS:

1

AX

1

AX

1

AX

1

AX

1

ARCHITECTURAL:

####

SPECIFICATION / MATERIAL TAG

SYMBOL DEFINITION

PARTITION / WALL TAG

EXTERIOR ELEVATION MARKER

INTERIOR ELEVATION MARKER

SECTION MARKER

DETAIL CALL OUT

PAINT COLOR TAG

P1

FLOOR TYPE TAG

F#

WINDOW TAG

DOOR TAG

W#

D#

EXISTING ELEVATION

NEW ELEVATION

0

0

0

.

0

0

0

000.000

BB11

FM Office

- sq ft.

ROOM TAG

EXISTING WALL ASSEMBLY TO

REMAIN

NEW WALL ASSEMBLY

EXISTING WALL ASSEMBLY TO BE

DEMOLISHED

LINE TYPE DENOTES EXISTING

OBJECT TO REMAIN

LINE TYPE DENOTES EXISTING

OBJECT TO BE DISPOSED OFFSITE

OR DISASSEMBLED AND

RELOCATED - REFER TO NOTES FOR

FURTHER INSTRUCTION

MISCELLANEOUS:

DENOTES REFER TO NOTE (s)

SYMBOL DEFINITION

DENOTES GENERAL TASK (s) FOR

SCOPE OF WORK AREA

1

1

GENERAL CONSTRUCTION NOTES

1. MATERIALS, CONSTRUCTION & INSTALLATION METHODS SHALL COMPLY WITH

THE LATEST EDITION OF THE ONTARIO BUILDING CODE CONTAINING O. REG.

350/06, REGIONAL MUNICIPALITY PUBLIC WORKS DEPARTMENT AND THE

LOCAL BUILDING DEPARTMENT AND FIRE DEPARTMENT BY-LAWS DESIGN

CRITERIA, CONSTRUCTION STANDARDS AND SPECIFICATIONS. ALL WORK

SHALL ALSO COMPLY WITH OTHER CODES, STANDARDS AND REGULATIONS

REFERRED TO IN THE ABOVE DOCUMENTS AND ADOPTED BY THE AUTHORITIES

HAVING JURISDICTION.

2. IF DRAWINGS & SPECIFICATIONS CONFLICT WITH REGULATIONS & BY-LAWS,

CONTRACTOR(S) SHALL NOTIFY CONSULTANT IN WRITING FOR CLARIFICATION.

IN NO INSTANCE REDUCE STANDARDS OF DRAWINGS BY APPLYING ANY

CODES OR STANDARDS. ALL MATERIALS AND METHODS MUST AT LEAST

MATCH EXISTING BASE BUILDING STANDARDS - BUILDING OWNER /

OPERATOR TENANT MECHANICAL REQUIREMENTS FORM AN INTEGRAL PART OF

THESE SPECIFICATIONS.

3. DRAWINGS ONLY SHOW GENERAL INTENT AND SCOPE OF WORK AND NOT

EXACT DETAILS OF INSTALLATION. CONTRACTOR SHALL PROVIDE ALL

MATERIALS & ACCESSORIES NECESSARY FOR COMPLETE AND FULLY

OPERATIONAL MECHANICAL SYSTEMS SHOWN. BEFORE SUBMITTING PRICES,

CONTRACTORS SHALL REVIEW ALL PERTINENT DRAWINGS & ANY RELEVANT

ON-SITE CONDITIONS TO VERIFY THAT WORK CAN BE CARRIED OUT AS

SHOWN ON DRAWINGS. NO CLAIMS FOR EXTRA PAYMENTS WILL BE

CONSIDERED FOR FAILURE TO DO SO. CONTRACTOR(S) WILL ALSO MAKE

ALLOWANCES IN TENDERING FOR SPACE LIMITATIONS & THE SIMULTANEOUS

WORKING OF DIFFERENT TRADES. ANY DRAWING OF FLOOR SLABS MUST BE

CARRIED OUT AS PER BUILDING MANAGER'S STANDARDS, WITH X-RAY IF

REQUIRED.

4. THE CONSULTANT RESERVES THE RIGHT TO MAKE REASONABLE CHANGES

REQUIRED TO ACCOMMODATE CONDITIONS ARISING DURING THE PROGRESS OF

THE WORK, AT NO EXTRA COST TO THE OWNER.

5. CONTRACTORS SHALL MAINTAIN MARKED-UP PRINTS OF "AS-BUILT"

CONDITIONS AS THE JOB PROGRESSES AND, AT THE END OF CONSTRUCTION,

CONTRACTOR SHALL OBTAIN & PAY FOR ONE SET OF REPRODUCIBLE

DRAWINGS AND TRANSFER ALL "AS-BUILT" CONDITIONS TO THESE DRAWINGS.

THESE DOCUMENTS, SHOWING APPROXIMATE FINAL LOCATIONS & ELEVATIONS

OF ALL MECHANICAL SYSTEMS, ESPECIALLY ANY BURIED & CONCEALED

WORKS, SHALL BE PROVIDED TO THE CONSULTANT FOR REVIEW & RECORD.

6. CONTRACTORS SHALL PROVIDE SIX COPIES OF CLEARLY IDENTIFIED, PROJECT

SPECIFIC, SHOP DRAWINGS FOR ALL FIXTURES AND EQUIPMENT FOR

APPROVAL BEFORE ORDERING. EQUIPMENT, DEVICES & FIXTURES SHALL BE

SUPPLIED WITH ALL ACCESSORIES REQUIRED FOR A COMPLETE INSTALLATION.

CONTRACTOR WILL REVIEW SHOP DRAWINGS PRIOR TO SUBMISSION, THUS

INDICATING THAT HE HAS DETERMINED & VERIFIED THAT ALL MATERIALS,

CATALOG NUMBERS ETC., PERFORMANCES, SIZES AND AVAILABLE SPACE AND

FIELD CONDITIONS MEET THE REQUIREMENTS OF THE CONTRACT DOCUMENTS.

ALL MATERIALS USED MUST BE NEW, CLEAN AND FREE OF DEFECTS.

7. AT THE END OF THE PROJECT, CONTRACTORS SHALL PROVIDE 4 OPERATING

AND MAINTENANCE INSTRUCTION MANUALS WITH WARRANTIES, CERTIFICATIONS,

REPORTS, OPERATING INSTRUCTIONS AND A COPY OF CONSULTANT REVIEWED

SHOP DRAWINGS.

8. CONTRACTORS SHALL ONLY MAINTAIN QUALIFIED PERSONNEL & SUPPORTING

STAFF, AT THE SITE, WHO ARE EXPERIENCED IN COMPARABLE PROJECTS. IF

THE BUILDING MANAGER REQUIRES WORK TO BE DONE AFTER HOURS, THIS

MUST BE ALLOWED FOR AND ARRANGEMENTS MADE BY THE CONTRACTOR

FOR ACCESS. CONTRACTORS SHALL BE RESPONSIBLE FOR MAINTAINING

GOOD ORDER AND DISCIPLINE AMONG THEIR EMPLOYEES, AND FOR REMOVING

DEBRIS AND MAINTAINING A CLEAN WORK AREA, DURING, AND UPON

COMPLETION OF THE PROJECT.

9. CONTRACTORS SHALL WARRANTY HIS WORK, PARTS AND LABOR, FOR A

PERIOD OF 1 YEAR FROM THE DATE OF ACCEPTANCE BY THE OWNER.

AS NOTED

A1

-

Project Specific:

Drawn By:

Drawing No.:

Checked By:








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General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


J. X N.C

05-2019

N N


work offsite


Standards.






work.





project.

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

ARCHITECTURAL NOTES &

SPECIFICATIONS

CLASSROOM

1640 SQ.FT.

H338

4'-8

1

8

"6'-2

3

4

"

Stacked

W/D

Fridge

1 HR F.R.R. WALL

DEMOLITION PLAN

AS NOTED

A2

-


work offsite


Standards.






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project.

Project Specific:

Drawn By:

Drawing No.:

Checked By:








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General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


J. X N.C

05-2019

N N

1

A2

H338 - DEMOLITION PLAN

3/16" = 1'-0"

NOTES:

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

5

2

4

6

RELOCATE EXISTING FIXTURES TO NEW LOCATION. REFER TO

PROPOSED DRAWING LAYOUT. REUSE EXISTING RANGE IN NEW

LOCATION, DISCARD EXISTING COUNTER AND SINK.

1

DEMOLISH EXISTING WALL PARTITION. REMOVE DEBRIS & DISPOSE

OFF SITE.

22

3

DEMOLISH EXISTING KITCHEN MILLWORK. REMOVE DEBRIS &

DISPOSE OFF SITE.

3

4 REMOVE EXISTING FURNITURE & THE EQUIPMENT ON WALLS AND

STORE TO TEMPORARY SPACE COORDINATED WITH SHERIDAN

P.M.

DEMOLISH EXISTING STORAGE COUNTER. REMOVE EXISTING A.V.

PODIUM AND DISPOSE OFF SITE BY G.C. THE FLOOR SHOULD BE

PATCHED AND ALL THE CONDUIT CORES SHOULD BE FILLED.

25

RELOCATE EXISTING PROJECTOR MOUNT AND SCREEN TO NEW

LOCATION. REFER TO PROPOSED DRAWING LAYOUTS.

6

7EXISTING FLOORING TO REMAIN. CONTRACTOR IS FULLY

RESPONSIBLE TO PROTECT AND MAINTAIN EXISTING CONDITIONS.

RELOCATE EXISTING STOVE \ FRIDGE TO NEW LOCATION. REFER

TO PROPOSED DRAWING LAYOUT.

8

COORDINATE SCOPE OF MECHANICAL, ELECTRICAL, AND

PLUMBING DEMOLITION DRAWINGS. SEE SPECIFICATIONS.

9

2

10

11

12

1 1

1

1

4

4 4

RELOCATE RECEPTION STATION AND CARRELS TO NEW POSITION

(SEE DWG-A3).

10

REMOVE THE LAST TWO CARRELS AND STORE IN TEMPORARY

SPACE COORDINATED WITH SHERIDAN P.M.

11

EXISTING DOOR (D-0) TO REMAIN AND TO BE PROTECTED DURING

CONSTRUCTION.

12

13

REMOVE EXISTING FLOOR, PATCH SUB FLOOR TO RECEIVE NEW

FLOOR IN NEW HOME AREA ( SHADED AREA ON DWG.) .

13

PATCH AND MAKE GOOD ALL WALL AND FLOOR SURFACE.14

7

7

15

EXISTING STACKED WASHER/DRYER UNIT TO BE REMOVED AND

STORED DURING DEMOLITION AND TO BE REINSTALLED AFTER

FLOORING INSTALLATION AND PAINTING.

15

16

CONTRACTOR TO VERIFY DOOR OPENING BEFORE INSTALLATION

OF NEW DOOR.

16

3'-6"

5'-0"

Storage

Room

(B)

Storage

Room

(A)

5'-0"

TYP.

BATHROOM

100.78 SQFT

BEDROOM

111.58 SQFT

COMMON SPACE

206.80 SQFT

4'-0"

E.Q.

4'-0"

E.Q.

4'-0"

E.Q.

4'-0"

E.Q.

3'-5

7

8

"

5'-0"

TYP.

4'-0"

E.Q.

4'-0"

E.Q.

4'-0"

E.Q.

HALLWAY

119.76 SQFT

10

'-5

5

8

"

Lockable Vinyl

Folding door

4'-8

3

4

"

CLASSROOM

1104.14 SQFT

2'-6

5

8

"

6'-0

"

D-2

D-1

P2

P1

P1

P1

6'-5

1

4

" 4'-5

5

8

"

P1

1

A7

11

'-7

7

8

"

2

A7

5'-3

7

8

"

Stacked

W/D

Built-in

Stairs

1'-0"

D-0

P2

PROPOSED CONS. PLAN

AS NOTED

A3

-


work offsite


Standards.






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Project Specific:

Drawn By:

Drawing No.:

Checked By:








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General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


J. X N.C

05-2019

N N

1

A3

H338 - PROPOSED LAYOUT

3/16" = 1'-0"

NOTES:

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

CONSTRUCT PARTITION WALL AS NOTED ON DRAWING.

REFER TO WALL SCHEDULE.

SUPPLY AND INSTALL NEW KITCHEN CABINET AS PER

DWG A7 AND SUPPLY AND INSTALL NEW SINK &

FAUCET(CW/HW) SPEC.REFER TO DWG -A7. THE SINK

LOCATION REFER TO MECHANICAL DWG'S.

3

1

A NEW A.V. PODIUM PROVIDED BY OTHERS.5

SUPPLY AND INSTALL THE NEW DOORS AND ALL

HARDWARE AS PER SPECIFICATION REFER TO DWG-A8.

2

PARTITION SCHEDULE:

5

1

2

3

EXISTING DOOR(D-0) TO REMAIN AND TO BE PROTECTED

DURING CONSTRUCTION. THE FLOORING IN OLD

CLASSROOM AREA TO REMAIN, PATCH AND MAKE GOOD

ALL WALL AND FLOOR SURFACE.

4

6

SUPPLY & INSTALL VINYL FOLDING DOOR TO BE

WOODFOLD'S SERIES 140 (ACCORDION) FROM

CANUCK DOOR SYSTEMS CO. OR EQUAL.

6

3

7

SUPPLY AND INSTALL NEW FLOORING AND WALL

BASE. REFER TO FINISH PLAN A6.

7

PREPARE AND PAINT WALLS REFER TO FINISH

PLAN A6.

8

THE RECEPTION STATIONS AND CARRELS ARE

RELOCATED BY GC AND DESKTOP ARE

RECONNECTED BY SHERIDAN I.T. TEAM.

9

10 10

SUPPLY AND INSTALL ALUMINUM FLOOR TRANSITION

STRIP AT DOOR. (M-D BUILDING PRODUCTS 78212 OR

EQUAL).

10

11 11

SUPPLY AND INSTALL NEW DOOR OPERATORS AND

PUSH BUTTONS. THE SPECS. REFER TO DWG. A8.

11

12

13

REUSE THE EXISTING BATHTUB AND TOILET.

- WASHTUB:

4-INCH PEDESTAL SINK BASIN IN WHITE) OR EQUAL.

- HAND BARS:

MOEN 30-INCH * 1-1/4-INCH FLIP-UP GRAB BAR IN

STAINLESS STEEL

12

SUPPLY AND INSTALL SIMULATION STAIRS. REFER TO

DETAILS DWG. A8

13

7.1

MILLWORK

DETAILS

REFER TO

DWG A7-01

NEW POSITION OF RECEPTION

STATION AND CARRELS

14

RELOCATE AND INSTALL EXISTING CEILING MOUNTED

PROJECTOR AND SCREEN TO THIS LOCATION.

14

WALL BASE ONLY FOR NEW WALL.7.1

AutoCAD SHX Text

STANDARD G.W.B PARTITION - 5/8" GYPSUM WALL BOARD - 3-5/8" LIGHT GAUGE STEEL STUDS - 5/8" GYPSUM WALL BOARD - FINISHED FLOOR SLAB TO CEILING SLAB

AutoCAD SHX Text

P1

AutoCAD SHX Text

SOUND INSULATED DIVING PARTITION - 2 LAYERS OF 1/2" QUIET ROCK 500 DRYWALL SOUND DAMPING PANEL OR APPROVED EQUAL - SEAL ALL JOINTS WITH QUIETSEAL PRO OR APPROVED EQUAL - 3-5/8" LIGHT GAUGE STEEL STUDS - BATT INSULATION BY ROCKWOOL SAFE"n" SOUND OR APPROVED EQUAL - SEAL ALL JOINTS WITH QUIETSEAL PRO OR APPROVED EQUAL - 2 LAYERS OF 1/2" QUIET ROCK 500 DRYWALL SOUND DAMPING PANEL OR APPROVED EQUAL

AutoCAD SHX Text

P2

+ 9'-8"

AIR DIFFUSER

SPRINKLER

PROJECTOR

FIRE ALARM

LINEAR DIFFUSER

RETURN

D-0

DEMOLITION CEILING PLAN

AS NOTED

A4

-


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Project Specific:

Drawn By:

Drawing No.:

Checked By:








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General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


J. X N.C

05-2019

N N

1

A4

H338 - EXISTING CEILING PLAN

3/16" = 1'-0"

NOTES:

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

EXISTING CEILING T-BAR SYSTEM AND CEILING TILES TO REMAIN.

REPLACE DAMAGE CEILING TILES AS REQUIRED.

1

1

REMOVE EXISTING CEILING MOUNTED PROJECTOR AND SCREEN

TO BE INSTALLED IN NEW POSITION (REFER TO PROPOSED

CEILING PLAN A5)

2

2

3

MODIFY EXISTING CEILING T-BAR AND TILES TO FIT NEW DIVIDING

PARTITION (SEE DWG.A5 FOR LOCATION OF WALL). ALL EXCISING

CEILING LIGHTING, DIFFUSERS & SPRINKLES & ALARMS TO REMAIN

(SEE DWG.E5).

3

+ 9'-8"

AIR DIFFUSER

SPRINKLER

PROJECTOR

FIRE ALARM

D-0 D-2

D-1

PROPOSED CEILING PLAN

AS NOTED

A5

-


work offsite


Standards.






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Project Specific:

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Drawing No.:

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General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


J. X N.C

05-2019

N N

1

A5

H338 - PROPOSED CEILING PLAN

3/16" = 1'-0"

NOTES:

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

ALL CEILING GRID & TILES TO REMAIN. REPLACE DAMAGE TILES TO

MATCH. CLEAN CEILING WHEN COMPLETE.

1

21

LOCATION OF NEW DIVIDING WALL (FLOOR TO SLAB) , ALL CEILING

GRID ON EITHER SIDE TO TERMINATE AT WALL. SUPPLY & INSTALL

END TRACE TO FINISH EXISTING CEILING GRID TO NEW

CONSTRUCTION WALL

2

3

MODIFY EXISTING GRID TO TERMINATE AT NEW PARTITION.3

4

MODIFY EXISTING GRID / TILES TO ACCOMMODATE RELOCATION

OF CEILING MOUNTED PROJECTOR AND SCREEN.

4

MODIFY FIXED DEVICES TO ACCOMMODATE NEW CEILING.5

4

Storage

Room

(B)

Storage

Room

(A)

5'-0"

TYP.

BATHROOM

100.78 SQFT

BEDROOM

111.58 SQFT

COMMON SPACE

206.80 SQFT

4'-0"

E.Q.

4'-0"

E.Q.

4'-0"

E.Q.

4'-0"

E.Q.

3'-5

7

8

"

5'-0"

TYP.

4'-0"

E.Q.

4'-0"

E.Q.

4'-0"

E.Q.

HALLWAY

119.76 SQFT

4'-8

3

4

"

CLASSROOM

1104.14 SQFT

6'-0"

D-2

D-1

P2P1

P1

P1

P1

P1

1

A7

2

A7

5'-3

7

8

"

P1

P2

P2

F1P1

Stacked

W/D

D-0

P1

P3

P3

F2

P3

P1

GENERAL PAINTING

SHERWIN WILLIAMS

SW 7008 ALABASTER (SATIN FINISH)

ACCENT WALLS

SHERWIN WILLIAMS

SW 7612 (SATIN FINISH)

DOOR & WINDOW FRAMES

SHERWIN WILLIAMS

SW 7068 GRIZZLE GREY (SATIN FINISH)

WALL BASE

JOHNSONITE

72 HARBOUR (REFER TO DWG.-A8)

F1

P2

P3

CARPET FINISH

FLOTEX METRO

546002 TEMPEST

F2

FINISH PLAN

AS NOTED

A6

-


work offsite


Standards.






work.





project.

Project Specific:

Drawn By:

Drawing No.:

Checked By:








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General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


J. X N.C

05-2019

N N

1

A6

H338 - FINISH PLAN

3/16" = 1'-0"

FINISH SHCEDULE:

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

NOTES:

SUPPLY AND INSTALL THE TRANSITION STRIPS BETWEEN ROOMS

AND CORRIDOR AT DOOR. THE SPEC REFER TO M-D BUILDING

PRODUCTS 78212 OR EQUAL.

1

STAIR AND

LANDING

NEW WALL BASE ONLY

9'-8"U/S OF DROP CEILINGS

0'-0"F.F.

15'-0"U/S OF SLAB

1

A7

COMMON SPACE WALL ELEVATION

3/8" = 1'-0"

PLENUM

2" COUNTERTOP

UPPER CABINETS

FLAT BAR PULL.

STAINLESS STEEL.

EQ. EQ.EQ. EQ.EQ. EQ.EQ. EQ.

4" BACKSPLASH

BACKWALL TO

HAVE CERAMICTILE

EXISTING

RELOCATED

EXISTING

RELOCATED

9'-8"

0'-0"

15'-0"

PLENUM

2

A7

STAIR AND LANDING SECTION

3/8" = 1'-0"

U/S OF DROP CEILINGS

F.F.

U/S OF SLAB

3

A7

PLAN VIEW

3/8" = 1'-0"

OVERHEAD CABINETS

UNITS

KITCHEN COUNTER

UNITS

NEW SINK

3

A7

PLAN VIEW OF STAIR & LANDING

3/8" = 1'-0"

AS NOTED

A7

-

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05-2019

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Standards.






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project.

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

INTERIOR ELEVATIONS & DETAILS

MILLWORK FINISHES SCHEDULE:

NEW KITCHEN COUNTERTOP

- WILSONART SOLID SURFACE TO BE PEARL MIRAGE 9199MG

1

NEW KITCHEN MILLWORK

- WILSONART STANDARD LAMINATE SURFACE TO BE WALNUT

HEIGHTS FINE VELVET TEXTURE FINISH 7965-38

2

MISCELLANEOUS

- BACKSPLASH TO BE WILSONART METRO BA004

SHEET SIZE: 32" x 38" • 19" x 120"

- KITCHEN SINK: Acri-Tec 15 x 15 Stainless Steel Bar Sink, Single

Bowl with Single-Hole Faucet Drilling (Model # 240204)

- FAUCET: Moen Adler Single-Handle Kitchen Faucet - Chrome Finish

(Model # 87201)

3

OAK HANDRAIL

- SHERWIN WILLIAMS SW 7008 ALABASTER (SEMI-GLOSS

FINISH)

- RAILING TO COMPLY WITH OBC.

4

AutoCAD SHX Text

BASE AT WALL OR SOLID RAIL

AutoCAD SHX Text

CARPET

AutoCAD SHX Text

PLYWOOD TREAD AND RISER

AutoCAD SHX Text

CHAMFER

AutoCAD SHX Text

FULL STRINGER

AutoCAD SHX Text

CARRIAGE

AutoCAD SHX Text

LANDING

AutoCAD SHX Text

UP 3 RISERS

AutoCAD SHX Text

SUPPLY & INSTALL STANDARD SOLID OAK RAILING PAINT FINISH

2

3

8

"

D - 02

SINGLE DOOR LEVER

C/W LOCKSET REFER

TO SPEC. DOCUMENT

PAINTED, FIRE RATED

METAL DOOR & FRAME

REFER TO SPEC.

DOCUMENT

D - 01

DOUBLE DOOR LEVER C/W

LOCKSET REFER TO SPEC.

DOCUMENT

D - 01

SINGLE DOOR LEVER C/W

LOCKSET REFER TO SPEC.

DOCUMENT

D - 02

DOOR TYPE

PLAN VIEW

ELEVATION

D-01 D-02

4'-0"2"

6'-4"

4

7

8

"

4'-0"

4

7

8

"

DOUBLE DOOR

LEVER C/W LOCKSET

REFER TO SPEC.

DOCUMENT

PAINTED, FIRE

RATED METAL DOOR

& FRAME REFER TO

SPEC. DOCUMENT

6'-0" 2"2"

7'-0

"2

"

2"

PROVIDE GLASS

VISION PANEL

AS NOTED

A8

-

Project Specific:

Drawn By:

Drawing No.:

Checked By:








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Standards.






work.





project.

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

DOOR & ROOM FINISH

SCHEDULES

DOOR SCHEDULE

DOOR PLAN VIEW & ELEVATIONS

ROOM FINISH SCHEDULE

N.T.S.

AutoCAD SHX Text

DOOR SCHEDULE

AutoCAD SHX Text

TAG

AutoCAD SHX Text

QTY

AutoCAD SHX Text

SIZE (WxHxD)

AutoCAD SHX Text

ROOM

AutoCAD SHX Text

FRR

AutoCAD SHX Text

GLASS PANEL

AutoCAD SHX Text

HARDWARE

AutoCAD SHX Text

MATERIAL & FINISH

AutoCAD SHX Text

NOTES

AutoCAD SHX Text

DOOR OPERATOR SECS.

AutoCAD SHX Text

D-1

AutoCAD SHX Text

1

AutoCAD SHX Text

72"x84"x2"

AutoCAD SHX Text

STORAGE ROOM

AutoCAD SHX Text

NO

AutoCAD SHX Text

NO

AutoCAD SHX Text

SWING DOOR; LEVER HANDLE; KEY ENTRY; KEYED TO OUR MASTER

AutoCAD SHX Text

HM-G 16 GALV

AutoCAD SHX Text

-

AutoCAD SHX Text

-

AutoCAD SHX Text

D-2

AutoCAD SHX Text

1

AutoCAD SHX Text

44"'x84"x2"84"x2"x2"

AutoCAD SHX Text

CLASSROOM

AutoCAD SHX Text

NO

AutoCAD SHX Text

YES

AutoCAD SHX Text

AODO PUSH BUTTON OPERATOR; LEVER HANDLE; CARD READER

AutoCAD SHX Text

SOLID CORE WOOD DOOR; STEEL FRAME; W/ GLAZING; C/W 12" ACRYLIC PVC KICK PLATE

AutoCAD SHX Text

TO MATCH DOOR D-0 FINISH

AutoCAD SHX Text

HUNTER HA-8-LP

AutoCAD SHX Text

ROOM

AutoCAD SHX Text

FLOOR

AutoCAD SHX Text

WALLS

AutoCAD SHX Text

CEILING

AutoCAD SHX Text

ROOM#

AutoCAD SHX Text

NAME

AutoCAD SHX Text

FIN.

AutoCAD SHX Text

BASE

AutoCAD SHX Text

P1

AutoCAD SHX Text

P2

AutoCAD SHX Text

P3

AutoCAD SHX Text

FIN.

AutoCAD SHX Text

HEIGH

AutoCAD SHX Text

SPEC.

AutoCAD SHX Text

H338a

AutoCAD SHX Text

SIMULATION ROOM

AutoCAD SHX Text

JOHNSONITE SHEET FLOORING 350 SYLAR CG (COOL GREY) TILE SIZE: 24"*24"

AutoCAD SHX Text

JOHNSONITE 72 HARBOUR

AutoCAD SHX Text

SHERIWIN WILLIAMS SW 7008 ALARBASTER (SATIN FINISH)

AutoCAD SHX Text

SHERIWIN WILLIAMS SW 7612 (SATIN FINISH)

AutoCAD SHX Text

SHERIWIN WILLIAMS SW 7068 GRIZZLE GREY (SATIN FINISH)

AutoCAD SHX Text

ACOUSTIC CEILING TILE (SUSPENDED METAL GRID AND LAY-IN 24"*24" ACOUSTIC TILE U/S @2950mm A.F.F UNLESS NOTED OTHERWISE

AutoCAD SHX Text

2950mm

AutoCAD SHX Text

ARMSTRONG ULTIMA 1910

AutoCAD SHX Text

H338b

AutoCAD SHX Text

CLASSROOM

AutoCAD SHX Text

EXISTING FLOOR TO REMAIN

AutoCAD SHX Text

-

AutoCAD SHX Text

-

AutoCAD SHX Text

ACOUSTIC CEILING TILE (SUSPENDED METAL GRID AND LAY-IN 24"*24" ACOUSTIC TILE U/S @2950mm A.F.F UNLESS NOTED OTHERWISE

AutoCAD SHX Text

2950mm

AREA

H351

986 sq. ft.

40.33 SQFT74.82 SQFT

Storage & Copy

Area

Control

Room

Simulation

Room

Locked

storage

Nurse Station Computer

Station

Locked

storage 2

Locked

storage 1

AREA

60 sq. ft.

AREA

65 sq. ft.

H313

AREA

51 sq. ft.

AREA

268 sq. ft.

AREA

268 sq. ft.

AREA

AREA

AREA

AREA

AREA

AREA

AREA

AREA

AREA

AREA

2105 sq. ft.

AREA

AREA

AREA

AREA

H318

H344

H346a

S303-H

H346

H329

S302-H

H325

H300

H321

H352

H335

H339

H320c

H320a

H320

H310

H310c

S304-H

H312

H314

S305-H

58 sq. ft.

99 sq. ft.

170 sq. ft.

246 sq. ft.

209 sq. ft.

306 sq. ft.

919 sq. ft.

1109 sq. ft.

535 sq. ft.

1373 sq. ft.

1370 sq. ft.

1106 sq. ft.

669 sq. ft.

1'-4

1

8

"

3'-3

7

8

"

DRAWN BY: SCALE:

CHECKED BY:

DATE:

REVIEW ALL DRAWINGS AND VERIFY ALL DIMENSIONS AT THE SITE. DO NOT SCALE THEDRAWINGS. REPORT ALL DISCREPANCIES TO THE ENGINEER BEFORE PROCEEDING WITH ANYCONSTRUCTION OR SHOP FABRICATION. ALL DRAWINGS, SPECIFICATIONS AND RELATEDDOCUMENTS ARE THE COPYRIGHT PROPERTY OF `MANTECON PARTNERS' AND MUST BE RETURNEDUPON REQUEST. REPRODUCTION OF DRAWINGS, SPECIFICATIONS AND RELATED DOCUMENTS INPART OR WHOLE IS FORBIDDEN WITHOUT THE ENGINEER'S WRITTEN PERMISSION.

PROJECT NUMBER:

STRUCTURAL MECHANICAL ELECTRICAL CIVILENGINEERS

15 FOUNDRY STREET, DUNDAS, ON, L9H 2V6Phone: (905)648-0373 www.manteconpartners.com

NO. ISSUED DATE BY

SEAL

TRUE NORTH CONSTRUCTION NORTH

DRAWING TITLE:

PROJECT:

1 ISSUED FOR REVIEW 2019-05-10

DRAWING NUMBER:

2019-05-03

19-033

CLIENT

MANTECONPARTNERS

SHERIDAN COLLEGE

H338 - PN / PSW

BRAMPTON, ONTARIO7899 MCLAUGLIN ROAD

heridan

LABORATORY & SIMULATION

W.D.

DAVIS CAMPUS

ROOM RENOVATION

2 ISSUED FOR TENDER 2019-05-22 W.D.

LEAD SHEET(GENERAL NOTES, LEGENDAND KEY PLAN)

C.S.

W.D.

N.T.S.

M0

1. REFER TO SITE AND OWNER INSTRUCTIONS FOR PHASING AND STAGING.

2. DO NOT SCALE DRAWINGS FOR INSTALLATION PURPOSES. OBTAIN ALL DIMENSIONS FROM ARCHITECTURALPLANS, MANUFACTURER'S SHOP DRAWINGS, AND ON SITE INSPECTIONS.

3. MECHANICAL AND ELECTRICAL TRADES SHALL WORK IN CONJUNCTION WITH ONE ANOTHER SO AS TOAVOID INTERFERENCE'S BETWEEN PIPING, DUCTWORK, CONDUIT, LIGHTING FIXTURES, ETC.

4. WORK SHALL BE CO-ORDINATED THROUGH THE GENERAL CONTRACTOR PRIOR TO INSTALLATION OF ANYEQUIPMENT, DUCTWORK AND CONTROLS. CO-ORDINATE WITH ARCHITECTURAL ELEVATIONS FORARCHITECTURAL, MECHANICAL, AND ELECTRICAL SPACE ALLOCATIONS.

5. PROPERLY SUPPORT CEILING MOUNTED EQUIPMENT AND ANY OTHER EQUIPMENT INDEPENDENT OF CEILINGSUPPORT SYSTEM. REFER TO ARCHITECTURAL DETAILS AND CO-ORDINATE WITH STRUCTURAL TRADE.

6. REFER TO ARCHITECTURAL FOR OWNER SUPPLIED EQUIPMENT. CONFIRM ALL MECHANICAL REQUIREMENTSAND PROVIDE TO SUIT.

7. REVIEW ARCHITECTURAL, ELECTRICAL, AND STRUCTURAL DRAWINGS AND PROVIDE ON SITE INSPECTIONS TODETERMINE FULL EXTENT OF PROJECT PRIOR TO SUBMITTING BID.

8. CONTRACTOR IS RESPONSIBLE FOR MAINTAINING ALL MECHANICAL SERVICES TO THE OCCUPIED AREATHROUGHOUT THE PHASING OF THE WORK. PROVIDE CONSTRUCTION VALVES, TEMPORARY DUCTWORKAND PIPING AS REQUIRED TO LIMIT THE SHUT DOWN OF SERVICES TO ONE TIME.

9. EXISTING MECHANICAL SERVICES SHOWN ON THESE DRAWINGS WERE TAKEN FROM THE ORIGINALCONTRACT DRAWINGS AS LISTED BELOW. THE CONTRACTOR SHALL VERIFY EXACT SIZE AND LOCATION OFALL EXISTING SERVICES ON SITE AND SHALL REMOVE ALL REDUNDANT SERVICES IN THE AREAS OFCONSTRUCTION.

10. ALL DRAWINGS ARE INTEGRATED WITH THE SPECIFICATIONS WHICH ACCOMPANY THEM. NEITHER IS TO BEUSED ALONE. ANY ITEM OR SUBJECT OMITTED FROM ONE BUT IMPLIED IN THE OTHER IS FULLY AND PROPERLYREQUIRED. WHEREVER DIFFERENCE OCCURS, THE MOST ONEROUS CONDITION GOVERNS.

11. AVOID ANY DIRECT CONTACT BETWEEN ANY PIPING, DUCTING AND ELECTRICAL CONDUIT SYSTEMS. TOPREVENT SOUND TRANSMISSION.

12. IF ANY AREAS ARE AFFECTED BY THE NEW SCOPE OF WORK, CONTRACTOR TO CARRY COSTS FOR THEREMOVAL AND INSTALLATION OF THE EXISTING CEILING TILES. REFER TO ARCHITECTURAL NEW REFLECTEDCEILING PLAN FOR SCOPE OF NEW CEILING.

13. INSTALLATION SHALL BE COMPLETE AND FULLY FUNCTIONAL. PROVIDE ALL LABOR, MATERIALS, TOOLS,SERVICES, EQUIPMENT, ETC. AS REQUIRED.

14. PROVIDE ACCESS FOR SERVICING EQUIPMENT AS INDICATED, AS REQUIRED BY CODE AND ASRECOMMENDED BY THE MANUFACTURER.

15. PROVIDE ACCESS DOORS AS NECESSARY FOR ACCESS TO VALVES, DAMPERS, AND OTHER COMPONENTSREQUIRING MONITORING, INSPECTION, AND MAINTENANCE.

16. INSTALL EQUIPMENT, DUCTS, AND PIPES PARALLEL TO OR PERPENDICULAR TO BUILDING LINES. PROVIDESPACE, UNIONS AND FLANGES FOR DISASSEMBLY, SERVICING AND REMOVAL OF EQUIPMENT.

17. THE CONTRACTOR SHALL, WITH APPROVAL OF THE OWNER AND AT NO ADDITIONAL CONTRACT COST,REMOVE, REARRANGE AND/OR RELOCATE ANY OBSTRUCTIONS WHICH INTERFERE WITH INSTALLATION OFNEW WORK.

18. ALL SHUTDOWN OF ANY PORTION OF EXISTING BUILDING SYSTEMS SHALL BE PERFORMED WITH THEOWNER'S CONSENT. THE CONTRACTOR SHALL COORDINATE WITH THE OWNER FOR TIME AND DURATIONOF SERVICE INTERRUPTIONS. INCLUDE COST OF PREMIUM TIME IN THE CONTRACT PRICE FOR WORKPERFORMED DURING NIGHTS, WEEK-ENDS OR OTHER TIME OUTSIDE NORMAL WORKING HOURS ASNECESSARY TO MAINTAIN MECHANICAL SERVICES IN OPERATION.

19. WHEN A CONFLICT OCCURS BETWEEN INSTALLATION DETAILS, DIAGRAMS, ETC. INDICATED IN THECONTRACT DOCUMENTS AND MANUFACTURER'S INSTALLATION INSTRUCTIONS, THE MANUFACTURER'SINSTRUCTIONS SHALL GOVERN AND SHALL BE FOLLOWED.

20. DUE TO INCONSISTENT RECORD OF EXISTING SERVICES NOT ALL SERVICES MAY BE SHOWN, OR IF SHOWNMAY NOT BE ACCURATE. IT IS CONTRACTORS RESPONSIBILITY TO FIELD CONFIRM ALL SERVICES.

21. CONTRACTOR IS TO VERIFY CONNECTION POINTS TO EXISTING SERVICES ON SITE.

22. CHECK AND VERIFY LOCATION OF ALL PIPES, DUCTS AND EQUIPMENT WITH ALL OTHER TRADES TO PREVENTINTERFERENCE. REMOVAL OR RELOCATION OF ANY SUCH WORK INTERFERING WITH WORK OF OTHERTRADES IS THE RESPONSIBILITY OF THE MECHANICAL TRADE CONCERNED UNLESS OTHERWISE APPROVED INWRITING.

23. IN ALL INSTANCES THE NEED FOR ACCESS DOOR IN GWB CEILINGS SHOULD BE AVOIDED IF POSSIBLE.WHERE INSTALLATION OF COMPONENTS WHICH REQUIRE ACCESS CANNOT BE AVOIDED, SUBMIT(DIMENSIONED) LAYOUT ON ARCHITECTURAL REFLECTED CEILING PLANS TO CONSULTANTS FOR APPROVALPRIOR TO INSTALLATION OF COMPONENT.

24. PROVIDE SIGN IDENTIFYING LOCATION OF ALL VALVES INSTALLED IN CEILING SPACE.

1. CONTRACTOR IS TO ENSURE THAT ALL EXISTING PIPING SERVING EXITING AREAS REMAIN IN SERVICE UNTILTHESE AREAS ARE RECONNECTED TO NEW SERVICES. ONLY THEN OBSOLETE PIPING IS TO BE REMOVED ASSHOWN.

2. ALL DISTURBED SURFACES AFTER PIPE REMOVAL OR REROUTING TO BE FILLED-IN WITH APPROPRIATEMATERIAL TO MAINTAIN FIRE SEPARATION AND PATCHED TO MATCH EXISTING OR NEW.

3. CONTRACTOR IS TO ENSURE THAT ALL EXISTING REMOVED FIXTURES AND EQUIPMENT REMAIN THEPROPERTY OF THE OWNER.

4. AFTER PIPE/DUCT REMOVAL ALL EXISTING OPENINGS IN FIRE SEPARATION ARE TO BE FILLED-IN TO MAINTAININTEGRITY OF THAT FIRE SEPARATION.

1. REFER TO ARCHITECTURAL REFLECTED CEILING PLAN FOR CO-ORDINATION OF GRILLES, DIFFUSERS ANDOTHER ELEMENTS.

2. CONTRACTORS SHALL COORDINATE ALL CEILING FINISHES WITH OWNER AND MATCH EXISTING.CONTRACTOR SHALL REVIEW MECHANICAL DRAWINGS, ARCHITECTURAL REFLECTED CEILING PLANS ANDARCHITECTURAL ROOM FINISH SCHEDULES AS SOON AS CONTRACT DOCUMENTS ARE SIGNED. ADVISECONSULTANT OF ANY CONFLICTS BETWEEN CEILING TYPE AND DIFFUSER/GRILLE TYPE.

3. THE CONTRACTOR SHALL VERIFY ALL CEILING FINISHES WITH ARCHITECTURAL DRAWINGS. CONTRACTORAND DIFFUSER/GRILLE SUPPLIER ARE RESPONSIBLE TO PROVIDE ALL PLASTER AND FINISHING FRAMES,MOUNTING HARDWARE, AND ACCESSORIES TO SUIT ARCHITECTURAL CEILING TYPES. MECHANICALCONTRACTOR SHALL CO-ORDINATE AND PROVIDE DETAILS OF MOUNTING REQUIREMENTS OF DIFFUSERSAND GRILLES IN DRYWALL CEILINGS TO DRYWALL TRADE AND ENSURE EDGES OF OPENINGS ARE FRAMED BYDRYWALL TRADE TO SUPPORT DIFFUSERS AND GRILLES PROPERLY. DIFFUSERS AND GRILLES MUST NOT BESUPPORTED SOLELY BY HANGER WIRES.

4. CONTRACTOR TO CARRY FOR ADDITIONAL DUCTS AND DUCT FITTING REQUIRED TO CLEAR THEINTERFERENCES IN THE CEILING SPACE.

5. ALL NEW DUCTWORK TO BE CLEANED.

6. ALL DUCTWORK FITTINGS SHALL BE RIGID GALVANIZED IRON.

7. CONTRACTOR TO TAKE ALL MEASUREMENTS NECESSARY TO DETERMINE CURRENT SYSTEMS PERFORMANCEIN AREAS THAT WILL CONTINUE TO BE SERVED BY EXISTING AIR HANDLING EQUIPMENT AND SHALL REPORTALL MEASUREMENTS MADE PRIOR TO START OF DEMOLITION.

8. ON COMPLETION OF DUCT ALTERATIONS, AIR BALANCE TECHNICIAN SHALL REBALANCE ALL EXISTINGSYSTEMS TO DELIVER PRE-CONSTRUCTION FLOWS.

9. WHERE MODIFICATIONS HAVE BEEN DONE TO THE HEATING WATER CIRCUITS CONTRACTOR MUSTREBALANCE THE AFFECTED PARTS.

GENERAL NOTES - MECHANICAL

GENERAL DEMOLITION NOTES - MECHANICAL

HVAC NOTESMECHANICAL DRAWING LIST

LEGEND - HVAC - PIPING

LEGEND - HVAC - AIR DISTRIBUTIONTHIS LEGEND OF SYMBOLS REPRESENTS MANTECON PARTNERS INC. STANDARD/GENERIC LEGEND.

ALL SYMBOLS MAY NOT APPEAR ON DRAWINGS.

REFER DESCRIPTION

THIS LEGEND OF SYMBOLS REPRESENTS MANTECON PARTNERS INC. STANDARD/GENERIC LEGEND.ALL SYMBOLS MAY NOT APPEAR ON DRAWINGS.

REFER DESCRIPTION

EXISTING PIPING TO REMAIN

HOT WATER HEATING SUPPLY

HOT WATER HEATING RETURN

PIPING RISER UP

PIPING DROP

PIPING RISER UP & DOWN

TEE

ELBOW - 90°

WYE

REDUCER

UNION

FLANGE

STRAINER

3-WAY CONTROL VALVE

2-WAY CONTROL VALVE

ISOLATING (SHUT-OFF) VALVE

THROTTLING (BALANCING) VALVE

CIRCUIT BALANCING VALVE

CHECK VALVE

MANUAL AIR VENT

AUTOMATIC AIR VENT

POSITIVE PRESSURE (SUPPLY) DUCT UP

POSITIVE PRESSURE (SUPPLY) DUCT UP

NEGATIVE PRESSURE (RETURN) DUCT UP

POSITIVE PRESSURE (SUPPLY) DUCT DOWN

POSITIVE PRESSURE (SUPPLY) DUCT DOWN

NEGATIVE PRESSURE (RETURN) DUCT DOWN

EXISTING DUCTWORK TO BE REMOVED

EXISTING DUCTWORK TO REMAIN

NEW DUCTWORK

CROSSHATCHING ON DUCTWORK INDICATES 1"(25mm) DUCT LINING AS SPECIFIED.

DUCTWORK WITH INSULATION

SUPPLY AIR DIFFUSER (SQUARE)

RETURN/EXHAUST GRILLE

FULL RADIUS DUCT CONNECTION

TAP-IN DUCT CONNECTION

ROUND DUCT CONNECTION

VOLUME DAMPER

BALANCING DAMPER

OPPOSED BLADE BALANCING DAMPER

OPEN ENDED DUCT

EXISTING ELECTRIC REHEAT COIL

NOT IN CONTRACT

THERMOSTAT

CAP

M0 LEAD SHEET

M0.1 SPECIFICATIONS

M0.2 SPECIFICATIONS

M0.3 SPECIFICATIONS

M1 HVAC & PIPING DEMOLITION PLAN

M2 HVAC & PIPING PROPOSED PLAN

M3 FIRE PROTECTION DEMOLITION & PROPOSED PLAN

M4 CONTROL SCHEMATICS

M5 DETAILS AND SCHEDULES

EXSCFM INDICATES EXISTING SUPPLY AIR OULET

INDICATES EXISTING RETURN AIR OUTLETEXRCFM

T

(NAME) EX

HWS

HWR

CBV

VD

BD

OBBD

OED

ERC

N.I.C.

CAP

THIS LEGEND OF SYMBOLS REPRESENTS MANTECON PARTNERS INC. STANDARD/GENERIC LEGEND.ALL SYMBOLS MAY NOT APPEAR ON DRAWINGS.

FIRE PROTECTION NOTES

LEGEND - FIRE PROTECTION

1. SPRINKLER CONTRACTOR IS RESPONSIBLE FOR DESIGN OF SPRINKLER SYSTEM IN STRICT ACCORDANCE WITHTHE ONTARIO BUILDING CODE, ALL APPLICABLE NFPA STANDARDS, THE REQUIREMENTS OF THE OWNER'SINSURANCE UNDERWRITERS ENGINEERING AUTHORITY (O.I.U.E.A.) AND AUTHORITIES HAVINGJURISDICTION.

2. THE CONTRACTOR SHALL COORDINATE THE INSTALLATION WITH THE WORK OF OTHER TRADES. PROVIDEHORIZONTAL AND/OR VERTICAL OFFSETS AS REQUIRED TO SUIT THIS COORDINATION.

3. PROVIDE ADDITIONAL SPRINKLER HEADS AS REQUIRED TO SUIT OBSTRUCTIONS GREATER THAN 1200mm(48") [I.E.: DUCTWORK, BULKHEADS, ETC.].

4. CONTRACTOR SHALL PAY ALL FEES, CHARGES AND COSTS REQUIRED FOR REVIEWS, INSPECTIONS, TESTS ORCOMMENTS IN REGARDS TO THIS PROJECT.

5. THE SPRINKLER LAYOUT SHOWN ON THESE DRAWINGS SERVE AS A GENERAL SCOPE OF WORK. THESPRINKLER CONTRACTOR SHALL MAKE ALL MODIFICATIONS TO THE DESIGN TO COMPLY WITH AUTHORITIESREQUIREMENTS AND TO THE ARCHITECT'S APPROVAL. SPRINKLER HEADS MAY BE ADDED OR DELETED TOPROVIDE ADEQUATE COVERAGE AS DETERMINED BY THE SPRINKLER CONTRACTOR AT NO EXTRA OR CREDITTO THE CONTRACT, PROVIDED ALL APPROVALS ARE MET IN FULL COORDINATION MECHANICAL, ELECTRICAL,STRUCTURAL AND ARCHITECTURAL ELEMENTS OF THE BUILDINGS.

6. FOR FINAL COORDINATION OF SPRINKLER LAYOUT REFER TO ARCHITECTURAL REFLECTED CEILING PLAN.

7. SPRINKLER CONTRACTOR IS TO SUBMIT LAYOUT OF SPRINKLER HEAD LOCATIONS TO ARCHITECT ANDCONSULTANTS FOR REVIEW.

8. IN "T" BAR CEILING LOCATE SPRINKLERS CENTERED LENGTHWISE WITH TILE, AT LEAST 6" FROM "T".

9. PROVIDE WIRE GUARDS ON ALL SPRINKLERS IN MECHANICAL AND ELECTRICAL ROOMS.

REFER DESCRIPTION

EXISTING PIPING

SPRINKLER PIPING

SPRINKLER HEAD - PENDENT

SPRINKLER HEAD - UPRIGHT

SPRINKLER HEAD - PENDENT c/w WIRE GUARD

E

SP

SCALE: 1/32" = 1'-0"1

M0

GROUND FLOOR KEY PLAN

AREA OF WORKH338 LAB

1. CONTRACTOR SHALL ENGAGE BASE BUILDING CONTROLS.

2. CONTRACTOR TO PERFORM ALL CONTROLS WORK.

CONTROLS NOTES:

AutoCAD SHX Text

ORIGINAL SHEET - ARCH D

AutoCAD SHX Text


AutoCAD SHX Text

Get

AutoCAD SHX Text

Creative

AutoCAD SHX Text

DIFFUSER/GRILLE

AutoCAD SHX Text

TYPE

AutoCAD SHX Text

AIR FLOW (CFM)

AutoCAD SHX Text

SIZE (IN)

DRAWN BY: SCALE:

CHECKED BY:

DATE:


PROJECT NUMBER:



NO. ISSUED DATE BY

SEAL


DRAWING TITLE:

PROJECT:


DRAWING NUMBER:

2019-05-03

19-033

CLIENT

MANTECONPARTNERS

SHERIDAN COLLEGE

H338 - PN / PSW


heridan


W.D.

DAVIS CAMPUS

ROOM RENOVATION


SPECIFICATIONS

C.S.

W.D.

N.T.S.

M0.1

19-033MECHANICAL SPECIFICATIONS - GENERAL 19-033

ABBREVIATED SPECIFICATION DESCRIBES SOME EQUIPMENT AND MATERIALS TO BE INCLUDED IN THE WORK.ONLY FIRST CLASS WORKMANSHIP, MATERIALS AND PRACTICES WILL BE ACCEPTED. THE STANDARDS TO BE METARE FULLY DESCRIBED IN THE MASTER SPECIFICATIONS OF MANTECON PARTNERS INC. AND ARE AVAILABLE FORREFERENCE AT THEIR MAIN OFFICE.

1. GENERAL

1.1 GENERAL REQUIREMENTS

A. READ AND CONFORM TO:

.1 THE CONTRACT CCDC 2-2008, STIPULATED PRICE CONTRACT AS AMENDED.

.2 DIVISION 1 REQUIREMENTS AND DOCUMENTS REFERRED TO THEREIN.

B. THE SPECIFICATIONS ARE INTEGRAL WITH THE DRAWINGS WHICH ACCOMPANY THEM. NEITHER IS TO BEUSED ALONE. ANY ITEM OR SUBJECT OMITTED FROM ONE BUT IMPLIED IN THE OTHER IS FULLY ANDPROPERLY REQUIRED.

C. WHEREVER DIFFERENCES OCCUR IN THE TENDER DOCUMENTS, THE MOST ONEROUS CONDITIONGOVERNS. BASE THE BID ON THE COSTLIEST ARRANGEMENT.

D. ENSURE SUB-CONTRACTORS UNDERTAKING THE WORK PROVIDE A 50% PERFORMANCE BOND AND A 50%LABOUR AND MATERIALS PAYMENT BOND. IN ADDITION, ENSURE SUB-CONTRACTORS EMPLOYED TOUNDERTAKE ANY PART OF THE WORK THAT IS $50,000.00 OR GREATER IN CONTRACT VALUE PROVIDE A50% PERFORMANCE BOND AND A 50% LABOUR AND MATERIALS BOND TO THE PARTY THEY ARE INCONTRACT WITH.

E. CONFORM TO THE LATEST EDITION OF ONTARIO BUILDING CODE (PART 7), ONTARIO FIRE CODE, LOCAL &DISTRICT BYLAWS, REGULATIONS, & PUBLISHED ENGINEERING STANDARDS.

F. CONFORM TO THE LATEST EDITION OF CSA STANDARDS: CSA-Z317, Z7396, B242, B149, B139, & B64.

G. NOTIFY CONSULTANT UPON DISCOVERY OF CONDITIONS WHICH ADVERSELY AFFECT WORK OF THISDIVISION. NO ALLOWANCE WILL BE MADE AFTER LETTING OF CONTRACT FOR ANY EXPENSES INCURREDTHROUGH FAILURE TO DO SO.

H. ARRANGE AND PAY FOR PERMITS AND INSPECTIONS BY AUTHORITIES HAVING JURISDICTION, REQUIRED INTHE UNDERTAKING OF THIS DIVISION. MAKE MODIFICATIONS REQUIRED BY AUTHORITIES.

I. ALL TRADESMEN EMPLOYED ON THE PROJECT SHALL HOLD VALID TRADE CERTIFICATES/LICENSES ANDSHALL MAKE A COPY AVAILABLE FOR REVIEW BY THE CONSULTANT AND/OR OWNER WHEN REQUESTED

1.2 SCOPE OF WORK

A. PRODUCTS AND METHODS MENTIONED OR SHOWN IN THE CONTRACT DOCUMENTS COMPLETE WITHINCIDENTALS NECESSARY FOR A COMPLETE OPERATING INSTALLATION. PROVIDE ALL TOOLS, EQUIPMENTAND SERVICES REQUIRED TO DO THE WORK.

B. SITE EXAMINE EXISTING CONDITIONS WHICH MAY AFFECT WORK OF THIS DIVISION. EXAMINE ALLCONTRACT DOCUMENTS IN CONJUNCTION WITH SITE EXAMINATION TO ENSURE THAT WORK OF THISDIVISION MAY BE SATISFACTORILY COMPLETED.

C. DISCONNECTION AND REMOVAL OF VARIOUS MECHANICAL EQUIPMENT IN AREAS TO BE TURNED OVERTO THE OWNER.

DISCONNECTION AND MAKING SAFE OF VARIOUS MECHANICAL SYSTEMS AND EQUIPMENT IN AREASTO BE DEMOLISHED AND/OR RENOVATED.

D. ISOLATE AND DRAIN SYSTEMS AS REQUIRED TO EFFECT DEMOLITION, RENOVATIONS, MODIFICATIONS AND/ORREPAIRS. DISCONNECT, CAP AND MAKE SAFE ALL MECHANICAL SERVICES TO THE BUILDING INCLUDING, BUT NOTLIMITED TO; SANITARY SEWER(S), STORM SEWER(S), WATER SERVICE, NATURAL GAS SERVICE, STEAM SERVICE,CONDENSATE RETURN, WATER SUPPLY TO STANDPIPE AND SPRINKLER SYSTEMS, FIRE SUPPRESSION SYSTEMS HOTWATER HEATING SYSTEMS, STEAM AND CONDENSATE SYSTEMS.

E. ON COMPLETION OF RENOVATIONS, MODIFICATIONS AND/OR REPAIRS, TEST ENTIRE SYSTEM AS IF NEW. REPORTREPAIRS OR REPLACEMENTS REQUIRED OF EXISTING EQUIPMENT, PIPING, FITTINGS OR DEVICES THAT ARE NOTINCLUDED IN CONTRACT TO CONSULTANT AND OWNER FOR INSTRUCTION. FLUSH, CLEAN AND REFILL RENOVATEDSYSTEMS AS SPECIFIED FOR NEW.

F. BE RESPONSIBLE FOR THE EXCAVATION & BACKFILL NECESSARY FOR INSTALLATION OF UNDERGROUNDWORK. EXCAVATE WITH SUITABLE MACHINERY OR BY HAND AS NECESSARY.

G. CUTTING AND PATCHING OF NEW OR EXISTING WORK.

H. IDENTIFICATION OF EQUIPMENT, PIPING, VALVES AND CONTROLLERS.

I. PERFORM START-UP AND COMPLETELY COMMISSION ALL EQUIPMENT AND SYSTEMS INSTALLED AND/OR MODIFIEDUNDER THIS CONTRACT. COMMISSIONING WORK SHALL BE COMPLETED TO THE SATISFACTION OF THECONSULTANT PRIOR TO ACCEPTANCE OF THE WORK OR ANY PART THEREOF.

J. APPLY FOR & OBTAIN ALL PERMITS INCLUDING BUILDING PERMITS, & TSSA APPLICATIONS, LICENSES, OR CERTIFICATESNECESSARY FOR THE PERFORMANCE OF THE WORK. COORDINATE ALL WORK WITH BUILDING OFFICIALS &AUTHORITIES HAVING JURISDICTION.

K. TAKE SUCH MEASURES AND INCLUDE IN BID PRICE FOR THE PROPER PROTECTION OF THE EXISTINGBUILDING AND ITS FINISHES AT ALL TIMES DURING ALTERATIONS AND CONSTRUCTION OF THE NEWADDITION. COORDINATE THIS PROTECTIVE WORK WITH ALL TRADES.

L. VERIFY THE CORRECT OPERATION OF EACH EQUIPMENT ITEM PROVIDED AND/OR ALTERED AND EACHSYSTEM IN TOTAL AND OBTAIN THE OWNER'S APPROVAL PRIOR TO STARTING AND/OR RETURNING TOOPERATION.

1.3 SUBMITTALS

A. SHOP DRAWINGS: PREPARE AND SUBMIT TWO (2) COPIES OF SHOP DRAWINGS OF ALL EQUIPMENT ITEMSTO THE CONSULTANT FOR REVIEW. THE CONSULTANT WILL RETURN ONE COPY, MARKED WITHCOMMENTS AND HIS REVIEW STAMP AS HE DEEMS APPROPRIATE.

.1 CLEARLY INDICATE MANUFACTURER'S AND SUPPLIER'S NAMES, MODEL NUMBERS, DETAILS OFCONSTRUCTION, ACCURATE DIMENSIONS, CAPACITIES AND PERFORMANCE. PRIOR TOSUBMISSION CHECK AND CERTIFY AS CORRECT, SHOP DRAWINGS AND DATA SHEETS. DO NOTORDER EQUIPMENT UNTIL A COPY OF THE SHOP DRAWINGS, REVIEWED BY CONSULTANT, HASBEEN RETURNED TO CONTRACTOR.

.2 THE CONSULTANT WILL NOT REVIEW SHOP DRAWINGS THAT FAIL TO BEAR THE CONTRACTOR'SSTAMP OF APPROVAL OR CERTIFICATION.

B. AS-BUILT RECORDS: BEFORE FINAL PAYMENT, SUBMIT TWO SETS OF AS-BUILTS DRAWINGS IN AUTOCAD FORMATSHOWING ALL CHANGES & CONCEALED SERVICES DIMENSIONED. AUTOCAD FILES SHALL BE PROVIDED TO THECONTRACTOR BY MANTECON PARTNERS INC AT A FEE OF $500.00 UPON REQUEST.

C. REQUESTS FOR SHUT-DOWN: OBTAIN PERMISSION FOR SYSTEMS SHUT-DOWN AND/OR SERVICEINTERRUPTION FROM THE OWNER PRIOR TO DISRUPTION OF ANY SYSTEM OR SERVICE IN USE BY THEOWNER. EMPLOY THE OWNER'S STANDARD FORM OF REQUEST WHERE AVAILABLE.

D. REQUESTS FOR START-UP: OBTAIN PERMISSION FROM THE OWNER TO START-UP OR TO RETURN TO SERVICEANY ITEM OF EQUIPMENT, SYSTEM OR SERVICE INSTALLED NEW OR PREVIOUSLY SHUT-DOWN.

E. WARRANTY: PROVIDE WRITTEN GUARANTEE FOR ALL NEW EQUIPMENT & WORKMANSHIP FOR ONE (1) YEAR FROMDATE OF SUBSTANTIAL COMPLETION. FIVE (5) YEARS FOR COMPRESSOR & HEAT EXCHANGER. DEFECTIVE PARTSREPAIRED OR REPLACED WITHOUT CHARGE.

2 COMMON WORK RESULTS

2.1 PIPING SPECIALTIES

A. CAST BRASS, PRESSURE, COPPER TO COPPER UNIONS SHALL BE USED WITH SEAMLESS COPPER TUBINGSMALLER THAN 3" (75 MM).

B. CAST BRASS FLANGES SHALL BE USED WITH SEAMLESS COPPER TUBING, TYPE L FOR TUBING 3" (75 MM)AND LARGER.

C. DART TYPE, 125 LB. (860 KPA) BLACK MALLEABLE IRON UNIONS SHALL BE USED WITH ALL STEEL PIPE FORPIPING 2-1/2" (65 MM) AND SMALLER.

D. SLIP-ON, 150 LB. (1000 KPA) CARBON STEEL FLANGES WITH 1/16" (4 MM) RAISED FACE SHALL BE USEDWITH ALL STEEL PIPE FOR PIPING LARGER THAN 2-1/2" (65 MM).

E. GASKETS FOR JOINING FLANGED STEEL PIPE SHALL BE 1/16" (4 MM) CRANITE RING TYPE GASKETS.

F. PIPING SPECIALTIES INCLUDING BACKFLOW PREVENTERS, STRAINERS, VALVES ETC. SHALL BE LINE SIZEUNLESS INDICATED OTHERWISE ON DRAWINGS.

G. STRAINERS

.1 APPROVED MANUFACTURERS: SARCO SB, S.A. ARMSTRONG, CRANE, CONBRACO, COLTON

.2 IN COPPER TUBING: CLASS 250, WYE TYPE, BRONZE, SCREWED CONNECTION, WITH BLIND CAPS,AND 1/32" (0.8 MM) PERFORATED STAINLESS STEEL SCREEN.

.3 IN STEEL PIPING: 2" (50MM) AND SMALLER

.1 BODY AND COVER: SCREWED, LINE SIZE Y TYPE STRAINER, SEMI-STEEL CONFORMING TOASTM A278-85, CLASS 30, COMPLETE WITH SCREWED BLIND CAP. PRIMARY SERVICE RATINGOF 125 PSI @ 350 F (860 KPA @ 178 C). BODY SHALL HAVE SIDE DRAIN CONNECTION.

.2 SCREEN: PERFORATED TYPE 304 STAINLESS STEEL SERVICE:

.1 WATER 1/32" (0.8 MM)

2.2 FIRE STOPPING COMPOUNDS

A. APPROVED MANUFACTURER: 3M PRODUCTS INDICATED.

B. OTHER ACCEPTABLE MANUFACTURERS OFFERING EQUIVALENT PRODUCTS: DOW CORNING, JOHNMANVILLE, HILTI FIRESTOP SYSTEMS

C. FIRE RATED SEALANTS: INTUMESCENT MATERIAL, SYNTHETIC ELASOMERS, CAPABLE OF EXPANDING UP TO8 TO 10 TIMES WHEN EXPOSED TO TEMPERATURES OF 250°F (121°C) OR HIGHER. ULC LISTED ANDLABELLED.

2.3 NAMEPLATES

A. PROVIDE LAMINATED PLASTIC PLATES WITH BLACK FACE AND WHITE CENTRE OF MINIMUM SIZE 3-1/2" X1-1/2" X 3/32" (90 X 40 X 2 MM) NOMINAL THICKNESS, ENGRAVED WITH 1/4" (6 MM) HIGH LETTERING.USE 1" (25 MM) LETTERING FOR MAJOR EQUIPMENT.

B. FASTEN NAMEPLATES SECURELY IN CONSPICUOUS PLACE. WHERE NAMEPLATES CANNOT BE MOUNTEDON COOL SURFACE, PROVIDE STANDOFFS.

C. IDENTIFY EQUIPMENT TYPE AND NUMBER AND SERVICE OF AREAS OR ZONE OF BUILDING SERVED.

D. FOR EACH ITEM OF EQUIPMENT WHICH MAY BE STARTED AUTOMATICALLY OR REMOTELY, ADD A REDLAMACOID PLATE, 2-1/2" X 9" (65 X 230 MM), READING: "WARNING. THIS EQUIPMENT ISAUTOMATICALLY CONTROLLED AND MAY START AT ANY TIME."

2.4 SLEEVES

A. MATERIALS: MINIMUM SCHEDULE 20 GALVANIZED STEEL OR CAST IRON.

2.5 PENETRATION SEALS

A. APPROVED MANUFACTURER: LINK-SEA

B. MODULAR MECHANICAL TYPE, CONSISTING OF INTERLOCKING SYNTHETIC RUBBER LINKS SHAPED TO

CONTINUOUSLY FILL THE ANNULAR SPACE BETWEEN THE PIPE AND WALL OPENING. LINKS SHALL BELOOSELY ASSEMBLED WITH BOLTS TO FORM A CONTINUOUS RUBBER BELT AROUND THE PIPE WITH APRESSURE PLATE UNDER EACH BOLT HEAD AND NUT.

2.6 ACCESS DOORS

A. STANDARD UNIVERSAL FLUSH

.1 MATERIAL: UPT TO 16" X 16" (400X400) 16 GAUGE MOUNTING FRAME, OVER 16" X 16" (400X400)14 GAUGE DOOR, 16 GAUGE MOUNTING FRAME.

.2 HINGE: CONTINUOUS, CONCEALED.

.3 LATCH: STAINLESS STEEL SCREWDRIVER OPERATED CAM LATCH

.4 FINISH: STEEL: 5-STAGE IRON PHOSPHATE PREPARATION WITH PRIME COAT OF WHITE, ALKYDBAKING ENAMEL OR STAINLESS STEEL TYPE 304, NO. 4 SATIN POLISH.

.5 MANUFACTURERS: ACUDOR ACORN, CEB, MIFAB, CENDRES CONTOUR

B. RECESSED ACCESS DOOR

.1 MATERIAL: STEEL OR STAINLESS STEEL, 22 GAUGE DOOR, 22 GAUGE MOUNTING FRAME. DOOR-RECESSED 5/8"



.4 FINISH: SATIN COAT STEEL


C. FIRE RATED

.1 ACCESS DOORS IN FIRE SEPARATIONS OR FIRE RATED ASSEMBLIES: ULC LABELLED. REFER TOARCHITECTURAL DRAWINGS FOR RATINGS OF FIRE SEPARATIONS AND ASSEMBLIES. MINIMUM 12GAUGE.



.4 FINISH: STEEL: 5-STAGE IRON PHOSPHATE PREPARATION WITH PRIME COAT OF WHITE, ALKYDBAKING ENAMEL OR STAINLESS STEEL TYPE 304, NO. 4 SATIN POLISH.


3 SUPPORTS & ANCHORS

3.1 PIPE HANGERS AND SUPPORTS

A. APPROVED MANUFACTURERS: ANVIL, MYAT, HUN

B. HYDRONIC PIPING:

.1 CONFORM TO CSA B-51 AND ASME B31.9.

.2 HANGERS FOR PIPE SIZES 1/2" TO 1-1/2" (13 TO 38 MM): CARBON STEEL, ADJUSTABLE SWIVEL,SPLIT RING.

.3 HANGERS FOR COLD PIPE SIZES 2" (50 MM) AND OVER: CARBON STEEL, ADJUSTABLE, CLEVIS.

.4 HANGERS FOR HOT PIPE SIZES 2" TO 4" (50 TO 100 MM): CARBON STEEL, ADJUSTABLE, CLEVIS.

.5 HANGERS FOR HOT PIPE SIZES 6" (150 MM) AND OVER: ADJUSTABLE STEEL YOKE, CAST IRONROLL, DOUBLE HANGER.

.6 MULTIPLE OR TRAPEZE HANGERS: STEEL CHANNELS WITH WELDED SPACERS AND HANGER RODS.

.7 MULTIPLE OR TRAPEZE HANGERS FOR HOT PIPE SIZES 6" (150 MM) AND OVER: STEEL CHANNELSWITH WELDED SPACERS AND HANGER RODS, CAST IRON ROLL.

.8 WALL SUPPORT FOR PIPE SIZES TO 3" (76 MM): CAST IRON HOOK.

.9 WALL SUPPORT FOR PIPE SIZES 4" (100 MM) AND OVER: WELDED STEEL BRACKET AND WROUGHTSTEEL CLAMP.

.10 WALL SUPPORT FOR HOT PIPE SIZES 6" (150 MM) AND OVER: WELDED STEEL BRACKET ANDWROUGHT STEEL CLAMP WITH ADJUSTABLE STEEL YOKE AND CAST IRON ROLL.

.11 VERTICAL SUPPORT: STEEL RISER CLAMP.

.12 FLOOR SUPPORT FOR COLD PIPE: CAST IRON ADJUSTABLE PIPE SADDLE, LOCK NUT, NIPPLE, FLOORFLANGE, AND CONCRETE PIER OR STEEL SUPPORT.

.13 FLOOR SUPPORT FOR HOT PIPE SIZES TO 4" (100 MM): CAST IRON ADJUSTABLE PIPE SADDLE, LOCKNUT, NIPPLE, FLOOR FLANGE, AND CONCRETE PIER OR STEEL SUPPORT.

.14 FLOOR SUPPORT FOR HOT PIPE SIZES 6" (150 MM) AND OVER: ADJUSTABLE CAST IRON ROLL ANDSTAND, STEEL SCREWS, AND CONCRETE PIER OR STEEL SUPPORT.

.15 COPPER PIPE SUPPORT: CARBON STEEL RING, ADJUSTABLE, COPPER PLATED.

3.2 ACCESSORIES

A. HANGER RODS: GALVANIZED, CARBON STEEL CONTINUOUS THREADED.

B. INSERTS: MALLEABLE IRON CASE OF GALVANIZED STEEL SHELL AND EXPANDER PLUG FOR THREADEDCONNECTION WITH LATERAL ADJUSTMENT, TOP SLOT FOR REINFORCING RODS, LUGS FOR ATTACHING TOFORMS; SIZE INSERTS TO SUIT THREADED HANGER ROD

3.3 PIPE HANGER SPACING:

PIPE SIZE (IN) ROD DIAMETER (IN) SUPPORT SPACING (FT)

STEEL PIPE COPPER TUBE

1/2 3/8 7 6

3/4 3/8 7 6

1 3/8 7 6

1-1/4 3/8 7 6

1-1/2 3/8 9 8

2 3/8 10 9

2-1/2 3/8 12 10

3 3/8 12 10

4 5/8 14 12

6 7/8 17

8 7/8 19

10 7/8 21

12 7/8 23

14 1 25

16 1 27

18 1 28

3.4 DUCT HANGER SPACING:

DUCT SIZES (LARGEST SIDE) ANGLE SIZE ROD SIZE SPACING

UP TO 30" 1" X 1" X 1/8" 1/4" DIAMETER 10 FT

31" TO 42" 1-1/2" X 1-1/2" X 1/8" 1/4" DIAMETER 10 FT

43" TO 60" 1-1/2" X 1-1/2" X 1/8" 3/8" DIAMETER 10 FT

61" TO 84" 2" X 2" 1/8" 3/8" DIAMETER 8 FT

MECHANICAL SPECIFICATIONS - GENERAL 19-033FIRE PROTECTION SPECIFICATIONS1. GENERAL

1.1 GENERAL REQUIREMENT

A. COOPERATE WITH OTHER TRADES WHOSE WORK AFFECTS OR IS AFFECTED BY WORK OF THIS DIVISION TOENSURE SATISFACTORY INSTALLATION AND TO AVOID DELAYS. PROVIDE ALL MATERIALS TO BE BUILT-IN SUCHAS SLEEVES, ANCHORS, ETC., TOGETHER WITH ACCURATE DIMENSIONS OR TEMPLATES, PROMPTLY.

B. INSTALL PIPING, WHEREVER POSSIBLE, IN PARTITIONS AND ABOVE CEILING. DO NOT INSTALL PIPING INOUTSIDE WALLS UNLESS SO SHOWN ON DRAWINGS. WRAP UNINSULATED PIPING IN MASONRY WALLS WITHBUILDING PAPER.

C. WHERE PIPING PASSES THROUGH CONCRETE FLOORS, OR WALLS, SLEEVES SHALL BE SIZED TO PERMIT THE PIPETO EXPAND FREELY WITHOUT BINDING OR CRUSHING PIPE INSULATION

D. USE DIELECTRIC COUPLINGS WHERE PIPING OF DISSIMILAR METALS CONNECT.E. FLUSH WATER MAINS IN ACCORDANCE WITH PROCEDURES ESTABLISHED BY NFPA 24. REMOVE, CLEAN AND

REPLACE ALL STRAINERS IN SYSTEMS AFTER FLUSHING. THOROUGHLY CLEAN AND LUBRICATE ALL EQUIPMENT,AND LEAVE ALL ITEMS IN PERFECT ORDER READY FOR OPERATION.

2 SPRINKLER SYSTEM

2.1 ACCEPTABLE MANUFACTURERS:

A. VIKING, RELIABLE, TYCO

2.2 SPRINKLERS

A. SUSPENDED CEILING:

1. TYPE: SEMI-RECESSED PENDANT TYPE WITH MATCHING PUSH ON ESCUTCHEON PLATE.

2. FINISH: CHROME PLATED.

3. ESCUTCHEON PLATE FINISH: CHROME PLATED.

4. FUSIBLE LINK: GLASS BULB TYPE TEMPERATURE RATED FOR SPECIFIC AREA HAZARD.

2.3 ABOVE GROUND PIPING

A. STEEL PIPE: ASTM A53; SCHEDULE 10.

1. JOINED BY WELDING OR BY ROLL GROOVED PIPE AND FITTINGS:

.1 SCHEDULE 10 FOR SIZES 5" (125MM) AND SMALLER,

.2 0.134" (3.40MM) FOR 6" (150MM) DIAMETER,

.3 0.188" (4.78MM) FOR 8" AND 10" (200MM AND 250MM) DIAMETER.

2. JOINED WITH THREADED FITTINGS OR CUT GROOVE PIPE AND FITTINGS:

.1 SCHEDULE 40 FOR SIZES 6" (150MM) DIAMETER AND SMALLER,

.2 SCHEDULE 30 FOR SIZES 8" (200MM) DIAMETER AND LARGER.

B. PIPE FITTINGS:

1. STEEL FITTINGS: ASME B16.9, WROUGHT STEEL, BUTTWELDED;.

2. CAST IRON FITTINGS: ASME B16.1, FLANGES AND FLANGED FITTINGS;.

3. MALLEABLE IRON FITTINGS: ASME B16.3, THREADED FITTINGS.

4. MECHANICAL GROOVED COUPLINGS: MALLEABLE IRON HOUSING CLAMPS TO ENGAGE AND LOCK, "C"SHAPED ELASTOMERIC SEALING GASKET, STEEL BOLTS, NUTS, AND WASHERS; GALVANIZED FORGALVANIZED PIPE.

5. MECHANICAL FORMED FITTINGS: CARBON STEEL HOUSING WITH INTEGRAL PIPE STOP AND O-RINGPOCKET AND O-RING UNIFORMLY COMPRESSED INTO PERMANENT MECHANICAL ENGAGEMENT ONTOPIPE.

2.4 VALVES - GENERAL

A. CUL OR ULC AND FM APPROVED, LISTED AND LABELLED.

B. ALL VALVES CONTROLLING CONNECTIONS TO WATER SUPPLIES SHALL BE LISTED INDICATING VALVES.

C. CONFORM TO REQUIREMENTS OF ANSI, ASTM, ASME, AND APPLICABLE MSS STANDARDS.

MANUFACTURER'S NAME AND PRESSURE RATING CLEARLY MARKED ON BODY TO MSS-SP-25.

D. ALL VALVES SUPPLIED FOR THIS PROJECT SHALL HAVE A CURRENT AND VALID CANADIAN REGISTRATIONNUMBER FOR THE PROVINCE OF ONTARIO WITH TSSA. SUPPLIERS SHALL PROVIDE A COPY OF THE STATUTORYDECLARATION FOR VALVES, STAMPED, SIGNED AND DATED BY TSSA AS VALIDATION OF THE CRNREGISTRATION. THIS SHALL BE INCLUDED WITH THE SHOP DRAWING SUBMITTAL PACKAGE.

E. MATERIALS:

1. BRONZE: ASTM B62 OR B61 AS APPLICABLE

2. BRASS: ASTM B283 C3770

3. CAST IRON: ASTM A126 CLASS B

F. END CONNECTIONS:

1. THREADED ENDS: ANSI B1.20.1

2. FLANGED ENDS: ANSI B16.1 (CLASS 125), ANSI B16.5

3. FACE-TO-FACE DIMENSIONS: ANSI B16.10

G. DESIGN AND TESTING:

1. BRONZE GATE & CHECK VALVES: MSS-SP-80

2. CAST IRON GATE VALVES: MSS-SP-70

3. CAST IRON GLOBE VALVES: MSS-SP-85

4. CAST IRON CHECK: MSS-SP-71

5. BUTTERFLY VALVES: MSS-SP-67

H. ACCEPTABLE MANUFACTURERS:

1. KITZ, CRANE, JENKINS, CONBRACO, NIBCO

2.5 ISOLATION VALVES

A. ELECTRICALLY SUPERVISED: ULC LISTED, FM APPROVED, NO/NC SPDT DRY CONTACT SWITCH SUITABLE FORELECTRICAL SUPERVISION ON TROUBLE CIRCUIT OF FACILITY FIRE ALARM SYSTEM. VALVE MONITORINGSWITCHES SHALL BE POTTER ELECTRIC SIGNAL AND MANUFACTURING LIMITED OR EQUIVALENT.

B. UP TO 2" (50 MM):

1. CONSTRUCTION: ULC LISTED, FM APPROVED, 300 PSIG NON-SHOCK WOG, ASTM B62 BRONZE BODY,SOLID WEDGE DISC, RISING STEM, BRONZE TRIM, THREADED ENDS, KITZ #25

C. 2-1/2" (65 MM) AND LARGER:

1. CONSTRUCTION: ULC LISTED, FM APPROVED, 175 PSI 1210 KPA CWP, OUTSIDE SCREW AND YOKE, CASTIRON BODY, STEM WITH ACME DOUBLE THREADS, TAPERED SOLID WEDGE DISC, FLANGED ENDS,RENEWABLE BRONZE SEAT RINGS.

2.6 CHECK VALVES

A. 2-1/2 " (65 MM) AND LARGER:

CONSTRUCTION: ULC LISTED, FM APPROVED, 175PSI (1210 KPA)CWP, IRON BODY AND BOLTED CAP, BRONZETRIM, BRONZE SWING DISC WITH REPLACEABLE BRONZE SEAT RINGS, FLANGED ENDS.

B. CONSTRUCTION: ULC LISTED, FM APPROVED, 175 PSI (1210 KPA), CAST IRON BODY, 316 STAINLESSSTEELSHAFT, DOUBLE DOOR BRONZE DISC TO B-62, BUNA SEAT, 316 STAINLESS STEEL SPRING, WAFER STYLE.

2.7 DRAIN VALVES

A. CONSTRUCTION: ULC LISTED AND FM APPROVED, BRASS BALL VALVE WITH CAP AND CHAIN, 3/4" (20 MM)HOSE THREAD.

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DRAWN BY: SCALE:

CHECKED BY:

DATE:


PROJECT NUMBER:



NO. ISSUED DATE BY

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DRAWING TITLE:

PROJECT:


DRAWING NUMBER:

2019-05-03

19-033

CLIENT

MANTECONPARTNERS

SHERIDAN COLLEGE

H338 - PN / PSW


heridan


W.D.

DAVIS CAMPUS

ROOM RENOVATION


SPECIFICATIONS

C.S.

W.D.

N.T.S.

M0.2

19-033HVAC SPECIFICATIONS

1 HVAC PIPING INSULATION

1.1 GLASS FIBRE

A. APPROVED MANUFACTURERS: OWENS CORNING FIBERGLASS

B. OTHER ACCEPTABLE MANUFACTURERS OFFERING EQUIVALENT PRODUCTS: MANSON, KNAUFFIBERGLASS, JOHNS MANVILLE

C. INSULATION: ASTM C547; RIGID MOULDED, NONCOMBUSTIBLE.

.1 'KSI' VALUE : ASTM C335, 0.035 AT 75°F (24°C).

.2 MINIMUM SERVICE TEMPERATURE: -20°F (-28.9°C).

.3 MAXIMUM SERVICE TEMPERATURE: 302°F (150°C).

.4 MAXIMUM MOISTURE ABSORPTION: 0.2 PERCENT BY VOLUME.

D. VAPOUR BARRIER JACKET

.1 ASTM C921, WHITE KRAFT PAPER REINFORCED WITH GLASS FIBRE YARN AND BONDED TOALUMINIZED FILM.

.2 MOISTURE VAPOUR TRANSMISSION: ASTM E96; 0.02 PERM.

.3 SECURE WITH SELF SEALING LONGITUDINAL LAPS AND BUTT STRIPS.

.4 SECURE WITH OUTWARD CLINCH EXPANDING STAPLES AND VAPOUR BARRIER MASTIC.

E. TIE WIRE: 1.3 MM STAINLESS STEEL WITH TWISTED ENDS ON MAXIMUM 12" (300 MM) CENTRES.

F. VAPOUR BARRIER LAP ADHESIVE

.1 COMPATIBLE WITH INSULATION.

G. INSULATING CEMENT/MASTIC

.1 ASTM C195; HYDRAULIC SETTING ON MINERAL WOOL, VOC CONTENT NOT TO EXCEED 80 G/L.

H. FIBROUS GLASS FABRIC

.1 CLOTH: UNTREATED; 9 OZ/SQ YD (305 G/SQ M) WEIGHT.

.2 BLANKET: 1.0 LB/CU FT (16 KG/CU M) DENSITY.

I. INDOOR VAPOUR BARRIER FINISH

.1 VINYL EMULSION TYPE ACRYLIC, COMPATIBLE WITH INSULATION, WHITE COLOUR, VOC CONTENTNOT TO EXCEED 250 G/L.

J. OUTDOOR VAPOUR BARRIER MASTIC

.1 VINYL EMULSION TYPE ACRYLIC, COMPATIBLE WITH INSULATION, WHITE COLOUR.

K. INSULATING CEMENT

.1 ASTM C449, VOC CONTENT NOT TO EXCEED 80 G/L.

1.2 PIPE INSULATION

.1 INSULATE NEW OR ALTERED PIPING WITH RIGID PIPE INSULATION AND RE-INSULATE EXISTING PIPINGWHERE INSULATION HAS BEEN REMOVED OR DAMAGED AS FOLLOWS:

RIGID PIPE INSULATION

SERVICE OPERATING TEMP. RANGE °F PIPE DIAMETER IN. INSULATION THK. IN.

HYDRONIC HEATING(HOT WATER &

GLYCOL/WATER) 141 TO 200 1-1/4 AND SMALLER 1-1/2

1-1/2 & LARGER 2

1.3 JACKETS

A. PVC PLASTIC

.1 JACKET: ASTM C921, ONE PIECE MOULDED TYPE FITTING COVERS AND SHEET MATERIAL.

.1 MINIMUM SERVICE TEMPERATURE: -31°F (-35°C).

.2 MAXIMUM SERVICE TEMPERATURE: 151°F (66°C).

.3 MOISTURE VAPOUR TRANSMISSION: ASTM E96; 0.03 PERM INCHES.

.4 MAXIMUM FLAME SPREAD: ASTM E84; 25 OR LESS.

.5 MAXIMUM SMOKE DEVELOPED: ASTM E84; 50 OR LESS.

.6 THICKNESS: 20 MIL (0.4 MM) MINIMUM.

.2 COLOUR: STANDARD OFF-WHITE

.3 COVERING ADHESIVE MASTIC

.1 COMPATIBLE WITH INSULATION, MAXIMUM VOC CONTENT OF 50 G/L.

.4 APPROVED MANUFACTURER: CEEL-CO 300 SERIES, SPEEDLINE SMOKE SAFE

B. ALUMINUM JACKET: ASTM B209.

.1 THICKNESS: 0.02" (0.40 MM) SHEET.

.2 FINISH: SMOOTH.

.3 JOINING: LONGITUDINAL SLIP JOINTS AND 2" (50 MM) LAPS.

.4 FITTINGS: 0.02" (0.40 MM) THICK DIE SHAPED FITTING COVERS WITH FACTORY ATTACHEDPROTECTIVE LINER.

.5 METAL JACKET BANDS: 3/8" (10 MM) WIDE; 0.01" (0.38 MM) THICK ALUMINUM.

2 HVAC DUCT INSULATION

2.1 GLASS FIBRE, FLEXIBLE

A. MANUFACTURER: OWENS CORNING FIBERGLASS

B. OTHER ACCEPTABLE MANUFACTURERS: MANSON, KNAUF FIBERGLASS, JOHNS MANVILLE

C. INSULATION: ASTM C553; FLEXIBLE, NONCOMBUSTIBLE BLANKET.

.1 'KSI' VALUE : ASTM C518, 0.045 AT 24 °C ( 0.31 @ 75.2 °F ).

.2 DENSITY: 0.75LB/FT3, 1.01LB/FT3

.3 MAXIMUM SERVICE TEMPERATURE: 121 °C (250 °F ).

.4 MAXIMUM MOISTURE ABSORPTION: 0.20 % BY VOLUME.

D. VAPOUR BARRIER JACKET:

.1 KRAFT PAPER WITH GLASS FIBRE YARN AND BONDED TO ALUMINIZED FILM. (FSK)


.3 SECURE WITH PRESSURE SENSITIVE TAPE.

E. VAPOUR BARRIER TAPE:

.1 KRAFT PAPER REINFORCED WITH GLASS FIBRE YARN AND BONDED TO ALUMINIZED FILM, WITHPRESSURE SENSITIVE RUBBER BASED ADHESIVE.

F. OUTDOOR VAPOUR BARRIER MASTIC:

.1 VINYL EMULSION TYPE ACRYLIC OR MASTIC, COMPATIBLE WITH INSULATION, BLACK COLOUR.

G. TIE WIRE: ANNEALED STEEL, 1/16" (1.5 MM).

2.2 GLASS FIBRE, RIGID

A. MANUFACTURER: OWENS CORNING FIBERGLAS MODEL VAPOUR-SEAL.

B. OTHER ACCEPTABLE MANUFACTURERS: MANSON, KNAUF FIBERGLASS, JOHNS MANVILLE

C. INSULATION: ASTM C612; RIGID, NONCOMBUSTIBLE BLANKET.

.1 'KSI' VALUE : ASTM C518,0.036 AT 75.2 °F (24 °C).

.2 MAXIMUM SERVICE TEMPERATURE: 250 °F (121 °C).

.3 MAXIMUM MOISTURE ABSORPTION: 0.20 PERCENT BY VOLUME.

.4 DENSITY: 48 KG/CU M.

D. VAPOUR BARRIER JACKET:

.1 KRAFT PAPER WITH GLASS FIBRE YARN AND BONDED TO ALUMINIZED FILM.


.3 SECURE WITH PRESSURE SENSITIVE TAPE.

2.3 DUCT INSULATION

.1 INSULATE NEW OR ALTERED DUCTWORK AND RE-INSULATE EXISTING DUCTWORK WHERE INSULATION HAS BEENREMOVED OR DAMAGED AS FOLLOWS:

SERVICE INSULATION TYPE THICKNESS

AIR SUPPLY - RECTANGULAR RIGID 1"

AIR SUPPLY - ROUND FLEXIBLE 1"

AIR SUPPLY RUNOUTS TO TERMINAL UNITS < 10' IN LENGTH

- RECTANGULAR RIGID 1"

AIR SUPPLY RUNOUTS TO TERMINAL UNITS < 10' IN LENGTH

- ROUND FLEXIBLE 1"

3 HVAC HYDRONIC PIPING3.1 HYDRONIC PIPING - GENERAL:

A. KEEP OPEN ENDS OF PIPE FREE FROM SCALE AND DIRT. PROTECT OPEN ENDS WITH TEMPORARY PLUGS OR CAPS.AFTER COMPLETION, FILL, CLEAN, AND TREAT SYSTEMS.

B. PROVIDE NON-CONDUCTING DIELECTRIC CONNECTIONS WHENEVER JOINTING DISSIMILAR METALS IN OPENSYSTEMS.

C. PRIME COAT EXPOSED STEEL HANGERS AND SUPPORTS. HANGERS AND SUPPORTS LOCATED IN CRAWL SPACES,PIPE SHAFTS, AND SUSPENDED CEILING SPACES ARE NOT CONSIDERED EXPOSED.

D. AIR VENTS SHALL BE SELECTED TO SUIT THE SYSTEM OPERATING PRESSURES AND SHALL BE AUTOMATIC ANDCOMPLETE WITH ISOLATING VALVES.

E. PIPE ALL DISCHARGE FROM TEMPERATURE & PRESSURE SAFETY RELIEF VALVES TO A POINT OF SAFE DISCHARGEDIRECTLY INTO A FLOOR DRAIN, HUB DRAIN OR SAFE OUTDOOR LOCATION.

F. AUTOMATIC FEED VALVES: PROVIDE AUTOMATIC FEED VALVE ON THE COLD WATER MAKE-UP LINE TO EACHNEW HOT WATER HEATING SYSTEM.

G. TEST LIQUID HEAT TRANSFER PIPING HYDROSTATICALLY AT NOT LESS THAN 150% OF OPERATING PRESSURE ORNOT LESS THAN 125 PSI (860 KPA) WHICHEVER IS THE GREATER. TEST PERIOD SHALL BE NOT LESS THAN SIX(6) HOURS DURATION DURING WHICH TIME EACH JOINT SHALL BE INSPECTED, GIVEN A SHARP TAP WITH AHAMMER AND CHECKED FOR LEAKS.

3.2 VALVES - GENERAL

A. CONFORM TO REQUIREMENTS OF ANSI, ASTM, ASME, AND APPLICABLE MSS STANDARDS.

B. MANUFACTURER'S NAME AND PRESSURE RATING CLEARLY MARKED ON BODY TO MSS-SP-25.

C. VALID CRN (CANADIAN REGISTRATION NUMBER) REQUIRED FOR EACH VALVE.

D. MATERIALS:

.1 BRONZE: ASTM B62 OR B61 AS APPLICABLE

.2 BRASS: ASTM B283 C3770

.3 CAST IRON: ASTM A126 CLASS B

E. END CONNECTIONS:

.1 THREADED ENDS: ANSI B1.20.1

.2 FLANGED ENDS: ANSI B16.1 (CLASS 125), ANSI B16.5

.3 FACE-TO-FACE DIMENSIONS: ANSI B16.10

F. DESIGN AND TESTING:

.1 BRONZE GATE & CHECK VALVES: MSS-SP-80

.2 BALL VALVES: MSS-SP-110

.3 CAST IRON GATE VALVES: MSS-SP-70

.4 CAST IRON GLOBE VALVES: MSS-SP-85

.5 CAST IRON CHECK: MSS-SP-71

.6 BUTTERFLY VALVES: MSS-SP-67

G. ACCEPTABLE MANUFACTURERS: KITZ, CRANE, JENKINS, CONBRACO, NIBCO

3.3 HYDRONIC SYSTEMS TO 150 PSIG, ABOVE GROUND

A. NOMINAL OPERATING PRESSURE 125 PSIG

B. DESIGN PRESSURE 150 PSIG

C. TEST PRESSURE 225 PSIG

D. DESIGN TEMPERATURE 350°F

E. CORROSION ALLOWANCE 0.0625 IN.

F. STEEL PIPE ASTM A53 GR.B ERW OR ASTM A106 GR.B SMLS, SCH 4

G. JOINTS, 2" AND SMALLER SCREWED

H. SCREWED FITTINGS 150 LB. MALLEABLE IRON

I. UNIONS CL.150, ASTM A-47 MALLEABLE IRON, ASTM A-153 GALVANIZED, ANSI B2.1 THREADS.

J. JOINTS 2-1/2" AND LARGERWELDED, WITH FLANGES AT

CONNECTIONS TO EQUIPMENT

K. BUTT WELD FITTINGS ASTM A234 GR. WFB

L. FLANGES ASTM A105, CLASS 150, RAISED FACE, WELD NECK OR SLIP

ON

M. BOLTS ASTM A307 C.S. BOLTS, SQ. HEAD; ASTM A563 NUTS, HEX

HEAD

N. GASKETS 1/16" (1.6 MM) THICK PREFORMED NON-ASBESTOS

GRAPHITE FIBRE.

O. COPPER TUBING 2" AND SMALLER ASTM B88, TYPE L, HARD DRAWN.

P. JOINTS: SOLDER, LEAD FREE, ASTM B32, 95-5 TIN-ANTIMONY, OR

TIN AND SILVER, WITH MELTING RANGE 220°C TO 280°C.

Q. FITTINGS: ASME B16.18, CAST BRASS, OR ASME B16.22, SOLDER

WROUGHT COPPER

R. DIELECTRIC UNIONS: UNION WITH GALVANIZED OR PLATED STEEL THREADED

END, COPPER SOLDER END, WATER IMPERVIOUS ISOLATION

BARRIER.

S. VALVES, 2" AND SMALLER ASTM A105

GATE VALVES (ISOLATING) 300 PSIG NON-SHOCK WOG, ASTM B62 BRONZE BODY, SOLID WEDGEDISC, RISING STEM, BRONZE TRIM, THREADED ENDS, KITZ #25

GLOBE VALVES (THROTTLING) 300 PSIG NON-SHOCK WOG, ASTM B62 BRONZE BODY, COMPOSITION(TEFLON) DISC, RISING STEM, BRONZE TRIM, THREADED ENDS, KITZ #09

CHECK VALVES (BACKFLOW) 300 PSIG NON-SHOCK WOG, ASTM B62 BRONZE BODY, Y-PATTERNHORIZONTAL, SWING TYPE DISC, THREADED ENDS, KITZ #29

BALL VALVES (DRAIN) 600 PSIG NON-SHOCK WOG, FORGED BRASS, 2-PIECE, CHROME BALL ANDSTEM, FULL PORT, BLOW-OUT PROOF PTFE SEATS & STEM, LEVER HANDLE, THREADED ENDS, KITZ #68AC.

T. VALVES, 2-1/2" AND LARGER ASTM A216

GATE VALVES (ISOLATING) 200 PSIG NON-SHOCK WOG, ASTM A126 CLASS B CAST IRON BODY,BOLTED BONNET, BRONZE MOUNTED, SOLID WEDGE DISC, OS&Y, NON-ASBESTOS PACKING, FLANGEDENDS, KITZ #72.

GLOBE VALVES (THROTTLING) 200 PSIG NON-SHOCK WOG, ASTM A126 CLASS B CAST IRON BODY,BOLTED BONNET, BRONZE MOUNTED, BEVELLED WEDGE DISC, OS&Y, NON-ASBESTOS PACKING,FLANGED ENDS, KITZ #76.

CHECK (BACKFLOW)200 PSIG NON-SHOCK WOG, ASTM 126 CLASS B CAST IRON BODY, BOLTEDCOVER, BRONZE MOUNTED, SWING TYPE DISC, FLANGED ENDS, KITZ #78

U. PROVIDE STEM EXTENSIONS FOR INSULATED PIPING.

V. PROVIDE GEAR OPERATOR AND CHAIN ON VALVES INSTALLED ABOVE 10-FT AFF.

W. STRAINERS, 2" AND SMALLER CLASS 250, 400 PSIG WOG, CAST IRON BODY, Y-PATTERN, SCREWEDCAP AND ENDS, A167 304 STAINLESS STEEL SCREEN WITH 1/32" PERFORATIONS. MUELLER STEAM 11M.

X. STRAINERS, 2-1/2" AND LARGER CLASS 250 PSIG NON-SHOCK WOG, CAST IRON, Y-PATTERN, BOLTEDFLANGE COVER, BLOW-OUT PLUG, A167 304 STAINLESS STEEL SCREEN WITH 1/32" PERFORATIONS,FLANGED ENDS, MUELLER STEAM 752 .

3.4 CIRCUIT BALANCING VALVES

A. CIRCUIT BALANCING VALVES; 2" (50 MM) AND SMALLER)

.1 SCREWED CONNECTION, GLOBE STYLE DESIGN, NONFERROUS, PRESSURE DIE-CAST, NONPOROUSAMETAL COPPER ALLOY. EACH VALVE SHALL BE SUCH THAT WHEN INSTALLED IN ANY DIRECTION,IT WILL NOT AFFECT FLOW MEASUREMENT.

.2 VALVES SHALL PROVIDE THE FOLLOWING FUNCTIONS:

.1 PRECISE FLOW MEASUREMENT.

.2 PRECISION FLOW BALANCING.

.3 POSITIVE SHUT OFF WITH NO DRIP SEAT AND TEFLON DISC.

.4 DRAIN CONNECTION WITH PROTECTIVE CAP.

.3 VALVES SHALL HAVE FOUR 360° ADJUSTMENT TURNS OF HANDWHEEL FOR MAXIMUMVERNIER-TYPE SETTING WITH "HIDDEN MEMORY" FEATURE TO PROGRAM THE VALVE WITHPRECISION TAMPER-PROOF BALANCING SETTING.

.4 VALVES SHALL BE SHIPPED IN A 4.5 R FACTOR POLYURETHANE CONTAINER THAT SHALL BE USED ASINSULATION AFTER VALVE IN INSTALLED.

.5 PROVIDE VALVES SUITABLE FOR MAXIMUM WORKING PRESSURE OF 250 PSI (1720 KPA) ANDMAXIMUM OPERATING TEMPERATURE OF 250°F (121°C).

.6 ACCEPTABLE PRODUCTS: S.A. ARMSTRONG CRV I INDICATED OR TOUR & ANDERSON STA-D ORNEWMAN HATTERSLEY.

B. CIRCUIT BALANCING VALVES 2 1/2" (65 MM) AND LARGER

.1 FLANGED, LINE SIZE CONNECTION, GLOBE STYLE DESIGN, NONFERROUS, PRESSURE DIE-CAST,NONPOROUS AMETAL COPPER ALLOY.

.2 VALVES, SHALL PROVIDE THE FOLLOWING FUNCTIONS:

.1 PRECISE FLOW MEASUREMENT.

.2 PRECISION FLOW BALANCING.

.3 POSITIVE SHUT OFF WITH NO DRIP SEAT AND TEFLON DISC.

.3 VALVES SHALL HAVE TWELVE 360° ADJUSTMENT TURNS OF HANDWHEEL FOR MAXIMUMVERNIER-TYPE SETTING WITH "HIDDEN MEMORY" FEATURE TO PROGRAM THE VALVE WITHPRECISION TAMPER-PROOF BALANCING SETTING.

.4 VALVES SHALL BE SUITABLE FOR MAXIMUM WORKING PRESSURE OF 250 PSI (1720 KPA) ANDMAXIMUM OPERATING TEMPERATURE OF 250°F (120°C).

.5 ACCEPTABLE PRODUCTS: S.A. ARMSTRONG CBV II INDICATED OR TOUR & ANDERSON STA-F ORNEWMAN HATTERSLEY.

4 HYDRONIC SPECIALTIES

4.1 AIR VENTS

A. MANUAL TYPE: SHORT VERTICAL SECTIONS OF 2" (50 MM) DIAMETER PIPE TO FORM AIR CHAMBER, WITH3 MM BRASS NEEDLE VALVE AT TOP OF CHAMBER

B. FLOAT TYPE:

.1 MANUFACTURERS: ARMSTRONG, AMTROL, TACO

.2 BRASS OR SEMI-STEEL BODY, COPPER, POLYPROPYLENE, OR SOLID NON-METALLIC FLOAT,STAINLESS STEEL VALVE AND VALVE SEAT; SUITABLE FOR SYSTEM OPERATING TEMPERATURE ANDPRESSURE; WITH ISOLATING VALVE.

4.2 STRAINERS

A. SIZE 2" (50 MM) AND UNDER:

.1 MANUFACTURERS: SARCO SB, CRANE, ARMSTRONG, COLTON

B. SCREWED BRASS OR IRON BODY FOR 175 PSI (1200 KPA) WORKING PRESSURE, Y PATTERN WITH 0.8MM STAINLESS STEEL PERFORATED SCREEN.

C. SIZE 2-1/2" TO 4" (65 MM TO 100 MM):

.1 FLANGED IRON BODY FOR 175 PSI (1200 KPA) WORKING PRESSURE, Y PATTERN WITH 1.2 MMSTAINLESS STEEL PERFORATED SCREEN.

D. SIZE 6" (125 MM) AND LARGER:

.1 FLANGED IRON BODY FOR 175 PSI (1200 KPA) WORKING PRESSURE, BASKET PATTERN WITH 3.2MM STAINLESS STEEL PERFORATED SCREEN.

4.3 RELIEF VALVES

A. MANUFACTURERS: SARCO, WATTS, BELL & GOSSETT, CONBRAC

B. BRONZE BODY, TEFLON SEAT, STAINLESS STEEL STEM AND SPRINGS, AUTOMATIC, DIRECT PRESSUREACTUATED, CAPACITIES ASME CERTIFIED AND LABELLED

5 HVAC DUCTWORK

5.1 HVAC DUCTWORK - GENERAL:

A. INSTALL AND SEAL DUCTS TO SMACNA HVAC DUCT CONSTRUCTION STANDARDS - METAL AND FLEXIBLE.

B. SUPPORT ALL DUCTWORK FROM STRUCTURAL MEMBERS. WHERE STRUCTURAL BEARINGS DO NOT EXIST, SUSPENDSTRAPPING OR HANGERS FROM STEEL CHANNELS OR ANGLES. PROVIDE SUPPLEMENTARY STRUCTURALMEMBERS.

C. DO NOT BREAK CONTINUITY OF INSULATION VAPOUR BARRIER BY HANGERS OR RODS.

D. DUCT SIZES ARE INSIDE CLEAR DIMENSIONS. FOR LINED DUCTS, MAINTAIN SIZES INSIDE LINING.

E. PROVIDE OPENINGS IN DUCT WORK WHERE REQUIRED TO ACCOMMODATE THERMOMETERS ANDCONTROLLERS. PROVIDE PILOT TUBE OPENINGS WHERE REQUIRED FOR TESTING OF SYSTEMS, COMPLETE WITHMETAL CAN WITH SPRING DEVICE OR SCREW TO ENSURE AGAINST AIR LEAKAGE. WHERE OPENINGS AREPROVIDED IN INSULATED DUCTWORK, INSTALL INSULATION MATERIAL INSIDE A METAL RING.

F. BALANCING DAMPERS SHALL BE INSTALLED ON BRANCHES AS PER LOCATIONS SHOWN ON THE DRAWINGSAND AS PER THE REQUIREMENTS OF NEBB AND AABC LISTING/MEASURING STANDARDS.

G. PROVIDE DRAIN IN EVERY FRESH AIR INTAKE AND EXHAUST PLENUM.

H. DUCTWORK SHALL BE LEAK TESTED IN ACCORDANCE WITH THE SMACNA "HVAC AIR DUCT LEAKAGE TESTMANUAL". THE MAXIMUM PERMITTED DUCT LEAKAGE SHALL BE DETERMINED BY MULTIPLYING THE LEAKAGEFACTOR FROM PARAGRAPH 2.4 ABOVE BY THE SURFACE AREA OF THE DUCTWORK IN THE TEST ZONE.

5.2 MATERIALS

A. RIGID HVAC DUCTS, CASINGS AND FITTINGS:

.1 ASTM A653 GALVANIZED STEEL SHEET, LOCK FORM QUALITY, G90 ZINC COATING (0.90 OZ/FT2)TO ASTM A90. SHEETS FREE OF PITS, BLISTERS, SLIVERS, AND UNGALVANIZED SPOTS.

5.3 DUCT SEALING

A. SEAL CLASS A: ALL TRANVERSE JOINTS, LONGITUDINAL SEAMS AND DUCT WALL PENETRATIONS

B. SEAL CLASS B: ALL TRANVERSE JOINTS AND LONGITUDINAL SEAMS

C. SEAL CLASS C: ALL TRANVERSE JOINTS

5.4 DUCTWORK FABRICATION

A. ALL DUCTWORK SHALL BE CONSTRUCTED TO WITHSTAND 1-1/2 TIMES FAN PRESSURE AT SHUT-OFFAND 2" (500 PA) MINIMUM.

B. FABRICATE AND SUPPORT TO SMACNA HVAC DUCT CONSTRUCTION STANDARDS - METAL ANDFLEXIBLE, AND AS INDICATED. PROVIDE DUCT MATERIAL, GAUGES, REINFORCING, AND SEALING FOROPERATING PRESSURES INDICATED IN ACCORDANCE WITH RECOMMENDATIONS OF ASHRAE ANDSMACNA.

C. JOINTS AND REINFORCEMENTS:

.1 TO SMACNA AND ASHRAE

.2 MAY BE MADE WITH THE DUCTMATE SYSTEM OR NEXUS SYSTEM. SYSTEM COMPONENTS SHALL BEMADE OF STANDARD CATALOGUE MANUFACTURE AS SUPPLIED BY DUCTMATE INDUSTRIES, INC.OR NEXUS INC.

D. CONSTRUCT TEES, BENDS, AND ELBOWS WITH RADIUS OF NOT LESS THAN 1-1/2 TIMES WIDTH OFDUCT ON CENTRELINE. WHERE NOT POSSIBLE AND WHERE RECTANGULAR ELBOWS ARE USED,PROVIDE AIR FOIL TURNING VANES. WHERE ACOUSTICAL LINING IS INDICATED, PROVIDE TURNINGVANES OF PERFORATED METAL WITH GLASS FIBRE INSULATION.

E. INCREASE DUCT SIZES GRADUALLY, NOT EXCEEDING 15 DEGREES DIVERGENCE WHEREVER POSSIBLE;MAXIMUM 30 DEGREES DIVERGENCE UPSTREAM OF EQUIPMENT AND 45 DEGREES CONVERGENCEDOWNSTREAM.

F. FABRICATE CONTINUOUSLY WELDED ROUND AND OVAL DUCT FITTINGS TWO GAUGES HEAVIER THANDUCT GAUGES INDICATED IN SMACNA STANDARD. JOINTS: MINIMUM 80 MM CEMENTED SLIP JOINT,BRAZED OR ELECTRIC WELDED. PRIME COAT WELDED JOINTS.

G. PROVIDE STANDARD 45-DEGREE LATERAL WYE TAKEOFFS. ALTERNATIVE 90-DEGREE CONICAL TEECONNECTIONS MAY BE USED ONLY WHERE SPECIFICALLY INDICATED.

5.5 FLEXIBLE DUCTWORK

A. FLEXIBLE DUCTS SHALL BE FACTORY FABRICATED TO CAN/ULC S90, FACTORY FABRICATED ASSEMBLYWITH A LAMINATED INNER LINER OF ALUMINUM FOIL, FIBERGLASS AND POLYESTER, A GALVANIZEDSTEEL HELIX COIL FORMED TO THE INNER LINER, A FIBERGLASS INSULATION BLANKET, AND APOLYETHYLENE OUTER JACKET. FLEXIBLE DUCT SHALL HAVE A FLAME RESISTANT RATING OF 25 OR LESSAND A SMOKE DEVELOPED RATING OF 50 OR LESS.

6 DUCT ACCESSORIES

6.1 AIR TURNING DEVICES / EXTRACTORS

A. TURNING VANES IN RECTANGULAR DUCT ELBOWS SHALL BE DOUBLE WALLED, MULTI-BLADE VANESWITH BLADES ALIGNED IN SHORT DIMENSION; STEEL CONSTRUCTION; WITH INDIVIDUALLY ADJUSTABLEBLADES, MOUNTING STRAPS. ACCEPTABLE PRODUCTS: DURO-DYNE "DURO VANE RAIL", HART &COOLEY "DUCTURN", DYN-AIR OR TUTTLE AND BAILY.

B. VOLUME EXTRACTORS: GANG OPERATED CURVED BLADES, ADJUSTABLE FROM FULL OPEN TO FULLCLOSED POSITIONS. UNITS SHALL BE FACTORY ASSEMBLED, FABRICATED FROM 14 GA. AND 22 GA. (2AND .9 MM) STEEL, WITH BLADES ON 1" (25 MM) CENTRES, AND NO. 2 OR NO. 3 OPERATORS TO SUITAPPLICATION.

C. ACCEPTABLE MANUFACTURERS: EH PRICE MODEL AE1 INDICATED. KRUEGER MODEL EX-8, DURO-DYNE,DYN-AIR.

6.2 BACKDRAFT DAMPERS.

A. GRAVITY BACKDRAFT DAMPERS, SIZE 18" X 18" (450 X 450 MM) OR SMALLER, PROVIDED WITH AIRMOVING EQUIPMENT: AIR MOVING EQUIPMENT MANUFACTURERS STANDARD CONSTRUCTION.

B. MULTI-BLADE, PARALLEL ACTION GRAVITY BALANCED BACKDRAFT DAMPERS: 1/16" (1.5 MM) THICKGALVANIZED STEEL, OR, WITH CENTRE PIVOTED BLADES OF MAXIMUM 6" (150 MM) WIDTH, WITH FELTOR FLEXIBLE VINYL SEALED EDGES, LINKED TOGETHER IN RATTLE-FREE MANNER WITH 90 DEGREE STOP,STEEL BALL BEARINGS, AND PLATED STEEL PIVOT PIN; ADJUSTMENT DEVICE TO PERMIT SETTING FORVARYING DIFFERENTIAL STATIC PRESSURE.

C. ACCEPTABLE MANUFACTURERS: EH PRICE.

6.3 VOLUME CONTROL DAMPERS

A. FABRICATE TO SMACNA HVAC DUCT CONSTRUCTION STANDARDS - METAL AND FLEXIBLE, AND ASINDICATED.

B. SPLITTER DAMPERS:

.1 MATERIAL: SAME GAUGE AS DUCT TO 24" (600 MM) SIZE IN EITHER DIRECTION, AND TWOGAUGES HEAVIER FOR SIZES OVER 24" (600 MM).

.2 BLADE: FABRICATE OF SINGLE THICKNESS SHEET METAL TO STREAMLINE SHAPE, SECURED WITHCONTINUOUS HINGE OR ROD.

.3 OPERATOR: MINIMUM 24" (600 MM) DIAMETER ROD IN SELF ALIGNING, UNIVERSAL JOINT ACTION,FLANGED BUSHING WITH SET SCREW.

C. SINGLE LEAF DAMPERS: FABRICATED FROM MINIMUM 20 GAUGE (1.0 MM) GALVANIZED STEEL,SUITABLY REINFORCED TO PREVENT VIBRATION AND FITTED WITH INDICATING REGULATOR.DURO-DYNE, LAWSON & TAYLOR, DYN-AIR.

D. MULTI-BLADE OPPOSED ACTION DAMPERS: FABRICATED FROM 16 GAUGE (1.6 MM) GALVANIZED STEEL,MOUNTED IN SEPARATE CHANNEL FRAMES, REINFORCED TO PREVENT VIBRATION, AND FITTED WITHOPPOSED ACTION LINKAGE HARDWARE. DURO-DYNE "OPAX" BLADE KIT, LAWSON & TAYLOR, DYN-AIR

E. END BEARINGS: EXCEPT IN ROUND DUCTWORK 12" (300 MM) AND SMALLER, PROVIDE END BEARINGS.ON MULTIPLE BLADE DAMPERS, PROVIDE OIL-IMPREGNATED NYLON OR SINTERED BRONZE BEARINGS.

F. QUADRANTS:

.1 PROVIDE LOCKING, INDICATING QUADRANT REGULATORS ON SINGLE AND MULTI-BLADEDAMPERS.

.2 ON INSULATED DUCTS MOUNT QUADRANT REGULATORS ON STAND-OFF MOUNTING BRACKETS,BASES, OR ADAPTERS.

.3 WHERE ROD LENGTHS EXCEED 30" (750 MM) PROVIDE REGULATOR AT BOTH ENDS.

G. ACCEPTABLE MANUFACTURERS: DURO-DYNE, DYN-AIR, PRICE, LAWSON & TAYLOR

6.4 DUCT ACCESS DOORS


B. FABRICATION: RIGID AND CLOSE-FITTING OF GALVANIZED STEEL WITH SEALING GASKETS AND QUICKFASTENING LOCKING DEVICES. FOR INSULATED DUCT WORK, INSTALL MINIMUM 1" (25 MM) THICKINSULATION WITH SHEET METAL COVER.

.1 LESS THAN 12" (300 MM ) SQUARE: SECURE WITH SASH LOCKS.

.2 UP TO 18" (450 MM) SQUARE: PROVIDE TWO HINGES AND TWO SASH LOCKS.

.3 UP TO 24" X 48" (600 X 1200 MM): THREE HINGES AND TWO COMPRESSION LATCHES WITHOUTSIDE AND INSIDE HANDLES.

.4 LARGER SIZES: PROVIDE AN ADDITIONAL HINGE.

C. ACCESS DOORS WITH SHEET METAL SCREW FASTENERS ARE NOT ACCEPTABLE.

D. ACCEPTABLE MANUFACTURER: ACUDOOR, DURO-DYNE, DYN-AIR, NAILOR, KREUGER.

6.5 DUCT TEST HOLES

A. PROVIDE TEST PORTS TO SUIT INTENDED APPLICATION, (IE. INSULATED/UNINSULATED DUCT,ROUND/RECTANGULAR DUCT).

B. TEMPORARY TEST HOLES: CUT OR DRILL IN DUCTS AS REQUIRED. CAP WITH NEAT PATCHES, NEOPRENEPLUGS, THREADED PLUGS, OR THREADED OR TWIST-ON METAL CAPS.

C. PERMANENT TEST HOLES: FACTORY FABRICATED, AIR TIGHT FLANGED FITTINGS WITH SCREW CAP.PROVIDE EXTENDED NECK FITTINGS TO CLEAR INSULATION.

D. ACCEPTABLE MANUFACTURERS: AIR POWER CO..

6.6 FLEXIBLE DUCT CONNECTIONS


B. CONNECTOR: FABRIC CRIMPED INTO METAL EDGING STRIP.

.1 FABRIC: UL LISTED FIRE-RETARDANT NEOPRENE COATED WOVEN GLASS FIBRE FABRIC TO NFPA90A, MINIMUM DENSITY 1.0 KG/SQ M.

.2 NET FABRIC WIDTH: APPROXIMATELY 2" (50 MM) WIDE.

.3 METAL: 3" (75 MM) WIDE, 1/32" (0.6 MM) THICK.

C. ACCEPTABLE MANUFACTURERS” DURP-DYNA, DYN-AIR

6.7 HANGERS AND SUPPORTS

A. FABRICATE STRAP HANGERS TO SAME MATERIAL AS DUCT. HANGER CONFIGURATION TO SMACNADETAILS. 20" (500 MM) IS MAXIMUM DUCT SIZE TO BE SUPPORTED BY STRAP HANGER.

B. ROD AND ANGLE HANGERS: GALVANIZED STEEL TO SMACNA DETAILS.

C. HANGER ATTACHMENTS: MANUFACTURED CONCRETE INSERTS, EXPANSION SHIELDS AND BOLTEDSTEEL CLAMPS. DO NOT WELD RODS TO STEEL DECKS OR USE POWDER ACTUATED FASTENERS.

6.8 DUCT LINING

A. KNAUF FIBRE FREE DUCT LINING: SELF-SEALING ENGINEERED POLYMER FOAM (3/4") (19MM) THICK,COMPLIES WITH;

.1 UL 181 FOR EROSION, MOULD GROWTH AND HUMDITY,

.2 CAN/ULC-102.2, UL 723 AND ASTM E84 FLAME SPREAD (25) AND SMOKE DEVELOPED (50),

.3 ASTM C665 FUNGI RESISTANCE

B. AP ARMAFLEX SA DUCT LINING (1") (25MM) THICK, FLEXIBLE, CLOSED-CELL ELASTOMERIC INSULATION INSHEET FORM MEETING FOLLOWING REQUIREMENTS;

.1 ASTM C1534 "SPECIFICATION FOR FLEXIBLE POLYMERIC FOAM SHEET INSULATION USED AS ATHERMAL AND SOUND ABSORBING LINER FOR DUCT SYSTEMS"

.2 CAN/ULC-102.2 AND ASTM E84 FLAME SPREAD INDEX OF 25 OR LESS AND SMOKE DEVELOPEDINDEX OF LESS THAN 50.

.3 MAXIMUM THERMAL CONDUCTIVITY OF 0.27 BTU-IN./FT2-°F AT A MEAN TEMPERATURE OF 75°F

.4 MAXIMUM WATER ABSORPTION RATE OF 0.2% (BY VOLUME) TO ASTM C209

.5 MAXIMUM VAPOUR TRANSMISSION RATE OF 0.08 PERM-INCHES TO ASTM E96, PROCEDURE A

.6 APPROVED FOR INSTALLATION IN AIR PLENUMS

.7 NFPA 90A, NFPA 90B AND UL 181 CLASS 1 SPECIFICATIONS.

.8 ASTM C411, MATERIALS PERFORM UP TO 250°F

.9 ASTM C1071 EROSION RESISTANCE

.10 ASTM G21 AND ASTM C1338 FUNGI RESISTANCE

.11 ASTM G22 BACTERIAL RESISTANCE

.12 DUST FREE, FIBRE FREE, NON-PARTICULATING

6.9 DUCT SEALANT

A. GENERAL: LOW VOC, WATER BASED SEALANT, NON-TOXIC, NON-COMBUSTIBLE, NON-FLAMMABLE,AND TESTED IN ACCORDANCE WITH CAN4/ULC-S102. FLAME SPREAD SHALL NOT EXCEED 25 ANDSMOKE DEVELOPED SHALL NOT EXCEED 50.

B. ACCEPTABLE PRODUCTS: MULTI-PURPOSE DUCT SEALANT AS MANUFACTURED BY TRANS CONTINENTALEQUIPMENT, DURO DYNE SWB DUCT SEALER, IRON GRIP 601 AS SUPPLIED BY ALPHA SHEET METAL CO.,OR UNI-GRIP DUCT SEALER FROM UNITED MCGILL CORPORATION.

6.10 ELECTRONIC DAMPER ACTUATORS

A. MANUFACTURED, BRAND LABELED OR DISTRIBUTED BY BELIMO OR APPROVED EQUIVALENT.

B. SIZE FOR TORQUE REQUIRED FOR DAMPER SEAL AT LOAD CONDITIONS.

C. COUPLING: V-BOLT DUAL NUT CLAMP WITH A V-SHAPED, TOOTHED CRADLE.

D. MOUNTING: ACTUATORS SHALL BE CAPABLE OF BEING MECHANICALLY AND ELECTRICALLY PARALLELEDTO INCREASE TORQUE IF REQUIRED.

E. OVERLOAD PROTECTION: ELECTRONIC OVERLOAD OR DIGITAL ROTATION-SENSING CIRCUITRYWITHOUT THE USE OF END SWITCHES TO PREVENT ANY DAMAGE TO THE ACTUATOR DURING A STALLCONDITION.

F. FAIL-SAFE OPERATION: MECHANICAL, SPRING-RETURN MECHANISM.

G. POWER REQUIREMENTS (SPRING RETURN): 120 V AC, MAXIMUM 10 VA AT 24-V AC OR 8 W AT 24-V DC.

H. PROPORTIONAL ACTUATORS SHALL BE FULLY PROGRAMMABLE. CONTROL INPUT, POSITION FEEDBACKAND RUNNING TIME SHALL BE FACTORY OR FIELD PROGRAMMABLE BY USE OF EXTERNAL COMPUTERSOFTWARE DIAGNOSTIC FEEDBACK SHALL PROVIDE INDICATIONS OF HUNTING OR OSCILLATION,MECHANICAL OVERLOAD AND MECHANICAL TRAVEL. PROGRAMMING SHALL BE THROUGH ANEEPROM WITHOUT THE USE OF ACTUATOR MOUNTED SWITCHES.

I. TEMPERATURE RATING: -22 TO +122ºF (-30 TO +50ºC)

J. HOUSING: MINIMUM REQUIREMENT NEMA TYPE 2 MOUNTED IN ANY ORIENTATION.

K. AGENCY LISTING: ISO 9001, CULUS, AND CSA C22.2 NO. 24-93.

L. THE MANUFACTURER SHALL WARRANT ALL COMPONENTS FOR A PERIOD OF 5 YEARS FROM THE DATEOF PRODUCTION, WITH THE FIRST TWO YEARS UNCONDITIONAL.

7 TESTING, ADJUSTING, BALANCING

7.1 PREPARATION

A. PROVIDE INSTRUMENTS REQUIRED FOR TESTING, ADJUSTING, AND BALANCING OPERATIONS. MAKEINSTRUMENTS AVAILABLE TO CONSULTANT TO FACILITATE SPOT CHECKS DURING TESTING.

B. PROVIDE ADDITIONAL BALANCING DEVICES AS REQUIRED.

7.2 INSTALLATION TOLERANCES

A. AIR HANDLING SYSTEMS: ADJUST TO WITHIN PLUS OR MINUS 5 PERCENT OF DESIGN FOR SUPPLYSYSTEMS AND PLUS OR MINUS 5 PERCENT OF DESIGN FOR RETURN AND EXHAUST SYSTEMS.

B. AIR OUTLETS AND INLETS: ADJUST TOTAL TO WITHIN PLUS 5 PERCENT AND MINUS 5 PERCENT OFDESIGN TO SPACE. ADJUST OUTLETS AND INLETS IN SPACE TO WITHIN PLUS OR MINUS 5 PERCENT OFDESIGN.

C. HYDRONIC SYSTEMS: ADJUST TO WITHIN PLUS OR MINUS 10 PERCENT OF DESIGN.

D. ROOM PRESSURIZATION: ADJUST TO WITHIN PLUS 20 PERCENT AND MINUS 0 PERCENT OF DESIGN FORROOMS UNDER POSITIVE PRESSURE AND WITHIN PLUS 0 PERCENT AND MINUS 20 PERCENT OF DESIGNFOR ROOMS UNDER NEGATIVE PRESSURE.

7.3 ADJUSTING

A. ENSURE RECORDED DATA REPRESENTS ACTUAL MEASURED OR OBSERVED CONDITIONS.

B. PERMANENTLY MARK SETTINGS OF VALVES, DAMPERS, AND OTHER ADJUSTMENT DEVICES ALLOWINGSETTINGS TO BE RESTORED. SET AND LOCK MEMORY STOPS.

C. AFTER ADJUSTMENT, TAKE MEASUREMENTS TO VERIFY BALANCE HAS NOT BEEN DISRUPTED OR THATSUCH DISRUPTION HAS BEEN RECTIFIED.

D. LEAVE SYSTEMS IN PROPER WORKING ORDER, REPLACING BELT GUARDS, CLOSING ACCESS DOORS,CLOSING DOORS TO ELECTRICAL SWITCH BOXES, AND RESTORING THERMOSTATS TO SPECIFIEDSETTINGS.

E. AT FINAL INSPECTION, RECHECK RANDOM SELECTIONS OF DATA RECORDED IN REPORT. RECHECKPOINTS OR AREAS AS SELECTED AND WITNESSED BY THE OWNER.

F. CHECK AND ADJUST SYSTEMS APPROXIMATELY SIX MONTHS AFTER FINAL ACCEPTANCE AND SUBMITREPORT.

7.4 AIR SYSTEM PROCEDURE

A. ADJUST AIR HANDLING AND DISTRIBUTION SYSTEMS TO PROVIDE REQUIRED OR DESIGN SUPPLY,RETURN, AND EXHAUST AIR QUANTITIES AT SITE ALTITUDE.

B. MAKE AIR QUANTITY MEASUREMENTS IN DUCTS BY PITOT TUBE TRAVERSE OF ENTIRE CROSS-SECTIONALAREA OF DUCT.

C. MEASURE AIR QUANTITIES AT AIR INLETS AND OUTLETS.

D. ADJUST DISTRIBUTION SYSTEM TO OBTAIN UNIFORM SPACE TEMPERATURES FREE FROM OBJECTIONABLEDRAFTS AND NOISE.

E. USE BRANCH VOLUME CONTROL DAMPERS AND SPLITTERS TO REGULATE AIR QUANTITIES. DEVICES ATAIR OUTLETS MAY BE USED ONLY TO THE EXTENT THAT ADJUSTMENTS DO NOT CREATE OBJECTIONABLEAIR MOTION OR SOUND LEVELS.

F. VARY TOTAL SYSTEM AIR QUANTITIES BY ADJUSTMENT OF FAN SPEEDS. ADJUST AIRFLOW TO DESIGNQUANTITY. PROVIDE DRIVE CHANGES AS REQUIRED. MAKE ALLOWANCES FOR LOADING OF FILTERS TO50% OF MANUFACTURERS' RECOMMENDATIONS FOR FINAL PRESSURE AT FANS WITH FIXED SPEEDDRIVES AND TO 100% OF MANUFACTURERS' RECOMMENDATIONS FOR FINAL PRESSURE AT FANS WITHVARIABLE SPEED DRIVES.

G. PROVIDE SYSTEM SCHEMATIC WITH REQUIRED AND ACTUAL AIR QUANTITIES RECORDED AT EACHOUTLET OR INLET.

H. MEASURE STATIC AIR PRESSURE CONDITIONS ON AIR SUPPLY UNITS, INCLUDING FILTER AND COILPRESSURE DROPS, AND TOTAL PRESSURE ACROSS THE FAN.

I. ADJUST OUTSIDE AIR AUTOMATIC DAMPERS, OUTSIDE AIR, RETURN AIR, AND EXHAUST DAMPERS FORDESIGN CONDITIONS.

J. MEASURE TEMPERATURE CONDITIONS ACROSS OUTSIDE AIR, RETURN AIR, AND EXHAUST DAMPERS TOCHECK LEAKAGE.

K. WHERE MODULATING DAMPERS ARE PROVIDED, TAKE MEASUREMENTS AND BALANCE AT EXTREMECONDITIONS. BALANCE VARIABLE VOLUME SYSTEMS AT MAXIMUM AIR FLOW RATE, FULL COOLING,AND AT MINIMUM AIR FLOW RATE, FULL HEATING.

L. MEASURE BUILDING STATIC PRESSURE AND ADJUST SUPPLY, RETURN, AND EXHAUST AIR SYSTEMS TOPROVIDE REQUIRED RELATIONSHIP BETWEEN EACH TO MAINTAIN APPROXIMATELY 0.05 IN.WG. (10.5PA) POSITIVE STATIC PRESSURE NEAR THE BUILDING ENTRIES.

M. CHECK MULTI-ZONE UNITS FOR MOTORIZED DAMPER LEAKAGE. ADJUST AIR QUANTITIES WITH MIXINGDAMPERS SET FIRST FOR COOLING, THEN HEATING, THEN MODULATING.

N. FOR VARIABLE AIR VOLUME SYSTEM POWERED UNITS SET VOLUME CONTROLLER TO AIR FLOW SETTINGINDICATED. CONFIRM CONNECTIONS PROPERLY MADE AND CONFIRM PROPER OPERATION FORAUTOMATIC VARIABLE AIR VOLUME TEMPERATURE CONTROL.

O. ON FAN POWERED VAV BOXES, ADJUST AIR FLOW SWITCHES FOR PROPER OPERATION.

7.5 WATER SYSTEM PROCEDURE

A. ADJUST WATER SYSTEMS TO PROVIDE REQUIRED OR DESIGN QUANTITIES.

B. USE CALIBRATED VENTURI TUBES, ORIFICES, OR OTHER METERED FITTINGS AND PRESSURE GAUGES TODETERMINE FLOW RATES FOR SYSTEM BALANCE. WHERE FLOW METERING DEVICES ARE NOT INSTALLED,BASE FLOW BALANCE ON TEMPERATURE DIFFERENCE ACROSS VARIOUS HEAT TRANSFER ELEMENTS IN

THE SYSTEM.

C. ADJUST SYSTEMS TO PROVIDE SPECIFIED PRESSURE DROPS AND FLOWS THROUGH HEAT TRANSFERELEMENTS PRIOR TO THERMAL TESTING. PERFORM BALANCING BY MEASUREMENT OF TEMPERATUREDIFFERENTIAL IN CONJUNCTION WITH AIR BALANCING.

D. EFFECT SYSTEM BALANCE WITH AUTOMATIC CONTROL VALVES FULLY OPEN TO HEAT TRANSFERELEMENTS.

E. EFFECT ADJUSTMENT OF WATER DISTRIBUTION SYSTEMS BY MEANS OF BALANCING COCKS, VALVES,AND FITTINGS. DO NOT USE SERVICE OR SHUT-OFF VALVES FOR BALANCING UNLESS INDEXED FORBALANCE POINT.

F. WHERE AVAILABLE PUMP CAPACITY IS LESS THAN TOTAL FLOW REQUIREMENTS OR INDIVIDUAL SYSTEMPARTS, FULL FLOW IN ONE PART MAY BE SIMULATED BY TEMPORARY RESTRICTION OF FLOW TO OTHERPARTS.

HVAC SPECIFICATIONS HVAC SPECIFICATIONS HVAC SPECIFICATIONS HVAC SPECIFICATIONS19-033 19-033 19-033 19-033

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DRAWN BY: SCALE:

CHECKED BY:

DATE:


PROJECT NUMBER:



NO. ISSUED DATE BY

SEAL


DRAWING TITLE:

PROJECT:


DRAWING NUMBER:

2019-05-03

19-033

CLIENT

MANTECONPARTNERS

SHERIDAN COLLEGE

H338 - PN / PSW


heridan


W.D.

DAVIS CAMPUS

ROOM RENOVATION


SPECIFICATIONS

C.S.

W.D.

N.T.S.

M0.3

19-033CONTROLS & INSTRUMENTATION SPECIFICATIONS

1 CONTROLS & INSTRUMENTATION1.1 GENERAL

A. ALL CONDUIT, WIRING, ACCESSORIES AND WIRING CONNECTIONS REQUIRED FOR THE INSTALLATION OF THEBUILDING MANAGEMENT SYSTEM, AS HEREIN SPECIFIED, SHALL BE PROVIDED BY THE BMS CONTRACTOR UNLESSSPECIFICALLY SHOWN ON THE ELECTRICAL DRAWINGS UNDER DIVISION 16 ELECTRICAL. ALL WIRING SHALLCOMPLY WITH THE REQUIREMENTS OF APPLICABLE PORTIONS OF DIVISION 16 AND ALL LOCAL AND NATIONALELECTRIC CODES, UNLESS SPECIFIED OTHERWISE IN THIS SECTION.

B. ALL BMS WIRING MATERIALS AND INSTALLATION METHODS SHALL COMPLY WITH BMS MANUFACTURERRECOMMENDATIONS.

.1 CLASS 2 WIRING

.1 ALL CLASS 2 (24VAC OR LESS) WIRING SHALL BE INSTALLED IN CONDUIT UNLESS OTHERWISE SPECIFIED.

.2 CLASS 2 WIRING IN CONCEALED ACCESSIBLE LOCATIONS SHALL BE FT-6 PLENUM RATED.

.3 CLASS 2 WIRING NOT INSTALLED IN CONDUIT SHALL BE SUPPORTED EVERY 5' FROM THE BUILDINGSTRUCTURE UTILIZING METAL HANGERS DESIGNED FOR THIS APPLICATION. WIRING SHALL BE INSTALLEDPARALLEL TO THE BUILDING STRUCTURAL LINES. ALL WIRING SHALL BE INSTALLED IN ACCORDANCE WITHLOCAL CODE REQUIREMENTS.

C. CLASS 2 SIGNAL WIRING AND 24VAC POWER CAN BE RUN IN THE SAME CONDUIT. POWER WIRING 120VACAND GREATER CANNOT SHARE THE SAME CONDUIT WITH CLASS 2 SIGNAL WIRING.

D. PROVIDE FOR COMPLETE GROUNDING OF ALL APPLICABLE SIGNAL AND COMMUNICATIONS CABLES, PANELSAND EQUIPMENT SO AS TO ENSURE SYSTEM INTEGRITY OF OPERATION. GROUND CABLING AND CONDUIT ATTHE PANEL TERMINATIONS. AVOID GROUNDING LOOPS.

E. PROVIDE FIRE STOPPING FOR ALL PENETRATIONS USED BY DEDICATED BMS CONDUITS AND RACEWAYS. ALLOPENINGS IN FIRE PROOFED OR FIRE STOPPED COMPONENTS SHALL BE CLOSED BY USING APPROVED FIRERESISTIVE SEALANT.

F. ALL WIRING PASSING THROUGH PENETRATIONS, INCLUDING WALLS SHALL BE IN CONDUIT OR ENCLOSEDRACEWAY.

G. ALL CONTROL AND INTERLOCK WIRING SHALL COMPLY WITH NATIONAL AND LOCAL ELECTRICAL CODES ANDDIVISION 16 OF THIS SPECIFICATION. WHERE THE REQUIREMENTS OF THIS SECTION DIFFER FROM THOSE INDIVISION 16, THE REQUIREMENTS OF THIS SECTION SHALL TAKE PRECEDENCE.

H. ALL NEC CLASS 1 (LINE VOLTAGE) WIRING SHALL BE UL LISTED IN APPROVED CONDUIT ACCORDING TO NEC ANDDIVISION 16 REQUIREMENTS.

I. ALL LOW-VOLTAGE WIRING SHALL MEET NEC CLASS 2 REQUIREMENTS. (LOW-VOLTAGE POWER CIRCUITS SHALLBE SUB FUSED WHEN REQUIRED TO MEET CLASS 2 CURRENT LIMIT.)

J. WHERE NEC CLASS 2 (CURRENT-LIMITED) WIRES ARE IN CONCEALED AND ACCESSIBLE LOCATIONS, INCLUDINGCEILING RETURN AIR PLENUMS, APPROVED CABLES NOT IN CONDUIT MAY BE USED PROVIDED THAT CABLES AREUL LISTED FOR THE INTENDED APPLICATION. FOR EXAMPLE, CABLES USED IN CEILING PLENUMS SHALL BE UL LISTEDSPECIFICALLY FOR THAT PURPOSE.

K. ALL WIRING IN MECHANICAL, ELECTRICAL, OR SERVICE ROOMS-OR WHERE SUBJECT TO MECHANICAL DAMAGE-SHALL BE INSTALLED IN CONDUIT.

L. DO NOT INSTALL CLASS 2 WIRING IN CONDUIT CONTAINING CLASS 1 WIRING. BOXES AND PANELSCONTAINING HIGH VOLTAGE WIRING AND EQUIPMENT MAY NOT BE USED FOR LOW-VOLTAGE WIRING EXCEPTFOR THE PURPOSE OF INTERFACING THE TWO (E.G., RELAYS AND TRANSFORMERS).

M. WHERE PLENUM RATED CABLE IS RUN EXPOSED, WIRING IS TO BE RUN PARALLEL ALONG A SURFACE ORPERPENDICULAR TO IT AND NEATLY TIED AT 3 M (10 FT) INTERVALS. DO NOT INSTALL WIRING IN CONDUITCONTAINING TUBING.

N. WHERE PLENUM RATED CABLE IS USED WITHOUT CONDUIT, IT SHALL BE SUPPORTED FROM OR ANCHORED TOSTRUCTURAL MEMBERS. CABLES SHALL NOT BE SUPPORTED BY OR ANCHORED TO DUCTWORK, ELECTRICALCONDUITS, PIPING, OR CEILING SUSPENSION SYSTEMS.

O. MAXIMUM ALLOWABLE VOLTAGE FOR CONTROL WIRING SHALL BE 120 V. IF ONLY HIGHER VOLTAGES AREAVAILABLE, THE CONTRACTOR SHALL PROVIDE STEP-DOWN TRANSFORMERS OR INTERPOSING RELAYS.

P. SIZE AND TYPE OF CONDUIT AND SIZE AND TYPE OF WIRE SHALL BE THE RESPONSIBILITY OF THE CONTRACTOR,IN KEEPING WITH THE MANUFACTURER'S RECOMMENDATIONS AND NEC REQUIREMENTS, EXCEPT AS NOTEDELSEWHERE.

1.2 COMMUNICATION AND CONTROL WIRING

A. GENERAL:

1. PROVIDE COPPER WIRING, PLENUM CABLE, AND RACEWAYS AS SPECIFIED IN THE APPLICABLE SECTIONS OFDIVISION 16 UNLESS OTHERWISE NOTED HEREIN.

2. ALL INSULATED WIRE TO BE COPPER CONDUCTORS, UL LABELED FOR 90°C MINIMUM SERVICE.

B. WIRE SIZING AND INSULATION

3. WIRING SHALL COMPLY WITH MINIMUM WIRE SIZE AND INSULATION BASED ON SERVICES LISTED BELOW:

SERVICE MINIMUM GAGE/TYPE INSULATION CLASS

AC 24V POWER 12 GA SOLID 600 VOLT

DC 24V POWER 10 GA SOLID 600 VOLT

CLASS 1 14 GA STRANDED 600 VOLT



4. PROVIDE PLENUM-RATED CABLE WHEN OPEN CABLE IS PERMITTED IN SUPPLY OR RETURN AIR PLENUM

C. POWER WIRING:

1. 115V POWER CIRCUIT WIRING ABOVE 100 FEET DISTANCE SHALL USE MINIMUM 10 GAGE.

2. 24V CONTROL POWER WIRING ABOVE 200 FEET DISTANCE SHALL USE MINIMUM 12 GAGE.

D. CONTROL WIRING:

1. DIGITAL INPUT/OUTPUT WIRING SHALL USE CLASS 2 TWISTED PAIR, INSULATED.

2. ANALOG INPUTS SHALL USE CLASS 2 TWISTED SHIELDED PAIR, INSULATED AND JACKETED AND REQUIRE AGROUNDED SHIELD.

3. ACTUATORS WITH TRI-STATE CONTROL SHALL USE 3 CONDUCTOR WITH SAME CHARACTERISTICS

E. COMMUNICATION WIRING

1. ETHERNET CABLE SHALL BE MINIMUM CAT5

2. SECONDARY LEVEL NETWORK SHALL BE 24 GAGE, TSP, LOW CAPACITANCE CABLE

F. APPROVED CABLE MANUFACTURERS:

1. WIRING FROM THE FOLLOWING MANUFACTURERS WHICH MEET THE ABOVE CRITERIA SHALL BE ACCEPTABLE:ANIXTER, BELDEN, CERCO

1.3 INPUT DEVICES

A. GENERAL REQUIREMENTS

.1 INSTALLATION, TESTING, AND CALIBRATION OF ALL SENSORS, TRANSMITTERS, AND OTHER INPUT DEVICESSHALL BE PROVIDED TO MEET THE SYSTEM REQUIREMENTS.

B. TEMPERATURE SENSORS

.1 GENERAL REQUIREMENTS:

.1 SENSORS AND TRANSMITTERS SHALL BE PROVIDED, AS OUTLINED IN THE INPUT/OUTPUT SUMMARYAND SEQUENCE OF OPERATIONS.

.2 THE TEMPERATURE SENSOR SHALL BE OF THE RESISTANCE TYPE, AND SHALL BE EITHER TWO-WIRE 1000OHM NICKEL RTD, OR TWO-WIRE 1000 OHM PLATINUM RTD.

.3 THE FOLLOWING POINT TYPES (AND THE ACCURACY OF EACH) ARE REQUIRED, AND THEIRASSOCIATED ACCURACY VALUES INCLUDE ERRORS ASSOCIATED WITH THE SENSOR, LEAD WIRE, ANDA TO D CONVERSION:

POINT TYPE ACCURACY

CHILLED WATER + 0.5 F°.

ROOM TEMP + 0.5 F°.

DUCT TEMPERATURE + 0.5 F°.

ALL OTHERS + 0.75 F°.

.2 ROOM TEMPERATURE SENSORS

.1 PROVIDE ROOM THERMOSTAT WITH LCD FOR ADJUSTABLE AND INDICATING ROOM

TEMPERATURE SET POINT AND INDICATING ROOM HUMIDITY LEVEL.

.2 ROOM SENSORS SHALL BE CONSTRUCTED FOR EITHER SURFACE OR WALL BOX MOUNTING.

.3 ROOM SENSORS SHALL HAVE THE FOLLOWING OPTIONS WHEN SPECIFIED:

SETPOINT RESET SLIDE SWITCH PROVIDING A +3 DEGREE (ADJUSTABLE) RANGE.

INDIVIDUAL HEATING/COOLING SETPOINT SLIDE SWITCHES.

A MOMENTARY OVERRIDE REQUEST PUSH BUTTON FOR ACTIVATION OF AFTER-HOURS OPERATION.

ANALOG THERMOMETER.

.3 THERMO WELLS

.1 WHEN THERMO WELLS ARE REQUIRED, THE SENSOR AND WELL SHALL BE SUPPLIED AS A COMPLETEASSEMBLY, INCLUDING WELLHEAD AND GREENFIELD FITTING.

.2 THERMO WELLS SHALL BE PRESSURE RATED AND CONSTRUCTED IN ACCORDANCE WITH THE SYSTEMWORKING PRESSURE.

.3 THERMO WELLS AND SENSORS SHALL BE MOUNTED IN A THREADOLET OR 1/2" NFT SADDLE ANDALLOW EASY ACCESS TO THE SENSOR FOR REPAIR OR REPLACEMENT.

.4 THERMO WELLS SHALL BE CONSTRUCTED OF 316 STAINLESS STEEL.

.4 OUTSIDE AIR SENSORS

.1 OUTSIDE AIR SENSORS SHALL BE DESIGNED TO WITHSTAND THE ENVIRONMENTAL CONDITIONS TOWHICH THEY WILL BE EXPOSED. THEY SHALL ALSO BE PROVIDED WITH A SOLAR SHIELD.

.2 SENSORS EXPOSED TO WIND VELOCITY PRESSURES SHALL BE SHIELDED BY A PERFORATED PLATE THATSURROUNDS THE SENSOR ELEMENT.

.3 TEMPERATURE TRANSMITTERS SHALL BE OF NEMA 3R CONSTRUCTION AND RATED FOR AMBIENTTEMPERATURES.

.5 DUCT MOUNT SENSORS

.1 DUCT MOUNT SENSORS SHALL MOUNT IN AN ELECTRICAL BOX THROUGH A HOLE IN THE DUCT, ANDBE POSITIONED SO AS TO BE EASILY ACCESSIBLE FOR REPAIR OR REPLACEMENT.

.2 DUCT SENSORS SHALL BE INSERTION TYPE AND CONSTRUCTED AS A COMPLETE ASSEMBLY,INCLUDING LOCK NUT AND MOUNTING PLATE.

.3 FOR OUTDOOR AIR DUCT APPLICATIONS, A WEATHERPROOF MOUNTING BOX WITH WEATHERPROOFCOVER AND GASKET SHALL BE USED.

.6 AVERAGING SENSORS

.1 FOR DUCTWORK GREATER IN ANY DIMENSION THAT 48 INCHES AND/OR WHERE AIR TEMPERATURESTRATIFICATION EXISTS, AN AVERAGING SENSOR WITH MULTIPLE SENSING POINTS SHALL BE USED.

.2 FOR PLENUM APPLICATIONS, SUCH AS MIXED AIR TEMPERATURE MEASUREMENTS, A STRING OFSENSORS MOUNTED ACROSS THE PLENUM SHALL BE USED TO ACCOUNT FOR STRATIFICATIONAND/OR AIR TURBULENCE. THE AVERAGING STRING SHALL HAVE A MINIMUM OF 4 SENSING POINTSPER 12-FOOT LONG SEGMENT.

.3 CAPILLARY SUPPORTS AT THE SIDES OF THE DUCT SHALL BE PROVIDED TO SUPPORT THE SENSINGSTRING.

.7 ACCEPTABLE MANUFACTURERS: JOHNSON CONTROLS, SIEMENS, ALC AUTOMATION

C. HUMIDITY SENSORS

.1 THE SENSOR SHALL BE A SOLID-STATE TYPE, RELATIVE HUMIDITY SENSOR OF THE BULK POLYMER DESIGN.THE SENSOR ELEMENT SHALL RESIST SERVICE CONTAMINATION.

.2 THE HUMIDITY TRANSMITTER SHALL BE EQUIPPED WITH NON-INTERACTIVE SPAN AND ZERO ADJUSTMENTS,

A 2-WIRE ISOLATED LOOP POWERED, 4-20 MA, 0-100% LINEAR PROPORTIONAL OUTPUT.

.3 THE HUMIDITY TRANSMITTER SHALL MEET THE FOLLOWING OVERALL ACCURACY, INCLUDING LEAD LOSSAND ANALOG TO DIGITAL CONVERSION. 3% BETWEEN 20% AND 80% RH @ 77 DEG F UNLESS SPECIFIEDELSEWHERE.

.4 OUTSIDE AIR RELATIVE HUMIDITY SENSORS SHALL BE INSTALLED WITH A RAIN PROOF, PERFORATED COVER.THE TRANSMITTER SHALL BE INSTALLED IN A NEMA 3R ENCLOSURE WITH SEALTITE FITTINGS AND STAINLESSSTEEL BUSHINGS.

.5 A SINGLE POINT HUMIDITY CALIBRATOR SHALL BE PROVIDED, IF REQUIRED, FOR FIELD CALIBRATION.TRANSMITTERS SHALL BE SHIPPED FACTORY PRE-CALIBRATED.

.6 DUCT TYPE SENSING PROBES SHALL BE CONSTRUCTED OF 304 STAINLESS STEEL, AND SHALL BE EQUIPPEDWITH A NEOPRENE GROMMET, BUSHINGS, AND A MOUNTING BRACKET.

.7 ACCEPTABLE MANUFACTURERS: JOHNSON CONTROLS, VERIS INDUSTRIES, AND MAMAC.

D. INDOOR AIR QUALITY (CO2) SENSORS

.1 PROVIDE INDOOR AIR QUALITY SENSORS TO MONITOR CARBON DIOXIDE (CO2) LEVELS IN FULLCOMPLIANCE WITH CAGBC REQUIREMENTS FOR LEED CREDIT EQC1.

.2 THE SENSORS SHALL BE OF MICROPROCESSOR-BASED PHOTOACOUSTIC TYPE WITH HEATED STANNICDIOXIDE SEMICONDUCTOR.

.3 THE CO2 SENSORS SHALL HAVE NO MORE THAN 1% DRIFT DURING THE FIRST YEAR OF OPERATION ANDMINIMAL DRIFT THEREAFTER SO THAT NO CALIBRATION WILL BE REQUIRED.

.4 THE UNITS SHALL BE WALL MOUNTED OR DUCT MOUNTED TYPE AS INDICATED IN THE SEQUENCE OFOPERATION.

.5 WALL MOUNTED SENSORS SHALL BE PROVIDED WITH WHITE PLASTIC COVER, WITHOUT LED INDICATORS.

.6 DUCT MOUNTED SENSORS SHALL BE PROVIDED WITH LED INDICATORS IN A DUST PROOF PLASTIC HOUSINGWITH TRANSPARENT COVER.

E. DIFFERENTIAL PRESSURE TRANSMITTERS

.1 GENERAL AIR AND WATER PRESSURE TRANSMITTER REQUIREMENTS:

.1 PRESSURE TRANSMITTERS SHALL BE CONSTRUCTED TO WITHSTAND 100% PRESSURE OVER-RANGEWITHOUT DAMAGE, AND TO HOLD CALIBRATED ACCURACY WHEN SUBJECT TO A MOMENTARY 40%OVER-RANGE INPUT.

.2 PRESSURE TRANSMITTERS SHALL TRANSMIT A 0 TO 5 VDC, 0 TO 10 VDC, OR 4 TO 20 MA OUTPUTSIGNAL.

.3 DIFFERENTIAL PRESSURE TRANSMITTERS USED FOR FLOW MEASUREMENT SHALL BE SIZED TO THE FLOWSENSING DEVICE, AND SHALL BE SUPPLIED WITH TEE FITTINGS AND SHUT-OFF VALVES IN THE HIGHAND LOW SENSING PICK-UP LINES TO ALLOW THE BALANCING CONTRACTOR AND OWNERPERMANENT, EASY-TO-USE CONNECTION.

.4 A MINIMUM OF A NEMA 1 HOUSING SHALL BE PROVIDED FOR THE TRANSMITTER. TRANSMITTERSSHALL BE LOCATED IN ACCESSIBLE LOCAL CONTROL PANELS WHEREVER POSSIBLE.

.2 LOW DIFFERENTIAL WATER PRESSURE APPLICATIONS (0" - 20" W.C.)

.1 THE DIFFERENTIAL PRESSURE TRANSMITTER SHALL BE OF INDUSTRIAL QUALITY AND TRANSMIT ALINEAR, 4 TO 20 MA OUTPUT IN RESPONSE TO VARIATION OF FLOW METER DIFFERENTIAL PRESSUREOR WATER PRESSURE SENSING POINTS.

.2 THE DIFFERENTIAL PRESSURE TRANSMITTER SHALL HAVE NON-INTERACTIVE ZERO AND SPANADJUSTMENTS THAT ARE ADJUSTABLE FROM THE OUTSIDE COVER AND MEET THE FOLLOWINGPERFORMANCE SPECIFICATIONS:

.01-20" W.C. INPUT DIFFERENTIAL PRESSURE RANGE.

4-20 MA OUTPUT.

MAINTAIN ACCURACY UP TO 20 TO 1 RATIO TURNDOWN.

REFERENCE ACCURACY: +0.2% OF FULL SPAN.

.3 ACCEPTABLE MANUFACTURERS: JOHNSONS CONTROLS, SIEMENS, ALC AUTOMATION

.3 BUILDING DIFFERENTIAL AIR PRESSURE APPLICATIONS (-1" TO +1" W.C.)

.1 THE DIFFERENTIAL PRESSURE TRANSMITTER SHALL BE OF INDUSTRIAL QUALITY AND TRANSMIT ALINEAR, 4 TO 20 MA OUTPUT IN RESPONSE TO VARIATION OF DIFFERENTIAL PRESSURE OR AIRPRESSURE SENSING POINTS.


-1.00 TO +1.00 W.C. INPUT DIFFERENTIAL PRESSURE RANGES. (SELECT RANGE APPROPRIATE FORSYSTEM APPLICATION)

4-20 MA OUTPUT.




.4 LOW DIFFERENTIAL AIR PRESSURE APPLICATIONS (0" TO 5" W.C.)

.1 THE DIFFERENTIAL PRESSURE TRANSMITTER SHALL BE OF INDUSTRIAL QUALITY AND TRANSMIT ALINEAR, 4 TO 20 MA OUTPUT IN RESPONSE TO VARIATION OF DIFFERENTIAL PRESSURE OR AIRPRESSURE SENSING POINTS.


(0.00 - 1.00" TO 5.00") W.C. INPUT DIFFERENTIAL PRESSURE RANGES. (SELECT RANGE APPROPRIATEFOR SYSTEM APPLICATION.)

4-20 MA OUTPUT.




F. FLOW MONITORING

.1 AIR FLOW MONITORING

.1 FAN INLET AIR FLOW MEASURING STATIONS

.1 AT THE INLET OF EACH FAN AND NEAR THE EXIT OF THE INLET SOUND TRAP, AIRFLOW TRAVERSEPROBES SHALL BE PROVIDED THAT SHALL CONTINUOUSLY MONITOR THE FAN AIR VOLUMESAND SYSTEM VELOCITY PRESSURE.

.2 THE AIRFLOW TRAVERSE PROBE SHALL NOT INDUCE A MEASURABLE PRESSURE DROP, NOR SHALLTHE SOUND LEVEL WITHIN THE DUCT BE AMPLIFIED BY ITS SINGULAR OR MULTIPLE PRESENCE INTHE AIR STREAM. EACH AIRFLOW-MEASURING PROBE SHALL CONTAIN MULTIPLE TOTAL ANDSTATIC PRESSURE SENSORS PLACED AT EQUAL DISTANCES ALONG THE PROBE LENGTH. THENUMBER OF SENSORS ON EACH PROBE AND THE QUANTITY OF PROBES UTILIZED AT EACHINSTALLATION SHALL COMPLY WITH THE ASHRAE STANDARDS FOR DUCT TRAVERSING.

.3 AIRFLOW MEASURING STATIONS SHALL BE MANUFACTURED BY EBTRON, OR JOHNSONCONTROLS.

.2 SINGLE PROBE AIR FLOW MEASURING SENSOR

.1 THE SINGLE PROBE AIRFLOW-MEASURING SENSOR SHALL BE DUCT MOUNTED WITH ANADJUSTABLE SENSOR INSERTION LENGTH OF UP TO EIGHT INCHES. THE TRANSMITTER SHALLPRODUCE A 4-20 MA OR 0-10 VDC SIGNAL LINEAR TO AIR VELOCITY. THE SENSOR SHALL BE AHOT WIRE ANEMOMETER AND UTILIZE TWO TEMPERATURE SENSORS AND A HEATER ELEMENTTEMPERATURE. THE OTHER SENSOR SHALL MEASURE THE DOWNSTREAM AIR TEMPERATURE. THETEMPERATURE DIFFERENTIAL SHALL BE DIRECTLY RELATED TO AIRFLOW VELOCITY.

.3 DUCT AIR FLOW MEASURING STATIONS

.1 EACH DEVICE SHALL BE DESIGNED AND BUILT TO COMPLY WITH, AND PROVIDE RESULTS INACCORDANCE WITH, ACCEPTED PRACTICE AS DEFINED FOR SYSTEM TESTING IN THE ASHRAEHANDBOOK OF FUNDAMENTALS, AS WELL AS IN THE INDUSTRIAL VENTILATION HANDBOOK.

.2 AIRFLOW MEASURING STATIONS SHALL BE FABRICATED OF 14-GAUGE GALVANIZED STEELWELDED CASING WITH 90 DEG. CONNECTING FLANGES IN CONFIGURATION AND SIZE EQUALTO THAT OF THE DUCT INTO WHICH IT IS MOUNTED. EACH STATION SHALL BE COMPLETE WITHAN AIR DIRECTIONALIZER AND PARALLEL CELL PROFILE SUPPRESSOR (3/4" MAXIMUM CELL)ACROSS THE ENTERING AIR STREAM AND MECHANICALLY FASTENED TO THE CASING IN SUCHA WAY TO WITHSTAND VELOCITIES UP TO 6000 FEET PER MINUTE. THIS AIR DIRECTIONALIZERAND PARALLEL CELL HONEYCOMB SUPPRESSOR SHALL PROVIDE 98% FREE AREA, EQUALIZE THEVELOCITY PROFILE, AND ELIMINATE TURBULENT AND ROTATIONAL FLOW FROM THE AIR STREAMPRIOR TO THE MEASURING POINT.

.3 THE TOTAL PRESSURE MEASUREMENT SIDE (HIGH SIDE) WILL BE DESIGNED AND SPACED TO THEINDUSTRIAL VENTILATION MANUAL 16TH EDITION, PAGE 9-5. THE SELF-AVERAGINGMANIFOLDING WILL BE MANUFACTURED OF BRASS AND COPPER COMPONENTS.

.4 THE STATIC PRESSURE SENSING PROBES (LOW SIDE) SHALL BE BULLET-NOSED SHAPED, PERDETAILED RADIUS, AS ILLUSTRATED IN INDUSTRIAL VENTILATION MANUAL 16TH EDITION, PAGE9-5.

.5 THE MAIN TAKE-OFF POINT FROM BOTH THE TOTAL PRESSURE AND THE STATIC PRESSUREMANIFOLDS MUST BE SYMMETRICAL.

.6 TOTAL AND STATIC PRESSURE MANIFOLDS SHALL TERMINATE WITH EXTERNAL PORTS FORCONNECTION TO CONTROL TUBING. AN IDENTIFICATION LABEL SHALL BE PLACED ON EACHUNIT CASING, LISTING MODEL NUMBER, SIZE, AREA, AND SPECIFIED AIRFLOW CAPACITY.

.7 ACCEPTABLE MANUFACTURERS: EBTRON, AND JOHNSON CONTROLS.

.4 STATIC PRESSURE TRAVERSE PROBE

.1 DUCT STATIC TRAVERSE PROBES SHALL BE PROVIDED WHERE REQUIRED TO MONITOR DUCTSTATIC PRESSURE. THE PROBE SHALL CONTAIN MULTIPLE STATIC PRESSURE SENSORS LOCATEDALONG EXTERIOR SURFACE OF THE CYLINDRICAL PROBE.

.2 ACCEPTABLE MANUFACTURERS: CLEVELAND CONTROLS

.2 WATER FLOW MONITORING

.1 WATER FLOW METERS SHALL BE ELECTROMAGNETIC TYPE WITH INTEGRAL MICROPROCESSOR-BASEDELECTRONICS. THE METER SHALL HAVE AN ACCURACY OF 0.25%.

.2 ACCEPTABLE MANUFACTURERS: ONICON

G. POWER MONITORING DEVICES

.1 CURRENT MEASUREMENT (AMPS)

.1 CURRENT MEASUREMENT SHALL BE BY A COMBINATION CURRENT TRANSFORMER AND A CURRENTTRANSDUCER. THE CURRENT TRANSFORMER SHALL BE SIZED TO REDUCE THE FULL AMPERAGE OF THEMONITORED CIRCUIT TO A MAXIMUM 5 AMP SIGNAL, WHICH WILL BE CONVERTED TO A 4-20 MADDC COMPATIBLE SIGNAL FOR USE BY THE FACILITY MANAGEMENT SYSTEM.

.2 CURRENT TRANSFORMER - A SPLIT CORE CURRENT TRANSFORMER SHALL BE PROVIDED TO MONITORMOTOR AMPS.

OPERATING FREQUENCY - 50 - 400 HZ.

INSULATION - 0.6 KV CLASS 10KV BIL.

UL RECOGNIZED.

FIVE AMP SECONDARY.

SELECT CURRENT RATION AS APPROPRIATE FOR APPLICATION.

ACCEPTABLE MANUFACTURERS: VERIS INDUSTRIES

.3 CURRENT TRANSDUCER - A CURRENT TO VOLTAGE OR CURRENT TO MA TRANSDUCER SHALL BEPROVIDED. THE CURRENT TRANSDUCER SHALL INCLUDE:

6X INPUT OVER AMP RATING FOR AC INRUSHES OF UP TO 120 AMPS.

MANUFACTURED TO UL 1244.

ACCURACY: +.5%, RIPPLE +1%.

MINIMUM LOAD RESISTANCE 30KOHM.

INPUT 0-20 AMPS.

OUTPUT 4-20 MA.

TRANSDUCER SHALL BE POWERED BY A 24VDC REGULATED POWER SUPPLY (24 VDC +5%)

H. REFRIGERANT LEAK DETECTORS

.1 THE REFRIGERANT LEAK DETECTOR SHALL BE A STANDALONE DEVICE AND SHALL PROVIDE A SPDT OUTPUTTO DIRECTLY ENERGIZE THE REFRIGERATION ROOM EXHAUST VENTILATION FANS. THE DETECTOR SHALLINCLUDE A SENSOR OR SENSORS CONNECTED TO A CONTROL PANEL. TWO RELAY CONTACTS AT THECONTROL PANEL SHALL PROVIDE TROUBLE AND ALARM INDICATION TO THE FACILITY MANAGEMENTSYSTEM. THE ALARM RELAY CONTACT SHALL ALSO DIRECTLY ENERGIZE THE EXHAUST FANS.

.2 THE REFRIGERANT LEAK DETECTOR SHALL SENSE THE TYPE OF REFRIGERANT USED IN THE SPECIFIED CHILLERS.MULTIPLE SENSORS SHALL BE REQUIRED TO DETECT DIFFERENT REFRIGERANTS AND/OR PROVIDE PROPERSENSING COVERAGE FOR THE AREA OF THE REFRIGERATION ROOM.

.3 ACCEPTABLE MANUFACTURERS: JOHNSON CONTROLS, MSA INSTRUMENTS, VULCAIN

I. STATUS AND SAFETY SWITCHES

.1 GENERAL REQUIREMENTS

SWITCHES SHALL BE PROVIDED TO MONITOR EQUIPMENT STATUS, SAFETY CONDITIONS, AND GENERATEALARMS AT THE BMS WHEN A FAILURE OR ABNORMAL CONDITION OCCURS. SAFETY SWITCHES SHALL BEPROVIDED WITH TWO SETS OF CONTACTS AND SHALL BE INTERLOCK WIRED TO SHUT DOWN RESPECTIVEEQUIPMENT.

.2 CURRENT SENSING SWITCHES

.1 THE CURRENT SENSING SWITCH SHALL BE SELF-POWERED WITH SOLID-STATE CIRCUITRY AND A DRYCONTACT OUTPUT. IT SHALL CONSIST OF A CURRENT TRANSFORMER, A SOLID STATE CURRENTSENSING CIRCUIT, ADJUSTABLE TRIP POINT, SOLID STATE SWITCH, SPDT RELAY, AND AN LEDINDICATING THE ON OR OFF STATUS. A CONDUCTOR OF THE LOAD SHALL BE PASSED THROUGH THEWINDOW OF THE DEVICE. IT SHALL ACCEPT OVER-CURRENT UP TO TWICE ITS TRIP POINT RANGE.

.2 CURRENT SENSING SWITCHES SHALL BE USED FOR RUN STATUS FOR FANS, PUMPS, AND OTHERMISCELLANEOUS MOTOR LOADS.

.3 CURRENT SENSING SWITCHES SHALL BE CALIBRATED TO SHOW A POSITIVE RUN STATUS ONLY WHENTHE MOTOR IS OPERATING UNDER LOAD. A MOTOR RUNNING WITH A BROKEN BELT OR COUPLINGSHALL INDICATE A NEGATIVE RUN STATUS.

.4 ACCEPTABLE MANUFACTURERS: JOHNSON CONTROLS, VERIS INDUSTRIES

.3 AIR FILTER STATUS SWITCHES

.1 DIFFERENTIAL PRESSURE SWITCHES USED TO MONITOR AIR FILTER STATUS SHALL BE OF THEAUTOMATIC RESET TYPE WITH SPDT CONTACTS RATED FOR 2 AMPS AT 120VAC.

.2 A COMPLETE INSTALLATION KIT SHALL BE PROVIDED, INCLUDING: STATIC PRESSURE TOPS, TUBING,FITTINGS, AND AIR FILTERS.

.3 PROVIDE APPROPRIATE SCALE RANGE AND DIFFERENTIAL ADJUSTMENT FOR INTENDED SERVICE.

.4 ACCEPTABLE MANUFACTURERS: JOHNSON CONTROLS, CLEVELAND CONTROLS

.4 AIR FLOW SWITCHES

.1 DIFFERENTIAL PRESSURE FLOW SWITCHES SHALL BE BELLOWS ACTUATED MERCURY SWITCHES ORSNAP ACTING MICRO-SWITCHES WITH APPROPRIATE SCALE RANGE AND DIFFERENTIAL ADJUSTMENTFOR INTENDED SERVICE.


.5 AIR PRESSURE SAFETY SWITCHES

.1 AIR PRESSURE SAFETY SWITCHES SHALL BE OF THE MANUAL RESET TYPE WITH SPDT CONTACTS RATEDFOR 2 AMPS AT 120VAC.

.2 PRESSURE RANGE SHALL BE ADJUSTABLE WITH APPROPRIATE SCALE RANGE AND DIFFERENTIALADJUSTMENT FOR INTENDED SERVICE.


.6 WATER FLOW SWITCHES

.1 WATER FLOW SWITCHES SHALL BE EQUAL TO THE JOHNSON CONTROLS P74.

.7 LOW TEMPERATURE LIMIT SWITCHES

.1 THE LOW TEMPERATURE LIMIT SWITCH SHALL BE OF THE MANUAL RESET TYPE WITH DOUBLEPOLE/SINGLE THROW SNAP ACTING CONTACTS RATED FOR 16 AMPS AT 120VAC.

.2 THE SENSING ELEMENT SHALL BE A MINIMUM OF 15 FEET IN LENGTH AND SHALL REACT TO THECOLDEST 18-INCH SECTION. ELEMENT SHALL BE MOUNTED HORIZONTALLY ACROSS DUCT INACCORDANCE WITH MANUFACTURERS RECOMMENDED INSTALLATION PROCEDURES.

.3 FOR LARGE DUCT AREAS WHERE THE SENSING ELEMENT DOES NOT PROVIDE FULL COVERAGE OF THEAIR STREAM, ADDITIONAL SWITCHES SHALL BE PROVIDED AS REQUIRED TO PROVIDE FULL PROTECTIONOF THE AIR STREAM.

.4 THE LOW TEMPERATURE LIMIT SWITCH SHALL BE EQUAL TO JOHNSON CONTROLS A70.

1.4 OUTPUT DEVICES

A. ACTUATORS

.1 GENERAL REQUIREMENTS

.1 DAMPER AND VALVE ACTUATORS SHALL BE ELECTRONIC AS SPECIFIED IN THE SYSTEM DESCRIPTIONSECTION.

.2 ELECTRONIC DAMPER ACTUATORS

.1 ELECTRONIC DAMPER ACTUATORS SHALL BE DIRECT SHAFT MOUNT.

.2 MODULATING AND TWO-POSITION ACTUATORS SHALL BE PROVIDED AS REQUIRED BY THE SEQUENCEOF OPERATIONS. DAMPER SECTIONS SHALL BE SIZED BASED ON ACTUATOR MANUFACTURER'SRECOMMENDATIONS FOR FACE VELOCITY, DIFFERENTIAL PRESSURE AND DAMPER TYPE. THEACTUATOR MOUNTING ARRANGEMENT AND SPRING RETURN FEATURE SHALL PERMIT NORMALLYOPEN OR NORMALLY CLOSED POSITIONS OF THE DAMPERS, AS REQUIRED. ALL ACTUATORS (EXCEPTTERMINAL UNITS) SHALL BE FURNISHED WITH MECHANICAL SPRING RETURN UNLESS OTHERWISESPECIFIED IN THE SEQUENCES OF OPERATIONS. ALL ACTUATORS SHALL HAVE EXTERNAL ADJUSTABLESTOPS TO LIMIT THE TRAVEL IN EITHER DIRECTION, AND A GEAR RELEASE TO ALLOW MANUALPOSITIONING.

.3 MODULATING ACTUATORS SHALL ACCEPT 24 VAC OR VDC POWER SUPPLY, CONSUME NO MORETHAN 15 VA, AND BE UL LISTED. THE CONTROL SIGNAL SHALL BE 2-10 VDC OR 4-20 MA, AND THEACTUATOR SHALL PROVIDE A CLAMP POSITION FEEDBACK SIGNAL OF 2-10 VDC. THE FEEDBACKSIGNAL SHALL BE INDEPENDENT OF THE INPUT SIGNAL AND MAY BE USED TO PARALLEL OTHERACTUATORS AND PROVIDE TRUE POSITION INDICATION. THE FEEDBACK SIGNAL OF ONE DAMPERACTUATOR FOR EACH SEPARATELY CONTROLLED DAMPER SHALL BE WIRED BACK TO A TERMINALSTRIP IN THE CONTROL PANEL FOR TROUBLE-SHOOTING PURPOSES.

.4 TWO-POSITION OR OPEN/CLOSED ACTUATORS SHALL ACCEPT 24 OR 120 VAC POWER SUPPLY ANDBE UL LISTED. ISOLATION, SMOKE, EXHAUST FAN, AND OTHER DAMPERS, AS SPECIFIED IN THESEQUENCE OF OPERATIONS, SHALL BE FURNISHED WITH ADJUSTABLE END SWITCHES TO INDICATEOPEN/CLOSED POSITION OR BE HARD WIRED TO START/STOP ASSOCIATED FAN. TWO-POSITIONACTUATORS, AS SPECIFIED IN SEQUENCES OF OPERATIONS AS "QUICK ACTING," SHALL MOVE FULLSTROKE WITHIN 20 SECONDS. ALL SMOKE DAMPER ACTUATORS SHALL BE QUICK ACTING.

.5 ACCEPTABLE MANUFACTURERS: JOHNSON CONTROLS, BELIMO.

.3 ELECTRONIC VALVE ACTUATORS

.1 ELECTRONIC VALVE ACTUATORS SHALL BE MANUFACTURED BY THE VALVE MANUFACTURER.

.2 EACH ACTUATOR SHALL HAVE CURRENT LIMITING CIRCUITRY INCORPORATED IN ITS DESIGN TOPREVENT DAMAGE TO THE ACTUATOR.

.3 MODULATING AND TWO-POSITION ACTUATORS SHALL BE PROVIDED AS REQUIRED BY THE SEQUENCEOF OPERATIONS. ACTUATORS SHALL PROVIDE THE MINIMUM TORQUE REQUIRED FOR PROPER VALVECLOSE-OFF AGAINST THE SYSTEM PRESSURE FOR THE REQUIRED APPLICATION. THE VALVE ACTUATORSHALL BE SIZED BASED ON VALVE MANUFACTURER'S RECOMMENDATIONS FOR FLOW AND PRESSUREDIFFERENTIAL. ALL ACTUATORS SHALL FAIL IN THE LAST POSITION UNLESS SPECIFIED WITHMECHANICAL SPRING RETURN IN THE SEQUENCE OF OPERATIONS. THE SPRING RETURN FEATURESHALL PERMIT NORMALLY OPEN OR NORMALLY CLOSED POSITIONS OF THE VALVES, AS REQUIRED.ALL DIRECT SHAFT MOUNT ROTATIONAL ACTUATORS SHALL HAVE EXTERNAL ADJUSTABLE STOPS TOLIMIT THE TRAVEL IN EITHER DIRECTION.

.4 MODULATING ACTUATORS SHALL ACCEPT 24 VAC OR VDC AND 120 VAC POWER SUPPLY AND BE ULLISTED. THE CONTROL SIGNAL SHALL BE 2-10 VDC OR 4-20 MA AND THE ACTUATOR SHALL PROVIDE ACLAMP POSITION FEEDBACK SIGNAL OF 2-10 VDC. THE FEEDBACK SIGNAL SHALL BE INDEPENDENT OFTHE INPUT SIGNAL, AND MAY BE USED TO PARALLEL OTHER ACTUATORS AND PROVIDE TRUE POSITIONINDICATION. THE FEEDBACK SIGNAL OF EACH VALVE ACTUATOR (EXCEPT TERMINAL VALVES) SHALL BEWIRED BACK TO A TERMINAL STRIP IN THE CONTROL PANEL FOR TROUBLE-SHOOTING PURPOSES.

.5 TWO-POSITION OR OPEN/CLOSED ACTUATORS SHALL ACCEPT 24 OR 120 VAC POWER SUPPLY ANDBE UL LISTED. BUTTERFLY ISOLATION AND OTHER VALVES, AS SPECIFIED IN THE SEQUENCE OFOPERATIONS, SHALL BE FURNISHED WITH ADJUSTABLE END SWITCHES TO INDICATE OPEN/CLOSEDPOSITION OR BE HARD WIRED TO START/STOP THE ASSOCIATED PUMP OR CHILLER.

.6 ACCEPTABLE MANUFACTURERS: JOHNSON CONTROLS

B. CONTROL DAMPERS

.1 THE BMS CONTRACTOR SHALL FURNISH ALL AUTOMATIC DAMPERS. ALL AUTOMATIC DAMPERS SHALL BESIZED FOR THE APPLICATION BY THE BMS CONTRACTOR OR AS SPECIFICALLY INDICATED ON THEDRAWINGS.

.2 ALL DAMPERS USED FOR THROTTLING AIRFLOW SHALL BE OF THE OPPOSED BLADE TYPE ARRANGED FORNORMALLY OPEN OR NORMALLY CLOSED OPERATION, AS REQUIRED. THE DAMPER IS TO BE SIZED SO THAT,WHEN WIDE OPEN, THE PRESSURE DROP IS A SUFFICIENT AMOUNT OF ITS CLOSE-OFF PRESSURE DROP TOSHIFT THE CHARACTERISTIC CURVE TO NEAR LINEAR.

.3 ALL DAMPERS USED FOR TWO-POSITION, OPEN/CLOSE CONTROL SHALL BE PARALLEL BLADE TYPEARRANGED FOR NORMALLY OPEN OR CLOSED OPERATION, AS REQUIRED.

.4 DAMPER FRAMES AND BLADES SHALL BE CONSTRUCTED OF EITHER GALVANIZED STEEL OR ALUMINUM.MAXIMUM BLADE LENGTH IN ANY SECTION SHALL BE 60". DAMPER BLADES SHALL BE 16-GAUGE MINIMUMAND SHALL NOT EXCEED EIGHT (8) INCHES IN WIDTH. DAMPER FRAMES SHALL BE 16-GAUGE MINIMUM HATCHANNEL TYPE WITH CORNER BRACING. ALL DAMPER BEARINGS SHALL BE MADE OF REINFORCED NYLON,STAINLESS STEEL OR OIL-IMPREGNATED BRONZE. DAMPERS SHALL BE TIGHT CLOSING, LOW LEAKAGE TYPE,WITH SYNTHETIC ELASTOMER SEALS ON THE BLADE EDGES AND FLEXIBLE STAINLESS STEEL SIDE SEALS.DAMPERS OF 48"X48" SIZE SHALL NOT LEAK IN EXCESS OF 8.0 CFM PER SQUARE FOOT WHEN CLOSEDAGAINST 4" W.G. STATIC PRESSURE WHEN TESTED IN ACCORDANCE WITH AMCA STD. 500.

.5 AIRFOIL BLADE DAMPERS OF DOUBLE SKIN CONSTRUCTION WITH LINKAGE OUT OF THE AIR STREAM SHALLBE USED WHENEVER THE DAMPER FACE VELOCITY EXCEEDS 1500 FPM OR SYSTEM PRESSURE EXCEEDS 2.5"W.G., BUT NO MORE THAN 4000 FPM OR 6" W.G. ACCEPTABLE MANUFACTURERS ARE RUSKIN, TAMCO,VENTEX

.6 ONE PIECE ROLLED BLADE DAMPERS WITH EXPOSED OR CONCEALED LINKAGE MAY BE USED WITH FACEVELOCITIES OF 1500 FPM OR BELOW. ACCEPTABLE MANUFACTURERS ARE: RUSKIN CD36, AND TAMCO.

.7 MULTIPLE SECTION DAMPERS MAY BE JACK-SHAFTED TO ALLOW MOUNTING OF PISTON PNEUMATICACTUATORS AND DIRECT CONNECT ELECTRONIC ACTUATORS. EACH END OF THE JACKSHAFT SHALLRECEIVE AT LEAST ONE ACTUATOR TO REDUCE JACKSHAFT TWIST.

C. CONTROL RELAYS

.1 CONTROL PILOT RELAYS

.1 CONTROL PILOT RELAYS SHALL BE OF A MODULAR PLUG-IN DESIGN WITH RETAINING SPRINGS ORCLIPS.

.2 MOUNTING BASES SHALL BE SNAP-MOUNT.

.3 DPDT, 3PDT, OR 4PDT RELAYS SHALL BE PROVIDED, AS APPROPRIATE FOR APPLICATION.

.4 CONTACTS SHALL BE RATED FOR 10 AMPS AT 120VAC.

.5 RELAYS SHALL HAVE AN INTEGRAL INDICATOR LIGHT AND CHECK BUTTON.

.6 ACCEPTABLE MANUFACTURERS: JOHNSON CONTROLS, LECTRO

D. CONTROL VALVES

.1 ALL AUTOMATIC CONTROL VALVES SHALL BE FULLY PROPORTIONING AND PROVIDE NEAR LINEAR HEATTRANSFER CONTROL. THE VALVES SHALL BE QUIET IN OPERATION AND FAIL-SAFE OPEN, CLOSED, OR INTHEIR LAST POSITION. ALL VALVES SHALL OPERATE IN SEQUENCE WITH ANOTHER VALVE WHEN REQUIREDBY THE SEQUENCE OF OPERATIONS. ALL CONTROL VALVES SHALL BE SIZED BY THE CONTROLMANUFACTURER, AND SHALL BE GUARANTEED TO MEET THE HEATING AND COOLING LOADS, ASSPECIFIED. ALL CONTROL VALVES SHALL BE SUITABLE FOR THE SYSTEM FLOW CONDITIONS AND CLOSEAGAINST THE DIFFERENTIAL PRESSURES INVOLVED. BODY PRESSURE RATING AND CONNECTION TYPE(SWEAT, SCREWED, OR FLANGED) SHALL CONFORM TO THE PIPE SCHEDULE ELSEWHERE IN THISSPECIFICATION.

.2 CHILLED WATER CONTROL VALVES SHALL BE MODULATING PLUG, BALL, AND/OR BUTTERFLY, AS REQUIREDBY THE SPECIFIC APPLICATION. MODULATING WATER VALVES SHALL BE SIZED PER MANUFACTURER'SRECOMMENDATIONS FOR THE GIVEN APPLICATION. IN GENERAL, VALVES (2 OR 3-WAY) SERVINGVARIABLE FLOW AIR HANDLING UNIT COILS SHALL BE SIZED FOR A PRESSURE DROP EQUAL TO THE ACTUALCOIL PRESSURE DROP, BUT NO LESS THAN 5 PSI. VALVES (3-WAY) SERVING CONSTANT FLOW AIRHANDLING UNIT COILS WITH SECONDARY CIRCUIT PUMPS SHALL BE SIZED FOR A PRESSURE DROP EQUALTO 25% THE ACTUAL COIL PRESSURE DROP, BUT NO LESS THAN 2 PSI. MIXING VALVES (3-WAY) SERVINGSECONDARY WATER CIRCUITS SHALL BE SIZED FOR A PRESSURE DROP OF NO LESS THAN 5 PSI. VALVES FORTERMINAL REHEAT COILS SHALL BE SIZED FOR A 2 PSIG PRESSURE DROP, BUT NO MORE THAN A 5 PSI DROP.

.3 BALL VALVES SHALL BE USED FOR HOT AND CHILLED WATER APPLICATIONS, WATER TERMINAL REHEATCOILS, RADIANT PANELS, UNIT HEATERS, PACKAGE AIR CONDITIONING UNITS, AND FAN COIL UNITSEXCEPT THOSE DESCRIBED HEREINAFTER.

.4 MODULATING PLUG WATER VALVES OF THE SINGLE-SEAT TYPE WITH EQUAL PERCENTAGE FLOWCHARACTERISTICS SHALL BE USED FOR ALL SPECIAL APPLICATIONS AS INDICATED ON THE VALVE SCHEDULE.VALVE DISCS SHALL BE COMPOSITION TYPE. VALVE STEMS SHALL BE STAINLESS STEEL.

.5 BUTTERFLY VALVES SHALL BE ACCEPTABLE FOR MODULATING LARGE FLOW APPLICATIONS GREATER THANMODULATING PLUG VALVES, AND FOR ALL TWO-POSITION, OPEN/CLOSE APPLICATIONS. IN-LINE AND/ORTHREE-WAY BUTTERFLY VALVES SHALL BE HEAVY-DUTY PATTERN WITH A BODY RATING COMPARABLE TOTHE PIPE RATING, REPLACEABLE LINING SUITABLE FOR TEMPERATURE OF SYSTEM, AND A STAINLESS STEELVANE. VALVES FOR MODULATING SERVICE SHALL BE SIZED AND TRAVEL LIMITED TO 50 DEGREES OF FULLOPEN. VALVES FOR ISOLATION SERVICE SHALL BE THE SAME AS THE PIPE. VALVES IN THE CLOSED POSITIONSHALL BE BUBBLE-TIGHT.

.6 ACCEPTABLE MANUFACTURERS: BELIMO, JOHNSONS CONTROLS, ALC AUTOMATION

1.5 AUXILIARY CONTROL DEVICES

A. GENERAL

.1 SPECIFIED IN THIS SECTION ARE THE FOLLOWING HARD WIRED INPUT/OUTPUT DEVICES CONNECTED TOTHE BUILDING CONTROLLER OR ASC.

.1 AUTOMATIC DAMPERS

.2 ELECTRIC DAMPER ACTUATORS

.3 AUTOMATIC CONTROL VALVES

.4 BINARY TEMPERATURE DEVICES

.5 TEMPERATURE SENSORS

.6 HUMIDITY SENSORS

.7 INDOOR AIR QUALITY (CO2/VOC) SPACE SENSORS

.8 RELAYS

.9 CURRENT SWITCHES

.10 LOCAL CONTROL PANELS

B. ELECTRIC DAMPER ACTUATORS

.1 GENERAL

.1 THE ACTUATOR SHALL HAVE MECHANICAL OR ELECTRONIC STALL PROTECTION TO PREVENT DAMAGETO THE ACTUATOR THROUGHOUT THE ROTATION OF THE ACTUATOR.

.2 WHERE SHOWN, FOR POWER-FAILURE/SAFETY APPLICATIONS, AN INTERNAL MECHANICAL,SPRING-RETURN MECHANISM SHALL BE BUILT INTO THE ACTUATOR HOUSING. ALTERNATIVELY, ANUNINTERRUPTIBLE POWER SUPPLY (UPS) MAY BE PROVIDED. ON TERMINAL UNIT VALVES ACTUATORSCAPACITOR DRIVEN FAIL ACTION IS PERMITTED.

.3 PROPORTIONAL ACTUATORS SHALL ACCEPT A 0 TO 10 VDC OR 0 TO 20 MA CONTROL SIGNAL ANDPROVIDE A 2 TO 10 VDC OR 4 TO 20 MA OPERATING RANGE.

.4 ALL 24 VAC/VDC ACTUATORS SHALL OPERATE ON CLASS 2 WIRING.

.5 ALL ACTUATORS SHALL HAVE AN EXTERNAL MANUAL GEAR RELEASE TO ALLOW MANUAL POSITIONING OFTHE DAMPER WHEN THE ACTUATOR IS NOT POWERED. SPRING-RETURN ACTUATORS WITH MORE THAN 7NM (60 IN.-LB) TORQUE CAPACITY SHALL HAVE A MANUAL CRANK FOR THIS PURPOSE.

.6 ELECTRIC ACTUATORS FOR EMERGENCY GENERATOR DAMPER CONTROL SHALL BE RATED FOR 350 DEGREEF. MAXIMUM OPERATING TEMPERATURE AND CAPABLE TO DRIVE FULLY OPEN AND CLOSE WITHIN 15SECONDS.

.7 ACCEPTABLE MANUFACTURER SIEMENS BUILDING TECHNOLOGIES, JOHNSON CONTROLS, HONEYWELL &BELIMO.

C. AUTOMATIC CONTROL VALVES

.1 GENERAL:

.1 CONTROL VALVES SHALL BE TWO-WAY OR THREE-WAY TYPE SINGLE SEATED GLOBE TYPE FORTWO-POSITION OR MODULATING SERVICE AS SHOWN. VALVES SHALL MEET ANSI CLASS IV LEAKAGERATING.

.2 BODY PRESSURE RATING AND CONNECTION TYPE CONSTRUCTION SHALL CONFORM TO PIPE, FITTINGAND VALVE SCHEDULES. WHERE PRESSURE AND FLOW COMBINATIONS EXCEED RATINGS FORCOMMERCIAL VALVES AND OPERATORS, INDUSTRIAL CLASS VALVES AND OPERATORS SHALL BEPROVIDED.

.3 VALVE OPERATORS SHALL BE OF ELECTRIC TYPE.

.4 THE VALVES SHALL BE QUIET IN OPERATION AND FAIL-SAFE IN EITHER NORMALLY OPEN ORNORMALLY CLOSED POSITION IN THE EVENT OF POWER FAILURE.

.5 CONTROL VALVE OPERATORS SHALL BE SIZED TO CLOSE AGAINST A DIFFERENTIAL PRESSURE EQUALTO THE DESIGN PUMP HEAD PLUS 10 PERCENT.

.6 FURNISH DIFFERENTIAL PRESSURE CONTROL VALVES FOR ALL WATER SYSTEMS AS SHOWN ON PLANSAND/OR SPECIFIED IN THE SEQUENCE OF OPERATIONS.

.7 PROVIDE VALVES 2" AND SMALLER WITH SCREWED END BRONZE BODIES AND STAINLESS STEEL TRIM.PROVIDE VALVES 2-1/2" AND LARGER WITH FLANGED ENDS, CAST IRON BODY AND STAINLESS STEELTRIM.

.8 FOR MODULATING SERVICE THAT REQUIRE LARGE VALVE SIZE (ABOVE 6"), SUCH AS COOLING TOWERTEMPERATURE BYPASS, CHILLER HEAD PRESSURE ,ETC. WHERE PROPER CONTROL WITH GLOBE TYPECONTROL VALVE CANNOT BE ACHIEVED OR THE APPLICATION IS NOT ECONOMICAL BUTTERFLY ORV-PORT BALL VALVES ARE ALLOWED.

.9 ACCEPTABLE MANUFACTURER SIEMENS BUILDING TECHNOLOGIES, DELTA (BY ESC AUTOMATION).

.2 WATER VALVES:

.1 CONTROL VALVES SHALL BE OF EQUAL PERCENTAGE FLOW CHARACTERISTICS FOR MODULATINGSERVICE.

D. BINARY TEMPERATURE DEVICES

.1 LINE-VOLTAGE SPACE THERMOSTAT:

.1 LINE-VOLTAGE THERMOSTATS SHALL BE BIMETAL-ACTUATED, SNAP ACTING SPDT CONTACT,ENCLOSED, UL LISTED FOR ELECTRICAL RATING. THE THERMOSTAT COVER SHALL PROVIDE EXPOSED SETPOINT ADJUSTMENT KNOB. THE THERMOSTAT SHALL OPERATE WITHIN THE 55°F TO 85°F SETPOINTRANGE, WITH 2°F MAXIMUM DIFFERENTIAL.

.2 LOW-TEMPERATURE SAFETY THERMOSTAT:

.1 LOW-LIMIT AIR STREAM THERMOSTATS SHALL BE UL LISTED, VAPOR PRESSURE TYPE, WITH A SENSINGELEMENT OF 20 FT. MINIMUM LENGTH. ELEMENT SHALL RESPOND TO THE LOWEST TEMPERATURESENSED BY ANY 1 FT. SECTION. THE LOW-LIMIT THERMOSTAT SHALL BE AUTOMATIC RESET, SPDT TYPE.

E. TEMPERATURE SENSORS

.1 PROVIDE THE FOLLOWING INSTRUMENTATION AS REQUIRED BY THE MONITORING, CONTROL ANDOPTIMIZATION FUNCTIONS. ALL TEMPERATURE SENSOR SHALL USE PLATINUM RTD ELEMENTS ONLY, NICKELOR SILICON ARE NOT ACCEPTABLE. ALL CONTROL SIGNALS SHALL BE VIA A 4-20 MA LOOP.

.2 ROOM TEMPERATURE:

.1 TEMPERATURE MONITORING RANGE +40/+90 F (+40/120 F FOR HIGH TEMP ALARMS)

.2 OUTPUT SIGNAL 4-20 MA

.3 INSTALLATION ADJUSTMENTS NONE REQUIRED

.4 CALIBRATION ADJUSTMENTS ZERO & SPAN

.5 FACTORY CALIBRATION POINT 70 DEG F

.6 ACCURACY AT CALIBRATION POINT +0.5 F

.3 LIQUID IMMERSION TEMPERATURE

.1 TEMPERATURE MONITORING RANGE +20/+120 F OR +70/+220 F


.3 INSTALLATION ADJUSTMENT NONE REQUIRED




.4 DUCT (SINGLE POINT) TEMPERATURE

.1 TEMPERATURE MONITORING RANGE +20/+120 F






.5 DUCT (AVERAGING) TEMPERATURE

.1 TEMPERATURE MONITORING RANGE +20/+120 F

.2 OUTPUT SIGNAL 4 - 20 MA





.6 OUTSIDE AIR TEMPERATURE

.1 TEMPERATURE MONITORING RANGE -50/+122






F. DEW POINT/HUMIDITY SENSORS

.1 OUTSIDE AIR DEW POINT TEMPERATURE

.1 DEW POINT MONITORING RANGE -40/+115 F DP, 12% TO 99% RH



.4 FACTORY CALIBRATION POINT 70 F

.5 ACCURACY AT CALIBRATION POINT +2.0 FDP

.2 ROOM/DUCT RELATIVE HUMIDITY

.1 SENSOR HUMIDITY RANGE 0 TO 100%

.2 OPERATING TEMPERATURE 15 F TO +170 F

.3 ACCURACY +2% RH

.4 SENSING ELEMENT CAPACITIVE SENSOR

.5 OUTPUT SIGNAL 4-20 MA DC

.6 INSTALLATION ADJUSTMENTS ZERO & SPAN

.7 OPERATING TEMPERATURE 15 F TO +170 F

.8 VOLTAGE REQUIREMENT 12-36 VDC

G. PRESSURE SENSORS

.1 AIR STATIC PRESSURE SENSOR

.1 DUCT STATIC RANGE -.5 TO + 7.5"WG

.2 ACCURACY + .05" W.G.

.3 OUTPUT SIGNAL 4 - 20 MA

H. RELAYS

.1 CONTROL RELAYS SHALL BE UL LISTED PLUG-IN TYPE WITH DUST COVER AND LED "ENERGIZED" INDICATOR.CONTACT RATING, CONFIGURATION, AND COIL VOLTAGE SHALL BE SUITABLE FOR APPLICATION.

I. CURRENT SWITCHES

.1 CURRENT-OPERATED SWITCHES SHALL BE SELF-POWERED, SOLID-STATE WITH ADJUSTABLE TRIP CURRENT.THE SWITCHES SHALL BE SELECTED TO MATCH THE CURRENT OF THE APPLICATION AND OUTPUTREQUIREMENTS OF THE DDC SYSTEM.

CONTROLS & INSTRUMENTATION SPECIFICATIONS CONTROLS & INSTRUMENTATION SPECIFICATIONS CONTROLS & INSTRUMENTATION SPECIFICATIONS CONTROLS & INSTRUMENTATION SPECIFICATIONS19-033 19-033 19-033 19-033

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CLASSROOM

H338

Stacked

W/D

Fridge

EX BD EX BDEX BDEX BD

EX BD EX BD EX BD EX BD

EX. S/A 10"x12"14"x14"

EX. S

/A18

"X14

"

EX. S

/A 2

0"X1

4"

Ø8"

TYP

.

Ø10

" TY

P.

EX. FP3-11

EX. R/A 48"x16"

14"x14"EX. S/A 10"x12"

EX. S

/A 7

0"X1

6"

CAP

T RE

EX S-310

@3

EX S-310

@3

EX R--

@2

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DRAWING NUMBER:

2019-05-03

19-033

CLIENT

MANTECONPARTNERS

SHERIDAN COLLEGE

H338 - PN / PSW


heridan


W.D.

DAVIS CAMPUS

ROOM RENOVATION


HVAC & PIPINGDEMOLITION PLAN

C.S.

W.D.

AS NOTED

M1SCALE: 3/16" = 1'-0"

2M1

HVAC & PIPING DEMOLITION RCP

DRAWING NOTES

1

2

EXISTING FAN POWERED BOX TO REMAIN & RE-USED.

EXISTING THERMOSTAT TO BE RELOCATED. REFER TO NEW WORK FOR NEW LOCATION.

SCALE: 3/16" = 1'-0"1

M1

HVAC & PIPING DEMOLITION PLAN

1

2

DRAWING NOTES

1

2

EXISTING CEILING DIFFUSER TO BE REMOVED & DISPOSED.

RE-BALANCE DIFFUSERS TO AS PER AIRFLOW INDICATED.

3 EXISTING RETURN GRILLE TO REMAIN.

1

1

2 2 2

222

3

3

3 REMOVE & DISPOSED EXISTING DUCTWORK. CAP DUCTWORK AS INDICATED.

3

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Storage

Room

(B)

Storage

Room

(A)

BATHROOM

100.78 SQFT

BEDROOM

111.58 SQFT

COMMON SPACE

206.80 SQFT

HALLWAY

119.76 SQFT

CLASSROOM

1104.14 SQFT

Stacked

W/D

EX BD EX BDEX BD

EX BD EX BD EX BD

EX. S/A 10"x12"14"x14"

EX. S

/A18

"X14

"

EX. S

/A 2

0"X1

4"

Ø8"

TYP

.

Ø10

" TY

P.

EX. FP3-11

EX. R/A 48"x16"

14"x14"

EX. S

/A 7

0"X1

6"

CAP

T RL

BD

Ø7"

VAV-H338

12"X

10"

10"X

10"

CTE

CTE

CTE

T

BD

BD

8"Ø

7"Ø

14"X14"

3/4"

Ø3/

4"Ø

HWS

HWR

FD

EX S--

@5

EX S--

@3

EX R--

@2

EX S-310

@3

EX S-310

@3

EX R--

@2

S-27"Ø300

L = 48"

S-18"Ø300

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DRAWING NUMBER:

2019-05-03

19-033

CLIENT

MANTECONPARTNERS

SHERIDAN COLLEGE

H338 - PN / PSW


heridan


W.D.

DAVIS CAMPUS

ROOM RENOVATION


HVAC & PIPINGPROPOSED PLAN

C.S.

W.D.

AS NOTED

M2SCALE: 3/16" = 1'-0"

2M2

HVAC & PIPING PROPOSED RCP

DRAWING NOTES

1 PROPOSED LOCATION OF RELOCATED T-STAT. MAINTAIN EXISTING MOUNTING HEIGHT.

SCALE: 3/16" = 1'-0"1

M2

HVAC & PIPING PROPOSED PLAN

2 NEW T-STAT TO BE INTERFACED WITH NEW VAV BOX. SEE SEQUENCE OF OPERATION FOR MORE DETAILS.

3 NEW ACOUSTICALLY LINED RETURN AIR PLENUM.

12

3

4 PROVIDE NEW FIRE DAMPER (IF REQUIRED) AT WALL PENETRATION. VERY ON SITE.

5 ALL CONNECTIONS TO EXISTING PIPING SHALL BE DONE BY PIPE FREEZING. (TYP.)

4

5

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EX. SPH EX. SPH EX. SPH EX. SPH EX. SPH EX. SPH

EX. SPH

EX. SPH EX. SPH

EX. SPHEX. SPHEX. SPHEX. SPHEX. SPHEX. SPH EX. SPH

RE

SPHSPHRL

EX. SPH EX. SPH EX. SPH EX. SPH EX. SPH

EX. SPH

EX. SPHEX. SPHEX. SPHEX. SPHEX. SPHEX. SPH EX. SPH

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DRAWING NUMBER:

2019-05-03

19-033

CLIENT

MANTECONPARTNERS

SHERIDAN COLLEGE

H338 - PN / PSW


heridan


W.D.

DAVIS CAMPUS

ROOM RENOVATION


FIRE PROTECTIONDEMOLITION & PROPOSED PLAN

C.S.

W.D.

AS NOTED

M3

DRAWING NOTES

1

2

3

EXISTING SPRINKLER HEAD TO REMAIN.

SCALE: 3/16" = 1'-0"1

M3

FIRE PROTECTION DEMOLITION RCP

SCALE: 3/16" = 1'-0"2

M3

FIRE PROTECTION PROPOSED RCP

EXISTING SPRINKLER HEAD TO BE RELOCATED.

EXISTING SPRINKLER HEAD TO BE REMOVED & DISPOSED.

1 1 1 11

1

1 1 1 1 1 1 1

2

3 3

DRAWING NOTES

1

2

NEW PENDANT STYLE SPRINKLER HEAD C/W WIRE GUARD. CONNECT TO SPRINKLER PIPING.

NEW LOCATION OF RELOCATED SPRINKLER HEAD.

1 2

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DRAWING NUMBER:

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19-033

CLIENT

MANTECONPARTNERS

SHERIDAN COLLEGE

H338 - PN / PSW


heridan


W.D.

DAVIS CAMPUS

ROOM RENOVATION


R.P.

CONTROL SCHEMATICS

C.S.

W.D.

N.T.S.

M4N.T.S.

1M4

VAV CONTROL DIAGRAM

DISCHARGE AIRFLOW

ALARMS(Y/N)

HARDWAREPOINT TYPEPOINT NAME

CONSTANT AIR VOLUME SUPPLY CONTROL POINTS LIST

TREND(Y/N) DESCRIPTION

Y

SOFTWAREPOINT TYPE

AI

AI

Y-

-ZONE TEMPERATURE

SHOW ON GRAPHIC

Y

Y

(Y/N)

HIGH DISCHARGE AIRTEMPERATURE

HIGH ZONE TEMPERATURE

LOW DISCHARGE AIRTEMPERATURE

Y

Y

Y

N

N

-

-

-

-

-

-

N N

N N

N N

VAV BOX

COOLING MODE:

1. WHEN THE ZONE IS IN COOLING, THE COOLING LOOP OUTPUT SHALL BE MAPPED TO THE AIRFLOW SETPOINT FROM THE MINIMUM TO THE COOLING MAXIMUM AIRFLOWSETPOINTS. HOT WATER VALVE IS CLOSED UNLESS THE SUPPLY AIR TEMPERATURE IS BELOW THE MINIMUM SETPOINT.

• IF THE SUPPLY AIR TEMPERATURE FROM THE AIR HANDLER IS GREATER THAN ROOM TEMPERATURE, COOLING SHALL BE LOCKED OUT.

DEADBAND MODE:

1. WHEN THE ZONE IS IN DEADBAND, THE ACTIVE AIRFLOW SETPOINT SHALL BE THE MINIMUM AIRFLOW SETPOINT. HOT WATER VALVE IS CLOSED UNLESS THE SUPPLY AIRTEMPERATURE IS BELOW THE MINIMUM SETPOINT.

YAO -ZONE DAMPER POSITION YN

Y- AVZONE COOLING SETPOINT YN

DISCHARGE AIR TEMPERATURE AI Y- YN

Y- AVZONE HEATING SETPOINT YN

LOW ZONE TEMPERATURE Y-- N N

HEATING MODE:

WHEN THE ZONE IS IN HEATING, THE HEATING LOOP SHALL MAINTAIN SPACE TEMPERATURE AT THE HEATING SETPOINT AS FOLLOWS:· THE HEATING LOOP OUTPUT SHALL RESET THE DISCHARGE TEMPERATURE FROM THE CURRENT AHU SAT SETPOINT TO THE LESSER OF 90°F OR 20°F ABOVE SPACE

TEMPERATURE.· THE HOT WATER VALVE SHALL BE MODULATED TO MAINTAIN THE DISCHARGE AIR TEMPERATURE AT SETPOINT. DIRECTLY CONTROLLING HEATING OFF THE ZONE

TEMPERATURE CONTROL LOOP IS NOT ACCEPTED.

SEQUENCE OF OPERATION:

1. THE UNIT SHALL RUN CONTINUOUSLY AT VARIABLE AIRFLOW UNDER THE FOLLOWING CONDITIONS BASED ON A USER DEFINED SCHEDULE.

2. DESIGN AIRFLOW RATES SHALL BE AS SCHEDULED ON PLANS:· ZONE MAXIMUM COOLING AIRFLOW SETPOINT (VCOOL-MAX)· ZONE MINIMUM AIRFLOW SETPOINT (V-MIN)· ZONE MAXIMUM HEATING AIRFLOW SETPOINT (VHEAT-MAX)

DIFFERENTIAL PRESSURE TRANSDUCER

CONNECTED TO FLOW SENSOR

DUCT TEMPERATURE SENSOR

ZONE THERMOSTAT




ELECTRONIC FLOATING ACTUATOR WITH

POSITION FEEDBACK

-

-

ZONE THERMOSTAT

T

AI - ZONE TEMP

AI - ZONE SETPOINT ADJUST

DASA

T

AI - DISCHARGE AIR TEMP

AO - ZONE DAMPER

AO - REHEATING VALVE

M

HWS

HWR

MM

HW

AI - AIRFLOW

DAMPER CONTROL:

• THE VAV DAMPER SHALL BE MODULATED BY A CONTROL LOOP TO MAINTAIN THE MEASURED AIRFLOW AT THE ACTIVE SETPOINT

ALARMS:

1. HIGH DISCHARGE AIR TEMP: IF THE DISCHARGE AIR TEMPERATURE IS GREATER THAN 120°F (ADJ.).

2. LOW DISCHARGE AIR TEMP: IF THE DISCHARGE AIR TEMPERATURE IS LESS THAN 40°F (ADJ.).

3. HIGH ZONE TEMP: IF THE ZONE TEMPERATURE IS GREATER THAN THE COOLING SETPOINT BY A USER DEFINABLE AMOUNT (ADJ.).

4. LOW ZONE TEMP: IF THE ZONE TEMPERATURE IS LESS THAN THE HEATING SETPOINT BY A USER DEFINABLE AMOUNT (ADJ.).

5. LOW AIRFLOW: IF THE MEASURED AIRFLOW IS LESS THAN 50% (ADJ.) OF SETPOINT FOR 5 MINUTES (ADJ.).

DISCHARGE AIRFLOWSETPOINT - YAV YN

DIFFERENTIAL PRESSURE TRANSDUCER

CONNECTED TO FLOW SENSOR

YAO -RE-HEAT COIL POSITION YN

LOW AIRFLOW Y-- N N ZONE THERMOSTAT

ELECTRONIC FLOATING ACTUATOR WITH

POSITION FEEDBACK

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DRAWING TITLE:

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DRAWING NUMBER:

2019-05-03

19-033

CLIENT

MANTECONPARTNERS

SHERIDAN COLLEGE

H338 - PN / PSW


heridan


W.D.

DAVIS CAMPUS

ROOM RENOVATION


DETAILS & SCHEDULES

C.S.

W.D.

N.T.S.

M5

VAV BOXOR F/P

VAV BOXOUTLET DUCT

TERMINAL UNIT CONTROLLER

HEATING COIL

SOUND ATTENUATOR (IF APPLICABLE)

INLET DUCT

SCALE: N.T.S.2

M5

VAV BOX COIL PIPING

1

VAV-H338 THIRD FLOOR H338 7" - 600 309 11.9 1.9E.H. PRICE MODEL SDV5 C/W HOT COIL & 3 FT ATTENUATOR. CONFIRM & VERIFY COILCONNECTIONS ON SITE, PRIOR TO ORDERING.

VAV BOX WITH HOT WATER REHEAT COIL SCHEDULEGENERAL DESCRIPTION SUPPLY AIR

INLET SIZE (ØDIN)

SUPPLY AIROUTLET SIZE (W

IN X H IN )

AIR FLOW (CFM) HOT WATER COILMANUFACTURER & MODEL (BASIS OF DESIGN: E.H. PRICE)

TAG # LOCATIONAREA SERVED(ROOM No.) MAX. MIN. CAPACITY (MBH) WATER FLOW

(GPM)

N.T.S.1

M5

DETAIL OF FULL RADIUS ELBOW BRANCH TAKE-OFF

D

D2

D112"

`L'

SECONDARY BRANCH

SLOPE NOT TO

D1 VOLUME IN MAIN DUCT AFTER TAKE-OFF

D2 VOLUME IN SECONDARY BRANCHRATIO

R= D2 + 3/4 D

FULL HEIGHT LOCKABLE SPLITTER DAMPER

MAIN SUPPLY DUCT

(300mm)

MINIMUMAIR FLOW

`L' = 1-1/2 D2 FOR 8" (200mm) TO 24" (600mm)

`L' = 1-1/4 D2 FOR D2 OVER 24" (600mm)

=

R= 3/4 D

BRANCH DUCTS

TYPICAL ALLVOLUME DAMPER

EXCEED 1 IN 7

BRANCH DUCT

SINGLE LEAF BALANCING DAMPER

TAPERED SIDE TAKE-OFF

SUPPLY AIR PLENUMAIR FLOW

N.T.S.3

M5

DETAIL OF ROUND DUCT TAKE-OFF

EWT=180 °F; LWT=160 °F; EAT=55 °F; LAT=90 °F, SINGLE ROW COIL.

TAG SIZEIN.

24"X24"

MANUFACTURER AND MODEL(BASIS OF DESIGN: E.H. PRICE)

GRILLES/REGISTERS/DIFFUSERS SCHEDULE

S-1

AIR FLOWCFMAPPLICATION

EH. PRICE MODEL: SCD SERIES STEEL CONSTRUCTION, 3 CONCENTRIC CONES AND WHITEPOWDER COAT FINISH .

NECK SIZEIN.

3"(75mm) 1"(25mm)2"(50mm)

18"(450mm)

1"(25mm)3"(75mm) 2"(50mm)

36"(900mm)

HOT WATER HEATING

HOT WATER HEATING

SECONDARY COLOR BAND

PRIMARY COLOR

DIRECTION ARROW

LEGEND

LEGEND

DIRECTION ARROW

PRIMARY COLOR

SECONDARY COLOR BAND

VALVE

SCALE: N.T.S.4

M5

DETAIL OF PIPING IDENTIFICATION

S-2EH. PRICE MODEL: SDB 75 SERIES, 2-SLOT, 3/4" SLOT WIDTH C/W LINEAR SLOT PLENUM ANDWHITE POWDER COAT FINISH.

CEILINGAIR SUPPLY AS INDICATED AS INDICATED

48" LENGTH CEILINGAIR SUPPLY AS INDICATED AS INDICATED

(450mm)(450mm)

INCREASE DUCT SIZE 1" (25mm) ALL AROUNDACOUSTICALLY LINED RETURN BOOT

RETURN AIR GRILLE`X'

`X'

18" MIN.

`A'`A'

18" MIN.

SCALE: N.T.S.5

M5

DETAIL OF RETURN AIR GRILLE AND BOOT

LINEARDIFFUSER

PLENUM WITH 25MMTHICK INTERNALACOUSTIC INSULATIONREFER TO DRAWINGFOR SIZE

FLEX CONN.REFER TO DWGFOR SIZE

SCALE: N.T.S.6

M5

PLENUM FOR LINEAR DIFFUSER DETAIL

UNION

UNION

DRAIN VALVE WITH

SUPPLY

RETURN

ISOLATING VALVE

2 WAY CONTROL VALVE

CIRCUIT BALANCING VALVE

HOSE CONNECTION

AVV (AUTOMATIC AIR VENT)

CBV

STRAINER

TEMPERATURE/PRESSURETEST PLUG

TEMPERATURE/PRESSURETEST PLUG

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`X'

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`X'

LEGENDS:

SYMBOL

ELECTRICAL:

CEILING SUSPENDED LUMINAIRE

TYPE 'L1' AS SPECIFIED

DEFINITION

SPECIAL LUMINAIRE TYPE, REFER

TO LUMINAIRE SCHEDULE FOR

MORE DETAIL

WALL MOUNTED LUMINAIRES, TYPE

AS SPECIFIED

F1

A

TRACK MOUNTED LUMINAIRE, TYPE

AS SPECIFIED

POLE MOUNTED LUMINAIRE, TYPE

'H1' AS SPECIFIED

H1

SPECIFIED LUMINAIRE CONNECTED

TO EMERGENCY POWER SUPPLY

AND/OR NIGHT LIGHT CIRCUIT

ONE, TWO & THREE GANG SINGLE

POLE LIGHT SWITCHES (3-DENOTES

THREE WAY, LV-DENOTES LOW

VOLTAGE, H-DENOTES 347V)

DIMMER SWITCH (LV - DENOTES

0-10V DIMMING)

DALI WALL STATION (SUPPLIED BY

SHERIDAN) IN SINGLE GANG BOX C/W 3/4"

C IN WALL SPACE UP TO CEILING SPACE.

'KP-2D', 'KP-4D' OR 'KP-6D' DENOTES TWO,

FOUR OR SIX BUTTON VERSION C/W

MASTER ON/OFF & RAISE/LOWER.

DALI OCCUPANCY SENSOR (SUPPLIED

BY SHERIDAN). SHORT RANGE.

COOPER #: FLT-MTS6-DALI.

15A-1P, 120V, 5-15R CONFIGURATION

SINGLE RECEPTACLE WALL

MOUNTED


SINGLE RECEPTACLE WALL

MOUNTED


DUPLEX RECEPTACLE WALL

MOUNTED


DUPLEX RECEPTACLE WALL

MOUNTED

15A-1P, 120V, 15-15R

CONFIGURATION QUAD

RECEPTACLE WALL MOUNTED

OC1

S S

LV

S

T

S

3

D

DALI OCCUPANCY SENSOR (SUPPLIED

BY SHERIDAN). LONG RANGE.

COOPER #: FLT-MTS12-DALI.

KP-4

KP-2D

D

S

S

H

GREENGATE SHORT RANGE OCCUPANCY

SENSOR (SUPPLIED BY SHERIDAN). .

COOPER #: OAC-DT-1000-R

DPP

Dali Power Pack, FLT-SP-347-DC1

OC2

OC3

L1

L2

L4





GREENGATE LONG RANGE OCCUPANCY


COOPER #: OAC-DT-2000-ROC4

Dali Digital to Analog Converter,

FLT-DAC-DALI-DC1

DAC

DR

Dali Relay, FLT-HPRS-DALI

KP-6D

DUAL TECH LV OCCUPANCY SENSOR -

WALL MOUNT (GREENGATE)

OC5

SYMBOL

ELECTRICAL:

DEFINITIONSYMBOL

ELECTRICAL:

DEFINITION

15A -1P, 120V, 15-15R

CONFIGURATION DUPLEX

RECEPTACLE FLOOR MOUNTED

15A -1P, 120V, 15-15R

CONFIGURATION DUPLEX

RECEPTACLE CEILING MOUNTED

15A-1P, 120V, 15-15R

CONFIGURATION DUPLEX SPLIT

RECEPTACLE WALL MOUNTED

120V ELECTRICAL CONNECTION TO

EQUIPMENT AS NOTED

FB-X

FLOOR BOX TYPE X

POWER CORD REEL WITH CEILING

MOUNTED T-SLOT 20A-1P DUPLEX

OUTLET.

PCR

208V, 1Ø ELECTRICAL CONNECTION

TO EQUIPMENT AS NOTED

208V, 3Ø ELECTRICAL CONNECTION

TO EQUIPMENT AS NOTED




Dali Power Pack, FLT-SP-347-DC1

GREENGATE LONG RANGE OCCUPANCY



Dali Digital to Analog Converter,

FLT-DAC-DALI-DC1

DR

Dali Relay, FLT-HPRS-DALI

DUAL TECH LV OCCUPANCY SENSOR -

WALL MOUNT (GREENGATE)

FIRE AND LIFE SAFETY:

DENOTES DEVICE TO BE MOUNTED

COUNTER HEIGHT

CH

DENOTES TWISTLOCKTL

ABBREVIATIONS:

EXISTING TO REMAINE

DENOTES EXISTING ITEM TO BE

RELOCATED

R

DENOTES EXISTING ITEM TO BE

REMOVED

D

DENOTES WEATHERPROOFWP

DENOTES EXISTING ITEM IN

RELOCATED POSITION.

RP

DEFINITION

GROUND FAULT INTERRUPTERGFI

SYMBOL

DENOTED PROPOSED ITEM TO BE

ADDED.

P

'KP-2D', 'KP-4D' OR 'KP-6D' DENOTES TWO,


WALL MOUNTED EMERGENCY

LIGHTING BATTERY UNIT BU-1, C/W

DUPLEX OUTLET

RECESSED CEILING MOUNTED

EMERGENCY LIGHTING REMOTE

HEAD

SINGLE OR DOUBLE SURFACE

MOUNTED EMERGENCY LIGHTING

REMOTE HEADS

347V OR 600V ELECTRICAL

CONNECTION TO EQUIPMENT AS

NOTED

JUNCTION BOX

CONTACTOR

HAND DRYER

DISCONNECT SWITCH - UNFUSED

DISCONNECT SWITCH - FUSED

WALL MOUNTED JUNCTION BOX FOR

POWER CONNECTION TO MODULAR

FURNITURE (F-DENOTES FLOOR,

C-DENOTES CEILING)

WALL MOUNTED JUNCTION BOX FOR

COMMUNICATION CABLING FOR

MODULAR FURNITURE (F-DENOTES

FLOOR, C-DENOTES CEILING)

EXISTING HARDWIRED ANALOG

CLOCK

BU - 1

J

C

HD

P

C

PAC POLE (SINGLE CHANNEL)

PAC POLE (SPLIT MULTI-CHANNEL)

JUNCTION BOX

AUTOMATIC DOOR

AD

SYMBOL

ELECTRICAL:

SYMBOL

ELECTRICAL:

SYMBOL

ELECTRICAL:

DEFINITION


DENOTES ISOLATED GROUND

RECEPTACLE

IG

CEILING OR WALL MOUNTED 'EXIT'

LIGHT (SHADED QUADRANTS DENOTE

FACE DIRECTIONS) AND DIRECTIONAL

ARROWS AS INDICATED

COMMUNICATIONS (IT & SECURITY):

PROJECTOR C/W MOUNTING

APPARATUS AND SECURE CAGING

SYMBOL DEFINITION

ULTRA SHORT THROW PROJECTOR

C/W MOUNTING APPARATUS AND

SECURE CAGING

EMERGENCY PHONE

ACCESS CARD READER (K -

DENOTES C/W KEYPAD)

WIRELESS ACCESS POINT

IP CLOCK

TELEPHONE

DATA OUTLET

FIRE AND LIFE SAFETY:

EXISTING FIRE SEPARATION TO

REMAIN

SYMBOL DEFINITION

0 HOUR FIRE SEPARATION

30 MINUTE (1/2 HR) FIRE

SEPARATION

45 MINUTE (3/4 HR) FIRE

SEPARATION


1.5 HOUR SEPARATION


0 0

1/2

3/4

1

1.5

2

1/2

3/4

1

1.5

2

LOCATION OF FIRE EXTINGUISHER

LOCATION OF FIRE HOSE CABINET

FIRE SPEAKER

FIRE SPEAKER W/ STROBE LIGHT

PULL STATION LOCATION

SPRINKLER HEAD LOCATION

HEAT DETECTOR

SMOKE DETECTOR

MECHANICAL:

SYMBOL

ACR - KACR

IP

TEL

#

FE

FHC

HD

SD

FLOOR MOUNTED DATA OUTLET

#

CEILING MOUNTED DATA OUTLET

#

SECURITY CAMERA

A/V SPEAKER

S

TYPE S IP CLOCK REQUIREMENTS

MIN. 1" (25 mm) CONDUIT

ANGLED TOWARD MAIN

RUN (BY DIVISION 16).

DECIRA STYLE ADAPTER

BLANK

CAT6 MODULAR OUTLET

BLANK

SINGLE GANG BOX

COVERPLATE (BY DIV. 16)

TYPE S

TYPE S - WALL MOUNT CLOCK LOCATION

ONE (1) CATEGORY 6 DATA DROP

(BY COMMS) MOUNTED AT 12"

ABOVE ENTRANCE DOOR FRAME

TYPE S

1'-0

"

5

7

8

"

3

7

8

"

RECESSED AREA

BEHIND CLOCK

DESIGNATED

FOR DATA

CENTERED OVER DOOR FRAME

SHERIDAN STANDARDS:

ZONE 1

ZONE 2

ZONE 3

ZONE 4

PROPOSED MECHANICAL/

ELECTRICAL CONTROLS

INSTALL THERMOSTAT AND ELECTRICAL CONTROLS SIDE BY

SIDE AT SAME A.F.F. ELEVATION BY THE DOOR. EXACT

LOCATIONS TBD. TO BE COORDINATED WITH MECHANICAL

AND ELECTRICAL.

40.5"

ZONE 1

ZONE 2

ZONE 3

ZONE 4

40.5"

O/C A.F.F. +/-O/C A.F.F. +/-

AS NOTED

E1

-

Project Specific:

Drawn By:

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Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:

School of Applied Health - H338

1


D. K N.C

05-2019

N N


work offsite


Standards.






work.





project.

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

ELECTRICAL NOTES & LEGENDS

ELECTRICAL NOTES

INSTALLATION REQUIREMENTS

1. ALL EQUIPMENT MATERIAL, DEVICES AND WIRING SHALL CONFORM TO THE

CANADIAN ELECTRICAL CODE OR CODE HAVE JURISDICTION FOR THE

PURPOSE FOR WHICH THEY ARE TO BE USED AND SHALL BEAR THE

APPROVAL OF THE CSA AND/OR ULC OR HAVE SPECIAL APPROVAL OF THE

INSPECTION AUTHORITY.

2. ALL MATERIAL AND EQUIPMENT SHALL BE NEW. WHERE MANUFACTURER IS

NOT SPECIFIED, MATERIAL AND EQUIPMENT SHALL BE OF HIGH

COMMERCIAL QUALITY AND CONSISTENT WITH BASE BUILDING STANDARDS.

3. VERIFY ON SITE EXISTING CIRCUITS USED, SPARE BREAKERS AND SPACES

AVAILABLE IN EXISTING PANEL BOARDS.

4. ALL CONDUIT SHALL BE MINIMUM OF

3

4

" (21mm) UNLESS OTHERWISE NOTED.

NO SECTION OF CONDUIT SHALL BE LONGER THAN 30 METERS (100 FEET) OR

CONTAIN MORE THAN TWO 90-DEGREE BENDS BETWEEN PULL BOXES.

5. AC90 (BX) ARMORED CABLE CAN BE USED IN EXISTING WALL PARTITIONS.

CONDUIT SHALL BE USED IN ALL NEW WALL PARTITIONS. CONDUIT SHALL BE

USED AT ALL EXPOSED CEILING SPACE. DO NOT RUN ARMOURED CABLE IN

EXPOSED AREAS OR INTO PANEL BOARDS.

6. ALL WIRING SHALL BE COPPER, TYPE RW-90 XLPE INSULATION. MINIMUM

WIRE SIZE FOR 120V BRANCH WIRING SHALL BE NO.12 AWG COPPER. IF

DISTANCE BETWEEN ELECTRICAL PANEL AND FIRST OUTLET EXCEEDS 80

FEET, A NO. 10 AWG COPPER SHALL BE USED (UP TO 120 FEET). VOLTAGE

DROP IN ANY CIRCUIT SHALL NOT EXCEED 3%.

7. PROVIDE A DEDICATED NEUTRAL AND GROUND WIRE OF THE SAME AWG AS

THE CIRCUIT CONDUCTOR FOR ALL CIRCUITS IDENTIFIED ON THE

DRAWINGS.

8. IN SYSTEM FURNITURE CONNECTION, A MINIMUM OF #10 AWG MUST BE

USED FOR THE NEUTRAL FROM THE ELECTRICAL PANEL TO THE CLOSEST

JUNCTION BOX TO THE CIRCUIT TERMINATION.

9. GROUNDING OF CONDUIT SYSTEMS: ALL CONDUIT SYSTEMS ARE TO BE

INDEPENDENTLY GROUNDED WITH THE USE OF A DEDICATED GROUND

WIRE. CONDUIT IS NOT TO BE USED AS GROUNDING OR BONDING METHODS.

10. CONVENIENCE AND DEDICATED CIRCUIT DUPLEX RECEPTACLES SHALL BE

LEVITON, DECORA SERIES OR APPROVED EQUAL.

11. 347 V LIGHT SWITCHES SHALL BE LEVITON, DECORA SERIES OR APPROVED

EQUAL.

12. ALL LIGHTING FIXTURES SHALL BE AS SPECIFIED, COMPLETE WITH LAMPS

AND ACCESSORIES.

13. ALL EXISTING RELOCATED AND NEW FLUORESCENT LUMINAIRES SHALL BE

INDEPENDENTLY SUPPORTED FROM CEILING STRUCTURE.

14. ALL BASE BUILDING FIXTURES ON EMERGENCY POWER SHALL BE

HARDWIRED.

15. OUTLETS SHALL NOT BE INSTALLED BACK TO BACK IN PARTITIONS.

STAGGER TO PREVENT SOUND TRANSFER.

16. ALL SURFACE MOUNTED POWER & COMM RECEPTACLES TO BE PROVIDED

WITH CAST ALUMINIUM FS OR FD TYPE OUTLET BOXES. (HUBBELL KILLARK

FS/FD SERIES OR APPROVED EQUIVALENT).

GENERAL REQUIREMENTS

1. COMPLY WITH THE REQUIREMENTS OF THE LATEST EDITION OF ALL

APPLICABLE CODES, THE REQUIREMENTS OF FEDERAL, PROVINCIAL AND

MUNICIPAL CODES, LOCAL BY-LAWS, THE APPLICABLE STANDARDS OF THE

UNDERWRITERS' ASSOCIATION AND ALL AUTHORITIES HAVING

JURISDICTION. ALSO, COMPLY WITH THE STANDARDS FOR THE BUILDING(S)

IN WHICH THE WORK IS TO TAKE PLACE.

2. THE ARCHITECTURAL DRAWINGS AND SPECIFICATIONS SHALL BE READ IN

CONJUNCTION WITH THE ELECTRICAL DRAWINGS AND SPECIFICATIONS.

3. ARRANGE FOR INSPECTION OF ALL WORK BY THE AUTHORITIES HAVING

JURISDICTION OVER THE WORK. ON COMPLETION OF THE PROJECT,

PRESENT TO SHERIDAN THE FINAL UNCONDITIONAL CERTIFICATE OF

APPROVAL FROM THE INSPECTION AUTHORITIES.

4. DRAWINGS ARE DIAGRAMMATIC AND INTENDED TO SHOW THE SCOPE OF

THE WORK, GENERAL ARRANGEMENT AND LOCATION OF THE EQUIPMENT

AND OUTLETS. THEY ARE NOT INTENDED TO SHOW THE DETAILS OF THE

INSTALLATION. VERIFY EXACT LOCATION AND MOUNTING HEIGHT OF ALL

WIRING DEVICES.

5. ALL LUMINARIES, EQUIPMENT AND MATERIALS SHALL BE C.S.A. APPROVED.

6. PROVIDE FIREPROOF SEALS IN ACCORDANCE WITH THE LOCAL CODES AND

STANDARDS AND THE ONTARIO BUILDING CODE.

7. PROVIDE ALL ELECTRICAL WIRING TO FURNITURE SYSTEMS. CONNECTION

BY OTHERS.

8. SUPPLY AND INSTALL ALL CONDUIT FOR DATA. SUPPLY AND INSTALLATION

OF DATA CABLING BY OTHERS.

9. CONTRACTOR TO COMPLETE ALL LOAD CALCULATIONS & TO COMPLETE

WORK ACCORDING TO ESA STANDARDS AND APPLICABLE CODES

DEMOLITION AND WORK IN EXISTING BUILDING

1. DISCONNECT AND REMOVE ALL ELECTRICAL EQUIPMENT INCLUDING

LUMINARIES, RECEPTACLES AND WIRING FROM AREAS BEING ALTERED OR

DEMOLISHED. WIRING, CONDUIT AND EQUIPMENT REQUIRED TO MAINTAIN

SERVICES IN OTHER PARTS OF THE BUILDINGS SHALL BE TEMPORARILY

SUPPORTED, REROUTED, SERVICED OR RELOCATED AS REQUIRED.

OBSOLETE CONDUITS AND CABLES SHALL BE DISCONNECTED FROM THEIR

SOURCE OF SUPPLY AND REMOVED. ALL EXISTING WIRING NOT REMOVED

SHALL BE DISCONNECTED, MADE SAFE, IDENTIFIED AND BLANKED-OFF.

2. COORDINATE REQUIRED SHUTDOWNS OF EXISTING BASE BUILDING

SYSTEMS WITH SHERIDAN. EXISTING BUILDING MUST BE KEPT IN

OPERATION AT ALL TIMES. ASSUME FULL RESPONSIBILITY FOR DISRUPTION

TO EXISTING SERVICES.

3. NEW CONDUITS AND OTHER NEW SERVICES SHALL BE CAREFULLY ROUTED

SO THAT THEY DO NOT INTERFERE WITH ANY EXISTING INSTALLATIONS.

4. COORDINATE WITH SHERIDAN ALL CONDUITS RUNNING IN OTHER TENANT

AREAS.

CLASSROOM

1640 SQ.FT.

H338

11 1

1 1

1 1

1

2

AS NOTED

E2

-


work offsite


Standards.






work.





project.

Project Specific:

Drawn By:

Drawing No.:

Checked By:








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General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


D. K N.C

05-2019

N N

1

E2

H338 - PWR & SYSTEMS DEMOLITION PLAN

3/16" = 1'-0"

NOTES:

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

PWR & SYSTEMS

DEMOLITION PLAN

1

2

DISCONNECT, RELOCATE AND/ OR REMOVE POWER AND DATA

(INCLUDING ALL ASSOCIATED PAC POLES, CONDUIT, WIRING,

CABLING, JUNCTION BOXES, GANG BOXES) AS NOTED ON

DRAWING. REFER TO NOTES, LEGENDS AND ABBREVIATIONS.

REUSE AS NECESSARY FOR PROPOSED PLAN.

COORDINATE ALL FIRE ALARM CHANGES WITH HAMILTON FIRE.

RELOCATE FIRE ALARM WIRING AS REQUIRED TO SUIT NEW

LAYOUT AND RE-VERIFY ALL AFFECTED FIRE ALARM LOOPS AS

REQUIRED.

3

ALL CAT 6 DATA TO BE PULLED BACK AND RE-USED IF POSSIBLE.

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WAP

Storage

Room

(B)

Storage

Room

(A)

5'-0"

TYP.

BATHROOM

100.78 SQFT

BEDROOM

111.58 SQFT

COMMON SPACE

206.80 SQFT

4'-0"

E.Q.

4'-0"

E.Q.

4'-0"

E.Q.

4'-0"

E.Q.

3'-5

7

8

"

5'-0"

TYP.

4'-0"

E.Q.

4'-0"

E.Q.

4'-0"

E.Q.

HALLWAY

119.76 SQFT

10

'-1

0

1

2

"

Lockable Vinyl

Folding door

CLASSROOM

1104.14 SQFT

6'-0

"

Stacked

W/D

Built-in

Stairs

11 1

Fridge

Storage

Room

(B)

Storage

Room

(A)

Lockable Vinyl

Folding door

Stacked

W/D

Built-in

Stairs

Fridge

AD

AD

AD

AD

IP

1

IP

1

1 1

1 1

2

1

2

AS NOTED

E3

-

Project Specific:

Drawn By:

Drawing No.:

Checked By:








consent.


heridan

Get

Creative

General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


D. K N.C

05-2019

N N


work offsite


Standards.






work.





project.

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

PROPOSED PWR & SYSTEMS

CONSTRUCTION PLAN

1

E3

H338 - PROPOSED POWER PLAN

3/16" = 1'-0"

NOTES:

11

NOTE:

A. WIRING CLOSET TO BE USED: XX

B. LABELING CONVENTION USED: WIRING CLOSET NUMBER - U NUMBER-

LOCATION ON THE PATCH PANEL (FOR EXAMPLE: C135-115-47)

C. PRIOR TO ANY I.T. RELATED WORK, GC AND/OR DATA VENDOR SHALL

CONTACT:

MARTIN NOWAKOWSKI 416-577-4969

DARKO RADMAN 647-234-4196

2 PROVIDE WARRANTY CERTIFICATE UPON PROJECT COMPLETION TO SHERIDAN'S

P.C.

3 PROVIDE ELECTRONIC COPY OF BOTH SUMMARY AND TEST RESULTS (FOR ALL

JOBS) TO SHERIDAN'S P.C.

4 PROVIDE ELECTRONIC COPY OF AS-BUILT TO SHERIDAN'S P.C. IN BOTH AUTOCAD

AND PDF FORMAT.

5 FOR ADDITIONAL INFORMATION REFER TO THE "COMMUNICATIONS

INFRASTRUCTURE DESIGN GUIDE V.5 (SEPT. 2013)

6 SUPPLY AND INSTALL ALL DATA CABLING AS SPECIFIED. LABEL ALL POWER AND

DATA OUTLETS. FOR LOCATION AND LABELING CONVENTION COORDINATE WITH

SHERIDAN COLLEGE ELECTRICAL ENGINEER AND IT GUIDELINES. DATA IS TO BE

FED FROM WIRING CLOSET XX. LIGHT BLUE BELDEN CERTIFIED CAT 6 PATCH

CABLE AT CLOSET ONLY.

10

11

12

7

8 COORDINATE ALL NEW POWER AND DATA LOCATIONS WITH SHERIDAN PC PRIOR

TO INSTALLATION.

9

ALL WIRING AND CABLING RUN SHALL BE TERMINATED IN NEW WALLS. EXPOSED

SURFACE CONDUIT IS ACCEPTABLE FOR EXISTING BLOCK WALLS AND CONCRETE

WALLS.

THE CIRCUIT NUMBERS SHOWN ARE FOR REFERENCE ONLY. ELECTRICAL

CONTRACTOR TO REVIEW ACTUAL SITE CONDITIONS AND ADJUST CIRCUIT

NUMBERS AS REQUIRED. ELECTRICAL CONTRACTOR TO PROVIDE AS-BUILT

DRAWINGS (C/W ACCURATE CIRCUITING) AND UPDATED PANEL SCHEDULES AT

THE END OF THE PROJECT. ALL POWER OUTLETS TO BE LABELED WITH CIRCUIT

NUMBER.

ALL UNUSED CONDUIT TO BE REMOVED AND DISPOSED OFF SITE. COORDINATE

CONDUIT REMOVAL AND INSTALLATION WITH SHERIDAN P.M. AND I.T.

ALL OUTLETS TO MATCH EXISTING STYLE AND COLOR. MOUNT ALL DATA & POWER

OUTLETS AT 16" O/C A.F.F. UNLESS OTHERWISE NEEDED. ELECTRICAL

CONTRACTOR TO LABEL ALL OUTLET WITH CIRCUIT NUMBERS. PROVIDE

HOSPITAL GRADE RECEPTACLES FOR ALL ISOLATED GROUND TYPES.

SUPPLY AND INSTALL DOOR OPERATOR PUSH BUTTON. COORDINATE LOCATION

ON SITE WITH SHERIDAN PC.

SUPPLY AND INSTALL DATA DROP FOR IP CLOCK. SHERIDAN TO SUPPLY IP CLOCK,

GENERAL CONTRACTOR IS RESPONSIBLE TO INSTALL IP CLOCK. COORDINATE

EXACT HEIGHT AND LOCATION WITH SHERIDAN COLLEGE PRIOR TO ROUGH IN.

13

9

9

13

13

14

WAP DATA CABLING REQUIRES 10FT SERVICE LOOP.

15 AV PATHWAYS: IF CEILING TILES REMAIN PROVIDE 1

1

2

" CONDUIT FROM PODIUM TO

CEILING SPACE.

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20A, CIRCUIT#1,2

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CIRCUIT#5

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20A, CIRCUIT#7

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CIRCUIT#5

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CH

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20A, CIRCUIT#10

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CIRCUIT#11

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FOR DOOR OPERATOR, CIRCUIT#12

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FOR DOOR OPERATOR, CIRCUIT#12

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WAP

+ 9'-8"

PROJECTOR

SS

S

AS NOTED

E4

-

Project Specific:

Drawn By:

Drawing No.:

Checked By:








consent.


heridan

Get

Creative

General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


D. K N.C

05-2019

N N


work offsite


Standards.






work.





project.

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

EXISTING LIGHTING - REMOVALS

PLAN

1

E4

H338 - EXISITNG LIGHTING PLAN

3/16" = 1'-0"

NOTES:

1

DISCONNECT AND DISPOSE OFFSITE ALL EXISTING LIGHT

FIXTURES INCLUDING ALL ASSOCIATED CONDUITS, WIRING AND

LIGHTING CONTROLS.

ELECTRICAL CONTRACTOR IS RESPONSIBLE TO SITE VERIFY AND

REPORT ANY DISCREPANCIES TO SHERIDAN COLLEGE P.M. PRIOR

TO SUBMITTING PRICING.

ALL MATERIALS TO BE DISPOSED OFF SITE ACCORDING TO

CURRENT ENVIRONMENTAL PRACTICES. PROVIDE DISPOSAL

CERTIFICATE FOR ALL REMOVED AMPS. ASSIST WITH SHERIDAN

SUSTAINABILITY REPRESENTATIVE AS REQUIRED FOR

COMPLETION OF OAKVILLE HYDRO INCENTIVE APPLICATION.

2

3

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+ 9'-8"

4'-0"

E.Q.

4'-0"

E.Q.

Lockable Vinyl

Folding door

Stacked

W/D

Built-in

Stairs

Fridge

Lockable Vinyl

Folding door

Stacked

W/D

Built-in

Stairs

Fridge

SS

SS

S

AS NOTED

E5

-

Project Specific:

Drawn By:

Drawing No.:

Checked By:








consent.


heridan

Get

Creative

General Notes:

Issues/RevisionsNo.

Project Name:

Seal:

Sheet Name:

Consultant(s):

Date

Issued Date:

Revision: Scale:


1


D. K N.C

05-2019

N N


work offsite


Standards.






work.





project.

Davis Campus

7899 McLauglin Road

Brampton, ON

(905) 459-7533

PROPOSED LIGHTING -

CONSTRUCTION PLAN

1

E5

H338 - PROPOSED LIGHTING PLAN

3/16" = 1'-0"

NOTES:

1

1

REWORK POWER SWITCHING OF LIGHT FIXTURES AS SHOWN. ADD

NEW LIGHT SWITCHES TO SUIT LIGHT FIXTURES VOLTAGE.

1

1

1

1

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Documents

H313 - Anacond Contracting Inc. documents related to scope of work to complete project. 2 s1 h-wing 3rd floor n.t.s. j-wing centre student residence annex building h-wing building