ATTACHMENT 3 DRAWINGS CONTINUED 618-16-101 CONSTRUCT EVIDENCE BASED INPATIENT WARD 2K2H.pdf

3"

HW

S 1 1

/2" H

W S

1 1 /2"

H W

R

1 1/4" HWR (E)1 1/2" HWS (E)

1" HWS (E)1 1/4" HWR (E)

1 1/4" HWR (E)1 1/2" HWS (E)

1 1/4" HWR (E)1 1/2" HWS (E)

1"

HW

S (E

3/4

" H W

R (E

1"

HW

S

(E

3/4 " H

W R

(E

3/4 " H

W S

(E

3/4 " H

W R

(E

3/4 " H

W S

(E

3/4 " H

W S

(E

1" HWR (E)

1"

HW

R (E

3/4 " H

W S

(E

1"

HW

R (E

1 1

/4" H

W R

(E

1"

HW

S (E

3/4

" H W

R (E

1"

HW

S

(E

1"

HW

S (E

3/4

" H W

R (E

1"

HW

S

(E

1"

HW

R (E

3/4

" H W

S (E

1"

HW

R

(E

1 1 /4"

H W

R (E

3/4

" H W

S (E

1 1 /4"

H W

R (E

3/4 " H

W S

(E

1 1/4" HWR (E)1 1/4" HWR (E)

3/4" HWS

3/4" HWR

1 1/4" HWS

1 1/4" HWR

3/4" HWR

3/4" HWS

3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWR

1 1/4" HWS

1 1/4" HWR

3/4" HWS

3/4" HWR

3/4" HWR

3/4" HWS

3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWS

1" HWS

1" HWR

3/4" HWR

3/4" HWR

3"

HW

R 3"

HW

S

3"

HW

S 3"

HW

R

3"

HW

R 2"

HW

S

2"

HW

R 2"

HW

S

2"

HW

R

3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWR

3/4" HWS

1 1/4" HWS

1 1/4" HWR

3/4" HWS

3/4" HWR

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWS

3/4" HWR

3/4" HWS

1" HWS

1" HWR

1 1 /2"

H W

S 1 1

/2" H

W R

?70-VAV-21

?70-VAV-19

?70-VAV-18

?70-VAV-20

?70-VAV-01

?70-VAV-02

?70-VAV-03

?70-VAV-04

?70-VAV-17

?70-VAV-24

?70-VAV-22

?70-VAV-16 ?70-VAV-25

?70-VAV-15

?70-VAV-14

?70-VAV-27

?70-VAV-07

?70-VAV-06

?70-VAV-13

?70-VAV-26

?70-VAV-08

?70-VAV-12

?70-VAV-11 ?70-VAV-09

?70-VAV-28

?70-VAV-10

?70-VAV-05

?70-VAV-30

3/4" HWS

3/4" HWR

3/4 " H

W S

3/4 " H

W R

3/4 " H

W S

3/4 " H

W R

3/4 " H

W R

3/4 " H

W S

3/4 " H

W S

3/4 " H

W R

3/4" HWS

3/4" HWR

3" HWR

3" HWS

TUVWX

?70-VAV-33

?70-VAV-31

1"

HW

S 1 1

/4" H

W S

1 1 /4"

H W

R

3/4" HWS

3/4" HWR

1 1 /2"

H W

R1 1 /2"

H W

S 1"

HW

R

TUVWX

3/4" HWR (E)

3/4" HWS (E)

3/4"3/4"

3/4"3/4"

R on e-eig hth in ch o ne fo ot on e-qu ar ter ne fo ot thr ee

-e igh ths ne fo ot on e-ha lf i nc h on e f oo t thr ee

-q ua rte r in ne fo ot on e inc oo t on e a nd on e-ha lf i nc oo t thr ee in es ne fo ot

REVISIONS DATE

GE

NE

RA

L

NO

TE

S:

GENERAL CONTRACTOR AND/OR ALL SUBCONTRACTORS SHALL FIELD VERIFY ALL DIMENSIONS SHOWN ON THESE PLANS AND SHALL BE RESPONSIBLE FOR VARIATIONS BETWEEN PLAN DIMENSIONS AND ACTUAL FIELD DIMENSIONS. WHERE VARIATIONS ARE FOUND TO OCCUR, THE CONTRACTOR SHALL NOTIFY THE PROJECT ENGINEER IN WRITING PRIOR TO PROCEEDING WITH CONSTRUCTION; NO ADJUSTMENT TO

THE WORK WILL BE MADE WITHOUT THE PRIOR APPROVAL OF THE PROJECT ENGINEER.

GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR GENERAL DEMOLITION INCLUDING REMOVAL OF WALLS, PARTITIONS, DOORS & CEILING & FLOORS. ANY AND ALL CUTTING OF CONCRETE FLOORS, WALLS OR STRUCTURE SHALL BE THE GENERAL CONTRACTOR'S RESPONSIBILITY. CORE DRILLING THROUGH CONCRETE WALLS, FLOORS OR STRUCTURE FOR PIPING OR CONDUIT SHALL BE THE RESPONSIBILITY OF THE SUBCONTRACTOR BY TRADE; FIRESTOPPING OF THESE OPENINGS SHALL BE DONE BY THE RESPECTIVE SUBCONTRACTOR. REMOVAL OF DEBRIS RESULTING FROM DEMOLITION, CUTTING, AND/OR DRILLING IS THE RESPONSIBILITY OF THE GENERAL CONTRACTOR. PATCHING AND REPAIR OF CONCRETE WALLS, FLOOR, OR STRUCTURE SHALL BE THE RESPONSIBILITY OF THE GENERAL CONTRACTOR; THIS WILL BE ACCOMPLISHED UPON COMPLETION OF THE INSTALLATION OF ANY AND ALL UTILITIES INSTALLED

BY THE VARIOUS SUBCONTRACTORS.

Approved: Division Chief

Date Checked Drawn

DRAWING NO.

Building Number

USACE Contract No.

Drawing Title Project Title

Location

I HEREBY CERTIFY THAT THIS PLAN, SPECIFICATION, OR

REPORT WAS PREPARED BY ME OR UNDER MY DIRECT

SUPERVISION AND THAT I AM A DULY REGISTERED

UNDER THE LAWS OF THE STATE OF

MINNESOTA.

REGISTRATION NUMBER:

Office of Facilities

Management Drawing Scale

Approved: Service DirectorPlot Scale

CONSTRUCT SPECIALTY

CARE INPATIENT WARD 2K

AND HOSPITAL AREA 2H TRUE NORTH

PLAN NORTH3535 Vadnais Center Drive Saint Paul, MN 55110 | 651.490.2000

ENGINEER

180 5th Street East Suite 700 Saint Paul, MN 55101

1/8" = 1'-0"

C :\U se rs

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LD

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0_

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3/

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4:

:5

PM

03/30/2020 Checker Author

W912ES19D0003

1368 -

MP1.02

AREA K LEVEL 2 INTERSTITIAL

PLAN - MECHANICAL PIPING

V.A. MEDICAL CENTER

ONE VETERANS DRIVE MINNEAPOLIS, MN 55417

100% CD SUBMITTAL 03/30/2020

23287

GEORGE STRAND

8' 16'4'0

1/8" = 1'-0"MP1.02

1 AREA H LEVEL 2 PLAN - INTERSTITIAL MECHANICAL PIPING

8' 16'4'0

1/8" = 1'-0"MP1.02

2 AREA K LEVEL 2 PLAN - INTERSTITIAL MECHANICAL PIPING

STEEL EXPANSION SHIELD FOR EXISTING

CONSTRUCTION AND INSERTS FOR NEW

CONSTRICTION THIS TYPE SHALL BE USED ONLY

IN SLABS OR BEAMS OF 4" [100mm] MIN DEPTH

3/8" [10mm] MIN DIA EXPANSION BOLTS

FOR EXISTING CONSTRUCTION AND

INSERTS FOR NEW CONSTRUCTION

CONCRETE

FLOOR SLAB

CLIP

ANGLE

NUTS & WASHERS

3/8" [10mm] MIN DIA

HANGER RODS

FOR PIPES UNDER 2" [50mm] IN SIZE USE 1 1/2"x1 1/2"x1/4" [40x40x6.4mm] ANGLE. ALL PIPES 2" [50mm] & LARGER USE 3"x3"x1/4" [75x75x6.4mm] ANGLE

TURNBUCKLE

3/8" [10mm] MIN DIA

HANGER RODS

3/8" [10mm] MIN DIA

INSERTS NEW

CONSTRUCTION ONLY.

SECTION "A-A"

"B" "B"

NOTES:

1. LATCHES SHALL BE OF THE WEDGE TYPE TO CLOSE DOORS TIGHTLY.

2. HINGES ON THE ACCESS DOORS SHALL HAVE NON-CORROSIVE PINS.

3. SEE SMACNA 2005, FIGURE 9-15

ACCESS PANEL

ACCESS DOOR

CASING

GASKET

HANDLE INSIDE

FLEXIBLE

WASHER

FACTORY

FABRICATE

D

LATCH

SECTION "B-B"

INSULATION

DUCT

GASKET

INSULATION

INSULATION

"A"

"A"

NOTE:

1.

2.

DELETE INSULATION STAND-OFF ON DUCTWORK WITHOUT EXTERIOR INSULATION.

DETAIL SHOWS SINGLE BLADE DAMPER. DAMPER INSTALLATION SHALL BE SIMILAR FOR

MULTI-BLADE DAMPERS & ROUND DAMPERS.

INSULATION SEE

SPECIFICATION

DAMPER BLADE

1/8" [6mm]

CLEARANCE

ALL AROUND

OUTSIDE END BEARING

INSIDE END BEARING

HANDLE WITH

LOCKING

QUADRANT

INSULATION

STAND-OFF

1/2" [15mm]

ROUND

ROD PIN

DUCT

STIFFEN BLADE

AS REQUIRED

SIDE ELEVATION SECTION

AIR SPLIT DUCT TAKE-OFF

PLAN VIEW

BRANCH DUCT TAKE-OFF PLAN VIEW

SUPPLY REGISTER TAKE-OFF

PLAN VIEW

AIR

FLOW

AIR

FLOW

AI

R

FL

O

W

SUPPLY

REGISTER OR

BRANCH DUCT

TURNING VANES

MAIN

SUPPLY

DUCT

SEE FLOOR PLAN

FOR

SPLIT DIMENSION

PROVIDE

VOLUME

DAMPER

PROVIDE VOLUME

DAMPER

ADJUSTABLE

METAL ROD

OR LINKAGE

TOP REGISTER

MAIN

SUPPLY

DUCT

VOLUME EXTRACTOR; ADJUSTABLE

FROM FULLY CLOSED POSITION TO

CFM NOTED ON FLOOR PLANS

AIR

FLOW

AIR

FLOW

1/4 W OR 4"

[100mm] MIN.

AIR

FLOW

MAIN SUPPLY

DUCT

AI

R

FL

O

W

W

MAIN EXHAUST OR RETURN

PLAN VIEW

AIR

FLOW AIR

FLOW

PROVIDE VOLUME DAMPER

AT EACH BRANCH DUCT

1/4W OR 4" [100mm] MIN.

BRANCH DUCT

VD

W

SMACNA FIGURE 4-6

45° LEED IN RIGID DUCT TO

AIR TERMINAL UNIT.

MAIN SUPPLY

PLAN VIEW

FLOW

FL

O

W

RIGID DUCT TO AIR

TERMINAL UNIT.

ROUND SHEET

METAL DUCT.

MAIN SUPPLY

PLAN VIEW

"D"

45°M

AX.

VANE

VANE

NOTE:

1.

2.

THE INTERIOR SURFACE OF ALL RADIUS ELBOWS SHALL BE MADE ROUND.

ALL STANDARD RADIUS ELBOWS CAN BE SUBSTITUTED WITH SHORT RADIUS ELBOWS. ALL

SHORT RADIUS ELBOWS SHALL HAVE VANES. VANES SHALL BE CONSTRUCTED,

SUPPORTED AND FASTENED AS RECOMMENDED BY SMACNA.

R SHALL

EQUAL

OR BE

GREATER

THAN W.

R SHALL

EQUAL

OR BE

GREATER

THAN

1/3W.

R SHALL

EQUAL

OR BE

GREATER

THAN 1/6W.

STANDARD RADIUS OR

LONG RADIUS ELBOW

SHORT RADIUS ELBOW

WITH ONE VANE

SHORT RADIUS ELBOW

WITH TWO VANES

W

R

R

2/3W 1/ 3W

W W

1/2W 1/ 3W

1/6W

R

ROUND FLEXIBLE CONNECTION

RECTANGULAR FLEXIBLE CONNECTION

FLANGED CONNECTION

ON FAN SIDE

WASHER 1-1/2" [40mm] MIN. TO 3" [75mm] MAX.

INSTALLED. 6" [150mm] NOMINAL

WITH MATERIAL TAUT

FLEXIBLE

MATERIAL AS

SPECIFIED

1"x1/8" [25x3mm] DRAW BAND

1"x1/8" [25x3mm] BAND IRON

BOLT ON 4" [100mm] CENTERS

5/16" [8mm] FLANGE

DUCT

SHEET METAL SCREWS

ON 12" [300mm] CENTERS

RIVET ON 4"

[100mm]

CENTERS

SHEET METAL AS

SPECIFIED FOR

DUCTWORK.

1"x1/8" [25x3mm] BAND IRON

BOLT ON 4" [100mm] CENTERS

1" [25mm] FLANGE & HEMALTERNATE

POSITION

OF BOLT 1 1/2" [40mm]

POCKET SLIP

DUCT

SHEET METAL AS

SPECIFIED FOR

DUCTWORK.

[15mm] [15mm] [40mm]

1 1/2" [40mm] MIN. TO 3" [75mm] MAX.

INSTALLED. 6" [150mm] NOMINAL

WITH

MATERIAL TAUT

FLANGED

CONNECTION

ON FAN SIDE

WASHER

FLEXIBLE

MATERIAL

AS SPECIFIED

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

FROM STRUCTURE

SAME AS DIFFUSER

INLET: 5'-0" MAX

FLEXIBLE DUCT SIZE

LENGTH.

12"

CEILING

SUPPORT SADDLE

VOLUME DAMPER W/

LOCKING QUADSADDLE

SHEET METAL

CONICAL OUTLET

BRANCH DUCT

FOR CHANGE OF

DIRECTION GREATER

USE RIGID ELBOWS

THAN 45°

[300mm]

SEE SPECIFICATIONS FOR CLAMPS

AND SEALANT (TYP.)

TYPICAL

DIFFUSER OR

REGISTER IN

LAY-IN CLG.

THERMAL INSULATION

SEE SPECIFICATIONS

2500 [1133] 1320 [598]

420 [190]ONE 1 [25] x 18 GA STRAP36 [900]

TWO 1/2 [13]∅ RODS

TWO 3/8 [10]∅. RODS

ONE 1 [25] x 16 GA STRAP

84 [2100] 60 [1500] 50 [1250] 700 [317]

ONE 1 [25] x 22 GA STRAP

QUANTITY/SIZEMAX. DUCT ∅

26 [650]

HANGER STRAPS OR RODS

MAX. LOAD

LBS. [kg]

260 [119]

MAX.

144 [3600]

IN. [mm]

SPACING

IN. [mm] IN. [mm]

144 [3600] 144 [3600] 144 [3600] 144 [3600]

NOTE:

TABULATED DATA FROM SMACNA ALLOWS FOR DUCT

REINFORCING AND INSULATION, BUT NO EXTERNAL LOAD.

BAND

OVER 50"

[1250mm] ∅

HANGER RODS

BAND OF SAME

SIZE AS HANGER

STRAP

LOAD RATED

FASTENERS

50" [1250mm] ∅

& UNDER

COIL

TEST PLUG (TYP.)

REDUCER, IF REQUIRED

WATER RETURN

MANUAL AIR VENT

UNION CONNECTIONS

(TYP.)

WATER SUPPLY

SHUT OFF VALVE

DRAIN WITH HOSE

CONNECTION

MV

MODULATION CONTROL VALVE

NOTE:

1. RIGID STRAIGHT TERMINAL UNIT INLET LENGTH SHALL BE

A MINIMUM OF 3 TIMES THE DIAMETER OF INLET

2. A FLEXIBLE AIR DUCT CONNECTOR IS NOT MANDATORY FOR INLET

TO THIS BOX, BUT ALLOWED TO ACCOMMODATE MINOR OFFSETS.

MAXIMUM LENGTH 3'-0" [900mm].

3. A BRANCH DUCT SERVING AN INDIVIDUAL BOX MAY BE THE SAME SIZE AS THE BOX INLET, PROVIDED THE EQUIVALENT LENGTH OF THE BRANCH DUCT, AS SHOWN, DOES NOT

EXCEED 10 FEET (3 METERS). FOR LONGER LENGTHS, INCREASE THE DUCT SIZE AND

PROVIDE A DUCT TRANSITION TO MAINTAIN THE DUCT STATIC PRESSURE DROP AT OR

BELOW 0.2"/100' [1.64Pa/m].

4. FLEXIBLE AIR DUCT CONNECTORS, WHEN USED FROM TERMINAL UNIT SUPPLY AIR DUCT

TO DIFFUSER, SHALL NOT EXCEED 5'-0" [1500mm]. USE RIGID ELBOWS FOR CHANGE OF

DIRECTION GREATER THAN 45°.

5. COMPONENT ARRANGEMENT MAY VARY BY MANUFACTURER. PROVIDE INSULATION

W/VAPOR BARRIER FOR CONNECTING DUCT SECTIONS.

AIR TERMINAL UNIT

(CV OR VAV)

REHEAT COIL

SOUND ATTENUATOR. SEE

EQUIPMENT SCHEDULE

FLEXIBLE AIR DUCT

CONNECTOR. SEE DETAIL

DIFFUSER (TYP.)

SEE SPECIFICATIONS FOR

CLAMPS AND SEALANT (TYP.)

SEE NOTE 5

SE

E

NO

TE

SEE NOTE 3

SEE NOTE 2

SEE NOTE 1

HEATING ELEMENT

CONTROL VALVE

SEE SEQUENCE

OF CONTROL

SHUTOFF VALVE

HWS HWR

DRAIN VALVE

W/ HOSE

CONNECTION

COVER

UNION

CIRCUIT SETTER BALANCING

VALVE WITH POSITIVE

SHUT-OFF

PIPE SLEEVE FINISHED

FLOOR

FLOOR PLATE

24" PRE-MANUFACTURED ROOF

CURB AND FLASHING PER SMACNA

GUIDELINES

16" Ø

'-0

" M

IN

SIZE TO MAINTAIN 3500 FPM

OUTLET VELOCITY

15.0°

ROOF

R on e-eig hth ne fo ot on e-qu ar ter ne fo ot thr ee

-e igh ths ne fo ot on e-ha lf i nc oo t thr ee

-q ua rte ne fo ot on e inc oo t on e a nd on e-ha lf i nc oo t thr ee in ne fo ot

REVISIONS DATE

GE

NE

RA

L

NO

TE

S:

GENERAL CONTRACTOR AND/OR ALL SUBCONTRACTORS SHALL FIELD VERIFY ALL DIMENSIONS SHOWN ON THESE PLANS AND SHALL BE RESPONSIBLE FOR VARIATIONS BETWEEN PLAN DIMENSIONS AND ACTUAL FIELD DIMENSIONS. WHERE VARIATIONS ARE FOUND TO OCCUR, THE CONTRACTOR SHALL NOTIFY THE PROJECT ENGINEER IN WRITING PRIOR TO PROCEEDING WITH CONSTRUCTION; NO ADJUSTMENT TO

THE WORK WILL BE MADE WITHOUT THE PRIOR APPROVAL OF THE PROJECT ENGINEER.

GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR GENERAL DEMOLITION INCLUDING REMOVAL OF WALLS, PARTITIONS, DOORS & CEILING & FLOORS. ANY AND ALL CUTTING OF CONCRETE FLOORS, WALLS OR STRUCTURE SHALL BE THE GENERAL CONTRACTOR'S RESPONSIBILITY. CORE DRILLING THROUGH CONCRETE WALLS, FLOORS OR STRUCTURE FOR PIPING OR CONDUIT SHALL BE THE RESPONSIBILITY OF THE SUBCONTRACTOR BY TRADE; FIRESTOPPING OF THESE OPENINGS SHALL BE DONE BY THE RESPECTIVE SUBCONTRACTOR. REMOVAL OF DEBRIS RESULTING FROM DEMOLITION, CUTTING, AND/OR DRILLING IS THE RESPONSIBILITY OF THE GENERAL CONTRACTOR. PATCHING AND REPAIR OF CONCRETE WALLS, FLOOR, OR STRUCTURE SHALL BE THE RESPONSIBILITY OF THE GENERAL CONTRACTOR; THIS WILL BE ACCOMPLISHED UPON COMPLETION OF THE INSTALLATION OF ANY AND ALL UTILITIES INSTALLED

BY THE VARIOUS SUBCONTRACTORS.

Approved: Division Chief

Date Checked Drawn

DRAWING NO.

Building Number

USACE Contract No.

Drawing Title Project Title

Location

I HEREBY CERTIFY THAT THIS PLAN, SPECIFICATION, OR

REPORT WAS PREPARED BY ME OR UNDER MY DIRECT

SUPERVISION AND THAT I AM A DULY REGISTERED

UNDER THE LAWS OF THE STATE OF

MINNESOTA.

REGISTRATION NUMBER:

Office of Facilities

Management Drawing Scale

Approved: Service DirectorPlot Scale

CONSTRUCT SPECIALTY

CARE INPATIENT WARD 2K

AND HOSPITAL AREA 2H TRUE NORTH

PLAN NORTH3535 Vadnais Center Drive Saint Paul, MN 55110 | 651.490.2000

ENGINEER

180 5th Street East Suite 700 Saint Paul, MN 55101

12" = 1'-0"

C :\U se rs

\s fo rs be rg \D oc um en ts

\0 4_

R ev it Au to Sa ve \B

LD

G

0_

M ec ha ni ca l M as te r_ R

_s fo rs be rg

.rv t

3/

/2

4:

:0

PM

03/30/2020 GTS SEF

W912ES19D0003

1368 - MJ1.01

MECHANICAL DETAILS

V.A. MEDICAL CENTER

ONE VETERANS DRIVE MINNEAPOLIS, MN 55417

100% CD SUBMITTAL 03/30/2020

23287

GEORGE STRAND

NOT TO SCALEMJ1.01

4 HANGER RODS IN CONCRETE

NOT TO SCALEMJ1.01

2 ACCESS PANEL AND DOOR DETAIL

NOT TO SCALEMJ1.01

3 VOLUME DAMPER DETAIL

NOT TO SCALEMJ1.01

1 SUPPPLY DUCT TAKE-OFFS

NOT TO SCALEMJ1.01

5 EXHAUST OR RETURN BRANCH DUCTWORK

NOT TO SCALEMJ1.01

6 ALTERNATESUPPLY DUCT TAKE-OFF

NOT TO SCALEMJ1.01

7 SUPPLY DUCT TAKEOFF- AIR TERMINAL UNIT

NOT TO SCALEMJ1.01

8 DUCTWORK RADIUS ELBOWS

NOT TO SCALEMJ1.01

9 FLEXIBLE DUCT CONNECTIONS

NOT TO SCALEMJ1.01

11 FLEXIBLE AIR DUCT CONNECTOR

NOT TO SCALEMJ1.01

10 ROUND DUCT HANGERS

NOT TO SCALEMJ1.01

14 TERMINAL UNIT WATER COIL CONNECTIONS DETAL

NOT TO SCALEMJ1.01

15 DUCT CONNECTIONS - AIR TERMINAL UNITS

NOT TO SCALEMJ1.01

13 CONVECTOR - HYDRONIC PIPING CONNECTIONS

NOT TO SCALEMJ1.01

12 EXHAUST STACK DETAIL

2 POSITION

BINARY POINT

AD

SMOKE DAMPER (N.C.)

SEE SCHEDULE

SD

NOTE:

UPON DETECTION OF SMOKE BY THE SMOKE DETECTOR, THE SMOKE DAMPER SHALL

CLOSE & SEND AN ALARM TO THE ECC.

M

DUCT TRANSITION

AS REQUIRED

TO FIRE

ALARM CONTROL

PANEL (FACP)

120V

ELECTRICAL

POWER

AIRFLOW

AIR

DUCT

SMOKE PARTITION

ZS

PSH

PRESSURE SWITCH HIGH

TO SHUT DOWN FAN UPON

REACHING HIGH PRESSURE

SETPOINT

DAMPER POSITION

FEEDBACK TO

ECC GREATER THAN 50mm [2"]

DIA. PIPE

50mm [2"] DIA. & SMALLER

VERTICAL

GREATER THAN 50mm [2"]

DIA. PIPE

50mm [2"] DIA. & SMALLER

HORIZONTAL

65mm [2 1/2"] DIA.

NOTE:

PROVIDE THE APPROPRIATE WELL DEPTH TO HAVE THE

NECESSARY INSULATION STAND-OFF DISTANCE.

65mm [2 1/2"] DIA.

PIPE ALIGNMENT GUIDES

(TYPICAL)

LONG RADIUS ELBOW

(TYPICAL)

W + 25 FT. [7.6m]

APPROXIMATE MINIMUM

PLAN

EXPANSION LOOP

LOOP NO.

100-ELI

SUPPLY

RETURN

W

H

W H

D

PROVIDE UNION UNLESS SAFETY

VALVE HAS FLANGED OUTLET

SAFETY VALVE

OPEN DRAIN (NOTE 3)

CONNECTION TO PRESSURE

VESSEL OR PIPE

VENT PIPE THROUGH ROOF

SUPPORT AS INDICATED ON

DWGS. (NOTES 1, 2)

PIPE THREADED INTO ELBOW

(SAME SIZE AS ELBOW)

DRIP PAN ELBOW

(SECTIONAL VIEW)

20mm [3/4"] DRAIN TO

FLOOR DRAIN OR

OPEN SIGHT DRAIN

(NOTE 4)

ELEVATION

NOTES:

1. UNLESS OTHERWISE SHOWN ON THE DRAWINGS, SIZE THE VENT PIPE SO THAT STEAM IS

NOT BLOWN OUT AT THE VENT PIPE ENTRANCE. UTILIZE THE CALCULATION METHOD

CONTAINED IN ANSI B31.1. POWER PIPING CODE, APPENDIX II. THE VENT PIPE SHOULD GO

VERTICAL THRU THE ROOF WITH NO TURNS OR ANGLES. WHERE REQUIRED THERE SHALL

BE NO MORE THEN A TOTAL OR 180 DEGREES IN DIRECTIONAL CHANGES MADE WITH 45

DEG. ELBOWS.

2. VENT PIPE SHALL TERMINATE 1829mm [6'] MIN. ABOVE FINISHED ROOF.

3. DISCHARGE OF DRAIN SHALL BE DIRECTED AWAY FROM PLATFORMS OR OTHER AREAS

WHERE PERSONNEL MAY OCCUPY.

4. DO NOT CONNECT ANY OTHER DRAIN TO THE DRIP PAN ELBOW DRAIN PIPE.

5. SEE SPECIFICATIONS FOR ADDITIONAL REQUIREMENTS.

FLEXIBLE

CONNECTOR

m m [1

" M

IN

610mm

[24" MAX]

76mm [3"]

6. PROVIDE ECCENTRIC REDUCERS IN ORDER TO MAINTAIN SLOPE AND REDUCE FLASH OVER.

NOTE:

1. ALL DRIP POINTS ON STEAM MAINS SHALL BE PROVIDED WITH A 300mm [12"] MINIMUM HIGH DRIP LEG FROM BOTTOM OF STEAM MAIN TO TRAP INLET. DRIP LEG SHALL HAVE 150mm [6"] SCALE POCKET

BELOW TRAP INLET.

TO RETURN MAIN

PIPE SIZE SHALL BE SAME SIZE

AS TRAP

THERMOSTATIC TRAP WITH TRAP

MONITORING. SEE OTHER STEAM

DETAILS, PLANS, AND SCHEDULES

DIELECTRIC FITTING ONLY WHERE

RETURN IS COPPER PIPE

FLOW

SCHEDULE 80

STEEL PIPE

DRIP LEG OR EQUIPMENT CONNECTION. MAKE THE

SAME SIZE AS THE SUPPLY MAIN OR EQUIPMENT

CONNECTION. SEE NOTE 1.

SCHEDULE 80 STEEL PIPE

SEE DRAWINGS FOR PIPE

SIZES

25mm [1"]

GATE VALVE

USE 4-BOLT RAISED FACE FLANGES

0m m

0m m

[12 " M

IN

[6" M

IN

TEST TEE

2. PROVIDE ECCENTRIC REDUCERS IN ORDER TO MAINTAIN SLOPE AND REDUCE FLASH OVER.

STEAM TRAP ASSEMBLY

STEAM LINE DRIP POCKET

DRIP LEG (TYP.)

20mm [3/4"] DRAIN

(ALTERNATE LOCATIONS)

(TYPICAL)

STEAM LINE

(TYPICAL)

CAP (TYPICAL)

PIPE T0 STEAM

TRAP (TYPICAL)

NOTE:

1. DRIP POCKET PIPE SIZE SAME AS

STEAM MAIN UNLESS OTHERWISE

NOTED.

2. 2" AND UNDER PIPE SCREWED; 2.5"

PIPE AND OVER FLANGE WELDED.

20mm [3/4"] MIN.

FROM DRIP

CONNECTION

DRIP

RETURN

10mm [3/8"] TEST

CONNECTION

2m m [6

M

IN

m m

[1 2"

2m m [6

M

IN

[1 2"

M

IN

5m m

STEAM TRAP

WITH MONITOR

NOTE

PROVIDE ECCENTRIC REDUCERS IN

ORDER TO MAINTAIN SLOPE AND

REDUCE FLASH OVER.

SUPPLY AIR

STEAM

SUPPLY

RETURN OR

EXHAUST AIR

PC

STEAM HUMIDIFIER CONTROL NOTES:

RETURN (OR EXHAUST) AIR HUMIDITY SHALL BE MONITORED. ON A CALL FOR HUMIDIFICATION, HUMIDIFIER VALVE V-1 SHALL MODULATE TO MAINTAIN THE RETURN (OR EXHAUST) AIR HUMIDITY SET POINT TO 30% (ADJUSTABLE). PRIOR TO ACTIVATION OF V-1, THE ON/OFF CONTROL VALVE V-2 SHALL BE ENABLED THROUGH ECC AND JACKET TEMPERATURE SENSED BY TSH SHALL BE WARM ENOUGH TO PREVENT CONDENSATION.

THE HIGH LIMIT HUMIDITY SENSOR, LOCATED IN THE SUPPLY AIR DUCT 3000MM [10 FEET] AWAY FROM THE HUMIDIFIER SHALL DISABLE THE HUMIDIFIER AND GIVE AN ALARM SIGNAL TO THE ECC, IF THE SUPPLY AIR HUMIDITY EXCEEDS 90% RH (ADJUSTABLE). THE AIRFLOW SWITCH SHALL PROVE AIRFLOW BEFORE HUMIDITY

CONTROLS ARE ACTIVATED.

TSH

ON/OFF CONTROL

VALVE V-2

RAH

ZC

AFS HHL

HUMIDIFIER TUBES

V-1

STEAM

JACKET

HUMIDIFIER TUBES

AIR

FLOW

SWITCH

HIGH HUMIDITY

LIMIT SWITCH

RETURN AIR

HUMIDITY

ZONE

CONTROL

PROGRAMMABLE

CONTROLLER

STEAM CONDENSATE

TEMPERATURE

SENSOR

CONTROL VALVE AND

STEAM SEPARATOR

3000mm

[10'-0" MIN.]

6" M

IN

[15 0m m]

STEAM

CONDENSATE

RETURN

SCALE POCKET

HUMIDIFIER CONTROL

VALVE

TO HUMIDISTAT

MANIFOLD PIPE ADAPTERS

STEAM SUPPLY

ON-OFF CONTROL VALVE DUCT CROSS SECTION

INVERTED BUCKET

TRAP ASSEMBLY

NOTE:

SEE MANUFACTURER'S PIPING

RECOMMENDATIONS FOR FINAL LAYOUT

TEMPERATURE

SWITCH

DU

CT

H

EI

GH

T

H1/3

H 1/3

H 1/3

H

1/2" [15mm] STEEL PIPE OR

STEEL TUBING TO SENSORS

DIFFERENTIAL PRESSURE

TRANSMITTER (FLOW, LEVEL)

BLOWDOWN

PT

ELEVATION

NOTES:

1. INSTALLATION OF SENSORS AND TRANSMITTERS SHALL CONFORM TO

RECOMMENDATIONS OF MANUFACTURERS OF TRANSMITTERS.

TYPICAL MANUAL AIR VENT

TYPICAL CHILLED AND HOT WATER

PIPING DRAIN VALVE CONNECTIONS

ELEVATION

THREADED PIPING

ELEVATION

WELDED PIPING

TYPICAL WATER PIPING

REDUCER, IF REQUIRED

3/4" [20mm] BALL VALVE

ADAPTER TO 3/4" [20mm] HOSE

THREAD-PROVIDE HOSE CAP NUT

NOTES:

1. DRAIN ALL LOW POINTS AS INDICATED ABOVE.

2. WHERE SCALE POCKETS ARE SHOWN ON PIPE RISER DIAGRAMS AND/OR

PLANS LOCATE DRAIN AT BOTTOM OF SCALE POCKET.

AIR VENT

1/2" [15mm]

BALL VALVE

1/4" [8mm]

COPPER TUBING

1/2" [15mm] x 4" [100mm]

NIPPLE

CIRCULATING WATER PIPING

ELEVATION

NOTES:

1. VENT ALL HIGH POINTS INDICATED ABOVE.

2. IF AUTOMATIC AIR VENTS ARE USED, PIPE DISCHARGE TO DRAIN.

MV

OR

AV

MPS

MPR

INTEGRAL FACE AND

BYPASS DAMPER

FLOAT AND THERMOSTATIC

TRAP ASSEMBLY WITH TRAP MONITOR

SPRING LOADED VACUUM BREAKER VENTED TO

ATMOSPHERE TYPICAL ON BOTH THE STEAM SUPPLY

AND THE CONDENSATE LINES.

VB

FLEXIBLE CONNECTOR INSTALLED PARALLEL TO COIL HEADER AND

AS CLOSE AS POSSIBLE TO COIL CONDENSATE CONNECTION.

ON/OFF

CONTROL VALVE

VB

207kPA (30

PSIG)

NOTE

PROVIDE ECCENTRIC REDUCERS IN

ORDER TO MAINTAIN SLOPE AND

REDUCE FLASH OVER.

WATER COIL

AIR VENT

WHEN

COIL IS NOT

SELF-VENTING

TEST PLUG

(TYP.)

PIPE HANGER SHALL SUPPORT

PIPING INDEPENDENT OF COIL

WATER COIL

REDUCER, IF REQUIRED

FLOW ELEMENT

DRAIN WHEN COIL

IS NOT SELF-

DRAINING

DRAIN

DOUBLE COIL

NOTES:

1. WHEN COIL IS INCLUDED IN CASING MOUNTED ON VIBRATION ISOLATORS THE FIRST 2 HANGERS FOR

EACH PIPE SHALL BE SPRING & NEOPRENE TYPE. TYPE "H" FOR 100mm [4"]∅ PIPE & SMALLER. TYPE "H-P" FOR 125mm [5"]∅ PIPE & LARGER.

2. PIPING SHALL BE INSTALLED IN SUCH MANNER THAT IT WILL NOT BLOCK THE SWING OR USE OF ACCESS DOORS OR PANELS; NEITHER SHALL IT BLOCK THE SERVICING OF FILTERS, VALES, OR

EQUIPMENT.

3. THE FLOW ELEMENT MAY BE INSTALLED IN THE SUPPLY PIPING IF THE REQUIRED MINIMUM UPSTREAM

AND DOWNSTREAM DIMENSIONS CANNOT BE OBTAINED IN THE RETURN PIPING.

MV

MV

MV

FE

TI

MV

CALIBRATED

BALANCING VALVE

(TYP.)

HEATING ONLY PANELS

HWS

HWR

RUNOUT & INTERCONNECTING PIPING. PROVIDE DIELECTRIC

FITTINGS AS REQUIRED. CIRCUIT TO COMPLY WITH SPECIFIED

CAPACITY & PRESSURE DROP. (TYP.)

NOTE:

1. MINIMUM FLOW SHALL BE NO LESS THAN

0.5 GPM [1.9 LPM]

CONDENSATE

TO DRAIN

MV

MANUAL

AIR VENT

TO BUILDING

LOAD

INVERTED BUCKET TRAP

ASSEMBLY WITH TRAP MONITOR

WELDED

TEE

STEAM PIPE

SCHEDULE 80

STEEL PIPE

25mm [1"] GATE VALVE

WELDED TEE

300mm[12"]

150mm[6"]

TEST TEE

NOTE

PROVIDE ECCENTRIC REDUCERS IN

ORDER TO MAINTAIN SLOPE AND

REDUCE FLASH OVER.

NOTE:

TO RETURN MAIN

PIPE SIZE SHALL BE SAME SIZE AS TRAP

FLOAT AND THERMOSTATIC TRAP

WITH TRAP MONITOR. SEE PLANS,

AND SCHEDULES.

DIELECTRIC FITTING WHERE

RETURN IS COPPER PIPE

FLOW

SCHEDULE 80

STEEL PIPE

DRIP LEG OR EQUIPMENT CONNECTION.

MAKE THE SAME SIZE AS THE SUPPLY MAIN

OR EQUIPMENT CONNECTION. SEE NOTE 1.

SCHEDULE 80 STEEL PIPE

SEE DRAWINGS FOR PIPE SIZES

25mm [1"]

GATE VALVE

USE 4-BOLT RAISED FACE FLANGES

0m m

0m m

[12 " M

IN

[6" M

IN

TEST TEE

1. ALL DRIP POINTS ON STEAM MAINS SHALL BE PROVIDED WITH A 300mm [12"] MINIMUM HIGH DRIP LEG FROM BOTTOM OF STEAM MAIN TO TRAP INLET. DRIP LEG SHALL HAVE 150mm [6"]

SCALE POCKET BELOW TRAP INLET.

2. ALL PREHEAT STEAM COILS WILL REQUIRE TWO (2) TRAP ASSEMBLIES.

NOTE

PROVIDE ECCENTRIC REDUCERS IN

ORDER TO MAINTAIN SLOPE AND

REDUCE FLASH OVER.

NOTES:

1. ALL DRIP POINTS ON STEAM MAINS SHALL BE PROVIDED WITH A 300mm [12"] MINIMUM HIGH DRIP LEG

FROM BOTTOM OF STEAM MAIN TO TRAP INLET. DRIP LEG SHALL HAVE 150mm [6"] SCALE POCKET

BELOW TRAP INLET.

2. PROVIDE BYPASS PIPING.

SEE DRAWINGS FOR PIPE SIZES

TO RETURN MAIN

SCHEDULE 80 STEEL PIPE

PIPE SIZE SHALL BE

SAME SIZE AS TRAP

INVERTED BUCKET TRAP WITH TRAP

MONITOR. SEE PLANS, AND SCHEDULES.

DIELECTRIC FITTING ONLY WHERE

RETURN IS COPPER PIPE

FLOW

SCHEDULE 80

STEEL PIPE

DRIP LEG OR EQUIPMENT CONNECTION.

MAKE THE SAME SIZE AS THE SUPPLY

MAIN OR EQUIPMENT CONNECTION.

SEE NOTE 1.

1" GATE VALVE

USE 4-BOLT RAISED FACE FLANGES

0m m

0m m.

[12 " M

IN

[6" M

IN

TEST TEE

NOTE

PROVIDE ECCENTRIC REDUCERS IN

ORDER TO MAINTAIN SLOPE AND

REDUCE FLASH OVER.

NOTES:

1. WHEN COIL IS INCLUDED IN CASING MOUNTED ON

VIBRATION ISOLATOR UNITS, THE RUNOUT PIPING FOR

CONNECTIONS TO COIL SHALL BE INSTALLED WITH

SWING JOINTS TO ALLOW FOR THE VIBRATION.

2. PIPING SHALL BE INSTALLED IN SUCH MANNER THAT IT

WILL NOT BLOCK THE SWING OR USE OF ACCESS

DOORS OR PANELS; NEITHER SHALL IT BLOCK THE

SERVICING OF FILTERS, VALVES, OR EQUIPMENT.

3. TRAP EACH COIL SEPARATELY WHEN INSTALLED IN A

BANK OF TWO OR MORE HIGH. ALSO PROVIDE

SEPARATE VACUUM BREAKER FOR EACH COIL.

4. TWO TRAP ASSEMBLIES IN PARALLEL ARE SHOWN,

FOR ALL PREHEAT COILS.

5. SUPPLY & RETURN PIPES ARE SHOWN FROM SAME END.

REHEAT COIL MAY HAVE SUPPLY & RETURN PIPES FROM

OPPOSITE ENDS.

PIPE HANGER SHALL

SUPPORT PIPING

INDEPENDENT OF

COIL (TYP.)

PITCH COIL DOWN 8mm

[1/4"] PER FOOT TO

CONDENSATE OUTLET

FULL SIZE

TAPPING

PRESSURE

GAGE

SCALE POCKET

SEE NOTE

NO. 4

STEAM CONDENSATE

RETURN

15mm [1/2"] CHECK

VALVE VACUUM

BREAKER

ECCENTRIC

REDUCER,

IF REQUIRED

STEAM SUPPLY

0m m [6

" M

IN

0m m [1

2" M

IN

] 6. TEST TEE'S WILL BE INSTALLED DOWN STREAM OF TRAP

BEFORE CHECK VALVE.

7. ONE TRAP WILL HAVE A TRAP MONITOR.

8. PROVIDE ECCENTRIC REDUCERS IN ORDER TO MAINTAIN

SLOPE AND REDUCE FLASH OVER.

R on e-eig hth ne fo ot on e-qu ar ter ne fo ot thr ee

-e igh ths ne fo ot on e-ha lf i nc oo t thr ee

-q ua rte ne fo ot on e inc oo t on e a nd on e-ha lf i nc oo t thr ee in ne fo ot

REVISIONS DATE

GE

NE

RA

L

NO

TE

S:

GENERAL CONTRACTOR AND/OR ALL SUBCONTRACTORS SHALL FIELD VERIFY ALL DIMENSIONS SHOWN ON THESE PLANS AND SHALL BE RESPONSIBLE FOR VARIATIONS BETWEEN PLAN DIMENSIONS AND ACTUAL FIELD DIMENSIONS. WHERE VARIATIONS ARE FOUND TO OCCUR, THE CONTRACTOR SHALL NOTIFY THE PROJECT ENGINEER IN WRITING PRIOR TO PROCEEDING WITH CONSTRUCTION; NO ADJUSTMENT TO

THE WORK WILL BE MADE WITHOUT THE PRIOR APPROVAL OF THE PROJECT ENGINEER.

GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR GENERAL DEMOLITION INCLUDING REMOVAL OF WALLS, PARTITIONS, DOORS & CEILING & FLOORS. ANY AND ALL CUTTING OF CONCRETE FLOORS, WALLS OR STRUCTURE SHALL BE THE GENERAL CONTRACTOR'S RESPONSIBILITY. CORE DRILLING THROUGH CONCRETE WALLS, FLOORS OR STRUCTURE FOR PIPING OR CONDUIT SHALL BE THE RESPONSIBILITY OF THE SUBCONTRACTOR BY TRADE; FIRESTOPPING OF THESE OPENINGS SHALL BE DONE BY THE RESPECTIVE SUBCONTRACTOR. REMOVAL OF DEBRIS RESULTING FROM DEMOLITION, CUTTING, AND/OR DRILLING IS THE RESPONSIBILITY OF THE GENERAL CONTRACTOR. PATCHING AND REPAIR OF CONCRETE WALLS, FLOOR, OR STRUCTURE SHALL BE THE RESPONSIBILITY OF THE GENERAL CONTRACTOR; THIS WILL BE ACCOMPLISHED UPON COMPLETION OF THE INSTALLATION OF ANY AND ALL UTILITIES INSTALLED

BY THE VARIOUS SUBCONTRACTORS.

Approved: Division Chief

Date Checked Drawn

DRAWING NO.

Building Number

USACE Contract No.

Drawing Title Project Title

Location

I HEREBY CERTIFY THAT THIS PLAN, SPECIFICATION, OR

REPORT WAS PREPARED BY ME OR UNDER MY DIRECT

SUPERVISION AND THAT I AM A DULY REGISTERED

UNDER THE LAWS OF THE STATE OF

MINNESOTA.

REGISTRATION NUMBER:

Office of Facilities

Management Drawing Scale

Approved: Service DirectorPlot Scale

CONSTRUCT SPECIALTY

CARE INPATIENT WARD 2K

AND HOSPITAL AREA 2H TRUE NORTH

PLAN NORTH3535 Vadnais Center Drive Saint Paul, MN 55110 | 651.490.2000

ENGINEER

180 5th Street East Suite 700 Saint Paul, MN 55101

As indicated

C :\U se rs

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4/ 2/

:0

4:

P M

03/30/2020 Checker Author

W912ES19D0003

1368 - MJ1.02

MECHANICAL DETAILS

V.A. MEDICAL CENTER

ONE VETERANS DRIVE MINNEAPOLIS, MN 55417

100% CD SUBMITTAL 03/30/2020

23287

GEORGE STRAND

NOT TO SCALEMJ1.02

1 SMOKE DAMPER CONTROL DIAGRAM

NOT TO SCALEMJ1.02

2 INSTALLATION OF THERMOMETER WELLS

NOT TO SCALEMJ1.02

3 EXPANSION LOOP DETAIL

NOT TO SCALEMJ1.02

4 STEAM SAFETY VALVE

NOT TO SCALEMJ1.02

8 THERMOSTATIC STEAM TRAP ASSEMBLY

NOT TO SCALEMJ1.02

9 STEAM LINE DRIP POCKET AND STEAM TRAP ASSEMBLY

NOT TO SCALEMJ1.02

11 JACKETED STEAM HUMIDIFIER CONTROLS NOT TO SCALEMJ1.02

12 STEAM HUMIDIFIER PIPING CONNECTIONS

NOT TO SCALEMJ1.02

13 PRESSURE TRANSMITTER INSTALLATION

NOT TO SCALEMJ1.02

14 HYDRONIC DRAIN VALVE AND AIR VENT CONNECTIONS

NOT TO SCALEMJ1.02

16 INTEGRAL FACE AND BYPASS STEAM COIL DETAIL

NOT TO SCALEMJ1.02

17 WATER COILS - PIPING CONNECTIONS

NOT TO SCALEMJ1.02

15 HYDRONIC RADIANT CEILING PANELS - PIPING CONNECTIONS

NOT TO SCALEMJ1.02

5 END OF STEAM LINE DRIP TRAP

NOT TO SCALEMJ1.02

6 FLOAT AND THERMOSTATIC STEAM TRAP ASSEMBLY

NOT TO SCALEMJ1.02

7 INVERTED BUCKET STEAM TRAP ASSEMBLY

NOT TO SCALEMJ1.02

10 STEAM COIL CONNECTIONS

R e-eig hth ne fo ot on e-qu ar ter ne fo ot thr ee

-e igh ths ne fo ot on e-ha lf i nc oo t thr ee

-q ua rte ne fo ot on e inc oo t on e a nd on e-ha lf i nc oo t thr ee in ne fo ot

REVISIONS DATE

GE

NE

RA

L

NO

TE

S:

GENERAL CONTRACTOR AND/OR ALL SUBCONTRACTORS SHALL FIELD VERIFY ALL DIMENSIONS SHOWN ON THESE PLANS AND SHALL BE RESPONSIBLE FOR VARIATIONS BETWEEN PLAN DIMENSIONS AND ACTUAL FIELD DIMENSIONS. WHERE VARIATIONS ARE FOUND TO OCCUR, THE CONTRACTOR SHALL NOTIFY THE PROJECT ENGINEER IN WRITING PRIOR TO PROCEEDING WITH CONSTRUCTION; NO ADJUSTMENT TO

THE WORK WILL BE MADE WITHOUT THE PRIOR APPROVAL OF THE PROJECT ENGINEER.

GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR GENERAL DEMOLITION INCLUDING REMOVAL OF WALLS, PARTITIONS, DOORS & CEILING & FLOORS. ANY AND ALL CUTTING OF CONCRETE FLOORS, WALLS OR STRUCTURE SHALL BE THE GENERAL CONTRACTOR'S RESPONSIBILITY. CORE DRILLING THROUGH CONCRETE WALLS, FLOORS OR STRUCTURE FOR PIPING OR CONDUIT SHALL BE THE RESPONSIBILITY OF THE SUBCONTRACTOR BY TRADE; FIRESTOPPING OF THESE OPENINGS SHALL BE DONE BY THE RESPECTIVE SUBCONTRACTOR. REMOVAL OF DEBRIS RESULTING FROM DEMOLITION, CUTTING, AND/OR DRILLING IS THE RESPONSIBILITY OF THE GENERAL CONTRACTOR. PATCHING AND REPAIR OF CONCRETE WALLS, FLOOR, OR STRUCTURE SHALL BE THE RESPONSIBILITY OF THE GENERAL CONTRACTOR; THIS WILL BE ACCOMPLISHED UPON COMPLETION OF THE INSTALLATION OF ANY AND ALL UTILITIES INSTALLED

BY THE VARIOUS SUBCONTRACTORS.

Approved: Division Chief

Date Checked Drawn

DRAWING NO.

Building Number

USACE Contract No.

Drawing Title Project Title

Location

I HEREBY CERTIFY THAT THIS PLAN, SPECIFICATION, OR

REPORT WAS PREPARED BY ME OR UNDER MY DIRECT

SUPERVISION AND THAT I AM A DULY REGISTERED

UNDER THE LAWS OF THE STATE OF

MINNESOTA.

REGISTRATION NUMBER:

Office of Facilities

Management Drawing Scale

Approved: Service DirectorPlot Scale

CONSTRUCT SPECIALTY

CARE INPATIENT WARD 2K

AND HOSPITAL AREA 2H TRUE NORTH

PLAN NORTH3535 Vadnais Center Drive Saint Paul, MN 55110 | 651.490.2000

ENGINEER

180 5th Street East Suite 700 Saint Paul, MN 55101

C :\U se rs

\s fo rs be rg \D oc um en ts

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LD

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0_

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_s fo rs be rg

.rv t

3/

/2

4:

:2

PM

03/30/2020 GTS SEF

W912ES19D0003

1368 - MJ2.01

MECHANICAL SCHEDULES

V.A. MEDICAL CENTER

ONE VETERANS DRIVE MINNEAPOLIS, MN 55417

100% CD SUBMITTAL 03/30/2020

23287

GEORGE STRAND

3) 2)

1)

NOTES:

VAV-EXIST 6 2H-112 WAITING 150 150 150 150 40 180 160 0.7 5.0 MAX 2 30 0.45

70-VAV-33 10 2H-102 CONFERENCE 820 820 820 820 40 180 160 3.6 5.0 MAX 2 30 0.45

70-VAV-32 10 2H-101A SIM LAB 250 250 250 250 40 180 160 1.8 5.0 MAX 2 30 0.45

70-VAV-31 6 2H-101 RESIDENTS OFFICE 360 360 360 360 40 180 160 1.0 5.0 MAX 2 30 0.45

70-VAV-30 12 C2-62, C2-65, C2-66, 2K-102 CIRCULATION /

STORAGE ALCOVE 1640 1640 1640 1640 40 180 160 5.9 5.0 MAX 2 30 0.45

70-VAV-29 12 C2-67, C2-68, C2-68A, C2-69 CIRCULATION 1520 1520 1520 1520 40 180 160 6.7 5.0 MAX 2 30 0.45

70-VAV-28 6 2K-121 SOCIAL WORKER 145 145 145 145 40 180 160 0.6 5.0 MAX 2 30 0.45

70-VAV-27 6 2K-113, 2K-126 SOILED LINENS / STORAGE 380 380 380 380 40 180 160 1.2 5.0 MAX 2 30 0.45

70-VAV-26 8 2K-114, 2K-116, 2K-117 MULTI-PURPOSE /

LINEN / CLEAN SPD 620 620 620 620 40 180 160 2.3 5.0 MAX 2 30 0.45

70-VAV-25 6 2K-111, 2K-112, 2K-130 NOURISH / HSKP / TLT 180 180 180 180 40 180 160 0.9 5.0 MAX 2 30 0.45

70-VAV-24 4 2K-132 MONITOR 90 90 90 90 40 180 160 0.4 5.0 MAX 2 30 0.45

70-VAV-23 6 2K-107, 2K-110 MEDICATION / CLEAN UTILITY 200 200 200 200 40 180 160 0.9 5.0 MAX 2 30 0.45

70-VAV-22 8 2K-100, 2K-105 RECEPTION / NURSE STATION 500 500 500 500 40 180 160 2.1 5.0 MAX 2 30 0.45

70-VAV-21 4 2K-136 RN OFFICE 80 80 80 80 40 180 160 0.3 5.0 MAX 2 30 0.45

70-VAV-20 6 2K-101 FAMILY WAITING 155 155 155 155 40 180 160 0.7 5.0 MAX 2 30 0.45

70-VAV-19 6 2K-135, 2K-135A SAFE PATIENT ROOM 235 245 235 245 40 180 160 1.1 5.0 MAX 2 30 0.45

70-VAV-18 6 2K-134, 2K-134A PATIENT ROOM 235 245 235 245 40 180 160 1.1 5.0 MAX 2 30 0.45

70-VAV-17 6 2K-133, 2K-133A PATIENT ROOM 235 375 235 375 40 180 160 1.6 5.0 MAX 2 30 0.45

70-VAV-16 6 2K-131, 2K-131A PATIENT ROOM 225 240 225 240 40 180 160 1.0 5.0 MAX 2 30 0.45

70-VAV-15 6 2K-129, 2K-129A PATIENT ROOM 235 245 235 245 40 180 160 1.1 5.0 MAX 2 30 0.45

70-VAV-14 6 2K-128, 2K-128A PATIENT ROOM 220 300 220 300 40 180 160 1.3 5.0 MAX 2 30 0.45

70-VAV-13 6 2K-127, 2K-127A PATIENT ROOM 230 315 230 315 40 180 160 1.4 5.0 MAX 2 30 0.45

70-VAV-12 6 2K-125, 2K-125A PATIENT ROOM 220 235 220 235 40 180 160 1.0 5.0 MAX 2 30 0.45

70-VAV-11 6 2K-124, 2K-124A PATIENT ROOM 220 275 220 275 40 180 160 1.2 5.0 MAX 2 30 0.45

70-VAV-10 8 2K-123, 2K-123A, 2K-123B AII PATIENT ROOM /

ANTE-ROOM 695 705 695 705 40 180 160 3.1 5.0 MAX 2 30 0.45

70-VAV-09 10 2K-120, 2K-120A AII BARIATRIC PAT 580 815 580 815 40 180 160 3.6 5.0 MAX 2 30 0.45

70-VAV-08 6 2K-119, 2K-119A PATIENT ROOM 220 260 220 260 40 180 160 1.1 5.0 MAX 2 30 0.45

70-VAV-07 6 2K-118, 2K-118A PATIENT ROOM 230 350 230 350 40 180 160 1.5 5.0 MAX 2 30 0.45

70-VAV-06 6 2K-115, 2K-115A PATIENT ROOM 220 340 220 340 40 180 160 1.5 5.0 MAX 2 30 0.45

70-VAV-05 6 2K-109, 2K-109A PATIENT ROOM 230 270 230 270 40 180 160 1.2 5.0 MAX 2 30 0.45

70-VAV-04 6 2K-108, 2K-108A PATIENT ROOM 230 265 230 265 40 180 160 1.1 5.0 MAX 2 30 0.45

70-VAV-03 6 2K-105A, 2K-106 PATIENT ROOM 240 425 240 425 40 180 160 1.8 5.0 MAX 2 30 0.45

70-VAV-02 6 2K-104, 2K-104A PATIENT ROOM 235 270 235 270 40 180 160 1.2 5.0 MAX 2 30 0.45

70-VAV-01 6 2K-103, 2K-103A BARIATRIC PAT 290 305 290 305 40 180 160 1.3 5.0 MAX 2 30 0.45 -

MINIMUM MAXIMUM OPERATING CFM TEMP. RISE

ENT. WATER

(F)

LVG. WATER

(F) GPM P.D. (FT) ROWS DISCH.

EQUIPMENT

NUMBER UNIT SIZE

ROOM

NUMBER

AIRFLOW - CFM HEATING MAX NC

UNIT PRESSURE

DROP-IN. WC NOTES

SINGLE DUCT AIR TERMINAL UNIT SCHEDULE

4. PROVIDE SOUND ATTENUATION AFTER-SECTION AS REQUIRED TO MEET ROOM NC LEVEL.

3. CONTROL SEQUENCE SHALL BE AS INDICATED ON THE AIR TERMINAL UNIT SCHEDULE.

2. THIS SCHEDULE IS USED WITH THE TERMINAL UNIT SCHEDULE.

1. INLET STATIC BASED ON ARI 885-98.

NOTES:

12 0.4 73 69 64 59 57 53 1-4

10 0.4 74 68 61 57 54 52 1-4

8 0.4 71 68 59 53 51 47 1-4

6 0.4 69 67 61 55 52 49 1-4

4 0.4 69 65 58 52 51 47 1-4

IN IN WG 2 3 4 5 6 7

OCTAVE BANDS

DUCT INLET SIZE MAX APD

MAXIMUM SOUND POWER LEVEL (Re: 10 -12 WATTS) FOR BOX DISCHARGE AT MAXIMUM INLET DUCT STATIC

REMARKS

AIR TERMINAL UNIT SIZING SCHEDULE

FIELD-VERIFY ENCLOSURE LENGTHS.

NOTE

CVR-1 PERIMETER PATIENT ROOM CONVECTOR EXISTING WALL 8 SEE

PLANS 180 140 SEE

PLANS 3 CONVECTOR, TYPICAL

FT BTUH °F °F GPM FT

EWT LWTMARK LOCATION AREA SERVED TYPE ENCLOSURE

TYPE MOUNTING

ENCLOSURE

LENGTH CAPACITY

TEMPERATURES

FLOW MAX

WPD REMARKS

HOT WATER FINNED TUBE RADIATION SCHEDULE

RCP-2 2K-120A PATIENT BATH 24 X 48 SEE

PLANS 180 160 SEE

PLANS 4

RCP-1 2K-120 PATIENT ROOM 24 X 96 SEE

PLANS 180 160 SEE

PLANS 4

RCP-1 2K-123 PATIENT ROOM 24 X 96 SEE

PLANS 180 160 SEE

PLANS 4 -

IN BTUH °F °F GPM FT

HEATING

CAPACITY EWT LWT HOT WATER

FLOWRATE WPDMARK ROOM LOCATION AREA SERVED

PANEL SIZE

HEATING

REMARKS

RADIANT CEILING PANEL SCHEDULE (HYDRONIC )

R e-eig hth ne fo ot on e-qu ar ter ne fo ot thr ee

-e igh ths ne fo ot on e-ha lf i nc oo t thr ee

-q ua rte ne fo ot on e inc oo t on e a nd on e-ha lf i nc oo t thr ee in ne fo ot

REVISIONS DATE

GE

NE

RA

L

NO

TE

S:

GENERAL CONTRACTOR AND/OR ALL SUBCONTRACTORS SHALL FIELD VERIFY ALL DIMENSIONS SHOWN ON THESE PLANS AND SHALL BE RESPONSIBLE FOR VARIATIONS BETWEEN PLAN DIMENSIONS AND ACTUAL FIELD DIMENSIONS. WHERE VARIATIONS ARE FOUND TO OCCUR, THE CONTRACTOR SHALL NOTIFY THE PROJECT ENGINEER IN WRITING PRIOR TO PROCEEDING WITH CONSTRUCTION; NO ADJUSTMENT TO

THE WORK WILL BE MADE WITHOUT THE PRIOR APPROVAL OF THE PROJECT ENGINEER.

GENERAL CONTRACTOR SHALL BE RESPONSIBLE FOR GENERAL DEMOLITION INCLUDING REMOVAL OF WALLS, PARTITIONS, DOORS & CEILING & FLOORS. ANY AND ALL CUTTING OF CONCRETE FLOORS, WALLS OR STRUCTURE SHALL BE THE GENERAL CONTRACTOR'S RESPONSIBILITY. CORE DRILLING THROUGH CONCRETE WALLS, FLOORS OR STRUCTURE FOR PIPING OR CONDUIT SHALL BE THE RESPONSIBILITY OF THE SUBCONTRACTOR BY TRADE; FIRESTOPPING OF THESE OPENINGS SHALL BE DONE BY THE RESPECTIVE SUBCONTRACTOR. REMOVAL OF DEBRIS RESULTING FROM DEMOLITION, CUTTING, AND/OR DRILLING IS THE RESPONSIBILITY OF THE GENERAL CONTRACTOR. PATCHING AND REPAIR OF CONCRETE WALLS, FLOOR, OR STRUCTURE SHALL BE THE RESPONSIBILITY OF THE GENERAL CONTRACTOR; THIS WILL BE ACCOMPLISHED UPON COMPLETION OF THE INSTALLATION OF ANY AND ALL UTILITIES INSTALLED

BY THE VARIOUS SUBCONTRACTORS.

Approved: Division Chief

Date Checked Drawn

DRAWING NO.

Building Number

USACE Contract No.

Drawing Title Project Title

Location

I HEREBY CERTIFY THAT THIS PLAN, SPECIFICATION, OR

REPORT WAS PREPARED BY ME OR UNDER MY DIRECT

SUPERVISION AND THAT I AM A DULY REGISTERED

UNDER THE LAWS OF THE STATE OF

MINNESOTA.

REGISTRATION NUMBER:

Office of Facilities

Management Drawing Scale

Approved: Service DirectorPlot Scale

CONSTRUCT SPECIALTY

CARE INPATIENT WARD 2K

AND HOSPITAL AREA 2H TRUE NORTH

PLAN NORTH3535 Vadnais Center Drive Saint Paul, MN 55110 | 651.490.2000

ENGINEER

180 5th Street East Suite 700 Saint Paul, MN 55101

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03/30/2020 GTS SEF

W912ES19D0003

1368 - MJ2.02

MECHANICAL SCHEDULES

V.A. MEDICAL CENTER

ONE VETERANS DRIVE MINNEAPOLIS, MN 55417

100% CD SUBMITTAL 03/30/2020

23287

GEORGE STRAND

3) FACTORY MOUNTED AND WIRED DISCONNECT 6) REBALANCE TO REDUCE AIRFLOW RATE BY 640 CFM.

2) PROVIDE UNIT WITH POWER DAMPER 5) REBALANCE TO REQUIRED CFM. FAN NO LONGER SERVES 2ND FLOOR ISOLATION ROOMS.

1) ALL SELECTIONS ARE BASED ON AN ALTITUDE OF 912'. 4) REBALANCE EXISTING EXHAUST FAN TO THE INDICATED CFM.

NOTE

70-EF-41 (E) 3RD FLR MER 2ND/3RD/4TH FLOOR GENERAL

EXHAUST AREA K EXISTING GENERAL EXHAUST - - - - - - - - - - - - - - - - - 6

70-EF-57 (E) 4TH FLR MER 3RD/4TH FLOOR ISO ROOMS

AREA K EXISTING ISO EXHAUST - - - - - - - - - - - - - - - - - 5

70-RF-15 (E) 2ND FLR M.E.R.

AREA K AREA K EXISTING RETURN FAN TO SERVE

70-AH2S-16 13,320 - - - - - - - - - - - - - - - - 4

70-EF-4K124-B 4TH FLR MER AREA K ISO EXHAUST 1,813 2.5 IN-LINE AF I VERTICAL 16 90% DIRECT 3,500 1.31 1.5 3 460 3,500 VARIABLE 1 - 3

70-EF-4K124-A 4TH FLR MER AREA K ISO EXHAUST 1,813 2.5 IN-LINE AF I VERTICAL 16 90% DIRECT 3,500 1.31 1.5 3 460 3,500 VARIABLE 1 - 3

AH2S-SF-4 2ND FLR M.E.R.

AREA K AREA K 70-AH2S-16 5,000 12.75 PLENUM AF I 2X2 FAN ARRAY 16 91% DIRECT 3,933 7.82 8.5 3 460 3,510 VARIABLE 1

AH2S-SF-3 2ND FLR M.E.R.

AREA K AREA K 70-AH2S-16 5,000 12.75 PLENUM AF I 2X2 FAN ARRAY 16 91% DIRECT 3,932 7.82 8.5 3 460 3,510 VARIABLE 1

AH2S-SF-2 2ND FLR M.E.R.

AREA K AREA K 70-AH2S-16 5,000 12.75 PLENUM AF I 2X2 FAN ARRAY 16 91% DIRECT 3,931 7.82 8.5 3 460 3,510 VARIABLE 1

AH2S-SF-1 2ND FLR M.E.R.

AREA K AREA K 70-AH2S-16 5,000 12.75 PLENUM AF I 2X2 FAN ARRAY 16 91% DIRECT 3,930 7.82 8.5 3 460 3,510 VARIABLE 1

CFM IN IN BHP HP

TYPE WHEEL CLASS ARRANGEMENT, ROTATION, AND DISCHARGE

DIAMETER

MIN % EFF DRIVE FAN MAX RPM

NOMINAL POWER

PHASE VOLT RPM SPEED CONTROL

MARK LOCATION AREA AND/OR BLDG

SERVED SYSTEM AND/OR SERVICE

AIR FLOW TSP

FAN MOTOR ELECTRICAL

CONTROL SEQUENCE REMARKS

FAN SCHEDULE

70-HF-4K124 4TH FLR MER ISOLATION ROOMS ISOLATION HEPA 2000 0.68 1.5 SIDE 2 12 X 12 X 12 1 WIDE X 2 HIGH

70-PF-4K124 4TH FLR MER ISOLATION ROOMS ISOLATION 7 2000 0.31 0.5 SIDE 2 12 X 12 X 2 1 WIDE X 2 HIGH

AH2S-FF-1 M.E.R. AREA K 2ND FLR AREA K 70-AH2S-16 14 20000 0.96 SIDE 3 12 X 24 X 12 1 WIDE BY 3 HIGH ----

AH2S-FF-1 M.E.R. AREA K 2ND FLR AREA K 70-AH2S-16 14 20000 0.96 SIDE 9 24 X 24 X 12 3 WIDE BY 3 HIGH ----

AH2S-AF-1 M.E.R. AREA K 2ND FLR AREA K 70-AH2S-16 11 20000 1.37 SIDE 16 20 X 20 X 4 4 WIDE BY 4 HIGH

AH2S-PF-1 M.E.R. AREA K 2ND FLR AREA K 70-AH2S-16 8 20000 1.37 SIDE 16 20 X 20 X 2 4 WIDE BY 4 HIGH -----

CFM IN IN IN

INITIAL CHANGEOVER

SIZE

ARRANGEMENT REMARKS

MARK LOCATION AREA AND/OR BLDG SERVED SYSTEM AND/OR

SERVICE MERV RATING

AIR FLOW

APD

HOUSING TYPE

CARTRIDGES

AIR FILTER SCHEDULE

3 PROVIDE MOISTURE ELIMINATOR ON DISCHARGE SIDE OF COILS

2 COIL FRAMES SHALL BE STAINLESS STEEL CONSTRUCTION

1 THE COOLING COIL FIN SPACING SHALL NOT EXCEED 132 FINS PER FOOT [400 FINS PER METER].

NOTE

AH2S-CC-1 M.E.R. AREA H AREA K 70-AH2S-16 20,000 403 0.49 92.0 74.0 52.9 52.4 1,332.50 810.4 264.9 44.0 54.0 15.98 1, 2, 3

CFM FPM IN WG °F °F °F °F MBH MBH GPM °F °F FT

Db Wb Db Wb FLOW EWT LWT WPDMARK LOCATION AREA AND/OR BLDG

SERVED

SYSTEM AND/OR

SERVICE

AIR FLOW MAX FACE

VELOCITY APD

EAT LAT

TOTAL CAPACITY SENSIBLE

CAPACITY

CHILLED WATER

REMARKS

CHILLED WATER COOLING COIL SCHEDULE

AHS2-HU-1 M.E.R. AREA H 70-AH2S-16 JACKETED WAND 20,000 5 94 15 10% 30 PRESSURIZED 30 5.0 141 DDC 150

CFM °F °F °F PSIG PSIG LBS/HR LBS/HR

Db DEWPOINT

%RH

DEWPOINT PRESS ENT

VALVE

PRESS ENT

HEATER FLOW

MARK

CAPACITYMARK LOCATION SYSTEM AND/OR

SEVICE HUMIDIFIER TYPE

AIR FLOW

# OF MANIFOLDS

EAT LAT

SOURCE

STEAM

CONTROL TYPE

TRAP

REMARKS

STEAM HUMIDIFER SCHEDULE

AH2S-HC-1 M.E.R. AREA H AREA K 70-AH2S-16 STEAM HEATING 20,000 824 1.15 -20 93.9 2,469 30.0 25.0 2,571 - 3,000 INTEGRAL FACE AND BYPASS

CFM FPM IN WG °F °F MBH PSIG PSIG LBS/HR MARK LBS/HR

EAT LAT ENT CONT

VALVE ENT COIL FLOW STEAM TRAP

MARK LOCATION AREA AND/OR BLDG

SERVED

SYSTEM AND/OR

SERVICE APPLICATION

AIR FLOW MAX FACE

VELOCITY APD

TEMPERATURES

TOTAL MIN

CAPACITY

STEAM

REMARKS

STEAM HEATING COIL SCHEDULE

IN THE INLET SIZE COLUMN, WHEN ONE VALUE IS INDICATED, THE DUCT IS A ROUND DUCT. IF SIZE IS INDICATED AS ##" x ##," THE DUCT IS A RECTANGULAR DUCT WITH SPECIFICATIONS OF "DUCT WIDTH" BY "DUCT DEPTH."

NOTE

70-SAD-3 2K-122 70-RF-15 CIRCULAR 20000 0.32 44 84 8 15 16 20 17 13 11 7

70-SAD-2 2K-122 70-AH2S-16 RECTANGULAR 9000 0.29 28 144 11 24 24 30 37 28 23 21 ----

70-SAD-1 2K-122 70-AH2S-16 RECTANGULAR 11000 0.24 34 144 12 25 25 30 37 28 19 20 ----

CFM IN WG IN IN 1 2 3 4 5 6 7 8

63 125 250 500 1000 2000 4000 8000MARK LOCATION SYSTEM AND/OR

SERVICE TYPE

AIRFLOW APD INLET SIZE LENGTH

DYNAMIC INSERTION LOSS DB OCTAVE BAND AND MID-FREQUENCY [CPS]

REMARKS

SOUND ATTENUATING DEVICE SCHEDULE

2. CONTRACTOR SHALL COORDINATE SUPPLY FAN NUMBERS WITH LOCAL HOSPITAL REPRESENTATIVES

1. FLOORS IN ALL WET UNIT SECTIONS (HUMIDIFIER SECTION AND COOLING COIL SECTION) TO BE OF STAINLESS STEEL (TYPE 304)

NOTES:

70-AH2S-16 M.E.R. AREA H AREA K CUSTOM INDOOR

AIR HANDLER 20,000 AH2S-SF-1 AH2S-EF-1 AH2S-PF-1 AH2S-AF-1 AH2S-FF-1 AH2S-HC-1 AH2S-CC-1 AH2S-HC-2 AH2S-HU-1 1, 2

CFM CFM CFM

SUPPLY MIN OA RETURNMARK LOCATION AREA AND/OR

BLDG SERVED TYPE AIR FLOW

AIR FLOW

SUPPLY FAN

MARK

RETURN OR

RELIEF FAN

MARK

EXHAUST FAN

MARK

PREFILTER

MARK

AFTER FILTER

MARK

FINAL FILTER

MARK

HEAT

RECOVERY

MARK

PREHEAT COIL

MARK

COOLING COIL

MARK REHEAT COIL HUMIDIFIER

MARK REMARKS

AIR HANDLING UNIT SCHEDULE

DDC CONTROL POINTS LIST (EXTERIOR VAV WITH PERIMETER HEAT)

X X X X X

X X X X

X

X X

XX

DDC CONTROL POINTS LIST (ISOLATION FAN)

X X XXX X

DDC CONTROL POINTS LIST (ISOLATION EXHAUST FAN)

X

X

X

X

X

X

X

X

X

X

X X X

X

X X X

X

X

X

X X

X

X

X

X X X

X X XX

DDC CONTROL POINTS LIST (INTERIOR VAV)

X X X X X

X X X X

X

X X

XX

X

X

X

X

X X

X

X

X X X

X X XX

X

DDC CONTROL POINTS LIST (LOCAL PRESSURE CONTROLLER)

X X

X

X

X

X

X

X

X

X

X

X

XX

DDC CONTROL POINTS LIST (REMOTE PRESSURE CONTROLLER)

X XXXX

DDC CONTROL POINTS LIST (VARIABLE FREQUENCY DRIVES)

X

X

X

X

X X

X

X

X

XX

XX

X

X

X

X

X X

X

X

X

X ANALOG INPUTS ANALOG OUTPUTS DIGITAL INPUTS DIGITAL OUTPUTS PROGRAMS

POINT DESCRIPTION

In te ro pe ra bl e

G ra ph ic

Te m pe ra tu re

R el at iv e H um id ity

Ai r Q ua lit y (C

O

St at ic P re ss ur e

D iff er en tia l P re ss ur e

C

FM

G

PM

BT

U

H

KW KW

H

C ur re nt

Va lv e M od ul at io n

D am pe r M od ul at io n

VF

D

M od ul at io n

El ec tri c

R eh ea t C on tro l

Se tp oi nt

A dj us tm en t

Te m pe ra tu re

S w itc h

Pr es su re

S w itc h

Fl ow

S w itc h

St at us (o pe n/ cl os e)

Sc he du le

O ve rri de

O cc up an cy S en se r

St ar t/S to p

O pe n/ C lo se

En ab le /d is ab le

Ti m e Sc he du lin g

D em an d

Li m iti ng

O pt im al

S ta rt St op

R es et

Ev en t P ro gr am

D D

C

Tr en d

REMARKS

Zone Temperature (Room Thermostat)

Occupied Set Point

Airflow

Minimum CFM

Perimeter Heating

DIGITAL INPUTS ALARMS PROGRAMS

POINT DESCRIPTION

Te m pe ra tu re

S w itc h

Pr es su re

S w itc h

Fl ow

S w itc h

En d

Sw itc h

C ur re nt

S w itc h

Au xi lia ry

C on ta ct

Fl oa t S w itc h

Sm ok e D et ec to r

Fr ee ze st at

St at us (o n/ of f)

St at us (o pe n/ cl os e)

Sc he du le

O ve rri de

H ig h An al og

Lo w

A na lo g

H ig h D ig ita l

Lo w

A na lo g

Pr oo f o f f lo w

C om m F ai lu re

Se ns or F ai lu re

Ti m e Sc he du lin g

D em an d

Li m iti ng

O pt im al

S ta rt St op

R es et

Ev en t P ro gr am

D D

C

Tr en d

Al ar m In st ru ct io n

M ai nt en an ce

W or k O rd er

To ta l R un

T im e

Ex p.

M es sa ge

Se t B ac k

/ S et

U p

N ig ht P ur ge

Te na nt B ui ld in g

Se ns or F ai lu re

REMARKS

Exhaust Fans EF-4K124-A,B

DIGITAL OUTPUTS

St ar t/S to p / L ea d

/ L ag

O pe n/ C lo se

En ab le /d is ab le

VF

D

M od ul at io n

Se tp oi nt

A dj us tm en t

ANALOG INPUTS ANALOG OUTPUTS DIGITAL INPUTS DIGITAL OUTPUTS ALARMS PROGRAMS

POINT DESCRIPTION

In te ro pe ra bl e

G ra ph ic

Te m pe ra tu re

R el at iv e H um id ity

Ai r Q ua lit y (C

O

St at ic P re ss ur e

D iff en tia l P re ss ur e

C

FM

G

PM

BT

U

H

KW KW

H

C ur re nt

Va lv e M od ul at io n

D am pe r M od ul at io n

VF

D

M od ul at io n

El ec tri c

R eh ea t C on tro l

Se tp oi nt

A dj us tm en t

Te m pe ra tu re

S w itc h

Pr es su re

S w itc h

Fl ow

S w itc h

En d

Sw itc h

C ur re nt

S w itc h

Au xi lia ry

C on ta ct

Fl oa t S w itc h

Sm ok e D et ec to r

Fr ee ze st at

St at us (o n/ of f)

St at us (o pe n/ cl os e)

Sc he du le

O ve rri de

St ar t/S to p

O pe n/ C lo se

En ab le /d is ab le

Pr oo f o f F lo w

Lo w

A na lo g

H ig h D ig ita l

Lo w

A na lo g

Ti m e Sc he du lin g

D em an d

Li m iti ng

O pt im al

S ta rt St op

R es et

Ev en t P ro gr am

D D

C

Tr en d

REMARKS

Static Pressures

Fan

Motorized Damper

VF

D

F au lt

Motorized Damper

VAV Reheat Valve

ANALOG INPUTS ANALOG OUTPUTS DIGITAL INPUTS DIGITAL OUTPUTS PROGRAMS

POINT DESCRIPTION

In te ro pe ra bl e

G ra ph ic

Te m pe ra tu re

R el at iv e H um id ity

Ai r Q ua lit y (C

O

St at ic P re ss ur e

D iff er en tia l P re ss ur e

C

FM

G

PM

BT

U

H

KW KW

H

C ur re nt

Va lv e M od ul at io n

D am pe r M od ul at io n

VF

D

M od ul at io n

El ec tri c

R eh ea t C on tro l

Se tp oi nt

A dj us tm en t

Te m pe ra tu re

S w itc h

Pr es su re

S w itc h

Fl ow

S w itc h

St at us (o pe n/ cl os e)

Sc he du le

O ve rri de

O cc up an cy S en se r

St ar t/S to p

O pe n/ C lo se

En ab le /d is ab le

Ti m e Sc he du lin g

D em an d

Li m iti ng

O pt im al

S ta rt St op

R es et

Ev en t P ro gr am

D D

C

Tr en d

REMARKS

Zone Temperature (Room Thermostat)

Occupied Set Point

Airflow

Minimum CFM

Motorized Damper

VAV Reheat Valve

H ig h An al og

ANALOG INPUTS ANALOG OUTPUTS DIGITAL INPUTS DIGITAL OUTPUTS ALARMS PROGRAMS

POINT DESCRIPTION

In te ro pe ra bl e

G ra ph ic

Te m pe ra tu re

R el at iv e H um id ity

Ai r Q ua lit y (C

O

St at ic P re ss ur e

D iff en tia l P re ss ur e

C

FM

G

PM

BT

U

H

KW KW

H

C ur re nt

Va lv e M od ul at io n

D am pe r M od ul at io n

VF

D

M od ul at io n

El ec tri c

R eh ea t C on tro l

Se tp oi nt

A dj us tm en t

Te m pe ra tu re

S w itc h

Pr es su re

S w itc h

Fl ow

S w itc h

En d

Sw itc h

C ur re nt

S w itc h

Au xi lia ry

C on ta ct

Fl oa t S w itc h

Sm ok e D et ec to r

Fr ee ze st at

St at us (o n/ of f)

St at us (o pe n/ cl os e)

Sc he du le

O ve rri de

St ar t/S to p

O pe n/ C lo se

En ab le /d is ab le

Pr oo f o f F lo w

Lo w

A na lo g

H ig h D ig ita l

Lo w

D ig ita l

Ti m e Sc he du lin g

D em an d

Li m iti ng

O pt im al

S ta rt St op

R es et

Ev en t P ro gr am

D D

C

Tr en d

REMARKS

VF

D

F au lt

H ig h An al og

Pressure Controller

Motorized Damper

Pressure Sensor

ANALOG INPUTS ANALOG OUTPUTS DIGITAL INPUTS DIGITAL OUTPUTS ALARMS PROGRAMS

POINT DESCRIPTION

In te ro pe ra bl e

G ra ph ic

Te m pe ra tu re

R el at iv e H um id ity

Ai r Q ua lit y (C

O

St at ic P re ss ur e

In flu en tia l P re ss ur e

C

FM

G

PM

BT

U

H

KW KW

H

C ur re nt

Va lv e M od ul at io n

D am pe r M od ul at io n

VF

D

M od ul at io n

El ec tri c

R eh ea t C on tro l

Se tp oi nt

A dj us tm en t

Te m pe ra tu re

S w itc h

Pr es su re

S w itc h

Fl ow

S w itc h

En d

Sw itc h

C ur re nt

S w itc h

Au xi lia ry

C on ta ct

Fl oa t S w itc h

Sm ok e D et ec to r

Fr ee ze st at

St at us (o n/ of f)

St at us (o pe n/ cl os e)

Sc he du le

O ve rri de

St ar t/S to p

O pe n/ C lo se

En ab le /d is ab le

Pr oo f o f F lo w

Lo w

A na lo g

H ig h D ig ita l

Lo w

D ig ita l

Ti m e Sc he du lin g

D em an d

Li m iti ng

O pt im al

S ta rt St op

R es et

Ev en t P ro gr am

D D

C

Tr en d

REMARKS

VF

D

F au lt

H ig h An al og

Pressure Controller

ANALOG INPUTS ANALOG OUTPUTS DIGITAL INPUTS DIGITAL OUTPUTS PROGRAMS

POINT DESCRIPTION

In te ro pe ra bl e

G ra ph ic

Te m pe ra tu re

R el at iv e H um id ity

Ai r Q ua lit y (C

O

St at ic P re ss ur e

D iff er en tia l P re ss ur e

C

FM

G

PM

M ot or R un tim e

R

PM

H er tz

C ur re nt

Va lv e M od ul at io n

D am pe r M od ul at io n

VF

D

M od ul at io n

El ec tri c

R eh ea t C on tro l

Se tp oi nt

A dj us tm en t

Te m pe ra tu re

S w itc h

Pr es su re

S w itc h

Fl ow

S w itc h

St at us (o pe n/ cl os e)

Sc he du le

O ve rri de

O cc up an cy S en se r

St ar t/S to p

O pe n/ C lo se

En ab le /d is ab le

Ti m e Sc he du lin g

D em an d

Li m iti ng

O pt im al

S ta rt St op

R es et

Ev en t P ro gr am

D D

C

Tr en d

REMARKS

Motor Speed RPM

Motor Frequency Hertz

Motor Runtime

VFD Status

Motor Current Amps

In Fault Condition

In Bypass

ALARMS

H ig h An al og

H ig h D ig ita l

Lo w

A na lo g

Pr oo f o f f lo w

C om m F ai lu re

Se ns or F ai lu re

St at us

HEPA FILTER CONTROL

WHEN FILTER PRESSURE DROP RISES TO 2" [7 KPA] OF WATER COLUMN,

FILTERSTATUS LIGHT (RED) SHALL BE ENERGIZED AND ALARM SENT TO BAS.

RUN CONDITIONS - CONTINUOUS:

THE TWO EXHAUST FANS SHALL OPERATE IN A LEAD/STANDBY FASHION. THE LEAD FAN

SHALL RUN FIRST. UPON DETECTION OF FAILURE OF THE LEAD EXHAUST FAN, THE

STANDBY EXHAUST FAN SHALL RUN AND THE LEAD EXHAUST FAN SHALL TURN OFF.

THE DESIGNATED LEAD EXHAUST FAN SHALL ROTATE UPON ONE OF THE FOLLOWING

CONDITIONS (USER SELECTABLE):

· MANUALLY THROUGH A SOFTWARE SWITCH

· IF EXHAUST FAN RUNTIME IS EXCEEDED

· DAILY

· WEEKLY

· MONTHLY

EXHAUST FAN MOTORIZED DAMPER CONTROL:

UPON ACTIVATION OF EXHAUST FAN, ASSOCIATED MOTORIZED EXHAUST DAMPER SHALL

OPEN.

EXHAUST DUCT STATIC PRESSURE CONTROL:

THE CONTROLLER SHALL MEASURE DUCT STATIC PRESSURE AND SHALL MODULATE THE

EXHAUST FAN VFD SPEED TO MAINTAIN A DUCT STATIC PRESSURE SETPOINT OF 1.5IN H20

(ADJ.). THE EXHAUST FAN VFD SPEED SHALL NOT DROP BELOW 30% (ADJ.).

ALARMS SHALL BE PROVIDED AS FOLLOWS:

· SUPPLY FAN VFD FAULT

· LOW EXHAUST AIR STATIC PRESSURE: IF THE EXHAUST AIR STATIC PRESSURE IS 25%

(ADJ.) LESS THAN SETPOINT.

· HIGH EXHAUST AIR STATIC PRESSURE: IF THE EXHAUST AIR STATIC PRESSURE IS 25%

(ADJ.) GREATER THAN SETPOINT.

· FAILURE: COMMANDED ON, BUT THE STATUS IS OFF

SMOKE MODE:

SMOKE MODE (N), RUN (100% VOLUME)

SMOKE MODE (P), RUN (100% VOLUME)

VARIABLE FREQUENCY DRIVE INTERFACE

VFD STATUS AND OPERATING CONDITIONS SHALL BE MONITORED THROUGH

ITSCOMMUNICATIONS INTERFACE PORT. THE INTERFACE SHALL MONITOR AND

TRENDTHE POINTS AS SHOWN ON THE POINTS LIST.

TERMINAL AIR UNITS

RUN CONDITIONS - SCHEDULED:

THE UNIT SHALL RUN ACCORDING TO A USER DEFINABLE TIME SCHEDULE IN THE FOLLOWING MODES:

· OCCUPIED MODE: THE UNIT SHALL MAINTAIN:

· · A 74°F (ADJ.) COOLING SETPOINT

· · A 70°F (ADJ.) HEATING SETPOINT

· UNOCCUPIED MODE: THE UNIT SHALL MAINTAIN:

· · A 85°F (ADJ.) COOLING SETPOINT

· · A 55°F (ADJ.) HEATING SETPOINT

ALARMS SHALL BE PROVIDED AS

FOLLOWS:· HIGH ZONE TEMP: IF THE ZONE TEMPERATURE IS GREATER THAN THE COOLING

SETPOINT BY A USER DEFINABLE AMOUNT (ADJ.)

· LOW ZONE TEMP: IF THE ZONE TEMPERATURE IS LESS THAN THE HEATING

SETPOINT BY A USER DEFINABLE AMOUNT (ADJ.)

REHEATING COIL VALVE:

THE CONTROLLER SHALL MEASURE THE ZONE TEMPERATURE AND MODULATE THE

REHEATING COIL VALVE OPEN ON DROPPING TEMPERATURE TO MAINTAIN ITS

HEATING SETPOINT.

PERIMETER HEATING COIL VALVE:

THE CONTROLLER SHALL MEASURE THE ZONE TEMPERATURE AND MODULATE THE

PERIMETER COIL VALVE OPEN ON DROPPING TEMPERATURE TO MAINTAIN ITS

HEATING SETPOINT.

COOLING: TERMINAL AIR UNIT HEATING VALVE IS CLOSED AND DAMPER

MODULATED TO SATISFY ZONE TEMPERATURE SENSOR.

HEATING: TERMINAL AIR UNIT DAMPER IS SET TO MINIMUM AND HEATING COIL

VALVE MODULATES TO SATISFY ZONE TEMPERATURE SENSOR. THE PERIMETER

HEATING SHALL BE THE PRIMARY SOURCE OF HEAT FOR THE EXTERNAL ZONES IN

THE BUILDING.

PRESSURE CONTROL CONDITIONS ROOM 2K120:

THROUGH WALL PRESSURE SENSOR SHALL MONITOR PRESSURE

DIFFERENTIAL BETWEEN THE CORRIDOR-AII ROOM WALL.

THE AII ROOM SHALL BE MAINTAINED AT A NEGATIVE PRESSURE OF

0.01 INCH WATER COLUMN (ADJ.) WITH RESPECT TO THE CORRIDOR.

LOCAL PRESSURE CONTROLLER:

THE LOCAL ROOM PRESSURE CONTROLLER SHALL MEASURE THE ZONE

PRESSURE DIFFERENTIALS AND MODULATE THE ZONE EXHAUST DAMPER

TO MAINTAIN SPECIFIED ROOM PRESSURE.

ALARMS:

IF THE ROOM PRESSURE IS EITHER GREATER OR LESS THAN REQUIRED, AN AUDIBLE AND

VISIBLE ALARM SHALL BE GENERATED AT THE LOCAL PRESSURE CONTROLLER, A VISIBLE

ALARM SHALL BE GENERATED AT THE REMOTE PRESSURE…