36C25019B0055-004.pdf

AFF ABOVE FINISHED FLOOR

AFG ABOVE FINISHED GRADE

AHU AIR HANDLING UNIT

APD AIRSIDE PRESSURE DROP

BLDG BUILDING

BMS BUILDING MANAGEMENT SYSTEM

CFM CUBIC FEET PER MINUTE

CV CONSTANT VOLUME

CWR CHILLED WATER SUPPLY

CWS DOWN

EA EXHAUST AIR

EAT ENTERING AIR TEMPERATURE

ETR EXISTING TO REMAIN

EWT ENTERING WATER TEMPERATURE

EX. EXISTING

FCU FAN COIL UNIT

FPM FEET PER MINUTE

GC GENERAL CONTRACTOR

HP HORSEPOWER

HWHS HEATING HOT WATER SUPPLY

HWHR HEATING HOT WATER RETURN

HX HEAT EXCHANGER

LAT LEAVING AIR TEMPERATURE

LWT LEAVING WATER TEMPERATURE

MC MECHANICAL CONTRACTOR

N/A NOT AVAILABLE

NTS NOT TO SCALE

OA OUTSIDE AIR

RA RETURN AIR

SA SUPPLY AIR

VAV VARIABLE AIR VOLUME

FVAV 1-1

KEYED NOTE

EQUIPMENT

TAG

MECHANICAL ABBREVIATIONS

DRAWING SYMBOLS

CONTROL WIRING

LIMITS OF DEMOLITION

POINT OF CONNECTION TO EXISTING

MECHANICAL LEGEND

PL105

PL105

A

DRAWING NUMBER

WHERE SHOWN

SECTION LETTER

DRAWING NUMBER

WHERE DRAWN

DETAIL NUMBER

GATE VALVE

VA PROJECT NUMBER

Building Number

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of

Construction and Facilities

Management

PROJECT MANAGER:

ACG Project Number

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120

Cary, North Carolina 27511 www.acg-pa.com 919-858-7420

NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date# 06/13/2019

UPGRADE BUILDING

MANAGEMENT SYSTEM -

MARION VAMC

610-18-105

VA NORTHERN INDIANA HEALTHCARE SYSTEM

1700 E. 38TH ST.

MARION, INDIANA 46953

18-127

BID DOCUMENTS

FULLY SPRINKLERED

Structural Engineer:

TEMPERATURE SENSOR

DUCT STATIC PRESSURE SENSOR

HUMIDITY SENSOR

MIXED AIR TEMPERATURE SENSOR

1 WORK SHALL CONFORM TO APPLICABLE LOCAL, STATE, AND NATIONAL CODES AND APPLICABLE VA STANDARDS.

2 INSTALL EQUIPMENT IN ACCORDANCE WITH MANUFACTURER'S WRITTEN RECOMMENDATIONS.

3 OBTAIN AND PAY FOR PERMITS, FEES, AND INSPECTIONS REQUIRED FOR THIS WORK.

4 PROVIDE NEW MATERIALS, EQUIPMENT AND PRODUCTS INCORPORATED IN THE WORK, OF A SUITABLE GRADE FOR THE PURPOSES

INTENDED.

5 WHERE POSSIBLE, PROVIDE STANDARD PRODUCTS OF THE VARIOUS MANUFACTURERS EXCEPT WHERE SPECIAL CONSTRUCTION OR

PERFORMANCE FEATURES ARE REQUIRED.

6 EQUIPMENT OR MATERIAL DEVIATIONS FROM INDICATED CONTRACT REQUIREMENTS SHALL BE SUBJECT TO THE APPROVAL OF THE

ARCHITECT/ENGINEER. SUBMIT PROPOSED EQUIPMENT DEVIATIONS THAT ARE SIMILAR BOTH IN QUALITY AND CAPACITY TO THAT

EQUIPMENT SPECIFIED, AS SOLELY DETERMINED BY THE ARCHITECT/ENGINEER.

7 PROVIDE MECHANICAL EQUIPMENT THAT IS LISTED AND LABELED BY UNDERWRITERS LABORATORIES (U.L.).

8 INSTALL EQUIPMENT AS INDICATED, ALLOWING FOR SUFFICIENT ACCESS AND CLEARANCE SPACE FOR EQUIPMENT MAINTENANCE, REPAIRS, AND REPLACEMENT.

9 INSTALL EQUIPMENT WITH PROPER CLEARANCES FOR REQUIRED PIPING AND ELECTRICAL SERVICES AND CONNECTIONS. INSTALL

EQUIPMENT WITH REQUIRED ACCESS AND CLEARANCES IN ACCORDANCE WITH MANUFACTURER'S WRITTEN RECOMMENDATIONS AND

APPLICABLE CODES AND STANDARDS.

10 COORDINATE LOCATION, INSTALLATION, AND ROUTING OF DUCTWORK, PIPING, AND EQUIPMENT WITH WORK OF ALL OTHER TRADES.

11 PROVIDE SUPPORT FOR MECHANICAL EQUIPMENT. COORDINATE SUPPORT LOCATIONS WITH ALL CONTRACTORS PRIOR TO

INSTALLATION.

12 PROVIDE POWER CONNECTIONS TO EQUIPMENT PROVIDED UNDER THIS CONTRACT AS WORK OF DIVISION 26.

13 PROVIDE CONTROL WIRING FOR MECHANICAL EQUIPMENT IN COMPLIANCE WITH DIVISION 26.

14 DUCTWORK AND PIPING LAYOUTS AND LOCATIONS ARE SCHEMATIC. DO NOT SCALE THESE DRAWINGS. COORDINATE AND DETERMINE

EXACT ROUTING OF DUCTWORK AND PIPING IN THE FIELD.

15 FIELD VERIFY DIMENSIONS BY ACTUAL MEASUREMENT AND OBSERVATION BEFORE ORDERING OR FABRICATING DUCTWORK, PIPING

OR EQUIPMENT.

16 NOTIFY COR REGARDING DISCREPANCIES BETWEEN CONTRACT DOCUMENTS AND EXISTING CONDITIONS OR DIMENSIONS BEFORE

PERFORMING WORK. FAILURE TO VERIFY AND REPORT SHALL CONSTITUTE CONTRACTOR'S ACCEPTANCE OF EXISTING CONDITIONS

AS FIT FOR THE PROPER EXECUTION OF THE WORK.

17 INSTALL DUCTWORK AND PIPING AS HIGH AS POSSIBLE AND AS CLOSE AS POSSIBLE TO BUILDING WALLS, CEILING AND FLOOR AND

ROOF STRUCTURE. PROVIDE OFFSETS, FITTINGS, AND DIMENSIONAL TRANSITIONS NOT SHOWN BUT REQUIRED TO MAINTAIN MINIMUM

CLEAR SPACE TO BUILDING SURFACES AT NO ADDITIONAL COST.

18 PATCH, PAINT AND CLEAN SURFACES SUSTAINING DAMAGE ASSOCIATED WITH MECHANICAL WORK OF THIS CONTRACT, UNLESS

NOTED OTHERWISE.

19 SUBMIT BOUND SET OF OPERATING AND MAINTENANCE INSTRUCTIONS FOR EQUIPMENT AT COMPLETION OF PROJECT.

20 DRAWING PLANS, SCHEMATICS, AND DIAGRAMS INDICATE GENERAL LOCATION AND ARRANGEMENT OF PIPING SYSTEMS.

21 INSTALL PIPING FREE OF SAGS AND BENDS.

25 INSTALL PIPING TO ALLOW APPLICATION OF INSULATION.

26 SET MAXIMUM FAN SPEED SO AS TO NOT EXCEED THE RECOMMENDED MOTOR AMPS.

27 ALL ADJUSTABLE SETPOINTS BROUGHT OUT TO GRAPHICS PAGE.

GENERAL NOTES

A

M

AS SHOWN

M-001

WSHRCM

MECHANICAL LEGEND,

ABBREVIATIONS, AND GENERAL

NOTES

FULLY SPRINKLERED

DocuSign Envelope ID: F7E4F74A-C02E-44AA-BFC3-AED9BB473F69

6/17/2019

SUPPLY FAN STARTER WIRING DETAIL

M3:DI2

M3:DI1

M5:DI1

M2:DI2

M3:NO1

M3:NO2

AO BLAO BL

AI YL/BK

COM GR

GND GN/YL

L2 BK

AO BLAO BL

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M2:AO2

0-3 V SIGNAL

6-9 V SIGNAL

AO BLAO BL

GND GN/YL

COM GR

M5:AO1

L2 BK

L1 RD

MTR STRTR H.O.A.

DESCRIPTIONITEM QTY

EXHAUST FAN STARTER WIRING DETAILEXHAUST FAN CONTROL DETAIL

M2:UI1

M5:UI2

M5:UI1

M2:UI2

M2:UI3

L1 RD

COM GR

M2:AO2

AI YL/BK

L2 BK

L1 RD

M5:DO1

OAD "L1 RD"

GND GN/YL

VLT

i6 i5

L6

L5

L6

L5

L6 i4

FRZ

ORNG

YEL

REPLACE SUPPLY AIR

TEMPERATURE SENSOR

AND CALIBRATE. ADD HIGH

AND LOW TEMPERATURE

SETPOINT LIMITS IN SEQUENCE

PROGRAMMING.

PROVIDE A SHUTOFF VALVE IN THE

BYPASS LINE FROM THE 3-WAY VALVE.

WITH BYPASS VALVE CLOSED, UTILIZE

3-WAY VALVE AS A TWO WAY.

L5 i3

FRZ

i2 i1

QTY

M4:DI1

M1:AO1

M3:UI2

M4:NO2

M1:UI3

M4:UI2

COM GR

AI YL/BK

L2 BK

M4:AO2

AO BLAO BL

COM GR

L1 RD

AI YL/BK

GND GN/YL

L2 BK

M4:AO1

AI YL/BK

COM GR

M3:AO1

DESCRIPTIONITEM

M3:DCP:C1

M4:UI3

M3:UI1

M3:AO2

M1:DI2

M4:UI1

M4:NO1

M1:DI1

M4:DI2

M1:UI1

M1:UI2

A

AB

AO BLAO BL

GND GN/YL

L1 RD

GND GN/YL

AI YL/BK

L2 BK

M4:AO2

AO BLAO BL

COM GR

L1 RD

M4:AO1

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AO BLAO BL

GND GN/YL

L2 BK

L1 RD

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M5:AO2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M1:AO2

L5

L6

L5

L6

L5

L6

L7

L8

L7

L8

L7

L8

REMOVE RETURN FAN

OVERRIDE AND TUNE THE

FAN VFD TO PREVENT

CYCLING AND SURGING.

VERIFY THE VFD IS SETUP

CORRECTLY FOR MINIMUM

FREQUENCY.

REPLACE HUMIDITY SENSOR

AND CALIBRATE.

REMOVE SUPPLY FAN OVERRIDE, TUNE THE FAN

VFD, AND CORRECT INPUT SIGNAL TO PREVENT

CYCLING AND SURGING. VERIFY THE VFD IS SETUP

CORRECTLY FOR MINIMUM FREQUENCY.

PROVIDE A SHUTOFF VALVE IN THE

BYPASS LINE FROM THE 3-WAY VALVE.

WITH BYPASS VALVE CLOSED, UTILIZE

3-WAY VALVE AS A TWO WAY.

ADD HIGH AND LOW TEMPERATURE

SETPOINT LIMITS IN SEQUENCE PROGRAMMING.

DESCRIPTIONITEM QTY

M2:AO1

M4:DI2

M4:DI1

M2:DI2

M3:UI1

M3:UI2

M1:DI2

M3:AO1

M4:NO2

M4:UI1

M3:UI3

M4:NO1

M1:AO1

M4:UI3

M4:AO1

M4:AO1

M4:AO2

M3:AO2

3- RELIEF DAMPERS

EAST - 2 ACTUATORS

WEST - 1 ACTUATOR

WEST - 1 ACTUATOR

VERIFY THE OA DAMPER IS OPEN

WHEN UNIT IS OPERATING.

M2:UI3

M3:DI1

M2:UI2

M1:DI1

M2:DI1

M1:UI2

M1:UI3

M1:UI1

M2:UI1

M4:AO2

M4:NO3

M1

M1:AO2

REMOVE RETURN FAN OVERRIDE AND TUNE

THE FAN VFD TO PREVENT CYCLING AND SURGING.

SET THE RETURN FAN VFD MINIMUM FREQUENCY TO

15 HZ AND THE MAXIMUM TO 75 HZ BUT DO NOT EXCEED MOTOR AMPS..

REPLACE CW COIL LEAVING AIR TEMPERATURE

SENSOR.

ADD HIGH AND LOW TEMPERATURE

SETPOINT LIMITS IN SEQUENCE PROGRAMMING.

SET THE SUPPLY FAN VFD MINIMUM

FREQUENCY TO 15 HZ AND THE MAXIMUM

TO 75 HZ BUT DO NOT EXCEED MOTOR AMPS.

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L7

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L7

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M4:AO1

L7

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L9

L10

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L9

L10

GND GN/YL

L2 BK

L1 RD

M4:NO3

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

REPLACE THE DUCT

STATIC PRESSURE

SENSORS ON SECOND

FLOOR CONTROLLING

THE SUPPLY FAN SPEED

AND CALIBRATE FOR

PROPER FAN OPERATION.

DISCONNECT FIRST FLOOR

DUCT SENSOR.

DESCRIPTIONITEM QTY

M1:DI1

M1:DI2

M3:UI3

M4:DI2

M4:DI1

M2:DI2

M2:AO1

M4:NO2

M4:UI1

M2:UI3

M4:UI3

M3:UI1

M4:UI2

M3:DI1

M1:UI3

M1:UI1

M3:UI2

M2:DI1

M1:AO1

M1:UI2

M4:NO1

M3:AO1

GND GN/YL

L2 BK

L1 RD

M4:NO3

M8

GND GN/YL

L2 BK

L1 RD

M4:NO3

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M4:AO2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M4:AO1

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M3:AO2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M1:AO2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M4:AO2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

M4:AO1

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L7

L8

L7

L8

L7

L8

L7

L8

L9

L10

L9

L10

REPLACE HUMIDITY SENSOR

AND CALIBRATE

REMOVE RETURN FAN OVERRIDE AND TUNE THE FAN

VFD TO PREVENT CYCLING AND SURGING. VERIFY THE

VFD IS SETUP CORRECTLY TO RAMP LINEARLY WITH

THE SUPPLY FAN. CORRECT BINARY STATUS INPUT

(SHOWS ON WHEN FAN IS OFF).

BYPASS DAMPER DOES NOT RESPOND TO OVERRIDE

COMMANDS. VERIFY DAMPER OPERATES ACCORDING

TO CONTROLS SEQUENCE AND IN OVERRIDE MODE.

REMOVE SUPPLY FAN OVERRIDE (RETURN TO AUTOMATIC MODE),

TUNE THE FAN VFD, AND CORRECT INPUT SIGNAL TO PREVENT

CYCLING AND SURGING. VERIFY THE VFD IS SETUP CORRECTLY

FOR LINEAR OPERATION. SET MINIMUM VFD FREQUENCY TO 15

HZ AND MAXIMUM TO 75 HZ BUT DO NOT EXCEED MOTOR AMPS.

SUPPLY FAN STATIC VARIES FROM

0.4" TO 1.4" AT 100% SPEED. VERIFY

THAT THE CFM AND PRESSURE READINGS

ARE CORRECT.

REPLACE DUCT

STATIC PRESSURE SENSOR AND CALIBRATE.

VA PROJECT NUMBER

Building Number

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of

Construction and Facilities

Management

PROJECT MANAGER:

ACG Project Number

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120

Cary, North Carolina 27511 www.acg-pa.com 919-858-7420

NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date# 06/13/2019

UPGRADE BUILDING

MANAGEMENT SYSTEM -

MARION VAMC

610-18-105

VA NORTHERN INDIANA HEALTHCARE SYSTEM

1700 E. 38TH ST.

MARION, INDIANA 46953

18-127

BID DOCUMENTS

FULLY SPRINKLERED

Structural Engineer:

M8

M2

M3

M4

M5

M7

M6

M1

M9

M2

M3

M4

M5

LK1

M1

M2

M3

M4

M5

LK1

M6

M7

M3

M4

M6

M7

M5

A

M

M-501

WRSRCM

MECHANICAL DETAILS

FULLY SPRINKLERED

VA PROJECT NUMBER

Building Number

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of

Construction and Facilities

Management

PROJECT MANAGER:

ACG Project Number

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120

Cary, North Carolina 27511 www.acg-pa.com 919-858-7420

NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date# 06/13/2019

UPGRADE BUILDING

MANAGEMENT SYSTEM -

MARION VAMC

610-18-105

VA NORTHERN INDIANA HEALTHCARE SYSTEM

1700 E. 38TH ST.

MARION, INDIANA 46953

18-127

BID DOCUMENTS

FULLY SPRINKLERED

Structural Engineer:

QTYITEM DESCRIPTION

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L7

L2 BK

L1 RD

L6

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L21

L2 BK

L1 RD

L20

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L21

L2 BK

L1 RD

L20 i4 i3

PHT

i2 i1

MAT

i6 i5

CLG.COIL TMP

i8 i7

DAT

i10 i9

RAT

i12 i11

DSCH.STATIC

i14 i13

SPLY.STATIC

i16 i15

LO.LMT

i18 i17

SF.STAT

i20 i19

RTN.SMK

i24 i23

RAH

i26 i25

DAH

i30 i29

FLTR.STAT

L5

L4

SF.SS

SF.VFD

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L21

HUV

HUM.ENBL

L15

L14

L20

L13

L2 BK

L1 RD

L12

INTAKE DAMPER

RV-7 EF

L12 L13

L1

L2

ITEM DESCRIPTIONQTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L7

L2 BK

L1 RD

L6

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18 i6 i5

CLG.COIL.TMP

i8 i7

DAT

i14 i13

SPLY.STATIC

i18 i17

SF.STAT

i26 i25

DAH

i4 i3

PHT

i2 i1

MAT

i16 i15

LO.LMT

i30 i29

FLTR.STAT

i10 i9

RAT

i20 i19

RTN.SMK

i24 i23

RAH

i12 i11

DSCH.STATIC

L5

L4

SF.SS

L14 L15

SF.VFD

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L19

L18

HUV

HUM.ENBL

L13

L12

L11

L2 BK

L1 RD

L10

INTAKE DAMPER

RV-6 EF

L10 L11

L1

L2

DESCRIPTIONITEM QTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L21

L2 BK

L1 RD

L20

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L21

L2 BK

L1 RD

L20

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L23

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L23

L2 BK

L1 RD

L22 i22 i21

RF.STAT

i2 i1

MAT

i4 i3

RA.CFM

i6 i5

SA.CFM

i8 i7

DAT

i10 i9

RAT

i12 i11

RAH

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i18 i17

LO.LMT

i20 i19

SF.STAT

i24 i23

DAH

i28 i27

PRE.FLTR

i30 i29

FNL.FLTR

i32 i31

PRE.HT.TMP

i34 i33

CW.COIL.TMP

L5

L4

SF.SS

L7

L6

RF.SS

SF.CNTRL

RF.CNTRL

L18 L19

SAFETY

i26 i25

SPC.TMP

L18 L19

SAFETY

S

E

R

I

E

S

A

AB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L23

L22

HUV

HUM.ENBL

L11

L10 i36 i35

RTN.SMK

L17

L2 BK

L1 RD

L16

INTAKE DAMPER

RV8

L14 L15

L1

L2

RV3 & 8

L16 L17

RV3

RV8

TS1

DESCRIPTIONITEM QTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18 i22 i21

RF.STAT

i2 i1

MAT

i4 i3

RA.CFM

i6 i5

SA.CFM

i8 i7

DAT

i10 i9

RAT

i12 i11

RAH

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i18 i17

LO.LMT

i20 i19

SF.STAT

i24 i23

DAH

i28 i27

PRE.FLTR

i30 i29

FNL.FLTR

i32 i31

PRE.HT.TMP

i34 i33

CW.COIL.TMP

i36 i35

RTN.SMK

L5

L4

SF.SS

L7

L6

RF.SS

SF.CNTRL

RF.CNTRL

L14 L15

SAFETY

L14 L15

SAFETY

S

E

R

I

E

S

S

E

R

I

E

S

S

E

R

I

E

S i26 i25

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

A

AB

GND GN/YL

L2 BK

L1 RD

L19

L18

HUV

HUM.ENBL

L11

L10

L12 L13

L1

L2

RV1 & 2

L20 L21

RV1

RV2

TS1

A

M

M-502

WRSRCM

MECHANICAL DETAILS

FULLY SPRINKLERED

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of

Construction and Facilities

Management

PROJECT MANAGER:

ACG Project Number

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120

Cary, North Carolina 27511 www.acg-pa.com 919-858-7420

NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date# 06/13/2019

UPGRADE BUILDING

MANAGEMENT SYSTEM -

MARION VAMC

610-18-105

VA NORTHERN INDIANA HEALTHCARE SYSTEM

1700 E. 38TH ST.

MARION, INDIANA 46953

18-127

BID DOCUMENTS

FULLY SPRINKLERED

Structural Engineer:

DESCRIPTIONITEM QTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16 i22 i21

RF.STAT

i2 i1

MAT

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16 i4 i3

RA.CFM

i6 i5

SA.CFM

i8 i7

DAT

i10 i9

RAT

i12 i11

RAH

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i18 i17

LO.LMT

i20 i19

SF.STAT

i24 i23

DAH

i28 i27

PRE.FLTR

i30 i29

FNL.FLTR

i32 i31

PRE.HT.TMP

i36 i35

RTN.SMK

L5

L4

SF.SS

L7

L6

RF.SS

SF.CNTRL

RF.CNTRL

L14 L15

SAFETY

S

E

R

I

E

S i34 i33

CW.COIL.TMP

L14 L15

SAFETY

S

E

R

I

E

S

S

E

R

I

E

S i26 i25

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

A

AB

GND GN/YL

L2 BK

L1 RD

L23

L22

HUV

HUM.ENBL

L11

L10

DESCRIPTIONITEM QTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L29

L2 BK

L1 RD

L28

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L29

L2 BK

L1 RD

L28

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L29

L2 BK

L1 RD

L28

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L31

L2 BK

L1 RD

L30

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L31

L2 BK

L1 RD

L30 i22 i21

RF.STAT

i10 i9

RAT

i42 i41

RAH

RF.CNTRL

i4 i3

RA.CFM

i46 i45

RTN.SMK

i2 i1

MAT

i18 i17

LO.LMT

L7

L6

RF.SS

L26 L27

SAFETY

i30 i29

PRE.FLTR

i26 i25

PRE.HT.TMP

i28 i27 i8 i7

DAT

i20 i19

SF.STAT

i32 i31

FNL.FLTR

L5

L4

SF.SS

SF.CNTRL

L26 L27

SAFETY

CW.COIL.TMP

i6 i5

SA.CFM

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i44 i43

DAH

S

E

R

I E

S

S

E

R

I

E

S

S

E

R

I

E

S i24 i23

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

GND GN/YL

L2 BK

L1 RD

L31

L30

HUV

HUM.ENBL

L25

L24

AAB

L11

L2 BK

L1 RD

L10

INTAKE DAMPER

WEF25

L10 L11

L1

L2

WEF25

DESCRIPTIONITEM QTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L27

L2 BK

L1 RD

L26

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L27

L2 BK

L1 RD

L26 i22 i21

RF.STAT

i2 i1

MAT

i4 i3

RA.CFM

i6 i5

SA.CFM

i8 i7

DAT

i10 i9

RAT

i12 i11

RAH

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i18 i17

LO.LMT

i20 i19

SF.STAT

i24 i23

DAH

i28 i27

PRE.FLTR

i30 i29

FNL.FLTR

i32 i31

PRE.HT.TMP

i34 i33

CW.COIL.TMP

i36 i35

RTN.SMK

L5

L4

SF.SS

L7

L6

RF.SS

SF.CNTRL

RF.CNTRL

L22 L23

SAFETY

L22 L23

SAFETY

i26 i25

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

A

AB

GND GN/YL

L2 BK

L1 RD

L27

L26

HUV

HUM.ENBL

L11

L10

S

E

R

I

E

S

S

E

R

I

E

S

S

E

R

I

E

S

L21

L2 BK

L1 RD

L20

INTAKE DAMPER

WEF3

L20 L21

L1

L2

WEF3

DESCRIPTIONITEM QTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L29

L2 BK

L1 RD

L28

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L29

L2 BK

L1 RD

L28

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L31

L2 BK

L1 RD

L30

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L31

L2 BK

L1 RD

L30

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L31

L2 BK

L1 RD

L30 i22

RF.STAT

i10 i9

RAT

i42 i41

RAH

RF.CNTRL

i4 i3

RA.CFM

i46 i45

RTN.SMK

i2 i1

MAT

i18 i17

LO.LMT

L7

L6

RF.SS

L26 L27

SAFETY

i30 i29

PRE.FLTR

i26 i25

PRE.HT.TMP

i28 i27 i8 i7

DAT

i20 i19

SF.STAT

i32 i31

FNL.FLTR

L5

L4

SF.SS

L26 L27

SAFETY

CW.COIL.TMP

i6 i5

SA.CFM

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i44 i43

DAH

i24 i23

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

GND GN/YL

L2 BK

L1 RD

L31

L30

HUV

HUM.ENBL

L25

L24

AAB

S

E

R

I

E

S

S

E

R

I

E

S i21

S

E

R

I E

S

TS1

TS1

TS1

TS1

SET THE RETURN FAN VFD MINIMUM

FREQUENCY TO 15 HZ AND THE

MAXIMUM TO 75 HZ. CORRECT FAN

STATUS INPUT AND VERIFY ON

GRAPHIC.

REPLACE HUMIDITY SENSOR AND

CALIBRATE CURRENTLY 18% FROM ACTUAL.

REPLACE MIXED AIR

TEMPERATURE SENSOR

AND CALIBRATE. CURRENTLY

READING 6°F FROM ACTUAL.

ADD HIGH AND LOW TEMPERATURE

SETPOINT LIMITS IN SEQUENCE PROGRAMMING.

ADJUST OA AND EA DAMPERS TO CLOSE

AND ADJUST RA DAMPER TO FULL OPEN

WHEN UNIT IS OFF. PROVIDE ACCESS

PANEL TO ACCESS ALL DAMPER ACTUATORS.

CORRECT GRAPHICS TO SHOW 2-WAY VALVE

ADJUST HW AND CW VALVE

LINKAGES TO STROKE 0-100%

TO OPEN AND CLOSE FULLY.

SET THE SUPPLY FAN VFD

MINIMUM FREQUENCY TO

15HZ AND MAXIMUM TO 75 HZ

BUT DO NOT EXCEED MOTOR AMPS.

ADD SA-RA DIFFERENTIAL

CFM TO GRAPHIC.

ADJUST EXHAUST DAMPER

LINKAGE AND VERIFY DAMPER

STROKES PORPORTIONALLY

TO COMMAND.

REPLACE RETURN AIR HUMIDITY

SENSOR AND CALIBRATE.

CURRENTLY 6% FROM ACTUAL.

REPLACE SUPPLY AIR

HUMIDITY SENSOR AND

CALIBRATE. CURRENTLY

14% FROM ACTUAL.

SET SUPPLY FAN SPEED TO

MAINTAIN THE DUCT STATIC

PRESSURE SETPOINT.

REPLACE SUPPLY FAN SHEAVES.

SET SUPPLY FAN MINIMUM SPEED

TO 15 HZ AND MAXIMUM TO 75 HZ

BUT DO NOT EXCEED MOTOR AMPS..

REMOVE RETURN FAN FROM BYPASS MODE.

VERIFY FAN OPERATES IN AUTO PER THE

SEQUENCE. SET MINIMUM FAN SPEED TO

15 HZ AND MAXIMUM TO 75 HZ BUT

DO NOT EXCEED MOTOR AMPS. VERIFY

RETURN FAN IS OFF WHEN COMMANDED OFF.

REPLACE RETURN AIR TEMPERATURE

SENSOR AND CALIBRATE. CURRNETLY

4°F FROM ACTUAL.

REPLACE RETURN AIR HUMIDITY SENSOR

AND CALIBRATE. CURRENTLY 24% FROM

ACTUAL.

ADJUST OA AND EA DAMPERS TO CLOSE

AND ADJUST RA DAMPER TO FULL OPEN

WHEN UNIT IS OFF.

ADJUST HW VALVE TO CLOSE

100%. CONFIRM HW VALVE

LOCKOUT WHEN COOLING IS

ENABLED.

REMOVE SUPPLY FAN FROM BYPASS MODE. VERIFY

FAN OPERATES IN AUTO PER THE SEQUENCE. SET

MINIMUM FAN SPEED TO 15 HZ AND MAXIMUM TO

75 HZ BUT DO NOT EXCEED MOTOR AMPS.

VERIFY SUPPLY FAN IS OFF WHEN COMMANDED

OFF. SET SUPPLY FAN TO SATISFY DUCT

PRESSURE SETPOINT.

ADD HIGH AND LOW TEMPERATURE SETPOINT LIMITS IN

SEQUENCE PROGRAMMING. CONFIRM THAT DISCHARGE

AIR MEETS COOLING SETPOINT WITH CW VALVE 100% OPEN.

ADD SUPPLY AND RETURN

AIR DIFFERENTIAL CFM TO

GRAPHIC.

ADJUST CW VALVE TO

OPEN 100% AND

CLOSE 100%

REPLACE PREHEAT

TEMPERATURE

SENSOR AND

CALIBRATE.

CURRENTLY

READING 0°F.

REPAIR RETURN FAN STATUS

INPUT AND VERIFY FAN IS

OFF WHEN COMMANDED.

REPLACE RETURN AIR HUMIDITY

SENSOR AND CALIBRATE. CURRENTLY

9% FROM ACTUAL.

REPLACE SUPPLY FAN SHEAVES.

SET FAN MINIMUM SPEED TO 15 HZ

AND MAXIMUM TO 75 HZ BUT

DO NOT EXCEED MOTOR AMPS.

SET SUPPLY FAN SPEED TO MAINTAIN THE DUCT

PRESSURE SETPOINT. ADD SUPPLY

FAN START/STOP TO GRAPHICS.

REPLACE SUPPLY AIR HUMIDITY

SENSOR AND CALIBRATE. CURRENTLY

14% FROM ACTUAL.

INSTALL A SHUTOFF VALVE IN THE BYPASS

LINE FROM THE 3-WAY VALVE. WITH BYPASS

VALVE CLOSED, UTILIZE 3-WAY VALVE AS TWO

WAY.

INSTALL A SHUTOFF VALVE IN THE BYPASS

LINE FROM THE 3-WAY VALVE AND MAKE

CLOSED. CORRECT GRAPHICS SO HW VALVE

SHOWS CLOSED WHEN ACTUAL CLOSED.

LOCKOUT HW VALVE WHEN UNIT IS COOLING.

CORRECT GRAPHIC TO

SHOW 2-WAY VALVE

A

M

M-503

WRSRCM

MECHANICAL DETAILS

FULLY SPRINKLERED

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of

Construction and Facilities

Management

PROJECT MANAGER:

ACG Project Number

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120

Cary, North Carolina 27511 www.acg-pa.com 919-858-7420

NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date# 06/13/2019

UPGRADE BUILDING

MANAGEMENT SYSTEM -

MARION VAMC

610-18-105

VA NORTHERN INDIANA HEALTHCARE SYSTEM

1700 E. 38TH ST.

MARION, INDIANA 46953

18-127

BID DOCUMENTS

FULLY SPRINKLERED

Structural Engineer:

DESCRIPTIONITEM QTY

SEQUENCE OF OPERATION

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L27

L2 BK

L1 RD

L26

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L27

L2 BK

L1 RD

L26 i22 i21

RF.STAT

i2 i1

MAT

i4 i3

RA.CFM

i6 i5

SA.CFM

i8 i7

DAT

i10 i9

RAT

i12 i11

RAH

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i18 i17

LO.LMT

i20 i19

SF.STAT

i24 i23

DAH

i28 i27

PRE.FLTR

i30 i29

FNL.FLTR

i32 i31

PRE.HT.TMP

i34 i33

CW.COIL.TMP

i36 i35

RTN.SMK

L5

L4

SF.SS

L7

L6

RF.SS

SF.CNTRL

RF.CNTRL

L22 L23

SAFETY

L22 L23

SAFETY

i26 i25

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L27

L26

HUV

HUM.ENBL

L11

L10

S

E

R

I

E

S

S

E

R

I

E

S

S

E

R

I

E

S

TS1

DESCRIPTIONITEM QTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L27

L2 BK

L1 RD

L26

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L27

L2 BK

L1 RD

L26 i22 i21

RF.STAT

i2 i1

MAT

i4 i3

RA.CFM

i6 i5

SA.CFM

i8 i7

DAT

i10 i9

RAT

i12 i11

RAH

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i18 i17

LO.LMT

i20 i19

SF.STAT

i24 i23

DAH

i28 i27

PRE.FLTR

i30 i29

FNL.FLTR

i32 i31

PRE.HT.TMP

i34 i33

CW.COIL.TMP

i36 i35

RTN.SMK

L5

L4

SF.SS

L7

L6

RF.SS

SF.CNTRL

RF.CNTRL

L22 L23

SAFETY

L22 L23

SAFETY

i26 i25

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

GND GN/YL

L2 BK

L1 RD

L27

L26

HUV

HUM.ENBL

L11

L10

AAB

i48 i47

HW.DPT

i46 i45

HW.DPT

S

E

R

I

E

S

S

E

R

I

E

S

S

E

R

I

E

S

DESCRIPTIONITEM QTY

SEQUENCE OF OPERATION

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18 i22 i21

RF.STAT

i2 i1

MAT

i4 i3

RA.CFM

i6 i5

SA.CFM

i8 i7

DAT

i10 i9

RAT

i12 i11

RAH

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i18 i17

LO.LMT

i20 i19

SF.STAT

i24 i23

DAH

i28 i27

PRE.FLTR

i30 i29

FNL.FLTR

i32 i31

PRE.HT.TMP

i34 i33

CW.COIL.TMP

i36 i35

RTN.SMK

L5

L4

SF.SS

L7

L6

RF.SS

SF.CNTRL

RF.CNTRL

L14 L15

SAFETY

L14 L15

SAFETY

S

E

R

I

E

S i26 i25

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

A

AB

GND GN/YL

L2 BK

L1 RD

L19

L18

HUV

HUM.ENBL

L11

L10

S

E

R

I

E

S

S

E

R

I

E

S

DESCRIPTIONITEM QTY

RETURN FAN STARTER WIRING DETAIL

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L23

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L23

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24 i22 i21

RF.STAT

i10 i9

RAT

i12 i11

RAH

i36 i35

RTN.SMK

i2 i1

MAT

i16 i15

LO.LMT

i8 i7

DAT

i20 i19

SF.STAT

L5

L4

SF.SS

L7

L6

RF.SS

i18 i17

SPLY.SMK

i14 i13

DAH

i26 i25

FNL.FLTR

i4 i3

PRE.HT.TMP

i6 i5

CW.COIL.TMP

i24 i23

PRE.FLTR

i40 i39

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L25

L24

HUV

HUM.ENBL

L11

L10

SUPPLY FAN STARTER WIRING DETAIL

L20 L21

SAFETY

L20 L21

SAFETY

TS1

TS1

TS1

REPAIR RETURN FAN TO OFF WHEN

COMMANDED OFF AT GRAPHIC. SET

MINIMUM RETURN FAN SPEED TO

15 HZ AND MAXIMUM TO 75 HZ.

REPLACE RETURN AIR

TEMPERATURE SENSOR

AND CALIBRATE.

CURRENTLY 4°F FROM

ACTUAL.

REPLACE RETURN AIR HUMIDITY

SENSOR AND CALIBRATE.

CURRENTLY 17% FROM ACTUAL.

ADJUST OA AND EA DAMPERS TO CLOSE

AND ADJUST RA DAMPER TO FULL OPEN

WHEN UNIT IS OFF.

SET MINIMUM SPEED FOR SUPPLY

AND RETURN FAN TO 15 HZ AND THE

MAXIMUM TO 75 HZ. SET SUPPLY FAN

SPEED TO MEET DUCT PRESSURE

SETPOINT.

ADD HIGH AND LOW TEMPERATURE SETPOINT

LIMITS IN SEQUENCE PROGRAMMING.

ADD HW VALVE LOCKOUT WHEN

COOLING IS ENABLED.

ADD ACCESS TO

THE PREHEAT

TEMPERATURE

SENSOR AND

CALIBRATE.

REPLACE COOLING COIL TEMPERATURE

SENSOR AND CALIBRATE.

ADD SA/RA DIFFERENTIAL

CFM TO GRAPHIC.

REPAIR RETURN FAN TO TURN OFF

WHEN COMMANDED OFF AT GRAPHIC.

SET MINIMUM RETURN FAN SPEED TO

15 HZ AND MAXIMUM TO 75 HZ.

REPLACE RETURN AIR TEMPERATURE SENSOR AND

CALIBRATE. CURRENTLY SHOWS 'FAILED'.

REPLACE RETURN AIR HUMIDITY

SENSOR AND CALIBRATE.

CURRENTLY 20% FROM ACTUAL.

SET MINIMUM SPEED FOR SUPPLY

AND RETURN FAN TO 15 HZ AND THE

MAXIMUM TO 75 HZ. SET SUPPLY FAN

SPEED TO MEET DUCT PRESSURE

SETPOINT BUT DO NOT

EXCEED MOTOR AMPS.

REPLACE SUPPLY AIR HUMIDITY SENSOR AND CALIBRATE.

CURRENTLY 7% FROM ACUTAL. ADD HIGH AND LOW TEMPERATURE.

SETPOINT LIMITS IN SEQUENCE PROGRAMMING.

ADD SA/RA DIFFERENTIAL

CFM TO GRAPHIC.

ADJUST OA AND EA DAMPERS TO CLOSE

AND ADJUST RA DAMPER TO FULL OPEN

WHEN UNIT IS OFF.

ADD HW VALVE LOCKOUT WHEN

COOLING IS ENABLED.

INVESTIGATE AND CORRECT RETURN

FAN NOT TURNING 'OFF' WHEN

COMMANDED TO 'OFF'. SET MINIMUM

SPEED TO 15 HZ.

REPLACE RETURN AIR TEMPERATURE

SENSOR AND CALIBRATE. CURRENTLY

READING 2.4°F FROM ACTUAL.

REPLACE RETURN AIR HUMIDITY SENSOR

AND CALIBRATE. CURRENTLY READING

31% FROM ACTUAL.

INVESTIGATE AND CORRECT EXHAUST

DAMPER. COMMANDS FROM GRAPHIC

NOT WORKING AND DAMPER BEING

CLOSED IN AUTO OR MANUAL.

INVESTIGATE AND CORRECT OSA

AND EA DAMPERS NOT CLOSING

AND RA DAMPER NOT OPENING

WHEN UNIT IS OFF.

MOVE PREHEAT TEMPERATUE

SENSOR TO AN ACCESSIBLE

LOCATION AND CALIBRATE.

INVESTIGATE AND CORRECT HW VALVE

COMMANDS FROM GRAPHIC NOT

WORKING. ADD HW VALVE LOCKOUT

WHEN COOLING IS ENABLED.

REPLACE MIXED

AIR TEMPERATURE

SENSOR AND

CALIBRATE.

CURRENTLY

READING 4.5°F

FROM ACTUAL.

INVESTIGATE AND CORRECT CW VALVE

COMMANDS FROM GRAPHIC NOT WORKING.

SET MINIMUM SPEED FOR

SUPPLY AND RETURN FAN

TO 15 HZ AND MAXIMUM

TO 75 HZ.

ADD SA/RA DIFFERENTIAL

CFM TO GRAPHIC.

REPLACE COOLING COIL

TEMPERATURE SENSOR.

CURRENTLY READING 4°F

FROM ACTUAL.

ADD HIGH AND LOW TEMPERATURE SETPOINT LIMITS

IN SEQUENCE PROGRAMMING. CONFIRM THAT DISCHARGE

AIR MEETS COOLING SETPOINT WITH CW VALVE 100% OPEN.

REPLACE SUPPLY AIR HUMIDITY

SENSOR AND CALIBRATE.

CURRENTLY READING 15% FROM

ACTUAL.

REPLACE MIXED AIR TEMPERATURE

SENSOR. CURRENTLY READING 23°

FROM ACTUAL.

REPLACE RETURN AIR TEMPERATURE SENSOR

CURRENTLY READING 4.5°F FROM ACTUAL.

REPLACE RETURN AIR HUMIDITY

SENSOR AND CALIBRATE.

CURRENTLY READING 13% FROM

ACTUAL.

ADD HIGH AND LOW TEMPERATURE SETPOINT

LIMITS IN SEQUENCE PROGRAMMING. CONFIRM

THAT DISCHARGE AIR MEETS COOLING

SETPOINT WITH CW VALVE 100% OPEN.

REPLACE SUPPLY AIR HUMIDITY

SENSOR AND CALIBRATE.

CURRENTLY READING 13% FROM

ACTUAL.

INVESTIGATE AND CORRECT CW

VALVE COMMANDS TO MAINTAIN

DISCHARGE AIR SETPOINT

TEMPERATURE.

PROVIDE A SHUTOFF VALVE IN THE BYPASS

LINE FROM THE 3-WAY VALVE. WITH BYPASS

VALVE CLOSED, UTILIZE 3-WAY VALVE AS TWO

WAY.

CORRECT GRAPHIC TO

SHOW 2-WAY VALVE.

CORRECT GRAPHIC TO

SHOW 2-WAY VALVE.

CORRECT GRAPHIC TO

SHOW 2-WAY VALVE.

A

M

M-504

WRSRCM

MECHANICAL DETAILS

FULLY SPRINKLERED

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of

Construction and Facilities

Management

PROJECT MANAGER:

ACG Project Number

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120

Cary, North Carolina 27511 www.acg-pa.com 919-858-7420

NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date# 06/13/2019

UPGRADE BUILDING

MANAGEMENT SYSTEM -

MARION VAMC

610-18-105

VA NORTHERN INDIANA HEALTHCARE SYSTEM

1700 E. 38TH ST.

MARION, INDIANA 46953

18-127

BID DOCUMENTS

FULLY SPRINKLERED

Structural Engineer:

DESCRIPTIONITEM QTY

SEQUENCE OF OPERATION

NOTE:

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L17

L2 BK

L1 RD

L16

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L19

L2 BK

L1 RD

L18 i22 i21

RF.STAT

i2 i1

MAT

i4 i3

RA.CFM

i6 i5

SA.CFM

i8 i7

DAT

i10 i9

RAT

i12 i11

RAH

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i18 i17

LO.LMT

i20 i19

SF.STAT

i24 i23

DAH

i28 i27

PRE.FLTR

i30 i29

FNL.FLTR

i32 i31

PRE.HT.TMP

i34 i33

CW.COIL.TMP

i36 i35

RTN.SMK

L5

L4

SF.SS

L7

L6

RF.SS

SF.CNTRL

RF.CNTRL

L14 L15

SAFETY

L14 L15

SAFETY

S

E

R

I

E

S

S

E

R

I

E

S

S

E

R

I

E

S i26 i25

SPC.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L19

L18

HUV

HUM.ENBL

L11

L10

L13

L2 BK

L1 RD

L12

W/ MA40-7073

*REPLACE PNEU ACT

INTAKE DAMPER

WEF8

L12 L13

L1

L2

WEF8

M3-Ui2

M4-DO1

UEF22,23 & 24/

WEF8

M4-Ui1

UEF22

M4-DO2 M4-Ui2

UEF23

M4-DO3 M4-Ui3

UEF24

DESCRIPTIONQTYITEM

SEQUENCE OF OPERATION

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L9

L2 BK

L1 RD

L8

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L23

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L23

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L25

L2 BK

L1 RD

L24 i22 i21

RF.STAT

i2 i1

MAT

i4 i3

RA.CFM

i6 i5

SA.CFM

i8 i7

DAT

i10 i9

RAT

i12 i11

RAH

i14 i13

SPLY.STATIC

i16 i15

SPLY.SMK

i18 i17

LO.LMT

i20 i19

SF.STAT

i24 i23

DAH

i28 i27

PRE.FLTR

i30 i29

FNL.FLTR

i32 i31

PRE.HT.TMP

i34 i33

CW.COIL.TMP

i36 i35

RTN.SMK

L5

L4

SF.SS

L7

L6

RF.SS

SF.CNTRL

RF.CNTRL

L20 L21

SAFETY

L20 L21

SAFETY

i26 i25

SPC.TMP

A

AB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L25

L24

HUV

HUM.ENBL

L11

L10

S

E

R

I

E

S

S

E

R

I

E

S

S

E

R

I

E

S

L14 L15

L1

L2

RV9,1 & 5

L16 L17

L18 L19

RV9

RV1

RV5

TS1

TS1

REPAIR RETURN FAN STATUS TO TURN

OFF WHEN COMMANDED OFF AT

GRAPHIC. SET MINIMUM RETURN FAN

SPEED TO 15 HZ AND MAXIMUM TO

75 HZ.

REPLACE RETURN AIR TEMPERATURE SENSOR

AND CALIBRATE. CURRENTLY 4°F FROM ACTUAL.

REPLACE RETURN AIR HUMIDITY SENSOR

AND CALIBRATE. CURRENTLY 21% FROM

ACTUAL.

SET MINIMUM SPEED FOR SUPPLY AND

RETURN FAN TO 15 HZ AND THE

MAXIMUM SPEED TO 75 HZ. SET SUPPLY

FAN SPEED TO MEET DUCT PRESSURE

SETPOINT.

REPLACE SUPPLY AIR HUMIDITY

SENSOR AND CALIBRATE.

CURRENTLY 13% FROM ACTUAL.

ADD SA/RA

DIFFERENTIAL

CFM TO GRAPHIC.

ADD HW VALVE LOCKOUT

WHEN COOLING IS

ENABLED.

REPAIR RETURN FAN STATUS TO TURN

OFF WHEN COMMANDED OFF AT

GRAPHIC. SET MINIMUM RETURN FAN

SPEED TO 15 HZ AND MAXIMUM TO

75 HZ.

REPLACE RETURN AIR TEMPERATURE

SENSOR AND CALIBRATE. CURRENTLY

4°F FROM ACTUAL.

REPLACE RETURN AIR HUMIDITY SENSOR

AND CALIBRATE. CURRENTLY 37% FROM

ACTUAL.

REPAIR SUPPLY FAN STATUS ON GRAPHIC CURRENTLY

SHOWS ON WHEN FAN IS OFF. SET MINIMUM SPEED

FOR SUPPLY AND RETURN FAN TO 15 HZ AND

MAXIMUM TO 75 HZ. SET SUPPLY FAN SPEED

TO MEET DUCT PRESSURE SETPOINT.

ADD HIGH AND LOW TEMPERATURE SETPOINT

LIMITS IN SEQUENCE PROGRAMMING.

REPLACE SUPPLY AIR HUMIDITY

SENSOR AND CALIBRATE.

CURRENTLY 18% FROM ACTUAL.

ADD SA/RA

DIFFERENTIAL

CFM TO GRAPHIC.

REPLACE COOLING

COIL TEMPERATURE

SENSOR AND

CALIBRATE.

CURRENTLY 4°F

FROM ACTUAL.

INSTALL A SHUTOFF VALVE IN THE BYPASS

LINE FROM THE 3-WAY VALVE. WITH BYPASS

VALVE CLOSED, UTILIZE 3-WAY VALVE AS TWO WAY.

ADD HW VALVE LOCKOUT

WHEN COOLING IS

ENABLED.

CORRECT GRAPHIC TO

SHOW 2-WAY VALVE.

A

M

M-505

WRSRCM

MECHANICAL DETAILS

FULLY SPRINKLERED

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of

Construction and Facilities

Management

PROJECT MANAGER:

ACG Project Number

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120

Cary, North Carolina 27511 www.acg-pa.com 919-858-7420

NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date# 06/13/2019

UPGRADE BUILDING

MANAGEMENT SYSTEM -

MARION VAMC

610-18-105

VA NORTHERN INDIANA HEALTHCARE SYSTEM

1700 E. 38TH ST.

MARION, INDIANA 46953

18-127

BID DOCUMENTS

FULLY SPRINKLERED

Structural Engineer:

DESCRIPTIONITEM QTY

SEQUENCE OF OPERATION

M1:DI2

M3:UI3

M4:UI1

M2:UI2

M2:AO2

M1:NO2

M2:UI3

M1:DI1

M1:UI2

M5:UI1

M4:UI3

M1:NO1

M3:AO1

M4:DI2

M3:UI1

M2:UI1

M1:UI1

M4:UI2

M3:UI2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L6

L2 BK

L1 RD

L5

M2:AO1

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L10

L2 BK

L1 RD

L9

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

RF.STAT

RTN.HUM

RTN.TMP

RTN.CFM

FBD

RF.VFD

MA.TMP

RF.SS

M1:AO1

FRZ

L8

L7

M2:AO1

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L8

L7

M2:AO1

L10

L9

M1:AO2

M4:DI1

PRE.FLTR

FNL.FLTR

PRE.HT.TMP

CLG.COIL.TMP

L10

L9

M4:AO1

SF.VFD

SF.SS

SPLY.SMK

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L10

L9

HUV

M4:AO2

M1:NO3

MHUV

SPLY.STATIC

RM.SENSOR

DSCH.HUM

SPLY.CFM

HI.STATIC

DSCH.TMP

SF.STAT

i6 i5 i4 i3

L3 L4

SAFETY

L3 L4

SAFETY

SMK

DESCRIPTIONITEM QTY

SUPPLY FAN STARTER WIRING DETAILRETURN FAN STARTER WIRING DETAIL

M1:DI2

M2:UI1

M3:UI1

M3:DI2

M1:UI2

M3:UI2

M2:UI3

M1:DI1

M3:UI3

M1:NO1M1:NO2

M1:UI3

M2:UI2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L6

L2 BK

L1 RD

L5

M2:AO2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L8

L7

M2:AO2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L8

L7

M2:AO2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L10

L9

M1:AO2

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L10

L9

M1:AO1

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L10

L9

HUV

M2:AO1

M1:NO4

MHUV

L3 L4

SAFETY

L3 L4

SAFETY

SPLY.SMK

i2 i1

FNL.FLTR

CLG.COIL.TMP

PRE.HT.TMP

PRE.FLTR

MA.TMP

FRZ

i6 i5

SF.STAT

DSCH.TMP

RF.SS

SF.SS

DSCH.HUM

RTN.SMK

i4 i3

RF.STAT

RTN.HUM

RTN.TMP

i26 i25

SPC.TMP

TS1

REPLACE BROKEN LINKAGE

ON OUTSIDE AIR DAMPER

AND BENT BLADE ON

RETURN DAMPER. VERIFY

OPERATION OF BOTH.

REPAIR RETURN FAN STATUS

TO TURN OFF WHEN COMMANDED

OFF AT GRAPHIC. SET MINIMUM

RETURN FAN SPEED TO 15 HZ AND

MAXIMUM TO 75 HZ.

REPLACE FAN SHEAVES AND TIGHTEN

FAN BELTS. SET MINIMUM SUPPLY FAN

SPEED TO 15 HZ AND MAXIMUM TO

75 HZ. SET SUPPLY FAN SPEED TO

SATISFY THE DUCT

PRESSURE SETPOINT.

REPLACE SUPPLY AIR HUMIDITY

SENSOR AND CALIBRATE.

CURRENTLY 69% FROM ACTUAL.

ADD SA/RA DIFFERENTIAL

CFM TO GRAPHIC.

ADD HIGH AND LOW

TEMPERATURE

SETPOINT LIMITS IN

SEQUENCE

PROGRAMMING.

VERIFY COIL FLOW

MEETS DESIGN.

VERIFY CHILLED

WATER VALVE IS

SET TO MEET

DISCHARGE AIR

SETPOINT.

PROVIDE ACCESS DOOR TO

ACCESS DISCHARGE AIR

DAMPER. VERIFY OPERATION

AND CALIBRATE DAMPER.

VERIFY THAT HEATING VALVE

STROKES 100% CLOSED.

REPLACE VALVE SEATS.

ADD HW VALVE LOCKOUT

WHEN COOLING IS

ENABLED.

VERIFY THAT CHILLED VALVE STROKES

100% CLOSED. REPLACE VALVE SEATS.

CORRECT CONTROL LOOP FOR CHILLED

AND HEATING VALVE TO MAINTAIN

DISCHARGE AIR TEMPERATURE SETPOINT.

ADD HIGH AND LOW

TEMPERATURE SETPOINT

LIMITS IN SEQUENCE

PROGRAMMING.

SEQUENCE OF OPERATION

A

M

M-506

WRSRCM

MECHANICAL DETAILS

FULLY SPRINKLERED

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of

Construction and Facilities

Management

PROJECT MANAGER:

ACG Project Number

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120

Cary, North Carolina 27511 www.acg-pa.com 919-858-7420

NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date# 06/13/2019

UPGRADE BUILDING

MANAGEMENT SYSTEM -

MARION VAMC

610-18-105

VA NORTHERN INDIANA HEALTHCARE SYSTEM

1700 E. 38TH ST.

MARION, INDIANA 46953

18-127

BID DOCUMENTS

FULLY SPRINKLERED

Structural Engineer:

DESCRIPTIONDESCRIPTIONITEM QTY ITEM QTY

NOTE:

NOTE:

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22

GND GN/YL

L15

L2 BK

L1 RD

L16 i26 i25 i46 i45 i48 i47

OA.CFM PRE.FLTR

FNL.FLTR

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L24

L23 i42 i41

LO.LMT

i44 i43

LO.LMT.CRITICAL

i32 i31

CW.FLOW

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L24

L23 i16 i15

SF.STAT

L5

L4

SF.SS

TO RTN SMK DMPR

i38 i20 i19

DSCH.HI.STATIC

i8 i7

DSCH.STATIC

i10 i9

SPLY.STATIC

SF.VFD

i28 i27

DSCH.HUM

i6 i5

DAT

i12 i11

SPLY.CFMi4 i3

PRE.HT.TMP

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

AAB

GND GN/YL

L2 BK

L1 RD

L24

L23

HUV

HUM.ENBL

L13

L12 i24 i23

MAT

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L23

L7

L6

RF.SS

RF.VFD

i18 i17

RF.STAT

i2 i1

RAT

i22 i21

RTN.LO.STATIC

i30 i29

RAH

TO SPLY SMK DMPR

i37 i14 i13

RTN.CFM

SET MINIMUM RETURN FAN

SPEED TO 15 HZ AND

MAXIMUM TO 75 HZ.

REPLACE HUMIDITY SENSOR AND

CALIBRATE.

ADD RA/SA DIFFERENTIAL

CFM TO THE GRAPHICS.

ADD HIGH AND LOW TEMPERATURE SETPOINT

LIMITS IN SEQUENCE PROGRAMMING.

SET MINIMUM SUPPLY FAN SPEED TO

15 HZ AND MAXIMUM TO 75 HZ.

REPLACE MIXED AIR TEMPERATURE

SENSOR AND CALIBRATE.

ADD HEATING VALVE LOCKOUT WHEN

COOLING IS ENABLED. REPAIR STEAM

VALVE MODULATION TO OBTAIN LINEAR

RESPONSE FROM 0% TO 100% OPEN.

DESCRIPTIONDESCRIPTIONITEM QTY ITEM QTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22

GND GN/YL

L15

L2 BK

L1 RD

L16 i26 i25

OA.CFM

i46 i45 i48 i47

PRE.FLTR

FNL.FLTR

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L24

L23 i42 i41

LO.LMT

i44 i43

LO.LMT.CRITICAL

i32 i31

CW.FLOW

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L24

L23

W/ MS61-7203

*REPLACE PNEU ACT

i16 i15

SF.STAT

L5

L4

SF.SS

i8 i7

DSCH.STATIC

i20 i19

DSCH.HI.STATIC

TO RTN SMK DMPR

i38

SF.VFD

i10 i9

SPLY.STATIC[1]

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L24

L23

HUV

i28 i27

DSCH.HUM

i6 i5

DAT

i12 i11

SPLY.CFM

NOTE:

TO SPLY SMK DMPR

i37 i14 i13

RTN.CFM

i22 i21

RTN.LO.STATIC

i30 i29

RAH

i4 i3

PRE.HT.TMP

L7

L6

RF.SS

RF.VFD

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L23 i24 i23

MAT

i18 i17

RF.STAT

i2 i1

RAT

i40 i39

SPLY.STATIC[2]

SET MINIMUM RETURN FAN

SPEED TO 15 HZ AND

MAXIMUM TO 75 HZ.

ADD HIGH AND LOW TEMPERATURE SETPOINT

LIMITS IN SEQUENCE PROGRAMMING.

ADD RA/SA DIFFERENTIAL

CFM TO THE GRAPHICS.

SET MINIMUM SUPPLY FAN

SPEED TO 15 HZ AND

MAXIMUM TO 75 HZ.

REPAIR CW VALVE

PACKING TO STOP

LEAK AND REPLACE

INSULATION.

REPLACE FIRST FLOOR DUCT

PRESSURE SENSOR AND

CALIBRATE TO 0.0" WHEN FAN

IS OFF. CURRENTLY READS

1.0" W.C. WHEN OFF.

ADD HEATING VALVE LOCKOUT WHEN

COOLING IS ENABLED. REPAIR STEAM

VALVE MODULATION TO OBTAIN

LINEAR RESPONSE FROM 0% TO 100%

OPEN.

ADJUST MINIMUM OA AND EA

DAMPERS TO CLOSE AND ADJUST

RA DAMPER TO FULL OPEN WHEN

UNIT IS OFF. REPAIR DAMPER

OVERRIDE COMMANDS FROM

GRAPHICS.

A

M

M-507

WRSRCM

MECHANICAL DETAILS

FULLY SPRINKLERED

Drawing Number

Project Title

Date Checked Drawn

Drawing Title

Approved:

VA FORM 08-6231

A

B C

D E

21 4 5 6 7

321 4 5 6 7

A B

C D

E

Dwg. of

LocationLocation

Office of

Construction and Facilities

Management

PROJECT MANAGER:

ACG Project Number

CONSULTANTS:

Headquarters:

Apogee Consulting Group, P.A.

1151 Kildaire Farm Road, Suite 120

Cary, North Carolina 27511 www.acg-pa.com 919-858-7420

NC License #: C-1848

U.S. Department of Veterans Affairs

© COPYRIGHT Apogee Consulting Group, P.A.Revisions: Date# 06/13/2019

UPGRADE BUILDING

MANAGEMENT SYSTEM -

MARION VAMC

610-18-105

VA NORTHERN INDIANA HEALTHCARE SYSTEM

1700 E. 38TH ST.

MARION, INDIANA 46953

18-127

BID DOCUMENTS

FULLY SPRINKLERED

Structural Engineer:

DESCRIPTIONITEM QTY

AHU-4 FAN STARTER WIRING DETAIL

EF-6 STARTER WIRING DETAIL

SEQUENCE OF OPERATION

i22 i21

FLTR.ALRM

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L24

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22 i18 i17

LO.LMT

i4 i3

DAT

i2 i1

W.MECH.RM.ST

i20 i19

SMK.ALRM

i14 i13

SF.STAT

i28 i27

EF6.STAT

L9

L8

EF9.SS

i16 i15

EF9.STAT

GND GN/YL

L11

L2 BK

L1 RD

L10

GND GN/YL

L2 BK

L1 RD

L5

L4

SF.SS

L7

L6

REPAIR FACE DAMPER LINKAGE

AND VERIFY OPERATION.

REPLACE ROOM TEMPERATURE

SENSOR AND CALIBRATE.

CURRENTLY 4°F FROM ACTUAL.

CLARIFY DISCHARGE AIR

TEMPERATURE READING

ON GRAPHIC. CURRENTLY

CONFUSING.

DESCRIPTIONDESCRIPTIONITEM QTY ITEM QTY

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L22

GND GN/YL

L15

L2 BK

L1 RD

L16 i26 i25

OA.CFM

i46 i45 i48 i47

PRE.FLTR

FNL.FLTR

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L24

L23 i42 i41

LO.LMT

i44 i43

LO.LMT.CRITICAL

i32 i31

CW.FLOW

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L24

L23 i16 i15

SF.STAT

L5

L4

SF.SS

i10 i9

SPLY.STATIC[1]

AAB

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L2 BK

L1 RD

L24

L23

HUV

i40 i39

SPLY.STATIC[2]

SF.VFD

i20 i19

DSCH.HI.STATIC

i8 i7

DSCH.STATIC

TO RTN SMK DMPR

i38 i28 i27

DSCH.HUM

i6 i5

DAT

i12 i11

SPLY.CFM

NOTE:

i4 i3

PRE.HT.TMP

AO BLAO BL

COM GR

GND GN/YL

AI YL/BK

L24

L2 BK

L1 RD

L23 i24 i23

MAT

i18 i17

RF.STAT

i2 i1

RAT

RF.VFD

i22 i21

RTN.LO.STATIC

i30 i29

RAH

L7

L6

RF.SS

NOTE:

TO SPLY SMK DMPR

i37

SMK.DMPRS

WIRE IN SERIES

W/ SPLY DMPR

i14 i13

RTN.CFM

SET MINIMUM RETURN FAN SPEED TO

15 HZ AND MAXIMUM TO 75 HZ.

REMAIN MIN OA DAMPER LINKAGE AND

REMOVE RELATED NOTE ON GRAPHICS.

REPLACE PREHEAT AIR TEMPERATURE

SENSOR AND CALIBRATE.

ADD HEATING VALVE LOCKOUT WHEN

COOLING IS ENABLED. REPAIR STEAM

VALVE MODULATION TO OBTAIN

LINEAR RESPONSE FROM 0% TO 100%

OPEN.

CORRECT HW AND CW VALVE

OPERATION TO MAINTAIN

DISCHARGE AIR TEMPERATURE

SETPOINT.

REPLACE FIRST FLOOR DUCT PRESSURE

SENSOR AND CALIBRATE TO 0.0" WHEN

FAN IS OFF.

REPLACE SUPPLY AIR HUMIDITY

SENSOR AND CALIBRATE.

SET MINIMUM SUPPY FAN SPEED

TO 15 HZ AND MAXIMUM TO

75 HZ.

ADD HIGH AND LOW TEMPERATURE SETPOINT

LIMITS IN SEQUENCE PROGRAMMING.

ADD RA/SA DIFFERENTIAL CFM

TO THE GRAPHICS.

CORRECT ENGINEERING UNITS FOR

DISCHARGE AIR TEMPERATURE RESET

OAT HI FROM PSI TO DEGF.

SEQUENCE OF OPERATION

A

M

M-508

WRSRCM

MECHANICAL DETAILS

FULLY SPRINKLERED