Attach6_Mechanical.pdf

PDF 2 MB Posted Oct 25, 2019

Attached to: REPLACE FIRE STATION Federal contract opportunity
Solicitation number: W50S8R-20-B-0001
Issued by: Department of the Army Ohio Army National Guard

About this file

Written by GovTribe AI · Dec 28, 2023

This solicitation notice is for the replacement of a fire station at Mansfield Air National Guard Base in Mansfield, Ohio. The project includes construction of a new aircraft rescue and firefighting facility to provide emergency response services related to the airfield and installation aircraft. Additional space is required for emergency management training to prepare for disaster relief situations. The construction duration is estimated at 660 calendar days from notice to proceed. Optional items to be included in the solicitation are concrete paving, four-fold apparatus doors, and a five-ton bridge crane. Bids will be evaluated without discussions and awarded in accordance with the Federal Acquisition Regulation. The North American Industry Classification code is 236220 with a size standard of $39.5 million average annual revenue for the last three years. The magnitude is estimated between $10-20 million. The pre-bid conference is scheduled for November 5, 2019 and bids are due November 26, 2019. The solicitation is available on Federal Business Opportunities and is set aside for small businesses.

From the source

Volume 6 - MECHANICAL

View the file

Other files for this federal contract opportunity

Other files attached to REPLACE FIRE STATION, newest first.
File	Type	Posted
Abstract_FIRE_pg3.pdf	PDF	Dec 6, 2019
RFI_17.pdf	PDF	Nov 22, 2019
RFI_20.pdf	PDF	Nov 22, 2019
RFI_21.pdf	PDF	Nov 22, 2019
RFI_21_attachment.pdf	PDF	Nov 22, 2019
A-601 - DOOR-WINDOW SCHEDULES.pdf	PDF	Nov 22, 2019
RFI_15.pdf	PDF	Nov 22, 2019
RFI_19.pdf	PDF	Nov 22, 2019
RFI_12.pdf	PDF	Nov 18, 2019
RFI_08 attach.pdf	PDF	Nov 18, 2019
RFI_07 attach.pdf	PDF	Nov 18, 2019
RFI_08.pdf	PDF	Nov 18, 2019
RFI_07.pdf	PDF	Nov 18, 2019
RFI_09.pdf	PDF	Nov 14, 2019
RFI_10_attachment.pdf	PDF	Nov 14, 2019
RFI_10.pdf	PDF	Nov 14, 2019
RFI_11.pdf	PDF	Nov 14, 2019
Pre-Bid_minutes,_data.pdf	PDF	Nov 5, 2019
RFI_4.pdf	PDF	Nov 5, 2019
RFI_3.pdf	PDF	Nov 5, 2019
Attach6_Civil_6a.pdf	PDF	Oct 25, 2019
Attach6_Civil_8a.pdf	PDF	Oct 25, 2019
Attach6_Civil_5d.pdf	PDF	Oct 25, 2019
Attach6_Civil_9.pdf	PDF	Oct 25, 2019
Attach6_Civil_8b.pdf	PDF	Oct 25, 2019
Attach6_Telecommunications.pdf	PDF	Oct 25, 2019
Attach2_Vol_2_Specifications.pdf	PDF	Oct 25, 2019
Attach6_General.pdf	PDF	Oct 25, 2019
Attach6_Electrical.pdf	PDF	Oct 25, 2019
Attach6_Fire_Alarm.pdf	PDF	Oct 25, 2019
Attach6_Civil_4a.pdf	PDF	Oct 25, 2019
Attach6_Civil_4b.pdf	PDF	Oct 25, 2019
Attach6_Structural.pdf	PDF	Oct 25, 2019
Attach6_Civil_3.pdf	PDF	Oct 25, 2019
Attach7_Geotechnical_Report.pdf	PDF	Oct 25, 2019
Attach6_Architectural.pdf	PDF	Oct 25, 2019
Attach6_Civil_6b.pdf	PDF	Oct 25, 2019
Attach6_Civil_7.pdf	PDF	Oct 25, 2019
Attach6_Civil_4c.pdf	PDF	Oct 25, 2019
Attach6_Civil_5b.pdf	PDF	Oct 25, 2019
Attach6_Plumbing.pdf	PDF	Oct 25, 2019
Attach4_Vol_4_Specifications.pdf	PDF	Oct 25, 2019
Attach1_Vol_1_BOD.pdf	PDF	Oct 25, 2019
Attach8_RFI_template.doc	DOC document	Oct 25, 2019
Attach6_Civil_1b.pdf	PDF	Oct 25, 2019
Attach6_Civil_1a.pdf	PDF	Oct 25, 2019
EXHIBIT_A-Communications_Equipment.xlsx	XLSX spreadsheet	Oct 25, 2019
EXHIBIT_B_Sealed_Bid_Reminders.pdf	PDF	Oct 25, 2019
Attach3_Vol_3_Specifications.pdf	PDF	Oct 25, 2019
Attach5_Vol_5_Specifications.pdf	PDF	Oct 25, 2019

Show all 50

REPLACE FIRE STATION has more files on GovTribe.

On GovTribe

Work with this file on GovTribe

Download the original file
Contacts named in this file
Similar government files
Ask GovTribe AI about this file

Try for free Login

Text version

The file's text, extracted by GovTribe without its formatting.

FILENAME: PLOT DATE: PLOT TIME:

C H

2M H

L R

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

O F

F D

O C

U M

1 2 3 4 5 6

VERIFY SCALE

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0 c

PROJ

DATE

E N

N D

R R

C H

SHEET

DWG

A of

ILL

A N

G B

, O

O R

T, S U

, O H

-0

-9

7/31/2019 3:56:15 PM

AUGUST 2019

D M

Y J

M C

M U

R R

AUG 2019

R C

M-001

1:1

684448CH_M-001.dwg

684448CH

D P

-0

O R

C O

R U

O N

D P

200132

O N

D S

-3 F

DUCTWORK SYMBOLS MECHANICAL PIPING SYMBOLS MECHANICAL GENERAL NOTESMECHANICAL ABBREVIATIONS

A. ALL DIMENSIONS ARE INCHES UNLESS OTHERWISE NOTED.

B. ALL DUCT DIMENSIONS ARE INSIDE CLEAR. ACCOUNT FOR INSULATION

DURING INSTALLATION.

C. VERIFY AND COORDINATE EQUIPMENT LAYOUT, SIZE, AND CONNECTING

SERVICES WITH EQUIPMENT ACTUALLY SELECTED FOR INSTALLATION.

D. DO NOT SCALE DUCTWORK AND EQUIPMENT FOR SIZE.

E. COORDINATE ENTIRE INSTALLATION OF THE HVAC SYSTEMS WITH THE

WORK OF ALL OTHER TRADES PRIOR TO ANY FABRICATION OR

INSTALLATION.

F. COORDINATE EXACT LOCATION AND SIZES OF REQUIRED OPENINGS AND

SUPPORTS FOR FURNISHED EQUIPMENT WITH THE GENERAL

CONTRACTOR.

G. ALL EQUIPMENT SHALL BE INSTALLED IN STRICT COMPLIANCE WITH THE

EQUIPMENT MANUFACTURER'S REQUIREMENTS. PROVIDE MAINTENANCE

ACCESS PER MANUFACTURER'S INSTRUCTIONS.

H. PROVIDE ALL FITTINGS, TRANSITIONS, DAMPERS, VALVES, AND OTHER

DEVICES REQUIRED FOR COMPLETE WORKABLE INSTALLATION.

I. ALL EQUIPMENT, DUCTS, PIPING, AND OTHER DEVICES OR MATERIAL

EXPOSED TO THE WEATHER SHALL BE COMPLETELY WEATHERPROOF.

J. ALL VALVES, CONTROLS, DAMPERS, FANS, ETC. SHALL BE INSTALLED IN

ACCESSIBLE LOCATION. PROVIDE ADEQUATELY SIZED ACCESS DOOR OR

PANELS WHERE REQUIRED.

K. THE LOCATION OF CEILING AIR INLETS AND OUTLETS SHALL BE IN

ACCORDANCE WITH ARCHITECTURAL REFLECTED CEILING PLANS.

L. PROVIDE VALVED DRAINS AT LOW POINTS AND MANUAL AIR VENTS AT

HIGH POINTS OF ALL HYDRONIC SYSTEMS.

M. PROVIDE ALL MATERIALS AND EQUIPMENT AND PERFORM ALL LABOR

REQUIRED TO INSTALL COMPLETE AND OPERABLE MECHANICAL

SYSTEMS AS INDICATED ON THE DRAWINGS, AS SPECIFIED AND AS

REQUIRED BY CODE.

N. CONTRACT DOCUMENT DRAWINGS FOR MECHANICAL WORK ARE

DIAGRAMMATIC AND ARE INTENDED TO CONVEY SCOPE AND GENERAL

ARRANGEMENT ONLY. IN THE PROCESS TO COORDINATE THE DUCT

INSTALLATION WITH OTHER TRADES, THE CONTRACTOR MAY

REARRANGE THE DUCTWORK FOR AN OPTIMAL LAYOUT PROVIDED THAT

DUCT SIZE FREE AREA AND STATIC PRESSURE LOSS REMAIN THE SAME.

O. POWER TO MOTORIZED DAMPERS SHALL BE BY DIV. 23 CONTRACTOR.

P. INSTALL BALANCE DAMPERS ON ALL BRANCH TAKE-OFFS FROM SUPPLY,

RETURN AND EXHAUST SYSTEMS SERVING GRILLES, REGISTERS,

DIFFUSERS AND SIMILAR AIR TERMINAL DEVICES.

Q. LOCATE ALL TEMPERATURE, PRESSURE, AND FLOW MEASURING

DEVICES IN ACCESSIBLE LOCATIONS WITH STRAIGHT SECTION OF PIPE

OR DUCT UP OR DOWN STREAM AS RECOMMENDED BY MANUFACTURER

FOR MEASUREMENT ACCURACY.

R. ALL CONTROL WIRING SHALL COMPLY WITH THE NATIONAL ELECTRIC

CODE AND SPECIFICATIONS.

S. CONCRETE HOUSEKEEPING PADS TO SUIT MECHANICAL EQUIPMENT

SHALL BE SIZED BY A MECHANICAL CONTRACTOR.

T. FOR TYPICAL DETAILS SEE SHEETS M-501 AND M-502.

U. PROVIDE MANUFACTURER'S RECOMMENDED SERVICE CLEARANCES

AROUND EQUIPMENT.

V. PER ANTI-TERRORISM FORCE PROTECTION GUIDELINES, ALL OVERHEAD

UTILITIES, MOUNTED FIXTURES EQUIPMENT AND FEATURES WEIGHTING

31 POUNDS OR MORE SHALL BE BRACED TO RESIST 0.5 TIMES THE

COMPONENT WEIGHT IN ANY DIRECTION AND 1.5 TIMES THE

COMPONENT WEIGHT IN THE DOWNWARD DIRECTION. THIS STANDARD

DOES NOT PRECLUDE THE NEED TO DESIGN ATTACHMENTS AND

BRACING TO RESIST FORCES REQUIRED BY OTHER CRITERIA SUCH AS

WIND, SEISMIC, OR SNOW LOADING.

W. 120V POWER FROM ELECTRICAL PANELS TO DDC CONTROLLERS, ALARM

PANELS AND OTHER DDC EQUIPMENT SHALL BE BY DIV. 23

CONTRACTOR.

X. MAXIMUM OF 6 FEET OF FLEXIBLE DUCT SHALL BE ALLOWED.

Y. DUCTS SHALL NOT BE REINFORCED WITH TIE RODS OR OTHER INTERNAL

REINFORCEMENT EXCEPT FOR DUCT DIMENSIONS GREATER THAN 85

INCH AND STATIC PRESSURE IN EXCESS OF 6 INCHES WG, AS REQUIRED

BY SMACNA HVAC DUCT CONSTRUCTION STANDARDS METAL AND

FLEXIBLE,THIRD EDITION.

Z. ALL HYDRONIC BALANCING VALVES SHALL BE MANUAL SET TYPE. NO

AUTOMATIC FLOW VALVES ALLOWED.

PRESSURE GAUGE &

GAUGE COCK

INCREASER, REDUCER

UNION, FLANGED

CAP

HOSE END CONNECTION

FLOW DIRECTION ARROW

CONNECTION, BOTTOM

CONNECTION, TOP

PIPE TURNING DOWN

PIPE TURNING UP

TEE, OUTLET UP

TEE, OUTLET DOWN

GATE VALVE

CALIBRATED BALL VALVE

W/ PRESSURE PORTS

CHECK VALVE

STRAINER, W/ BLOWOFF

AND HOSE CONN.

BUTTERFLY VALVE

BALL VALVE

FLEXIBLE CONNECTOR

TWO WAY CONTROL VALVE

PRESSURE REDUCING VALVE

THERMOMETER

DN DOWN

DSD DUCT SMOKE DETECTOR

DWG DRAWING

DX DIRECT EXPANSION

EA EXHAUST AIR

EA EACH

EAT ENTERING AIR TEMPERATURE

EFF EFFICIENCY

EL ELEVATION

EWT ENTERING WATER TEMPERATURE

EXH EXHAUST

EXT EXTERNAL

FA FREE AREA

FC FLEXIBLE CONNECTION

FD FIRE DAMPER

FLA FULL LOAD AMP

FPM FEET PER MINUTE

FSD FIRE SMOKE DAMPER

FT FOOT

GA GAGE OR GAUGE

HOA HAND-OFF-AUTO SWITCH

HP HORSE POWER

HVAC HEATING, VENTILATING

AND AIR CONDITIONING

HZ HERTZ

ID INSIDE DIAMETER

IN INCH

INWG INCH OF WATER GAUGE

IPLV INTEGRATED PART LOAD VALVE

KWH KILOWATT HOUR

LAT LEAVING AIR TEMPERATURE

LB/LBS POUND

LRA LOCKED ROTOR AMPERES

LWT LEAVING WATER TEMPERATURE

MAX MAXIMUM

MCA MINIMUM CURRENT AMPERES

MFR MANUFACTURER

MD MOTORIZED DAMPER

MIN MINIMUM

NC NOISE CRITERIA

N C NORMALLY CLOSED

NIC NOT IN CONTRACT

N O NORMALLY OPEN

NTS NOT TO SCALE

N/A NOT APPLICABLE

OA/OSA OUTSIDE AIR

OPNG OPENING

PD PRESSURE DROP

PG PROPYLENE GLYCOL

RA RETURN AIR

RLA RATED LOAD AMPS

RPM REVOLUTIONS PER MINUTE

RR RETURN AIR REGISTER

SA SUPPLY AIR

SIM SIMILAR

SG SUPPLY AIR GRILLE

SM SHEET METAL

SP STATIC PRESSURE

SPEC SPECIFICATION

SR SUPPLY AIR REGISTER

SS STAINLESS STEEL

TEMP TEMPERATURE

TG TRANSFER GRILLE

T STAT THERMOSTAT

TYP TYPICAL

V VOLT

VD VOLUME DAMPER

VAV VARIABLE AIR VOLUME

W WATT

W/ WITH

WB WET BULB

WC WATER COLUMN

WG WATER GAUGE

WT WEIGHT

°F DEGREE FAHRENHEIT

BUILDING EMERGENCY

AIR DISTRIBUTION SHUT OFF

THERMOSTAT OR

TEMPERATURE SENSOR

RETURN/EXHAUST GRILLE OR REGISTER

AIR QUANTITY (Y) CFM

SIZE PER SCHEDULE

HUMIDISTAT

DUCT SMOKE DETECTOR

WALL SWITCH

ROOM PRESSURE SENSOR

(Y)

RG4 OR EG4

(Y)

SG4 OR SR4

RG4 OR EG-4

M MMD-XX MD-XX

FC FC

R OR D R OR D

24 DIA (L)

24x12(L)

12 DIA

24x12

24 DIA (L)

24x12(L)

12 DIA

24x12

SUPPLY GRILLE OR REGISTER

AIR QUANTITY (Y) CFM

SIZE PER SCHEDULE

CEILING EXHAUST AND RETURN AIR

QUANTITY (Y) CFM

SIZE PER SCHEDULE

SUPPLY CEILING DIFFUSER,

TYPE 4-AIR QUANTITY (Y) CFM

MOTORIZED DAMPER

VOLUME DAMPER

SMOKE DAMPER, HORIZONTAL DUCT

FIRE DAMPER, HORIZONTAL DUCT

FLEXIBLE DUCT

FLEXIBLE CONNECTOR

DUCT SECTION-RETURN AIR

DUCT SECTION-SUPPLY AIR/ OSA DUCT

90° RADIUS ELBOW DOWN. USE

90° ELBOW W/ TURNING VANES

WHEN RADIUS DOES NOT FIT

90° RADIUS ELBOW UP. USE 90°

ELBOW W/ TURNING VANES WHEN

RADIUS DOES NOT FIT

INCLINE RISE OR DROP IN

DIRECTION OF AIR FLOW

LINED ROUND DUCT. NUMBER

INDICATE CLEAR INSIDE DIMENSION

LINED RECTANGULAR DUCT. NUMBER

INDICATE CLEAR INSIDE DIMENSION

ROUND DUCT. NUMBER INDICATES

DUCT DIAMETER

RECTANGULAR DUCT. FIRST NUMBER

INDICATES SIDE IN VIEW, SECOND

NUMBER INDICATES SIDE IN DEPTH

A AMPERE

AFF ABOVE FINISHED FLOOR

AMB AMBIENT

ADJ ADJUSTIBLE

ARCH ARCHITECT

AVG AVERAGE

A/C AIR CHANGE

BAS BUILDING AUTOMATION SYSTEM

BDD BACK DRAFT DAMPER

BOD BOTTOM OF DUCT

BTUH BRITISH THERMAL UNIT/HR

CD CEILING DIFFUSER

CFM CUBIC FEET PER MINUTE

CG CEILING GRILLE

C.L. CENTER LINE

CLG CEILING

COEF COEFFICIENT

COMP COMPRESSOR

CONT CONTINUATION

CP CONTROL PANEL

CONN CONNECTION

D DRAIN

DB DRY BULB

dB DECIBELS

DDC DIRECT DIGITAL CONTROL

DEG DEGREE

DIA DIAMETER

ENCL ENCLOSURE

EG EXHAUST GRILLE

BHP BRAKE HORSEPOWER

DUCT SECTION-EXHAUST AIR DUCT

SMOKE FIRE DAMPER, HORIZONTAL DUCT

AIR AND/OR VACUUM RELEASE

MECHANICAL EQUIPMENT DESIGNATION

BALANCE VALVE

HPR

HPS HEAT PUMP SUPPLY

& RETURN

DI-ELECTRIC UNION

1. THIS IS A STANDARD LEGEND SHEET.

THEREFORE, NOT ALL OF THE INFORMATION

SHOWN MAY BE USED ON THIS PROJECT.

GENERAL NOTE:

TA TRANSFER AIR

ACU AIR CONDITIONING UNIT

ACCU AIR COOLED CONDENSING UNIT

BLR BOILER

CT CLOSED CIRCUIT FLUID COOLER

DOAS DEDICATED OUTDOOR AIR SYSTEM

EF EXHAUST FAN

EG EXHAUST GRILLE

ET EXPANSION TANK

GMU GLYCOL MAKE-UP UNIT

GRV GRAVITY VENTILATOR

HEX HEAT EXCHANGER

IH INFARED HEATER

LV LOUVER

MAU MAKE-UP AIR UNIT

P PUMP

RG RETURN GRILLE

SG SUPPLY GRILLE

UH UNIT HEATER

WSHP WATER SOURCE HEAT PUMP

STATIC PRESSURE SENSORSP

MBH THOUSAND BTUH

CAP CAPACITY

NO NUMBER

LCD LIQUID CRYSTAL DISPLAY

ILL

2M H

L R

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

O F

F D

O C

U M

1 2 3 4 5 6

VERIFY SCALE

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0 c

PROJ

DATE

E N

N D

R R

C H

SHEET

DWG

A of

ILL

A N

G B

, O

O R

T, S U

, O H

-0

-9

7/31/2019 3:53:04 PM

D M

Y J

M C

M U

R R

AUG 2019

R C

M-501

1:1

684448CH_M-501.dwg

684448CH

D P

-0

O R

C O

R U

O N

D P

200134

C D

O N

O F

TRUNK

DUCT

L = 1/4 W, 4" MINIMUM

A = 45°

MANUAL DAMPER

W/LOCKING QUADRANT

A1 TAKE-OFF DETAIL

NTS

BRANCH DUCT

30° MAXIMUM

DIVERGING DUCT TRANSITION

UNLESS NOTED OTHERWISE ON PLANS,

ANGLES SHOWN SHALL APPLY

AIRFLOW

A2 DUCT TRANSITION DETAIL

NTS

15° MAX

AIRFLOW

NOTE

A. UNLESS OTHERWISE INDICATED ON PLANS, ABRUPT TRANSITIONS ARE

NOT ALLOWED.

A4 DUCT TRANSITION DETAIL

NTS

TYPICAL CONCENTRIC TYPICAL ECCENTRIC

C1 TYPICAL CEILING DIFFUSER DETAIL

NTS C4 TYPICAL DUCT SUPPORT DETAILS

NTS

RIGID/FLEXIBLE ROUND DUCTWORK RECTANGULAR DUCTWORK

1. ATTACH TO STRUCTURE WITH BEAM

CLAMPS OR MASONRY EXPANSION

BOLTS

2. NUT WITH LOCK WASHER

3. LENGTH EQUALS DIAMETER OF

DUCT

4. STAINLESS STEEL SHEET METAL

SADDLE

5. ATTACH TO STRUCTURE PER

SMACNA RECOMMENDATIONS

6. 25MM MIN BAND CLAMP

7. KINDORF HANGER WITH ALL-THREAD

ROD IN TRAPEZE CONFIGURATION

8. ALL-THREAD ROD

NOTES:

A. DO NOT USE POWDER POWERED FASTENING SYSTEMS TO ATTACH

SUPPORTS TO STRUCTURE.

B. SUPPORT SYSTEM MUST NOT DAMAGE DUCT, INSULATION, OR

CAUSE DUCT SHAPE DEFORMATION.

C. HANGER SIZES SHALL BE IN ACCORDANCE WITH SMACNA, LATEST

EDITION.

O.B.D. IN DIFFUSER ONLY IN

HARD CEILING APPLICATIONS

FOR BALANCING

TIE OFF TO STRUCTURE

METAL BAND SUPPORT

VOLUME DAMPER FOR

BALANCING DIFFUSER

(LAY-IN CEILINGS)

METAL DRAW BAND

INSULATED FLEX DUCT

(6'-0" MAX.)

SQUARE TO ROUND DUCT

TAKE-OFF, USED ONLY IF

SQUARE MAIN DUCT

CEILING

AIR DIFFUSER

SUPPLY DUCT

(MAY BE ROUND

OR SQUARE)

4 5

8 1

D1 TYPICAL DUCT FITTING DETAILS

NTS

GORED ELBOWS ARE NOT ALLOWED.

L=1/4 W, 4" MIN

TAKE OFF TO BE AN EXPANDED

CONICAL, BELLMOUTH FLANGED

TYPE FITTING. NO BUTT TAP

TYPE FITTINGS WILL BE ALLOWED.

AN EXPANDED CONICAL TAP MAY

BE SUBSTITUTED FOR ANGLED

TAKEOFFS ON LOW PRESSURE

SYSTEM.

DO NOT USE FLEX DUCT

FOR OFFSETS.

DIMENSION "A" TO BE A MAXIMUM OF

22.5 FOR DIVERGING AND 30 FOR

CONVERGING AIR FLOWS.

THIS APPLIES FOR BOTH ROUND AND

RECTANGULAR DUCTWORK INCLUDING

SQUARE TO ROUND TRANSITIONS.

RECTANGULAR DUCT

SQUARE ELBOW

RECTANGULAR DUCT

RADIUSED ELBOW

ROUND DUCT

RADIUSED ELBOW

RECTANGULAR DUCT

TAKE OFF

DUCT SIZE

TRANSITION

ROUND DUCT

TAKE OFF FROM

ROUND DUCT

ROUND DUCT TAKE

OFF FROM

RECTANGULAR DUCTDUCT OFFSET

PROVIDE TURNING VANES ON ALL

RECTANGULAR SUPPLY DUCTWORK.

UNLESS NOTED OTHERWISE DO NOT INSTALL

TURNING VANES IN RETURN OR EXHAUST AIR

DUCT.

TURNING VANES TO BE DOUBLE WIDTH

VANES OR SINGLE WIDTH VANES WITH 34"

TRAILING EDGE.

TURNING VANES

1.5 W 1.5 W

45°

45° MAX

W W W

A5 EXHAUST DUCT TO FLOOR

NTS

STRUT BRACING

SECURE BRACING

TO WALL

COVER DUCT OPENING

WITH 1" ALUMINUM WIRE

MESH

EXHAUST DUCT, SEE

HVAC DRAWINGS FOR

SIZING AND ROUTING

1" METAL STRAP

FINISHED FLOOR

45°

B -3

RETURN

COIL

SUPPLY

NOTE:

1. SIMILAR TO A GRISWALD HOSE KIT

WITH A 4-57 PSID CARTRIDGE.

MOTORIZED 2 POSITION/2-WAY VALVE

FIRE RATED HOSE, TYP

HEAT PUMP

AUTOMATIC FLOW

CONTROL VALVE

ISOLATION

BALL VALVE

STRAINER

ISOLATION

BALL VALVE

D4 HOSE KIT DETAIL

NTS

SPRING ISOLATORS

EQUIVALENT TO MASON 30N

WITH 1" DEFLECTION, TYP OF 4

FLEX CONNECTOR

COORDINATE FILTER

PULL AREA WITH

SITE CONDITIONS

WATER SOURCE

HEAT PUMP (WSHP)

FLEXIBLE DUCT

COLLAR

PROVIDE 1" THICK SOUND

LINING ON DISCHARGE

DUCTWORK FOR THE

INITIAL 10'-0" OF RUN

RETURN HOSE

KIT, SEE DETAIL

D4 AT THIS SHEET

SUPPLY HOSE KIT,

SEE DETAIL D4 AT

THIS SHEET

CONDENSATE

DRAIN (P TRAP)

SLOPE 1/4"

PER FOOT

MOTORIZED 2-WAY/

2-POSITION VALVE

FIELD PROVIDED

MIXING BOX WITH

1" SOUND LINING

HPS AND HPR

D5 HEAT PUMP CONNECTION DETAIL

NTS

10'-0"

2M H

L R

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

O F

F D

O C

U M

1 2 3 4 5 6

VERIFY SCALE

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0 c

PROJ

DATE

E N

N D

R R

C H

SHEET

DWG

A of

ILL

A N

G B

, O

O R

T, S U

, O H

-0

-9

7/31/2019 3:55:01 PM

AUGUST 2019

D M

Y J

M C

M U

R R

AUG 2019

R C

M-502

1:1

684448CH_M-502.dwg

684448CH

D P

-0

O R

C O

R U

O N

D P

200135

C D

SETPOINT TEMPERATURE:

COOLING: CONTINUOUS 78° F

HEATING: OCCUPIED 68° F

SEQUENCE OF OPERATION

1. EVAPORATOR FAN SHALL RUN CONTINUOUSLY.

2. UNITS SHALL CYCLE HEATING OR COOLING SECTION OFF/ON

AS REQUIRED TO MAINTAIN ROOM SETPOINT.

SEQUENCE OF OPERATION

6" MIN

1. ALUMINUM CENTRIFUGAL

UPBLAST EXHAUST FAN

2. ALUMINUM BIRDSCREEN

3. DIRECT DRIVE MOTOR

4. WALL MOUNTING PLATE

5. EXTERIOR WALL

B1 DUCTLESS HEAT PUMP UNIT DETAIL AND CONTROL SEQUENCE

NTS B3 KITCHEN HOOD ASSEMBLY DETAIL

NTS B5 WALL-MOUNT EXHAUST FAN DETAIL

NTS

INDOOR UNIT

WALL MOUNTING BRACKET

FURNISHED BY HEAT PUMP MFR.

WALL SLEEVE WITH CAPS

FURNISHED BY HEAT PUMP MFR.

3/4" DRAIN LINE, ROUTE TO

EXTERIOR, TERMINATE ± 6"

ABOVE GRADE.

CONNECTION CABLE

TO THERMOSTAT

INSULATED

REFRIGERANT

LINES

TOP OF UNIT

± 12" BELOW

CEILING

AIRFLOW

POWER AND CONTROL WIRING

TO INDOOR UNIT

OUTDOOR UNIT, SECURE TO

CONCRETE SURFACE.

CONCRETE PAD

OR DRIVE

DOUBLE WALL

GREASE DUCT

ADAPT DUCT SIZE

AT HOOD COLLAR

AS REQUIRED

TYPE 1 EXHAUST HOOD

LIGHT FIXTURE

BAFFLE FILTERS

FIRE SUPPRESSANT

CANISTER

CONTROL PANEL

REMOVABLE

GREASE CUP

48" MAX ABOVE

COOKTOP

HEIGHT PER

MFR'S REQ'TS

EDGE OF

COOKTOP 6'

-8 " M

SUPPLY PLENUM

CEILING

ROOF

VENTILATED

ROOF CURB

SECOND

FLOOR

SUPPLY DUCT TO

MAKE-UP AIR UNIT

B -3

97'-4" T.O.C.

97'-4"

LEVEL 1

100'-0"

2' -3

GRADE

99'-10"

2' -6

LIGHTWEIGHT

COMPOSITE LID

TOP OF LID 1 3/4" ABOVE

FINISHED GRADE

PRECAST CONCRETE

UTILITY TRENCH

COORDINATE LENGTH

WITH SITE CONDITIONS

BUILDING

INTERIOR

2' -0

FIBERGLASS

UNISTRUT

PIPE

CLAMP

PIPE PENETRATION

AT 1'-10" BFF

COORDINATE W/STRUCTURAL

SUPPLY AND RETURN PIPING

TO FLUIDCOOLER

I.E. 98'-2"

2' -8

FLUID COOLER

1' -8

B7 UNDERGROUND PRECAST UTILITY TRENCH

NTS

SECTION

FIBERGLASS

UNISTRUT

CHANNEL

ELEC/CONTROL

CONDUIT

1" MAKE-UP WATER TO

FLUID COOLER

3" SUPPLY & RETURN

PIPING TO FLUID

COOLER

3'-10"

PIPE STRAP

ILL

1,147.1

P D

G E

AS-1

HIGH CAPACITY

AIR VENT

3/4" PIPE TO DRAIN

1/2"

3/4"3/4"

GLYCOL FEEDER

GMU-1, 25 PSI

PRESSURE

GAUGE

DRAIN WITH

HOSE END

3" HPS TO WATER SOURCE

HEAT PUMP SYSTEM

3" HPR FROM WATER SOURCE

HEAT PUMP SYSTEM

DOAS-1

ET-2

DI DO

BUTTERFLY

VALVE

EXPANSION TANK IN

MECHANICAL ROOM

TAI

TEMP

TAI

TEMP

VFD

NOT TO SCALE

HVAC PIPING SCHEMATIC DIAGRAM

HANDHOLE

SIGHT GLASS

UNION

TAI

TEMP

FLOW METER

LCD DISPLAY

INSIDE BUILDING

3" HPR

C U

R R

PUMP, P-3

P W

C O

ER FLOW

RATE

C U

R R

CLOSED CIRCUIT

COOLER CT-1

PULSED

SIGNALDI

NETWORK

CONNECTION

LINE

VOLTAGE

M P

P C

O N

N (T

O H

CHEMICAL

BY-PASS

TANK

3/4" DRAIN VALVE

WITH HOSE THREAD

CONNECTION

MAX

0.5 PSID

MAX

2.0 PSID

VFD NETWORK

CONNECTION

LINE

VOLTAGE

WATER METER AND

CHEMICAL INJECTION

IN MECHANICAL ROOM

PUMP, P-4

C U

R R

VFD NETWORK

CONNECTION

LINE

VOLTAGE

BOILER

TAI

BLR-1

CONNECT PRESSURE

RELIEF VALVE TO

GLYCOL FEED ASSEMBLY,

TYPICAL BOTH BOILERS

TEMP

HEX-1

HEAT

EXCHANGER

DEDICATED

OUTSIDE

AIR UNIT

STRAINER

BOILER

TAI

BLR-2

DI AO

TEMP

3/4"

PRESSURE

GAUGE

ET-1

EXPANSION TANK IN

MECHANICAL ROOM

BOILER

CIRCULATOR

BOILER

CIRCULATOR

GMU-1

M P

R E

W M

P D

G E

HANDHOLE

SIGHT GLASS

UNION

2 1/2" HWS

CURRENT

TRANSMITTERAI

PUMP, P-1

CHEMICAL

BY-PASS

TANK

3/4" DRAIN VALVE

WITH HOSE THREAD

CONNECTION

LINE

VOLTAGE

PUMP, P-2

C U

R R

LINE

VOLTAGE

R E

UNIT HEATER

UH-1

GMU-2

GLYCOL

MAKE-UP

UNIT

DRAIN WITH

HOSE END

3/4"

3/4" PIPE TO DRAIN

AS-2

HIGH CAPACITY

AIR VENT

BUTTERFLY

VALVE

3/4" HWS

3/4" HWR 3/4" HWR 1" HWR

3/4" HWS

2 1/2" HWS

2" HWS

2" HWR

3" HPR

3" HPR3" HPS

3" HPR

2 1/2" HWS

2 1/2" HWR

1 1/4" HWR

1 1/4" HWS

1 1/4" HWR

1 1/4" HWS

2" HWS

3" HPR

FILENAME: PLOT DATE: PLOT TIME:

C H

2M H

L R

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

O F

F D

O C

U M

1 2 3 4 5 6

VERIFY SCALE

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0 c

PROJ

DATE

E N

N D

R R

C H

SHEET

DWG

A of

ILL

A N

G B

, O

O R

T, S U

, O H

-0

-9

7/31/2019 3:57:28 PM

AUGUST 2019

D M

Y J

M C

M U

R R

AUG 2019

R C

M-701

1:1

684448CH_M-701.dwg

684448CH

D P

-0

O R

C O

R U

O N

D P

200141

C P

G R

-3 F

2M H

L R

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

O F

F D

O C

U M

1 2 3 4 5 6

VERIFY SCALE

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0 c

PROJ

DATE

E N

N D

R R

C H

SHEET

DWG

A of

ILL

A N

G B

, O

O R

T, S U

, O H

-0

-9

7/31/2019 3:58:49 PM

AUGUST 2019

D M

Y J

M C

M U

R R

AUG 2019

R C

M-702

1:1

684448CH_M-702.dwg

684448CH

D P

-0

O R

C O

R U

O N

D P

200142

C S

E O

F O

N S

C O

O L

G R

NTS

TYPICAL WSHP CONTROL DIAGRAM

SEQUENCE OF OPERATION - WATER

SOURCE HEAT PUMPS (WSHP):

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 78°F (ADJ.) COOLING SETPOINT

• A 68°F (ADJ.) HEATING SETPOINT

UNOCCUPIED MODE (NIGHT SETBACK): 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.).

ZONE SETPOINT ADJUST:

THE OCCUPANT SHALL BE ABLE TO ADJUST THE ZONE TEMPERATURE HEATING

AND COOLING SETPOINTS AT THE ZONE SENSOR.

ZONE OPTIMAL START:

THE UNIT SHALL USE AN OPTIMAL START ALGORITHM FOR MORNING START-UP.

THIS ALGORITHM SHALL MINIMIZE THE UNOCCUPIED WARM-UP OR COOL-DOWN

PERIOD WHILE STILL ACHIEVING COMFORT CONDITIONS BY THE START OF

SCHEDULED OCCUPIED PERIOD.

ZONE UNOCCUPIED OVERRIDE:

A TIMED LOCAL OVERRIDE CONTROL SHALL ALLOW AN OCCUPANT TO OVERRIDE

THE SCHEDULE AND PLACE THE UNIT INTO AN OCCUPIED MODE FOR AN

ADJUSTABLE PERIOD OF TIME. AT THE EXPIRATION OF THIS TIME, CONTROL OF

THE UNIT SHALL AUTOMATICALLY RETURN TO THE SCHEDULE.

EMERGENCY SHUTDOWN:

THE UNIT SHALL SHUT DOWN AND GENERATE AN ALARM UPON RECEIVING AN

EMERGENCY SHUTDOWN SIGNAL.

FAN:

THE FAN SHALL RUN ANYTIME THE UNIT IS COMMANDED TO RUN, UNLESS

SHUTDOWN ON SAFETIES. THE FAN SPEEDS SHALL BE INDEXED AS FOLLOWS:

• LOW SPEED SHALL RUN ANYTIME THE ZONE TEMPERATURE IS WITHIN

SETPOINTS.

• MEDIUM SPEED SHALL RUN ANYTIME THE ZONE TEMPERATURE IS

OUTSIDE OF SETPOINTS.

• HIGH SPEED SHALL RUN ANYTIME THE ZONE TEMPERATURE IS OUTSIDE

OF SETPOINTS BY A USER DEFINABLE AMOUNT (ADJ.).

HEATING AND COOLING - 1 COMPRESSOR STAGE:

THE CONTROLLER SHALL RECEIVE A SIGNAL FROM THE LOOP WATER SOURCE

MONITOR INDICATING THAT THERE IS WATER FLOW AND THAT THE WATER

TEMPERATURE IS WITHIN ACCEPTABLE LIMITS.

THE CONTROLLER SHALL MEASURE THE ZONE TEMPERATURE AND CYCLE THE

COMPRESSOR TO MAINTAIN ITS SETPOINT. TO PREVENT SHORT CYCLING, THE

STAGE SHALL HAVE A USER DEFINABLE (ADJ.) MINIMUM RUNTIME. THE

COMPRESSOR SHALL RUN SUBJECT TO ITS OWN INTERNAL SAFETIES AND

CONTROLS.

THE HEATING SHALL BE ENABLED WHENEVER:

• T-STAT CALL FOR HEATING IS RECEIVED.

THE COOLING SHALL BE ENABLED WHENEVER:

• T-STAT CALL FOR COOLING IS RECEIVED.

ON MODE CHANGE, THE COMPRESSOR SHALL BE DISABLED AND REMAIN OFF

UNTIL AFTER THE REVERSING VALVE HAS CHANGED POSITION.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• COMPRESSOR RUNTIME EXCEEDED: THE COMPRESSOR RUNTIME

EXCEEDS A USER DEFINABLE LIMIT (ADJ.).

FILTER DIFFERENTIAL PRESSURE MONITOR:

THE CONTROLLER SHALL MONITOR THE DIFFERENTIAL PRESSURE ACROSS THE

FILTER.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• FILTER CHANGE REQUIRED: FILTER DIFFERENTIAL PRESSURE EXCEEDS A

USER DEFINABLE LIMIT (ADJ.).

DISCHARGE AIR TEMPERATURE:

THE CONTROLLER SHALL MONITOR THE DISCHARGE AIR TEMPERATURE.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH DISCHARGE AIR TEMP: IF THE DISCHARGE AIR TEMPERATURE IS

GREATER THAN 120°F (ADJ.).

• LOW DISCHARGE AIR TEMP: IF THE DISCHARGE AIR TEMPERATURE IS LESS

THAN 40°F (ADJ.).

FAN STATUS:

THE CONTROLLER SHALL MONITOR THE FAN STATUS.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• FAN FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• FAN IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• FAN RUNTIME EXCEEDED: FAN STATUS RUNTIME EXCEEDS A USER

DEFINABLE LIMIT (ADJ.).

RUN CONDITIONS - SCHEDULED:

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

FOLLOWING MODES:

THE UNIT SHALL MAINTAIN

• A 75°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.).

ZONE SETPOINT ADJUST:

THE OCCUPANT SHALL BE ABLE TO ADJUST THE ZONE TEMPERATURE HEATING

AND COOLING SETPOINTS AT THE ZONE SENSOR.

EMERGENCY SHUTDOWN:

THE UNIT SHALL SHUT DOWN AND GENERATE AN ALARM UPON RECEIVING AN

EMERGENCY SHUTDOWN SIGNAL.

FAN:

THE FAN SHALL RUN ANYTIME THE UNIT IS COMMANDED TO RUN, UNLESS

SHUTDOWN ON SAFETIES. THE FAN SPEEDS SHALL BE INDEXED AS FOLLOWS:

• LOW SPEED SHALL RUN ANYTIME THE ZONE TEMPERATURE IS WITHIN

SETPOINTS.

• HIGH SPEED SHALL RUN ANYTIME THE ZONE TEMPERATURE IS OUTSIDE

OF SETPOINTS.

HEATING AND COOLING - 1 COMPRESSOR STAGE:

THE CONTROLLER SHALL MEASURE THE ZONE TEMPERATURE AND CYCLE THE

COMPRESSOR TO MAINTAIN ITS SETPOINT. TO PREVENT SHORT CYCLING, THE

STAGE SHALL HAVE A USER DEFINABLE (ADJ.) MINIMUM RUNTIME. THE

COMPRESSOR SHALL RUN SUBJECT TO ITS OWN INTERNAL SAFETIES AND

CONTROLS.

THE HEATING SHALL BE ENABLED WHENEVER:

• T-STAT CALL FOR HEATING IS RECEIVED.

THE COOLING SHALL BE ENABLED WHENEVER:

• T-STAT CALL FOR COOLING IS RECEIVED.

ON MODE CHANGE, THE COMPRESSOR SHALL BE DISABLED AND REMAIN OFF

UNTIL AFTER THE REVERSING VALVE HAS CHANGED POSITION..

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• COMPRESSOR RUNTIME EXCEEDED: THE COMPRESSOR RUNTIME

EXCEEDS A USER DEFINABLE LIMIT (ADJ.).

FAN STATUS:

THE CONTROLLER SHALL MONITOR THE FAN STATUS.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• FAN FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• FAN IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• FAN RUNTIME EXCEEDED: FAN STATUS RUNTIME EXCEEDS A USER

DEFINABLE LIMIT (ADJ.).

RA SA

AI - ZONE TEMP

AI - ZONE SETPOINT ADJUST

BI - ZONE OVERRIDE

BI - FAN STATUS

AI - DISCHARGE AIR TEMP

BO - REVERSING VALVE

BO - COMPRESSOR STAGE 1

BO - FAN LOW SPEED

BO - FAN MEDIUM SPEED

BO - FAN HIGH SPEED

H L

AI - FILTER DIFFERENTIAL PRESSURE

RA SA

AI - ZONE TEMP

AI - ZONE SETPOINT ADJUST

BI - ZONE OVERRIDE

BI - FAN STATUS

BO - COMPRESSOR STAGE 1

BO - REVERSING VALVE

BO - FAN LOW SPEED

BO - FAN HIGH SPEED

NTS

TYPICAL DUCTLESS SPLIT SYSTEM CONTROL DIAGRAM

SEQUENCE OF OPERATION - DUCTLESS

SPLIT SYSTEM (ACU-1):

B -3

2M H

L R

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

O F

F D

O C

U M

1 2 3 4 5 6

VERIFY SCALE

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0 c

PROJ

DATE

E N

N D

R R

C H

SHEET

DWG

A of

ILL

A N

G B

, O

O R

T, S U

, O H

-0

-9

7/31/2019 4:01:15 PM

AUGUST 2019

D M

Y J

M C

M U

R R

AUG 2019

R C

M-703

1:1

684448CH_M-703.dwg

684448CH

D P

-0

O R

C O

R U

O N

D P

200143

C S

F O

D C

O N

L D

SEQUENCE OF OPERATION - DEDICATED OUTDOOR AIR SYSTEM (DOAS):

RUN CONDITIONS - SCHEDULED:

THE UNIT SHALL RUN BASED UPON AN OPERATOR ADJUSTABLE SCHEDULE.

EMERGENCY SHUTDOWN:

THE UNIT SHALL SHUT DOWN AND GENERATE AN ALARM UPON RECEIVING AN

EMERGENCY SHUTDOWN SIGNAL.

FREEZE PROTECTION:

THE UNIT SHALL SHUT DOWN AND GENERATE AN ALARM UPON RECEIVING A FREEZESTAT

STATUS.

OUTSIDE AIR DAMPER:

THE OUTSIDE AIR DAMPER SHALL OPEN ANYTIME THE UNIT RUNS AND SHALL CLOSE

ANYTIME THE UNIT STOPS. THE SUPPLY FAN SHALL START ONLY AFTER THE DAMPER

STATUS HAS PROVEN THE DAMPER IS OPEN. THE OUTSIDE AIR DAMPER SHALL CLOSE

4SEC (ADJ.) AFTER THE SUPPLY FAN STOPS.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• OUTSIDE AIR DAMPER FAILURE: COMMANDED OPEN, BUT THE STATUS IS CLOSED.

• OUTSIDE AIR DAMPER IN HAND: COMMANDED CLOSED, BUT THE STATUS IS OPEN.

HEAT RECOVERY WHEEL - VARIABLE SPEED:

THE CONTROLLER SHALL MODULATE THE HEAT WHEEL FOR ENERGY RECOVERY

AS FOLLOWS.

COOLING RECOVERY MODE:

THE CONTROLLER SHALL MEASURE THE HEAT WHEEL DISCHARGE AIR TEMPERATURE

AND MODULATE THE HEAT WHEEL SPEED TO MAINTAIN A SETPOINT 2°F (ADJ.) LESS THAN

THE UNIT SUPPLY AIR TEMPERATURE SETPOINT. THE HEAT WHEEL SHALL RUN FOR COOL

RECOVERY WHENEVER:

• UNIT RETURN AIR TEMPERATURE IS 5°F (ADJ.) OR MORE BELOW THE OUTSIDE AIR

TEMPERATURE.

• AND THE UNIT IS IN A COOLING MODE.

• AND THE SUPPLY FAN IS ON.

HEATING RECOVERY MODE:

THE CONTROLLER SHALL MEASURE THE HEAT WHEEL DISCHARGE AIR TEMPERATURE

AND MODULATE THE HEAT WHEEL SPEED TO MAINTAIN A SETPOINT 2°F (ADJ.) GREATER

THAN THE UNIT SUPPLY AIR TEMPERATURE SETPOINT. THE HEAT WHEEL SHALL RUN

FOR HEAT RECOVERY WHENEVER:

• UNIT RETURN AIR TEMPERATURE IS 5°F (ADJ.) OR MORE ABOVE THE OUTSIDE AIR

TEMPERATURE.

• AND THE UNIT IS IN A HEATING MODE.

• AND THE SUPPLY FAN IS ON.

PERIODIC SELF-CLEANING:

THE HEAT WHEEL SHALL RUN AT 5% SPEED (ADJ.) FOR 10SEC (ADJ.) EVERY 4HRS (ADJ.)

THE UNIT RUNS.

FROST PROTECTION:

THE HEAT WHEEL SHALL RUN AT 5% SPEED (ADJ.) WHENEVER:

• OUTSIDE AIR TEMPERATURE DROPS BELOW 15°F (ADJ.)

• OR WHENEVER EXHAUST AIR TEMPERATURE DROPS BELOW 20°F (ADJ.).

THE BYPASS DAMPERS WILL OPEN WHENEVER THE HEAT WHEEL IS DISABLED.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HEAT WHEEL ROTATION FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• HEAT WHEEL IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• HEAT WHEEL RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER

DEFINABLE LIMIT (ADJ.).

• HEAT WHEEL VFD IN FAULT

SUPPLY FAN:

THE SUPPLY FAN SHALL RUN ANYTIME THE UNIT IS COMMANDED TO RUN. TO PREVENT

SHORT CYCLING, THE SUPPLY FAN SHALL HAVE A USER DEFINABLE (ADJ.)

MINIMUM RUNTIME, UNLESS SHUTDOWN ON SAFETIES.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• SUPPLY FAN FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• SUPPLY FAN IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• SUPPLY FAN RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER

DEFINABLE LIMIT (ADJ.).

EXHAUST FAN:

THE EXHAUST FAN SHALL RUN WHENEVER THE SUPPLY FAN RUNS, UNLESS SHUTDOWN

ON SAFETIES.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• EXHAUST FAN FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• EXHAUST FAN IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• EXHAUST FAN RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER

DEFINABLE LIMIT (ADJ.).

SUPPLY AIR TEMPERATURE SETPOINT - OPTIMIZED:

THE CONTROLLER SHALL MONITOR THE SUPPLY AIR TEMPERATURE AND SHALL MAINTAIN

A SUPPLY AIR TEMPERATURE SETPOINT RESET BASED ON UNIT(S) COOLING AND HEATING

REQUIREMENTS.

THE SUPPLY AIR TEMPERATURE SETPOINT SHALL BE RESET FOR COOLING BASED ON

ZONE COOLING REQUIREMENTS AS FOLLOWS:

• THE INITIAL SUPPLY AIR TEMPERATURE SETPOINT SHALL BE 55°F (ADJ.).

• AS COOLING DEMAND INCREASES, THE SETPOINT SHALL INCREMENTALLY

RESET DOWN TO A MINIMUM OF 53°F (ADJ.).

• AS COOLING DEMAND DECREASES, THE SETPOINT SHALL INCREMENTALLY

RESET UP TO A MAXIMUM OF 72°F (ADJ.) .

IF MORE ZONES NEED HEATING THAN COOLING, THEN THE SUPPLY AIR TEMPERATURE

SETPOINT SHALL BE RESET FOR HEATING AS FOLLOWS:

• THE INITIAL SUPPLY AIR TEMPERATURE SETPOINT SHALL BE 55°F (ADJ.).

• AS HEATING DEMAND INCREASES, THE SETPOINT SHALL INCREMENTALLY

RESET UP TO A MAXIMUM OF 68°F (ADJ.).

• AS HEATING DEMAND DECREASES, THE SETPOINT SHALL INCREMENTALLY

RESET DOWN TO A MINIMUM OF 60°F (ADJ.).

NTS

DOAS UNIT CONTROL DIAGRAM

H L

N.C.

VFDCT

BO - HEAT WHEEL START/STOP

BI - HEAT WHEEL STATUS

AI - HEAT WHEEL DISCHARGE AIR TEMP

AI - RETURN AIR TEMP

AI - OUTSIDE AIR TEMP

AI - EXHAUST AIR TEMP

BO - HEAT WHEEL BYPASS DAMPERS

BO - Heat Wheel Bypass Dampers

OA SA

STARTER

BI - SUPPLY FAN STATUS

BO - SUPPLY FAN START/STOP

AI - SUPPLY AIR TEMP

BI - FREEZESTAT

BO - OUTSIDE AIR DAMPER

BI - OUTSIDE AIR DAMPER STATUS

BI - EXHAUST FAN STATUS

BO - EXHAUST FAN START/STOP

BO - COOLING STAGE 1

STARTER

AO - HEAT WHEEL VFD SPEED

BI - HEAT WHEEL VFD FAULT

AI - FINAL FILTER DIFFERENTIAL PRESSURE

HWS

HWR

AO - HEATING VALVE

N.C.

COOLING STAGE:

THE CONTROLLER SHALL MEASURE THE SUPPLY AIR TEMPERATURE AND STAGE THE

COOLING TO MAINTAIN ITS COOLING SETPOINT. TO PREVENT SHORT CYCLING, THE STAGE

SHALL HAVE A USER DEFINABLE (ADJ.) MINIMUM RUNTIME.

THE COOLING SHALL BE ENABLED WHENEVER:

• OUTSIDE AIR TEMPERATURE IS GREATER THAN 60°F (ADJ.).

• AND THE SUPPLY AIR TEMPERATURE IS ABOVE COOLING SETPOINT.

• AND THE FAN STATUS IS ON.

HEATING COIL VALVE:

THE CONTROLLER SHALL MEASURE THE SUPPLY AIR TEMPERATURE AND MODULATE THE

HEATING COIL VALVE TO MAINTAIN ITS HEATING SETPOINT.

THE HEATING SHALL BE ENABLED WHENEVER:

• OUTSIDE AIR TEMPERATURE IS LESS THAN 65°F (ADJ.).

• AND THE SUPPLY AIR TEMPERATURE IS BELOW HEATING SETPOINT.

• AND THE FAN STATUS IS ON.

THE HEATING COIL VALVE SHALL OPEN TO 100% (ADJ.) WHENEVER THE FREEZESTAT IS

ON.

FINAL FILTER DIFFERENTIAL PRESSURE MONITOR:

THE CONTROLLER SHALL MONITOR THE DIFFERENTIAL PRESSURE ACROSS THE FINAL

FILTER.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• FINAL FILTER CHANGE REQUIRED: FINAL FILTER DIFFERENTIAL PRESSURE

EXCEEDS A USER DEFINABLE LIMIT (ADJ.).

SUPPLY AIR TEMPERATURE:

THE CONTROLLER SHALL MONITOR THE SUPPLY AIR TEMPERATURE.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH SUPPLY AIR TEMP: IF THE SUPPLY AIR TEMPERATURE IS GREATER THAN

120°F (ADJ.).

• LOW SUPPLY AIR TEMP: IF THE SUPPLY AIR TEMPERATURE IS LESS THAN

45°F (ADJ.).

N.C.

B -3

2M H

L R

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

O F

F D

O C

U M

1 2 3 4 5 6

VERIFY SCALE

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0 c

PROJ

DATE

E N

N D

R R

C H

SHEET

DWG

A of

ILL

A N

G B

, O

O R

T, S U

, O H

-0

-9

7/31/2019 4:02:56 PM

AUGUST 2019

D M

Y J

M C

M U

R R

AUG 2019

R C

M-704

1:1

684448CH_M-704.dwg

684448CH

D P

-0

O R

C O

R U

O N

D P

200144

C S

F O

D C

O N

L D

SEQUENCE OF OPERATION - BOILER SYSTEM:

NTS

BOILER SYSTEM CONTROL DIAGRAM

HWS

HWR

BOILER1

BO - BOILER 1 ENABLE

BI - BOILER 1 STATUS

BOILER2

BO - BOILER 2 ENABLE

BI - BOILER 2 STATUS

STARTER

BO - CIRCULATION PUMP 1 START/STOP

BI - CIRCULATION PUMP 1 STATUS

STARTER

BO - CIRCULATION PUMP 2 START/STOP

BI - CIRCULATION PUMP 2 STATUS

AI - PRIMARY HOT WATER RETURN TEMP

AI - BOILER 2 HOT WATER RETURN TEMP

AI - BOILER 2 HOT WATER SUPPLY TEMP

AI - BOILER 1 HOT WATER RETURN TEMP

AI - BOILER 1 HOT WATER SUPPLY TEMP

AI - PRIMARY HOT WATER SUPPLY TEMP

BI - BOILER 1 ALARM STATUS

BI - BOILER 2 ALARM STATUS

BI - BOILER 2 LOW WATER LEVEL

BI - BOILER 1 LOW WATER LEVEL

AO - BOILER 1 HOT WATER SUPPLY TEMP SETPOINT RESET

AO - BOILER 2 HOT WATER SUPPLY TEMP SETPOINT RESET

STARTER

Starter

BO - HOT WATER PUMP 1 START/STOP

BI - HOT WATER PUMP 1 STATUS

BI - Hot Water Pump 2 Status

BO - Hot Water Pump 2 Start/Stop

AI - Hot Water Differential Pressure

B -3

2M H

L R

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

O F

F D

O C

U M

1 2 3 4 5 6

VERIFY SCALE

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0 c

PROJ

DATE

E N

N D

R R

C H

SHEET

DWG

A of

ILL

A N

G B

, O

O R

T, S U

, O H

-0

-9

7/31/2019 4:04:21 PM

AUGUST 2019

D M

Y J

M C

M U

R R

AUG 2019

R C

M-705

1:1

684448CH_M-705.dwg

684448CH

D P

-0

O R

C O

R U

O N

D P

200145

C S

F O

D C

O N

L D

TWO BOILER SYSTEM

BOILER SYSTEM RUN CONDITIONS:

THE BOILER SYSTEM SHALL BE ENABLED TO RUN WHENEVER:

• PUMP LWT LESS THAN SETPOINT (ADJ.).

• AND OUTSIDE AIR TEMPERATURE IS LESS THAN 65°F (ADJ.).

TO PREVENT SHORT CYCLING, THE BOILER SYSTEM SHALL RUN FOR AND BE OFF FOR

MINIMUM ADJUSTABLE TIMES (BOTH USER DEFINABLE), UNLESS SHUTDOWN ON SAFETIES

OR OUTSIDE AIR CONDITIONS.

THE BOILER SHALL RUN SUBJECT TO ITS OWN INTERNAL SAFETIES AND CONTROLS.

THE BOILER SYSTEM SHALL ALSO RUN FOR FREEZE PROTECTION WHENEVER THE

OUTSIDE AIR TEMPERATURE IS LESS THAN 38°F (ADJ.).

BOILER 1 SAFETIES:

THE FOLLOWING SAFETIES SHALL BE MONITORED:

• BOILER ALARM.

• LOW WATER LEVEL.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• BOILER ALARM.

• LOW WATER LEVEL ALARM.

BOILER 2 SAFETIES:

THE FOLLOWING SAFETIES SHALL BE MONITORED:

• BOILER ALARM.

• LOW WATER LEVEL.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• BOILER ALARM.

• LOW WATER LEVEL ALARM.

HOT WATER PUMP LEAD/LAG OPERATION:

THE TWO HOT WATER PUMPS SHALL OPERATE IN A LEAD/LAG FASHION.

• THE LEAD PUMP SHALL RUN FIRST.

• ON FAILURE OF THE LEAD PUMP, THE LAG PUMP SHALL RUN AND THE LEAD PUMP

SHALL TURN OFF.

THE DESIGNATED LEAD PUMP SHALL ROTATE UPON ONE OF THE FOLLOWING

CONDITIONS:

• BI-WEEKLY.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

HOT WATER PUMP 1

• FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• RUNNING IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER DEFINABLE LIMIT.

• DISCHARGE PRESSURE EXCEEDS DEFINABLE LIMIT (ADJ.)

HOT WATER PUMP 2

• FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• RUNNING IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER DEFINABLE LIMIT.

• DISCHARGE PRESSURE EXCEEDS DEFINABLE LIMIT (ADJ.)

HOT WATER DIFFERENTIAL PRESSURE CONTROL:

THE CONTROLLER SHALL MEASURE HOT WATER DIFFERENTIAL PRESSURE AND STAGE

THE HOT WATER PUMPS ON IN SEQUENCE TO MAINTAIN ITS HOT WATER DIFFERENTIAL

PRESSURE SETPOINT. THE LEAD PUMP SHALL RUN FIRST.

THE FOLLOWING SETPOINTS ARE RECOMMENDED VALUES. ALL SETPOINTS SHALL BE

FIELD ADJUSTED DURING THE COMMISSIONING PERIOD TO MEET THE REQUIREMENTS OF

ACTUAL FIELD CONDITIONS.

IF THE HOT WATER DIFFERENTIAL PRESSURE DROPS BELOW A SETPOINT OF 12LBF/IN2

(ADJ.), THE LAG PUMP SHALL TURN ON AND RUN IN UNISON WITH THE LEAD PUMP.

IF THE HOT WATER DIFFERENTIAL PRESSURE RISES BACK TO 4LBF/IN2 (ADJ.) ABOVE

SETPOINT, THE LAG PUMP SHALL TURN OFF AND THE LEAD PUMP SHALL CONTINUE TO

RUN.

SEQUENCE OF OPERATION - BOILER SYSTEM: (CONTINUED)

TO PREVENT SHORT CYCLING, THERE SHALL BE A MINIMUM USER DEFINABLE (ADJ.)

DELAY BETWEEN STAGES.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH HOT WATER DIFFERENTIAL PRESSURE: IF THE HOT WATER DIFFERENTIAL

PRESSURE IS GREATER THAN 18LBF/IN2 (ADJ.).

• LOW HOT WATER DIFFERENTIAL PRESSURE: IF THE HOT WATER DIFFERENTIAL

PRESSURE IS LESS THAN 10LBF/IN2 (ADJ.).

CIRCULATION PUMP 1:

THE CIRCULATION PUMP 1 SHALL RUN ANYTIME BOILER 1 IS CALLED TO RUN AND SHALL

HAVE A USER DEFINABLE DELAY (ADJ.) ON STOP.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• CIRCULATION PUMP 1 FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• CIRCULATION PUMP 1 RUNNING IN HAND: COMMANDED OFF, BUT THE STATUS IS

ON.

• CIRCULATION PUMP 1 RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A

USER-DEFINABLE LIMIT.

CIRCULATION PUMP 2:

THE CIRCULATION PUMP 2 SHALL RUN ANYTIME BOILER 2 IS CALLED TO RUN AND SHALL

HAVE A USER DEFINABLE DELAY (ADJ.) ON STOP.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• CIRCULATION PUMP 2 FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• CIRCULATION PUMP 2 RUNNING IN HAND: COMMANDED OFF, BUT THE STATUS IS

ON.

• CIRCULATION PUMP 2 RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A

USER-DEFINABLE LIMIT.

BOILER LEAD/LAG OPERATION:

THE TWO BOILERS SHALL OPERATE IN A LEAD/LAG FASHION.

• THE LEAD BOILER SHALL RUN FIRST.

• ON FAILURE OF THE LEAD BOILER, THE LAG BOILER SHALL RUN AND THE LEAD

BOILER SHALL TURN OFF.

• AS HOT WATER TEMPERATURE DROPS BELOW A SETPOINT OF 150 F (ADJ.), THE

LAG BOILER SHALL STAGE ON AND RUN IN UNISON WITH THE LEAD BOILER TO

MAINTAIN HOT WATER TEMPERATURE SETPOINT.

• AS HOT WATER TEMPERATURE RISES BACK TO 20°F ABOVE SETPOINT, THE LAG

BOILER SHALL STAGE OFF.

THE DESIGNATED LEAD BOILER SHALL ROTATE UPON ONE OF THE FOLLOWING

CONDITIONS: (USER SELECTABLE):

• MANUALLY THROUGH A SOFTWARE SWITCH

• IF BOILER RUNTIME (ADJ.) IS EXCEEDED

• DAILY

• WEEKLY

• MONTHLY

ALARMS SHALL BE PROVIDED AS FOLLOWS:

BOILER 1

• FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• RUNNING IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

BOILER 2

• FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• RUNNING IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

LEAD BOILER FAILURE: THE LEAD BOILER IS IN FAILURE AND THE STANDBY BOILER IS

ON.

HOT WATER SUPPLY TEMPERATURE SETPOINT RESET:

THE HOT WATER SUPPLY TEMPERATURE SETPOINT SHALL RESET BASED ON OUTSIDE AIR

TEMPERATURE.

AS OUTSIDE AIR TEMPERATURE RISES FROM 0°F (ADJ.) TO 70°F (ADJ.) THE HOT WATER

SUPPLY TEMPERATURE SETPOINT SHALL RESET DOWNWARDS BY SUBTRACTING FROM

0°F (ADJ.) TO 20°F (ADJ.) FROM THE CURRENT BOILER SETPOINT.

PRIMARY HOT WATER TEMPERATURE MONITORING:

THE FOLLOWING TEMPERATURES SHALL BE MONITORED:

• PRIMARY HOT WATER SUPPLY.

• PRIMARY HOT WATER RETURN.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH PRIMARY HOT WATER SUPPLY TEMP: IF GREATER THAN 200°F (ADJ.).

• LOW PRIMARY HOT WATER SUPPLY TEMP: IF LESS THAN 100°F (ADJ.).

BOILER 1 HOT WATER TEMPERATURE MONITORING:

THE FOLLOWING TEMPERATURES SHALL BE MONITORED:

• BOILER 1 HOT WATER SUPPLY.

• BOILER 1 HOT WATER RETURN.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH HOT WATER SUPPLY TEMP: IF GREATER THAN 200°F (ADJ.).

• LOW HOT WATER SUPPLY TEMP: IF LESS THAN 100°F (ADJ.).

BOILER 2 HOT WATER TEMPERATURE MONITORING:

THE FOLLOWING TEMPERATURES SHALL BE MONITORED:

• BOILER 2 HOT WATER SUPPLY.

• BOILER 2 HOT WATER RETURN.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

• HIGH HOT WATER SUPPLY TEMP: IF GREATER THAN 200°F (ADJ.).

• LOW HOT WATER SUPPLY TEMP: IF LESS THAN 100°F (ADJ.).

B -3

2M H

L R

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

O F

F D

O C

U M

1 2 3 4 5 6

VERIFY SCALE

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0 c

PROJ

DATE

E N

N D

R R

C H

SHEET

DWG

A of

ILL

A N

G B

, O

O R

T, S U

, O H

-0

-9

7/31/2019 4:06:02 PM

AUGUST 2019

D M

Y J

M C

M U

R R

AUG 2019

R C

M-706

1:1

684448CH_M-706.dwg

684448CH

D P

-0

O R

C O

R U

O N

D P

200146

C S

F O

D C

O N

L D

WATER SOURCE HEAT PUMP COOLING TOWER SYSTEM - RUN CONDITIONS:

THE COOLING TOWER SYSTEM SHALL BE ENABLED TO RUN WHENEVER:

• THE LOOP MONITOR IS ENABLED BY ZONE REQUIREMENTS.

• AND OUTSIDE AIR TEMPERATURE IS GREATER THAN 37°F (ADJ.).

CLOSED SYSTEM COOLING TOWER LOOP WATER TEMPERATURE CONTROL:

THE CONTROLLER SHALL MEASURE THE LOOP WATER SUPPLY TEMPERATURE AND STAGE THE DAMPER, SPRAY PUMP AND FANS ON IN SEQUENCE TO MAINTAIN SETPOINTS. THE FOLLOWING SETPOINTS ARE RECOMMENDED VALUES. ALL SETPOINTS SHALL BE FIELD ADJUSTED DURING THE COMMISSIONING PERIOD TO MEET THE REQUIREMENTS OF ACTUAL FIELD CONDITIONS.

ON RISING LOOP WATER SUPPLY TEMPERATURE, THE DAMPER, PUMP AND FAN SPEEDS SHALL STAGE ON AT THE SETPOINTS GIVEN BELOW. WHEN THE LOOP WATER SUPPLY TEMPERATURE DROPS BACK BELOW THE SETPOINTS BY THE DIFFERENTIALS LISTED, THE FAN SPEEDS, PUMP AND DAMPER SHALL STAGE OFF. TO PREVENT SHORT CYCLING AND BACK-EMF IN THE FAN MOTORS, THERE SHALL BE A

MINIMUM DELAY (ADJ.) BETWEEN EACH STAGE.

ALARMS SHALL BE PROVIDED AS FOLLOWS:

DAMPER

• FAILURE: COMMANDED OPEN, BUT THE STATUS INDICATES CLOSED.

• OPEN IN HAND: COMMANDED CLOSED, BUT THE STATUS INDICATES OPEN.

• RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER DEFINABLE LIMIT.

SPRAY PUMP

• FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• RUNNING IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER DEFINABLE LIMIT.

FAN LOW SPEED

• FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER DEFINABLE LIMIT.

FAN HIGH SPEED

• FAILURE: COMMANDED ON, BUT THE STATUS IS OFF.

• IN HAND: COMMANDED OFF, BUT THE STATUS IS ON.

• RUNTIME EXCEEDED: STATUS RUNTIME EXCEEDS A USER DEFINABLE LIMIT.

HIGH CONDENSER WATER SUPPLY TEMP: IF THE CONDENSER WATER SUPPLY TEMPERATURE IS GREATER THAN 90°F (ADJ.).

SEQUENCE OF OPERATION - CLOSED CIRCUIT FLUID COOLER:

AI - LOOP WATER SUPPLY TEMP

AI - CONDENSER WATER RETURN TEMP

AI - CONDENSER WATER SUPPLY TEMP

HPS

HPR

BO - SPRAY PUMP START/STOP

BI - SPRAY PUMP STATUS

STARTER

BO - FAN HIGH SPEED START/STOP

BI - FAN HIGH SPEED STATUS

BO - FAN LOW SPEED START/STOP

BI - FAN LOW SPEED STATUS

BO - DAMPER OPEN/CLOSE

BI - DAMPER STATUS

STARTER

INTERLOCK - DAMPER OPEN/CLOSE

STARTER

NTS

CLOSED CIRCUIT FLUID COOLER CONTROL DIAGRAM

B -3

BUILDING

AUTOMATION

SYSTEM

FOUR-FOLD

DOOR

CONTROLS

(TYP OF 10)

EF-2

6,100 CFM

EF-2

AUXILIARY

SWITCH

CO/NOX

CONTROL

PANEL

BUILDING

AUTOMATION

SYSTEM

EF-5

AUXILIARY

SWITCH

CO/NOX

CONTROL

PANEL

NTS

CONTROL DIAGRAM

SEQUENCE OF OPERATION - APP BAY/EOC TRAILER EXHAUST FAN:

CO/NO2 CONTROL PANEL:

CONTROL PANEL SHALL MONITOR DISTRIBUTED CO AND NOX SENSORS AND SHALL RESPOND TO TWO CONCENTRATION THRESHOLDS OF EACH

GAS, DEFINED AS FOLLOWS:

• LOW ALARM: A CO LEVEL OF 35 PPM (ADJ.) OR NO2 LEVEL OF 3 PPM (ADJ.), DETECTED BY ANY SENSOR.

• HIGH ALARM: A CO LEVEL OF 90 PPM (ADJ.) OR NO2 LEVEL OF 6 PPM (ADJ.), DETECTED BY ANY SENSOR.

A DETECTION OF "LOW ALARM" CONCENTRATION OF EITHER GAS SHALL TRIGGER THE CONTROL PANEL INTERNAL BUZZER. CONTROL PANEL

SHALL INDICATE TARGET GAS OF CONCERN.

EF-2 AND EF-5:

BUILDING AUTOMATION SYSTEM SHALL MONITOR FOUR-FOLD DOORS IN APPARATUS BAY AND EOC TRAILER BAY.

• WHEN ANY FOUR-FOLD DOOR IN APPARATUS BAY IS OPEN, EF-2 SHALL RUN. COORDINATE INTERFACE W/FOUR-FOLS DOOR

CONTROLLERS WITH WORK OF DIVISION 08.

• UPON ACTIVATION OF MANUAL SWITCH LOCATED IN APPARATUS BAY, EF-2 SHALL RUN.

• UPON DETECTION OF CO OR NO2 "HIGH ALARM" BY ANY SENSOR IN APPARATUS BAY, EF-2 SHALL RUN

• WHENEVER EF-2 RUNS, GRV-1 MOTORIZED AIR INTAKE DAMPER SHALL OPEN. DAMPER SHALL BE PROVIDED WITH END SWITCH TO PROVE

OPEN.

• WHEN ANY FOUR-FOLD DOOR IN EOC TRAILER BAY IS OPEN, EF-5 SHALL RUN.

• UPON ACTIVATION OF MANUAL SWITCH LOCATED IN EOC TRAILER BAY, EF-5 SHALL RUN.

• UPON DETECTION OF CO OR NO2 "HIGH ALARM" BY ANY SENSOR IN EOC TRAILER BAY, EF-5 SHALL RUN.

• WHENEVER EF-5 RUNS, LVR-3 MOTORIZED AIR INTAKE DAMPER SHALL OPEN. DAMPER SHALL BE PROVIDED WITH END SWITCH TO PROVE

OPEN.

• WHEN ALL FOUR-FOLD DOORS ARE CLOSED AND NO CO OR NO2 DETECTED, EF-2 & EF-5 SHALL BE OFF UNLESS ACTIVATED BY MANUAL

SWITCH.

• WHENEVER ANY INTAKE DAMPER IS COMMANDED OPEN BUT NOT PROVEN, ALARM SHALL BE ISSUED AT BUILDING AUTOMATION SYSTEM.

• BUILDING AUTOMATION SYSTEM SHALL MONITOR FAN RUN STATUS. IF ANY FAN FAILS TO RUN WHEN COMMANDED, A CRITICAL ALARM

SHALL BE ISSUED AT BUILDING AUTOMATION SYSTEM.

FOUR-FOLD

DOOR

CONTROLS

(TYP OF 2)

EF-5

1,000 CFM

APPARATUS BAY /EOC TRAILER EXHAUST FAN

2 2

120/1PH

BY DIV 26

KEYED NOTES:

AUDIBLE

ALARM

R T"

CO/NOX SENSOR ASSEMBLY (NCD).

TYPICAL OF 2 IN APPARATUS BAY. ONE IN EOC TRAILER BAY.

RS-485 CONTROL WIRING DAISY CHAIN, MAXIMUM 1000FT CUMMULATIVE

LENGTH.

NO2 / CO DETECTION SYSTEM CONTROL PANEL (DCP).

PROVIDE ELECTRICAL DISCONNECT AT CONTROL PANEL POWER SUPPLY.

COORDINATE DISCONNECT REQUIREMENTS WITH WORK OF DIVISION 26.

4-INCH JUNCTION BOX FOR SENSOR MOUNTING AND WIRING

CONNECTIONS, 2 PER ASSEMBLY. REFER TO MANUFACTURER'S

INSTALLATION INSTRUCTIONS.

STROBE ASSEMBLY, RED LENS, 24V. 60-90 FLASHES PER MINUTE, NEMA 4X

ENCLOSURE. FEDERAL SIGNAL 2ERT1 OR APPROVED EQUAL. PROVIDE

4-INCH JUNCTION BOX AND MOUNT IN ACCORDANCE WITH DIVISION 26

REQUIREMENTS.

NTS

CO/NOX DETECTION CONTROL DIAGRAM

SEQUENCE OF OPERATION - NCD / DCP:

CO/NO2 DETECTION:

MULTI-POINT DIGITAL CONTROL SYSTEM SHALL MONITOR NO2 AND CO CONCENTRATIONS AT TWO LOCATIONS IN THE APPARATUS BAY. A SEPARATE PANEL SHALL MONITOR TARGET GAS CONCENTRATIONS AT ONE LOCATION IN EOC TRAILER

BAY. REFER TO MECHANICAL FIRST FLOOR PLANS FOR LOCATIONS.

NORMAL MODE: WHEN CONCENTRATIONS OF TARGET GASES ARE BELOW THE "LOW ALARM" SETPOINT, STROBE AND

AUDIBLE ALARM SHALL BE OFF AND "FAN START" SIGNAL SHALL BE INACTIVE.

AT "LOW ALARM", CONTROL PANEL SHALL INITIATE EXTERNAL STROBE.

AT "HIGH ALARM", CONTROL PANEL SHALL INITIATE EXTERNAL STROBE, INTERNAL AUDIBLE ALARM, AND SHALL SEND A SIGNAL TO BUILDING AUTOMATION SYSTEM TO RUN EXHAUST FAN AND OPEN INTAKE AIR DAMPER.

WHEN CONCENTRATIONS FALL BELOW THE RESPECTIVE SETPOINTS FOR "HIGH ALARM" AND "LOW ALARM", ALARM

CONDITIONS AND ACTIONS SHALL CEASE.

ILL

A B

B C

C H

R E:

M H

-1

C H

R E:

M H

-1

ACCU-1

WSHP-2

WSHP-6

WSHP-1

WSHP-3A

WSHP-4

EF-3

WSHP-5

M-401

D8 (120)

D6 (80)

D8 (120)

D6 (80)

D6 (100)

RG2

(540)

EG2

D6 (80)

RG1

(650)

RG1

(320)

D8 (160)

EG2

(120)

D8 (90)

D8 (120)

D8 (130)

(130) D8

(130) D8 (130)

D8 (130)

RG1

(115)

RG1

(115)

RG1

(110)

RG1

(115)

RG1

(115)

D8 (100)

D6 (80)

RG1

(80)

RG1

(80)

D6 (80)

RG1

(80)

D6 (50)

D6 (80)

EG2

(80)

EG2

(80)

D8 (240)

D6 (70)

EG1

(40)

EG1

(250)

EG1

(40)

EG1

(40)

EG1

(100)

EG1

(20)

EG2

(70)

UH-3

UH-4

EM OPEN

OFFICE

EOC

TRAILER

& TOW

VEHICLES

STORAGE

HALLWAY

MEN

DISPATCH

SLEEPING

QUARTERS

WOMEN

HALLWAY

EOC SIPR

STAIR

BREAK

ROOM

HALLWAY

ASSISTANT

CHIEF OF

OPERATIONS

STATION

CHIEF

PPE

CLOTHING/

GEAR

STORAGE

ELEV.

EQUIP.

JAN.

CLOSET

STOR.

COMM.

STAIR

BDOC/

DISPATCH

MECHANICAL

ELECTRICAL

OFFICE

ASST

CHIEF

TECH

SVCS

VESTIBULE

TESTING

102 CHIEF OF

TRAINING

FIRE

CHIEF

OFFICE

UNISEX

SG1

(210)

SG1

(210)

D8 (175)

TYP 4

RG1

(790)

D12 (400)

TYP 2

14ø EXH

BOD 12'-0"

14ø OA

BOD 12'-0"

14ø SA

12ø SA 12ø RA

8ø OA

12ø SA 10ø SA

EF-6

12ø OA

14ø RA

8ø OA

14ø EXH 10ø EXH

8ø EXH

6ø EXH

12ø SA

14ø SA

4ø OA

14ø RA

14ø OA

14ø RA 10ø RA 8ø RA

8ø RA (TYP)

14ø SA 12ø SA 10ø SA

8 EXH

14ø EXH

10ø SA

8ø RA 6ø RA (TYP)

8ø SA

6ø EXH

10ø OA

ACU-1

ACCU-2

WSHP-3A

8ø OA

10ø SA 8ø OA

10ø SA

NO2

LVR-3

6ø EXH

EG2

(85)

EF-612x12 EXH

BOD 12'-6"

10x12 EXH

6ø OA

8ø OA

VCP-2

1 2 3 4 5 6

C H

2M H

L R

D c

D O

C U

T, A

N D

T H

C O

N , A

R U

T O

E, IS

T H

F C

H 2M

N O

B E

D , I

N W

H O

T, F

O R

A N

Y O

P R

C T

H O

U T

W R

N A

O R

O F

C H

2M H

F D

O C

U M

BAR IS ONE INCH ON

ORIGINAL DRAWING.

1"0

VERIFY SCALE

DATE

PROJ

DWG

SHEET

N D

R C

H K

E N

FILENAME: PLOT DATE/TIME:

GENERAL SHEET NOTES

SHEET KEYNOTES

ILL

, O

A N

G B

O R

T, S U

, O H

-0

-9

KEYPLAN

A B 1/8" = 1'-0"

BIM 360://US OH-684448CH-Mansfield Fire Station/684448-MH-18.rvt 8/1/2019 2:36:46 PM

B -3

AUG 2019

684448CH

MH-111

J M

C M

U R

R C

D M

Y D

R H

1/8" = 1'-0"

8 0 8

Scale: 1/8 INCH = 1 FOOT

BLDG

TRUE

1 14" DIA OUTSIDE AIR DUCT UP TO SECOND FLOOR.

REFER TO DRAWING MH-121 FOR CONTINUATION.

2 14" DIA EXHAUST AIR DUCT DOWN FROM SECOND

FLOOR. REFER TO DRAWING MH-121 FOR

CONTINUATION.

3 12"X12" EXHAUST AIR DUCT UP TO EF-5 ON ROOF.

4 4" DIA COMBUSTION AIR AND 4" DIA EXHAUST UP TO

CONCENTRIC BOX.

5 AIR INTAKE LOUVER SILL HEIGHT SHALL BE AT 10'-0"

AFF. PROVIDE LOW-LEAK MOTORIZED DAMPER.

DAMPER SHALL BE INTERLOCKED TO OPEN

WHENEVER EF-5 IS OPERATING. DAMPER SHALL BE

CLOSED WHEN EF-5 IS OFF.

6 CO/NO2 CONTROL PANEL.

7 TERMINATE 6" DIA EXHAUST DUCT ON EXTERIOR

WALL WITH ROUND HOODED WALL CAP WITH

INTEGRAL BACKDRAFT DAMPER.

8 12"X10" EXHAUST AIR DUCT DOWN. TERMINATE AT

12" AFF WITH A 45 DEGREE ANGLED INLET FACE.

COVER OPENING WITH 1" ALUMINUM WIRE MESH

SCREEN.

9 LOCATION FOR CO SENSOR, NO2 SENSOR AND

MANUAL SWITCH FOR EF-5 CONTROL.

10 PROVIDE TRANSFER GRILLE TG-1 WITH 1-1/2 HOUR

RATED FIRE DAMPER. INSTALL TG-1 AT 12" AFF.

11 PROVIDE TRANSFER GRILLE TG-1 WITH 1-1/2 HOUR

RATED FIRE DAMPER. INSTALL TG-1 ABOVE CLOSET

DOOR.

A. REFER TO DRAWING M-001 FOR GENERAL NOTES,

ABBREVIATIONS AND SYMBOLS.

B. REFER TO DRAWING M-501 AND M-502 FOR HVAC

STANDARD DETAILS.

C. DUCT BRANCH SIZES TO DIFFUSERS AND GRILLES

NOT INDICATED ON PLANS. REFER TO DIFFUSER

SCHEDULES ON DRAWING M-605.

D. PROVIDE 1-1/2 HOUR FIRE DAMPERS AT DUCT

PENETRATIONS THROUGH FIRE RATED WALLS.

O R

C O

N S T

R U

C T I

O N

D P

200148

ILL

File details come from the government source that posted it. Updated Dec 28, 2023.