Amd_0002_Atch_1_APPENDIX_B_GOOD_FELLOW_LODGE_0002.pdf

Line Item Equipment Tag Equipment Type Manufacturer Model Serial No. Location Controls Manufacturer BAS Platform Version

VFD OR CONTROL

Manufacturer Model Notes

1 AHU-1 AIR HANDLING UNIT CARRIER AVD16 25400014955 WEST WING JOHNSON CONTROLS, INC. F4-XPM09090-0 / F4-CGM09090-0 REV E / REV F

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -1160 CFM

2 AHU-2 AIR HANDLING UNIT CARRIER AVD16 25400014952 RECREATION AREA 006 JOHNSON CONTROLS, INC. F4-XPM09090-0 / F4-CGM09090-0 REV E / REV F

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -1150 CFM

3 AHU-3 AIR HANDLING UNIT CARRIER AVD16 25400014953 SOUTH GREAT HALL 101 JOHNSON CONTROLS, INC. F4-XPM09090-0 / F4-CGM09090-0 REV E / REV F

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -1120 CFM

4 AHU-4 AIR HANDLING UNIT CARRIER AVD16 25400014949 NORTH GREAT HALL 101 JOHNSON CONTROLS, INC. F4-XPM09090-0 / F4-CGM09090-0 REV E / REV F

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -990 CFM

5 AHU-5 AIR HANDLING UNIT CARRIER AVD20 25400014956 NORTH WING JOHNSON CONTROLS, INC. F4-XPM09090-0 / F4-CGM09090-0 REV E / REV F

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -1950 CFM

6 AHU-6 AIR HANDLING UNIT CARRIER AVD16 25400014954 EAST WING JOHNSON CONTROLS, INC. F4-XPM09090-0 / F4-CGM09090-0 REV E / REV F

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -1140 CFM

7 AHU-7 AIR HANDLING UNIT CARRIER AVD08 25U00014331 THIRD FLOOR JOHNSON CONTROLS, INC. F4-XPM09090-0 / F4-CGM09090-0 REV E / REV F

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -800 CFM

8 AHU-8 AIR HANDLING UNIT CARRIER AVD08 25U00014333 THIRD FLOOR JOHNSON CONTROLS, INC. F4-XPM09090-0 / F4-CGM09090-0 REV E / REV F

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -780 CFM

9 AHU-9 AIR HANDLING UNIT CARRIER AVD08 25U00014332 THIRD FLOOR JOHNSON CONTROLS, INC. F4-XPM09090-0 / F4-CGM09090-0 REV E / REV F

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -780 CFM

10 EF-1 FAN COOK GCVF-180 N/A JAN. CLOSET 014

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -140 CFM

11 EF-2 FAN COOK GCVF-100 N/A RESTROOM 012

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -70 CFM

12 EF-3 FAN COOK GCVF-100 N/A RESTROOM 011

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -70 CFM

13 EF-4 FAN COOK GCVF-180 N/A

WOMEN S RESTROOM

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -1160 CFM

14 EF-5 FAN COOK GCVF-180 N/A MEN S RESTROOM 005

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -210 CFM

15 EF-6 FAN COOK GCVF-100 N/A RESTROOM 107

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -70 CFM

16 EF-7 FAN COOK GCVF-100 N/A RESTROOM 108

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -70 CFM

17 EF-8 FAN COOK 100SQN28D (VF) 006PLS551 / 2-01/0000701 MECH ROOM 009

1. VIBRATION ISOLATION FURNISHED WITH UNIT.

2. CHILLED WATER IS 35% PROPYLENE GLYCOL.

3. STAINLESS STEEL DRAIN PANS. 4.

AIRFLOW -750 CFM

18 LD-1 LINEAR DIFUSER TITUS FL-JT NA 2ND FLOOR

19 LG-1 LINEAR DIFUSER TITUS CT-481 NA FIRST FLOOR

20 L-EA-1 LOUVER RUSKIN ELF375DX BASEMENT SOUTH

21 L-OA-1 LOUVER RUSKIN ELF375DX MECH ROOM 009

22 L-OA-2 LOUVER RUSKIN ELF375DX MECH ROOM 009

23 L-OA-3 LOUVER RUSKIN ELF375DX MECH ROOM 017

24 L-OA-4 LOUVER RUSKIN ELF375DX MECH ROOM 007

25 MOD-1-1 MOTOR OPERATED DAMPER

MECH ROOM 009 AHU-1

OA

26 MOD-2-1 MOTOR OPERATED DAMPER

MECH ROOM 009 AHU-2

OA

27 MOD-2-2 MOTOR OPERATED DAMPER

MECH ROOM 009 AHU-2

RA

28 MOD-3-1 MOTOR OPERATED DAMPER

MECH ROOM 009 AHU-3

OA

29 MOD-3-2 MOTOR OPERATED DAMPER

MECH ROOM 009 AHU-3

RA

30 MOD-4-1 MOTOR OPERATED DAMPER

MECH ROOM 016 AHU-4

OA

31 MOD-4-2 MOTOR OPERATED DAMPER

MECH ROOM 016 AHU-4

RA

APPENDIX B1: FACILITY: GOOD FELLOW LODGE

Line Item Equipment Tag Equipment Type Manufacturer Model Serial No. Location Controls Manufacturer BAS Platform Version VFD Manufacturer

Model Notes

32 MOD-5-1 MOTOR OPERATED DAMPER

MECH ROOM 017 AHU-5

OA

33 MOD-6-1 MOTOR OPERATED DAMPER

MECH ROOM 007 AHU-6

OA

34 MOD-7-1 MOTOR OPERATED DAMPER

THIRD FLOOR

AHU-7OA

35 MOD-8-1 MOTOR OPERATED DAMPER

THIRD FLOOR

AHU-8OA

36 MOD-9-1 MOTOR OPERATED DAMPER

THIRD FLOOR

AHU-9OA

37 MOD-EF-8-1 MOTOR OPERATED DAMPER EF-8

38 FCU-3 FAN COIL UNIT - HYDRONIC JOHNSON CONTROLS, INC. FHX-004 NA MECH ROOM 017 1. CHILL WATER IS 35% PROPYLENE GLYCOL.

39 CH-1 AIR COOLED CHILLER CARRIER 1P30RC-0405310-0413 S2025Q906882 WEST WING JOHNSON CONTROLS, INC. YLAA0041HE177XCBBCTX 1. REFRIGERANT R410A

40 B-1 BOILER - HOT WATER LOCHINVAR FTX600N MECH ROOM 009

41 B-2 BOILER - HOT WATER LOCHINVAR FTX600N MECH ROOM 009

42 CWP-1 PUMP CHILLED WATER BELL & GOSSETT e-80SC 1.5x1.5x7C 187203 CHILLED WATER ABB

ACH580, ACQ580,

ACS580

1. 35% PROPYLENE GLYCOL.

2. PUMP IS 100% DUTY.

3. PUMP IS FLOOR MOUNTED.

43 HWP-1 PUMP HEATING WATER BELL & GOSSETT e-80 1.5x1.59.5B 187226 MECH ROOM 009 ABB

ACH580, ACQ580,

ACS580

1. PUMP IS 100% DUTY.

2. PUMP IS SUSPENDED.

44 HWP-2 PUMP HEATING WATER BELL & GOSSETT e-80 1.5x1.59.5B 187226 MECH ROOM 009 ABB

ACH580, ACQ580,

ACS580

1. PUMP IS 100% DUTY.

2. PUMP IS SUSPENDED.

45 ET-1 EXPANSION TANK BELL & GOSSETT B-100 435345 MECH ROOM 009

1. TANK SHALL BE PRE-CHARGED

TO 23 PSI.

46 ET-2 EXPANSION TANK BELL & GOSSETT B-100 435344 MECH ROOM 017

1. TANK PRE-CHARGED TO 23 PSI.

2. 35% PROPYLENE GLYCOL.

1 BOILER RUN, 1 BOILER STANDBY

APPENDIX B1: FACILITY: GOOD FELLOW LODGE

PAGE TITLE

PROJECT NO DRAWN BY

PROJECT MANAGER

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Good Fellow Lodge

PAGE NUMBER

ENGINEER

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REVISION

SUBMITTAL

DATE

11/08/2024

BY

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REVISION

REVISION

DATE

04/14/2024

BY

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PROJECT

Cover Page

00.00

Good Fellow Lodge

Building Automation System Drawings

Indiana Dunes National Park

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DESCRIPTION

DESCRIPTION

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APPENDIX B.4: CONTROLLERS

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

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DATE

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DATE

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PROJECT

00.01

Index Page

Index Page Rev Drawing Description

00.00 Cover Page

00.01 Index Page

1 01.01 Network Manager Information

1 01.02 Uninterruptable Power Supplies

01.03 Network Manager Panel Detail

01.04 Network Riser List

1 01.05 Floor Plan - Basement

1 01.06 Floor Plan - Level 1

1 01.07 Floor Plan - Level 2

1 01.08 Floor Plan - Level 3

1 02.01 Chilled Water Plant Flow

02.02 Chilled Water Plant Panel Detail

02.03 Chilled Water Plant Point Schedule

1 02.04 Chilled Water Plant Controller Wiring

02.05 Chilled Water Plant Sequences

1 03.01 Hot Water Plant Flow

03.02 Hot Water Plant Panel Detail

1 03.03 Hot Water Plant Point Schedule

1 03.04 Hot Water Plant Controller Wiring

03.05 Hot Water Plant Sequences

Rev Drawing Description

00.00 Cover Page

00.01 Index Page

1 01.01 Network Manager Information

1 01.02 Uninterruptable Power Supplies

01.03 Network Manager Panel Detail

01.04 Network Riser List

1 01.05 Floor Plan - Basement

1 01.06 Floor Plan - Level 1

1 01.07 Floor Plan - Level 2

1 01.08 Floor Plan - Level 3

1 02.01 Chilled Water Plant Flow

02.02 Chilled Water Plant Panel Detail

02.03 Chilled Water Plant Point Schedule

1 02.04 Chilled Water Plant Controller Wiring

02.05 Chilled Water Plant Sequences

1 03.01 Hot Water Plant Flow

03.02 Hot Water Plant Panel Detail

1 03.03 Hot Water Plant Point Schedule

1 03.04 Hot Water Plant Controller Wiring

03.05 Hot Water Plant Sequences

Rev Drawing Description

04.01 AHU Schedule

1 04.02 AHU with Demand-Controlled Ventilation

04.03 AHU without Demand-Controlled Ventilation

1 04.04 AHU-DCV Point Schedule

04.05 AHU Point Schedule

1 04.06 AHU Controller Wiring (DCV)

1 04.07 AHU Controller Wiring (non-DCV)

04.08 AHU Sequences

05.01 Split DX Fan Coil Units

05.02 Hydronic Fan Coil Flow

05.03 Hydronic Fan Coil Unit Sequence

05.04 Unit Heater Flow

1 06.01 Mechanical Room Ventilation Exhaust Fan

06.02 Standalone Exhaust Fans

1 06.03 Exhaust Fan Point Schedule

1 06.04 Exhaust Fan Controller Wiring

07.01 Generator and ATS Monitoring

07.02 ATS Point Schedules

07.03 ATS Monitoring Controller Wiring

1 08.01 Valve Schedule

1 08.02 Damper Schedule

08.03 Variable Frequency Drives

Rev Drawing Description

04.01 AHU Schedule

1 04.02 AHU with Demand-Controlled Ventilation

04.03 AHU without Demand-Controlled Ventilation

1 04.04 AHU-DCV Point Schedule

04.05 AHU Point Schedule

1 04.06 AHU Controller Wiring (DCV)

1 04.07 AHU Controller Wiring (non-DCV)

04.08 AHU Sequences

05.01 Split DX Fan Coil Units

05.02 Hydronic Fan Coil Flow

05.03 Hydronic Fan Coil Unit Sequence

05.04 Unit Heater Flow

1 06.01 Mechanical Room Ventilation Exhaust Fan

06.02 Standalone Exhaust Fans

1 06.03 Exhaust Fan Point Schedule

1 06.04 Exhaust Fan Controller Wiring

07.01 Generator and ATS Monitoring

07.02 ATS Point Schedules

07.03 ATS Monitoring Controller Wiring

1 08.01 Valve Schedule

1 08.02 Damper Schedule

08.03 Variable Frequency Drives

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

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REVISION

REVISION

DATE

04/14/2024

BY

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DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

01.01

Network Manager Information

Network Manager Information

Front End Information

Brand: Honeywell Host ID: QNX-TITAN- Serial # NN Date Code: NN License: 25-Devices / 1250 Points 1 Year Maintenance 3rd Party Drivers: None

LAN1

IP:

Subnet:

Gateway:

DNS:

DNS:

LAN2

IP: 192.168.1.140

Subnet: 255.255.255.0

WIFI

Active: YES

IP:

SSID:

Password:

CAT5Customer LAN

Outlet Adapter Power Supply

Barrel Plug

COM-1

COM-2

Bill of Materials

ITEM QTY PART DESCRIPTION

Panel

JACE 1 FX-SC9BASE-0 JACE 9000 Controller (Johnson)

JACE 1 FX-SC9CL025-0 Core License, 25 Devices / 1250 Points (Johnson)

JACE 1 FX-SC9D025M1-0 Initial Software Maintenance, 25-99 Devices (Johnson)

JACE 1 FX-SC8XPS-0 Power Supply, 120VAC to 24VDC, Barrel Plug (Johnson)

WORKSTATION 1 21MS0068US Lenovo IdeaPad, 16", 1TB Storage, 16GB RAM, Intel Core Ultra 7 155U

Portable Operator Terminal

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

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DATE

11/08/2024

BY

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REVISION

DATE

04/14/2024

BY

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U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

01.02

Uninterruptable Power Supplies

Uninterruptable Power Supplies Bill of Materials

ITEM QTY PART DESCRIPTION

Field

UPS (DESKTOP) 1 UPS600 Uninterruptable Power Supply, Desktop

UPS (ENC) 3 PSH600-UPS Uninterruptable Power Supply, Enclosed 14x12x6

Typical 3 enclosed; one for each of Building Controller, Hot Water Plant, and Chilled Water Plant One (not enclosed) for customer laptop

UNINTERRUPTABLE POWER SUPPLY KIT

UPS

Shown Without CoverShown With Cover

PSH2RB10

UPS:

Backup Time:

Power Consumption:

M ax Load:

Frequency:

UPS Temperature Rating:

UPS Transfer Time:

Approvals:

Operating Temperature:

Humidity Range:

M ain Breaker ON/ OFF:

Approvals:

Dimensions:

Origin:

600VA

2. 5 Min. @ Full 600 VA Load 1 0 Min. @ 1 /2 Load Up to 3 Amp @1 20 Vac 330 Watt 50/60 Hz 32 to 1 04° F 6ms UL Listed, UL1 778

-30 to 1 40° F 5 to 95% (noncondensing) Switch / Breaker (1 0 Amp) UL Listed, UL91 6, C-UL, CE, RoHS 1 2. 000 ̋H x 1 4. 000 ̋W x 6. 000 ̋D Metal Housing with Screw Cover Made of US and non-US parts

PSH600-UPS

600VA UPS Backup Power Control Center, 1 2” x 1 4” x 6” Metal Enclosure

SPECIFICATIONS

h hh h

ESTIMATED BACKUP TIME VS. LOAD

Load (Watts)

Ba ck up T im e

(M in ut es

On/Off Switch, Breaker, &

Indicator Light

Computer OutletTo UPS

UPS

Output

G N

D

N eu t.

H ot

Line Input

G N

D

H ot

N eu t.

RESET

OFF

UPS

(Not Included)

To Protected DeviceFrom

UPS

To UPS

1 20 Vac Line Input

Hot

Neut.

GND

Panel Load Backup Time

Jace 100VA 20 min

Chiller System 200VA 8 min

Hot Water System 200VA 8 min

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

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DATE

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DATE

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PROJECT

01.03

Network Manager Panel Detail

Network Manager Panel Detail

Subpanel Assembly Scale: 1"=8"

Door Layout Scale: 1"=8"

14.00 in.

16.00 in.

.0 in

.0 in

16.00 in.

.0 in

. LATCH

1.

“ W

IR

E D

U C

T

1.

“ W

IR

E D

U C

T

1.50“ WIRE DUCT

1.50“ WIRE DUCT

1.50“ WIRE DUCT

RESET

OFF

ON

OFF

RESET

OFF

ON

OFF

1-3/8”DIN RailJACE

Bill of Materials

ITEM QTY PART DESCRIPTION

Panel

CTRL PWR 1 PSH100AWB10 Panel Power Supply, 100VA

DIN Rail 1 DN-R35SAL1-2 DIN Rail, 35mm x 10mm x 1m, Pack of 2

ENC 1 SCE-20N1606LP Enclosure, 16"W x 20"H x 6"D, NEMA 1, ANSI 61 Gray, Hinged Cover, Quarter-Turn Latch

ENC 1 SCE-20N16MPP Subpanel for 16x20 Enclosure

JACE 1 - See Network Manager Information (01.01) for selection

Wire Duct 1 T1E-1530W-1 Wire Duct, 1.5in x 3in x 6.5 ft

Located in Mechanical 016

HVAC Jace Supervisor

120V Power from the UPS

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

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SUBMITTAL

DATE

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U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

Equipment Controller Equipment / Service Location Floor JACE Trunk MAC ID Installation Programming Test Operation Date Notes

AHU-4 CGM Mechanical 016 Basement JACE-1 1 11 2011

HWS CGM TCP-HWS in Mechanical Room 009 Basement JACE-1 1 5 2005

EF08 CGM TCP-HWS in Mechanical Room 009 Basement JACE-1 1 6 2006

AHU-1 CGM Mechanical Room 009 Basement JACE-1 1 8 2008

AHU-2 CGM Mechanical Room 009 Basement JACE-1 1 9 2009

AHU-3 CGM Mechanical Room 009 Basement JACE-1 1 10 2010

AHU-5 CGM Mechanical 017 Basement JACE-1 1 12 2012

FCU-3 CGM Mechanical 017 Basement JACE-1 1 17 2017

CHWS CGM TCP-CHWS in Mechanical 017 Basement JACE-1 1 4 2004

ATS_Pts CGM TCP-CHWS in Mechanical 017 Basement JACE-1 1 7 2007

AHU-6 CGM Mechanical 007 Basement JACE-1 1 13 2013

AHU-9 CGM Interstitial Space 301 Level 3 JACE-1 1 16 2016

AHU-8 CGM Interstitial Space 301 Level 3 JACE-1 1 15 2015

AHU-7 CGM Interstitial Space 301 Level 3 JACE-1 1 14 2014

CH-1 Vendor Outside off of w est w ing Basement JACE-1 2 4 3004

BLR_MGMT Vendor Mechanical Room 009 Basement JACE-1 2 5 3005

HWP-1 VFD Mechanical Room 009 Basement JACE-1 2 7 3007

HWP-2 VFD Mechanical Room 009 Basement JACE-1 2 8 3008

CWP-1 VFD Mechanical 017 Basement JACE-1 2 6 3006

01.04

Network Riser List

Network Riser List

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

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U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

01.05

Floor Plan - Basement

Floor Plan - Basement

Important:

Floor plan drawings are is intended to depict stub-out locations and initially intended network bus routing.

Control drawings include complete depiction of necessary control wires and devices.

Generally, end-devices located on equipment or end-devices in the same room as the DDC panel are not shown on this drawing.

End devices shown on this drawing (even if not in same room as DDC panel) are shown for convenience only.

ended to depict stub-out locations and routing.

mplete depiction of necessary control

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

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U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

01.06

Floor Plan - Level 1

Floor Plan - Level 1

Important:

Floor plan drawings are is intended to depict stub-out locations and initially intended bus routing.

Control drawings include complete depiction of necessary control wires and devices.

Generally, end-devices located on equipment or end-devices in the same room as the DDC panel are not shown on this drawing.

End devices shown on this drawing (even if not in same room as DDC panel) are shown for convenience only.

epict stub-out locations and ction of necessary control

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

01.07

Floor Plan - Level 2

Floor Plan - Level 2

Important:

Floor plan drawings are is intended to depict stub-out locations and initially intended bus routing.

Control drawings include complete depiction of necessary control wires and devices.

Generally, end-devices located on equipment or end-devices in the same room as the DDC panel are not shown on this drawing.

End devices shown on this drawing (even if not in same room as DDC panel) are shown for convenience only.

ded to depict stub-out locations and ete depiction of necessary control

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

01.08

Floor Plan - Level 3

Floor Plan - Level 3

Important:

Floor plan drawings are is intended to depict stub-out locations and initially intended bus routing.

Control drawings include complete depiction of necessary control wires and devices.

Generally, end-devices located on equipment or end-devices in the same room as the DDC panel are not shown on this drawing.

End devices shown on this drawing (even if not in same room as DDC panel) are shown for convenience only.

to depict stub-out locations anddd depiction of necessary control

Conceal conduit

Conceal conduit

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

02.01

Chilled Water Plant Flow

Chilled Water Plant Flow

Glycol Feed System

Bill of Materials

ITEM QTY PART DESCRIPTION

Field

CH1-A 1 - Chiller Alarm 24VAC Output

CH1-EN 1 - Chiller Enable Remote Dry Contact Input

CH1EW-T 1 A/1K-NI-IM-2.5"-PB Immersion RTD, 1K Nickel, 2.5in Well

CH1HT-C 1 - Chiller Heat Trace Start/Stop Remote Dry Contact Input

CH1LW-T 1 A/1K-NI-IM-2.5"-PB Immersion RTD, 1K Nickel, 2.5in Well

CH1SP-O 1 - Chiller Leaving Temperature Setpoint Analog Input

CHP1-CALL 1 - Chiller Call for Pump 24VAC Output

CHW-DP 1 2301100PD3V2EB Differential Pressure, Wet, 3-Valve Manifold, 0-100PSI

CHWP1-A 1 - VFD Alarm Aux Contact

CHWP1-C 1 RIBU1C 10 Amp Pilot Control Relay

CHWP1-O 1 - VFD Speed Control Remote Analog Input

CHWP1-S 1 A/MSCS-A Current Switch, Split Core, Adjustable, Mini

EVAP-DP 1 2301005PD3V2EB Differential Pressure, Wet, 3-Valve Manifold, 0-5PSI

GFS-A 1 - Glycol Fill System Alarm Aux Contact

Common Temperature Reset

Cooling Setpoint CWP Interlock

Not used Remote On/Off Remote On/Off

Dual Setpoint Dual Setpoint

CWP Interlock

CH1SP-O

Alarm Relay Heat Heat

Relays Common Space Temperature Space Temperature

CWP 2 Relay CWP 1 Relay

Net + Net -

Shield

Chiller LVT

UPC Open Board

MSTPMSTP

MSTPMSTP

Bus from previous device

Bus to next device

CH1-A

CH1-A

CHP1-CALL

CHP1-CALL

CH1-EN

CH1-EN

CH1-A

CHP1-CALL

CH1-EN

Relays located in DDC Panel

Chiller Control Terminations

CH1HT-C

CH1HT-C

CH1HT-C

AV:7

AV:6

Min Flow: 52.17 GPM

Chiller located outdoors at basement level DDC Panel and pump are located in Mechanical 017

Device Legend

= Newly Furnished by BAS

= Furnished by Others As Noted

= Existing to Remain

Device Legend

= Newly Furnished by BAS

= Furnished by Others As Noted

= Existing to Remain

Design DP across evaporator is 7.3 ft WG

(3.139 PSI)

CH-1

HWR

HWS

CHWP1-C

18-2

CHWP1-S

18-2

CHWP1-O

18-2

CHWP1-A

18-2

CH1LW-T

18-2

CH1EW-T

18-2

GFS-A

18-2

BACnet/MSTP VFDBACnet/MSTP VFD

CH1-EN

18-2

CH1-A

18-2

CH1SP-O

18-2

CHP1-CALL

18-2

Blk

Wht

Blu

CH1HT-C

18-2

Leaving Fluid Temp

Entering Fluid Temp

H L

EVAP-DP

18-3

H

L

CHW-DP

18-3

CH1-S

Software

CHP1-SP

Software

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

02.02

Chilled Water Plant Panel Detail

Chilled Water Plant Panel Detail

22.00 in.

24.00 in.

.0 in

.0 in

24.00 in.

.0 in

. LATCH

RESET

OFF

RESET

OFF

1.

“ W

IR

E D

U C

T

1.

“ W

IR

E D

U C

T

1.50“ WIRE DUCT

1.50“ WIRE DUCT

1.50“ WIRE DUCT

1.50“ WIRE DUCT

1-3/8”DIN Rail

1-3/8”DIN Rail

C H

1-

EN

C H

1-

EN

CH

1H

T- C

CH

1H

T- C

C H

1- A

C H

1- A

CH

P1

-C

AL

L

CH

P1 -C

AL

L

CTRL CTRL IO 1

1-3/8”DIN Rail

Subpanel Assembly Scale: 1"=8"

Door Layout Scale: 1"=8"

Bill of Materials

ITEM QTY PART DESCRIPTION

Controllers

CTRL 2 F4-CGM09090-0 Controller, General-Purpose, 9in/9out, MSTP

CTRL IO 1 F4-XPM09090-0 Controller I/O, 9in/9out

CTRL PWR 1 PSH100A100AWB10 Panel Power Supply, Dual 100VA Circuits

RELAYS 4 RH1B-ULAC24V Cube Relay, 24VAC, SPDT

RELAYS 4 SH1B-05 Cube Relay Socket, SPDT

Panel Fab

CHANNEL 2 T1E-1530W-1 Wire Duct, 1.5in x 3in x 6.5 ft

DIN Rail 1 DN-R35SAL1-2 DIN Rail, 35mm x 10mm x 1m, Pack of 2

ENC 1 SCE-36N2406LP Enclosure, 24"W x 36"H x 6"D, NEMA 1, ANSI 61 Gray, Hinged Cover, Quarter-Turn Latch

ENC 1 SCE-36N24MPP Subpanel for 24x36 Enclosure

TB 0.1 KN-ECT6YEL Konnect-It terminal block end cover, yellow. Package of 10. For use with KN-T12 to KN-T6 series terminal blocks.

TB 0.2 KN-EB7-10 Konnect-It Screw-Down End Bracket, 10mm wide for use with 35mm DIN rail

TB 0.267 KN-4J12 Konnect-It terminal block jumper, screw-down type, 4-pole, 24A, 750V. Package of 15. For use with KN-T12 or KN-D12 series block.

TB 0.32 KN-T12BLU-25 Konnect-It screw single-level feedthrough terminal block, Blue

TB 0.32 KN-T12YEL-25 Konnect-It screw single-level feedthrough terminal block, Yellow

TB 0.4 KN-G10SP-10 Konnect-It Screw Grounding Terminal Block

ATS_Pts

Chiller Control Panel

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

02.03

Chilled Water Plant Point Schedule

Chilled Water Plant Point Schedule

System Point Tag Description Jace Pt ID Signal Units Controller Trunk Add Notes CHW_SYS UI-1 CHW-DP Chilled Water Differential Pressure ChilledWaterDifferential_Pressure 0-10VDC psid CGM09090 BACnet CHW_SYS UI-2 CH1EW-T Chiller 1 Entering Water Temperature Chiller1EnteringWater_Temperature 1K Nickel deg F CGM09090 BACnet CHW_SYS UI-3 CH1LW-T Chiller 1 Leaving Water Temperature Chiller1LeavingWater_Temperature 1K Nickel deg F CGM09090 BACnet CHW_SYS UI-4 CHWP1-A Chilled water Pump 1 Alarm ChilledwaterPump1_Alarm Dry Contact Maintained Normal Alarm CGM09090 BACnet CHW_SYS UI-5 GFS-A Glycol Fill System Alarm GlycolFillSystem_Alarm Dry Contact Maintained Normal Alarm CGM09090 BACnet CHW_SYS UI-6 CHP1-CALL Chiller Pump 1 Call ChillerPump1_Call Dry Contact Maintained Off On CGM09090 BACnet CHW_SYS UI-7 CGM09090 BACnet CHW_SYS BI-1 CHWP1-S Chilled Water Pump 1 Status ChilledWaterPump1_Status Dry Contact Maintained Off On CGM09090 BACnet CHW_SYS BI-2 CH1-A Chiller 1 Alarm Chiller1_Alarm Dry Contact Maintained Normal Alarm CGM09090 BACnet CHW_SYS BO-1 CHWP1-C Chilled Water Pump 1 Command ChilledWaterPump1_Command 24VAC Maintained Off On CGM09090 BACnet CHW_SYS BO-2 CH1-EN Chiller 1 Enable Chiller1_Enable 24VAC Maintained Off On CGM09090 BACnet CHW_SYS BO-3 CH1HT-C Chiller 1 Heat Trace Command Chiller1HeatTrace_Command 24VAC Maintained Off On CGM09090 BACnet CHW_SYS CO-1 CGM09090 BACnet CHW_SYS CO-2 CGM09090 BACnet CHW_SYS CO-3 CGM09090 BACnet CHW_SYS CO-4 CGM09090 BACnet CHW_SYS CO-5 CGM09090 BACnet CHW_SYS AO-1 CH1SP-O Chiller 1 Setpoint Output Chiller1Setpoint_Output 0-10VDC % CGM09090 BACnet CHW_SYS AO-2 CHWP1-O Chilled Water Pump 1 Output ChilledWaterPump1_Output 0-10VDC % CGM09090 BACnet CHW_SYS UI-1 EVAP-DP Evaporator Differential Pressure EvaporatorDifferential_Pressure 0-10VDC psig XPM09090-4 SA Bus 4 CHW_SYS UI-2 XPM09090-4 SA Bus 4 CHW_SYS UI-3 XPM09090-4 SA Bus 4 CHW_SYS UI-4 XPM09090-4 SA Bus 4 CHW_SYS UI-5 XPM09090-4 SA Bus 4 CHW_SYS UI-6 XPM09090-4 SA Bus 4 CHW_SYS UI-7 XPM09090-4 SA Bus 4 CHW_SYS BI-1 XPM09090-4 SA Bus 4 CHW_SYS BI-2 XPM09090-4 SA Bus 4 CHW_SYS BO-1 XPM09090-4 SA Bus 4 CHW_SYS BO-2 XPM09090-4 SA Bus 4 CHW_SYS BO-3 XPM09090-4 SA Bus 4 CHW_SYS CO-1 XPM09090-4 SA Bus 4 CHW_SYS CO-2 XPM09090-4 SA Bus 4 CHW_SYS CO-3 XPM09090-4 SA Bus 4 CHW_SYS CO-4 XPM09090-4 SA Bus 4 CHW_SYS CO-5 XPM09090-4 SA Bus 4 CHW_SYS AO-1 XPM09090-4 SA Bus 4 CHW_SYS AO-2 XPM09090-4 SA Bus 4

PAG

E

TITLE

PR

O

JEC

T N

O D

R

AW

N

BY

PR

O

JEC

T M

AN

AG

ER

D

JU

EB

G ood Fellow

Lodge

PAG

E N

U M

BER

EN

G

IN

EER

D

JU

R

EV

ISIO

NSubm ittal D

ATE

11/08/2024

BY

D

JU

R

EV

ISIO

NR

evision

D

ATE

04/14/2024

BY

D

JU

R

EV

ISIO

NAs-Built

D

ATE

BY

U 24-0438

22349 C om m erce Pkw y, Frankfort, IL 60423 bas-ddc.com

• 1-855-597-3339

PR

O

JEC

T

C O

M

SA bus from C

G M

Bus from previous device

Bus to next device

SA bus to XPM

C H

W P1-A

02.04

C hilled W ater Plant C ontroller W iring

C hilled W ater Plant C ontroller W iring

BINARYFC BUSSA BUS

24V~ ADDRESS BINARY

CGM09090

Power Fault

FC BUS

SA BUS

FC EOL

CONFIGURABLE

SA BUS FC BUS

UNIVERSAL

ANALOG

UI-1

UI-C

UI-2

UI-3

UI-C

UI-4

+15V

+15V

UI-5

UI-C

UI-6

UI-7

UI-C

BI-1

BI-C

BI-2

SHD

CO

M

PO

W

ER

CO

M

BO-1

BO-C

BO-2

BO-C

BO-3

BO-C

CO

-C

CO

-1

CO

-2

CO

-C

CO

-3

CO

-C

CO

-4

CO

-C

AO

-1

AO

-C

AO

-2

Hot

Com

C G

M

BINARYFC BUSSA BUS

24V~ ADDRESS BINARY

CGM09090

Power Fault

FC BUS

SA BUS

FC EOL

CONFIGURABLE

SA BUS FC BUS

UNIVERSAL

ANALOG

UI-1

UI-C

UI-2

UI-3

UI-C

UI-4

+15V

+15V

UI-5

UI-C

UI-6

UI-7

UI-C

BI-1

BI-C

BI-2

SHD

CO

M

PO

W

ER

CO

M

BO-1

BO-C

BO-2

BO-C

BO-3

BO-C

CO

-C

CO

-1

CO

-2

CO

-C

CO

-3

CO

-C

CO

-4

CO

-C

AO

-1

AO

-C

AO

-2

Hot

Com

C G

M

BINARY

24V~ ADDRESS BINARY

XPM09090

Power Fault

SA/FC BUS

FC EOL

CONFIGURABLE

SA / FC

BUS

UNIVERSAL

ANALOG

FC BUS

SA BUS

UI-1

UI-C

UI-2

UI-3

UI-C

UI-4

+15V

+15V

UI-5

UI-C

UI-6

UI-7

UI-C

BI-1

BI-C

BI-2

01020304

SHD

PW

R

CO

M

CO

M

Hot

Com

BO

-1

BO

-C

BO

-2

BO

-C

BO

-3

BO

-C

CO

-C

CO

-1

CO

-2

CO

-C

CO

-3

CO

-C

CO

-4

CO

-C

AO

-1

AO

-C

AO

-2

XPM

BINARY

24V~ ADDRESS BINARY

XPM09090

Power Fault

SA/FC BUS

FC EOL

CONFIGURABLE

SA / FC

BUS

UNIVERSAL

ANALOG

FC BUS

SA BUS

UI-1

UI-C

UI-2

UI-3

UI-C

UI-4

+15V

+15V

UI-5

UI-C

UI-6

UI-7

UI-C

BI-1

BI-C

BI-2

01020304

SHD

PW

R

CO

M

CO

M

Hot

Com

BO

-1

BO

-C

BO

-2

BO

-C

BO

-3

BO

-C

CO

-C

CO

-1

CO

-2

CO

-C

CO

-3

CO

-C

CO

-4

CO

-C

AO

-1

AO

-C

AO

-2

XPM

SA

B us

SA

B us

M

STP

M

STP

M

STP

M

STP

SA

B us

SA

B us

H O

T C

O M

H O

T C

O M

C H

W -D

P

+ EXC

+ O

U T

C O

M

C O

M

C O

M

H O

T

C H

1EW

-T

C O

M

C H

1LW

-T

G

FS-A

C H

P1-C

ALL

95 95

C H

W P1-S

C H

1-A 95 95

C

H

1-EN

C

H

1-EN

COM

HOT

C

H 1H

T-C

C H

1H T-C

C H

W P1-C

C H

W P1-C

C H

1SP-O

C H

W P1-O

98+-

C H

W -D

P

C H

W S-T

C H

W R

-T

C H

W P1-A

G

FS

-A

C H

P1-C

ALL

C H

W P1-S

C H

1-A

C H

W P1-C

C H

1-EN

C H

1H T-C

C H

1SP-O

C H

W P1-O

EVA

P-D

P

C H

W -D

P

+ EXC

+ O

U T

C O

M C

O M

H O

T

SA BusSA Bus

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

02.05

Chilled Water Plant Sequences

Chilled Water Plant Sequences

Chilled Water Plant Chiller Plant Report Generation:

FMCS shall monitor the following points on 10 minute (adj.) intervals within a single trend. The trend shall run for a 100-day (adj.) duration at which point the newest values shall overwrite the oldest values:

- Date

- Time

- Global Outside Air Temperature [°F]

- Global Outside Air Dewpoint [°F]

- Average Chilled Water Supply Temperature [°F]

- Average Chilled Water Return Temperature [°F]

- Total Chilled Water Flowrate [GPM]

- Total Chilled Water System Load [TONS]

- Current Draw from Chiller [AMPS]

This information shall be accessible to view in either tabular or graphical form on the FMCS operator workstation.

Once per month, the FMCS shall record the largest chilled water system load [in tons] which occurred during that month. The date, time, outside air temperature, outside air dewpoint, chilled water supply & return temperature and chilled water flowrate that coincided with that event shall also be recorded. This information shall be stored to a memory location on the fmcs operator workstation that is maintained (not automatically overwritten).

Sequence of Operation

The chiller manufacturer shall provide a factory mounted chiller control panel. All available data provided/monitored by the chiller control panel shall be available to and monitored by the FMCS system.

Chiller operation shall be controlled by the chiller control panel and shall be enabled when the outside air temperature rises above 50ºF (adj.) for 15 minutes (adj.). when outside air temperature drops below 48ºF (adj.) for 15 minutes (adj.) chiller operation shall be disabled. Chiller shall not operate until a chilled water valve in the system has a call for cooling and begins to open. Once valve starts to open the fmcs shall energize the lead pump.

Chiller Starting:

When the FMCS indexes a chiller to run the following shall occur:

- The FMCS shall turn on the chilled water pump.

- Upon proof of flow in the evaporator barrel the chiller control panel shall index chiller to start.

- Chiller shall start after all internal safeties are satisfied and shall maintain chilled water supply temperature of 42°F (adj.) via internal controls.

Chiller Stopping:

When the FMCS indexes the chiller to stop the following shall occur:

- The chiller control panel shall index chiller to stop.

- The chiller control panel shall send a signal to the FMCS to shutdown the chilled water pump.

Chilled Water Plant (Cont.)

Chilled Water Pump Control:

The FMCS shall modulate output to the pump VFD as required to maintain DP SETPOINT AT the location of the DP transmitter. DP transmitter signal shall be wired directly to the controller serving pump VFD (signal shall not be transmitted across the FMCS network). FMCS shall reset the DP setpoint until one modulating control valve is 95% open as determined by the valve feedback. In no case shall DP setpoint exceed 10 PSID (adj.) or drop below 2 PSID (adj.).

Freeze Protection:

When the outside air temperature drops below 34ºF (adj.) the minimum flow bypass control valves shall be opened and the chilled water pump shall be started if not already running. When outside air temperature is above 36ºF (adj.) the chilled water system shall return to normal operation.

Chiller Safeties:

Contractor shall coordinate all safety and interlock requirements with chiller manufacturer. TCC shall provide the installation and wiring of chilled water flow switches, and other components provided with chiller as required for proper operation.

Alarms, Interlocks and Safeties:

An alarm shall be indicated at the FMCS when the following occur:

- An alarm is indicated at the chiller control panel

- If chilled water supply temperature is more than 5°F (adj.) above or below setpoint for more than 10 minutes (adj.).

- Should the FMCS command the pump to operate and the pump fails to do so as determined by the VFD status, an alarm shall be indicated at the FMCS operator workstation and the FMCS shall start the lag pump.

- An Alarm Condition Occurs at any VFD.

- If system differential pressure is not maintained for more than 15 minutes (adj.).

- An alarm is indicated if the heat trace system fails. The lead chilled water pump shall run if heat trace fails, faults, or goes into alarm.

Glycol Feed System Sequence of Operation:

The glycol feed system controller shall operate the system to maintain the specified pressure in the water system.

Alarms, Interlocks, and Safeties:

An alarm shall be generated at the FMCS operator interface if the glycol controller indicates an alarm.

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

03.01

Hot Water Plant Flow

Hot Water Plant Flow

18-3 to boiler 18-2 to DDC Panel

18-3 to boiler 18-2 to DDC Panel

Pull to boiler Wire type TBD

Pull to boiler Wire type TBD

Pull to boiler management panel Wire type TBD

Pull to boiler management panel Wire type TBD

18-2 to DDC Panel 18-2 to B-1 18-2 to B-2

Bill of Materials

ITEM QTY PART DESCRIPTION

Field

BLRHWS/R-T 2 - Boiler Hot Water Temperatures Analog Output

BLRS-EN 1 RIBU1C 10 Amp Pilot Control Relay

BLRSP-O 1 - Boiler Remote Setpoint Analog Input

EMGSD-A 1 ESL-SS-232004 Emergency Stop Control Station, 1NO, 3NC

HW-DP 1 2301100PD3V2EB Differential Pressure, Wet, 3-Valve Manifold, 0-100PSI

OA-CO2 1 T1552 Outside Air CO2 Enclosure, NEMA 3R with Heater

OA-CO2 1 T8200 Dual Channel CO2 Transmitter

OA-CO2 1 TR20VA003 Isolation Transformer, 24VAC to 24VAC

OA-T,-H 1 HMS82C Outside Air Temperature + Humiditiy with Sun Shield, 4-20mA

PHWPn-A 2 - VFD Alarm Aux Contact

PHWPn-C 2 RIBU1C 10 Amp Pilot Control Relay

PHWPn-O 2 - VFD Speed Control Analog Input

PHWPn-S 2

PHWS/R-T 2 A/1K-NI-IM-1"-PB Immersion RTD, 1K Nickel, 1in Well

Other

BLRnISOV-S 2 Valve See Valve Schedule

Device Legend

= Newly Furnished by BAS

= Furnished by Others As Noted

= Existing to Remain

Device Legend

= Newly Furnished by BAS

= Furnished by Others As Noted

= Existing to Remain

Equipment and DDC panel are located in Mechanical Room 009

Relays from fire alarm system

Emergency shutdown switch per boiler room entrance/exit (1 such)

B-1

B-2

NC/FONC/FO

BLR2ISOV-S

18-5

NC/FONC/FO

BLR1ISOV-S

18-5

HWS

HWR

B1FS-S

B2FS-S

Header Supply

Header Return

BACnet/MSTP VFDBACnet/MSTP VFD

BACnet/MSTP VFDBACnet/MSTP VFD

PHWP1-C

18-2

PHWP1-S

18-2

PHWP1-O

18-2

PHWP1-A

18-2

PHWP2-C

18-2

PHWP2-S

18-2

PHWP2-O

18-2

PHWP2-A

18-2

PHWR-T

18-2

PHWS-T

18-2

L

H

HW-DP

18-3

BLRS-EN

18-2

BLRSP-O

18-2

BLRHWS-T

18-2

BLRHWR-T

18-2

EMGSD-A

18-6

OA-T

OA-H

18-4

CO-50PPM-A

18-2

CO-150PPM-A

18-2

CO-400PPM-A

18-2

OA-CO2

18-6

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

03.02

Hot Water Plant Panel Detail

Hot Water Plant Panel Detail

22.00 in.

24.00 in.

.0 in

.0 in

24.00 in.

.0 in

. LATCH

RESET

OFF

RESET

OFF

1.

“ W

IR

E D

U C

T

1.

“ W

IR

E D

U C

T

1.50“ WIRE DUCT

1.50“ WIRE DUCT

1.50“ WIRE DUCT

1.50“ WIRE DUCT

1-3/8”DIN Rail

1-3/8”DIN RailCTRL CTRL IO 1

1-3/8”DIN Rail

Subpanel Assembly Scale: 1"=8"

Door Layout Scale: 1"=8"

Bill of Materials

ITEM QTY PART DESCRIPTION

Controllers

CTRL 2 F4-CGM09090-0 Controller, General-Purpose, 9in/9out, MSTP

CTRL IO 1 F4-XPM09090-0 Controller I/O, 9in/9out

CTRL PWR 1 PSH100A100AWB10 Panel Power Supply, Dual 100VA Circuits

Panel Fab

CHANNEL 2 T1E-1530W-1 Wire Duct, 1.5in x 3in x 6.5 ft

DIN Rail 1 DN-R35SAL1-2 DIN Rail, 35mm x 10mm x 1m, Pack of 2

ENC 1 SCE-36N2406LP Enclosure, 24"W x 36"H x 6"D, NEMA 1, ANSI 61 Gray, Hinged Cover, Quarter-Turn Latch

ENC 1 SCE-36N24MPP Subpanel for 24x36 Enclosure

TB 0.1 KN-ECT6YEL Konnect-It terminal block end cover, yellow. Package of 10. For use with KN-T12 to KN-T6 series terminal blocks.

TB 0.2 KN-EB7-10 Konnect-It Screw-Down End Bracket, 10mm wide for use with 35mm DIN rail

TB 0.267 KN-4J12 Konnect-It terminal block jumper, screw-down type, 4-pole, 24A, 750V. Package of 15. For use with KN-T12 or KN-D12 series block.

TB 0.32 KN-T12BLU-25 Konnect-It screw single-level feedthrough terminal block, Blue

TB 0.32 KN-T12YEL-25 Konnect-It screw single-level feedthrough terminal block, Yellow

TB 0.4 KN-G10SP-10 Konnect-It Screw Grounding Terminal Block

EF-8 CTRL

Hot Water Control Panel

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

System Point Tag Description Jace Pt ID Signal Units Controller Trunk Add Notes HW_SYS UI-1 HW-DP Hot Water Differential Pressure HotWaterDifferential_Pressure 0-10VDC psi CGM09090 BACnet HW_SYS UI-2 PHWS-T Primary HW Supply Temperature PrimaryHWSupply_Temperature Nickel 1K RTD Deg F CGM09090 BACnet HW_SYS UI-3 PHWR-T Primary HW Return Temperature PrimaryHWReturn_Temperature Nickel 1K RTD Deg F CGM09090 BACnet HW_SYS UI-4 BLR1ISOV-S Boiler 1 Isolation Valve Status Boiler1IsolationValve_Status Dry Contact Maintained Open Closed CGM09090 BACnet HW_SYS UI-5 BLR2ISOV-S Boiler 2 Isolation Valve Status Boiler2IsolationValve_Status Dry Contact Maintained Open Closed CGM09090 BACnet HW_SYS UI-6 EMGSD-A Emergency Shutdow n Alarm EmergencyShutdow n_Alarm Dry Contact Maintained Normal Alarm CGM09090 BACnet HW_SYS UI-7 OA-T Outdoor Air Temperature OutdoorAir_Temperature 4-20 mA Deg F CGM09090 BACnet HW_SYS BI-1 PHWP1-S Primary HW Pump 1 Status PrimaryHWPump1_Status Dry Contact Maintained Off On CGM09090 BACnet HW_SYS BI-2 PHWP2-S Primary HW Pump 2 Status PrimaryHWPump2_Status Dry Contact Maintained Off On CGM09090 BACnet HW_SYS BO-1 PHWP1-C Primary HW Pump 1 Command PrimaryHWPump1_Command 24VAC Maintained Off On CGM09090 BACnet HW_SYS BO-2 PHWP2-C Primary HW Pump 2 Command PrimaryHWPump2_Command 24VAC Maintained Off On CGM09090 BACnet HW_SYS BO-3 BLRS-EN Boilers Enable Boilers_Enable 24VAC Maintained Disable Enable CGM09090 BACnet HW_SYS CO-1 BLRSP-O Boilers Setpoint Output BoilersSetpoint_Output 0-10VDC deg F CGM09090 BACnet HW_SYS CO-2 CGM09090 BACnet HW_SYS CO-3 CGM09090 BACnet HW_SYS CO-4 CGM09090 BACnet HW_SYS CO-5 CGM09090 BACnet HW_SYS AO-1 PHWP1-O Primary HW Pump 1 Output PrimaryHWPump1_Output 0-10VDC % CGM09090 BACnet HW_SYS AO-2 PHWP2-O Primary HW Pump 2 Output PrimaryHWPump2_Output 0-10VDC % CGM09090 BACnet HW_SYS UI-1 OA-H Outdoor Air Humidity OutdoorAir_Humidity 4-20 mA %RH XPM09090-4 SA Bus 4 HW_SYS UI-2 OA-CO2 Outside Air Carbon Dioxide Level OutsideAirCarbonDioxide_Level 0-10VDC ppm XPM09090-4 SA Bus 4 HW_SYS UI-3 BLRHWS-T Boiler Hot Water Supply Temperature BoilerHotWaterSupply_Temperature 0-10VDC deg F XPM09090-4 SA Bus 4 HW_SYS UI-4 BLRHWR-T Boiler Hot Water Return Temperature BoilerHotWaterReturn_Temperature 0-10VDC deg F XPM09090-4 SA Bus 4 HW_SYS UI-5 XPM09090-4 SA Bus 4 HW_SYS UI-6 XPM09090-4 SA Bus 4 HW_SYS UI-7 XPM09090-4 SA Bus 4 HW_SYS BI-1 PHWP1-A Primary Hot Water Pump 1 Alarm PrimaryHotWaterPump1_Alarm Dry Contact Maintained Normal Alarm XPM09090-4 SA Bus 4 HW_SYS BI-2 PHWP2-A Primary Hot Water Pump 2 Alarm PrimaryHotWaterPump2_Alarm Dry Contact Maintained Normal Alarm XPM09090-4 SA Bus 4 HW_SYS BO-1 XPM09090-4 SA Bus 4 HW_SYS BO-2 XPM09090-4 SA Bus 4 HW_SYS BO-3 XPM09090-4 SA Bus 4 HW_SYS CO-1 XPM09090-4 SA Bus 4 HW_SYS CO-2 XPM09090-4 SA Bus 4 HW_SYS CO-3 XPM09090-4 SA Bus 4 HW_SYS CO-4 XPM09090-4 SA Bus 4 HW_SYS CO-5 XPM09090-4 SA Bus 4 HW_SYS AO-1 XPM09090-4 SA Bus 4 HW_SYS AO-2 XPM09090-4 SA Bus 4

03.03

Hot Water Plant Point Schedule

Hot Water Plant Point Schedule

TITLE

PR

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JEC

T N

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BY

PR

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JEC

T M

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Lodge

PAG

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NSubm ittal D

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11/08/2024

BY

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EV

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NR

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D

ATE

04/14/2024

BY

D

JU

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EV

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NAs-Built

D

ATE

BY

U 24-0438

22349 C om m erce Pkw y, Frankfort, IL 60423 bas-ddc.com

• 1-855-597-3339

PR

O

JEC

T

BLR

2ISO

V-S

03.04

H ot W ater Plant C ontroller W iring

H ot W ater Plant C ontroller W iring

BINARYFC BUSSA BUS

24V~ ADDRESS BINARY

CGM09090

Power Fault

FC BUS

SA BUS

FC EOL

CONFIGURABLE

SA BUS FC BUS

UNIVERSAL

ANALOG

UI-1

UI-C

UI-2

UI-3

UI-C

UI-4

+15V

+15V

UI-5

UI-C

UI-6

UI-7

UI-C

BI-1

BI-C

BI-2

SHD

CO

M

PO

W

ER

CO

M

BO-1

BO-C

BO-2

BO-C

BO-3

BO-C

CO

-C

CO

-1

CO

-2

CO

-C

CO

-3

CO

-C

CO

-4

CO

-C

AO

-1

AO

-C

AO

-2

Hot

Com

C G

M

BINARYFC BUSSA BUS

24V~ ADDRESS BINARY

CGM09090

Power Fault

FC BUS

SA BUS

FC EOL

CONFIGURABLE

SA BUS FC BUS

UNIVERSAL

ANALOG

UI-1

UI-C

UI-2

UI-3

UI-C

UI-4

+15V

+15V

UI-5

UI-C

UI-6

UI-7

UI-C

BI-1

BI-C

BI-2

SHD

CO

M

PO

W

ER

CO

M

BO-1

BO-C

BO-2

BO-C

BO-3

BO-C

CO

-C

CO

-1

CO

-2

CO

-C

CO

-3

CO

-C

CO

-4

CO

-C

AO

-1

AO

-C

AO

-2

Hot

Com

C G

M

BINARY

24V~ ADDRESS BINARY

XPM09090

Power Fault

SA/FC BUS

FC EOL

CONFIGURABLE

SA / FC

BUS

UNIVERSAL

ANALOG

FC BUS

SA BUS

UI-1

UI-C

UI-2

UI-3

UI-C

UI-4

+15V

+15V

UI-5

UI-C

UI-6

UI-7

UI-C

BI-1

BI-C

BI-2

01020304

SHD

PW

R

CO

M

CO

M

Hot

Com

BO

-1

BO

-C

BO

-2

BO

-C

BO

-3

BO

-C

CO

-C

CO

-1

CO

-2

CO

-C

CO

-3

CO

-C

CO

-4

CO

-C

AO

-1

AO

-C

AO

-2

XPM

BINARY

24V~ ADDRESS BINARY

XPM09090

Power Fault

SA/FC BUS

FC EOL

CONFIGURABLE

SA / FC

BUS

UNIVERSAL

ANALOG

FC BUS

SA BUS

UI-1

UI-C

UI-2

UI-3

UI-C

UI-4

+15V

+15V

UI-5

UI-C

UI-6

UI-7

UI-C

BI-1

BI-C

BI-2

01020304

SHD

PW

R

CO

M

CO

M

Hot

Com

BO

-1

BO

-C

BO

-2

BO

-C

BO

-3

BO

-C

CO

-C

CO

-1

CO

-2

CO

-C

CO

-3

CO

-C

CO

-4

CO

-C

AO

-1

AO

-C

AO

-2

XPM

SA

B us

SA

B us

M

STP

M

STP

M

STP

M

STP

SA

B us

SA

B us

H O

T C

O M

H O

T C

O M

SA BusSA Bus

H W

-D P

+ EXC

O

U T

C O

M C

O M

H O

T

PH

W

S-T C

O M

PH

W

R -T

C O

M

BLR

1ISO

V-S

EM

G

SD

-A

BLR

2ISO

V-S

BLR

1ISO

V-S

HOT

COM

W ht/Blu

W ht/Yel

PH

W

P1-C W ht/Blu

W ht/Yel

PH

W

P1-C

W ht/Blu

W ht/Yel

PH

W

P2-C W ht/Blu

W ht/Yel

PH

W

P2-C

W ht/Blu

W ht/Yel

BLR

S-EN

W ht/Blu

W ht/Yel

BLR

S-EN

BLR

SP-O

BLR

SP-O

BLR

SP-O

O

A-C O

BLR

H

W S-T

BLR

H

W R

-T

C O

-50PPM

-A

C O

-50PPM

-A

C O

-150PPM

-A

C O

-150PPM

-A

C O

-400PPM

-A

C O

-400PPM

-A

PH

W

P1-A

PH

W P1-A

PH

W

P2-A

PH

W P2-A +T-T

O A-T

+T-T O

A-H

Blk

Blk

Yel

Yel

Isolation Transform er C

O M

H O

T

7 2

O A-C

O

Enclosure H eater

H O

T C

O M

C O

M H

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SA bus from C

G M

Bus from previous device

Bus to next device

SA bus to XPM

H W

-D P

PH

W

S-T

PH

W

R -T

BLR

1ISO

V-S

BLR

2ISO

V-S

EM

G

SD

-A

O A-T

PH

W

P1-S

PH

W

P2-S

PH

W

P1-C

PH

W

P2-C

BLR

S-EN

BLR

SP-O

PH

W

P1-O

PH

W

P2-O

O A-H

O A-C

O

BLR

H

W S

-T

BLR

H

W R

-T

C O

-50PP

M

-A

C O

-150PPM

-A

C O

-400PPM

-A

PH

W

P1-A

PH

W

P2-A

+15VD

C

+15VD

C

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

03.05

Hot Water Plant Sequences

Hot Water Plant Sequences Hot Water Plant Sequence of Operation:

Heating water boilers shall have unit mounted controls provided by the boiler manufacturer. TCC shall interface with boiler manufacturer controls as described in this sequence of operation.

Boiler Control Panel Sequence of Operation:

When the FMCS enables the boiler parent controller to run, the boiler parent controller shall enable the lead boiler, open the associated two-position isolation valve, and energize the lead pump.

The on board boiler sequencing controller shall stage and modulate the boiler plant to maintain the highest plant efficiency that will provide the required supply water temperature. The on board boiler sequencing controller shall open and close boiler isolation valves in such a way as to provide pre and post flow. The on board boiler sequencing controller shall verify proof of water flow before firing boilers. The boiler sequencing controller can stage on multiple boilers at part load to increase the efficiency of the plant. Boiler SEQUENCING CONTROLLER panel shall start/stop boilers on a first on/first off basis to equalize run time between boilers. Two-position isolation valve operation shall be controlled by the boiler control panel of the respective boiler they serve.

The following boiler sequencing controller points (to include but not limited to) shall be controlled by the FMCS and displayed on the operator workstation graphical screen:

- Boiler System Status: Enable/Disable

- Boiler Outlet Water Temperature Setpoint: [°F]

The following boiler sequencing controller points (to include but not limited to) shall be monitored by the FMCS and displayed on the operator workstation graphical screen:

- Boiler Status: Disabled / Standby / Manual Operation / Remote Operation / Auto / Fault

- Firing Rate Input: [0 - 100%]

- Firing Rate Output: [0 - 100%]

- Active Setpoint: [°F]

- System HWR Temp: [°F]

- System HWS Temp: [°F]

- Fault Message Display Code: [NUMERICAL]

- Run Cycles: [Numerical]

- Run Hours: [Numerical]

Alarms, Interlocks & Safeties:

Boiler controls shall be programmed to maintain constant setpoint (last known value) in the event the FMCS network communication signal is lost.

FMCS Sequence of Operation:

FMCS shall operate heating water system 24 hours/day, 365 days/year.

Only one heating water pump shall run at time. The second heating water pump is fully redundant.

FMCS shall automatically rotate the lead heating water pump once/week (10:00 AM each Tuesday, adj.) to equalize run time between pumps. Provide graphical button on operator workstation graphical screen to allow fmcs operator to switch lead pump to next rotation in the event the current lead pump requires maintenance.

FMCS shall modulate signal to lead pump VFD as required to maintain heating water differential pressure (DP) setpoint. FMCS shall reset heating water differential pressure (DP) setpoint as required to maintain at least one heating water valve 95% (adj.) open. FMCS shall utilize command to all heating water valve positions to reset the heating water differential pressure. In no event shall the FMCS decrease the heating water (DP) setpoint below 4 PSI (adj.) or above 10 PSI (adj.).

All controlled and monitored points listed in the boiler control panel sequence above shall be displayed on the operator workstation graphical screen.

Hot Water Plant (Cont.)

Alarms, Interlocks & Safeties:

TCC shall coordinate all safety and interlock requirements with boiler manufacturer. Contractor shall coordinate and provide the installation and wiring of boiler water differential pressure/flow switches and other components provided with the boiler as required for proper operation.

Contractor shall provide and terminate all safety and interlock wiring with boiler control panels as required.

FMCS shall automatically enable the lag heating water pump to run in the event the lead heating water pump fails to operate.

Contractor shall verify the acceptable temperature ranges the boilers are approved to operate at as published in the boiler manufacturer's literature. If the temperature ranges listed in the manufacturer's literature differ from those in this sequence of operation, contact contracting officer for direction.

An alarm shall be indicated to the FMCS operator workstation in the event any of the following occur:

- HWR temperature drops below 50°F (adj.) for 5 minutes (adj.) (auto reset).

- HWS temperature rises more than 10°F (adj.) above setpoint (auto reset).

- HWS temperature drops more than 10°F (adj.) below setpoint (auto reset).

- An alarm is indicated at any boiler alarm panel.

- An alarm is indicated at any pump VFD

- should the FMCS command the lead heating water pump to operate and the pump fails to do so as determined by the VFD status, an alarm shall be indicated at the FMCS operator workstation and the lag HW pump shall automatically start.

Emergency Boiler Shutdown Alarms, Interlocks, and Safeties:

TCC shall provide emergency boiler shutdown switch at each boiler room exit meeting CSD-1 requirements. Activation of any switch shall interrupt power to all boiler controls via boiler safety shutdown contacts.

Global Reference Points Sequence of Operation:

* Provide global O.A. dry-bulb temperature, global carbon dioxide, and relative humidity transmitters.

* Global sensors shall continuously update FMCS for use in controlling mechanical equipment as required in sequences of operation

Outside Air Reference Dry Bulb Temperature

- LOCATE ON THE EXTERIOR NORTH SIDE OF THE BUILDING LOCATION MUST BE

SHADED AWAY FROM ANY HEAT SOURCE. LOCATION TO BE DETERMINED PER

MANUFACTURER'S RECOMMENDATIONS AND CO’S APPROVAL CONTRACTOR

SHALL PRIME AND PAINT THE DEVICE ENCLOSURE COLOR SELECTION BY

ARCHITECT/ENGINEER.

Outside Air Reference Carbon Dioxide

- Locate on the exterior of the building location to be determined per manufacturer’s recommendations and CO'S approval contractor shall prime and paint the device enclosure color selection by architect

Outside Air Reference Humidity:

- Locate on the exterior of the building location to be determined per manufacturer s recommendations and CO'S approval contractor shall prime and paint the device enclosure color selection by architect

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

04.01

AHU Schedule

AHU Schedule

Tag Mechanical Room Sensor Location Service CO2+Economizer Dampers HW Bypass CHW Bypass Sensor CFM FA CFM

AHU-1 Mechanical Room 009 Catering Kitchen 109 West Wing - - - Temp 1,160 cfm 285 cfm

AHU-2 Mechanical Room 009 Recreation Area 006 Recreation Area 006 Yes - Yes Temp+CO2 1,150 cfm 280 cfm

AHU-3 Mechanical Room 009 Great Hall 101 (South) South Great Hall 101 Yes - Yes Temp+CO2 1,120 cfm 320 cfm

AHU-4 Mechanical 016 Great Hall 101 (North) North Great Hall 101 Yes - - Temp+CO2 990 cfm 315 cfm

AHU-5 Mechanical 017 Meeting / Office 105 North Wing - Yes Yes Temp 1,950 cfm 275 cfm

AHU-6 Mechanical 007 Reception 100 East Wing - Yes Yes Temp 1,140 cfm 345 cfm

AHU-7 Interstitial Space 301 Room 201 South 2nd Floor - Yes Yes Temp 800 cfm 80 cfm

AHU-8 Interstitial Space 301 Mezzanine 200 North 2nd Floor - - - Temp 780 cfm 100 cfm

AHU-9 Interstitial Space 301 Observatory 300 Observatory - - Yes Temp 780 cfm 95 cfm

PROJECT MANAGER

DJU

EB

Good Fellow Lodge

PAGE NUMBER

ENGINEER

DJU

REVISION

SUBMITTAL

DATE

11/08/2024

BY

DJU

REVISION

REVISION

DATE

04/14/2024

BY

DJU

REVISION

AS BUILT

DATE BY

U24-0438 22349 Commerce Pkwy, Frankfort, IL 60423 bas-ddc.com • 1-855-597-3339

PROJECT

04.02

AHU with Demand- Controlled Ventilation

AHU with Demand-Controlled Ventilation

Cooling coil condensate drain pan with factory-installed condensate switch

Bill of Materials

ITEM QTY PART DESCRIPTION

Field

DA-T 3 A/1K-NI-RA-12"-PB Rigid Averaging RTD, 1K Nickel, 12in Probe

FILT-DP 3 2671001WD11A1CD Differential Pressure, 0-1"WC, 4-20mA

LT-A 3 TLAPB24F01 Freezestat, 12in Duct Probe

RA-H 3 A/RH3-D Duct Humidity Probe

SF-C 3 RIBU1C 10 Amp Pilot Control Relay

SF-O 3 - ECM Speed Control Analog Input

SF-S 3 ECMCS25-A Current Switch, Split Core, ECM

ZN-CO2 3 T8200 Dual Channel Wall CO2 Transmitter

ZN-CO2 3 TR20VA003 Isolation Transformer, 24VAC to 24VAC

ZN-T 3 NSB8BTN040-0 Netstat, Temperature, Plain

Panel

CTRL 3 F4-CGM09090-0 Controller,…