Addendum 2.pdf

COMMONWEALTH OF KENTUCKY

DEPARTMENT FOR FACILITIES AND SUPPORT SERVICES

DIVISION OF ENGINEERING AND CONTRACT ADMINISTRATION

INVITATION TO BID NO: RFB-83-27

FOR: Controls Upgrades Campbell Regional Juvenile Detention Center Department of Juvenile Justice Newport, Kentucky

DATE: October 12, 2026

RFB-2700000128

ADDENDUM NO. Two (2)

BIDDER SHALL CONFORM TO THE FOLLOWING CHANGES AS SAME SHALL BECOME BINDING

UPON THE CONTRACT TO BE ISSUED IN RESPONSE TO THIS INVITATION TO BID.

Item 1: Refer to attached addendum for all additions, deletions, and/or changes to specifications and/or drawings.

Item 2: Official Bid opening date has been moved to October 22, 2026, at 1:30 P.M. Eastern Time. All other bidding information will remain the same.

END OF ADDENDUM

Invitation to Bid No. RFB-83-27 For: Controls Upgrades Campbell Regional Juvenile Detention Center Department of Juvenile Justice Newport, Kentucky

Janis Wilhoite, Statewide Procurement Analyst II Division of Engineering and Contract Administration

ADDENDUM

Page 1 of 1 Find a way.

Date: 10/8/2026 Project: DJJ – Campbell Controls Upgrades

KFI Project Number: 25-1309.00

Addendum Number: 02

THIS ADDENDUM IS A CONTRACT DOCUMENT AND MAY APPLY TO ANY OR ALL CONTRACTS AND SUBCONTRACTS UNLESS OTHERWISE SPECIFIED HEREIN OR SHOWN ON THE ATTACHED DRAWINGS (IF ANY). ALL WORK REQUIRED BY THIS ADDENDUM SHALL BE IN COMPLETE ACCORD WITH THE CONTRACT DOCUMENTS AND SUBSEQUENT ADDENDA THERETO. THE ITEMS LISTED IN THIS ADDENDUM ARE NOT IN ANY ORDER IN REGARD TO THE DRAWINGS OR THE SPECIFICATIONS. ALL CONTRACTORS ARE CAUTIONED TO EXAMINE EACH AND EVERY ITEM OF THIS ADDENDUM.

THE FOLLOWING CHANGES OR CLARIFICATIONS TO THE PLANS & SPECIFICATIONS SHALL BE INCLUDED AS PART OF THE CONTRACT DOCUMENT

CONTROL CHANGES

1. There are nine zones for the Multi-zone AHU. The current IC600 diagram shows to provide four discharge air temperature sensors and four wall space zone sensors. The AHU points list on IC601 shows only one discharge air temperature sensor. Nine zone discharge air temperature sensors shall be furnished and installed, one for each zone. In addition, five return duct temperature sensors shall be installed for zones 1, 2, 3, 5, and 7.

SPECIFICATION CHANGES:

1. NONE

PLAN SHEET CHANGES:

1. IC200 – Corrected keynotes to better clarify temperature sensors that are a return duct temperature senor and wall zone sensor for the Multizone AHU.

2. IC600 – Added clarifying information for discharge air, return air, and wall temperature sensors.

3. IC600 – Added additional temperature sensors per the Controls Change described in Controls Changes above.

4. IC700 – Added existing valve information to sheet. Valve information is based on Owner-provided As-

Built drawings. Valves are to be replaced per original bid drawings.

END OF ADDENDUM

SALLY PORT

JANITOR

INTAKE

INTERVIEW

STORAGE

HOLDING

HOLDING

DR. OFFICE

122B STORAGE

122C

COMM. CLOSET

RECEIVING

FREEZERCOOLERSTORAGE

115C

KITCHEN

JAN.

115A

OFFICE

115B

TOILET

LIBRARY

MULTIUSE

CLASSROOM

MULTIUSE

OFFICE

137A

TEACHERJAN/STOR

COUNSELOR

206G

CELL

206H

CELL

206I

CELL

206J

CELL

206K

CELL

206L

CELL

206M

CELL

206F

CELL

206E

CELL

206D

CELL

206C

CELL

206B

DAYROOM

CELL

205F

CELL

205E

CELL

205D

CELL

205C

CELL

205B

CELL

205A

COUNSELOR

205G

CELL

205H

CELL

205I

CELL

205J

CELL

205K

CELL

205L

CELL

203I

CELL

203H

CELL

203G

CELL

203F

SPACE

203E

MULTIUSE

DAYROOM

CELL

203D

CELL

203C

CELL

203B

SHOWER

203A

ELEC

MECH/

SHOWER

201Q

CELL

201P

CELL

201O

CELL

201N

CELL

201M

DAYROOM

CELL

201L

CELL

201K

CELL

201J

SPACE

201I

MULTIUSE

CELL

201H

CELL

201G

CELL

201F

CELL

201E

CELL

201D

CELL

201C

CELL

201B

SPACE

MULTIUSE

SHOWER

201A

CONTROL

TOILET

204A

SHOWER

205M

SHOWER

206A

TOILET

HOLDING

208 STAFF

TOILET

STOR.

111A

ROOM

MULTIUSE

TOILET

100A

LOCKERS

100B

LOBBY

100 OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

OFFICE

CASEWORKERS

TOILET

TOILET

PROPERTY ROOM

ISSUE &

RECORDS

MEDICALMEDICAL

EXAM

122D CORRIDOR

123TOILET

122A

LAUNDRY

VISITING

CONTACT

NON

VEST.

CORRIDOR

VEST.

RECEPTION

102 WORKROOM

TOILET

CORRIDOR

STOR.

GENERAL

DAYROOM

SHOWER

CLASSROOM

CLASSROOM

CORRIDOR

CLASSROOM

CLASSROOM

OFFICE

VEST.

OFFICE

MECH./ELEC.

CORRIDOR

STORAGE

109 STORAGE VESTIBULE

BREAKROOM

T

CP-MECH-BAS

UNIT HEATER 2

AHU

(EXISTING)

CHILLER

(EXISTING)

B1

B2

T

T

TT

TT

T

TT

TT

T

T

UNIT HEATER 1

T

T

KITCHEN HOOD

(EXISTING)

EXISTING FIRE ALARM

PANEL

IC200A

AC-1

AC-2

TT

FLOOR PLAN LEGEND

BAS CONTROL PANEL

UNITARY CONTROLLER

MECHANICAL EQUIPMENT

2021 KFI Engineers©

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DRAWING INFORMATION

A & E FILE NO.

DRAWING DATE

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COMMONWEALTH OF KENTUCKY

FINANCE AND ADMINISTRATION CABINET

DEPARTMENT FOR FACILITIES AND SUPPORT SERVICES

DIVISION OF ENGINEERING AND CONTRACT ADMINISTRATION

FRANKFORT, KENTUCKY

ACCOUNT NO.

2343 Alexandria Drive Suite 200 Lexington, KY 40504 Tel: 859-271-3246 Email: kfi@kfi-eng.com

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CONTROLS OVERALL PLAN - LEVEL 01

IC200

RTA

DJJ - CAMPBELL CONTROLS UPGRADES

1/8" = 1'-0"IC200

1 CONTROLS OVERALL PLAN - LEVEL 01

KEYNOTES:

# KEYNOTE

01 REPLACE EXISTING RETURN DUCT TEMPERATURE SENSOR WITH NEW. LOCATION IS APPROXIMATE.

02 REPLACE EXISTING THERMOSTAT FOR MECHANICAL ROOM SUPPLY FAN WITH NEW TEMPERATURE

SENSOR.

03 REUSE EXISTING CONTROL PANEL. PROVIDE NEW CONTROLS FOR EXISTING AHU. DEMOLISHED

CONTROLLERS TO BE RETURNED TO OWNER.

04 RELOCATE EXISTING MICROZONE CONTROLLER, MZ-4, OUTSIDE OF EXISTING CONTROL PANEL.

INTEGRATE MZ-4 MICROZONE CONTROLLER INTO NEW CP-MECH-WATER CONTROL PANEL.

05 REPLACE EXISTING KITCHEN EXHAUST HOOD OVERRIDE SWITCH AND MAKE-UP AIR UNIT SENSORS

CONTROLS WITH NEW. INTEGRATE NEW MAU SENSORS AND KITCHEN HOOD EXHAUST FAN

CONTROLS INTO BAS.

06 REPLACE EXISTING THERMOSTAT WITH NEW BACNET MSTP WALL CONTROLLER. INTEGRATE

THERMOSTAT CONTROLS WITH AIR CONDITIONING LOCATED IN MECHANICAL ROOM 101. INTEGRATE

BACNET COMMUNICATIONS INTO NEW BAS.

07 PROVIDE NEW UNITARY CONTROLLER FOR CONTROLLING EXISTING UNIT HEATER. INTEGRATE NEW

UNITARY CONTROLLER INTO NEW BAS.

08 INTEGRATE EXISTING FIRE ALARM PANEL INTO NEW BAS.

09 REPLACE EXISTING THERMOSTAT WITH NEW TEMPERATURE SENSOR. INTEGRATE NEW

TEMPERATURE SENSOR INTO NEW BAS CONTROLLER.

10 REPLACE EXISTING WALL SPACE SENSOR WITH NEW. LOCATION IS APPROXIMATE.

No: Date: Revision:

1 10.08.26 Addendum 02

1 10.08.26 Addendum 02

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2021 KFI Engineers©

REVISION HISTORY OF THIS DRAWING

DRAWING NO.

AS-BUILT DATE

DECA LOG #

DRAWING INFORMATION

A & E FILE NO.

DRAWING DATE

DRAWN BY

CHECKED BY

PHASE

RTA DATE

COMMONWEALTH OF KENTUCKY

FINANCE AND ADMINISTRATION CABINET

DEPARTMENT FOR FACILITIES AND SUPPORT SERVICES

DIVISION OF ENGINEERING AND CONTRACT ADMINISTRATION

FRANKFORT, KENTUCKY

ACCOUNT NO.

2343 Alexandria Drive Suite 200 Lexington, KY 40504 Tel: 859-271-3246 Email: kfi@kfi-eng.com

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09/02/2026

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MULTIZONE AIR HANDLING UNIT

IC600

RTA

DJJ - CAMPBELL CONTROLS UPGRADES

FLOW DIAGRAM - MULTIZONE AHU SEQUENCE

The system is constant static pressure, constant air volume with return/exhaust fan tracking. Supply and return/exhaust fans are driven by constant speed drives. The air handling unit consists of supply fan, economizer dampers, a cold deck with cooling coil, a hot deck with a heating coil, nine (9) individual zone mixing dampers. Systems operate 24 hours per day. An operator override to OFF is available through software.

When the supply fan motor starter H-O-A switch is in the AUTO position, the DDC will close the control system start/stop relay to energize the system and the AHU supply fan will start. The return fans 1 and 2 will start via hard-wire interlock after the supply fan starts. The DDC will then start exhaust fans EF-1,2,3,4,6,7,8,9.

When the supply and return fans are operating, the control dampers are either positioned for full recirculation of air, positioned to introduce minimum outside air, or modulated to maintain mixed air temperature.

The outdoor air conditions that will allow economizer use in lieu of chilled water will be determined through the BAS. When the outside air temperature is less than 65°F (adj.), the unit shall be able to economize. While the unit is in economizing mode, the outside air damper shall be able to modulate between the minimum outside air damper position and 100% open. When the outside air temperature has risen above the economizer setpoint, plus 4°F (adj.), economizer mode shall be disabled. The outside air, return air, and relief air dampers are modulated by the mixed air temperature control between minimum position and fully open to maintain a mixed air temperature of 55°F.

A CO2 sensor, located in the mixed air stream will monitor CO2 concentration to control the damper position between “Normal Minimum Outside Air Quantity” and “Absolute Minimum Outside Air Quantity”. When the sensor detects a rise in CO2 concentration, the outside air damper will open to its “Normal Minimum” position. On a decrease in CO2 concentration the outside air damper will close to a point which satisfies the sensor or to its “Absolute Minimum” position (5%). Should the CO2 level, at the sensor location, rise to an unacceptable level for a period greater than two minutes, an alarm will be sent to the BAS, providing time and date of alarm.

Filter condition is monitored by a pressure gauge and a differential pressure sensor. When the pressure drop across the filter exceeds a predetermined setpoint, an alarm indication will be sent to the BAS providing time and date of the alarm indicating a filter change is needed.

A cold deck temperature controller with its temperature transmitter in the cold deck discharge modulates the cooling coil valve to maintain its setpoint temperature during AHU operation.

A hot deck temperature controller with its temperature transmitter in the heating coil discharge modulates the heating coil valve to maintain its temperature setpoint. Outside air temperature controllers lower the setpoint of the hot deck controller as outside air temperature rises. On a fall in outside air temperature, the reverse occurs. The reset schedule is as follows: When outside air temperature is 0°F, hot deck setpoint will be 100°F; when outside air is 60°F, the hot deck setpoint will be reset to 70°F.

Each zone space sensor/thermostat or duct-mounted remote duct sensor modulates its respective zone mixing dampers between hot deck and cold deck to maintain space or remote duct temperature.

Unit Protection: Safety shutdowns shall be accomplished via hard-wired shutdown circuits. At a minimum, the unit shall shut down for the following reasons:

Freezestat Alarm (Requires Manual Reset) When the freezestat low temperature switch is activated, a freezestat alarm shall be sent to the BAS.

The outside air and exhaust air dampers shall close. The return air damper shall open.

The supply and return fans shall be disabled.

The hot water pump shall be enabled. The hot water control valve shall modulate to maintain a heating coil discharge temperature of 55°F (adj.).

Fire Alarm System Shutdown (Reset by Fire Alarm System) Fire alarm control modules shall be provided, by Others, for the outside air dampers, exhaust air dampers, and return air dampers. Control modules shall be hardwired to the dampers so that when a fire alarm signal is initiated the dampers fail to their fail safe position.

Fire alarm control modules shall be provided, by Others, for the supply and return fans. Control modules shall be hardwired to the fans so that when a fire alarm signal is initiated, the fans shall be disabled.

The unit shall be disabled when smoke is detected by either the supply or return air smoke duct detectors.

No: Date: Revision:

1 10.08.26 Addendum 02

1 10.08.26 Addendum 02

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Qty Device Tag Description Furnished By Installed By Wired and Terminated By

4 ZNT ZONE TEMPERATURE SENSOR

CONTRACTOR CONTRACTOR CONTRACTOR

10 TT DISCHARGE AIR TEMPERATURE SENSOR

5 TT RETURN AIR TEMPERATURE SENSOR

1 TT OUTSIDE AIR TEMPERATURE SENSOR

3 AT AVERAGING TEMPERATURE SENSOR

1 MT RETURN AIR HUMIDITY SENSOR

1 AQ AIR QUALITY SENSOR

17 CD CONTROL DAMPER ACTUATOR

2 CV CONTROL VALVE

3 ASH DUCT SMOKE DETECTOR

4 ISL CURRENT SENSING RELAY

1 TSL FREEZESTAT

4 CMD GENERAL PURPOSE RELAY - FAN / PUMP COMMAND

HARDWARE POINTS SOFTWARE POINTS Show on Graphic

CEMCS

Integration Tag Point Name Full Point Name Point Description Wiring Type AI AO BI BO AV BV Loop Sched Trend Alarm

ZNT ZN4_T Archibus#_01_XXX_IC_AHU_ZN4_T ZONE 4 WALL SPACE TEMPERATURE TEMP SENSOR X X X X X ZNT ZN6_T Archibus#_01_XXX_IC_AHU_ZN6_T ZONE 6 WALL SPACE TEMPERATURE TEMP SENSOR X X X X X ZNT ZN8_T Archibus#_01_XXX_IC_AHU_ZN8_T ZONE 8 WALL SPACE TEMPERATURE TEMP SENSOR X X X X X ZNT ZN9_T Archibus#_01_XXX_IC_AHU_ZN9_T ZONE 9 WALL SPACE TEMPERATURE TEMP SENSOR X X X X X SPT ZN4_T_SPT Archibus#_01_XXX_IC_AHU_ZN4_T_SPT ZONE 4 TEMPERATURE SETPOINT TEMP SENSOR X X X X X SPT ZN6_T_SPT Archibus#_01_XXX_IC_AHU_ZN6_T_SPT ZONE 6 TEMPERATURE SETPOINT TEMP SENSOR X X X X X SPT ZN8_T_SPT Archibus#_01_XXX_IC_AHU_ZN8_T_SPT ZONE 8 TEMPERATURE SETPOINT TEMP SENSOR X X X X X SPT ZN9_T_SPT Archibus#_01_XXX_IC_AHU_ZN9_T_SPT ZONE 9 TEMPERATURE SETPOINT TEMP SENSOR X X X X X TT RA1_T Archibus#_01_XXX_IC_AHU_RA1_T ZONE 1 RETURN AIR TEMPERATURE TEMP SENSOR X X X X X TT RA2_T Archibus#_01_XXX_IC_AHU_RA2_T ZONE 2 RETURN AIR TEMPERATURE TEMP SENSOR X X X X X TT RA3_T Archibus#_01_XXX_IC_AHU_RA3_T ZONE 3 RETURN AIR TEMPERATURE TEMP SENSOR X X X X X TT RA5_T Archibus#_01_XXX_IC_AHU_RA5_T ZONE 5 RETURN AIR TEMPERATURE TEMP SENSOR X X X X X TT RA7_T Archibus#_01_XXX_IC_AHU_RA7_T ZONE 7 RETURN AIR TEMPERATURE TEMP SENSOR X X X X X TT DA_T Archibus#_01_XXX_IC_AHU_DA_T DISCHARGE AIR TEMPERATURE SENSOR TEMP SENSOR X X X X X TT DA1_T Archibus#_01_XXX_IC_AHU_DA1_T ZONE 1 DISCHARGE AIR TEMPERATURE TEMP SENSOR X X X X X TT DA2_T Archibus#_01_XXX_IC_AHU_DA2_T ZONE 2 DISCHARGE AIR TEMPERATURE TEMP SENSOR X X X X X TT DA3_T Archibus#_01_XXX_IC_AHU_DA3_T ZONE 3 DISCHARGE AIR TEMPERATURE TEMP SENSOR X X X X X TT DA4_T Archibus#_01_XXX_IC_AHU_DA4_T ZONE 4 DISCHARGE AIR TEMPERATURE TEMP SENSOR X X X X X TT DA5_T Archibus#_01_XXX_IC_AHU_DA5_T ZONE 5 DISCHARGE AIR TEMPERATURE TEMP SENSOR X X X X X TT DA6_T Archibus#_01_XXX_IC_AHU_DA6_T ZONE 6 DISCHARGE AIR TEMPERATURE TEMP SENSOR X X X X X TT DA7_T Archibus#_01_XXX_IC_AHU_DA7_T ZONE 7 DISCHARGE AIR TEMPERATURE TEMP SENSOR X X X X X TT DA8_T Archibus#_01_XXX_IC_AHU_DA8_T ZONE 8 DISCHARGE AIR TEMPERATURE TEMP SENSOR X X X X X TT DA9_T Archibus#_01_XXX_IC_AHU_DA9_T ZONE 9 DISCHARGE AIR TEMPERATURE TEMP SENSOR X X X X X TT OA_T Archibus#_01_XXX_IC_AHU_OA_T OUTSIDE AIR TEMPERATURE SENSOR TEMP SENSOR X X X X AT MA_T Archibus#_01_XXX_IC_AHU_MA_T MIXED AIR TEMPERATURE TEMP SENSOR X X X X X AT HC_T Archibus#_01_XXX_IC_AHU_HC_T HOT WATER COIL TEMPERATURE TEMP SENSOR X X X X AT CC_T Archibus#_01_XXX_IC_AHU_CC_T COLD WATER COIL TEMPERATURE TEMP SENSOR X X X X

DPT PFLTR_DP_S Archibus#_01_XXX_IC_AHU_PFLTR_DP_S PREFILTER STATUS DIFFERENTIAL PRESSURE SENSOR X X X X MT RA_H Archibus#_01_XXX_IC_AHU_RA_H RETURN AIR HUMIDITY HUMIDITY SENSOR X X X X X AQ MA_Q Archibus#_01_XXX_IC_AHU_MA_Q MIXED AIR QUALITY AIR QUALITY SENSOR X X X X X CD EA_DPR_C2 Archibus#_01_XXX_IC_AHU_EA_DPR_C2 EXHAUST AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD EA_DPR_C1 Archibus#_01_XXX_IC_AHU_EA_DPR_C1 EXHAUST AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CV CHW_VLV_C Archibus#_01_XXX_IC_AHU_CHW_VLV_C COOLING VALVE DC VOLTAGE OUTPUT X X X X CV HW_VLV_C Archibus#_01_XXX_IC_AHU_HW_VLV_C HEATING VALVE DC VOLTAGE OUTPUT X X X X CD DA_DPR1_C Archibus#_01_XXX_IC_AHU_DA_DPR_C DISCHARGE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD DA_DPR2_C Archibus#_01_XXX_IC_AHU_DA_DPR_C DISCHARGE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD DA_DPR3_C Archibus#_01_XXX_IC_AHU_DA_DPR_C DISCHARGE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD DA_DPR4_C Archibus#_01_XXX_IC_AHU_DA_DPR_C DISCHARGE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD DA_DPR5_C Archibus#_01_XXX_IC_AHU_DA_DPR_C DISCHARGE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD DA_DPR6_C Archibus#_01_XXX_IC_AHU_DA_DPR_C DISCHARGE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD DA_DPR7_C Archibus#_01_XXX_IC_AHU_DA_DPR_C DISCHARGE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD DA_DPR8_C Archibus#_01_XXX_IC_AHU_DA_DPR_C DISCHARGE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD DA_DPR9_C Archibus#_01_XXX_IC_AHU_DA_DPR_C DISCHARGE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD OA_DPR_C Archibus#_01_XXX_IC_AHU_OA_DPR_C OUTSIDE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD OA_DPR_C Archibus#_01_XXX_IC_AHU_OA_DPR_C OUTSIDE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD OA_DPR_C Archibus#_01_XXX_IC_AHU_OA_DPR_C OUTSIDE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD OA_DPR_C Archibus#_01_XXX_IC_AHU_OA_DPR_C OUTSIDE AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD RA_DPR_C Archibus#_01_XXX_IC_AHU_RA_DPR_C RETURN AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X CD RA_DPR_C Archibus#_01_XXX_IC_AHU_RA_DPR_C RETURN AIR DAMPER COMMAND DC VOLTAGE OUTPUT X X X X

ASH RA_SD_S2 Archibus#_01_XXX_IC_AHU_RA_SD_S2 RETURN AIR SMOKE DETECTOR DRY CONTACT X X X X X ASH RA_SD_S1 Archibus#_01_XXX_IC_AHU_RA_SD_S1 RETURN AIR SMOKE DETECTOR DRY CONTACT X X X X X ASH SA_SD_S Archibus#_01_XXX_IC_AHU_SA_SD_S SUPPLY AIR SMOKE DETECTOR DRY CONTACT X X X X X ISL RFAN1_RUN_S Archibus#_01_XXX_IC_AHU_RFAN_RUN_S RETURN FAN STATUS DRY CONTACT X X X X X ISL RFAN2_RUN_S Archibus#_01_XXX_IC_AHU_RFAN_RUN_S RETURN FAN STATUS DRY CONTACT X X X X X ISL SFAN_RUN_S Archibus#_01_XXX_IC_AHU_SFAN_RUN_S SUPPLY FAN STATUS DRY CONTACT X X X X X ISL HW_P_RUN_S Archibus#_01_XXX_IC_AHU_HW_P_RUN_S HOT WATER PUMP STATUS DRY CONTACT X X X X X TSL FZ_S Archibus#_01_XXX_IC_AHU_FZ_S FREEZESTAT DRY CONTACT X X X X X

FIRE_ALM FIRE_ALM Archibus#_01_XXX_IC_AHU_FIRE_ALM FIRE ALARM PANEL STATUS DRY CONTACT X X X X SMK SMOKE_PURGE Archibus#_01_XXX_IC_AHU_SMOKE_PURGE SMOKE PURGE STATUS DRY CONTACT X X X X CMD SFAN_RUN_C Archibus#_01_XXX_IC_AHU_SFAN_RUN_C SUPPLY FAN COMMAND RELAY COIL X X X X X CMD HW_P_RUN_C Archibus#_01_XXX_IC_AHU_HW_P_RUN_C HOT WATER PUMP COMMAND RELAY COIL X X X X X CMD RFAN1_RUN_C Archibus#_01_XXX_IC_AHU_RFAN_RUN_C RETURN FAN COMMAND RELAY COIL X X X X X CMD RFAN2_RUN_C Archibus#_01_XXX_IC_AHU_RFAN_RUN_C RETURN FAN COMMAND RELAY COIL X X X X X

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PHASE

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COMMONWEALTH OF KENTUCKY

FINANCE AND ADMINISTRATION CABINET

DEPARTMENT FOR FACILITIES AND SUPPORT SERVICES

DIVISION OF ENGINEERING AND CONTRACT ADMINISTRATION

FRANKFORT, KENTUCKY

ACCOUNT NO.

2343 Alexandria Drive Suite 200 Lexington, KY 40504 Tel: 859-271-3246 Email: kfi@kfi-eng.com

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MULTIZONE AIR HANDLING UNIT

IC600A

RTA

DJJ - CAMPBELL CONTROLS UPGRADES

BILL OF MATERIALS - MULTIZONE AHU

POINTS LIST - MULTIZONE AHU

NOTE: OWNER SHALL INTEGRATE POINTS INTO CEMCS. POINTS LIST SHOWN HERE MEANT TO SERVE AS A GUIDE FOR

CEMCS INTEGRATION.

No: Date: Revision:

1 10.08.26 Addendum 02

1 10.08.26 Addendum 02

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POINT NAME DESCRIPTION QUANTITY EXISTING VALVE MODEL NUMBER SIZE GPM CV PD PSI PATTERN POSITION HW_VLV_C MULTIZONE AHU - HOT WATER VALVE 1 VS-9313-414-5-13 3" 206 101 4.16 3-WAY B-AB

CHW_VLV_C MULTIZONE AHU - CHILLED WATER VALVE 1 VS-9313-312-4-12 2-1/2" 94.2 67 1.9768 3-WAY B-AB HWS_MIXVLV_C BOILER / HOT WATER SYSTEM VALVE 1 VS-9313-312-4-12 2-1/2" 101 67 2.2724 3-WAY B-AB

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DRAWING INFORMATION

A & E FILE NO.

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DRAWN BY

CHECKED BY

PHASE

RTA DATE

COMMONWEALTH OF KENTUCKY

FINANCE AND ADMINISTRATION CABINET

DEPARTMENT FOR FACILITIES AND SUPPORT SERVICES

DIVISION OF ENGINEERING AND CONTRACT ADMINISTRATION

FRANKFORT, KENTUCKY

ACCOUNT NO.

2343 Alexandria Drive Suite 200 Lexington, KY 40504 Tel: 859-271-3246 Email: kfi@kfi-eng.com

523CB9ZCA0800

09/02/2026

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09/02/2026

TCC

VALVE SCHEDULE

IC700

RTA

DJJ - CAMPBELL CONTROLS UPGRADES

No: Date: Revision:

1 10.08.26 Addendum 02

1 10.08.26 Addendum 02

EXISTING VALVE SCHEDULE

NOTE: VALVE INFORMATION SHOWN IN THE TABLE ABOVE IS BASED ON OWNER-PROVIDED AS-BUILT DOCUMENTATION.

VALVES SHALL BE REPLACED IN ACCORDANCE WITH THE ORIGINAL BID DOCUMENTS. REPLACEMENT VALVES SHALL BE OF LIKE TYPE, SIZE, AND PERFORMANCE CHARACTERISTICS, AND SHALL COMPLY WITH THE REQUIREMENTS OF SPECIFICATION SECTIONS 250000 – INTEGRATED AUTOMATION AND 250500 – INSTRUMENTATION AND CONTROL FOR

HVAC.