Attach 2 - Technical Specification.pdf

TECHNICAL SPECIFICATIONS

FOR

REPLACE HVAC CONTROLS, SITE

Located at

AIR FORCE RESEARCH LABORATORY

ROME RESEARCH SITE

ROME, NEW YORK 13441

PROJECT NR: ULDF22-0002 DATED: 10 APR 2026

TABLE OF CONTENTS

SECTION TITLE PAGES

Replace HVAC Controls, Site AUTOMATIC TEMPERATURE CONTROLS Project# ULDF22-0002 TABLE OF CONTENTS

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15001 11

15001.1 1

15570 10

Appendix A

General Provisions

Sample Submittal Cover Sheet (AF3000)

Automatic Temperature Controls

New Controller Details 48

Replace HVAC Controls, Site GENERAL PROVISIONS Project# ULDF22-0002 SECTION 15001

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SECTION 15001

GENERAL PROVISIONS

PART 1 – GENERAL

1.01 SCOPE OF WORK

A. Furnish and install equipment and materials required to provide complete temperature control system alterations.

B. Generally, the work includes:

1. Removal and replacement of existing control devices. Re-use of existing actuating devices and compatible sensors is acceptable. Verify operation of reused existing devices and replace non-functional devices as necessary.

2. Programming of application specific devices and other field controllers including verification of programming functionality.

3. Initial set-up of new supervisory control devices to current revision level of existing, similar devices on site. Database programming and graphical representations will be accomplished by AFRL personnel due to network security protocols.

C. Refer [also] to TC drawings and Specification Appendix – Existing Control System

(Trane) as-built documentation for pertinent work as applicable. Note mark-ups in Trane documentation denoting points that are no longer needed.

1.02 REFERENCED CODES AND STANDARDS

A. Codes and standards referred to in this specification shall be the latest adopted issue at the Date of Bid, unless otherwise specifically indicated.

1.03 LOCATION

A. The work areas are located in Bldg. 2, Bldg. 3, and Bldg. 106 at Rome Research Site, Rome, New York.

1.04 UTILITIES

A. All reasonable quantities of electricity and water will be made available to the Contractor without cost to the Contractor. The Contractor will be responsible for all connections of utilities from the existing supply points. The Government will identify service tie-in points. The Government will not be held responsible for interruptions of utility service and will not be liable for Contractor delays, damages, or increased costs occasioned by any such interruption of service.

1.05 SANITARY FACILITIES

A. The Contractor and his work force may use the existing sanitary facilities in the various work area buildings, subject to the regulations governing their use by Government personnel. Maintain in a sanitary condition at all times.

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1.06 FIRE PROTECTION

A. The Contractor shall perform all work in a fire-safe manner in accordance with fire prevention standards of the Rome Research Site. The Contractor shall have an approved fire extinguisher at the site at all times during working operations. HALON AND CO2 TYPE FIRE EXTINGUISHERS ARE NOT AUTHORIZED FOR USE. The Contractor will call the contracting officer, before working with any flame or spark producing equipment such as tar buckets, grinders, or welders, for approval of the contractors safety measures and to obtain a "Burn Permit" for this type of work.

1.07 POLLUTION CONTROL

A. The Contractor will perform all work consistent with the requirements of all Federal, State and Local laws, rules and regulations pertaining to pollution control.

1.08 WORK CONDITIONS

A. All work on this project will be performed while the building work areas and rooms adjacent to the work areas are occupied by military and civilian personnel. The Contractor is required to protect persons and property throughout the progress of the work. The work area will be kept clean of all debris at all times. All flammables and combustibles stored on-site must be kept in a locker and area, both of which are approved by the Contracting Officer or his designated representative.

1.09 WORKMANSHIP

A. All work to be performed under this Contract shall be under the superv1s1on of workmen skilled in the trades involved. Special qualifications for certain work are listed in the appropriate sections of this specification.

1.10 WORKING HOURS

A. The regular hours of work on the Rome Research Site are from 0700 to 1600 hours, Monday through Friday, excluding Federal holidays. The government may restrict access to work sites to these hours and days. The contractor shall consider all other hours as non-regular time and use the appropriate unit prices for tasks performed during those hours.

1.11 MANUFACTURER’S SAFETY DATA SHEETS (MSDS)

A. Provide a bound, indexed assembly of pertinent equipment and materials (including applicable Subcontractor items).

1.12 FABRICATION DRAWINGS, MATERIAL LISTS AND EQUIPMENT SUBMITTALS

A. Prior to installation, submit fabrication drawings, material lists and equipment submittals (shop drawings) for approval in accordance with the following:

1. It is the intent of these specifications to define the requirements for fabrication drawings, material lists and equipment submittals. Questions regarding these requirements shall be directed to the Contracting Officer prior to submission.

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2. Fabrication drawings and material lists shall conform to the requirements herein specified.

3. Equipment submittals, unless otherwise specified, shall conform to the following:

a. Submittals shall be complete with the manufacturer’s product description literature. SUBMITTALS WITH INSUFFICIENT LITERATURE WILL BE

DISAPPROVED.

b. Submittals shall include a complete listing of associated parameters contained in the bidding documents (materials, finishes, capacities, temperatures, pressures, electrical characteristics, etc.). THE ENGINEER

WILL NOT TRANSFER INFORMATION FROM THE BIDDING DOCUMENTS

TO THE SUBMITTALS. INCOMPLETE SUBMITTALS WILL BE DISAPPROVED.

c. Submittals shall be clearly marked to differentiate between the applicable and extraneous portions. THE ENGINEER WILL NOT MARK THE

SUBMITTALS. UNMARKED SUBMITTALS WILL BE DISAPPROVED.

d. The attached Submittal Cover Sheet (AF Form 3000) shall be copied, filled out and attached to EACH item submitted.

4. SUBMITTALS (INCLUDING RE-SUBMISSIONS), PREPARED AND TRANSMITTED

IN ELECTRONIC FORMAT, SHALL BE ACCOMPANIED WITH A HARD COPY

COMPRISED OF ORIGINAL, PRINTED PRODUCT LITERATURE (PHOTOCOPIES

ARE NOT ACCEPTABLE).

5. ADDITIONALLY, ELECTRONIC SUBMITTALS WHICH DO NOT CONFORM WITH

THE ABOVE REQUIREMENTS WILL NOT BE REVIEWED, BUT RATHER DELETED

WITH A CORRESPONDING TRANSMISSION: “REJECTED, NON-COMPLIANT

SUBMISSION!”

6. Unless otherwise noted or herein specified, the following are required:

a. Fabrication drawings:

1) Control system layouts including applicable wiring diagrams.

b. Equipment submittals:

1) Supervisory controllers.

2) Secondary bus controllers.

3) Temperature sensors.

4) Pressure sensors.

5) Humidity sensors.

6) Damper actuators.

7) Valve actuators.

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8) Controller enclosures.

9) Relays.

10) Transformers.

1.13 INTERRUPTION OF UTILITIES

A. No utility services shall be interrupted to make connections, to relocate, or for any purpose, without approval of the Contracting Officer.

B. Request for permission to shut down services shall be submitted in writing to the Contracting Officer fourteen (14) days prior to date of proposed interruption. The request shall give the following information:

1. Location of shut-off.

2. Services affected.

3. Hours and date of shut-off

4. Approximate length of time shut-off will be in effect.

C. Services shall not be interrupted until receipt of approval of the proposed hours and date from the Contracting Officer.

1.14 SECURITY REQUIREMENTS

A. The work to be done on this project is located within areas that are under security.

To gain access to the areas to examine the work to be done for estimating purposes, arrangements must be made with the Contracting Officer. Contractor personnel will be granted escorted entry into the areas. Prior to initial work commencement, the Contractor shall supply the Contracting Officer a letter identifying all personnel employed during construction. Each time additions or deletions to the letter occur, an updated letter shall be forwarded to the Contracting Officer. Identification data shall include name, social security account number and company name/phone number of each person.

B. All buildings in the project are Controlled Areas and Contractor personnel shall stay in their work areas and not wander freely throughout the buildings. Names of the Contractor personnel who will be working during non-duty hours shall be furnished in writing at least one week in advance. Access to Rome Research Site (RRS) facilities is controlled by a card entry system. Contractor personnel shall be required to obtain magnetic entry cards for all personnel who will be involved in the work and who need to have access to the building. The magnetic entry cards can be obtained from the RRS Security Office, AFRL/RIOF, in Building 3. These cards shall be returned to the Contracting Officer’s Technical Representative before completion of the final inspection.

1.15 DELIVERY AND STORAGE

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A. Materials shall be delivered to the work area in undamaged condition, stored in fully covered, well ventilated areas, and protected from extreme changes in humidity and temperature.

B. The Contractor is responsible for securing materials in the storage area to protect from pilferage and vandalism.

C. The storage areas for this project are located as shown on the Drawing Title Sheet.

Access to these work areas is provided off main routes within the Griffiss Business and Technology Park Complex.

1.16 SAFETY

A. The Contractor shall:

1. Comply with all safety and health requirements necessary for the protection of personnel, facilities and equipment including, but not limited to all applicable Occupational Safety and Health Administration (OSHA) standards, while performing this contract at the Air Force Research Laboratory (AFRL), Rome Research Site (RRS) in Rome, NY.

2. Maintain a written Safety Program, as required by OSHA and make said plan available for review by the government upon request by the contracting officer.

3. In the event of a mishap during the performance of this contract on AFRL RRS premise, notify the contracting officer in an expeditious manner. Notification shall include the following information:

a. Contract, contract number, name and title of person(s) reporting.

b. Date, time and exact location of accident/incident.

c. Brief narrative of accident/incident (events leading to accident/incident).

d. Cause of accident/incident (if known).

e. Type of injury sustained and/or estimated cost of accident/incident

(material and labor to replace/repair) when damage is to government property.

f. Nomenclature of equipment and personnel involved in accident/incident.

g. Corrective actions (taken or proposed).

h. Other pertinent information.

1.17 PROPRIETARY EQUIPMENT

A. Reference to any equipment, material, article or patented process by trade name, mark or catalog number shall be regarded as establishing a standard of quality and shall not be construed as limiting competition. The Contractor may use any equipment, material article or process which is equal to that named as approved by the Contracting Officer.

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1.18 PROTECTION

A. Protection of existing work:

1. The Contractor shall take all necessary precautions to insure against damage to the existing work to remain in place, to be reused, or to remain the property of the Government; i.e. walls, light fixtures, carpet, etc.

2. The Contractor shall insure that structural elements are not overloaded and additional structural supports required as a result of any cutting, removal, or demolition work performed under any part of this Contract are added.

B. Protection of buildings from the weather:

1. The interior of the building and all materials and equipment shall be protected from the weather at all times.

C. Dust Control:

1. The amount of dust resulting from demolition shall be controlled to prevent the spread of dust to occupied portions of the building and to avoid creation of a nuisance in the surrounding areas.

D. Temporary closures:

1. The Contractor shall provide temporary closures at all openings in outside walls affected by their work to maintain weather protection and security.

E. Protection of personnel:

1. Where the safety of non-Contractor personnel is endangered in the area of removal work and new construction, barricades shall be used.

1.19 REMOVED MATERIALS AND EQUIPMENT

A. General:

1. All materials and equipment indicated to be removed as part of the work become the property of the Contractor for removal from the job site at the Contractor's expense, unless otherwise shown on the drawings or specified.

B. Items re-used as part of the work:

1. Items indicated to be re-used will be stored by the Contractor until such time as they may be reinstalled.

1.20 DISPOSAL OF REMOVED MATERIALS

A. General:

1. Materials removed from the project which are designated as unusable by the

Government shall be disposed of by the Contractor at his own expense off the Griffiss Business and Technology Park in accordance with applicable regulations.

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2. All debris to be removed from the work site shall be transported in canvas covered trucks with the canvas tied down to prevent loss of materials while in route to the disposal areas.

3. The Contractor shall police the truck routes continuously and all debris which has dropped shall be picked up immediately.

B. Materials for Contractor salvage:

1. This material shall be removed from Government property before completion of the Contract.

2. Materials for salvage shall not be sold on the site.

C. Special considerations must be made for any light bulbs and ballasts removed during the project. RIOCV will provide large boxes and protective material (i.e. bubble wrap), for the contractor to place the old light bulbs in. The contractor shall not dispose of these light bulbs; RIOCV must dispose of them in accordance with "Universal Waste" regulations.

D. In addition, the contractor shall not dispose of any light ballasts removed during this project. The contractor should stage the ballasts for processing and disposal by

RIOCV.

E. RIOCV shall also be notified/consulted if the contractor encounters or generates any hazardous (or potentially hazardous) waste(s).

1.21 REMOVAL AREAS

A. Patch existing construction and finishes damaged or left incomplete due to removals.

Patching, unless otherwise indicated, will be limited to areas where removals occurred and will match existing in material, color and finish.

B. Cap or otherwise terminate existing utility services to removed equipment on all utilities that are to remain active.

1.22 SPECIAL CONDITIONS

A. Should any materials be encountered during construction which are suspected to contain hazardous materials and are not indicated as such on the drawings, immediately stop work in that area and report the encountered condition to the Contracting Officer's Technical Representative.

1.23 SEQUENCING AND SCHEDULING

A. Provisions must be made to leave each entrance secured at the end of work each day and to minimize the duration of time each entrance is worked on from start to completion. Any work which affects the use of a required building exit must be coordinated with the Rome Research Site Safety Office.

B. The Contractor is required to maintain circulation corridors, exits and exit stairs in all building areas occupied by the Government.

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C. Traffic control:

1. Routes of ingress and egress on the grounds and within existing buildings to the location of the work shall be over routes as directed by the Government.

2. Areas for parking vehicles belonging to the Contractor and his employees will be designated by the Contracting Officer's Technical Representative. Maintain the parking areas free of debris and obstructions, including snow.

1.24 WORK SCHEDULE

A. Working hours for the Contractor will normally be between the hours of 0700 and 1600 hours

(7:00 a.m. and 4:00 p.m.), excluding Saturdays, Sundays and Federal holidays.

B. If the Contractor desires to work during periods other than above, additional government inspection forces may be required:

1. The Contractor must make his/her request to the Contracting Officer three (3) days in advance of his/her intention to work during other periods to allow assignment of additional inspection forces.

2. If such force is reasonably available, the Contracting Officer may authorize the Contractor to perform work during periods other than normal duty hours/days.

3. However, if inspectors are required to perform in excess of their normal duty hours/days solely for the benefit of the Contractor, the actual cost of inspection at overtime rates will be charged to the Contractor. These adjustments to the Contract Price may be made periodically as directed by the Contracting Officer.

PART 2 - PRODUCTS

2.01 ACCEPTABLE MANUFACTURERS

A. Materials and equipment shall be in strict accordance with the parameters herein specified.

2.02 ACCESSORIES AND COMPONENTS

A. Systems and equipment shall be complete with the necessary quantity of accessories and components required to insure a properly functioning installation.

PART 3 - EXECUTION

3.01 INSTALLATION

A. Work shall be expeditiously executed in a well-planned, organized, neat, workmanship like manner.

B. Unless otherwise noted or herein specified, materials and equipment shall be installed in strict accordance with the manufacturer’s recommendations.

C. System components shall be installed in a fashion ensuring easy serviceability.

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D. Electrical work herein specified and/or noted shall be executed in strict conformance with the National Electrical Code (NEC).

3.02 SUPPORTS

A. Provide auxiliary steel (beams, channels, angles, formed shapes, etc.) required to properly support equipment and distribution systems.

B. Utilize galvanized components (wherever practical) or field apply two coats of corrosion resistant primer.

C. Seismic anchorages, restraints and equipment supports shall comply with National

Uniform Seismic Installation Guidelines.

3.03 FINAL CLEANING, EQUIPMENT ROOMS

A. Remove trash and debris.

B. Thoroughly sweep (using sweeping compound) and subsequently vacuum floors.

C. Hand wash wall surfaces and equipment and remove any foreign substance (adhesive, extraneous paint, droppings, etc.).

D. Damp-mop floors.

3.04 RECORD DRAWINGS

A. Promptly record (in a neat, legible and red-color only accentuated fashion, on a complete, designated set of bidding documents containing no other markings) significant differences reflected by the actual installation (sizes, capacities, locations and features of distribution systems and equipment).

B. Thoroughly review such recordings weekly with the Engineer’s field representative and submit the completed set to the Engineer for electronic formatting.

3.05 FIELD CHECKING START-UP

A. Provide field checking start-up for systems and equipment in accordance with the requirements herein specified.

3.06 SYSTEMS CHECK-OUT (COMMISSIONING)

A. Subsequent to completing the HVAC systems, the Temperature Controls Contractor, in conjunction with the Contracting Officer’s representative, shall orchestrate a demonstrative “check-out” of the systems operation.

B. The above assembly, under the conjunctive direction of the Temperature Control

Contractor’s project manager and the Contracting Officer’s representative shall demonstrate the disposition of the system(s) sequence of operation relative to the proper response of related equipment, controlled devices, controllers and balancing influences.

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C. Shortcomings shall be defined and assigned (verbally and confirmed in writing) to the appropriate participant(s) relative to required corrective measures, including an appropriate date for completion.

D. Thereafter, the above process will be repeated until all the requirements set forth in the bidding documents are properly satisfied.

E. Finally, submit a detailed report to the Contracting Officer’s representative, summarizing corrective measures and/or implemented alterations.

3.07 INSTRUCTION

A. Provide thorough, organized instruction regarding equipment and systems operation to the Owner’s authorized representatives (secure written acknowledgement and forward to the Contracting Officer’s representative); refer to respective specification sections for designated requirements.

3.08 OPERATION AND MAINTENANCE MANUAL

A. Upon completing the material lists and equipment submittal process, submit two bound, neatly arranged, indexed Operation and Maintenance Manuals for approval.

B. Manuals shall be contained in heavy duty, 3-ring vinyl covered loose-leaf binders

(suitable sets of MANAGEABLE SIZE, like equipment and systems grouped) complete with:

1. Typewritten description of contents within a clear plastic sleeve on the spine.

2. Dividers with labeled, celluloid covered tabs.

3. Protective plastic jacket enclosures for diagnostic software.

C. Manuals shall contain:

5. Title page delineating:

a. Name of project.

b. General nature of contents.

c. Name and address of Contractor.

d. Applicable cross-references to related volumes.

2. Table of contents listing equipment (including the associated alphanumerical designation) and the corresponding section (tab).

3. Pertinent equipment information, including:

a. Manufacturer and serial number.

b. Approved submittal.

c. Operating and maintenance instructions.

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d. Names, addresses and telephone numbers relative to parts and service.

4. Field checking start-up reports.

5. Systems check-out (commissioning) reports.

END OF SECTION

Attachment: Submittal Cover Sheet

For Evaluation and Action

(YYYYMMDD)

(YYYYMMDD)

(YYYYMMDD)

(YYYYMMDD)

(YYYYMMDD)

Form Approved OMB No 9000-0062 Expires May 31, 2005

MATERIAL APPROVAL SUBMITTAL

(See Instructions on Reverse)

Public reporting burden for this collection of information is estimated to average 20 minutes per response, including the time for reviewing instructions, searching existing data sources, gathering and maintaining the data needed, and completing and reviewing the collection of information. Send comments regarding this burden estimate or any other aspect of this collection of information, including suggestions for reducing this burden to the Department of Defense, Washington Headquarters Services, Directorate for Information Operations and Reports, 1215 Jefferson Davis Highway, Suite 1204, Arlington VA 22202-4302, and to the Office of Management and Budget, Paperwork Reduction Project OMB No 9000-0062, Washington DC 20503. Please DO NOT RETURN your form to either of these addresses. Send your completed form to: SAF/AQCP, 1060 Air Force Pentagon, Washington DC 20330-1060.

TO: (Contracting Officer) FROM: (Contractor) DATE

CONTRACT NUMBER SUBMISSION NUMBER SUBMITTAL

NEW RESUBMITTAL

PREVIOUS SUBMISSION NUMBER PROJECT NUMBER

TO BE COMPLETED BY CONTRACTOR FOR GOVERNMENT USE ONLY

ITEM SPECIFICATION SECTION/ DESCRIPTION OF MATERIAL AP-

PROVED

DISAP-

PROVED

SEE

REVERSE INITIAL

BY COMPLETING THIS FORM, THE UNDERSIGNED CONTRACTOR CERTIFIES THAT

THE MATERIAL COMPLIES WITH ALL SPECIFICATIONS OF SUBJECT CONTRACT.

DATE TYPE OR PRINT NAME AND TITLE SIGNATURE

FOR GOVERNMENT USE ONLY

TO: (Base Civil Engineering Officer)

DATE TYPE OR PRINT NAME AND GRADE SIGNATURE

TO: (AF Contracting Office)

RECOMMEND APPROVAL DISAPPROVAL AS INDICATED ABOVE AND SUBJECT TO ANY APPLICABLE COMMENTS ON THE REVERSE

DATE TYPE OR PRINT NAME AND GRADE SIGNATURE

TO: (Contractor)

DISAPROVED AS INDICATED ABOVE AND SUBJECT TO ANY APPLICABLE COMMENTS ON THE REVERSE SIDE. REQUEST

APPROVED

RESUBMITTAL ON DISAPPROVED ITEMS WITHIN DAYS OF DATE SHOWN BELOW.

DATE TYPE OR PRINT NAME AND GRADE SIGNATURE

AF IMT 3000, 20030901, V1 PREVIOUS EDITION IS OBSOLETE.

NO. PARA NO./DRAWING NO. (Include Type, Model Number, Catalog Number, Mfg., etc.)

COMMENTS

(Number to correspond with applicable Item Number on reverse)

INSTRUCTIONS TO CONTRACTORS

1. The term "material" is defined as articles, supplies, raw materials, equipment, parts, components, and end items that are to be incorporated into the work required by the contract.

2. This form is to be used by contractors for submitting Shop Drawings, Equipment Data, Manufacturer's Literature and Certificates and samples of Materials to the Government for approval in accordance with the provisions of this contract. Unless otherwise specified, it is to be prepared in 4 copies, signed, and provided to the contracting officer with appropriate attachments.

3. Item(s) to be approved will be clearly tabbed or identified. Data pertaining to item(s) to be approved will be clearly identified or tabbed, particularly where documents are voluminous, in order to properly evaluate the materials or articles to be incorporated in the work. Each attachment will be numbered to correspond with the item number shown on the face of this form.

4. Requests submitted shall be numbered consecutively, by contract, in the space entitled "Submission No.". This number, in addition to the Contract No., will be used to identify each Material Approval Submittal. Resubmissions will be indicated in the appropriate block and the insertion of previous submission number and data in addition to a new submission number. A single submission should be used for all work of a section of the specifications, but in NO instance should the submission include work for more than one (1) contract. Submittals requiring priority handling will be submitted by separate submittal using the form and so marked across the face of the form.

5. This Material Approval Submittal is not valid unless it is signed by the contracting officer. This approval is required as called for by the contracting officer under the terms of this contract.

AF IMT 3000, 20030901, V1 (REVERSE)

Replace HVAC Controls, Site AUTOMATIC TEMPERATURE CONTROLS Project# ULDF22-0002 SECTION 15570

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SECTION 15570

AUTOMATIC TEMPERATURE CONTROLS

PART 1 – GENERAL

1.01 REQUIREMENTS

A. Furnish and install complete automatic temperature control systems as shown on the drawings and herein specified.

B. The control system for this project is an extension of the existing Johnson Controls Metasys system. All control components shall be compatible with the existing system and all control functions shall be thru the existing control system.

B. System shall be the distributed-processing, direct digital control (DDC), type;

compatible for networking with the Owner’s existing single point programming and information sharing building management system (BMS); CAPABLE OF MULTI-SITE

INTERFACE VIA PASSWORD SECURED INTERNET, AND OWNER NETWORK ACCESS;

complete with programmable control modules, specific function control modules, software, dampers, valves, actuators, sensors, ancillary controllers, relays, switches, start-up service and all necessary accessories required to accomplish the sequences herein specified; additionally, system shall be a seamless extension of the existing with the capability to provide:

1. Communication with the existing Application and Data Servers, Operator

Workstations, and Portable Operator Terminals.

2. Controller programming and upload/download functions for new controllers through existing Data Servers, Operator Workstations, and Portable operator terminals.

3. Database archiving.

4. System software features including:

a. Adjustment and override of system parameters.

b. Scheduling and reporting functions.

c. Historical trending and data collection.

d. Alarm annunciation including paging and e-mail notification.

e. Peer-to-peer communications between new and existing controllers.

C. FAILURE TO COMPLY WITH THE ABOVE REQUIRES THE COMPLETE

REPLACEMENT OF THE EXISTING SYSTEM (DUAL OR HYBRID/INTEGRATED SYSTEMS

ARE NOT ACCEPTABLE).

D. The scope of work includes all systems/equipment/terminals shown on the drawings (both existing to remain and new) in context with the sequences hereinafter described.

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E. Existing controlled devices and their associated actuators may be reused unless they are unsatisfactory for continued service; in which case, they shall be repaired or replaced as appropriate.

1.02 SUBMITTALS

A. ALL REFERENCES TO EQUIPMENT, CONTROLLERS, CONTROLLED DEVICES,

ETC. SHALL MATCH EXACTLY THE TITLES AND ALPHANUMERIC DESIGNATIONS

SHOWN IN THE BIDDING DOCUMENTS.

B. THE SEQUENCES OF OPERATION (EXCEPT FOR THE INSERTION OF

REFERENCES TO SPECIFIC DEVICES) SHALL MATCH PRECISELY THE

VERNACULAR OF THIS SPECIFICATION; UPON REQUEST, THE ENGINEER WILL

PROVIDE DIGITAL FILES.

C. THE SYSTEMS SCHEMATICS CONFIGURATION SHALL MATCH EXACTLY

THOSE SHOWN IN THE BIDDING DOCUMENTS; UPON REQUEST, THE ENGINEER

WILL PROVIDE DIGITAL FILES.

1.03 GUARANTEE

A. The system shall be guaranteed to be free from defects in materials and workmanship for a period of 2 years from the date of final acceptance by the Owner, during which time all above mentioned defects shall be corrected and all services incidental to proper performance shall be provided free of charge.

1.04 START-UP

A. System start-up shall include the provision of initial programming, setting, testing and checking and all subsequent programming modifications and adjustments required to insure proper operation.

B. Seasonal related influences for heating and cooling shall be appropriately phased.

1.05 INSTRUCTIONS

A. Instructions for system operation (as required and/or requested throughout the guarantee period by the Owner’s authorized representative) shall consist of 1, 4-hour session requiring written acknowledgement (refer to “Owner Instruction Log”, attached).

PART 2 – PRODUCTS

2.01 DESCRIPTION

1) Programmable control modules (PCM):

1. General:

a. Stand-alone, microprocessor based.

b. Modular (allowing point expansion).

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c. Direct digital control (DDC) algorithms (2-position, incremental, proportional, proportional plus integral, proportional plus integral plus derivative) programmed in a fashion properly complementary with the sequences herein specified.

d. Field programmable (local or from master station. Programming software shall be supplied for installation on existing customer laptop computer (Windows 7) and existing customer primary client workstation (Windows 10)).

2. Input:

a. Analog:

1) 12 bit resolution, common sensing device(s) compatible.

b. Binary:

1) Supervised, common sensing device(s) compatible.

3. Output:

a. Analog:

1) 0 to 10 VDC or 4 to 20 milliamperes.

2) Designated (individual) for each controlled device.

b. Binary:

1) Continuous low voltage signal, normally open or normally closed, 3-position manual override (“On/Off/Auto”) as required.

4. Alarms (audio and visual; local and master station annunciation):

a. Program failure.

b. Card failure.

c. Sensor failure.

d. Other (as herein specified).

5. Power loss protection:

a. Battery backup (RAM), 24 hours.

b. Automatic diagnostic resumption (prior to battery failure) following commercial power restoration.

c. Manual restoration (subsequent to battery failure) from mass storage.

6. Integral (local) display:

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a. Monitored points.

b. Alarms.

c. Setpoint adjustment.

7. Enclosure:

a. Steel, Underwriters Laboratories listed; key lock, piano hinged, full access door; baked enamel finish.

b. Arranged to permit timely (construction phased), internal termination of all associated wiring.

2) Specific function control modules (SFCM):

1. Units shall conform with the parameters outlined for programmable control modules, except that the memory shall be permanent and unaffected by loss of commercial power.

2. Units shall be employed as designated (never as a substitute for PCM’s).

3) Master station software:

1. Anti-recycle protection:

a. Designated programmable timers (0 to 120 minutes).

2. User access:

a. Multiple level, password secured; recorded log “On”/log “Off”.

b. Prompted, menu driven, English language communication; contiguous, help key actuated, instruction display.

c. Provide owner with current version of all necessary programming software tools to revise applications in all provided local control units. Programming tools shall have the capability to connect remotely to local control units throughout the system from existing Building Management System (BMS) operator workstations.

3. Time-of-day scheduling:

a. Individually editable 8-day (7 plus holiday; 6 events per day) master schedules.

4. Features:

a. Custom control language, optimum start/stop, after hours override, run time and maintenance messages.

5. Trend log(s):

a. General:

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1) Capacity to address all inputs, outputs and calculated values.

2) Retrievable in file format or graphical display.

b. Initial requirements:

1) Thermal demand:

a) CHW systems.

b) HW heating systems.

2) Thermal energy consumed:

a) CHW systems.

b) HW heating systems.

3) Electrical demand:

a) CHW generators.

b) CHW system ancillaries.

c) Service entrance.

4) Electrical energy consumed:

a) Central station air handling system(s) fans.

b) CHW generators.

c) CHW system ancillaries.

d) Service entrance.

4) Diagnostics:

1. Basic operation:

a. Self-testing; automatic storage; user notification via printer, audible tone and flashing display.

2. Troubleshooting guides:

a. Symptom/diagnosis displays (for PCM’s and SFCM’s).

5) Automatic dampers:

1. Low leakage type (parallel blade for mixing service and opposed blade for volume/throttling service).

2. 16 gauge galvanized steel roll-formed blades, 13 gauge galvanized steel roll-formed frame, zinc plated hardware, interlocking blade edges with

04.10.2026 Page 6 of 10

inflatable closed cell neoprene seal, friction type spring-loaded stainless steel blade ends with zero clearance.

3. Spring return (unless physical limitations are incompatible).

6) Automatic control valves:

a. Complementary with all parameters (temperature, pressure, medium, etc.) related to the associated piping system.

b. Spring return (unless physical limitations are incompatible).

2. Steam, 2-way, proportional:

a. Globe pattern, single-seated, modified linear characteristics (unless otherwise noted or specified), renewable trim.

b. Adjustable start point and operating range as required.

3. Hydronic, 2-way, proportional:

a. Ball pattern, 2 inches and smaller; globe pattern, 2 ½ inches and larger.

b. Single-seated, equal percentage characteristics (unless otherwise noted or specified), renewable trim.

c. Adjustable start point and operating range as required.

4. Hydronic, 3-way, mixing/bypass, proportional:

a. Globe pattern, constant total flow characteristics, renewable trim, adjustable start point and operating range as required.

b. Configuration (NO, NC, C) as shown.

I. Actuators:

1. Linkage, cams, stroke, timing, torque, etc. complementary with the needs of the associated controlled device.

2. Controlled device (damper, valve) position monitoring (except units serving heating and/or cooling terminals) shall be ‘feedback’ via their associated actuator(s).

J. Sensors:

a. Appropriate range.

b. Suitable for service in accordance with the associated medium and ambient conditions.

04.10.2026 Page 7 of 10

2. Temperature:

1) Resistance temperature device (RTD), thermistor.

2) Performance parameters:

a) Accuracy: ± 0.10% FS.

b) Non-linearity: ± 0.10% FS.

b. Space:

1) General:

a) Location coordinated with other elements contributing to the function and aesthetics of the associated wall elevation.

2) Attributes (as shown and/or noted on the drawings):

a) Adjustable (remote).

b) Indicating (liquid crystal display).

c. Immersion/insertion:

1) Well, easily removable probe.

2) Weather resistant housing as required.

3. Humidity:

1) Resistance bulk polymer.

2) Zero and span potentiometers.

b. Performance parameters:

1) Accuracy: ± 2.0% (20% rh to 95% rh).

4. Pressure:

1) Capacitance type.

2) Thermal coefficient matched components, temperature compensated.

b. Gases:

1) Stainless steel diaphragm, insulated stainless steel electrode.

04.10.2026 Page 8 of 10

2) Performance parameters:

a) Accuracy: ± 1.0% FS.

b) Non-linearity: ± 1.0% FS.

c) Hysteresis: 0.10% FS.

d) Non-repeatability: 0.05% FS.

c. Liquids:

1) Stainless steel components, elastomer seals.

2) 3-valve manifold assembly, bleed ports.

3) Performance parameters:

a) Accuracy: ± 0.25% FS.

b) Non-linearity: ± 0.20% FS.

c) Hysteresis: 0.10% FS.

d) Non-repeatability: 0.05% FS.

5. Hydronic flowrate:

1) Microprocessor based, electromagnetic induction type.

2) NEMA 6 enclosure, self-monitoring, PROM memory, galvanic isolation.

3) Liquid crystal display.

4) Remote transmitter mounting.

b. Features:

1) Flowrate.

2) Totalizers.

3) Low flow cutoff.

4) Flow direction.

c. Performance parameters.

1) Accuracy: ± 0.5% FS.

2) Repeatability: 0.1% FS.

04.10.2026 Page 9 of 10

K. Water leak detection:

1. Isolated dry contacts.

2. Building management system compatible.

L. Water meters:

1. Sealed register, magnetic drive.

2. Center sweep hand dial, leak indicator, dome glass lens.

3. Impulse contactor, building management system interface compatible.

M. Low limit thermostats (serving hydronic and/or steam coils):

1. Appropriate set point range, 120 volt, adjustable sensitivity (2F, minimum), manual reset, connecting capillary tube (20 feet long, minimum).

2. Capable of responding to the lowest temperature sensed by any one foot portion.

PART 3 – EXECUTION

3.01 INSTALLATION

A. Electrical wiring:

1. Wiring required to accomplish the temperature control sequences herein specified shall be the responsibility of this Contractor and installed in strict accordance with the National Electrical Code.

2. Power wiring required to energize the control systems shall be the responsibility of this Contractor and executed by the Electrical Contractor.

3. Wiring associated with DDC components shall be twisted, low voltage, shielded (as required), plenum cable.

4. Exposed wiring below 8 feet above finished floor shall be installed in

DEDICATED electrical metallic tubing with set-screw and compression type couplings and connectors for interior dry locations and interior wet locations or exterior locations, respectively.

5. Provide conduit labels (located to ensure continuous systems recognition) and identification at wiring terminations).

B. REMOVE ALL EXTRANEOUS PORTIONS OF EXISTING CONTROL SYSTEMS THAT ARE

UNNECESSARY TO COMPLEMENT THE PROPOSED RETROFIT.

3.02 SEQUENCES

A. System Control, General:

04.10.2026 Page 10 of 10

1. The fundamental objective of the control sequences is to provide system control of reasonable complexity that minimizes energy consumption while meeting the associated demands.

2. Unless otherwise specified and/or noted, all temperatures shall be considered as dry bulb graduations.

3. Airside economizer/return air related enthalpy preference shall be determined in context with global outside air and return air temperature and humidity sensors.

4. Software formulated optimization relative to systems and/or systems components operation shall be manifested by appropriately developed algorithms considering pertinent variables and associated trend logs.

5. Time-of-day scheduling shall automatically (with manual over-ride) select the system cycles (occupied, unoccupied) of operation.

6. Sequences for each device replaced are included in Appendix I of this document.

END OF SECTION

NAE Bus Controller Point Short Name Description Disposition NAE Bus Controller Point Short Name Description NAE-1 N2-1 DX-1 AI-1 DA-T Discharge Air Temp Move to new controller CGM-5 NAE-1 FC-1 CGM-5 UI-1 DA-T Discharge Air Temp NAE-1 N2-1 DX-1 AI-2 ZN-T Zone Temperature Move to new controller CGM-5 NAE-1 FC-1 CGM-5 UI-2 ZN-T Zone Temperature NAE-1 N2-1 DX-1 AI-3 MA-T Mixed Air Temp Move to new controller CGM-5 NAE-1 FC-1 CGM-5 UI-3 MA-T Mixed Air Temp NAE-1 N2-1 DX-1 AI-4 HtgVlv-S Heating Valve Position Remove point and associated wiring NAE-1 FC-1 CGM-5 UI-4 OA-T Outdoor Air Temp NAE-1 N2-1 DX-1 AI-5 ClgVlv-S Cooling Valve Position Remove point and associated wiring NAE-1 FC-1 CGM-5 UI-5 OA-H Outdoor Air Humidity NAE-1 N2-1 DX-1 AI-6 OA-T Outdoor Air Temp Move to new controller CGM-5 NAE-1 FC-1 CGM-5 UI-6 FILT-DP Pre-Filter Differential Pressure NAE-1 N2-1 DX-1 AI-7 OA-H Outdoor Air Humidity Move to new controller CGM-5 NAE-1 FC-1 CGM-5 UI-7 RA-T Return Air Temperature NAE-1 N2-1 DX-1 AI-8 OAD-S Outdoor Air Damper Position Remove point and associated wiring NAE-1 FC-1 CGM-5 BI-1 SF-S Supply Fan Status NAE-1 N2-1 DX-1 DI-1 SF-S Supply Fan Status Move to new controller CGM-5 NAE-1 FC-1 CGM-5 BI-2 LT-ALM Low Temperature Alarm NAE-1 N2-1 DX-1 DI-2 LT-ALM Low Temperature Alarm Move to new controller CGM-5 NAE-1 FC-1 CGM-5 BO-1 SF-C Supply Fan Command NAE-1 N2-1 DX-1 DI-3 - - - NAE-1 FC-1 CGM-5 BO-2 E-SDWN-C Emergency Shutdown Command

NAE-1 N2-1 DX-1 DI-4 - - - NAE-1 FC-1 CGM-5 BO-3 - -

NAE-1 N2-1 DX-1 DI-5 - - - NAE-1 FC-1 CGM-5 CO-1 HtgVlv-C Heating Valve Control NAE-1 N2-1 DX-1 DI-6 - - - NAE-1 FC-1 CGM-5 CO-2 ClgVlv-C Cooling Valve Control NAE-1 N2-1 DX-1 DI-7 - - - NAE-1 FC-1 CGM-5 CO-3 OAD-C Outdoor Air Damper Control NAE-1 N2-1 DX-1 DI-8 - - - NAE-1 FC-1 CGM-5 CO-4 RAD-C Return Air Damper Control NAE-1 N2-1 DX-1 AO-1 HtgVlv-C Heating Valve Control Move to new controller CGM-5 NAE-1 FC-1 CGM-5 AO-1 - - NAE-1 N2-1 DX-1 AO-2 ClgVlv-C Cooling Valve Control Move to new controller CGM-5 NAE-1 FC-1 CGM-5 AO-2 - - NAE-1 N2-1 DX-1 AO-9 OAD-C Outdoor Air Damper Control Move to new controller CGM-5 NAE-1 FC-1 CGM-5 XPM1 UI-1 HALL-T Exit Hall Temp NAE-1 N2-1 DX-1 AO-10 RAD-C Return Air Damper Control Move to new controller CGM-5 NAE-1 FC-1 CGM-5 XPM1 UI-2 B129-T Room B129 Temp NAE-1 N2-1 DX-1 AO-11 - - - NAE-1 FC-1 CGM-5 XPM1 UI-3 B130-T Room B130 Temp NAE-1 N2-1 DX-1 AO-12 - - - NAE-1 FC-1 CGM-5 XPM1 UI-4 B131-T Room B131 Temp NAE-1 N2-1 DX-1 AO-13 - - - NAE-1 FC-1 CGM-5 XPM1 UI-5 B132-T Room B132 Temp

NAE-1 N2-1 DX-1 AO-14 - - - NAE-1 FC-1 CGM-5 XPM1 UI-6 - -

NAE-1 N2-1 DX-1 DO-3 SF-C Supply Fan Command Move to new controller CGM-5 NAE-1 FC-1 CGM-5 XPM1 UI-7 - -

NAE-1 N2-1 DX-1 DO-4 - - - NAE-1 FC-1 CGM-5 XPM1 BI-1 - -

NAE-1 N2-1 DX-1 DO-5 E-SDWN-C Emergency Shutdown Command Move to new controller CGM-5 NAE-1 FC-1 CGM-5 XPM1 BI-2 - -

NAE-1 N2-1 DX-1 DO-6 - - - NAE-1 FC-1 CGM-5 XPM1 BO-1 - -

NAE-1 N2-1 DX-1 DO-7 - - - NAE-1 FC-1 CGM-5 XPM1 BO-2 - -

NAE-1 N2-1 DX-1 DO-8 - - - NAE-1 FC-1 CGM-5 XPM1 BO-3 - -

NAE-1 N2-1 DX-1 XT1AI1 RAD-S Return Air Damper Position Remove point and associated wiring NAE-1 FC-1 CGM-5 XPM1 CO-1 HALL-FTV Exit Hall Fin Tube Valve NAE-1 N2-1 DX-1 XT1AI2 FILT-DP Pre-Filter Differential Pressure Move to new controller CGM-5 NAE-1 FC-1 CGM-5 XPM1 CO-2 B129-FTV Room B129 Fin Tube Valve NAE-1 N2-1 DX-1 XT1AI3 RA-T Return Air Temperature Move to new controller CGM-5 NAE-1 FC-1 CGM-5 XPM1 CO-3 B130-FTV Room B130 Fin Tube Valve NAE-1 N2-1 DX-1 XT1AI4 - - - NAE-1 FC-1 CGM-5 XPM1 CO-4 B131-FTV Room B131 Fin Tube Valve NAE-1 N2-1 DX-1 XT1AI5 - - - NAE-1 FC-1 CGM-5 XPM1 AO-1 B132-FTV Room B132 Fin Tube Valve

NAE-1 N2-1 DX-1 XT1AI6 - - - NAE-1 FC-1 CGM-5 XPM1 AO-2 - -

NAE-1 N2-1 DX-1 XT1AO1 - - -

NAE-1 N2-1 DX-1 XT1AO2 - - -

NAE-1 N2-1 UNT-21 AI-1 HALL-T Exit Hall Temp Move to new controller CGM-5 NAE-1 N2-1 UNT-21 AI-2 B129-T Room B129 Temp Move to new controller CGM-5 NAE-1 N2-1 UNT-21 AI-3 B130-T Room B130 Temp Move to new controller CGM-5 NAE-1 N2-1 UNT-21 AI-4 B131-T Room B131 Temp Move to new controller CGM-5

NAE-1 N2-1 UNT-21 AI-5 - - -

NAE-1 N2-1 UNT-21 AI-6 - - -

NAE-1 N2-1 UNT-21 AO-1 HALL-FTV Exit Hall Fin Tube Valve Move to new controller CGM-5 NAE-1 N2-1 UNT-21 AO-2 B129-FTV Room B129 Fin Tube Valve Move to new controller CGM-5 NAE-1 N2-1 UNT-21 AO-3 B130-FTV Room B130 Fin Tube Valve Move to new controller CGM-5 NAE-1 N2-1 UNT-21 AO-4 B131-FTV Room B131 Fin Tube Valve Move to new controller CGM-5

NAE-1 N2-1 UNT-21 BI-1 - - -

NAE-1 N2-1 UNT-21 BI-2 - - -

NAE-1 N2-1 UNT-21 BI-3 - - -

NAE-1 N2-1 UNT-21 BI-4 - - -

NAE-1 N2-1 UNT-21 BI-5 - - -

NAE-1 N2-1 UNT-21 BI-6 - - -

NAE-1 N2-1 UNT-21 BO-1 - - -

NAE-1 N2-1 UNT-21 BO-2 - - -

NAE-1 N2-1 UNT-21 BO-3 - - -

NAE-1 N2-1 UNT-21 BO-4 - - -

NAE-1 N2-1 UNT-22 AI-1 B132-T Room B132 Temp Move to new controller CGM-5

NAE-1 N2-1 UNT-22 AI-2 - - -

NAE-1 N2-1 UNT-22 AI-3 - - -

NAE-1 N2-1 UNT-22 AI-4 - - -

NAE-1 N2-1 UNT-22 AI-5 - - -

NAE-1 N2-1 UNT-22 AI-6 - - -

NAE-1 N2-1 UNT-22 AO-1 B132-FTV Room B132 Fin Tube Valve Move to new controller CGM-5

NAE-1 N2-1 UNT-22 AO-2 - - -

NAE-1 N2-1 UNT-22 AO-3 - - -

NAE-1 N2-1 UNT-22 AO-4 - - -

Original Controller(s) New Controller(s) B2 AHU-1 Control

Start/Stop Control During occupied hours the AHU fan(s) will run continuously and during unoccupied hours the fan(s) will be off. If the controller receives an emergency shutdown signal from the supervisory system, the emergency shutdown output shall be activated, disabling the fan(s). If the low temperature alarm activates the system shall be shut down, closing the outdoor air damper and opening the heating coil valve.

Temperature Control Utilize AHU zone temperature to control discharge air setpoint between maximum (75 degF, adj.) and minimum (55 degF, adj.) values based on deviation from zone temperature setpoint (70 degF, adj.). Modulate dampers and heating and cooling valves to maintain discharge air temperature at its setpoint. If outdoor air dry bulb temperature goes above the economizer setpoint (55 degF, adj.), control mixed air dampers to minimum position (10% OA, adj.). Mixed air dampers shall also modulate to ensure the mixed air temperature does not drop below the mixed air low limit setpoint (53 degF, adj.), closing to less than minimum position if necessary.

Finned Tube Radiation Control When steam is available, modulate finned tube radiation valve(s) to maintain the zone(s) to their respective setpoint (70 degF, adj.)

Replace HVAC Controls, Site Project# ULDF22-0002 04.10.2026

NAE-1

FC-1 CGM-5

NAE-1 N2-1 UNT-22 BI-1 - - -

NAE-1 N2-1 UNT-22 BI-2 - - -

NAE-1 N2-1 UNT-22 BI-3 - - -

NAE-1 N2-1 UNT-22 BI-4 - - -

NAE-1 N2-1 UNT-22 BI-5 - - -

NAE-1 N2-1 UNT-22 BI-6 - - -

NAE-1 N2-1 UNT-22 BO-1 - - -

NAE-1 N2-1 UNT-22 BO-2 - - -

NAE-1 N2-1 UNT-22 BO-3 - - -

NAE-1 N2-1 UNT-22 BO-4 - - -

Replace HVAC Controls, Site Project# ULDF22-0002 04.10.2026

NAE-1

FC-1 CGM-5

NAE Bus Controller Point Short Name Description Disposition NAE Bus Controller Point Short Name Description NAE-1 N2-1 DX-2 AI-1 DA-T Discharge Air Temp Move to new controller CGM-6 NAE-1 FC-1 CGM-6 UI-1 DA-T Discharge Air Temp NAE-1 N2-1 DX-2 AI-2 MA-T Mixed Air Temp Move to new controller CGM-6 NAE-1 FC-1 CGM-6 UI-2 MA-T Mixed Air Temp NAE-1 N2-1 DX-2 AI-3 RA-T Return Air Temp Move to new controller CGM-6 NAE-1 FC-1 CGM-6 UI-3 RA-T Return Air Temp NAE-1 N2-1 DX-2 AI-4 - - - NAE-1 FC-1 CGM-6 UI-4 RA-H Return Air Humidity NAE-1 N2-1 DX-2 AI-5 RA-H Return Air Humidity Move to new controller CGM-6 NAE-1 FC-1 CGM-6 UI-5 DA-SP Discharge Static Press NAE-1 N2-1 DX-2 AI-6 DA-SP Discharge Static Press Move to new controller CGM-6 NAE-1 FC-1 CGM-6 UI-6 Filt-DP Prefilter Diff Press NAE-1 N2-1 DX-2 AI-7 Filt-DP Prefilter Diff Press Move to new controller CGM-6 NAE-1 FC-1 CGM-6 UI-7 DASP-ALM Disch Hi Static Alarm NAE-1 N2-1 DX-2 AI-8 - - - NAE-1 FC-1 CGM-6 BI-1 SF-S Supply Fan Status NAE-1 N2-1 DX-2 DI-1 SF-S Supply Fan Status Move to new controller CGM-6 NAE-1 FC-1 CGM-6 BI-2 LT-ALM Low Temp Alarm NAE-1 N2-1 DX-2 DI-2 - - - NAE-1 FC-1 CGM-6 BO-1 SF-C Supply Fan Command NAE-1 N2-1 DX-2 DI-3 LT-ALM Low Temp Alarm Move to new controller CGM-6 NAE-1 FC-1 CGM-6 BO-2 OAF-C Min OA Fan Command NAE-1 N2-1 DX-2 DI-4 DASP-ALM Disch Hi Static Alarm Move to new controller CGM-6 NAE-1 FC-1 CGM-6 BO-3 EF1-C Exhaust Fan 1 Command NAE-1 N2-1 DX-2 DI-5 DA-SMK Disch Smoke Detector Remove point and associated wiring NAE-1 FC-1 CGM-6 CO-1 HTG-VLV Heating Valve Control NAE-1 N2-1 DX-2 DI-6 OAF-S Min OA Fan Status Move to new controller CGM-6 NAE-1 FC-1 CGM-6 CO-2 CLG-VLV Cooling Valve Control NAE-1 N2-1 DX-2 DI-7 EF1-S Exhaust Fan 1 Status Move to new controller CGM-6 NAE-1 FC-1 CGM-6 CO-3 OADPR-C Outdoor Air Damper Control NAE-1 N2-1 DX-2 DI-8 OADPR2-S Min OA Dpr Status Remove point and associated wiring NAE-1 FC-1 CGM-6 CO-4 SF-VSD Sup Fan VSD Control NAE-1 N2-1 DX-2 AO-1 HTG-VLV Heating Valve Control Move to new controller CGM-6 NAE-1 FC-1 CGM-6 AO-1 MinOA-Dp Minimum OA Damper Control NAE-1 N2-1 DX-2 AO-2 CLG-VLV Cooling Valve Control Move to new controller CGM-6 NAE-1 FC-1 CGM-6 AO-2 RADPR-C Return Damper Control NAE-1 N2-1 DX-2 AO-9 - - - NAE-1 FC-1 CGM-6 XPM1 UI-1 OAF-S Min OA Fan Status NAE-1 N2-1 DX-2 AO-10 OADPR-C Outdoor Air Damper Control Move to new controller CGM-6 NAE-1 FC-1 CGM-6 XPM1 UI-2 EF1-S Exhaust Fan 1 Status NAE-1 N2-1 DX-2 AO-11 SF-VSD Sup Fan VSD Control Move to new controller CGM-6 NAE-1 FC-1 CGM-6 XPM1 UI-3 - - NAE-1 N2-1 DX-2 AO-12 MinOA-Dp Minimum OA Damper Control Move to new controller CGM-6 NAE-1 FC-1 CGM-6 XPM1 BI-1 VSD-ALM Sup Fan VSD Alarm NAE-1 N2-1 DX-2 AO-13 RADPR-C Return Damper Control Move to new controller CGM-6 NAE-1 FC-1 CGM-6 XPM1 BO-1 E-SDWN-C Emergancy Shutdown Command

NAE-1 N2-1 DX-2 AO-14 - - - NAE-1 FC-1 CGM-6 XPM1 BO-2 - -

NAE-1 N2-1 DX-2 DO-3 SF-C Supply Fan Command Move to new controller CGM-6 NAE-1 FC-1 CGM-6 XPM1 CO-1 - - NAE-1 N2-1 DX-2 DO-4 OAF-C Min OA Fan Command Move to new controller CGM-6 NAE-1 FC-1 CGM-6 XPM1 CO-2 - - NAE-1 N2-1 DX-2 DO-5 EF1-C Exhaust Fan 1 Command Move to new controller CGM-6 NAE-1 FC-1 CGM-6 XPM1 CO-3 - -

NAE-1 N2-1 DX-2 DO-6 - - - NAE-1 FC-1 CGM-6 XPM1 CO-4 - -

NAE-1 N2-1 DX-2 DO-7 E-SDWN-C Emergency Shutdown Command Move to new controller CGM-6 NAE-1 FC-1

NAE-1 N2-1 DX-2 DO-8 - - - NAE-1 FC-1

NAE-1 N2-1 DX-2 XT1AI1 Htg-POS Htg Valve Position Remove point and associated wiring NAE-1 FC-1 NAE-1 N2-1 DX-2 XT1AI2 Clg-POS Clg Valve Position Remove point and associated wiring NAE-1 FC-1 NAE-1 N2-1 DX-2 XT1AI3 RAD-POS Return Damper Position Remove point and associated wiring NAE-1 FC-1 NAE-1 N2-1 DX-2 XT1AI4 OAD-POS OA Damper Position Remove point and associated wiring NAE-1 FC-1

NAE-1 N2-1 DX-2 XT1AI5 - - - NAE-1 FC-1

NAE-1 N2-1 DX-2 XT1AI6 - - - NAE-1 FC-1

NAE-1 N2-1 DX-2 XT1AO1 - - -

NAE-1 N2-1 DX-2 XT1AO2 - - -

NAE-1 N2-1 DX-2 XT2DI1 VSD-ALM Sup Fan VSD Alarm Move to new controller CGM-6

NAE-1 N2-1 DX-2…