HVAC_Maintenance_SOW.pdf

Statement of Work

For

HVAC Maintenance

At

Caven Point Marine Terminal

General Requirements

1. Scheduling of Preventive Maintenance, Service and Repairs.

Normal Work: The Contractor shall perform all normal work under this agreement, including unlimited call-back service, will be performed during the hours of 7:00 a.m. to 3:30 p.m. on all regular working days observed by the Federal Government (hereinafter called Regular Working Hours). If overtime work is required, the Government will pay only at the Contractor's regular billing rate as accepted by the Government. Emergency circumstances are understood to be those which pose imminent possibility of equipment damage or worker injury as judged by the Contractors employees.

2. Emergency Call Back Service Callback service during Regular Working Hours: The Contractor shall provide emergency minor callback service for any reasons, excluding vandalism, during the regular working hours. The Contractor shall respond to a callback within a maximum of twenty-four (24) hours from the time the request for service is made by the Government’s authorized personnel. An Emergency Not –to –exceed CLIN has been allocated for such emergency call back services.

3. Time Tickets Contractor shall provide time tickets signed by the Government’s representative at the completion of each regular examination or repair which must include date, equipment, and identification, time of arrival, time of departure, nature of visit, action taken and name of qualified serviceman. A copy of the time ticket shall be left with the Government’s representative at the site. The Contractor agrees that this time ticket is provided for the sole convenience of the Government. The Government’s representative does not undertake to approve or to certify as to the correctness, adequacy, or performance of any work. The time ticket only provides proof of Contractor’s physical presence at the site at the time the Government’s representative signs the time ticket.

4. Maintenance schedule and work log

The Contractor shall post a preventive maintenance schedule and a work log in each machine room. The log shall include all entries for routine maintenance and repairs, including supervisor’s surveys. Entries shall include but not exclusively date work is completed, mechanic’s or supervisor’s name, description of work completed, and the approximate time required for the work. The log and maintenance schedule shall be maintained in each machine room and shall be presented quarterly to the Government for review. The Government may inspect and copy the log and maintenance schedule at any time.

5. Trouble Log

A trouble log shall be maintained by the Contractor in the machine room of the building.

The Contractor shall record in the log as a minimum, the date of each callback, the time reported, the time left, the reported trouble, the problem found and the corrective action taken. In addition, the Contractor shall report this information semi-annually in writing and in a mutually agreed upon format and tender same to the Government's representative so as to also review the operational status of the HVAC trouble call control log.

6. Inspection fees

Inspection fees charged by State Enforcing Authorities shall be paid by the Contractor.

Fees for re-inspection due to failure to eliminate deficiencies covered by this maintenance agreement will be paid by the Contractor.

Technical Data

Air Handling Units (AHU) Quantity: Three (3) Manufacturer: Trane AHU-1 – Model No. OAD120A 4–D1B100DM–A1E06F1CE-C12E1B5A0 AHU-2 - Model No. OADD180A4-D1B100DM-A1F06AL000-002E1B1A0 AHU-3 - Model No. OABD096A4-D1B100AB-A1B06AL6AB-002B1C5A0

Variable Volume Air Terminal Units Quantity: Seven (7) Manufacturer: Trane Model Number: VCCF04-24 Type: Single Duct (VCCF)

Make Up Air Units (MAU) Quantity: Four (4) Manufacturer: Trane MAU-1 – (Model No. GRCA10GFMF0) MAU-2 – (Model No. GRCA15GFMF0) MAU-3 – (Model No. GRCA15GFMF0)

MAU-4 – (Model No. GRCA30GFMF0)

Boat House Air Handling Unit Quantity: One (1) Manufacturer: Trane Model No. GGBA50PFJF0L7BQ304C (See Appendix A for detailed model data on the equipment listed above.)

Performance Requirements

The Contractor shall be responsible to provide all supervision, labor, equipment and materials to accomplish the following maintenance tasks in accordance with the manufacturer’s recommendation and all applicable New Jersey State regulations.

Routine Maintenance: All maintenance shall be performed semi-annually, as recommended by the equipment manufacturer, unless otherwise noted.

1. Air Handling Units:

a. Cooling Season

i. Inspect Air Filters

ii. Check drain pans and condensate piping to ensure there are no blockages

iii. Inspect evaporator and condenser coils for dirt

iv. Ensure free movement of condenser fans

v. Inspect the F/A-R/A damper hinges and pins

vi. Verify that all damper linkages move freely, lubricate with white grease if necessary

vii. Check supply fan motor bearings, repair or replace motor as necessary

viii. Check the fan shaft bearings, replace as necessary

ix. Ensure wire terminal connections are right

x. Remove any corrosion present on exterior surfaces

xi. Check for any unusual conditions such as leaking piping connection, or loose panels, repair as necessary

xii. While unit is running record, ambient temperature, compressor suction and discharge pressure, superheat temperature.

b. Heating Season

i. Inspect air filters

ii. Check supply fan motor bearings, repair or replace motor as necessary

iii. Inspect both main unit control panel and heat section control box for loose electrical components, tighten as necessary

iv. Check to see if the electric heat system is operating properly.

2. Variable Volume Air Terminal Units

a. Inspect fans for dirt or debris and clean as necessary

b. Inspect/replace filters on fan-powered terminal

c. Inspect water coils, clean fins of the coils

3. Make-Up Air Units

a. Inspect motors and belts, tighten belts if necessary

b. Check and clean DX or chilled water coil

c. Before heating season begins, winterize chilled water coil

d. Check Air throughput to confirm unit operation is within the specified temperature rise range

e. Clear condensate drain pan and p-trap of water

f. Inspect control dampers during periodic maintenance

g. Inspect dirt build up on blower wheels

h. Check/Change filters (quarterly)

4. Boathouse Air Handling Unit

a. Inspect motors and belts, tighten belts if necessary

b. Check and clean DX or chilled water coil

c. Before heating season begins, winterize chilled water coil

d. Check Air throughput to confirm unit operation is within the specified temperature rise range

e. Clear condensate drain pan and p-trap of water

f. Inspect control dampers during periodic maintenance

g. Inspect dirt build up on blower wheels

h. Check/Change filters (quarterly)

6 OAU-SVX02D-EN

Model Number Descriptions

Horizon Outdoor Air Unit

Models: OABD, OAGD

Digit 1, 2 — Unit Type OA = Outdoor Air

Digit 3 — Cabinet Size B = 500 cfm–3000 cfm G = 1250 cfm–7500 cfm

Digit 4 — Major Design Sequence D = Revision 1 E = Heat Pump

Digit 5, 6, 7 — Normal Gross Cooling Capacity (MBh) 000= No Cooling 036 = 3 Tons High Efficiency 048 = 4 Tons High Efficiency 060 = 5 Tons High Efficiency 072 = 6 Tons High Efficiency 084 = 7 Tons High Efficiency 096 = 8 Tons High Efficiency 108 = 9 Tons High Efficiency 120 = 10 Tons High Efficiency 144 = 12 Tons High Efficiency 180 = 15 Tons High Efficiency 210 = 17 Tons High Efficiency 240 = 20 Tons High Efficiency 264 = 22 Tons High Efficiency 300 = 25 Tons High Efficiency 360 = 30 Tons High Efficiency

Digit 8 — Minor Design Sequence A = Vertical Discharge/Vertical Return B = Vertical Discharge/Horizontal

Return C = Horizontal Discharge/Vertical

Return D = Horizontal Discharge/Horizontal

Return E = Vertical Discharge/No Return F = Horizontal Discharge/No Return

Digit 9 — Voltage Selection 3 = 208-230/60/3 4 = 460/60/3 5 = 575/60/3

Digit 10 — Reserved for Future Use

Digit 11 — Evaporator Type 0 = No Cooling C = DX 4-Row Interlaced D = DX 6-Row Interlaced F = Glycol/Chilled Water

Digit 12 — Hot Gas Reheat 0 = No HGRH 1 = Fin and Tube Modulating 2 = Fin and Tube On/Off 3 = Microchannel Modulating 4 = Microchannel On/Off

Digit 13 — Compressor 0 = No Compressors A = Scroll Compressors B = Digital Scroll (1st Circuit Only) C = Digital Scroll (1st and 2nd Circuit) D = Variable Speed Scroll (1st

Circuit Only) E = Variable Speed Scroll (1st and

2nd Circuit) F = Scroll Compressors w/Sound

Attenuation Package G = Digital Scroll (1st Circuit Only) w/Sound Attenuation Package H = Digital Scroll (1st and 2nd Circuit) w/Sound Attenuation Package J = Variable Speed Scroll (1st Circuit

Only) w/Sound Attenuation Package

K = Variable Speed Scroll (1st and 2nd Circuit) w/Sound Attenuation Package

Digit 14 — Condenser 0 = No Condenser 1 = Air-Cooled Fin and Tube 2 = Air-Cooled Fin and Tube w/Head Pressure On/Off Control 3 = Water-Cooled DX Condenser

Copper/Steel 4 = Air-Cooled Fin and Tube w/Head Pressure Variable Speed 5 = Air-Cooled Microchannel 6 = Air-Cooled Microchannel w/Head Pressure On/Off Control 7 = Air-Cooled Microchannel

Variable Speed 8 = Water-Cooled DX Condenser

Copper/Nickel

Digit 15 — Refrigerant Capacity Control 0 = No RCC Valve A = RCC Valve on 1st Circuit B = RCC Valve on 1st and 2nd Circuit C = ERCC Valve on1st Circuit D = ERCC Valve on 1st and 2nd Circuit E = HGBP Valve on 1st Circuit F = HGBP Valve on 1st and

2nd Circuit

Digit 16 — Indoor Fan Motor

(IFM)

0 = ECM w/Backward Curved

Plenum Fan 2 = Belt Drive 3 = Belt Drive w/VFD 4 = Special Motor Option

Digit 17 — Indoor Fan Wheel A = 355 B = 450 X 2 C = 12/9 (Single Belt Drive) D = 12/9 BT (Dual Belt Drive)

Digit 18 — Indoor Fan Motor (hp)

Digit 19 — Reserved for Future Use

Digit 20 — Heater Type

(PRI/SEC)

0 = No Heat A = Indirect-Fired (IF) B = Direct-Fired (DF) C = Electric—4-Stage D = Electric—SCR Modulating E = Dual Fuel (PRI-IF/SEC-DF) F = Dual Fuel (PRI-ELEC/SEC-DF) G = Dual Fuel (PRI-IF/SEC-ELEC) H = Dual Fuel (PRI-ELEC/SEC-ELEC) J = Hot Water K = Steam L = No Primary Heat, Secondary ELEC M = Dual Fuel

(PRI-ELEC-STAGED/SEC-DF)

N = Dual Fuel

(PRI-ELEC-STAGED/SEC-ELEC)

P = Dual Fuel (PRI-HW/SEC-DF) Q = Dual Fuel (PRI-HW/

SEC-ELEC-SCR)

R = Dual Fuel (PRI-STEAM/SEC-DF) S = Dual Fuel (PRI-STEAM/SEC-

ELEC-SCR)

Digit 21 — Primary Fuel Type 0 = No Heat 1 = Natural Gas 2 = Propane 3 = Electric—Open Coil 4 = Electric—Sheathed Coil 5 = Hot Water 6 = Steam

ECM Belt Drive A = 1 kW 2 hp

B = 2 kW 3 hp

C = 3 kW 5 hp

D = 4 kW 7.5 hp

E = 10 hp

F = 15 hp e3op9rr9 Text Box Air Handling Units (AHU) e3op9rr9 Text Box

APPENDIX A

OAU-SVX02D-EN 7

Digit 22 — Heater Capacity— Primary Heat Source

Digit 23 — Heat Capacity— Secondary Heat Source

Digit 24 — Corrosive Environment Package 0 = No Corrosive Package 1 = S/S Interior, S/S Evap Coil Casing 2 = S/S Interior, Eco-Coated Coils 3 = S/S Interior, Copper/Copper Evap Coil 4 = S/S Coil Casing 5 = S/S Interior 6 = Eco-Coated Coils 7 = S/S Coil Casing with

Eco-Coated Coils 8 = Copper/Copper Evap, HGRH

Coils 9 = Corrosion Resistant Package

Digit 25, 26 — Unit Controls 00 = Non DDC—Electromechanical AA = Trane—Discharge Air Control w/LON Read-Write w/Display AB = Trane—Space Control w/LON

Read-Write w/Display AC = Trane—Discharge Air Control w/BACnet® (No Display) AD = Trane—Space Control w/BACnet (No Display) AF = Trane—Discharge Air Control w/BACnet w/Display AG = Trane—Space Control w/BACnet w/Display AI = Trane—Discharge Air Control w/LON Read-Write (No Display) AJ = Trane—Space Control w/LON Read-Write (No Display) AK = Trane—Multi-Zone VAV Control w/LON Read-Write w/Display AL = Trane—Multi-Zone VAV Control w/BACnet w/Display AM = Trane—Multi-Zone VAV Control w/LON Read-Write (No Display) AN = Trane—Multi-Zone VAV Control w/BACnet (No Display) AO = Trane—Single-Zone VAV Control w/LON Read-Write w/Display AP = Trane—Single-Zone VAV Control w/BACnet w/Display AQ = Trane—Single-Zone VAV Control w/LON Read-Write (No Display) AR = Trane—Single-Zone VAV Control w/BACnet (No Display) XX = Special

Digit 27 — Powered Exhaust Fan Motor (PFM) and Exhaust Dampers 0 = No Powered Exhaust 3 = Belt Drive 4 = Belt Drive w/VFD 5 = Special Motor Option 6 = ECM w/Backward Curved

Plenum Fan 7 = ECM w/Backward Curved

Plenum Fan and Barometric Relief Damper

8 = ECM w/Backward Curved Plenum Fan and Isolation Dampers w/End Switch

9 = Barometric Relief Dampers (No PFM)

Digit 28 — Powered Exhaust Fan Wheel 0 = No Powered Exhaust A = 355 B = 450 C = 450 X 2 D = 12/9 BT (single fan-belt drive) E = 12/9 BT (dual fan-belt drive)

Digit 29 — Powered Exhaust Fan Motor (hp)

DIGIT 30 — Reserved for Future Use

Digit 31 — ERV (Requires Powered Exhaust) 0 = No ERV A = ERV—Composite Construction w/Bypass B = ERV—Composite Construction with Frost Protection w/VFD C = ERV—Aluminum Construction w/Bypass D = ERV—Aluminum Construction with Frost Protection w/VFD

Digit 32 — ERV Size 0 = No ERV 1 = 3014 2 = 3622 3 = 4136 4 = 4634 5 = 5856

Digit 33 — Damper Options 0 = 100% OA 2-Position Damper 1 = 100% OA 2-Position Damper w/RA 2-Position Damper 2 = Modulating OA and RA Dampers w/Economizer

Digit 34 — Filtration Options A = No Filters

B = MERV-8, 30%

C = MERV-13, 80%

D = MERV-14, 95%

E = MERV-8 30%, MERV-13 80%

F = MERV-8 30%, MERV-14 95%

G = MERV-8, 30%, with UVC H = MERV-13, 80%, with UVC J = MERV-14, 95%, with UVC

K = MERV-8 30%, MERV-13 80%,

and UVC

L = MERV-8 30%, MERV-14 95%,

and UVC X = Special Filter Options

Digit 35 — Smoke Detector— Factory Installed 0 = No Smoke Detector 1 = Supply Smoke Detector 2 = Return Smoke Detector 3 = Supply and Return Smoke

Detectors

IF ELEC HOT WATER

0 = No Heat No Heat No Heat

A = 50 MBh 5 kW 1 Row/10 FPI

B = 75 MBh 10 kW 1 Row/12 FPI

C = 100 MBh 15 kW 1 Row/14 FPI

D = 125 MBh 20 kW 2 Row/10 FPI

E = 150 MBh 24 kW 2 Row/12 FPI

F = 200 MBh 28 kW 2 Row/14 FPI

G = 250 MBh 32 kW 3 Row/10 FPI

H = 300 MBh 40 kW 3 Row/12 FPI

J = 350 MBh 48 kW 3 Row/14 FPI

K = 400 MBh 60 kW

L = 500 MBh 68 kW

M = 600 MBh 79 kW

N = 99 kW

O = 111 kW

P = 119 kW

X = Special Heater Option

ELEC DF

0 = No Heat/No Secondary Heat

A = 5 kW 6 in. Burner— Up to 330 MBh

B = 10 kW 12 in. Burner— Up to 400 MBh

C = 15 kW 12 in. Burner— Up to 600 MBh

D = 20 kW 18 in. Burner— Up to 400 MBh

E = 24 kW 18 in. Burner— Up to 900 MBh

F = 28 kW

G = 32 kW

H = 40 kW

J = 48 kW

ECM Belt Drive 0 = No Powered Exhaust

A = 1 kW 2 hp

B = 2 kW 3 hp

C = 3 kW 5 hp

D = 4 kW 7.5 hp

E = 10 hp

F = 15 hp

8 OAU-SVX02D-EN

Digit 36 — Electrical Options 0 = Terminal Block A = Non-Fused Disconnect B = Fused Disconnect Switch C = Non-Fused Disconnect w/Convenience Outlet D = Fused Disconnect Switch w/Convenience Outlet E = Dual Point Power F = Dual Point Power w/Convenience Outlet G = 65 SCCR Electrical Rating w/Non-Fused Disconnect H = 65 SCCR Electrical Rating w/Fused Disconnect J = 65 KAIC Electrical Rating w/Non-Fused Disconnect K = 65 KAIC Electrical Rating w/Fused Disconnect L = 65 KAIC Non-Fused w/Convenience Outlet M = 65 KAIC Fused w/Convenience Outlet N = 65 SCCR Non-Fused w/Convenience Outlet

Digit 37 — Air Flow Monitoring 0 = No Airflow Monitoring 1 = Airflow Monitoring—IFM

Piezo Ring 2 = Airflow Monitoring—PE

Piezo Ring 3 = Airflow Monitoring—Outdoor Air with Display and IFM w/Piezo Ring

4 = Airflow Monitoring—IFM Piezo Ring and PE Piezo Ring

5 = Airflow Monitoring—Outdoor Air Monitoring w/Display Supply Air and Exhaust Air w/Piezo Rings

Digit 38 — Accessories 0 = No Options A = Hailguards B = Hailguards and LED Service

Light in Supply Fan Section D = Hailguards & LED Service Light in Exhaust Fan Section E = Hailguards & LED Service Light in Supply and Exhaust Fan Section

Digit 39 — Altitude 0 = Sea Level to 1,000 feet 1 = 1,001 to 2,000 feet 2 = 2,001 to 3,000 feet 3 = 3,001 to 4,000 feet 4 = 4,001 to 5,000 feet 5 = 5,001 to 6,000 feet 6 = 6,001 to 7,000 feet 7 = Above 7,000 feet

OAU-SVX02D-EN 9

Models: OADD, OADE, OAKD, OAKE, OAND, OANE

Digit 1, 2 — Unit Type OA = Outdoor Air

Digit 3 — Cabinet Size D = 625 cfm–4,000 cfm K = 1,500 cfm–9,000 cfm N = 3,750 cfm–13,500 cfm

Digit 4 — Major Design Sequence D = Revision 5 E = Heat Pump

Digit 5, 6, 7 — Normal Gross Cooling Capacity (MBh) 000= No Cooling 060 = 5 Tons High Efficiency 072 = 6 Tons High Efficiency 084 = 7 Tons High Efficiency 096 = 8 Tons High Efficiency 120 = 10 Tons High Efficiency 144 = 12 Tons High Efficiency 180 = 15 Tons High Efficiency 210 = 17 Tons High Efficiency 240 = 20 Tons High Efficiency 264 = 22 Tons High Efficiency 300 = 25 Tons High Efficiency 360 = 30 Tons High Efficiency 420 = 35 Tons High Efficiency 480 = 40 Tons High Efficiency 540 = 45 Tons High Efficiency 600 = 50 Tons High Efficiency 648 = 54 Tons High Efficiency

Digit 8 — Minor Design Sequence A = Vertical Discharge/Vertical Return B = Vertical Discharge/

Horizontal Return C = Horizontal Discharge/

Vertical Return D = Horizontal Discharge/

Horizontal Return E = Vertical Discharge/No Return

Digit 9 — Voltage Selection 3 = 208-230/60/3 4 = 460/60/3 5 = 575/60/3

Digit 10 — Reserved for Future Use

Digit 11 — Evaporator Type 0 = No Cooling C = DX 4-Row Interlaced D = DX 6-Row Interlaced F = Glycol/Chilled Water Coil

Digit 12 — Hot Gas Reheat 0 = No HGRH 1 = Fin and Tube Modulating 2 = Fin and Tube On/Off 3 = Microchannel Modulating 4 = Microchannel On/Off

Digit 13 — Compressor 0 = No Compressors A = Scroll Compressors B = Digital Scroll (1st Circuit Only) C = Digital Scroll (1st and 2nd Circuit) D = Variable Speed Scroll (1st

Circuit Only) E = Variable Speed Scroll (1st and

2nd Circuit) F = Scroll Compressors w/Sound

Attenuation Package G = Digital Scroll (1st Circuit Only) w/Sound Attenuation Package H = Digital Scroll (1st and 2nd Circuit) w/Sound Attenuation Package J = Variable Speed Scroll (1st Circuit

Only) w/Sound Attenuation Package

K = Variable Speed Scroll (1st and 2nd Circuit w/Sound Attenuation Package

Digit 14 — Condenser 0 = No Condenser 1 = Air-Cooled Fin and Tube 2 = Air-Cooled Fin and Tube w/Head Pressure On/Off Control 3 = Water-Cooled DX Condenser

Copper/Steel 4 = Air-Cooled Fin and Tube w/Head Pressure Variable Speed 5 = Air-Cooled Microchannel 6 = Air-Cooled Microchannel w/Head Pressure On/Off Control 7 = Air-Cooled Microchannel

Variable Speed 8 = Water-Cooled DX Condenser

Copper/Nickel

Digit 15 — Refrigerant Capacity Control 0 = No RCC Valve A = RCC Valve on 1st Circuit B = RCC Valve on 1st and 2nd Circuit C = ERCC Valve on1st Circuit D = ERCC Valve on 1st and 2nd Circuit E = HGBP Valve on 1st Circuit F = HGBP Valve on 1st and

2nd Circuit

Digit 16 — Indoor Fan Motor

(IFM)

0 = Direct Drive w/VFD 1 = Direct Drive (VFD by Others) 2 = Belt Drive 3 = Belt Drive w/VFD 4 = Direct Drive w/Shaft

Grounding Ring w/VFD 5 = Special Motor Option

Digit 17 — Indoor Fan Wheel A = 120 B = 120.6 C = 140 D = 140.6 E = 160 F = 160.6 G = 180 H = 180.6 J = 200 K = 200.6 L = 180 X 2 M = 180.6 X 2

Digit 18 — Indoor Fan Motor HP A = 1/2 hp—1800 rpm B = 1/2 hp—3600 rpm C = 3/4 hp—1800 rpm D = 3/4 hp—3600 rpm E = 1 hp—1800 rpm F = 1 hp—3600 rpm G = 1.5 hp—1800 rpm H = 1.5 hp—3600 rpm J = 2 hp—1800 rpm K = 2 hp—3600 rpm L = 3 hp—1800 rpm M = 3 hp—3600 rpm N = 5 hp—1800 rpm P = 5 hp—3600 rpm R = 7.5 hp—1800 rpm S = 7.5 hp—3600 rpm T = 10 hp—1800 rpm U = 10 hp—3600 rpm V = 15 hp—1800 rpm W = 15 hp—3600 rpm

Digit 19 — Reserved for Future Use

Digit 20 — Heat Type (PRI/SEC) 0 = No Heat A = Indirect-Fired (IF) B = Direct-Fired(DF) C = Electric—4-Stage D = Electric—SCR Modulating E = Dual Fuel (PRI-IF/SEC-DF) F = Dual Fuel (PRI-ELEC/SEC-DF) G = Dual Fuel (PRI-IF/SEC-ELEC) H = Dual Fuel (PRI-ELEC/SEC-ELEC) J = Hot Water K = Steam L = No Primary Heat, Secondary ELEC M = Dual Fuel

(PRI-ELEC-STAGED/SEC-DF)

N = Dual Fuel

(PRI-ELEC-STAGED/SEC-ELEC)

P = Dual Fuel (PRI-HW/SEC-DF) Q = Dual Fuel

(PRI-HW/SEC-ELEC-SCR)

R = Dual Fuel (PRI-STEAM/SEC-DF) S = Dual Fuel

(PRI-STEAM/SEC-ELEC-SCR)

10 OAU-SVX02D-EN

Digit 21 — Primary Fuel Type 0 = No Heat 1 = Natural Gas 2 = Propane 3 = Electric—Open Coil 4 = Electric—Sheathed Coil 5 = Hot Water 6 = Steam

Digit 22 — Heat Capacity— Primary Heat Source

Digit 23 — Heat Capacity— Secondary Heat Source

Digit 24 — Corrosive Environment Package 0 = No Corrosive Package 1 = S/S Interior, S/S Evap Coil Casing 2 = S/S Interior, Eco-Coated Coils 3 = S/S Interior, Copper/Copper Evap Coil 4 = S/S Coil Casing 5 = S/S Interior 6 = Eco-Coated Coils 7 = S/S Coil Casing with

Eco-Coated Coils 8 = Copper/Copper Evap, HGRH Coils 9 = Corrosion Resistant Package

Digit 25, 26 — Unit Controls 00 = Non DDC—Electromechanical AA = Trane—Discharge Air Control w/LON Read-Write w/Display AB = Trane—Space Control w/LON Read-Write w/Display AC = Trane—Discharge Air Control w/BACnet® (No Display) AD = Trane—Space Control w/BACnet (No Display) AF = Trane—Discharge Air Control w/BACnet w/Display AG = Trane—Space Control w/BACnet w/Display AI = Trane—Discharge Air Control w/LON Read-Write (No Display) AJ = Trane—Space Control w/LON Read-Write (No Display) AK = Trane—Multi-Zone VAV Control w/LON Read-Write w/ Display AL = Trane—Multi-Zone VAV Control w/BACnet w/Display AM = Trane—Multi-Zone VAV Control w/LON Read-Write (No Display) AN = Trane—Multi-Zone VAV Control w/BACnet (No Display) AO = Trane—Single-Zone VAV Control w/Lon Read-Write w/Display AP = Trane—Single-Zone VAV Control w/BACnet w/Display AQ = Trane—Single-Zone VAV Control w/LON Read-Write (No Display) AR = Trane—Single-Zone VAV Control w/BACnet (No Display)

Digit 27 — Powered Exhaust Fan Motor (PFM) and Exhaust Dampers 0 = No Powered Exhaust 1 = Direct Drive w/VFD and

Gravity Dampers 2 = Direct Drive (VFD by Others) 3 = Belt Drive 4 = Belt Drive w/VFD 5 = Special Motor Option 6 = Direct Drive w/VFD and

Barometric Relief Damper 7 = Direct Drive w/VFD and

Isolation Dampers w/End Switch 8 = Barometric Relief Dampers

(No PFM)

Digit 28 — Powered Exhaust Fan Wheel 0 = No Powered Exhaust A = 120 B = 120.6 C = 140 D = 140.6 E = 160 F = 160.6 G = 180 H = 180.6 J = 200 K = 200.6 L = 180 X 2 M = 180.6 X 2

IF ELEC HOT WATER

0 = No Heat No Heat No Heat

A = 50 MBh 10 kW 1 Row/10 FPI

B = 75 MBh 20 kW 1 Row/12 FPI

C = 100 MBh 24 kW 1 Row/14 FPI

D = 125 MBh 28 kW 2 Row/10 FPI

E = 150 MBh 32 kW 2 Row/12 FPI

F = 200 MBh 40 kW 2 Row/14 FPI

G = 250 MBh 48 kW 3 Row/10 FPI

H = 300 MBh 60 kW 3 Row/12 FPI

J = 350 MBh 68 kW 3 Row/14 FPI

K = 400 MBh 79 kW

L = 500 MBh 99 kW

M = 600 MBh 111 kW

N = 700 MBh 119 kW

P = 800 MBh 139 kW

R = 1000 MBh 159 kW

S = 179 kW

T = 199 kW

U = 215 kW

X = Special Heater Option

IF ELEC DF

0 = No Heat/No Secondary Heat

A = 50 MBh 10 kW 6 in. Burner— Up to 330 MBh

B = 75 MBh 20 kW 12 in.

Burner—Up to 400 MBh

C = 100 MBh 24 kW 12 in.

Burner—Up to 600 MBh

D = 125 MBh 28 kW 18 in.

Burner—Up to 400 MBh

E = 150 MBh 32 kW 18 in.

Burner—Up to 900 MBh

F = 200 MBh 40 kW

G = 250 MBh 48 kW

H = 300 MBh 60 kW

J = 350 MBh 68 kW

K = 400 MBh 79 kW

L = 500 MBh 99 kW

M = 600 MBh 111 kW

N = 700 MBh 119 kW

P = 800 MBh 139 kW

R = 1000 MBh 159 kW

S = 179 kW

T = 199 kW

U = 215 kW

OAU-SVX02D-EN 11

Digit 29 — Powered Exhaust Fan Motor (hp) 0 = No Powered Exhaust A = 1/2 hp—1800 rpm B = 1/2 hp—3600 rpm C = 3/4 hp—1800 rpm D = 3/4 hp—3600 rpm E = 1 hp—1800 rpm F = 1 hp—3600 rpm G = 1.5 hp—1800 rpm H = 1.5 hp—3600 rpm J = 2 hp—1800 rpm K = 2 hp—3600 rpm L = 3 hp—1800 rpm M = 3 hp—3600 rpm N = 5 hp—1800 rpm P = 5 hp—3600 rpm R = 7.5 hp—1800 rpm S = 7.5 hp—3600 rpm T = 10 hp—1800 rpm U = 10 hp—3600 rpm V = 15 hp—1800 rpm W = 15 hp—3600 rpm

Digit 30 — Reserved for Future Use

Digit 31 — ERV (Requires Powered Exhaust) 0 = No ERV A = ERV—Composite Construction B = ERV—Composite Construction with Frost Protection w/VFD C = ERV—Composite Construction with Bypass D = ERV—Composite Construction with Frost Protection and Bypass E = ERV—Aluminum Construction F = ERV—Aluminum Construction with Frost Protection w/VFD G = ERV—Aluminum Construction with Bypass H = ERV—Aluminum Construction with Frost Protection and Bypass

Digit 32 — ERV Size 0 = No ERV 1 = 3014 2 = 3622 3 = 4136 4 = 4634 5 = 5856 6 = 6488 7 = 6876 8 = 74122

Digit 33 — Damper Options 0 = 100% OA 2-Position Damper 1 = 100% OA 2-Position Damper w/RA 2-Position Damper 2 = Modulating OA and RA Dampers w/Economizer

Digit 34 — Filtration Options A = Aluminum Mesh Intake Filters

(ALM)

B = MERV-8,30%, and ALM C = MERV-13, 80%, and ALM D = MERV-14, 95%, and ALM E = MERV-8 30%, MERV-13 80%, and

ALM

F = MERV-8 30%, MERV-14 95%, and

ALM

G = MERV-8, 30%, and ALM, with

UVC

H = MERV-13, 80%, and ALM, with

UVC

J = MERV-14, 95%, and ALM, with

UVC

K = MERV-8 30%, MERV-13 80%,

ALM, and UVC

L = MERV-8 30%, MERV-14 95%,

ALM, and UVC X = Special Filter Options

Digit 35 — Smoke Detector— Factory Installed 0 = No Smoke Detector 1 = Supply Smoke Detector 2 = Return Smoke Detector 3 = Supply and Return Smoke

Detector

Digit 36 — Electrical Options 0 = Non-Fused Disconnect A = Fused Disconnect Switch B = Non-Fused Disconnect w/Convenience Outlet C = Fused Disconnect Switch w/Convenience Outlet D = Dual Point Power w/Convenience Outlet F = 65 SCCR Electrical Rating w/Non-Fused Disconnect G = 65 SCCR Electrical Rating w/Fused Disconnect H = 65 KAIC Electrical Rating w/Non-Fused Disconnect J = 65 KAIC Electrical Rating w/Fused Disconnect L = 65 KAIC Non-Fused w/Convenience Outlet = 65 KAIC Fused w/Convenience Outlet N = 65 SCCR Non-Fused w/Convenience Outlet

Digit 37 — Air Flow Monitoring 0 = No Airflow Monitoring 1 = Airflow Monitoring—IFM

Piezo Ring 2 = Airflow Monitoring—PE

Piezo Ring 3 = Airflow Monitoring—Outdoor Air with Display and IFM w/Piezo Ring

4 = Airflow Monitoring—IFM Piezo Ring and PE Piezo Ring

5 = Airflow Monitoring—Outdoor Air Monitoring w/ Display Supply Air and Exhaust Air w/Piezo Rings

Digit 38 — Accessories 0 = No Options A = Hailguards B = LED Service Light in Supply

Fan Section C = Hailguards and LED Service

Light in Supply Fan Section D = Hailguards and LED Service

Light in Exhaust Fan Section E = Hailguards and LED Service

Light in Supply and Exhaust Fan Section

F = LED Service Light in Exhaust Fan Section

G = LED Service Light in Supply and Exhaust Fan Section

Digit 39 — Altitude 0 = Sea Level to 1,000 feet 1 = 1,001 to 2,000 feet 2 = 2,001 to 3,000 feet 3 = 3,001 to 4,000 feet 4 = 4,001 to 5,000 feet 5 = 5,001 to 6,000 feet 6 = 6,001 to 7,000 feet 7 = Above 7,000 feet

VAV-SVX08E-EN 5

Single-Duct Units

Digit 1, 2 — Unit Type VC = VariTrane Single Duct

Digit 3—Reheat C = Cooling Only E = Electric Heat W = Hot Water Heat

Digit 4—Development Sequence F = Sixth

Digit 5, 6—Primary Air Valve 04 = 4" inlet (225 cfm) 05 = 5" inlet (350 cfm) 06 = 6" inlet (500 cfm) 08 = 8" inlet (900 cfm) 10 = 10" inlet (1400 cfm) 12 = 12" inlet (2000 cfm) 14 = 14" inlet (3000 cfm) 16 = 16" inlet (4000 cfm) 24 = 24" x 16" inlet (8000 cfm)

Digit 7, 8, 9—Not Used 000= N/A

Digit 10, 11—Design Sequence ** = Factory Assigned

Digit 12, 13, 14, 15—Controls DD00 Trane Actuator Only and

Enclosure DD01= UCM4 Cooling Only Control DD02= UCM4 N.C. On/Off Hot Water DD03= UCM4 Prop. Hot Water DD04= UCM4 Staged On/Off E-Heat DD05= UCM4 Pulse Width MOD E-Heat DD07= UCM4 N.O. On/Off Hot Water DD11= VV550 DDC Controller - Cooling

Only DD12= VV550 DDC Ctrl to operate N.C.

On/Off water valve DD13= VV550 DDC Ctrl to operate Prop water valve DD14= VV550 DDC Ctrl - On/Off Electric

Heat DD15= VV550 DDC Ctrl w/Pulse Width

Modulation DD16= VV550 DDC Controller -

Ventilation Flow DD17= VV550 DDC Ctrl to operate N.O.

On/Off Water Valve DD19= VV550 DDC Controller with Flow

Tracking DD20= VV550 DDC Vent Flow cntrl to operate N.C. water valve DD21= VV550 DDC - Vent Flow w/ On/Off

Elec Heat DD22= VV550 DDC Vent Flow cntrl to operate prop water valve DD23= VV550 DDC- Basic plus- Local

(Electric heat- PWM) Remote (Staged EH)

DD24= VV550 DDC-Basic plus- Local (Water heat- Modulating) Remote (Water- N.C. 2 position)

DD25= VV550 DDC-Basic plus- Local (Water heat- Modulating) Remote (Water- N.O. 2 position)

DD26= VV550 DDC-Basic plus- Local

(Water heat- N.O. 2-position) Remote (Water- Modulating)

DD27= VV550 DDC-Basic plus- Local (Water heat- N.C. 2-position) Remote (Water- Modulating)

DD28= VV550 DDC-Basic plus- Local (Water heat- N.O. 2-position) Remote (Water- N.O. 2-position)

DD29= VV550 DDC-Basic plus- Local (Water heat- N.C. 2-position) Remote (Water- NC 2-position)

DD30= VV550 DDC-Basic plus- Local (Water heat- N.O. 2-position) Remote (Water- N.C. 2-position)

DD31= VV550 DDC-Basic plus- Local (Water heat- N.C. 2-position) Remote (Water- N.O. 2-position)

DD32= VV550 DDC-Basic plus- Local (Electric heat- Staged) Remote (Staged EH)

DD33= VV550 DDC Vent Flow cntrl to operate N.O. On/Off water valve

DD41= UC400 DDC-Basic (No water or electric heat)

DD42= UC400 DDC-Basic (Water heat- N.C.- 2 position)

DD43= UC400 DDC-Basic (Water heat- Modulating)

DD44= UC400 DDC-Basic (Electric heat-staged)

DD45= UC400 DDC-Basic (Electric heat-

PWM)

DD46= UC400 DDC Ventilation flow-cooling only

DD47= UC400 DDC-Basic (Water heat- N.O.- 2 position)

DD49= UC400 DDC-Flow Tracking (Cooling only)

DD50= UC400 DDC-Ventilation Flow (Water heat- N. C.- 2 position)

DD51= UC400 DDC-Ventilation Flow (Electric heat- staged)

DD52= UC400 DDC-Ventilation Flow (Water heat- Modulating)

DD53= UC400 DDC-Basic plus- Local (Electric heat- PWM) Remote (Staged EH)

DD54= UC400 DDC-Basic plus- Local (Water heat- Modulating) Remote (Water- N.C. 2 position)

DD55= UC400 DDC-Basic plus- Local (Water heat- Modulating) Remote (Water- N.O. 2 position)

DD56= UC400 DDC-Basic plus- Local (Water heat- N.O. 2-position) Remote (Water- Modulating)

DD57= UC400 DDC-Basic plus- Local (Water heat- N.C. 2-position) Remote (Water- Modulating)

DD58= UC400 DDC-Basic plus- Local (Water heat- N.O. 2-position) Remote (Water- N.O. 2-position)

DD59= UC400 DDC-Basic plus- Local (Water heat- N.C. 2-position) Remote (Water- N.C. 2-position)

DD60= UC400 DDC-Basic plus- Local (Water heat- N.O. 2-position) Remote (Water- N.C. 2-position)

DD61= UC400 DDC-Basic plus- Local (Water heat- N.C. 2-position)

Remote (Water- N.O. 2-position) DD62= UC400 DDC-Basic plus- Local

(Electric heat- Staged) Remote (Staged EH)

DD63= UC400 DDC-Ventilation Flow (Water heat- N.O. 2-position)

DD65= UC400 Basic (Electric HeatModulating SCR)

DD66= UC400 Basic plus-Local (Electric heat-Modulating SCR) Remote (Staged EH)

DD67= UC400 Ventilation Flow (Electric heat-Modulating SCR)

DD71= UC210 DDC-Basic (No water or electric heat)

DD72= UC210 DDC-Basic (Water heat- N.C.- 2 position)

DD73= UC400 DDC-Basic (Water heat- Modulating)

DD74= UC210 DDC-Basic (Electric heat-staged)

DD75= UC210 DDC-Basic (Electric heat-

PWM)

DD76= UC210 DDC Ventilation flow-cooling only

DD77= UC210 DDC-Basic (Water heat- N.O.- 2 position)

DD79= UC210 DDC-Flow Tracking (Cooling only)

DD80= UC210 DDC-Ventilation Flow (Water heat- N. C.- 2 position)

DD81= UC210 DDC-Ventilation Flow (Electric heat- staged)

DD82= UC210 DDC-Ventilation Flow (Water heat- Modulating)

DD83= UC210 DDC-Basic plus- Local (Electric heat- PWM) Remote (Staged EH)

DD84= UC210 DDC-Basic plus- Local (Water heat- Modulating) Remote (Water- N.C. 2 position)

DD85= UC210 DDC-Basic plus- Local (Water heat- Modulating) Remote (Water- N.O. 2 position)

DD86= UC210 DDC-Basic plus- Local (Water heat- N.O. 2-position) Remote (Water- Modulating)

DD87= UC210 DDC-Basic plus- Local (Water heat- N.C. 2-position) Remote (Water- Modulating)

DD88= UC210 DDC-Basic plus- Local (Water heat- N.O. 2-position) Remote (Water- N.O. 2-position)

DD89= UC210 DDC-Basic plus- Local (Water heat- N.C. 2-position) Remote (Water- N.C. 2-position)

DD90= UC210 DDC-Basic plus- Local (Water heat- N.O. 2-position) Remote (Water- N.C. 2-position)

DD91= UC210 DDC-Basic plus- Local (Water heat- N.C. 2-position) Remote (Water- N.O. 2-position)

DD92= UC210 DDC-Basic plus- Local (Electric heat- Staged) Remote (Staged EH)

DD93= UC210 Ventilation Flow (Water heat- N.O. 2-position)

DD95= UC210 Basic (Electric HeatModulating SCR)

DD96= UC210 Basic plus-Local e3op9rr9

Variable Volume Air Terminal Units

6 VAV-SVX08E-EN

(Electric heat-Modulating SCR) Remote (Staged EH)

DD97= UC210 Ventilation Flow (Electric heat-Modulating SCR)

ENCL= Shaft Only in Enclosure ENON= Shaft Out Side for Electric Units FM00= Other Actuator and Control FM01= Trane Supplied Actuator, Other

Ctrl PC00= N.C. Actuator and Linkage Only PC04= N.C. with DA Stat, 3000 Series PC05= N.C. with RA STAT, 3000 Series PCSS= Normally Closed Special PN00= N.O. Actuator and Linkage Only PN04= N.O. 3000 Series, DA STAT PN05= N.O. 3000 Series, RA STAT PN11= Auto Dual Min.

PN32= N.O. PNEU Constant Vol.

PN34= N.O. 3000 Series Constant

Vol.,RA STAT PNON= Shaft Out Side for Pneumatic

Units PNSS= Normally Open Special N.C .= Normally-closed N.O. = Normally-opened DA Stat = Direct-acting pneumatic t-stat

(by others) RA Stat = Reverse-acting pneumatic t-stat (by others) PN = Pneumatic FM = Factory installation of customer-supplied controller PVR = Pneumatic Volume Regulator

Digit 16—Insulation A = 1/2" Matte-faced B = 1" Matte-faced D = 1" Foil-faced F = 1" Double-wall G = 3/8" Closed-cell

Digit 17 & 18—Not Used 00 = N/A

Digit 19—Outlet Plenum (Connection is Slip & Drive)

0 = None A = 1 Outlet RH B = 1 Outlet END C = 1 Outlet LH D = 2 Outlets, 1 RH, 1 END E = 2 Outlets, 1 LH, 1 END F = 2 Outlets, 1 RH, 1 LH H = 3 Outlets, 1 LH, 1 RH, 1 END J = 4 Outlets, 1 LH, 1 RH, 2 END

Note: See unit drawings for outlet sizes/ damper information.

Digit 20—Not Used 0 = N/A

Digit 21—Water Coil 0 = None 1 = 1-Row 2 = 2-Row 3 = 3-Row 4 = 4-Row A = 1-Row Premium B = 2-Row Premium C = 3-Row Premium D = 4-Row Premium

Digit 22—Electrical Connections F = Flippable (can be flipped in the field for LH or RH connections

- VCEF only)

L = Left (Airflow hitting you in the face)

R = Right (Airflow hitting you in the face)

0 = Opposite side connection – coil and control (VCWF only)

Note: VCCF, VCWF can be flipped in field for opposite-hand connection

Digit 23—Transformer 0 = None 1 = 120/24 volt (50 VA) 2 = 208/24 volt (50 VA) 3 = 240/24 volt (50 VA) 4 = 277/24 volt (50 VA) 5 = 480/24 volt (50 VA) 6 = 347/24 Volt (50 VA) 7 = 380/24 Volt (50 VA) 8 = 575/24 Volt (50 VA)

Note: For VCEF units with transformers the VA depends on the staging, control, and contactor type (ranges are 50 VA to 75 VA, for 1 and 3 phase)

Digit 24—Disconnect Switch 0 = None W = With

Note: VCCF, VCWF – Toggle Disconnect;

VCEF – Door Interlocking Power Disconnect

Digit 25—Power Fuse 0 = None W = With

Digit 26—Electric Heat Voltage 0 = None A = 208/60/1 B = 208/60/3 C = 240/60/1 D = 277/60/1 E = 480/60/1 F = 480/60/3 G = 347/60/1 H = 575/60/3 J = 380/50/3 K = 120/60/1

Digit 27 - 29—Electric Heat kW 000= None 010 = 1.0 kW 015 = 1.5 kW 460 = 46.0 kW

Note: 0.5 to 8.0 kW – ½ kW increments

8.0 to 18.0 kW – 1 kW increments

18.0 to 46.0 kW – 2 kW increments

Digit 30—Electric Heat Stages 0 = None 1 = 1 Stage 2 = 2 Stages Equal 3 = 3 Stages Equal

Digit 31—Electrical Heat Contactors

0 = None 1 = 24-volt magnetic 2 = 24-volt mercury 3 = PE with magnetic 4 = PE with mercury 5 = SCR heat UC400/UC210 6 = SCR heat FMTD/ENCL/DD00 A = 24-volt mercury (left hand) B = 24-volt mercury (right hand) C = PE with mercury (left hand) D = PE with mercury (right hand)

Digit 32 & 33—Not Used 00 = N/A

Digit 34—Actuator 0 = Standard A = Spring Return (Normally Open) B = Spring Return (Normally Closed) C = Belimo Actuator

Digit 35—Sensor Options 0 = Standard (Wired) 1 = Factory Mounted Wireless

Receiver (Sensor Accessory) 2 = Wireless Comm Interface

Modular FM

Digit 36—Pre-Wired Factory Solutions 0 = None 1 = Factory Mounted DTS 2 = HW Valve Harness 3 = Both DTS & HW Valve Harness 4 = Averaging DTS factory installed in unit (Required for UC210/UC400 with SCR heat)

Digit 37—Bottom Access with Cam Locks 0 = None 1 = Access Left Side Terminal Unit 2 = Access Right Side Terminal Unit 3 = Access Left Side Terminal Unit with Water Connection on Right 4 = Access Right Side Terminal Unit with Water Coil Connection on Left

VAV-SVX08E-EN 7

Digit 38—Piping Package 0 = None A = 2-way Automatic Balancing) B = 3-way Automatic Balancing

Digit 39—Water Valve 0 = None 1 = Proportional, HW Valve, 0.7 Cv 2 = Proportional, HW Valve, 2.7 Cv 3 = Proportional, HW Valve, 6.6 Cv 4 = Proportional, HW Valve, 8.0Cv

Digit 40—Flow Rate 00 = None A = 0.5 gpm (0.03 l/s) B = 1.0 gpm (0.06 l/s) C = 1.5 gpm (0.09 l/s) D = 2.0 gpm (0.13 l/s) E = 2.5 gpm (0.16 l/s) F = 3.0 gpm (0.19 l/s) G = 3.5 gpm (0.22 l/s) H = 4.0 gpm (0.25 l/s) J = 4.5 gpm (0.28 l/s) K = 5.0 gpm (0.31 l/s) L = 5.5 gpm (0.35 l/s) M = 6.0 gpm (0.38 l/s) N = 6.5 gpm (0.41 l/s) P = 7.0 gpm (0.44 l/s) Q = 7.5 gpm (0.47 l/s) R = 8.0 gpm (0.50 l/s) S = 9.0 gpm (0.57 l/s) T = 10.0 gpm (0.63 l/s) U = 11.0 gpm (0.69 l/s) V = 12.0 gpm (0.76 l/s) W = 13.0 gpm (0.82 l/s) X = 14.0 gpm (0.88 l/s) Y = 15.0 gpm (0.95 l/s) Z = 16.0 gpm (1.01 l/s) 1 = 17.0 gpm (1.07 l/s) 2 = 18.0 gpm (1.14 l/s) 3 = 19.0 gpm (1.20 l/s) 4 = 20.0 gpm (1.26 l/s) 5 = 21.0 gpm (1.32 l/s) 6 = 22.0 gpm (1.39 l/s) 7 = 23.0 gpm (1.45 l/s) e3op9rr9

Make Up Air Units (MAU) e3op9rr9

Boat House Air Handling Unit