Report (51) 1 mcC AO(Ce - ori/Cry
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Generated by COMcheck-Web Software
Mechanical Compliance Certi��VED
MAR 4 2016
CITY OF TIGARD
Section 1: Project Information BUILDING DIVISION
Energy Code:2014 Oregon Energy Efficiency Specialty Code
Project Title:
Project Type:Addition
Construction Site: Owner/Agent: Designer/Contractor:
15954 SW 72nd Ave Gohman Mechanical,Inc.
Portland,Oregon 97224 14505 SE Hwy 212
Clackamas,Oregon 97015
503-658-1892
Drew@Gohmanmechanical.com
Section 2: General Information
Building Location(for weather data): Tigard,Oregon
Climate Zone: 4c
Section 3: Mechanical Systems List
Quantity System Type&Description
1 HVAC System(Unknown):
Heating: 1 each-Duct Furnace,Gas,Capacity=60 kBtu/h
Proposed Efficiency=80.00%Ec,Required Efficiency=80.00%Ec
Cooling: 1 each-Single Package DX Unit,Capacity=24 kBtu/h,Air-Cooled Condenser, Unknown Economizer
Proposed Efficiency=14.00 SEER,Required Efficiency= 13.00 SEER
Section 4: Requirements Checklist
In the following requirements,blank checkboxes identify requirements that the applicant has not acknowledged as being met. Checkmarks
identify requirements that the applicant acknowledges are met or excepted from compliance. 'Plans reference page/section'identifies where in
the plans/specs the requirement can be verified as being satisfied.
Requirements Specific To: HVAC System :
v 1. Equipment meets minimum efficiency: Duct Furnace(Gas): 80.00%Ec
✓ 2. Equipment meets minimum efficiency: Single Package Unit: 13.00 SEER
3. Energy recovery ventilation systems.Individual fan systems that have both a design supply air capacity of 5,000 cfm or greater and a
minimum outside air supply of 70 percent or greater of the design supply air quantity have an energy recovery system.
Exception(s):
13 Where energy recovery systems are prohibited by the International Mechanical Code.
13 Systems serving spaces that are not cooled and are heated to less than 60°F.
O Where more than 60 percent of the outdoor heating energy is provided from site-recovered or site solar energy.
❑ Type 1 kitchen exhaust hoods.
Cooling systems in climates with a 1-percent cooling design wet-bulb temperature less than 64°F(18°C).
13 Systems requiring dehumidification that employ series-style energy recovery coils wrapped around the cooling coil when the
evaporative coil is located upstream of the exhaust air stream.
❑ Systems exhausting toxic,flammable,paint exhaust,corrosive fumes,or dust.
1p Laboratory fume hood systems that include qualifying features.
Plans reference page/section: N/A
Generic Requirements: Must be met by all systems to which the requirement is applicable:
`/ 1. Calculation of heating and cooling loads.Design loads are determined in accordance with the procedures described in the
ASHRAE/ACCA Standard 183.Alternatively,design loads have been determined by an approved equivalent computation procedure.
Project Title: Report date: 03/11/16
Data filename: Page 1 of 4
1
u 2. Packaged Electric Equipment.Specified packaged electrical equipment has a heat pump as the primary heating source.
Exception(s):
Unstaffed equipment shelters or cabinets used solely for personal wireless service facilities.
0 Requirement is not applicable. •
•
Plans reference page/section: N/A
✓ 3. Cooling equipment economizers:The total capacity of all cooling equipment without economizers must be less than 240 kBtu/h.This
project lists 24 kBtu/h capacity without economizers.That portion of the equipment serving dwelling units and guest rooms is not +
included in determining the total capacity of units without economizers.
Plans reference page/section:
✓ 4. Equipment and system sizing.Heating and cooling equipment and systems capacity do not exceed the loads calculated in accordance
with Section 503.2.1.
Plans reference page/section:
v 5. HVAC Equipment Performance Requirements.Reported efficiencies have been tested and rated in accordance with the applicable test
procedure.The efficiency has been verified through certification under an approved certification program or,if no certification program
exists,the equipment efficiency ratings are supported by data furnished by the manufacturer.
✓ 6. Thermostatic Controls.The supply of heating and cooling energy to each zone is controlled by individual thermostatic controls that
respond to temperature within the zone.
Plans reference page/section:
7. Heat pump supplementary heat.Heat pumps having supplementary electric resistance heat have controls that,except during defrost,
prevent supplementary heat operation when the heat pump can meet the heating load.
Plans reference page/section: N/A
✓ 8. Set point overlap restriction.Where used to control both heating and cooling,zone thermostatic controls provide a temperature range
or deadband of at least 5°F(2.8°C)within which the supply of heating and cooling energy to the zone is capable of being shut off or
reduced to a minimum.
Plans reference page/section:
✓ 9. Optimum Start Controls.Each HVAC system has controls that vary the start-up time of the system to just meet the temperature set
point at time of occupancy.
Plans reference page/section:
v 10.0ff-hour controls.Each zone is provided with thermostatic setback controls that are controlled by either an automatic time clock or
programmable control system.
Plans reference page/section:
v 11.Shutoff damper controls.Both outdoor air supply and exhaust are equipped with not less than Class I motorized dampers.
Plans reference page/section:
u 12.Freeze Protection and Snow melt system controls.Freeze protection systems,such as heat tracing of outdoor piping and heat
exchangers, including self-regulating heat tracing,include automatic controls capable of shutting off the systems when outdoor air
temperatures meet code criteria.
Plans reference page/section: N/A
u 13.Separate air distribution systems.Zones with special process temperature requirements and/or humidity requirements are served by
separate air distribution systems from those serving zones requiring only comfort conditions;or shall include supplementary control
provisions so that the primary systems may be specifically controlled for comfort purposes only.
Exception(s):
D [503.2.4.8+j Zones requiring only comfort heating or comfort cooling that are served by a system primarily used for process
temperature and humidity control.
Plans reference page/section: N/A
O 14.Humidity control.If a system is equipped with a means to add or remove moisture to maintain specific humidity levels in a zone or
zones,a humidity control device is provided.
Plans reference page/section: N/A
O 15.Humidity control.Where a humidity control device exists it is set to prevent the use of fossil fuel or electricity to produce relative
humidity in excess of 30 percent.Where a humidity control device is used for dehumidification,it is set to prevent the use of fossil fuel
or electricity to reduce relative humidity below 60 percent.
Project Title: Report date: 03/11/16
Data filename: Page 2 of 4
Exception(s):
Li Hospitals,process needs,archives,museums,critical equipment,and other non-comfort situations with specific humidity
requirements outside this range.
Plans reference page/section: N/A
❑ 16.Humidity control.Where a humidity control device exists it is set to maintain a deadband of at least 10%relative humidity where no
active humidification or dehumidification takes place.
Exception(s):
Li Heating for dehumidification is provided with heat recovery or heat pumping and the mechanical cooling system efficiency is 10
percent higher than required in section 503.2.3, HVAC equipment performance requirements.
Plans reference page/section: N/A
✓ 17.Ventilation.Ventilation,either natural or mechanical,is provided in accordance with Chapter 4 of the International Mechanical Code.
Where mechanical ventilation is provided,the system has the capability to reduce the outdoor air supply to the minimum required by
Chapter 4 of the International Mechanical Code.
Plans reference page/section:
O 18.Demand controlled ventilation(DCV).DCV is required for spaces larger than 500 ft2 for simple systems and spaces larger than 150 ft2
for multiple zone systems.
Exception(s):
Li Systems with energy recovery complying with Section 503.2.6
0 Spaces less than 750 ft2(69.7 m2)where an occupancy sensor turns the fan off,closes the ventilation damper,or closes the
zone damper when the space is unoccupied.
Plans reference page/section: N/A
19.Kitchen hoods.Kitchen makeup is provided as required by the Oregon Mechanical Specialty Code.
Exception(s):
U Where hoods are used to exhaust ventilation air that would otherwise be exhausted by other fan systems.
Li Kitchen exhaust systems that include exhaust air energy recovery complying with section 503.2.6.
Plans reference page/section: N/A
• 20.Enclosed parking garage ventilation controls.In Group S-2,enclosed parking garages used for storing or handling automobiles employs
automatic carbon monoxide sensing devices.
Plans reference page/section: N/A
✓ 21.Duct and plenum insulation and sealing.All supply and return air ducts and plenums are insulated with the specified insulation.When
located within a building envelope assembly,the duct or plenum is separated from the building exterior or unconditioned or exempt
spaces by a minimum of R-8 insulation.All ducts,air handlers and filter boxes are sealed.Joints and seams comply with Section 603.9
of the International Mechanical Code.
✓ 22.Low-pressure duct systems.All longitudinal and transverse joints,seams and connections of low-pressure supply and return ducts are
securely fastened and sealed with welds,gaskets,mastics(adhesives),mastic-plus-embedded-fabric systems or tapes installed in
accordance with the manufacturer's installation instructions.
Plans reference page/section:
• 23.Medium-pressure duct systems.All ducts and plenums designed to operate medium-pressure are insulated and sealed in accordance
with Section 503.2.7.Pressure classifications specific to the duct system are clearly indicated on the construction documents.
Plans reference page/section: N/A
• 24.High-pressure duct systems.Ducts designed to operate at high-pressure are insulated and sealed in accordance with Section 503.2.7.
In addition,ducts and plenums are leak-tested in accordance with the SMACNA HVAC Air Duct Leakage Test Manual.
Plans reference page/section: N/A
✓ 25Air system balancing. Each supply air outlet and zone terminal device is equipped with means for air balancing in accordance with the
requirements of IMC 603.17.Discharge dampers intended to modulate airflow are prohibited on constant volume fans and variable
volume fans with motors 10 horsepower.
Plans reference page/section:
✓ 26.Manuals.The construction documents require that an operating and maintenance manual be provided to the building owner by the
mechanical contractor.See long description for specifications.
Plans reference page/section:
▪ 27.Air System Design and Control.Each HVAC system having a total fan system motor nameplate hp exceeding 5 hp meets the provisions
of Sections 503.2.10.1 through 503.2.10.2.
Project Title: Report date: 03/11/16
Data filename: Page 3 of 4
Plans reference page/section: N/A
✓ 28Allowable fan floor horsepower.Each HVAC system at fan system design conditions does not exceed the allowable fan system motor
nameplate hp(Option 1)or fan system bhp(Option 2)as shown and calulated in requirement details.
Plans reference page/section:
✓ 29.Motor nameplate horsepower.For each fan,the selected fan motor is no larger than the first available motor size greater than the brake
horsepower(bhp).
Plans reference page/section:
❑ 30.Large Volume Fan Systems.Fan systems over 8,000(7 m3/s)cfm without direct expansion cooling coils that serve single zones reduce
airflow based on space thermostat heating and cooling demand.A two-speed motor or variable frequency drive reduces airflow to a
maximum 60 percent of peak airflow or minimum ventilation air requirement as required by Chapter 4 of the International Mechanical
Code,whichever is greater.
Exception(s):
❑ Systems where the function of the supply air is for purposes other than temperature control,such as maintaining specific humidity
levels or supplying an exhaust system.
Plans reference page/section: N/A
❑ 31.All air-conditioning equipment and air-handling units with direct expansion cooling and a cooling capacity at ARI conditions greater than
or equal to 110,000 Btu/h that serve single zones have their supply fan operation controlled according to code specific requirements.
Exception(s):
❑ Systems where the function of the supply air is for purposes other than temperature control,such as maintaining specific humidity
levels or supplying an exhaust system.
Plans reference page/section: N/A
❑ 32.Series fan-powered terminal unit fan motors.Fan motors for series fan-powered terminal units are electronically-commutated motors
and have a minimum motor efficiency of 70 percent when rated in accordance with NEMA Standard MG 1-2006 at full load rating
conditions.
Plans reference page/section: N/A
❑ 33.Hot Gas Bypass Limitation.For cooling systems<=240 kBtu/h,maximum hot gas bypass capacity is no more than 50%total cooling
capacity.
Plans reference page/section: N/A
Section 5: Compliance Statement
Compliance Statement: The proposed mechanical design represented in this document is consistent with the building plans,specifications
and other calculations submitted with this permit application.The proposed mechanical systems have been designed to meet the 2014 Oregon
Energy Efficiency Specialty Code requirements in COMcheck-Web and to comply with the mandatory requirements in the Requirements
Checklist.
p re(4) G 0h fan C Sin,' �sS/Sict T ?S)- 3/1/1 iS
Name-Title Signature Date
Section 6: Post Construction Compliance Statement
• HVAC record drawings of the actual installation,system capacities,calibration information,and performance data for each equipment
provided to the owner.
• HVAC O&M documents for all mechanical equipment and system provided to the owner by the mechanical contractor.
ur Written HVAC balancing and operations report provided to the owner.
The above post construction requirements have been completed.
orf 1,1,4-2 zt31 iC 7/S
Principal Mechanical Designer-Name Signature Date
Project Title: Report date: 03/11/16
Data filename: Page 4 of 4
•
•
RECEIVED
ED
MAR 14 2016
CITY OF -
Product Data BUILDING DIA ION
Single Packaged Convertible
Gas/Electric 14 SEER
2-5 Ton
4YCC4024A1060A
4YCC4030A1070A
4YCC4036A1070A
4YCC4036A1090A \
4YCC4042A1060A ('����` 7"'»>in;��01�—
4YCC4042A1090A
4YCC4048A1070A
4YCC4048A1090A \\\
4YCC4060A1090A
4YCC4060A1115A
Ir
„,,
\�• ,'SII /%
December 2014 22-1901-1 B-EN (II1f/IngersollRand
TRANS®
Table of Contents
Single Packaged Convertible Gas/Electric Systems 3
Optional Equipment Listing 4
Product Specifications 6
Indoor Fan Performance 11
Field Wiring Diagram 17
Wiring 18
Wiring 20
Full Perimeter Roof Mounting Curb 22
Optional Equipment — Economizer 24
Optional Equipment — Outside Air Damper 25
Optional Equipment — Filter Rack 26
Outline Drawings 27
2 22-1901-1 B-EN
TRM/E®
Single Packaged Convertible
Gas/Electric Systems
Trane offers a complete family of packaged gas/electric heating and cooling systems,designed to
provide the unbeatable combination of energy efficiency and lower operating costs. In warm
weather,the package gas/electric system functions as an all-electric, high efficiency air
conditioner.In cold weather, it operates as a natural gas or propane gas furnace,offering the best
of both energy worlds.
Because cooling and heating functions are all contained in a single cabinet,a single
packaged convertible gas/electric system is easy to install and service.
It can be flush mounted beside your home at ground level or placed on the roof for horizontal or
downflow installation.When connected to an optional American Standard thermostat control,
and air distribution ducts,you have a highly efficient,total home comfort system.
Single Packaged Convertible Gas/Electric Systems are unmatched in quality and reliability.
All major components on these products, including the compressor, have been designed and
manufactured for maximum service. Every compressor is designed and manufactured to
exacting specifications.Each design is life tested in extreme environments to ensure reliable and
long lasting operation in normal applications.Each compressor has internal motor protection for
added reliability.
Single Packaged Convertible Gas/Electric Systems provide better performance.
Our single packaged cooling/heating units offer cooling/heating efficiencies that are unmatched
in the industry and provide you with a product far superior in performance than the competition.
22-1901-1 B-EN 3
TRANE®
Optional Equipment Listing
*=T,W,orV
Hinged Filter Access Door(4*CC4024-036)(4*CY4024-4036) BAYCCDOR1A[ ]
Hinged Filter Access Door(4*CC4042-060)(4*CY4042-4060) BAYCCDOR2A[ ]
Roof Curb Full Perimeter(4*CCO24-036A)(4*CY4024-4036) BAYCURB050A[ ]
Roof Curb Full Perimeter(4*CC042-060A)(4*CY4042-4060) BAYCURB051A[ ]
Roof Curb Utility Extension Kit(BAYCURB050A) BAYUTIL101B[ ]
Roof Curb Utility Extension Kit(BAYCURB051A) BAYUTIL101B[ ]
0-25%Manual Fresh Air Damper(4*CC4024-36A)(4*CY4024-4036)(x) BAYOSAHOO1A[ ]
0-25%Manual Fresh Air Damper(4*CC4042-60A)(4*CY4042-4060)(x) BAYOSAH002A[ ]
Motorized Fresh Air Damper(4*CC4024-036A)(4*CY4024-4036)(x) BAYDMPR101A[ ]
Motorized Fresh Air Damper(4*CC4042-060A)(4*CY4042-4060)(x) BAYDMPR102A[ ]
16"Round Duct Adapter(2 per box)(4*CC4024-036A)(4*CY4024-4036)(b) BAYSQRD001A[ ]
18"Round Duct Adapter(2 per box)(4*CC4024-060A)(4*CY4024-4036)(b) BAYSQRD002A[ ]
0-100%Mod Economizer w/Baro.Relief(4*CC4024-036A)(4*CY4024-4036)(x)(c)(d) BAYECON 1018[ ]
0-100%Mod Economizer w/Baro.Relief(4*CC4042-060A)(4*CY4042-4060)(x)(d) BAYECON1U2B[ ]
0-1000/0 Horizontal Economizer(4*CC4024-36A)(4*CY4024-4036)(x) BAYECON200B[ ]
0-100%Horizontal Economizer(4*CC4042-60A)(4*CY4042-4060)(x) BAYECON201B[ ]
Enthalpy Control for Economizer(ALL-BAYECON) BAYEENTHOO1A[ ]
Remote Potentiometer(ALL-BAYECON) BAYSTAT023[ ]
1"-2"Filter Frame(4*CC4024-036A)(4*CY4024-4036)(18 x 25 filter not included) BAYFLTR101C[ ]
1"-2"Filter Frame(4*CC4042-060A)(4*CY4042-4060)(two 18 x 20 filters not included) BAYFLTR201C[ ]
Head Pressure Control(Low Ambient Cool)(208/240v)Kit BAYLOAM105A[ ]
Quick Start Kit(4WCC4-A1)(4TCC4-A1) BAYQSKT300A[ ]
Quick Start Kit(4YCC4-A1) BAYQSKT301A[ ]
Crankcase Heater Scroll(4*CC4024-036)(4*CY4024-4036)(230v) BAYCCHT103A[ ]
Crankcase Heater Scroll(4*CC4042-060)(4*CY4042-4060)(230v) BAYCCHT102A[ ]
Crankcase Heater Scroll(4*CC4024-036)(4*CY4024-4036)(230v) BAYCCHT301A[ ]
Crankcase Heater Scroll(4*CC4042-060)(4*CY4042-4060)(230v) BAYCCHT302A[ ]
Adapter Curb(4*CC4024-36A)(4*CY4024-4036A)to BAYCURB030,38 BAYADAP050A[ ]
Adapter Curb(4*CC4024-36A)(4*CY4024-4036A)to BAYCURB033 BAYADAP051A[ ]
Adapter Curb(4*CC4042-60A)(4*CY4042-4060A)to BAYCURB030,38 BAYADAP052A[ ]
Adapter Curb(4*CC4042-60A)(4*CY4042-4060A)to BAYCURB033 BAYADAP053A[ ]
Adapter Curb(4*CC4042-60A)(4*CY4042-4060A)to BAYCURB034 BAYADAP054A[ ]
12"Duct Shroud Covers Horizontal(4*CC4024-060A)(4*CY4024-4060A) BAYCOVR112A[ ]
18"Duct Shroud Covers Horizontal(4*CC4024-060A)(4*CY4042-4060A) BAYCOVR118A[ ]
Extreme Condition Mounting Kit—All BAYCURB&BAYADAP BAYEXMK001A[ ]
Extreme Condition Mounting Kit—All BAYUTIL BAYEXMK002B[ ]
Extreme Condition Mounting Kit—All Slab Mounts BAYEXMK003B[ ]
Lifting Lug Kit BAYLIFT002B[ ]
LP Conversion Kit(All 115K Models) BAYLPKT100A[ ]
LP Conversion Kit(All 60K and 90K Models) BAYLPKT101A[ ]
LP Conversion Kit(All 70K Models) BAYLPKT102A[ ]
SUPPLEMENTARY HEATERS(1 PHASE)* =T or W Only
3.76/5.0 KW Heater(208/240V 1 PH)(4*CC4024-060A1) BAYHTRV105F[ ]
6.0/8.0 KW Heater(208/240V 1 PH)(4*CC4024-060A1) BAYHTRV108F[ ]
7.50/10.0 KW Heater(208/240V 1 PH)(4*CC4024-060A1) BAYHTRV110F[ ]
11.27/15.0 KW Heater(208/240V 1 PH)(4*CC4030-060A1) BAYHTRV115F[ ]
15.0/20.0 KW Heater(208/240V 1 PH)(4*CC4048-060A1) BAYHTRV120F[ ]
18.78/25.0 KW Heater(208/240V 1 PH)(4*CC40060A1) BAYHTRV125F[ ]
4 22-1901-1B-EN
• TRANE°
Optional Equipment Listing
SUPPLEMENTARY HEATERS(3 PHASE)* =T or W Only
3.76/5.0 KW Heater(208/240V 3 PH)(4WCY4036-060A3) BAYHTRV305F[ ]
3.76/5.0 KW Heater(208/240V 3 PH)(4WCY4036-060A3) BAYHTRV308F[ ]
7.50/10.0 KW Heater(208/240V 3 PH)(4WCY4024-048A3) BAYHTRV310F[ ]
11.27/15.0 KW Heater(208/240V 3 PH)(4WCY4036-060A3) BAYHTRV315F[ ]
15.0/20.0 KW Heater(208/240V 3 PH)(4WCY4048-060A3) BAYHTRV320F[ ]
18.78/25.0 KW Heater(208/240V 3 PH)(4WCY4048-060A1) BAYHTRV325F[ ]
Single Power Entry Kit(e) BAYSPEKO6OF[ ]
Single Power Entry Kit(e) BAYSPEK061E[ ]
Single Power Entry Kit(e) BAYSPEK062F[ ]
Single Power Entry Kit(e) BAYSPEK063F[ ]
Single Power Entry Kit(e) BAYSPEK064E[ ]
Single Power Entry Kit(e) BAYSPEK065E[ ]
(a) Must use internal filter frame when economizer or fresh air kit is used.
(b) It is the responsibility of the installing dealer to properly size the ductwork for each specific application.
() Dry bulb control standard with economizer.
(d) Downflow only.
(e) Must be selected per unit and heater model
22-1901-1B-EN 5
TRANS
Product Specifications
MODEL 4YCC4024A1060A 4YCC4030A1070A 4YCC4036A1070A 4YCC4036A1090A
-
RATED Volts/PH/Hz 208-230/1/60 208-230/1/60 208-230/1/60 208-230/1/60
Performance Cooling BTUH(a) 24600 28200 37000 37000
Indoor Airflow(CFM) 805 870 1190 1190
Power Input(KW) 1.99 2.39 3.08 3.08
EER/SEER(BTU/Watt-Hr.) 12.0/14.00 12.0/14.00 12.0/14.00 12.0/14.00
Sound Power Rating[dB(A)] 66.6 70.0 69.3 69.3
(b)
PERFORMANCE HEATING(c)
Input BTUH-1st Stage
(Natural Gas)(d) 60000 70000 70000 90000
AFUE 81 81 81 81
Temp.Rise-Min/Max(°F) 30/60 30/60 30/60 35/65
Orifice Qty/Drill Sz.(Natural 2/#37 2/#33 2/#33 3/#37
Gas)
POWER CONN.-V/Ph/Hz 208-230/1/60 208-230/1/60 208-230/1/60 208-230/1/60
Min.Brch.Cir.Ampacity(e) 19.1 22.6 24.5 24.5
Fuse Size-Max.(amps) 30 35 40 40
Fuse Size-Recmd.(amps) 30 35 40 40
COMPRESSOR SCROLL SCROLL SCROLL SCROLL
VOLTS/PH/HZ 208-230/1/60 208-230/1/60 208-230/1/60 208-230/1/60
R.L.Amps-L.R.Amps 12.8/58.3 14.1/73.0 15.4/83.9 15.4/83.9
OUTDOOR COIL-TYPE SPINE-FIN SPINE-FIN SPINE-FIN SPINE-FIN
Rows/F.P.I 2/24 2/24 2/24 2/24
Face Area(sq.ft.) 13.32 13.32 15.49 15.49
Tube Size(in.) 3/8 3/8 3/8 3/8
INDOOR COIL-TYPE MCHE MCHE MCHE MCHE
Rows/F.P.I 2/16 2/16 2/16 2/16
Face Area(sq.ft.) 2.7 2.7 2.7 2.7
Tube Size Width(in.) .81 .81 1" 1"
Refrigeration Control EXPANSION VALVE EXPANSION VALVE EXPANSION VALVE EXPANSION VALVE
Drain Conn.Size(in.) 3/4 FEMALE NPT 3/4 FEMALE NPT 3/4 FEMALE NPT 3/4 FEMALE NPT
OUTDOOR FAN-TYPE SWEPT SWEPT SWEPT SWEPT
DIA.(IN.) 23.4 23.4 23.4 23.4
DRIVE/NO.SPEEDS DIRECT/1 DIRECT/1 DIRECT/1 DIRECT/1
CFM @ 0.0 in.w.g.(f) 2350 2800 3080 3080
Motor-HP/R.P.M 1/12/810 1/6/825 1/5/825 1/5/825
Volts/Ph/Hz 208-230/1/60 208-230/1/60 208-230/1/60 208-230/1/60
F.L.Amps/L.R Amps .54/.82 .85/1.65 1.1/2.0 1.1/2.0
INDOOR FAN-TYPE CONSTANT TORQUE ECM CONSTANTTORQUE ECM CONSTANTTORQUE ECM CONSTANTTORQUE ECM -
Dia.x Width(in.) 10.62 X 10.62 10.62 X 10.62 10.62 X 10.62 10.62 X 10.62
Drive/No.Speeds DIRECT-3 DIRECT-3 DIRECT-3 DIRECT-3
CFM @ 0.0 in.w.g.(g) SEE FAN PERF TABLE SEE FAN PERF TABLE SEE FAN PERF TABLE SEE FAN PERF TABLE
Motor-HP/R.P.M. 1/3/1050 1/2/1050 1/2/1050 1/2/1050
Volts/Ph/Hz 208-230/1/60 208-230/1/60 208-230/1/60 208-230/1/60
F.L.Amps 2.6 4.1 4.1 4.1
COMBUSTION FAN-TYPE CENTRIFUGAL CENTRIFUGAL CENTRIFUGAL CENTRIFUGAL
Drive/No.Speeds DIRECT/1 DIRECT/1 DIRECT/1 DIRECT/1
6 22-1901-1B-EN
• TRANE°
Product Specifications
• MODEL 4YCC4024A1060A 4YCC4030A1070A 4YCC4036A1070A 4YCC4036A1090A
Motor-HP/R.P.M. 1/34/3350 1/34/3290 1/34/3290 1/34/3075
Volts/Ph/Hz 230/1/60 230/1/60 230/1/60 230/1/60
FLA .20 .20 .20 .24
FILTER/FURNiSHED NO NO NO NO
Type Recommended THROWAWAY THROWAWAY THROWAWAY THROWAWAY
Recmd.Face Area(sq.ft)(h) 4.0 4.0 4.0 4.0
REFRIGERANT R-410 R-410 R-410 R-410
Charge(lbs.) 5.24 6.94 7.2 7.2
CHARGING
SPECIFICATIONS .
Subcooling 12° 11° 11° 11°
GAS PIPE SIZE(in.) 1/2 1/2 1/2 1/2
DIMENSIONS HXDXW HXDXW HXDXW HXDXW
Crated(in.) 46X45 X52 46X45X52 48X45X52 48X45X52
WEIGHT
Shipping(lbs.)/Net(lbs.) 432/358 451/377 438/374 453/379
(a) Rated in accordance with AHRI Standard 210/240.AHRI standard rating conditions are:80 D.B.67 W.B.entering air to indoor coil.95 D.B.entering air to
outdoor coil.
(b) Sound Power values are not adjusted for AHRI 270-95 tonal corrections.
(c) Ratings shown are for elevations up to 2000 ft.For higher elevations reduce ratings at a rate of 4%per 1000 ft.elevation.
(d) Convertible to LPG.
(e) This value is approximate.For more precise value,see Unit Nameplate.
(f) Standard Air-Dry Coil-Outdoor.
(0) Based on U.S.Government Standard Tests.
(h) Filters must be installed in return air stream.Square footages listed are based on 300 f.p.m.face velocity.If permanent filters are used size per
manufacturer's recommendation with a clean resistance of 0.05"W.C.
MODEL 4YCC4042A1060A 4YCC4042A1090A 4YCC4048A1070A
RATED Volts/PH/Hz 208-230/1/60 208-230/1/60 208-230/1/60
Performance Cooling BTUH(a) 40500 40500 46500
Indoor Airflow(CFM) 1450 1450 1600
Power Input(KW) 3.4 3.4 4.06
EER/SEER(BTU/Watt-Hr.) 12.0/14.00 12.0/14.00 11.50/14.00
Sound Power Rating[dB(A)](b) 74.6 74.6 72.5
PERFORMANCE HEATING(c)
Input BTUH-1st Stage
(Natural Gas)(d) 60000 90000 70000
AFUE 81 81 81
Temp.Rise-Min/Max(°F) 30/60 35/65 30/60
Orifice Qty/Drill Sz.(Natural Gas) 2/#37 3/#37 2/#33
POWER CONN.-V/Ph/Hz 208-230/1/60 208-230/1/60 208-230/1/60
Min.Brch.Or.Ampacity(e) 28.5 28.5 32.0
Fuse Size-Max.(amps) 45 45 50
Fuse Size-Recmd.(amps) 45 45 50
COMPRESSOR SCROLL SCROLL SCROLL
VOLTS/PH/HZ 208-230/1/60 208-230/1/60 208-230/1/60
R.L.Amps-L.R.Amps 16.7/109.0 16.7/109.0 19.6/130.0
OUTDOOR COIL-TYPE SPINE-FIN SPINE-FIN SPINE-FIN
Rows/F.P.I 2/24 2/24 2/24
Face Area(sq.ft.) 15.63 15.63 20.54
Tube Size(in.) 3/8 3/8 3/8
INDOOR COIL-TYPE MCHE MCHE MCHE
Rows/F.P.I 2/16 2/16 2/16
22-1901-1B-EN 7
• TRANE
Product Specifications
MODEL 4YCC4042A1060A 4YCC4042A1090A 4YCC4048A1070A
Face Area(sq.ft.) 3.9 3.9 3.9
Tube Size Width(in.) .81 .81 .81
Refrigeration Control EXPANSION VALVE EXPANSION VALVE EXPANSION VALVE
Drain Conn.Size(in.) 3/4 FEMALE NPT 3/4 FEMALE NPT 3/4 FEMALE NPT
OUTDOOR FAN-TYPE SWEPT SWEPT SWEPT
DIA.(IN.) 28.25 28.25 28.25
DRIVE/NO.SPEEDS DIRECT/1 DIRECT/1 DIRECT/1
CFM @ 0.0 in.w.g.(f) 3400 3400 4800
Motor-HP/R.P.M 1/4/825 1/4/825 1/4/825
Volts/Ph/Hz 208-230/1/60 208-230/1/60 208-230/1/60
F.L.Amps/L.R Amps 1.51/3.07 1.51/3.07 1.51/3.07
INDOOR FAN-TYPE CONSTANT TORQUE ECM CONSTANT TORQUE ECM CONSTANT TORQUE ECM
Dia.x Width(in.) 10.62 X 10.62 10.62 X 10.62 10.62 X 10.62
Drive/No.Speeds DIRECT/3 DIRECT/3 DIRECT/3
CFM @ 0.0 in.w.g.(9) SEE FAN PERF TABLE SEE FAN PERF TABLE SEE FAN PERF TABLE
Motor-HP/R.P.M. 3/4/1050 3/4/1050 3/4/1050
Volts/Ph/Hz 208-230/1/60 208-230/1/60 208-230/1/60
F.L.Amps 6 6 6
COMBUSTION FAN-TYPE CENTRIFUGAL CENTRIFUGAL CENTRIFUGAL
Drive/No.Speeds DIRECT/1 DIRECT/1 DIRECT/1
Motor-HP/R.P.M. 1/34/3345 1/34/3075 1/34/3290
Volts/Ph/Hz 230/1/60 230/1/60 230/1/60
FLA .20 .24 .20
FILTER/FURNISHED NO NO NO
Type Recommended THROWAWAY THROWAWAY THROWAWAY
Recmd.Face Area(sq.ft)(h) 5.3 5.3 5.3
REFRIGERANT R-410 R-410 R-410
Charge(lbs.) 7.3 7.3 7.5
CHARGING SPECIFICATIONS
Subcooling 10° 10° 10°
GAS PIPE SIZE(in.) 1/2 1/2 1/2
DIMENSIONS HXDXW HXDXW HXDXW
Crated(in.) 46 X 47 X 62 46 X 47 X 62 50 X 47 X 62
WEIGHT
Shipping(lbs.)/Net(lbs.) 555/452 561/457 552/448
(a) Rated in accordance with AHRI Standard 210/240.AHRI standard rating conditions are:80 D.B.67 W.B.entering air to indoor coil.95 D.B.entering air to
outdoor coil.
(0) Sound Power values are not adjusted for AHRI 270-95 tonal corrections.
Co Ratings shown are for elevations up to 2000 ft.For higher elevations reduce ratings at a rate of 40/per 1000 ft.elevation.
(d) Convertible to LPG.
(e) This value is approximate.For more precise value,see Unit Nameplate.
(f) Standard Air-Dry Coil-Outdoor.
(5) Based on U.S.Government Standard Tests.
(h) Filters must be installed in return air stream.Square footages listed are based on 300 f.p.m.face velocity.If permanent filters are used size per
manufacturer's recommendation with a clean resistance of 0.05"W.C.
MODEL 4YCC4048A1090A 4YCC4060A1090A 4YCC4060A1115A
RATED Volts/PH/Hz 208-230/1/60 208-230/1/60 208-230/1/60
Performance Cooling BTUH(a) 46500 58000 58000
Indoor Airflow(CFM) 1600 1760 1760
Power Input(KW) 4.09 4.94 4.94
8 22-1901-1 B-EN
• TRANE
Product Specifications
MODEL 4YCC4048A1090A 4YCC4060A1090A 4YCC4060A1115A
EER/SEER(BTU/Watt-Hr.) 11.50/14.00 11.50/14.00 11.50/14.00
Sound Power Rating[dB(A)](b) 72.5 73.1 73.1
PERFORMANCE HEATING(c)
Input BTUH-lst Stage
(Natural Gas)(d) 90000 90000 115000
AFUE 81 81 81
Temp.Rise-Min/Max(°F) 35/65 30/60 30/60
Orifice Qty/Drill Sz.(Natural Gas) 3/#37 3/#37 3/#33
POWER CONN.-V/Ph/Hz 208-230/1/60 208-230/1/60 208-230/1/60
Min.Brch.Cir.Ampacity(e) 32.0 39.1 39.1
Fuse Size-Max.(amps) 50 60 60
Fuse Size-Recmd.(amps) 50 60 60
COMPRESSOR SCROLL SCROLL SCROLL
VOLTS/PH/HZ 208-230/1/60 208-230/1/60 208-230/1/60
R.L.Amps-L.R.Amps 19.6/130.0 24.4/144.2 24.4/144.2
OUTDOOR COIL-TYPE SPINE-FIN SPINE-FIN SPINE-FIN
Rows/F.P.I 2/24 2/24 2/24
Face Area(sq.ft.) 20.54 22.99 22.99
Tube Size(in.) 3/8 3/8 3/8
INDOOR COIL-TYPE MCHE PLATE FIN PLATE FIN
Rows/F.P.I 2/16 4/15 4/15
Face Area(sq.ft.) 3.9 5.0 5.0
Tube Size Width(in.) .81 3/8 3/8
Refrigeration Control EXPANSION VALVE EXPANSION VALVE EXPANSION VALVE
Drain Conn.Size(in.) 3/4 FEMALE NPT 3/4 FEMALE NPT 3/4 FEMALE NPT
OUTDOOR FAN-TYPE SWEPT SWEPT SWEPT
DIA.(IN.) 28.25 28.25 28.25
DRIVE/NO.SPEEDS DIRECT/1 DIRECT/1 DIRECT/1
CFM @ 0.0 in.w.g.(f) 4800 4800 4800
Motor-HP/R.P.M 1/4/825 1/3/825 1/3/825
Volts/Ph/Hz 208-230/1/60 208-230/1/60 208-230/1/60
F.L.Amps/L.R Amps 1.51/3.07 1.7/3.5 1.7/3.5
INDOOR FAN-TYPE CONSTANT TORQUE ECM CONSTANT TORQUE ECM CONSTANT TORQUE ECM
Dia.x Width(in.) 10.62 X 10.62 11.87 X 10.68 11.87 X 10.68
Drive/No.Speeds DIRECT/3 DIRECT/3 DIRECT/3
CFM @ 0.0 in.w.g.(9) SEE FAN PERF TABLE SEE FAN PERF TABLE SEE FAN PERF TABLE
Motor-HP/R.P.M. 3/4/1050 1/1050 1/1050
Volts/Ph/Hz 208-230/1/60 208-230/1/60 208-230/1/60
F.L.Amps 6 6.9 6.9
COMBUSTION FAN-TYPE CENTRIFUGAL CENTRIFUGAL CENTRIFUGAL
Drive/No.Speeds DIRECT/1 DIRECT/1 DIRECT/1
Motor-HP/R.P.M. 1/34/3075 1/34/3075 1/34/3055
Volts/Ph/Hz 230/1/60 230/1/60 230/1/60
FLA .24 .24 .25
FILTER/FURNISHED NO NO NO
Type Recommended THROWAWAY THROWAWAY THROWAWAY
Recmd.Face Area(sq.ft)(h) 5.3 5.3 5.3
REFRIGERANT R-410 R-410 R-410
22-1901-1 B-EN 9
• TRANE"
Product Specifications
MODEL 4YCC4048A1090A 4YCC4060A1090A 4YCC4060A1115A
Charge(lbs.) 7.5 9.65 9.65
CHARGING SPECIFICATIONS
Subcooling 10° 11° 11°
GAS PIPE SIZE(in.) 1/2 1/2 1/2
DIMENSIONS HXDXW HXDXW HXDXW
Crated(in.) 50 X 47 X 62 50 X 47 X 62 50 X 47 X 62
WEIGHT
Shipping(lbs.)/Net(lbs.) 557/453 580/476 586/482
(°) Rated in accordance with AHRI Standard 210/240.AHRI standard rating conditions are:80 D.B.67 W.B.entering air to indoor coil.95 D.B.entering air to
outdoor coil.
(b) Sound Power values are not adjusted for AHRI 270-95 tonal corrections.
(') Ratings shown are for elevations up to 2000 R.For higher elevations reduce ratings at a rate of 4%per 1000 ft.elevation.
(d) Convertible to LPG.
(e) This value is approximate.For more precise value,see Unit Nameplate.
(f) Standard Air—Dry Coil—Outdoor.
(a) Based on U.S.Government Standard Tests.
(h) Filters must be installed in return air stream.Square footages listed are based on 300 f.p.m.face velocity.If permanent filters are used size per
manufacturer's recommendation with a clean resistance of 0.05"W.C.
10 22-1901-1B-EN
9 TRAM'
Indoor Fan Performance
. Table 1. Horizontal Airflow
1 4YCC4024A1 EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 T 0.5 0.6 0.7 0.8 0.9 1.0
HEAT- CFM 1123 1059 994 943 889 - - - - - -
LOW WATTS 143 152 160 167 ! 175 - - - - - - tilt
HEAT- CFM - - 1122 1069 1022 974 922 871 809 - -
HIGH WATTS - - 213 221 229 238 245 253 261 - -
COOLING CFM 873 811 754 690 614 537 482 441 390 - -
-LOW WATTS 84 91 98 105 113 119 123 126 132 - -
COOLING CFM 954 900 846 794 729 650 588 535 488 - -
-MED WATTS 107 114 121 128 138 147 152 157 161 - -
COOLING CFM 1041 993 938 890 836 777 707 644 594 - -
-HIGH WATTS 135 142 150 158 167 175 185 191 196 - -
Table 2. Down Airflow
4YCC4024A1 EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
HEAT- CFM 1123 1059 994 943 889 - - - - - -
LOW WATTS 143 152 160 167 175 - - - - - -
HEAT- CFM 1240 1184 1122 1069 1022 974 922 871 - - -
HIGH WATTS 193 202 213 221 229 238 245 253 - - -
COOLING CFM 865 803 746 683 608 532 478 436 386 - -
-LOW WATTS 85 92 98 106 114 119 123 127 133 - -
COOLING CFM 945 891 838 786 722 643 582 530 483 - -
-MED WATTS 108 115 122 129 138 148 153 158 162 - -
COOLING CFM 1031 983 929 881 828 769 700 637 588 - -
-HIGH WATTS 136 143 151 159 167 176 186 192 197 - -
Table 3. Horizontal Airflow
4YCC4030A1 EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
HEAT- CFM 1148 1103 1061 1022 982 932 - - - -
LOW WATTS 199 208 216 224 233 243 - - - - -
HEAT- CFM - - - 1158 1122 1084 1039 988 - - -
HIGH WATTS - - - 301 310 320 331 343 - - -
COOLING CFM 1051 994 939 889 840 775 708 642 582 - -
-LOW WATTS 126 134 142 150 158 167 176 184 188 - -
COOLING CFM 1156 1107 1054 1009 965 919 862 799 732 - -
-MED WATTS 166 175 184 192 200 209 219 230 239 - -
COOLING CFM 1278 1236 1187 1141 1099 1059 1017 968 - - -
-HIGH WATTS 221 230 240 250 259 268 278 289 - - -
Table 4. Down Airflow
4YCC4030A1 EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
HEAT- CFM 1136 1091 1050 1012 972 922 - - - - -
LOW WATTS 197 205 214 222 230 241 - - - - -
HEAT- CFM - - - 1147 1111 1073 1028 978 - - -
HIGH WATTS - - - 298 307 317 328 339 - -
22-1901-1 B-EN 11
• TRANE'
Indoor Fan Performance
Table 4. Down Airflow(continued)
COOLING CFM 1041 984 930 880 831 768 701 635 576 - -
-LOW WATTS 126 135 143 150 158 168 177 184 189 - -
COOLING CFM 1144 1096 1044 999 956 910 853 791 724 - -
-MED WATTS 167 176 185 193 201 210 220 231 240 - -
COOLING CFM 1266 1224 1175 1129 1088 1048 1007 959 - - -
-HIGH WATTS 222 231 241 251 260 270 279 290 - - -
7t
Table 5. Horizontal Airflow
4YCC4036A1070A EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
CFM 1185 1141 1099 1055 1009 968 920 854 808 731 624
HEAT-LOW
WATTS 241 251 260 270 279 289 299 311 320 306 284
CFM 1386 1354 1311 1276 1238 1198 1164 1069 805 689 596
HEAT-HIGH
WATTS 386 399 409 419 430 441 452 432 320 303 298
CFM 1131 1092 1058 1022 983 942 899 857 804 - -
COOLING-LOW
WATTS 247 254 262 269 277 285 291 300 311 - -
CFM 1256 1223 1193 1167 1136 1101 1065 1026 955 - -
COOLING-MED
WATTS 339 350 358 366 374 383 391 399 386 - -
CFM 1402 1372 1344 1316 1289 1241 1144 1025 - - -
COOLING-HIGH
WATTS 471 479 488 497 506 499 454 406 - - -
4YCC4036A1090A EXTERNAL STATIC PRESSURE(IN.WG)
CFM 1362 1330 1301 1272 1242 1210 1148 - - - -
HEAT-LOW
WATTS 429 438 445 455 464 473 458 - - - -
CFM - 1366 1338 1310 1280 1234 1153 1038 888 - -
HEAT-HIGH
WATTS - 474 483 491 501 495 463 413 357 - -
CFM 1131 1092 1058 1022 983942 899 857 804 - -
COOLING-LOW -
WATTS 247 254 262 269 277 285 291 300 311 - -
CFM 1256 1223 1193 1167 1136 1101 1065 1026 955 - -
COOLING-MED
WATTS 339 350 358 366 374 383 391 399 386 - -
CFM 1402 1372 1344 1316 1289 1241 1144 1025 - - -
COOLING-HIGH
WATTS 471 479 488 497 506 499 454 406 - - -
Table 6. Down Airflow
4YCC4036A1070A EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
CFM 1173 1130 1088 1044 999 958 911 846 800 724 618
HEAT-LOW
WATTS 238 248 258 267 277 286 296 308 316 303 282
CFM 1373 1340 1298 1263 1225 1186 1153 1058 797 682 590
HEAT-HIGH
WATTS 382 395 405 415 425 437 448 428 317 300 295
CFM 1124 1087 1053 1016 978 938 895 852 800 - -
COOLING-LOW
WATTS 246 255 263 271 278 285 293 301 312 - -
CFM 1249 1216 1185 1155 1122 1089 1054 1016 934 - -
COOLING-MED - - - - -
WATTS 343 351 359 367 376 384 392 400 379 - -
CFM 1390 1357 1329 1301 1273 1212 1125 1008 - - -
COOLING-HIGH
WATTS 476 485 493 501 508 488 449 398 - - -
4YCC4036A1090A EXTERNAL STATIC PRESSURE(IN.WG)
CFM 1350 1317 1289 1260 1231 1197 1134 - - - -
HEAT-LOW -
WATTS 432 441 449 456 465 475 453 - - - -
CFM - 1349 1319 1292 1264 1206 1118 1009 850 - -
HEAT-HIGH
WATTS - 474 486 494 503 487 446 401 337 - -
12 22-1901-1B-EN
• TRANE`
Indoor Fan Performance
Table 6. Down Airflow(continued)
CFM 1124 1087 1053 1016 978 938 895 852 800 - -
COOLING-LOW - - -
WATTS 246 255 263 271 278 285 293 301 312 - -
CFM 1249 1216 1185 1155 1122 1089 1054 1016 934 - -
COOLING-MED
WATTS 343 351 359 367 376 384 392 400 379 - -
CFM 1390 1357 1329 1301 1273 1212 1125 1008 - - -
COOLING-HIGH -
WATTS 476 485 493 501 508 488 449 398 - - -
Table 7. Horizontal Airflow
4YCC4042A1060A EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
CFM 1104 1042 977 911841 764 687 598 - - -
HEAT-LOW - -
WATTS 109 116 124 134 142 152 161 171 - - -
CFM - 1171 1112 1050990 927 851 779 704 - -
HEAT-HIGH -
WATTS - 154 162 172 182 192 203 214 225 - -
CFM 1358 1393 1348 1296 1253 1204 1157 1096 1057 988 -
COOLING-LOW -
WATTS 224 233 242 252 262 272 283 295 305 319 -
CFM 1521 1490 1448 1391 1362 1338 1315 1307 1254 1148 -
COOLING-MED
WATTS 306 316 327 337 348 359 369 382 395 407 -
CFM 1659 1637 1604 1594 1529 1491 1467 1425 1385 1345 -
COOLING-HIGH
WATTS 409 421 432 443 455 467 477 490 503 513 -
4YCC4042A1090A EXTERNAL STATIC PRESSURE(IN.WG)
CFM 1419 1380 1341 1295 1249 1204 1160 1115 1069 1015 961
HEAT-LOW
WATTS 240 250 259 269 279 291 302 312 323 333 348
CFM 1559 1524 1483 1443 1401 1363 1319 1276 1233 1195 1147
HEAT-HIGH
WATTS 313 324 335 346 356 367 379 392 403 415 428
CFM 1358 1393 1348 1296 1253 1204 1157 1096 1057 988 -
COOLING-LOW
WATTS 224 233 242 252 262 272 283 295 305 319 -
CFM 1521 1490 1448 1391 1362 1338 1315 1307 1254 1148 -
COOLING-MED
WATTS 306 316 327 337 348 359 369 382 395 407 -
CFM 1659 1637 1604 1594 1529 1491 1467 1425 1385 1345 -
COOLING-HIGH
WATTS 409 421 432 443 455 467 477 490 503 513 -
Table 8. Down Airflow
4YCC4042A1060A EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
CFM 1109 1047 982 916 845 767 690 601 - - -
HEAT-LOW
WATTS 109 117 125 134 143 153 162 172 - - -
CFM - 1177 1117 1055 995 931 856 783 707 - -
HEAT-HIGH
WATTS - 155 163 173 182 193 204 215 226 - -
CFM 1345 1379 1334 1283 1241 1192 1145 1085 1046 979 -
COOLING-LOW
WATTS 228 238 247 257 267 278 289 301 312 325 -
CFM 1506 1475 1433 1377 1348 1325 1302 1293 1241 1136 -
• COOLING-MED
WATTS 312 322 333 344 354 366 377 389 403 415 -
CFM 1642 1621 1588 1578 1514 1476 1453 1411 1371 1331 -
COOLING-HIGH
WATTS 417 430 441 452 464 477 487 499 513 523 -
4YCC4042A1090A EXTERNAL STATIC PRESSURE(IN.WG)
CFM 1426 1387 1348 1301 1255 1210 1166 1120 1074 1020 966
HEAT-LOW
WATTS 241 251 260 270 281 292 303 314 325 335 349
CFM 1567 1531 1491 1450 1408 13701326 1282 1239 1201 1152
HEAT-HIGH -
WATTS 315 325 337 347 358 368 381 394 405 417 430
22-1901-1B-EN 13
0 TRANS`
Indoor Fan Performance
Table 8. Down Airflow(continued)
CFM 1345 1379 1334 1283 1241 1192 1145 1085 1046 979 -
COOLING-LOW - - -
WATTS 228 238 247 257 267 278 289 301 312 325 -
CFM 1506 1475 1433 1377 1348 1325 1302 1293 1241 1136 -
COOLING-MED - -
WATTS 312 322 333 344 354 366 377 389 403 415 -
CFM 1642 1621 1588 1578 1514 1476 1453 1411 1371 1331 -
COOLING-HIGH -
WATTS 417 430 441 452 464 477 487 499 513 523 -
Table 9. Horizontal Airflow
4YCC4048A1070A EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
CFM 1120 1047 980 914 840 758 674 581 - - -
HEAT-LOW
WATTS 117 126 135 145 156 168 179 188 - - -
CFM - 1204 1149 1095 1043989 926 858 798 - -
HEAT-HIGH -
WATTS - 176 185 195 205 216 227 239 249 - -
CFM 1583 1542 1502 1460 1415 1371 1326 1282 1230 1181 -
COOLING-LOW - -
WATTS 302 313 324 332 345 353 368 376 394 406 -
CFM 1763 1723 1689 1648 1609 1568 1527 1488 1447 1404 -
COOLING-MED -
WATTS 414 426 436 448 459 471 483 495 510 524 -
CFM 1945 1910 1876 1839 1806 1769 1728 1688 1652 1545 -
COOLING-HIGH
WATTS 553 566 577 590 601 613 631 643 647 611 -
4YCC4048A1090A EXTERNAL STATIC PRESSURE(IN.WG)
CFM 1419 1380 1341 1295 1249 1204 1160 1115 1069 1015 961
HEAT-LOW - •
WATTS 240 250 259 269 279 291 302 312 323 333 348
CFM 1559 1524 1483 1443 1401 1363 1319 1276 1233 11951147
HEAT-HIGH -
WATTS 313 324 335 346 356 367 379 392 403 415 428
CFM 1583 1542 1502 1460 1415 1371 1326 1282 1230 1181 -
COOLING-LOW
WATTS 302 313 324 332 345 353 368 376 394 406 -
CFM 1763 1723 1689 1648 1609 1568 1527 1488 1447 1404 -
COOLING-MED
WATTS 414 426 436 448 459 471 483 495 510 524 -
CFM 1945 1910 1876 1839 1806 1769 1728 1688 1652 1545 -
COOLING-HIGH - -
WATTS 553 566 577 590 601 613 631 643 647 611 -
Table 10. Down Airflow
4YCC4048A1070A EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
CFM 1126 1052 985 918 845 762 677 584 - - -
HEAT-LOW - -
WATTS 117 127 136 146 156 168 180 189 - - -
CFM - 1210 1154 1100 1048 994 930 862 802 - -
HEAT-HIGH
WATTS - 177 186 196 206 217 228 240 250 - -
CFM 1567 1526 1487 1445 1401 1358 1312 1270 1218 1169 -
COOLING-LOW - -
WATTS 308 320 330 339 352 360 375 384 402 413.9 -
CFM 1745 1706 1672 1632 1593 1552 1512 1473 1433 1390 -
COOLING-MED - - -
WATTS 422 434 444 457 468 480 493 505 520 534 -
CFM 1925 1890 1857 1821 1788 1751 1711 1671 1635 1530 -
COOLING-HIGH
WATTS 564 577 589 602 613 625 644 656 660 623 -
4YCC4048A1090A EXTERNAL STATIC PRESSURE(IN.WG)
CFM 1426 1387 1348 1301 1255 12101166 1120 1074 1020 966
HEAT-LOW -
WATTS 241 251 260 270 281 292 303 314 325 335 349
CFM 1567 1531 1491 1450 1408 1370 1326 1282 1239 1201 1152
HEAT-HIGH --
WATTS 315 325 337 347 358 368 381 394 405 417 430
14 22-1901-1B-EN
• TRANE°
Indoor Fan Performance
Table 10. Down Airflow(continued)
CFM 1567 1526 1487 1445 1401 1358 1312 1270 1218 1169 -
COOLING-LOW -
WATTS 308 320 330 339 352 360 375 384 402 413.9 -
.
CFM 1745 1706 1672 1632 1593 1552 1512 1473 1433 1390 -
COOLING-MED - --
WATTS 422 434 444 457 468 480 493 505 520 534 -
CFM 1925 1890 1857 1821 1788 1751 1711 1671 1635 1530 -
COOLING-HIGH -
WATTS 564 577 589 602 613 625 644 656 660 623 -
Table 11. Horizontal Airflow
4YCC4O60A109OA EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
CFM 1534 1489 1445 1403 1361 1314 1275 1234 - - -
HEAT-LOW -
WATTS 281 292 304 314 325 337 348 358 - - -
CFM - 1594 1551 1511 1471 1430 1386 1344 1305 1265 -
HEAT-HIGH -
WATTS - 348 361 373 384 396 409 420 432 443 -
CFM 1857 1831 1800 1766 1737 1692 1655 1617 - - -
COOLING-LOW -
WATTS 515 523 533 544 554 569 582 595 - - -
CFM 2083 2058 2032 2003 1974 1943 1911 1877 1843 1807 -
COOLING-MED
WATTS 749 759 769 779 788 803 816 830 845 860 -
CFM 2201 2177 2152 2127 2105 2071 2041 2009 1975 1940 -
COOLING-HIGH -
WATTS 900 910 921 932 941 956 969 983 997 1010 -
4YCC4060A115A EXTERNAL STATIC PRESSURE(IN.WG)
CFM 1827 1792 1757 1721 1685 1646 1605 1570 - -
-
HEAT-LOW
WATTS 492 505 517 529 541 553 566 577 - - -
CFM - 1927 1894 1861 1824 1788 1750 1711 1674 1639 -
HEAT-HIGH
WATTS - 614 627 639 651 664 677 689 702 715 -
CFM 1857 1831 1800 1766 1737 1692 1655 1617 - - -
COOLING-LOW
WATTS 515 523 533 544 554 569 582 595 - - -
CFM 2083 2058 2032 2003 1974 1943 1911 1877 1843 1807 -
COOLING-MED
WATTS 749 759 769 779 788 803 816 830 845 860 -
CFM 2201 2177 2152 2127 2105 2071 2041 2009 1975 1940 -
COOLING-HIGH
WATTS 900 910 921 932 941 956 969 983 997 1010 -
Table 12. Down Airflow
4YCC4O60A1090A EXTERNAL STATIC PRESSURE(IN.WG)
MOTOR SPEED 0.0 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 0.9 1.0
CFM 1541 1497 1452 1410 1367 1321 1281 1240 - - -
HEAT-LOW
WATTS 282 293 305 316 327 339 349 360 - - -
CFM - 1602 1558 1518 1478 1437 1392 1351 1311 1271 -
HEAT-HIGH
WATTS - 350 363 374 386 398 411 423 434 v 445 -
CFM 1857 1831 1800 1766 1737 1692 1655 1617 - - -
COOLING-LOW -
WATTS 515 523 533 544 554 569 582 595 - - -
CFM 2083 2058 2032 2003 1974 1943 1911 1877 1843 1807 -
- COOLING-MED
WATTS 749 759 769 779 788 803 816 830 845 860 -
CFM 2201 2177 2152 2127 2105 2071 2041 2009 1975 1940 -
COOLING-HIGH
WATTS 900 910 921 932 941 956 969 983 997 i 1010 -
4YCC4060A115A EXTERNAL STATIC PRESSURE(IN.WG)
CFM 1815 17901757 1712 1679 1648 1613 1574 - - -
HEAT-LOW - - -
WATTS 510 520 532 v 549 v 560 570 582 v 596 - - -
CFM - 1910 1875 18391803 1773 1736 1704 1661 1622 -
HEAT-HIGH - -
WATTS - 630 634 647 660 672 685 698 712 726 -
22-1901-1 B-EN 15
TRANS
Indoor Fan Performance
Table 12. Down Airflow(continued)
CFM 1857 1831 1800 1766 1737 1692 1655 1617 - - -
COOLING-LOW
WATTS 515 523 533 544 554 569 582 595 - - - _
CFM 2083 2058 2032 2003 1974 1943 1911 1877 1843 1807 -
COOLING-MED
WATTS 749 759 769 779 788 803 816 830 845 860 -
CFM 2201 2177 2152 2127 2105 2071 2041 2009 1975 1940 -
COOLING-HIGH
WATTS 900 910 921 932 941 956 969 983 997 1010 -
16 22-1901-1B-EN
0 TRANE°
• Field Wiring Diagram
• Figure 1. 4YCC4— Field Wiring Diagram
PACKAGEI GAS-ELECTRIC UNIT
-- -- -- -- -- -- -- --
UNIT CONTROL BOX
TWO STAGE HEAT
'I THERMOSTAT CONNECTIONS
I I
• I
• -11
I
I
J L B COMMON
R
G FAN(GR)
-_-
Y COMPRESSOR
I 1 R W11 HEAT FIRST STAGE (WH)
R ___ ____W21 HEAT SECOND STAGE(WH)
RR 24V
UNIT LOW VOLTAGE AREA
GROUND,
WIRE 1I PH
IBIGIYIw1IW2IRI
POWER
TYPICAL 2 STAGE
TEAT THERMOSTAT
3 PH
POWER
UNIT
NOTE 1
-- -- -- -- -- -- --
SINGLE STAGE ECONOMIZER ACCESSORY
THERMOSTAT CONNECTIONS CONNECTIONS
TO ECONOMIZER
FACTORY PROVIDED
FIELDR INSTALLED
WII I •
AM -- II
B COMMON I I I L_TSEIeu� B
G FAN(GR) L „Etnl R
I
Y COMPRESSOR ,ZEIeRI
W11 HEAT FIRST STAGE (WH) G (GR)
•
W21HEATSECONDSTAGE(WH) L ,<DIPRI •
A.
ri
R 24V Y I
UNIT LOW VOLTAGE AREA _Si_ W1 (WH)
urvlT LOW T W2(WH)
VOLTAGE AREA S� R
011®11
TYPICAL 1 STAGEFIELD
HEAT THERMOSTAT INS/ALLED
NOTE 6
JUMPER
IYII G IY2Iw1IW2IRC,RHI
TYPICAL 2-STAGE
THERMOSTAT
NOTES:
1. FUSED DISCONNECT SIZE, POWER WIRING AND GROUNDING INTER-COMPONENT WIRING
OF EQUIPMENT MUST COMPLY WITH CODES.
2. BE SURE POWER SUPPLY AGREES WITH EQUIPMENT AND 24V. FACTORY
HEATER NAMEPLATE. LINE V. WIRING
3. LOW VOLTAGE WIRING TO BE 18 AWG MINIMUM CONDUCTOR. LIN. WIRING
4. SEE UNIT DIAGRAM FOR ELECTRICAL CONNECTION DETAILS.
5. THE THERMOSTAT ON THE GAS/ELECTRIC UNIT MUST PROVIDE WIRE COLOR DESIGNATION
A 'G' SIGNAL IN THE COOLING MODE ONLY. DURING THE ABBR COLOR ABBR COLOR
HEATING MODE THE FAN WILL BE ENERGIZED BY THE SYSTEM, BK BLACK PR PURPLE
6. FOR SINGLE STAGE THERMOSTATS JUMPER W1 AND W2 TOGETHER. BL BLUE RD RED
SECOND STAGE HEAT WILL BEGIN 10 MINUTES AFTER FIRST BR BROWN WH WHITE
STAGE. GR GREEN YL YELLOW
OR ORANGE
C 757192i2
22-1901-1 B-EN 17
0 771M/E®
•
•
Wiring
Figure 2. 4YCC4024—4042 - 1
OUTDOOR SECTION INDOOR SECTION - CONTROL BON CN-7 CN-8
OM o CN$
• _
YELLOW 65A(YL) BLACK YELLOW
1,
m
Wz
^'' 36A(BL) 36C(BL) CN-9
ami 7A(P12) 436N(BL1 Lzi o
Jd m CA( CR 67A(YL) BLACK < s
1 m1 9A(BR) ORANGE m '
COMPRESSOR 2 1 A(Y LI—o LOAD
o
SECTION -_ .- MEM III® ORANGE ,. a
m_m m IC(RD)OIN E -. m
35C(RD) VIII 63W GXD 0 40A(GR) .-
a a < m V m
CPR r ,n cu ,o KONEN M a 17
C 73A(P111)--0
)--0LOAD wo41AIWH1 a
S 0 R 51111011 111101 pp ^3 • • '
0 036EIBL1 —
® O' 4—.a 1 Ro -358,
Da CE Bo 366.0(850(0111
•• •
i w 2 HEAT —�a_
< m COOL 7.
TH o 57A(OR)
NLI
O m 0 _ ®0 �p o TRV-364(BL) y V ^
co c0 0
H AT RR V m CC
_51172.-f fHT 10
M M D U.
fDLVCLELLOW s_ V V
m FTEI
4 < a
N
2A(BK) COM (0; 59A(BK)
_C IA(RD) 230V M
TCO40
47A(GR) ,_,12i •3A(BL)
(owl [M0. TNS1 Q IVi .IA(RD)
37A(OR) _ I 57A(BL)
39A(ORI-
20811 1•24v I
LPCO 36A(BL) 38A(GR) 0 fi
TEL LOW K 38A(GRI 36B(BL)�
YELLOW SIA(6Y) 1-1 I •
_ -B
43A(BR) �LOWER CONTROL 800 47A(GR)�
/SAIBNI� I I CS CSR I 67AIOL)T G
HPCO 19BIOR1 FO 46(80) EIJ
_ -Y
BLACK ,�_ \I V • • Optional ' 4IA(WH)?
BLACK EM mw field -W
W 0 0 Installed l 35B(RD1�
I`9-1r-���P---P�° a o s m- - S tar) N I I: -R
mC _..m o.—..]
498(PR) a; A A
NOTES:
CONNECTIONS SHOWN ARE FOR A TYPICAL THERMOSTAT. NA COLOR A88R COLOR
RE COLOR DESIGNATION
SEE SCHEMATIC SUPPLIED WITH THERMOSTAT FOR PROPER ARB
CONNECTIONS.LOW VOLTAGE WIRING TO UNIT MAY 8E NEC 8L BLACK PR PURPLE
CLASS 2 AND MUST BE A MINIMUM OF 18 A.W.G. BL BLUE RD RED
SET THERMOSTAT HEAT ANTICIPATOR TO 3 AMPS. BR BROWN WN WHITE
2. MAXIMUM ADDITIONAL EXTERNAL LOAD (PILOT DUTY) GR GREEN IL YELLOW
BETWEEN 'B' AND 'R' OF 0.5 AMPS. 24 VAC IS OR ORANGE GY GRAY
AVAILABLE IN THE COOLING MODE ONLY.
FOR 208 VOLT OPERATION MAKE THE FOLLOWING WIRING DEVICE DESCRIPTION LINE
CHANGES CC COMPRESSOR CONTACTOR COIL _ 50
A: AT TNS( REMOVE IAIRDI WIRE AND CONNECT TO 2080
TERMINAL ON TRANSFORMER. CFI OUTDOOR FAN CAPACITOR 17
4. IF ANY OF THE ORIGINAL WIRE AS SUPPLIED IN THIS CN CONNECTOR OR WIRE OR
UNIT MUST BE REPLACED, REPLACE IT WITH APPLIANCE CEN COMBUSTION FAM MOTOR 2/
WIRING MATERIAL RATED AT 105° C. CPR COMPRESSOR 15
CR COMPRESSOR RUN CAPACITOR 15
CS COMPRESSOR START CAPACITOR II
CON COMPRESSOR START RELAY COIL II
FD FLAME DETECTOR 44
36E(BL) RO ROLLOUT LIMIT 40
FIF(RD) GV GAS VALVE 35
I-2DI BNI IDA INDOOR FAN MOTOR 24 •
1 IGH
IOL IGNITION CONTROL MODULE
INTERNAL 27,10
G LOWVOLTAGE COMMONROBEL OAD
G : ALT
ERNATE GROUND LOCATION IP IGGNITOR PROBE /5
L : LINE VOLTAGE I 0 LED IGN DIAGNOSTICS INDICATOR 40
N : NEUTRAL ODM OUTDOOR FAN MOTOR 20
I : FAN/COOLING LOW I I Ia I I PP POLARIZED PLUG 36-11
2 : FAN/COOLING MED PS PRESSURE SWITCH 40
r
3 : FAN/COOLING HIGH 1 2 1 5 TCO TEMPERATURE LIMIT SWITCH 40
4 : HEAT LOW 61A(RD- 1XSI CONTROL POWER TRANSFORMER 32
5 : HEAT HIGH 63A0L1-- 13A(PR) LPCO LOW PRESSURE SWITCH 50
598160) FU FUSE 42
HPCO HIGH PRESSURE SWITCH 50
IDM CONNECTION FTBA FAN TERMINAL BLOCK 49
ITvq.0758015102
18 22-1901-1 B-EN
0 TRANS
Wiring
• Figure 3. 4YCC4024—4042
CAUTION-NOT SUITABLE FOR USE ON ®WARN I NG
• 1 — SYSTEMS EXCEEDING ISO VOLTS TO
HAZARDOUS VOLTAGE!
GROUND. DISCONNECT ALL ELECTRIC POWER
2 — ATTENTION: NE CONVIENT PAS POUR INCLUDING REMOTE DISCONNECTS
LES INSTALLATIONS DE PLUS DE MODELS BEFORE SERVICING.
3 — 1500. A TERRE. FAILURE TO DISCONNECT POWER SUPPLY
4YCC4024A* BEFORE SERVICING CAN CAUSE SEVERE 1
PERSONAL INJURY OR DEATH.
4 -- UNIT FACTORY WIRED 4YCC4030A* ZLAVERTISSEMENT
5 — FOR 230V 4YCC4036A* VOLTAGE HASARDEU%!
_ SEE WIRING DIAGRAM NOTES FOR DECONNECTEZ TOUTES LES SOURCES
6 REOUIRED WIRING CHANGES WHEN 4 Y C C 4 0 4 2 A* ELECTRIOUES INCLUANT LES DISJONCTEURS
INSTALLED ON A 208V POWER SUPPLY. SITUES A DISTANCE AVANT D'EFFEC TUER
7 L'ENTRETIEN. FAUTE DE DECONNECTER
LA SOURCE ELECTRIOUE AVANT D'EFFECTUER
8 POWER SUPPLY PER LOCAL CODES L'ENTRETIEN PEUT ENTRAINER DES
SEE NAMEPLATE FOR LINE VOLTAGE. BLESSURES CORPORELLES SE VERES
9 — 1 —..—..—. —-- OU LA MO R T.
10— 1 8B(OR)
• CSR csR cs L CAUT ION
_ ___ 6A(0_R 3D(RD) I
I I— I [_ 4B(BK)„(3„ - _ I USE COPPER CONDUCTORS ONLY!
I .-j �`L'� UNIT TERMINALS ARE NOT DESIGNED
12-- I � R2 I I TO ACCEPT OTHER TYPES OF CONDUCTORS.
— I FAILURE TO DO SO MAY CAUSE DAMAGE
13— �V I LOPTIONAL START KIT TO THE EQUIPMENT.
I BLACK I
1 4— .CC-2 l I BLACK °C
IS— 28.C,D(BK) • 01� r 3D(RD), 1HERM
ORANGE0 CPR
16—
4C(BK) I 38(RD) �CR IOL
17— IA,C,F(RD) ` �10 313(RD).RED ly COM-7(..4 RED R
II RED 1 '
18— I «a1
19— 9A(BR) `•,`"' BROWN 3
20— 7A(PR) I ti PURPLE 2a
21-- 4C(BK) 4C(BK) CF ' BLACK
22—
23— 2D(BK1 2D(BK) N
24— • IF(RD) 1F(RD) '®
L R
25—
26—
27— W KN tl
lc(RD) - HE
„__ 2 A(Y L) 2 A(Y L) • YELLOW
2 9— • 2C I BK l INDUCER • 8
2C(BK) BLACK CI
30— : 2A(BK) COM
31— >0 3
IA(RD) 230V 8, 38A(GR)
32— Q t7
33 -- ISN JUMPER SETTINGS TSI "�"„�36AIBL) 36CIBL)
•
34— COOL 1010 NEAT 6161 HEAT - 24 V. CN-6
FAM OFF DELAY FAN OFF DELAY FAN ON DELAY
15 SEC• in 0 90 SEC• ®e AS SEC FIXED O MN
35— a SEC ® 60 SEC o® ^ Da 1W° 36KIBL1 D11
FACTORY SETTING NEA/
376— 'i' COOL cm PP_l>�43AIBRI I MAIN
3 7— ON[MAl1rI05TIC NDICATUt ®O
H STATUS LID FLASH acesUTIPORT PLASH COM RED 2 J
38— OFF=CHECK POKERLOMAT.OR BAD BOARD 2: I AN.LOUT.NO FLAME IN C
N. SLOB=NORMAL.NO CALL FOR NEAT INDUCER pp.1 51A(GYI
39— •3:PRESS SNI IC NI INDUCER ISSu[ O TCO��
FAST:C ALI FOR NEAT 1.OPEN LIMIT IiC00A A01 IN pp.y» 31A(OR) _ � `_��[ c_Pj_NO'SUB)YL)
40— SOLID ON: !VERNAL ERROR- 5.FLAN[NIO w6 VALVE BLo CR PPB / 39AIOA1 `rrL r �”
REPLACE CONTROL �� 39B(OR)
4.) — 1.GAS VALVE CIRCUIT ERROR
B'.LON FLAKE SENSE 35CIRD1 TH pp.6>> 49AIPR1 19BIPR)
42_ 35BIRD)R - pp.3>}55AIYLI
43— a- R pp./» 45A113K1
FD
44— bR /1 AI WHIW ORORANGE 0 I 0 Li
45— Ro- p Bo 360.DIBU
41A(GRIG •
46.— 66- I OG E GAD 0 /717
/0 Al
47— OR O 13AIPR)
INDUCER LOAD FTBA
48— olio 73A(PR)
Yo-___, , •AI:K) IOTA 36E(BLI
•
49— L 4 BOER LOAD :i 61AIRD) I OL C
50— Bo--- 67A(Y IY BLACK FPCU CN-8 LPCO
- I 6 MI ) ••36C.D.EIBLI
5I— THERMOSTAT I �i CN-9 CN-7
L Fr 360/BE IB BLACK YELLOW CC
YELLOW— PRINTED FROM D7580 I 5P02
22-1901-1B-EN 19
0 TRANE
Wiring
Figure 4. 4YCC4048 —4060
OUTDOOR SECTION INDOOR SECTION — CONTROL BOX Ch1-7 CN-8
COM Chhe
110 CA
— YELLOW ft65A(YL) BLACK ftYELLOW
L....
30(RO)�ORANGE 36A(BL) 36C(BL) CN-9
va 0 �// 36K(BL I /I/�--�I? x 2
a.m CFI 670(YL I� `-BLACK a
Mt J 3C(RD)
COMPRESSOR 7A(PR) 9A(BR) J m p
SECt10N g
21A(YL)— LOAD
INDUCER IG O ORANGE r
CC
mJ m cm IC(RD) DIN m V GO0 IOA(GRI
- a as a 35C(RD) oIN 03NI mo m
CPRBLOM - M
C r he tO 73A(PR)—OLOAD WO—/IAIWHI Las
(BLa
PM S O R kill Pnu pp M
o o 36EI
O� D t Ro-35B,C(RD)
_____0o— 80 36B.DIBL1 •• •
i ¢ NEAT L�i._'.�p -moo o--
a m COOL TN 0 57A(OR)
o
O m N _ m0 iR -36AIBL) .. 1,
m m
Y a
H AT R ''''''''':"1:
_ 'H L) — ¢
N .. _ ___ M M 0 tL
CRA 00
JDLUCL4YE1LON_Q 26(86) COMPS
9FTBA a
.0 - C (] 590(86)
—C IA(RD) 230V
I I [NO. mist Q 47A(GR) C .3A(BL)
37AIOR1 I_ • • 57A(OR) Iii •IA(RD)
208V: 1 24V I I
39A(OA)
L.PCO • 36A(BL) 38A(GR) 0 fi
YELLOW— ) 380(08) 366(8L)�
YELLOW l�/) SI A(6Y1 �� I LOWER CONTROL.BOx 47A(GR)- -B
43A(8R1 '
/SA(BNI CS CSR I 67A(YL)-3., -G
FICO GV 398(SRI FD 48(86) S _Y
li BLACN0 , �O \I I/ 41A(WH)7
1"I LL••ii�a Optional
BLACK R0 < w Field 35B(RD) -W
o IP y o Ly Installed
Gino) Nil: -R
498(PR) , M0 p a
NOTES:
K CONNECTIONS SHOWN ARE FOR A TYPICAL THERMOSTAT. WIRE COLOR DESIGNATION
ABBR COLOR ABBR COLOR
SEE SCHEMATIC SUPPLIED WITH THERMOSTAT FOR PROPER
BN BLACK PR PURPLE
CONNECTIONS.LOW VOLTAGE WIRING TO UNIT NAY BE NEC
CLASS 2 AND MUST BE A MINIMUM OF 18 A.W.G. BL BLUE RD RED
SET THERMOSTAT HEAT ANTICIPATOR TO .3 AMPS. BR BROWN WH WHITE
2. MAXIMUM ADDITIONAL EXTERNAL LOAD (PILOT DUTY) GR GREEN YL YELLOW
BETWEEN 'B' AND "R" OF 0.5 AMPS. 24 VAC IS OR ORANGE Gr GRAY
AVAILABLE IN THE COOLING MODE ONLY.
FOR 208 VOLT OPERATION MAKE THE FOLLOWING WIRING
DEVICE DESCRIPTION LINE
CHANGES,
A: AT MIN( REMOVE ISFORl WIRE AND CONNECT TO 208V CC COMPRESSOR CONTACTOR COIL 50
TERMINAL ON TRANSFORMER. CFI OUTDOOR FAN CAPACITOR I7
4. IF ANY OF THE ORIGINAL WIRE AS SUPPLIED IN THIS CN CONNECTOR OR WIRE NUT
CFN COMBUSTION FAN MOTOR 27
UNIT MUST BE REPLACED, REPLACE IT WITH APPLIANCE
WIRING MATERIAL RATED AT 105° C. CPR COMPRESSOR 15
CR COMPRESSOR RUN CAPACITOR 15
CS COMPRESSOR START CAPACITOR II
CSR COMPRESSOR START RELAY COIL II
FD FLAME DETECTOR 11
36E(8L) RO ROLLOUT LIMIT 40
FIF(RD) GA GAS VALVE 35
r2D(BN)
IN INDOOR FAN MOTOR 24
1 LGN IGNITION CONTROL MODULE 27,40
C = LOW VOLTAGE CONMONIOL INTERNAL OVERLOAD
G = ALTERNATE GROUND LOCATION IP IGNITOR PROBE45
L - LINE VOLTAGE I I I LED IGN DIAGNOSTICS INDICATOR 40
N = NEUTRAL — a ODM OUTDOOR FAN MOTOR 20
I = FAN/COOLING LOW I I 1 To PP POLARIZED PLUG 3641
2 : FAN/COOLING MEO PS PRESSURE SWITCH 40
3 = FAN/COOLING HIGH 2 4 5 • TCO TEMPERATURE LIMIT SWITCH 40
4 = HEAT LOW 61AIRDlJ I TNS( CONTROL POWER TRANSFORMER 32
5 = HEAT HIGH 63A(BL H— 73A(PR) LPCO LOW PRESSURE SWITCH 50
59A(BK) Fu FUSE 42
HPCO HIGH PRESSURE SWITCH 50
IDM CONNECTION FTBA FAN TERMINAL BLOCK 49
DWG.0758016002
PO 22-1901-1 B-EN
• TRANE
'
Wiring
• Figure 5. 4YCC4048—4060
CAUTION-NOT SUITABLE FOR USE ON ZEW A R N I NG
• I — SYSTEMS EXCEEDING 150 VOLTS TO HAZARDOUS VOLTAGE!
GROUND. DISCONNECT ALL ELECTRIC POWER
2 ATTENTION: NE
ONS ITPAS OUR MODELS INCLUDING REMOTE DISCONNECTS
LESDEPLUS DE
BEFORE SERVICING.
3 — 150V. A TERRE. , FAILURE TO DISCONNECT POWER SUPPLY
BEFORE SERVICING CAN CAUSE SEVERE
4YCC4048A* PERSONAL INJURY OR DEATH.
4 --
UNIT FACTORY WIRED 4YCC4060A* AAVERTISSEMENT
5 FOR 230V VOLTAGE HASARDEUX!
_ SEE WIRING DIAGRAM NOTES FOR
DECONNECTEZ 70UTES LES SOURCES
6 REQUIRED WIRING CHANGES WHEN ELECTRIOUES LANCE AVANT7 LES DISJONCTEURS
INSTALLED ON A 208V POWER SUPPLY. LI TUTS A DISTANCE DECOND'EFFNECTER TuER
7 L'E N7RE7IEN. FAUTE DE DECONNEC7ER
LA SOURCE ELECTRIOUE AVANT D'EFFECTUER
8 — POWER SUPPLY PER LOCAL CODES L'ENTRETIEN PEUT ENTRAINER DES
SEE NAMEPLATE FOR LINE VOLTAGE. __ _ OUE CAU MORTCORPORELLES SEVERES
9
r.._..—..—.. 8B(OR)
0— I ,— i .4B(BK)CSR r CSR 6A10_R CS 3DcRQ) �° C A U T ION
II— I-- USE COPPER CONDUCTORS ONLY!
I 1 I r - '-' 2 R2 I UNIT TERMINALS ARE NOT DESIGNED
12— I i°I y TO ACCEPT OTHER TYPES OF CONDUCTORS.
-- - I :DPTI�AL FAILURE TO DO SO MAY CAUSE DAMAGE
13— II / / I L y TO THE EOU I PMENT.
I4— I BLACK
15— 2A,C,D(BK) S•CC-2s1� r 3D(RD) BLACK °C
16— 4C(BKl I 3B(RD)01 _ ORANGES CPR
OL
17— IA,C.F(RD) R
• 1° 3B(RD),RED lr RED
RED
18— Fad
19— 2 9A(BR) ,�w BROWN 3
CFI
20— 3CIRDI 3CIRD) 'E 7A(PR) I /,rte.1 PURPLE 2 M)
I IOL
21— 4C(BK) 4C(BK) I <<_ BLACK
22—
• 2D(BK) .R(BK) N
24—
Q•®
24— 5 — IF(RD) IF(R•)
L
25--
26--
27-- V III
�_ I C(R D) D L^— 2 I A(Y L) 2 A(Y L) YELLOW
CO
F
28— �R,,E1 ,IH ROAD
Aj'
INDUCER 0
29— • 2C(BK) _ 2C(BK) BLACK
30— 2A(BK) COM
<3 1
3I— o.
IA(RD) 230V. �° 38A(GR)
32—33 — LGN JUMPER SETTINGS 1 1 °'r'v�36A1BLI • 36CIBLI
34 — COOL I.5INI HEAT OM NEAT -- 21 V. CN-6
FAN Off DELAY FAN OFF DELAY FAN ON DELAY
IS SEC• ® 90 SEC• ® IS SEC FIXED m IR O 06NIBL1
35— 0 SEC a 60 SEC WI
•FACTORY SETTERS NEAT
36— '^ toot13AIB
1C IIDIRI I MAIN
ION OIAON051CATOR DMPP'=» V
37— H Krum Lilo mummows WOW FLAY[=MB RED 2
38— OFF-CHECK POWER OR BAD BOARD 2:I NN.10CAUUT.NO FLARE IN 0
39— SLOWSNOAYAL. NO CALL FOR NEAT 3 PRESS SYIICN/I NDUC[R DEAD INODUCFA PP,>> SIAIGTI
7C0 �00 PB N0.
PAST=C AIL FOR NEAT A 01[N IEMI F 11(0 ON ROI IN 31AIOR1 I SSAI TLI J
40— _ _ BLOWER PP H)) I r
SOLID OR: INTERNAL ERROR- 5:FLAME R/0 GAS VALVE 0 39AIOR1
4 I —
REPLACE CONTROL 1-GAS VALVE CIRCUIT ERROR PP B�� 39BIQA1
8:LOW FLAY[SENSE 35CIRD1 TN PP-6>}-19AIPR1 �198(PRI
42— \6'PV SSA(YL)
Q- 35BI RDIR R PP-3�� <SA(BX) FD
43— I p PP-I>> _
44— dR I I /IAIWNIM ON ORANGE F °LJ
o • •-,
4 5— Wo- t7 368.01811
/7AIGRIG OS BO •
46— Go- 1AOMORI
F GAD 0 47
• 47— oY o 73A(PR)
INDUCER LOAD
48— OLIO TSAIPRI �SSRAIRX) 360(BL I •
49— BLONER LOAD 17AIGRIG -SAI: I Y' A• •C
Yo-
;I y
50— 67611 IT BLACK FPCC3 CN-8 LPCO . AIT I ••36C.D.EIBL1
51— B°----1 CN-9 CN-7
L ICi'36BIBLIN BLACK TELCO CC
THERMOSTAT YELLOW Dwc 0750000y1
22-1901-1 B—EN 21
9 MANE'
Full Perimeter Roof Mounting Curb
Figure 6. 4024—4036 Models
BAYCURB050A Full Perimeter Roof Mounting Curb
17 7/8
46 3/8
3
4.
RETURN ,o, 3 5/8
AIR
..,
I SUPPLY
AIR od• i.
19 1/2
41 414
2 3/16
411r19 1/2/ i /
15 ..,. N%slib://0. A
11,
38 7/8
o - 1 1/2
The drawings on this page are prepared by the
manufacturer in order to provide detail regarding
/ job layout only. These drawings are not intended to
/ be used as a basis to construct, build or modify the
/ items depicted in the drawings. The manufacturer
/ is not responsible for the unauthorized use of these
A , * B >• drawings and expressly disclaims any liability for
/ damages resulting from such unauthorized use.
'ETUR`.
DC
CHANNEL SIDE
CHANNEL END 011p ,..-
.
WOOD NAILER
SERVICE CLEARANCE DIMENSIONS
HOLE IN ROOF ,2' A B C D
wC*/TC* 42. 00 36. 00 12. 00** 24. 00
433/8 DC*/YC* 42. 00 36.00 12. 00** 36.00
35 7/8
** 42.00 WITH ECONOMIZER WITH 25% FRESH
AIR ACCESSORY
22 22-1901-1B-EN
• TRANE
'
Full Perimeter Roof Mounting Curb
• Figure 7. 4042 — 4060 Models
BAYCURB051A Full Perimeter Roof Mounting Curb
15 7/8
56 1/8
3
RETURN
AIR '
I
11/2 ; SUcPPRLY /, .off
-,-
19
107/8
191/2
20ill► e 4 3/4
19 1/2 .-
41
41 7/8
u
N.z1
The drawings on this page are prepared by the
manufacturer in order to provide detail regarding
job layout only. These drawings are not intended to
be used as a basis to construct, build or modify the
i items depicted in the drawings. The manufacturer
i N is not responsible for the unauthorized use of these
N drawings and expressly disclaims any liability for
damages resulting from such unauthorized use.
i <A \
----
---
<
N
N.
N �U RR\ /• ---
N
N ` / AIR ----
N
N, SUPPLY j
AIR
ir. CHANNEL SIDE
. CHANNEL END N
011WOOD NAILER
SERVICE CLEARANCE DIMENSIONS
HOLE IN ROOF A B C D
---
WC*/TC* 42.00 36.00 12.00** 24.00
/ DC*/YC* 42.00 36.00 12.00** 36.00
38 7/8 53 1/8
\ ** 42.00 WISH ECONOMIZER WITH 25% FRESH
\�// AIR ACCESSORY
22-1901-1 B-EN 23
0 TRNVE'
Optional Equipment — Economizer
Table 13. BAYECON101,102A Down Discharge Economizer and Rain Hood
(Mounts Over Horizontal Return Air Opening)
HVAC UnitEconomizer Unit Application
\ Models
Economizer i 0000 00000.x•
rain hood ®® o®
` BAYECON 101A 4024-036
'1 '
% , ,, _ Outside air
�A, 1 dampers
\� r%'/ Return air�.
``` 6 ;46dampers J Required
filter kit,order
Mist Ott separately
eliminator ...
•
4 ) BAYECON102A 4042-060
Relief —Return
damper Duct
Roofcurb/ �_
Table 14. BAYCON200,201A Horizontal Economizer and Rain Hood
< >
>
•
\moi
Economizer \ I I,\
I . I N Gaskets (2)
Duct 41111'
f— Rain Hood
r" .:-. ... 1%
Mixed Air
/ Sensor '
Economizer Models A B C D E F
BAYECON200AA 4024-4036 22" 20" 16-7/8" 15-11/16" 11-11/16" 15"
BAYECON201AA 4042-4060 26" 22-21/32" 19" 17-11/16" 14-11/16" 21-3/8"
Note:The drawings on this page are prepared by the manufacturer in order to provide detail regarding job layout only. These drawings are not
intended to be used as a basis to construct,build or modify the items depicted in the drawings. The manufacturer is not responsible for
the unauthorized use of these drawings and expressly disclaims any liability for damages resulting from such unauthorized use.
24 22-1901-1B-EN
0 TRINE'
• Optional Equipment — Outside Air Damper
• Table 15. BAYOSAH001 and 002A
Manual Fresh Uca
t
Application A B C D
Air Model
Models
0:1111111 —
)1
a ` FULLY
OPEN BAYOSAHOO1A 4024-4036 22-7/16" 20-11/16" 12-3/8" 9-3/16"
FULLY
B CLOSED
BAYOSAHOO2A 4042—4060 25-3/16" 20-11/16" 12-3/8" 9-3/16"
Table 16. BAYDMPR101 and 102A,25%Motorized Outside Air Damper
(Mounts Over Horizontal Return Air Opening)
Manual Fresh Unit
Air Model Application A B C D
A
Models
Pr'
Iti
itil
. — BAYDMPR101A 4024—4036 22-7/16" 20-11/16" 12-3/8" 9-3/16"
i e
/ BAYDMPR102A 4042—4060 25-3/16" 20-11/16" 12-3/8" 9-3/16"
♦— D —* l
Note:The drawings on this page are prepared by the manufacturer in order to provide detail regarding job layout only. These drawings are not
intended to be used as a basis to construct,build or modify the items depicted in the drawings. The manufacturer is not responsible for
the unauthorized use of these drawings and expressly disclaims any liability for damages resulting from such unauthorized use.
22-1901-1 B-EN 25
TRANS
Optional Equipment — Filter Rack
Figure 8. BAYFLTR101 Filter Rack(4024-4036)
BAYFLTR102(4042-4060)
(Mounts in Filter/Coil Section)
IIS
�h
Lam • •li • •it
,,,,,,..,H
�f
Figure 9. BAYACCDOR1A Hinged Filter Access Door(4024-4036)
BAYACCDOR2A(4042-4060)
Replaces Filter/Coil Access Panel
.,, ----I_.._L -
11 •: ',,ii-', 41 I \ I I
i-I'
I
I
.tea .
Note:The drawings on this page are prepared by the manufacturer in order to provide detail regarding job layout only. These drawings are not
intended to be used as a basis to construct,build or modify the items depicted in the drawings. The manufacturer is not responsible for
the unauthorized use of these drawings and expressly disclaims any liability for damages resulting from such unauthorized use.
26 22-1901-1B-EN
• 1
1
1
TRANE®
• Outline Drawings
Figure 10. 4YCC4024-4036
1210 28 — D —
u8-27/32]
C 1
11./6 l INLET
[IS/321 91.96
(DUCT FLANGE) 13.27/321
W2 .- / W3
'cI(
109/.99 11fIW/'��! 1 III 1111
f/3-u8) INLET t 1111,,`,�'//�l)�l lll� I �� INLET
18 03 IB 29 � �e-
-....---
201
FLUE
[23/32] 123/321 �� FLUE
'7-1-.-
14.22 201.63
[9/16] \_+ 1115/161
WI / - W/
SECTION Y-Y A
TYPICAL 181 SIDES OF DOWNFLOW DUCT OPENINGS INLET
TOP SIDE ENTER OF GRAVITY
Ali
OUTLET
.r L _ T
V ,lIT
III I A ,
251D FRONT SIDE
[1] ONDENS DRAIN FOR
1123 --��jj 19.0 13/1/411 FEMALE NPT
118-8-23/32]
LEFT SIDE
1
. 10 , H______ %
Note: The view labeled "Bottom side" 0
represents the base as viewed looking41111_AL________,
up from underneath the unit.
Y Y
1. 1 / i
BOTTOM SIDE
22-1901-1 B-EN 27
• TRANE
Outline Drawings
s i 1 lia iiii E....... ,,,,_..
Figure 11. 4YCC4024-4036 '
I I ID s1i_
,�
�� �� 296.62
[11-11/16]
(OUTSIDE)
o
�, 1-!I�
�� 58. 19
\ .' ./// RETURN [2-9/32]
\�
....--- 171.55
SUPPLY sr^ [7]
...---- 398.22
[15-11/16]
79.50
---4"'
(OUTSIDE)
[3-1/8] 116.01
398.22 - ' [6 IS/16]
[15-II/16]
(OUTSIDE) b�� •-11-.;
BACK DUCT OPENINGS
-
.I J
•
•
lIX14,1 ' ..
•
17.T8 530.60
[11/16] �. � [20.1/8]
•
X X
X . I i I
SECTION /�
TYPICAL (81 SIDES OF 51DE110W DUCT OPENINGS 4 �•4
1155.46
[45-1/2]
(SURFACE AREA)
BACK SIDE
Height mm/in Flu Hood w/brkt Approx.Corner Weight-kg/lbs Shipping Total Unit Center of Gravity mm/in
mm/in Weight Weight
A D W1 W2 W3 W4 kg/lbs kg/lbs B C •
4YCC4024(060) 898.53[35-3/8] 157.16[6-3/16) 58.3[129] 36.8[81] 26.1[58] 41.0[90] 196.1[432] 162.4[358] 479.8[18.9] 527.8[20.8]
4YCC4030(070) 898.53[35-3/8] 157.16[6-3/16] 61.3[135] 38.7[85] 27.5[61] 43.1[95] 204.8[451] 171.1[377] 406.5[16.0] 594.1[23.4]
4YCC4036(070) 949.33[37-3/8] 157.16[6-3/16] 61.1[134] 38.3[84] 27.1[60] 43.2[95] 203.4[438] 169.7[374] 414.3[16.3] 697.6[27.5] •
4YCC4036(090) 949.53[37-3/8] 157.16[6-3/16] 61.7[136] 38.9[86] 27.7[61] 43.7[96] 205.7[453] 172.0[379] 414.3[16.3] 697.6[27.5]
28 22-1901-1B-EN
TRANS'
Outline Drawings
i
• Figure 12. 4YCC4O24-4036
1181.17 157.31
158.9/16) 16-3/161
•
C 1
11.56 INLET
[15/32]
(DUCT FLANGE)
11.18 .-
[II/16] 4 W2 W3
SECTION v vV
TYPICAL (8) SIDES OF SIDEFLOW DUCT OPENINGS '.... •=.%."'
1125 22 ■lblliii���FFF . i\IIllll`u'■
114-5/161 INLET 111',,, 1,''I'� ■ ( INLET
1 / AAA
18 03 18.29 \\\`' .,% // /LUE
[23/321 123/32] \��`\�\ HOOD
. 1 1 B "� i��
14.22 \ � r
19/161 201.6/161
1
[1-165
SECTION
Y-Y WI $ WI
TYPICAL (8) SIDES OF DOWNFLOW DUCT OPENINGS
INLET
TOP SIDE ENTER OF GRAVITY
4
OUTLET
IL.—.. -.. -- A ,..„. ...—— , a ' \
A
25.40 551.43
FRONT SIDE
[I) [21-23/32] ONDENSATE DRAIN FOR
19.0 13/41 FEMALE NPT
LEFT SIDE
RECOMMENDED SERVICE CLEARANCE MM/IN.
Iht WITH O.A. DAMPER/ECON. OBACK SIDE 301.8 [121 762.0 1301OLEFT SIDE 911.1 [361 1066.8 [42] ,RIGHT SIDE 911.4 136]
FRONT SIDE 1066.8 1421 -
CLEARANCE TO COMBUSTIBLE MATERIAL MM/IN.
Y Y 1 / I
BOTTOM 0
T
BACK SIDE 25.4 [I] '..
LEFT SIDE 152.4 [6] -- -
RIGHT SIDE 304.8 [121
FRONT SIDE 304.8 (12)
TOP 914.4 [361
BOTTOM SIDE
22-1901-1 B-EN 29
TRIUNE
Outline Drawings
Figure 13. 4YCC4042-4060 x
1487 17 - 151.31
(58-9/161 16-3/161 I
C ---1
11.56 1 INLET
115/321
(DUCT FLANGE)
1.18
111/161 6 $ x2, M3
V `
SECTION )0( =�
TYPICAL (8)SIDES OF SIDEFLON DUCT OPENINGS j_
jj� \.
`I III '•U,'�' \ \C
1125 22 11111 i/i/il((Ii:TTI . ,1.1�1',,iiil�
Ill-SII 1 INLET 1i,(( , I INLET
111pa�.;;.,: 1!it�i
«111 {,,,.i�t�
18 03 18 29 \\\\...TEI422
sFLUE
33(321 123(32] HOOD
.16 400010016.
' � ,e-
14 f
19/l61 101.61
1115/161
SECTION Y'Y NI ���NI t
TYPICAL 181 SIDES OF DOWNIE°,DUCT OPENINGS
INLET
TOP SIDE ENTER OF GRAVITY
4
OUTLET
IL ,_H ,I, 1
, _ , 11
I A
[1110 12/23/321 ONDENSATE DRAIN FOR PONT SIDE
19.0 13/11 FEMALE APT
LEFT SIDE
AECOMM(xDfO SERVICE CLEARANCE M14/111. ILI
Al
WITH 0.A. DAMPER/ECON. O
BACK SIDE 301.8 1121 162.0(301 O
LEFT SIDE 911.1 1361 1066.8(421 RIGHT SIDE 911.1 1361 —- - -- ----A
FRONT SIDE 1066 8 1421 -
•
CLEARANCE TO COMBUSTIBLE MATERIAL MN/IN. Y Y
BOTTOM 0
BACK SIDE 25 4 III
LEFT SIDE 152.1 161
RIGHT SIDE 301.8 1121 Note: The view labeled
FRONT SIDE 3o1.a 1121 "Bottom Side"represents •
the base as viewed looking
TOP 914 4 1361 up from underneath the unit.
BOTTOM SIDE •
30 22-1901-1 B-EN
a
9 TRANE
Outline Drawings
Figure 14. 4YCC4042-4060
---121111111
/, ��
372.82
ID .- [(TOUTS I/DE)]
58. 19
�� l-L1E
�1TURN [12-23
SUPPLY �- (12 23/32]
449.02
[17-11/16]
79.50 J' (OUTSIDE)
[3-1/8]
449.02 176.07
[6-15/16]
[17-11/16)
(OUTSIDE)
BACK DUCT OPENINGS
.-.--. -- •
•
• . 530.60
• •# ..�
" [20-7/8]
�
X x
•
. . . ej
1402.34 I
[55-7/32)
(SURFACE AREA)
BACK SIDE
• Height mm/in Approx.Corner Weight-kg/lbs Shipping Total Unit Center of Gravity mm/in
Model Weight Weight
A W1 W2 W3 W4 kg/lbs kg/lbs B C
4YCC4042(060) 898.53[35-3/8] 71.2[157] 46.6[103] 34.6[76] 53.1[117] 252.2[555] 202.0[452] 470.0[18.5] 731.0[28.8]
4YCC4042(090) 898.53[35-3/8] 71.8[158] 47.2[104] 35.2[78] 53.6[118] 254.5[561] 207.3[457] 470.0[18.5] 731.0[28.8]
4YCC4048(070) 1000.13[39-3/8] 71.4[157] 44.6[98] 33.2[73] 53.9[119] 250.3[552] 202.1[448] 433.0[17.0] 743.3[29.3]
4YCC4048(090) 1000.13[39-3/8] 72.0[159] 45.0[99] 33.8[75] 54.4[120] 252.6[557] 205.4[453] 433.0[17.0] 743.3[29.3]
4YCC4060(090) 1000.13[39-3/8] 77.1[170] 45.8[101] 34.4[76] 58.3[128] 263.1[580] 215.9[476] 433.0[17.0] 743.3[29.3]
4YCC4060(115) 1000.13[39-3/8] 78.0[172] 46.3[102] 34.9[77] 59.0[130] 265.8[586] 218.6[482] 414.0[16.3] 635.0[25.0]
22-1901-1 B-E N 31
TRANS'
Outline Drawings
Figure 15. 4YCC4042-4060
•
___.__/-Hr:.dtittit; ...- „„
i i i
. iiii
��� iii i�i�
--I ,---- iii iiaii6i
��:�$$��i,� i�iiii-iii ii
�'�'�.�''���\� iiii •iiii •iiii
�\I���,�'���!� i. iii ii iiii
����i����i� iliiiiiii i�
`�'��'�;� i�i iii
0 • �� iii
\ /
•
0 o
31 .00
/ 5]1[
• ( IN]
-' I� ( INSIDE)
• .....
�`! / 318.75
457.20 \mss ' 1 \ �'�u � RETURN
[ 12-9/161
[ I8] ,� 457.20
( INSIDE) SUPPLY [ 18]
75.41 / ( INSIDE)
[2-31/32] 75.41 244.09
[2-31/32] 381 .00 [9-5/8]
( 15]
( INSIDE)
BOTTOM DUCT OPENINGS
y 0 • I I.
I .
24V ENTRY _
0
0
r-
1 t .• Il
A c
359.80 294.02 •`FA
[ 14-5/32] [ II -9/161 178.66
.
[1 1/321 • e .t
4 POWER ENTRY
84 96 GAS LINE ENTRY 27.78 DIA. HOLE
[3-11/321 I FOR 12.70 [ I/2] N.P.T. [ 1 -3/321
GAS CONNECTION
98.66
�[3 7/8]
127.84 RIGHT SIDE
(5-1/321
32 22-1901-1 B-EN
TRANE
Notes
22-1901-1 B-EN 33
TRANS
Notes
34 22-1901-1B-EN
9MANE
Notes
22-1901-1 B-EN 35
19R CERTIFIED..
C www.ah rid i recto ry.trg
C US Unitary Small AC
AftI Standard 210/240
come,em axu=s.iy woo-vomri•rr.rm-
Intertek `11eCa A
T .,
Trane optimizes the performance of homes and buildings around the world. A business of Ingersoll Rand,the leader in
creating and sustaining safe,comfortable and energy efficient environments,Trane offers a broad portfolio of advanced
controls and HVAC systems,comprehensive building services,and parts. For more information,visit www.Trane.com.
Trane has a policy of continuous product and product data improvements and reserves the right to change design and specifications without notice.
L:2014 Trane
22-1901-1B-EN 01 Dec 2014 ($ Ingersoll Rand
Supersedes 22-1901-1A-EN (November 2014)