Trane UX1C100A9361A UPFLOW/ Horizontal Venting Table Maximum Vent Length, Equivalent Feet for

Page 17

Connection of the vent pipe to the vent collar should also be accomplished using RTV type sealant. This type sealant provides a connection which remains flexible and can be separated in the future if service needs re- quire the removal of the vent pipe for service or clear- ance.

NOTE:

To ensure proper operation at the vent lengths indi- cated, the combustion air inlet and vent terminals should be in the same pressure zone. Terminating the vent and inlet in different pressure zones will change the maximum vent lengths and may cause nuisance tripping of the pressure switch(es). The amount of change can not be predicted. The selection of the inlet and outlet terminal locations are the responsibility of the designer/installer. If the installer chooses separate pressure zones for the terminals, the combustion air inlet termination must be in the higher (more positive) pressure zone.

Installer’s Guide

gVENT AND INLET AIR CONNECTIONS

Seal VENT PIPE with RTV sealant

Front of Furnace

Seal INLET AIR PIPE

with RTV sealant

IMPORTANT:

Products installed in Canada must use vent systems that are certified to the Standard for Type BH Gas Vent- ing Systems (ULC S636) for Class II-A venting systems (up to 65°C). Components of the vent system must not be interchanged with other vent systems or unlisted pipe or fittings. Plastic components, specified prim- ers, and glues must be from a single system manufac- turer and not intermixed with other system manufacturer's vent system parts. In addition, the first three feet of the vent pipe must be visible for inspec- tion.

UPFLOW/ HORIZONTAL VENTING TABLE

TABLE 10

MAXIMUM VENT LENGTH:

 

DIRECT VENT (2 PIPE SYSTEM) -

 

NONDIRECT VENT (1 PIPE SYSTEM) -MAXIMUM TOTAL

 

MAXIMUM TOTAL EQUIVALENT FEET FOR

EQUIVALENT FEET FOR

 

 

 

VENT AND INLET AIR PIPES (See Notes)

VENT PIPE ONLY (See Notes)

 

 

 

2" PIPE

2-1/2" PIPE

3" PIPE

4" PIPE

2" PIPE

2-1/2" PIPE

3" PIPE

4" PIPE

MODEL

& FITTINGS

& FITTINGS

& FITTINGS

& FITTINGS

& FITTINGS

& FITTINGS

& FITTINGS

& FITTINGS

*UX1B040A9241A

60

80

100

130

50

80

80

130

*UX1B060A9241A

60

80

100

130

50

80

80

130

*UX1B060A9361A

60

80

100

130

50

80

80

130

*UX1B080A9241A

50

80

100

130

40

80

80

130

 

 

 

 

 

 

 

 

 

*UX1B080A9421A

50

80

100

130

40

80

80

130

*UX1C080A9601A

NOT ALLOWED

60

100

130

NOT ALLOWED

60

80

130

*UX1C100A9361A

NOT ALLOWED

40

100

130

NOT ALLOWED

40

80

130

*UX1C100A9481A

NOT ALLOWED

40

100

130

NOT ALLOWED

40

80

130

*UX1D100A9601A

NOT ALLOWED

40

100

130

NOT ALLOWED

40

80

130

*UX1D120A9601A

NOT ALLOWED

15

60

130

NOT ALLOWED

25

70

130

NOTES: * - First letter may be "A" or "T"

1. The INLET AIR of one pipe systems require the installation of a 90° elbow (to prevent dust and debris from falling straight into thefurnace) and a 2 foot horizontal or vertical straight pipe section connected before or after the elbow.

2. DO NOT MIX PIPE DIAMETERS IN THE SAME LENGTH OF PIPE OUTSIDE THE FURNACE CABINET (Except adapters at the top of the furnace).

If different inlet and vent pipe sizes are used, the vent pipe must adhere to the maximum length limit shown in the table above (See Note 7 below for exception). The inlet pipe can be of a larger diameter, but never smaller than the vent pipe.

3. MAXIMUM PIPE LENGTHS MUST NOT BE EXCEEDED! THE LENGTH SHOWN IS NOT A COMBINED TOTAL, IT IS THE MAXIMUM LENGTH OF EACH (Vent or Inlet air pipes in two pipe systems).

4. One standard radius 90° elbow is equivalent to 12' of 4" pipe; one SHORT radius 90° elbow is equivalent to 10' of 3" pipe and one LONG radius elbow is equivalent to 6' of 3" pipe. One SHORT/LONG radius 90° elbow is equivalent to 7½' of 2½" pipe, & 5' of 2" pipe. Two 45° elbows equal one 90°elbow.

5. The termination tee or bend must be included in the total number of elbows. If the BAYVENT100 termination kit is used, the equivalent length of pipe is 5 feet. There is zero equivalent length for the BAYVENT200.

6. Pipe adapters are field supplied.

7. 4" pipe may be reduced to 3" for termination with BAYAIR30AVENTA or BAYVENT200 without additional length restriction.

18-CD19D6-32

17

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Contents Downflow Upflow UPFLOW/HORIZONTAL DOWNFLOW/HORIZONTAL Carbon Monoxide Poisoning Hazard Safety SectionInstaller’s Guide Contents Installer’s Guide Outline Drawing DX-C Downflow / Horizontal Outline DrawingUpflow Installation Downflow InstallationsHorizontal Installation Subbase Cross SectionUpflow Horizontal Shown AIR for Combustion and VentilationOutside AIR is Recommended Confined Space Return AIR Duct Connection Duct ConnectionsReturn AIR Filters Typical Upflow Return AIR Filter INSTALLA- TionsFilter FrontOptional Filter Rack Installation for Bottom Return Bottom Filter Rack InstallationSide Springs Bottom Panelfilter Installed Rack RailsCutout RetainingTypical Downflow Furnace Return AIR Filter Installations Installing the Optional FilterUnit Return AIR Size Bottom Side Cabinet Filter Filter Bracket Width Size LocationTion and Ventilation General VentingBonding of PVC PVC Vent Fitting MaterialVent Fitting Material Plastic Equivalent Feet for UPFLOW/ Horizontal Venting Table Maximum Vent LengthSingle Pipe Venting DOWNFLOW/ Horizontal Venting Table Maximum Vent LengthSee Figure Direct Vent Terminal Clearances Horizontal Venting Possible Configurations for TWO Pipe Venting SystemsHorizontal Venting Through Wall BAYVENT200BBAYAIR30AVENTA Combustible Material WallNoncombustible Material Wall Venting Through the RoofTEE AT a Maximum of 3 IntervalsBAYAIR30AVENTA Direction of Stainless Steel FittingAnother GAS Appliance Type 29-4C Stainless Steel VentingUsed Through Chimney That Vents Installer’s Guide Vertical Applications Condensate Drain InstructionsUpflow Vertical Upflow Horizontal 17 UnitsUpflow Horizontal 21 & 24 Units Horizontal ApplicationsDownflow Vertical Downflow HorizontalFurnace See Twinning FurnacesStage HEATING, 1 Stage Cooling Electrical ConnectionsTwinning Connection Diagram GAS Piping Combustion and Input Check Orifice SizesFuel Pressure Final Manifold Pressure SettingsHigh Altitude Derate Reinstallation of the Burner BOX Cover Start UP and AdjustmentPart Numbers for Replacement Orifices Preliminary InspectionsRoom AIR Thermostat Heat Anticipator Adjustment Airflow AdjustmentSequence of Operation Indoor Blower TimingAbnormal Conditions Burner BOX Temperature Limit DeviceInstaller’s Guide Integrated Furnace Control Error Flash Codes Trane

UX1D100A9601A, DX1B060A9361A, UX1D120A9601A, DX1B080A9421A, DX1B040A9241A specifications

The Trane UX1B040A9241A, DX1D120A9601A, UX1D120A9601A, UX1B060A9241A, and DX1C100A9481A are part of Trane's innovative line of HVAC systems, designed to provide efficient heating and cooling for both residential and commercial applications. Each model is equipped with state-of-the-art features and technologies that prioritize energy efficiency, durable performance, and innovative climate control solutions.

The UX1B040A9241A is a top-performing air conditioning unit that incorporates Trane's advanced variable-speed compressor technology. This allows for precise temperature control and consistent comfort while minimizing energy consumption. The system is also known for its quiet operation, making it ideal for residential settings where noise may be a concern.

On the other hand, the DX1D120A9601A model is particularly notable for its high energy efficiency ratings, incorporating a two-stage cooling system that enhances performance even in extreme weather conditions. This unit is engineered with a durable cabinet and a dependable design to stand up to harsh outdoor environments while providing reliable indoor comfort.

The UX1D120A9601A shares many of the same benefits, offering a flexible multi-stage system that can adapt to varying cooling loads. Its compact design allows for easy installation and maintenance, providing owners with versatility in placement and user-friendly servicing options.

The UX1B060A9241A model balances high performance with eco-friendly operation. It features advanced refrigerant technology that is compliant with today's environmental standards while maintaining high-efficiency ratings. This model ensures consistent comfort without sacrificing environmental responsibility.

Meanwhile, the DX1C100A9481A introduces a simplified yet effective approach to heating and cooling. This unit is designed for easy installation and offers user-friendly controls that allow homeowners to effortlessly adjust settings for optimal comfort throughout the year.

Overall, these Trane models come equipped with robust warranties, ensuring that customers have peace of mind with their investment. Their combination of innovative technology, energy efficiency, and reliability establishes Trane as a trusted choice for climate control solutions. Whether for residential or commercial needs, these models deliver quality performance that meets the demands of their users.