Allied Air Enterprises A93DF, A95DF, 92G1DF, 95G1DF Condensate Piping, Unit with Evaporator Coil

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Condensate Piping

This unit is designed for either right or left side exit of condensate piping in downflow applications. Refer to Figure 38 for condensate trap locations.

NOTE: If necessary the condensate trap may be installed up to 5” away using PVC pipe from the furnace. Piping from furnace must slope down a minimum of 1/4” per ft. toward trap.

1.Determine which side condensate piping will exit the unit, location of trap, field-provided fittings and length of PVC pipe required to reach available drain.

2.Remove plug (Figure 38) from the cold end header box at the appropriate location on the side of the unit. Install field-provided 1/2 NPT male fitting into cold end header box. Use Teflon tape or appropriate pipe dope.

3.Install the cap over the clean out opening at the base of the trap. Secure with clamp. See Figure 41.

4.Install drain trap using appropriate PVC fittings, glue all

joints. Glue the provided drain trap as shown in

Figure 41. Route the condensate line to an open drain. Condensate line must maintain a 1/4” downward slope from the furnace to the drain.

CAUTION

Do Not use copper tubing or existing copper condensate lines for drain line.

5.If unit will be started immediately upon completion of installation, prime trap per procedure outlined in Unit Start-Up section.

CONDENSATE TRAP AND PLUG LOCATIONS

Trap

 

(same on

 

right side)

 

1−1/2 in.

Plug

(same on left

 

side)

FIGURE 38

Condensate line must slope downward away from the trap to drain. If drain level is above condensate trap, condensate pump must be used. Condensate drain line should be routed within the conditioned space to avoid freezing of condensate and blockage of drain line. If this is not possible, a heat cable kit may be used on the condensate trap and line. Heating cable kit is available in various lengths:

6 ft. (1.8 m) - kit no. 26K68; 24 ft. (7.3 m) - kit no. 26K69; and 50 ft. (15.2 m) - kit no. 26K70.

CONDENSATE TRAP LOCATION

(shown with right side exit of condensation)

Field Provided Vent

min. 1" Above

Condensate Drain

Trap can be installed a maximum of 5 ft. from furnace. (*PVC Only)

1" min.

5’ max.

to drain

*Piping from furnace must slope down a minimum of 1/4" per ft. toward trap.

FIGURE 39

UNIT WITH EVAPORATOR COIL

Condensate trap and

Field−Provided Ventevaporator coil must drain separately as shown.

Drain

FIGURE 40

CAUTION

A separate drain line must be run to the drain from the condensate trap to ensure proper drainage and pressure switch operation. DO NOT connect the condensate trap drain into the drain line from the evaporator coil.

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Issue 1109

506725-01

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Contents Table of Contents A95DF, A93DF, 95G1DF & 92G1DFTOP View Front View Side ViewParts Arrangement Shipping and Packing List Package 1 of 1 contains Safety InformationGas Furnace Building CodesUse of Furnace as Construction Heater Installed in Combination with a Cooling CoilLocations and Clearances Product Contains Fiberglass Wool Combustion, Dilution & Ventilation AirAir from Inside Unconfined SpaceConfined Space Equipment in Confined Space − ALL AIR from InsideAir from Outside Equipment in Confined Space − ALL AIR from OutsideUnits with 1/2 HP Blower Motor Installation Setting EquipmentShipping Bolt Removal NON−COMBUSTIBLE Floor Opening Size Installation on Non-Combustible Flooring FigureInstallation on Combustible Flooring Figure Return Air Opening Downflow Units Installation on Cooling Coil Cabinet FigureCombustible Flooring Base Opening Size Piping and Fittings Specifications Standard Concentric Canadian Applications OnlyOutdoor Termination Kits Usage Replacing Furnace That WAS Part of a Common Vent System Joint Cementing ProcedureVenting Practices Piping Suspension Guidelines MIN. Vent Length Exhaust Piping FigureMinimum Vent Pipe Lengths ModelsA95DF / 95G1DF and A93DF / 92G1DF Typical Exhaust Pipe Connections Typical Intake Pipe Connections Direct Vent ApplicationsTypical AIR Intake Pipe Connections For Canadian Installations OnlyIntake Piping General Guidelines for Vent TerminationsInside Corner Detail No minimum to outside corner Model Exhaust Pipe Termination Size ReductionDirect Vent Roof Termination KIT 51mm 76mm Direct Vent Concentric Wall Termination Direct Vent Application Using Existing ChimneyDirect Vent Concentric Rooftop Termination NON−DIRECT Vent Roof Termination KIT NON−DIRECT Vent Application Using Existing ChimneyNON−DIRECT Vent Field Supplied Wall Termination Extended NON−DIRECT Vent Field Supplied Wall TerminationCondensate Piping Unit with Evaporator CoilTrap / Drain Assembly Using 1/2 PVC or 3/4 PVC Fire or Explosion Hazard Gas PipingLeak Check GAS Pipe Capacity − FT 3 /HR kL/HR Removal of the Furnace from Common Vent Carbon Monoxide Poisoning HazardElectrical Precautions and ProceduresAccessory Terminals Electrostatic Discharge ESDIndoor Blower Speeds Generator Use Voltage RequirementsTypical Wiring Diagram Unit Start-Up Integrated ControlAutomatic Hot Surface Ignition System Placing the furnace into operationTurning Off Gas to Unit Priming Condensate TrapGas Valve Operation Figure Failure To OperateGAS Meter Clocking Chart Burner Orifice Conversion Kits at Varying Altitudes Carbon Monoxide Poisoning Hazard Temperature Rise Flame Rollout Switches TwoPressure Switch Primary LimitBlower Data A93DF1D / 92G1DF Blower Data A95DF1D / 95G1DF Electrical SHOCK, Fire Or Explosion Hazard Cleaning the Burner Assembly Planned Service Diagnostic CodesControl Panel Parts Repair Parts ListCabinet Parts Heating Parts Blower PartsDuct System Supply AIR Duct GAS SupplyIntake / Exhaust Pipe Return DuctUnit Operation Clear of ALL Obstructions Manufacturer Requirements

A95DF, 95G1DF, A93DF, 92G1DF specifications

Allied Air Enterprises offers a range of high-efficiency commercial and residential heating and cooling systems, with models like the 92G1DF, A93DF, 95G1DF, and A95DF gaining popularity for their cutting-edge technology and advanced features. Each of these models stands out in performance, reliability, and energy efficiency, making them excellent choices for diverse applications.

The 92G1DF model features a multi-stage gas valve that enhances temperature regulation, allowing for more precise heating. With an impressive Annual Fuel Utilization Efficiency (AFUE) rating, this furnace efficiently utilizes fuel, resulting in lower energy costs and reduced emissions. Its compact design makes it suitable for installations in tight spaces, while the durable heat exchanger extends the unit’s lifespan.

In contrast, the A93DF is engineered for enhanced comfort and flexibility. This model incorporates a variable-speed blower motor, which adjusts air circulation according to the heating demands in the space. This feature not only maximizes comfort by providing consistent temperatures but also promotes energy savings by reducing unnecessary power consumption. Additionally, the A93DF includes advanced diagnostic capabilities that simplify troubleshooting and maintenance, making it a favorite among HVAC professionals.

The 95G1DF is another noteworthy model that combines versatile performance with exceptional efficiency. This furnace boasts an AFUE rating of up to 95%, making it one of the most efficient models in its class. Its innovative design includes a secondary heat exchanger that captures additional heat from exhaust gases, optimizing energy utilization. Furthermore, the 95G1DF is equipped with an advanced control system that allows homeowners to set specific comfort levels.

Lastly, the A95DF model takes efficiency to a new level. With features such as a modulating gas valve and a variable-speed blower, this unit seamlessly adapts to changing heating needs. The A95DF not only heats a space but also enhances air quality through advanced filtration options. Its whisper-quiet operation adds to user satisfaction, making it ideal for residential settings.

In summary, Allied Air Enterprises' models 92G1DF, A93DF, 95G1DF, and A95DF demonstrate a commitment to innovation and energy efficiency, with features designed to provide superior comfort and reliability. With their advanced technologies and high-performance characteristics, these models are positioned as top contenders in the heating and cooling marketplace, ensuring that customers can enjoy a comfortable environment year-round.