Allied Air Enterprises 92G1DF, A95DF, A93DF NON−DIRECT Vent Application Using Existing Chimney

Page 25

Details of Exhaust Piping Terminations for Non-Direct Vent Applications

NON−DIRECT VENT FIELD SUPPLIED WALL

TERMINATION EXTENDED

Exhaust pipe may be routed either horizontally through an outside wall or vertically through the roof. In attic or closet installations, vertical termination through the roof is preferred. Figures 34 through 37 show typical terminations.

1.

Exhaust piping must terminate straight out or up as

 

shown. The termination pipe must be sized as listed in

 

Table 8. The specified pipe size ensures proper velocity

 

required to move the exhaust gases away from the

 

building.

2.

On field supplied terminations for side wall exit, exhaust

 

piping may extend a maximum of 12 inches (305 mm)

 

for 2” PVC and 20” (508 mm) for 3” (76 mm) PVC beyond

 

the outside wall. See Figure 35.

3.

If exhaust piping must be run up a sidewall to position

 

above snow accumulation or other obstructions, piping

 

must be supported every 24” (610 mm) as shown in

UNCONDITIONED

SPACE

6" (152mm) Max

*WALL SUPPORT

OUTSIDE WALL

FIELD−PROVIDED

REDUCER MAY BE

REQUIRED TO

ADAPT LARGER

VENT PIPE SIZE TO

TERMINATION

1/2" (13mm) FOAM

INSULATION IN

UNCONDITIONED SPACE (IF REQUIRED)

12" (305mm) MAX. for 2" (51mm) 20" (508mm) MAX. for 3" (76mm)

SIZE TER-

MINATION

PIPE PER

TABLE 8.

12" (305mm)

ABOVE GRADE OR AVERAGE SNOW ACCUMULATION

1/2" (13mm) FOAM INSULATION (IF REQUIRED)

Figure 36. When exhaust piping must be run up an

outside wall, any reduction in exhaust pipe size must be

done after the final elbow.

NON−DIRECT VENT ROOF TERMINATION KIT

 

(15F75 or 44J41)

 

SIZE TERMINATION

12" (305mm)

PIPE PER TABLE 8.

ABOVE AVE.

 

SNOW

 

ACCUMULATION

1/2" (13mm) FOAM

 

INSULATION IF REQUIRED

3" (76mm) OR

2" (51mm) PVCUNCONDITIONED

ATTIC SPACE

PROVIDE SUPPORT

FOR EXHAUST LINES

FIGURE 34

NON−DIRECT VENT FIELD SUPPLIED WALL TERMINATION

 

12" (305mm) MAX. for 2" (51mm)

 

20" (508mm) MAX. for 3" (76mm)

1/2" (13mm) ARMAFLEX

 

INSULATION IN

 

UNCONDITIONED SPACE (IF REQUIRED)

1/2" (13mm)

FIELD−PROVIDED

ARMAFLEX

INSULATION

REDUCER MAY

(IF REQUIRED)

BE REQUIRED TO

 

ADAPT LARGER

 

VENT PIPE SIZE

PVC REDUCER

TO TERMINATION

12" MIN.

SIZE TERMINATION

(305mm)

PIPE PER TABLE 8.

Above Grade or

 

average snow

 

accumulation

FIGURE 35

*Use wall support every 24" (610). Use two supports if extension is greater than 24" but less than 48".

FIGURE 36

NON−DIRECT VENT APPLICATION

USING EXISTING CHIMNEY

SIZE TERMINATION

 

 

 

STRAIGHT−CUT OR

PIPE PER TABLE 8.

 

 

ANGLE−CUT IN DIRECTION

 

 

 

OF ROOF SLOPE

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

EXHAUST VENT

 

 

 

 

 

 

 

1/2" (13mm)

 

 

Minimum 12" (305MM)

 

 

WEATHERPROOF

 

 

 

INSULATION (IF REQUIRED)

 

 

above chimney top

 

 

 

 

 

 

 

 

 

plate or average snow

 

 

 

 

 

 

SHOULDER OF FITTINGS

 

accumulation

 

PROVIDE SUPPORT

 

 

 

 

 

 

OF PIPE ON TOP PLATE

 

 

 

SHEET

 

 

 

 

 

 

 

 

 

METAL TOP

 

 

 

 

 

 

 

 

 

PLATE

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

 

INSULATE

 

 

 

 

 

 

 

TO FORM

 

 

 

 

 

EXTERIOR

 

 

SEAL

 

 

 

 

 

PORTION OF

 

 

 

 

 

 

 

 

 

CHIMNEY

 

NOTE − Do not discharge exhaust gases directly into any chimney or vent stack. If ver- tical discharge through an existing unused chimney or stack is required, insert piping inside chimney until the pipe open end is above top of chimney and terminate as illus- trated. In any exterior portion of chimney, the exhaust vent must be insulated.

FIGURE 37

506725-01

Issue 1109

Page 25 of 48

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Contents A95DF, A93DF, 95G1DF & 92G1DF Table of ContentsFront View Side View TOP ViewParts Arrangement Gas Furnace Safety InformationShipping and Packing List Package 1 of 1 contains Building CodesLocations and Clearances Installed in Combination with a Cooling CoilUse of Furnace as Construction Heater Combustion, Dilution & Ventilation Air Product Contains Fiberglass WoolConfined Space Unconfined SpaceAir from Inside Equipment in Confined Space − ALL AIR from InsideEquipment in Confined Space − ALL AIR from Outside Air from OutsideShipping Bolt Removal Installation Setting EquipmentUnits with 1/2 HP Blower Motor Installation on Combustible Flooring Figure Installation on Non-Combustible Flooring FigureNON−COMBUSTIBLE Floor Opening Size Combustible Flooring Base Opening Size Installation on Cooling Coil Cabinet FigureReturn Air Opening Downflow Units Piping and Fittings Specifications Outdoor Termination Kits Usage Canadian Applications OnlyStandard Concentric Venting Practices Piping Suspension Guidelines Joint Cementing ProcedureReplacing Furnace That WAS Part of a Common Vent System Minimum Vent Pipe Lengths Exhaust Piping FigureMIN. Vent Length ModelsA95DF / 95G1DF and A93DF / 92G1DF Typical Intake Pipe Connections Direct Vent Applications Typical Exhaust Pipe ConnectionsIntake Piping For Canadian Installations OnlyTypical AIR Intake Pipe Connections General Guidelines for Vent TerminationsInside Corner Detail No minimum to outside corner Direct Vent Roof Termination KIT Exhaust Pipe Termination Size ReductionModel 51mm 76mm Direct Vent Concentric Rooftop Termination Direct Vent Application Using Existing ChimneyDirect Vent Concentric Wall Termination NON−DIRECT Vent Field Supplied Wall Termination Extended NON−DIRECT Vent Application Using Existing ChimneyNON−DIRECT Vent Roof Termination KIT NON−DIRECT Vent Field Supplied Wall TerminationUnit with Evaporator Coil Condensate PipingTrap / Drain Assembly Using 1/2 PVC or 3/4 PVC Leak Check Gas PipingFire or Explosion Hazard GAS Pipe Capacity − FT 3 /HR kL/HR Carbon Monoxide Poisoning Hazard Removal of the Furnace from Common VentAccessory Terminals Precautions and ProceduresElectrical Electrostatic Discharge ESDGenerator Use Voltage Requirements Indoor Blower SpeedsTypical Wiring Diagram Automatic Hot Surface Ignition System Integrated ControlUnit Start-Up Placing the furnace into operationGas Valve Operation Figure Priming Condensate TrapTurning Off Gas to Unit Failure To OperateGAS Meter Clocking Chart Burner Orifice Conversion Kits at Varying Altitudes Carbon Monoxide Poisoning Hazard Pressure Switch Flame Rollout Switches TwoTemperature Rise Primary LimitBlower Data A93DF1D / 92G1DF Blower Data A95DF1D / 95G1DF Electrical SHOCK, Fire Or Explosion Hazard Cleaning the Burner Assembly Diagnostic Codes Planned ServiceCabinet Parts Heating Parts Repair Parts ListControl Panel Parts Blower PartsIntake / Exhaust Pipe GAS SupplyDuct System Supply AIR Duct Return DuctUnit Operation Manufacturer Requirements Clear of ALL Obstructions

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.