To increase the superheat (measured at the condenser base valve), turn the stem clockwise (in). Similarly, to decrease the superheat, turn the stem counterclockwise (out). Use a ¼ “ refrigeration wrench for this function.

Note: Design point for the system is 10 degrees of superheat (measured at the condenser base valve) at 95 degree outdoor air.

Charging Note: Air handlers with TXV’s (ARPT’s and AEPT’s) should be charged to 15 degrees of subcooling at the indoor inlet. This supercedes any subcooling value listed with condensing unit’s literature.

AEPT MOTOR ORIENTATION

If the unit is in the upflow position, there is no need to rotate the motor. If the unit is in the downflow or horizontal position, loosen motor mount and rotate motor as shown in Figure

4.Be sure motor is oriented with the female connections on the casing pointing down. If the motor is not oriented with the connections pointing down, water will collect in the motor and cause premature failure.

FRONT VIEW

SIDE VIEW

 

 

 

 

 

 

 

 

 

 

 

FOR OPTIONAL

SAFETY GND USE

MOUNTING BOLTS

FEMALE CONNECTIONS

Figure 4

AEPT Motor Orientation

CONVERSION TO DOWNFLOW

The ARPF “B” series product is factory equipped for downflow operation and no field conversion is required. It is recommeneded that the conversion to downflow be performed before placing the air handler in its final location and in an area that allows for access to all sides. To prevent the evaporator coil pan from “sweating” the DPI accessory insulation kit is to be used when performing this conversion. Note: The DPI kit is not supplied with this product and is to be purchased separately. See Table 8 for the correct DPI kit.

ARUFor ARPT

AEPT model

Insulation Kit

model

 

 

018-032

n/a

DPI18-30/20

036-042

30

DPI36-42/20

048-061

036, 060

DPI48-61/20

Table 8

Refer to Figures 5 through 7 for the location of the components referenced in the following steps. Figure 5 illustrates the new installation location for the removed components.

1.Before inverting the air handler, remove all access panels, the coil rear channel bracket, and the filter close-off panel.

2.Remove the evaporator coil and the horizontal drain pan. Discard horizontal drain pan.

3.Install the provided plastic plug into the vacated access panel.

4.Remove the two (2) zee coil support brackets and insulation retaining brackets.

5.Remove the tie bracket.

6.Install the DPI Insulation Kit onto the bottom of the drain pan.

 

Return Air Side

 

of Unit

Access

 

Panel

Rear

 

Channel

 

Bracket

 

Zee Coil

 

Support Bracket

 

Coil Retaining

 

Bracket

 

Tie Bracket

NOTE: The filter provision is not applicable

in THIS downflow application.

Figure 5

7.Install the zee coil supports and the wrapper stiffeners.

8.Install the tie bracket.

9.Install the rear channel bracket.

10.To prevent possible condensate “blow off” the insulation retainers are to be laid into the evaporator coil pan as shown in Figure 6.

3" Flat Insula tio n Retaine r (Both Sides)

Figure 6

IO-230F

8

08/04

 

 

Page 8
Image 8
Goodman Mfg AEPT, ARPT, ARPF Aept Motor Orientation, Conversion to Downflow, ARUFor Arpt Aept model Insulation Kit

AEPT, ARPF, ARPT specifications

Goodman Manufacturing is a leading name in the air conditioning and heating industry, known for its commitment to high-quality products and innovative technologies. Among its esteemed lineup are the AEPT, ARPT, and ARPF series of heat pumps, which have garnered attention for their efficiency, reliability, and advanced features.

The Goodman AEPT series is designed for high efficiency and performance. These heat pumps utilize scroll compressor technology, which not only enhances their energy efficiency but also provides quieter operation compared to traditional compressors. With a SEER (Seasonal Energy Efficiency Ratio) rating that often exceeds 15, the AEPT series allows homeowners to significantly reduce their energy costs while enjoying optimal comfort throughout the year. Additionally, these units come equipped with a weather-resistant cabinet designed to withstand harsh outdoor conditions, ensuring durability and longevity.

The ARPT series takes innovation a step further by incorporating advanced refrigerant technology. Using R-410A refrigerant, these heat pumps operate with minimal environmental impact while providing robust heating and cooling capabilities. The ARPT units are equipped with a multi-speed ECM (Electronically Commutated Motor) blower motor that allows for improved airflow and enhanced humidity control, leading to a more comfortable indoor environment. The smart design of the ARPT series also emphasizes ease of installation and service, making it a preferred choice among HVAC professionals.

Finally, the Goodman ARPF series is engineered for versatility and performance in various climates. With a focus on user-friendly features, these heat pumps are designed to operate efficiently in both heating and cooling modes. The ARPF models come with digital thermostats that provide precise temperature control, ensuring that homes remain comfortable regardless of external weather conditions. Moreover, their advanced defrost controls allow for enhanced performance in colder climates, ensuring that homeowners can rely on their heat pumps even during extreme temperatures.

In summary, the Goodman AEPT, ARPT, and ARPF heat pump series showcase cutting-edge technology and innovative features focused on energy efficiency, environmental responsibility, and user comfort. These units not only promise durability and high performance but also ease of installation and maintenance, making them a smart investment for homeowners seeking reliable climate control solutions.