transfer process. Therefore, once it has been operated, it cannot be turned off and left off for an extended period of time when temperatures will reach 32°F or lower unless winterized. Fol- low these procedures to winterize your furnace:

1.Obtain propylene glycol (RV/ swimming pool antifreeze or equivalent).

!CAUTION

Do not use ethylene glycol (Prestone II antifreeze coolant or equivalent). Failure of plas- tic components will occur.

2.Turn off electrical supply to the furnace. (See Fig. 20.)

3.Remove main furnace door. (See Fig. 23.)

4.Remove upper inducer housing drain connection cap.

(See Fig. 40.)

5.Connect field-supplied 1/2-in. ID tube to upper inducer housing drain connection.

6.Insert field-supplied funnel into tube.

40

41

7.Pour 1 quart of antifreeze into funnel/tube. Antifreeze should run through inducer housing, overfill condensate trap, and flow into open field drain. (See Fig. 41.)

8.Remove funnel and tube from inducer housing and replace drain connection cap and clamp.

9.Replace main furnace door. (See Fig. 34.)

10.Propylene glycol need not be removed before restarting furnace.

ACHECK-UP CHECKLIST

Your furnace represents an important investment in your family’s comfort and your home’s value. To keep it performing properly and to prevent future problems, have a trained service specialist give your furnace a profes- sional check-up annually. The follow- ing checklist can be used as a guideline to proper service:

Inspect all flue gas passages, burn- ers, heat exchangers, coupling box(es), and inducer assembly.

Inspect all combustion-air and vent piping inside structure and pipe termi- nations outside the structure.

Check gas pipes leading to and inside of your furnace for leaks.

Inspect and clean the blower motor and wheel.

NOTE: The inducer and blower motors are pre-lubricated and require no addi- tional lubrication. These motors can be identified by the absence of oil ports on each end of the motor.

Inspect and change or clean air fil- ter(s) if necessary.

Inspect all supply- and return-air ducts for obstructions, air leaks, and insulation. Remedy any problem when necessary.

Inspect the return-air duct connec- tion(s) at the furnace to ensure it is physically sound, sealed to the furnace casing, and terminates outside the space containing the furnace.

Inspect electrical wiring, connec- tions, and components for loose connections.

Perform an operational checkout to determine whether your furnace is working properly and if it requires adjustments.

Inspect all condensate drain tubes and condensate trap assembly for leaks. The condensate removal system should be cleaned annually by a quali- fied service agency. Refer to the Ser- vice and Maintenance Instructions for further information.

Examine the physical support of the furnace. The support should be sound with no cracks, sagging, gaps, etc. around the base.

Check furnace for any obvious signs of deterioration.

BEFORE YOU

REQUEST A

SERVICE CALL

If your furnace is not operating or not performing properly, you may save the expense of a service call by check- ing a few things yourself before calling for service.

FOR INSUFFICIENT AIRFLOW:

Check for dirty air filter(s).

Check for blocked return-air or sup- ply-air grilles throughout your home.

10

Page 10
Image 10
Bryant 355MAV, 350MAV, 352MAV manual CHECK-UP Checklist, Before YOU Request a Service Call, For Insufficient Airflow

355MAV, 352MAV, 350MAV specifications

The Bryant 355MAV is a remarkable model that stands out in the HVAC (heating, ventilation, and air conditioning) industry for its efficiency, reliability, and advanced technology. This unit is specifically designed to provide homeowners with excellent comfort while maintaining energy efficiency, making it an ideal choice for residential applications.

One of the standout features of the Bryant 355MAV is its variable speed compressor. This technology allows the system to adjust its cooling output based on the current temperature needs of the home. By operating at multiple speed levels, the compressor can maintain a more consistent indoor climate while using significantly less energy than traditional single-speed systems. This capability translates to lower energy bills and enhanced comfort.

Additionally, the Bryant 355MAV integrates an advanced control system that offers precise temperature regulation. Homeowners can easily set their desired indoor conditions, and the thermostat will communicate with the system to ensure optimal performance. This smart technology not only enhances comfort but also extends the lifespan of the unit by preventing unnecessary strain during operation.

The 355MAV also features significant advancements in sound reduction technology. Designed with noise-absorbing materials and a quiet operation mode, this unit ensures that indoor comfort is maintained without the disruption of loud operational sounds. This makes it a perfect choice for residential settings, particularly in areas where noise sensitivity is a concern.

Energy efficiency is another key characteristic of the Bryant 355MAV. The unit is certified with a high Seasonal Energy Efficiency Ratio (SEER) rating, which means it meets strict energy consumption standards. This not only reflects its eco-friendliness but also contributes to significant savings on utility bills over time.

Moreover, the Bryant 355MAV uses environmentally friendly refrigerants that comply with EPA regulations, further solidifying its commitment to sustainability. This, combined with durable construction and a reliable warranty, ensures that homeowners can expect lasting performance from the system.

In conclusion, the Bryant 355MAV offers an impressive array of features, including a variable speed compressor, advanced control systems, sound reduction technology, and high energy efficiency. These characteristics make it an exceptional option for those seeking a reliable and efficient HVAC solution in their homes. With its commitment to comfort, savings, and sustainability, the Bryant 355MAV continues to be a popular choice among homeowners looking to enhance their indoor environments.