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Nordyne 920996 3-Ton Replacement Inverter

Special Price $2,098.08 Regular Price $2,328.87
In stock
SKU
920996
The Nordyne 920996 3-Ton Replacement Inverter is an extended precision component which is designed to enhance the efficiency, energy conservation of heating and cooling equipment. This inverter technology allows the system to change its output power based on the heating or cooling demand of your space and hence save the energy. The Nordyne 920996 inverter is compatible with different HVAC systems including heat pumps and air conditioners. It works by fine tuning the speed of the motor to the required temperature eliminating the need for many start/stop cycles. This not only reduces energy, but also noise, and damage on the system as well.
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Specifications

  • Type: Inverter
  • Capacity: 3-Ton
Manufacturer Name: Nordyne
Product Number: 920996
OEM Part Number: 920996
Product Description: 3 Ton Replacement Inverter
Weight:7.77lbs/3524.41g

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Customer Questions
What maintenance is required for the Nordyne 920996 Inverter?

Inspect the inverter regularly to ensure all electrical connections are secure and free from corrosion. Keep the unit clean and protected from dust, moisture, and excessive heat. Monitor system performance to confirm stable compressor operation and output. Periodic checks support maintain efficient energy modulation and accurate HVAC performance.

What are common issues with the Nordyne 920996 Inverter?

  • Fluctuating compressor speed leading to inconsistent cooling or heating.
  • Electrical faults causing the inverter to shut down unexpectedly.
  • Overheating due to poor ventilation or internal component pressure.
  • Failure to communicate properly with the control system.
  • Power conversion instability affecting overall system efficiency.
  • Component wear resulting in reduced modulation accuracy.

Installation Steps

Step 1: Turn off power at the breaker and check no voltage.

Step 2: Remove access panel and disconnect wiring from old inverter.

Step 3: Carefully detach and remove the existing unit.

Step 4: Position and secure the new inverter in place.

Step 5: Reconnect wiring per manufacturer diagram.

Step 6: Double-check connections and restore power.

Step 7: Test system operation and ensure proper cooling performance.