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Nidec-Embraco NT6222GKV1 115V1Ph R404A 1Hp Compressor

Special Price $935.11 Regular Price $1,037.98
Out of stock
SKU
NT6222GKV1

The Nidec-Embraco NT6222GKV1 is a single-phase, 1-horsepower hermetic compressor intended for commercial refrigeration applications. It uses R404A refrigerant, a popular option for medium-temperature commercial refrigeration systems, and runs on a normal 115-volt power source. The motor and compressor components of hermetic compressors, such as the NT6222GKV1, are housed in a single unit to their sealed casing. This design lessens the possibility of leaks and makes installation easier. Refrigerant vapor at low pressure is drawn into the compressor, compressed, and then expelled at high pressure. After being compressed, the heated gas passes through the condenser coils of the refrigeration system, where it loses heat and condenses back into a liquid state.

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Manufacturer Name: Nidec-Embraco
Product Number: NT6222GKV1
OEM Part Number: NT6222GKV1
Product Description: 115V1ph R404a 1Hp Compressor
Weight:39.84lbs/18071.11g

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Customer Questions
What maintenance is required for the Nidec-Embraco NT6222GKV1 Compressor?

Regularly inspect for refrigerant leaks and check electrical connections. Clean condenser coils to maintain efficiency. Ensure proper lubrication and monitor for unusual vibrations or noise to prevent operational issues. Always follow safety guidelines when handling refrigerants.

What are common issues with the Nidec-Embraco NT6222GKV1 Compressor?

  • Refrigerant leaks reducing cooling efficiency.
  • Overheating due to blocked airflow or dirty coils.
  • Electrical faults or short circuits.
  • Excessive vibration or unusual noise.

Installation Steps

Step 1: Disconnect power and recover refrigerant from system using equipment.

Step 2: Remove old compressor and inspect mounting base and tubing for damage.

Step 3: Position new compressor and secure it with correct vibration-isolating mounts.

Step 4: Braze refrigerant lines, replace filter drier, and pressure test for leaks.

Step 5: Evacuate system, recharge refrigerant, reconnect power, and verify safe operation.