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Nidec-US Motors D32P2AH 1.5Hp 208-230/460V 1800Rpm Motor

Special Price $412.88 Regular Price $458.30
In stock
SKU
D32P2AH

A three-phase, 1.5 horsepower electric motor, the Nidec-US Motors D32P2AH is intended for use in a variety of HVAC devices. It uses a power range of 208–230/460 volts and rotates at 1800 RPM. As a three-phase motor, it works by applying three-phase electricity to produce a rotating magnetic field. This magnetic field then causes an electric current to be induced in the motor's rotor, which rotates. This motor is frequently used to power compressors, pumps, and fans that are vital to the operation of air handling equipment, chillers, and cooling towers.The D32P2AH motor from Nidec-US Motors is renowned for its strong construction, dependability, and excellent efficiency. Long service life is guaranteed by its sturdy construction, and its effective design helps to reduce energy consumption and operating costs.

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Manufacturer Name: Nidec-US Motors
Product Number: D32P2AH
OEM Part Number: D32P2AH
Product Description: 1.5Hp 208-230/460V 1800Rpm Mtr
Weight:35.51lbs/16107.05g

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Customer Questions
What maintenance is required for the Nidec-US Motors D32P2AH Motor?

Regularly inspect the motor for dust, debris, and overheating. Lubricate bearings according to manufacturer specifications. Check electrical connections for tightness and signs of wear. Proper maintenance ensures efficient operation and prevents unexpected performance issues.

What are common issues with the Nidec-US Motors D32P2AH Motor?

  • Motor overheating or tripping.
  • Unusual vibrations or noise.
  • Bearing wear or failure.
  • Electrical connection problems or voltage inconsistencies.

Installation Steps

Step 1: Disconnect power and verify lockout/tagout before starting.

Step 2: Mount motor on a stable base and align with driven equipment shaft.

Step 3: Secure bolts and ensure proper coupling alignment to avoid vibration.

Step 4: Connect wiring per voltage diagram, ensuring correct grounding.

Step 5: Check rotation direction and correct wiring if needed.

Step 6: Run test at no load, monitor heat and noise, ensure safety guards installed and are in place.