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The US-Nidec T1C2JHC is a general purpose motor designed for various applications. This motor features a one-horsepower capacity and a 56HC frame size. It operates on a voltage range of 115/208-230 volts. The motor is built with a rolled steel material and is housed in a totally enclosed fan cooled (TEFC) enclosure for protection against dust and moisture.
Product Highlights
This motor is suitable for applications requiring robust performance and reliability. The single-phase design ensures compatibility with common electrical systems.
Power | 1 HP |
---|---|
Rotation | REV (Reversible) |
Overload Protection | None |
Mounting Type | C-Face |
Phase | Single |
Efficiency | 70.00% |
Insulation Class | B |
Service Factor | 1.15 |
Frame Size | 56HC |
Diameter | 6.5 inches |
1 HP Power Output: Delivers reliable performance for a wide range of general-purpose applications.
56HC Frame Size: Compact and commonly used in OEM replacements and new installations.
TEFC Enclosure: Ideal for dusty or damp environments—protects internal components and ensures longevity.
Durable Build: Manufactured by US-Nidec, known for dependable industrial motors.
Application Versatility: Suitable for compressors, pumps, conveyors, fans, and more.
Q: What is the US-Nidec T1C2JHC General Purpose Motor?
A: It’s a 1 HP, 56HC frame, Totally Enclosed Fan Cooled (TEFC) motor designed for versatile, general-purpose industrial and commercial applications.
Q: What is this motor used for?
A: Ideal for conveyors, pumps, compressors, fans, and other machinery requiring reliable single-speed motor performance.
Q: Why choose the T1C2JHC model?
A: Built by US-Nidec, it offers long service life, robust construction, and energy efficiency—meeting NEMA standards.
Q: Is it easy to install?
A: Yes, the 56HC frame size ensures compatibility with most standard mountings and applications.
Keep motor housing clean to ensure optimal heat dissipation in TEFC (Totally Enclosed Fan Cooled) design.
Inspect and lubricate bearings per manufacturer’s guidelines for smooth operation.
Verify tightness of mounting and electrical connections to prevent vibration and faults.
Monitor operating temperature and noise for signs of internal wear or imbalance.
Check voltage and current regularly to ensure they match the motor’s 1 HP specs.
Test insulation resistance annually to maintain motor reliability and safety.