Best 10 HP Single-Phase 3450 RPM Motors: Top 5 Options Compared

Choosing a reliable single-phase motor with 3450 RPM helps keep equipment running smoothly in workshops and light industrial settings. While 10 HP single-phase motors are less common than smaller frames, this guide highlights five strong options in the 1–3.7 HP range that share the 3450 RPM characteristic and offer features useful for general machinery, air compressors, and farm equipment. Use this overview to compare frames, mounting compatibility, and rotation directions when upgrading or replacing a motor in mixed-voltage environments.

Product HP Frame Rotation Voltage Frame Notes
GCCSJ 1HP Air Compressor Motor 1 56 CCW 115/230V Open Drip Proof
Cuilvu 1 HP General Purpose 1 56C CW/CCW 115/230V TEFC
Cuilvu 1.5HP Reversible Motor 1.5 56C CW/CCW 115/230V TEFC
EDGE INDUSTRIAL EMZ 3.7HP Motor 3.7 56 CCW 115/230V Compressor Duty
VEVOR 1HP 56C Motor 1 56C CW/CCW 115/230V Open Drip Proof

Note: The following product sections present options most aligned with the 3450 RPM, single-phase family and 56 or 56C frame configurations commonly used in air compressors, general equipment, and agricultural machines. Each block includes a direct link to the Amazon listing and a visual of the product for quick reference.

Air Compressor Electric Motor 1HP, 56 Frame CCW 3450 RPM

Air Compressor Electric Motor 1HP 56 Frame

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Product: GCCSJ 1HP Air Compressor Motor. HP: 1. Pole: 2. Frame: 56. ENC: ODP. IP: 23. 60 Hz, 115/230V. Amps: 13.2/6.6A. RPM: 3450. Rotation: CCW. Shaft diameter: 5/8″. Shaft length: 1.88″. The motor features a compact design with efficient heat dissipation through multiple radiators, supporting continuous operation in clean, dry environments. Open Drip Proof (ODP) design offers accessible cooling and straightforward maintenance. Applications include air compressors and similar machinery requiring CCW rotation at standard line voltages.

1 HP Electric Motor General Purpose 56C TEFC CW/CCW

1 HP General Purpose Electric Motor 56C TEFC CW/CCW

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Product: Cuilvu 1 HP General Purpose Single Phase Motor. HP: 1. Pole: 2. Frame: 56C. ENC: TEFC. IP: 55. Rotation: CW/CCW. Shaft diameter: 5/8″. Shaft length: 1.88″. Housing: Rolled steel shell for durability and long service life. Suitable for general machinery where a robust, enclosed, and safe drive is needed at standard voltages and 60 Hz operation. Best for clean and contained environments.

1.5HP Electric Motor 3450RPM TEFC 56C Frame

1.5HP Electric Motor 56C TEFC CW/CCW

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Product: Cuilvu 1.5 HP Electric Motor. HP: 1.5. Frame: 56C. Rotation: CW/CCW. ENC: TEFC. IP: 55. 60 Hz, 115/230V. Amps: 14.2A/7.1A. Shaft diameter: 5/8″, Shaft length: 1.88″. Designed for higher-duty applications with durable construction and a shielded housing to support continuous operation in varied environments.

NEW 3.7HP Compressor Duty Motor, 56 Frame 3450 RPM

3.7HP Compressor Duty Motor 56 Frame

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Product: EDGE INDUSTRIAL EMZ NEW 3.7HP COMPRESSOR DUTY MOTOR. SINGLE PHASE. 56 FRAME. 3450 RPM. 5/8″ SHAFT DIAMETER. CCW (counter-clockwise) shaft rotation when viewed from the shaft end. This motor is intended to replace units rated 5HP SPL in the 15-17 full-load amp range at 230V. Suitable for compressor duty and similar heavy-use tasks where a 56 frame and CCW rotation are required. Rotation direction is fixed and non-reversible.

1 HP Air Compressor Motor, 56 Frame 3450 RPM

1 HP Air Compressor Motor 56 Frame 3450 RPM

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Product: Cuilvu 1 HP Air Compressor Motor. HP: 1. Pole: 2. Frame: 56. ENC: ODP. IP: 23. 60 Hz, 115V/230V. Amps: 13.2/6.6A. RPM: 3450. Rotation: CCW. Shaft diameter: 5/8″, Shaft length: 1.88″. Features a compact, heat-dissipating design and is well-suited for clean, dry environments due to open drip proof construction. Ideal for air compressors and similar equipment requiring CCW rotation.

VEVOR 1HP Electric Motor 3450 RPM 56C

VEVOR 1HP 56C Electric Motor

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Product: VEVOR 1HP Electric Motor. HP: 1. Single Phase. Frame: 56C. Rotation: CW/CCW. Voltage: 115V/230V, 60 Hz. RPM: 3450. Shaft: 5/8″ Keyed, length 1.88″. Features a robust 56C frame and dual rotation directions to accommodate different installations and wiring setups. Suitable for agricultural machinery and general equipment requiring reliable, versatile operation.

FAHKNS 1HP Electric Motor Farm Duty TEFC

FAHKNS 1HP Farm Duty TEFC Motor

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Product: FAHKNS 1 HP Electric Motor. HP: 1. Frame: 56. Rotation: CW/CCW. TEFC enclosure. IP: 55. 60 Hz, 115/230V. Shaft diameter: 5/8″. Shaft length: 1.88″. Includes a large fan for enhanced cooling in farm and harsh environments, supporting energy-efficient operation and extended service life in outdoor or barn settings.

Buying Guide: Choosing a 3450 RPM Single-Phase Motor

  1. Frame compatibility: 56 versus 56C frames affect mounting, shaft alignment, and enclosure types (ODP vs TEFC).
  2. Rotation direction: CCW vs CW must match driven equipment. Many APUs and compressors require CCW; some machinery allows CW.
  3. Enclosure and environment: Open Drip Proof (ODP) is suitable for clean, dry spaces; TEFC offers protection in harsher settings and outdoors.
  4. Voltage and current: Ensure supply voltage (115V or 230V) aligns with motor amperage and circuit protection. Dual-voltage motors can run on either line without rewiring.
  5. Duty cycle: Compressor-duty and farm-duty motors are designed for longer run times under load; verify service factor and continuous operation ratings.
  6. Mechanical fit: Shaft diameter and length (commonly 5/8″ and 1.88″) determine coupling compatibility with existing equipment.
  7. Heat management: Motors with enhanced cooling and radiators dissipate heat more effectively, improving performance and longevity in high-load scenarios.
  8. Maintenance: TEFC and robust housings reduce dust ingress and corrosion, lowering service intervals in demanding environments.

When selecting a motor for a system previously configured around a 10 HP rating, consider that single-phase motors in the 10 HP class are less common and typically require special drive solutions or three-phase equivalents with VFDs. For projects expanding capacity, evaluate whether a staged upgrade to a higher horsepower three-phase system or a VFD-assisted single-phase approach better meets load requirements, efficiency goals, and space constraints.

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