Low-Voltage Motors

Suitable for applications with long periods of constant frequency operation in safe (non-hazardous) areas.

1. Super Premium Efficiency
2. Low vibration and low noise
3. Waterproof and dustproof design
4. Robust and stable structure
5. Excellent interchangeability

1. IE4 Level Efficiency
2. Volume and weight reduced by over 40% compared to induction motors
3. Same installation dimensions as induction motors, with low vibration and low noise characteristics
4. Class F insulation, Class B temperature rise
5. Industry Applications: Primarily for fluid machinery (pumps, fans, etc.)

1. IE4 Level Efficiency
2. Volume and weight reduced by over 40% compared to induction motors
3. Same installation dimensions as induction motors, with low vibration and low noise characteristics
4. Class F insulation, Class B temperature rise
5. Industry Applications: Primarily for fluid machinery (pumps, fans, etc.)

1. IE4 Inverter Efficiency Level (IEC60034-30-2 compliant)
2. Volume and weight reduced by over 40% compared to induction motors
3. High torque at low speeds, high response, with low vibration and low noise characteristics
4. Class F insulation, Class B temperature rise
5. Industry Applications: Primarily for general industrial machinery applications

1. High efficiency reaching IE4 level (Super Premium Efficiency)
2. Low vibration complying with NEMA MG-1 standards
3. Class F insulation, Class B temperature rise, suitable for inverter operation (VFD compatible)
4. Cast iron frame and brackets, suitable for operation in harsh environments
5. Three-phase motor design complies with important international performance and quality control specifications, offering low noise and long service life, providing economic and practical value for commercial and industrial use.
6. High cost-performance die-cast aluminum rotor and low core loss lamination design provide high efficiency and energy savings.
7. Safety Certifications: CSA

• C: Capacitor Start Type
• S: Capacitor Start and Run Type

• Squirrel cage rotor design, utilizing Class F insulation and high-grade conductive materials.
• Lightweight and compact design, with superior performance, rugged durability.
• Low temperature rise and long service life.

• Capacitor Start and Run Type (CSIR or CSR, depending on design stage)
• Squirrel cage rotor design, utilizing Class F insulation and high-grade conductive materials.
• Lightweight and compact design, with superior performance and rugged durability.
• Low temperature rise and long service life.

Taiwan's first reluctance motor without magnetic assistance. The absence of rare earth magnets results in a higher cost-performance ratio. Its efficiency is higher than that of induction motors, and maintenance and upkeep are the same as for induction motors. The low-speed, high-torque characteristics of the reluctance motor are suitable for high-load fluid machinery applications or resistance during start-up.

• IE5 product without the need for magnets.
• No secondary winding copper losses; highly efficient new design.
• Synchronous operation; no rotor slip.
• Low rotor temperature increases bearing life.
• Magnet-free rotor design means maintenance is the same as for induction motors.
• Applied Industries: Primarily for fluid machinery applications.