The Induction Electric Motor is an AC motor that generates torque through current induced in the rotor by the stator's rotating magnetic field, and is the most mainstream power source in industrial and civil applications. This series covers the MS and Y2 platforms with frame sizes 56~355, a power range of 0.06kW~315kW, three-phase 50/60Hz supply, and housing options in aluminum, cast iron, or stainless steel. Special optimizations in winding insulation, cooling structure, and dynamic balancing precision ensure quiet operation, low temperature rise, and long service life - suitable for fans, pumps, compressors, mixers, conveyors, and light-industry equipment.
Low-Noise, Low-Vibration Precision Balancing
The rotor of the Induction Electric Motor adopts high-precision dynamic balance correction. Combined with low-noise bearings and optimized fan blade design, the complete machine features low vibration and low operating noise, making it also suitable for noise-sensitive commercial and civil environments.
Class F Insulation
The stator winding of the Induction Electric Motor adopts Class F insulating materials and is processed with special techniques to achieve a uniform and dense paint film. It features strong moisture resistance, heat resistance and corona resistance, which effectively delays insulation aging.
Efficient Self-Fan Cooling System
The standardized terminal box design, removable end cover and general bearing specifications of the Induction Electric Motor simplify daily inspection, lubrication and parts replacement, lowering maintenance technical barriers and downtime.
Quiet Operation for Better Experience
The low-vibration, low-noise design allows compliance in noise-sensitive locations such as residential areas, office buildings, and hospitals, without requiring additional sound enclosures.
Reliable Insulation for Longer Life
The special techniques process improves the overall mechanical strength and moisture resistance of the windings, reducing inter-turn short-circuit failures caused by dampness and overheating. Service life is extended by more than 30% compared with motors using conventional varnish dipping.
Easy Maintenance and Low Cost
Standardized terminal box design, removable end shields, and commonly available bearing specifications simplify routine inspection, lubrication, and parts replacement, lowering maintenance skill requirements and reducing downtime.
|
Induction Electric Motor |
Q:What is the approximate operating noise level of this motor?
A: Under rated conditions, noise is typically controlled between 55–75 dB(A), varying by power and speed. Low-power two-pole motors are quieter, while high-power high-speed models are slightly higher. Measured noise values for specific models can be provided on request.
Q:What does Class F insulation mean, and what temperature can it withstand?
A: Class F insulation means the winding insulation material has a maximum allowable operating temperature of 155°C. This series uses Class F insulation but is assessed to Class B (80K temperature rise), leaving ample thermal margin for enhanced reliability and longevity.
Q:What wiring options are available?
A: Low-power motors default to star (Y) connection, while high-power models default to delta (Δ) connection. A clear wiring diagram is included in the terminal box. Some models support star-delta starting, allowing flexible selection based on site power supply and startup requirements.
Hot Tags: induction electric motor, China induction electric motor manufacturers, suppliers, factory, compact gearbox motor unit
