Simo YE5 motor engineering application cases｜Helping enterprises reduce costs and increase efficiency

I. Product Positioning

Simo YE5 motorsThis series of high-efficiency three-phase asynchronous motors meets the energy efficiency requirements of the national GB 18613 high-efficiency standard, serving as a vital power equipment for industrial enterprises to reduce energy consumption and upgrade operations. The products in this series have undergone comprehensive optimization in mechanical efficiency, heat dissipation structure, and insulation rating, ensuring more energy-efficient, reliable, and durable motor operation.

Suitable for continuous operation scenarios such as fans, pumps, compressors, and conveying and processing machinery, these motors are commonly used in pump stations, chemical, metallurgical, and building materials industries.

II. Structural Design Highlights and Core Advantages

1. High energy efficiency performance with significant potential for energy savings

By optimizing magnetic circuit design, reducing internal losses, and enhancing full-load efficiency, the system significantly reduces electricity costs during long-term operation. Suitable for energy-saving retrofits and new projects requiring cost optimization.

2. High insulation rating and durable design

• The windings are made of F or H-class insulation materials.
• Vacuum pressure impregnation ensures insulation stability.
• Capable of continuous operation in humid, hot, and mildly corrosive environments

Significantly extend reliable operating life.

3. Low vibration and low noise

The rotor's high dynamic balancing precision, combined with a reinforced frame structure, ensures more stable motor operation, extended bearing life, and longer maintenance intervals.

4. Multiple installation and output options available

Available:
B3, B5, B35, etc. mounting configurations | Standard shaft extension, dual shaft extension, special flange
Meet the needs of different equipment configurations.

5. Fully compatible with automated systems

Can be combined with mainstream variable frequency drives to meet energy-saving speed regulation and process control requirements.

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III. Range of Primary Technical Parameters(Customizable)

Project	Scope
power (output)	0.75 kW to 560 kW
voltage	380V / 660V / 3kV / 6kV, etc.
protection class	IP55 (Upgradeable)
Insulation class	Class F (Temperature rise evaluated according to Class B)
Cooling method	Standard configurations such as IC411
work system	S1 Long-term continuous operation

Dimensions and mounting specifications strictly comply with international standards, facilitating replacement and integration with new equipment.

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IV. Application Areas

The Xima YE5 motor is suitable for applications demanding continuous operation and high energy efficiency:

• Industrial Fans and Circulation Fan Systems
• Large-scale water pumps and sewage treatment station
• Conveyor belts and belt conveyor systems
• Compressors and Cooling Equipment
• Building Materials, Mining, and Metallurgical Automation Production Equipment

We have long-term project cases in Northwest China, East China, South China, and certain overseas regions, with stable operational records.

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V. Manufacturer Strength and Service Guarantee

• Comprehensive equipment support: Full process coverage including CNC machining, varnishing, and dynamic balancing testing.
• Rigorous Quality Inspection: Full inspection of no-load tests, vibration and noise tests, and withstand voltage tests.
• Flexible delivery options: Nationwide direct logistics with expedited project support
• Available services: Selection support, installation guidance, and periodic maintenance recommendations

We provide on-site visits and technical documentation.

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VI. Conclusion

The Xima YE5 motor excels in energy efficiency, performance stability, and maintenance cost control, making it an ideal choice for enterprises seeking energy-saving upgrades to their power systems. For detailed specifications, pricing, engineering case studies, or one-on-one selection support, please consult us with your specific project requirements.