2500 kw motor

Series：YKK
Protection level：IP54
Voltage range：3000V±5%,3300V±5%,6000V±5%,6600V±5%,10000V±5%,11000V±5%
Power range：200-6300 kW
Application：fans, water pumps, compressors, crushers, cutting machine tools, transportation machinery, etc.
Advantage：low noise, low vibration, long service life, easy installation and maintenance.
Standard: This series of products complies with JB/T 12730 and JB/T 12729 standards.
Others： SKF, NSK, FAG bearings can be replaced according to customer requirements.

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Product Description

2500 kW Motor Manufacturer and Supplier

The 2500 kw motor represents a critical investment for large-scale manufacturing, mining, and processing facilities. High-voltage motors in this power range must deliver consistent performance under demanding conditions while maintaining energy efficiency. Shaanxi Qihe Xicheng Electromechanical Equipment Co., Ltd. specializes in providing industrial power solutions backed by over 20 years of industry experience. Our partnerships with renowned manufacturers including ABB, Siemens, Wolong, XEMC, and SIMO enable us to deliver superior motor solutions tailored to your operational requirements.

Pain Points vs. Solutions

Your Challenges:

· Frequent downtime due to motor failures in harsh industrial environments

· Excessive energy consumption increasing operational costs

· Difficulty finding motors that withstand dusty, corrosive conditions

· Long lead times affecting production schedules

· Limited technical support for complex installations

Our Solutions:

· Fully enclosed YKK series motors with IP54 protection preventing dust and moisture intrusion

· High-efficiency designs reducing energy consumption by up to 15%

· Air-to-air cooling systems maintaining optimal temperatures in challenging environments

· Streamlined supply chain ensuring fast delivery timelines

· Comprehensive technical support from pre-sales consultation through after-sales service

Technical Advantages of the 2500 kw motor

Our high-voltage motors provide superior performance with innovative engineering:

Cooling System Performance The air-to-air heat exchanger provides independent internal circulation. Hot air exchanges heat with cold air exterior to the system, without direct touch. This design protects the windings from environmental pollutants and preserves the working temperatures.

Voltage Flexibility: Available in a number of voltage configurations including 3kV, 6kV, 10kV and 11kV with ±5% tolerance. Such adaptability fits a variety of power distribution systems .

Premium Components Bearings SKF, NSK and FAG for long service life and low vibration. Precision manufacturing greatly decreases noise levels below industry requirements.

Rugged Construction - Rugged frames for tough industrial environments. Sealed units are impervious to dust, moisture and corrosive gasses that normally reduce motor performance.

Production Process

Quality control begins at the component selection stage. We source materials exclusively from certified suppliers meeting international standards.

Manufacturing follows strict protocols:

· Precision machining of motor housings and end shields

· Automated winding processes ensuring uniform stator coils

· High-temperature insulation treatment for enhanced dielectric strength

· Dynamic balancing of rotors minimizing vibration

· Comprehensive testing at rated voltage and load conditions

Our SAP factory management system monitors each step of manufacturing. This visibility assures constant quality and allows any specification violations to be quickly identified.

The final examination involves insulating resistance testing, temperature rise verification and performance mapping across the operational range.

Industry Applications

2500 kw motor units serve critical functions across multiple sectors:

Cement Industry: Powering vertical raw mills, ball mills, and main kiln drive systems requiring continuous operation.

Mining Operations: Driving crushers, grinding mills, and large ventilation fans in underground and surface facilities.

Power Generation: Operating induced draft fans, forced draft fans, and main circulating water pumps in thermal power plants.

Chemical Processing: Running large compressors, pumps, and agitators handling corrosive materials.

Metallurgy: Powering rolling mills, main exhaust systems, and heavy material handling equipment. application

Customization Capabilities

Every facility has unique requirements. We adjust motor specifications to match your exact needs:

· Modified mounting dimensions fitting existing foundations

· Custom shaft configurations accommodating specific couplings

· Specialized coatings for extreme corrosive environments

· Alternative cooling arrangements for space-constrained installations

· Tailored voltage and frequency specifications for regional power standards

Our engineering team collaborates with you from initial consultation through final commissioning. We recommend specific brands, series, and models based on your actual operating conditions rather than generic specifications.

Reliability Testing & Certifications

All motors undergo rigorous testing protocols:

· Type testing per JB/T 12730 and JB/T 12729 standards

· Temperature rise testing at 125% rated load

· Overspeed testing to 120% rated speed

· Insulation resistance verification at rated voltage

· Vibration analysis across the operating range

Products with important certifications including CCC, CE, ISO9001:2000 and industry-specific approvals. These certificates show that they meet international requirements for safety and performance.

Why Choose XCMOTOR

Robust Supplier Base: We partner with over 30 Top Motor Manufacturers to provide the best solution for your application.

Technical Expertise Our team has decades of expertise matching motors to challenging industrial applications.

reasonable Advantage: We work directly with manufacturers, so we can provide you reasonable prices without sacrificing on quality.

Flexible Delivery: Customized shipping solutions include sea freight, air cargo, and multimodal choices that match your time line needs.

Responsive Support: Fast response to technical concerns and post-sale problems. We are open 7 days a week including Weekends.

30 days return policy. Full warranty coverage to safeguard your investment. Quality assurance. xcmotor

FAQ

Q：What is YKK air-air-cooled high-voltage motor?

A：YKK series are enclosed box-type high-voltage three-phase squirrel-cage aSynchronous Motors equipped with built-in air-to-air heat exchangers. Internal hot circulating air exchanges heat with external cold air for cooling. The standard voltage is 6kV/10kV. The fully sealed structure prevents dust and moisture from entering the stator winding chamber.

Q：What advantages does YKK air-air cooling motor have over open air-cooled HV motors?

A：The fully sealed frame stops dust and corrosive gas from invading windings, making them suitable for harsh mining, cement, and chemical working conditions. Independent internal air circulation provides heat dissipation free from high ambient temperature interference. External cooling fans reduce overall motor noise while less dust accumulation greatly lowers risks of insulation failure.

Q：Which industries and equipment are YKK motors suitable for?

A：These motors are widely used in cement, mining, thermal power, chemical, metallurgy, and coal industries. They're matched with vertical raw mills, large induced draft fans, main circulating water pumps, air compressors, and main belt drive equipment. They're ideal for dusty, corrosive environments and outdoor installations.

Q：What causes high temperature rise of YKK air-air cooled motor?

A：Common causes include dust clogging heat exchange fins, faulty external cooling fans, long-term overloaded operation, poor workshop ventilation, and blocked internal circulation air ducts. Regular maintenance prevents most temperature-related issues.

Q：What are the key regular maintenance items of YKK motor?

A：Blow dust off cooler fins regularly, inspect the external cooling fan's running status, refill bearing grease on schedule, test insulation resistance during annual shutdown, check frame sealing strips, and tighten high voltage terminals to eliminate overheating risks.