Standard electric motors with 132 kW power and 1500 rpm speed are high-performance asynchronous motors designed for medium to heavy-duty industrial applications. These motors stand out for their energy efficiency, durability, and reliability, and are widely used in pumps, fans, compressors, conveyor systems, and many other industrial applications.
Technical Features and Construction
The 132 kW motors operate on a three-phase electrical supply and provide high efficiency in medium-speed applications thanks to their 1500 rpm. The motor body is robust, built to withstand harsh industrial conditions, and offers resistance to dust and water with IP55 or IP56 protection classes, ensuring long-term performance unaffected by external factors.
The cooling system uses fan-supported IC411/IC416 type cooling, preventing overheating and providing optimal performance during continuous operation. Mounting is flexible, with B3 horizontal or B5 flange options, making it easy to adapt to different plant layouts.
Performance and Efficiency
These 132 kW 1500 rpm motors deliver high torque and are resilient against sudden load changes. Manufactured to meet energy efficiency standards, they help reduce operational costs and optimize energy consumption. Compliance with IEC and ISO standards guarantees that the motor meets international quality requirements.
Applications
These motors are widely used in:
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Cement plants
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Mining operations
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Chemical industries
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Water treatment facilities
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General production plants
Their durable construction and low maintenance requirements help increase production continuity, minimize downtime, and reduce operational costs.
Advantages
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High efficiency and energy-saving operation
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Long-lasting and robust construction
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Low maintenance requirements
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Flexible mounting and application options
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Manufactured according to international standards
Conclusion
The 132 kW 1500 rpm standard electric motors are an ideal choice for industrial facilities seeking reliable, long-lasting, and high-performance motor solutions. They provide significant advantages by increasing production efficiency while minimizing energy costs.