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Brief IntroductionFor SIMOinduction motorvariable speed control, the design of class B temperature rise limitation is fully applied. For example, in the production line of a large chemical enterprise, the temperature rise of induction motor variable speed control we supplied was al
For SIMO induction motor variable speed control, the design of class B temperature rise limitation is fully applied. For example, in the production line of a large chemical enterprise, the temperature rise of induction motor variable speed control we supplied was always controlled below 80℃ under long-time high load operation, ensuring the safe and stable operation of the equipment.
In this chemical company's application, our induction motor variable speed control not only meet the requirements of Class B temperature rise limit, but also excel in energy efficiency. Through optimized design and material selection, the energy consumption of our motors was reduced by 15% during operation, saving the customer significant energy costs.
Class B temperature rise limit for induction motor variable speed control is an important indicator to ensure safe and reliable operation of motors. Through rational design and material selection, our induction motor variable speed control meets the Class B temperature rise limit while demonstrating excellent performance and efficient energy consumption. In the future, SIMO Motor will continue to devote itself to the technological innovation of induction motor variable speed control and provide customers with better products and services.
Frame | H560mm |
Power Scope | 1120kW~1400kW |
Voltage | 6kV |
Frequency | 50Hz, 60Hz |
Number of Poles | 6P |
Speed | 990rpm |
Cooling Mechod | IC611 |
Protection Grade | IP55 |
Insulation Class | F(155℃) |
Duty | S1 |
Mounting Type | IM B3 |

