MHD095B-024-PG0-BN
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911318801
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In-Stock, Ships 3-5 Days
The MHD095B-024-PG0-BN Magnet Motor is manufactured by Rexroth Indramat Bosch. This motor has a Winding Code of 24 and has a Multiturn Motor Encoder. The Driven Shaft for this motor is Plain and it is Not Equipped with a holding brake.
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Product Description:
Bosch Rexroth has the potential to manufacture a wide range of industrial automation products. The company's products, such as and drive controllers, are widely used in the industry. The organization's top aims are product dependability and client satisfaction.
The MHD095B-024-PG0-BN model is a component of a digital intelligent drive system and should only be used in tandem with that system. This motor can only be used with components that have been approved by the company. The MHD095B synchronous motor accepts 430 – 460 V (alternating current) input power via its B-side power connector, which is positioned at the motor's top. The motor has a plain output shaft with a shaft sealing ring to supply continuous power of 2.2 – 4.1 kW in natural convective heat transfer and 7 kW in surface cooling mode. Only adequately skilled technical workers may perform any operation on the system, drives, or in their proximity. The system's owner must guarantee that all persons working on the system are fully aware of the documentation's contents, as well as all warnings and preventative measures stated within. The MHD095B synchronous motor embraces an optical encoder with digital servo feedback to manage its functioning speed and shaft position. In a natural cooling state, with a 60/100-K temperature, the motor produces a continuous torque of 17-18.5 Nm while working at a characteristic motor speed of 2000 revolutions per minute.
The model MHD095B-024-PG0-BN generates a constant torque of 25.5 Nm while functioning at 3000 rpm in surface cooling mode with a temperature range of 60-100 K. The natural convection approach has a thermal time constant of 40 minutes, while the surface cooling model has a thermal time constant of 20 minutes. The motor's maximum theoretical torque is 66 Nm, and it performs optimally at a peak ambient temperature of +40 degrees Celsius.
