MAF130C-0250-FQ-N0-GP0-35-N3
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MPN: R911336982
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
MAF130C-0250-FQ-N0-GP0-35-N3 Induction Motor is manufactured by Bosch Rexroth Indramat. This motor has a Without motor encoder encoder and a Standard bearing. It also has a Balanced with entire key, with Shaft sealing ring shaft and is not equipped with a holding brake.
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Product Description:
The Rexroth Indramat-made motor MAF130C-0250-FQ-N0-GP0-35-N3 is a high-quality asynchronous motor. It is used in rotary drive applications as a servo or spindle motor. A servo drive refers to automated motion management systems that regulate the position of a load by moving an actuator, either rotationally or linearly. Servomotors have a power range that spans hundreds of kilowatts to fractional kW. High-power asynchronous servomotors are found in devices like elevators, paper machines, and hoisting machines, whereas low-power servomotors are found in things like autos, machine tools, and various valves. The MAF130C-0250-FQ-N0-GP0-35-N3 is a high-power housed motor and is protected following the IP65 standards. This asynchronous motor represents the MAF series and has a 130 D dimension. Efficiently dispersing excess heat becomes a major concern in electronic systems as it gets more complicated and requires higher power. Liquid cooling offers a cost-effective way to meet client demands for lighter weight, smaller dimensions, and a variety of solutions. To prevent failures and increase system efficiency, thermal management with dependable liquid cooling quick disconnecting fittings is necessary. Mechanical parts known as plain shafts facilitate rotating or sliding motion between two machine components. Its primary function is to prevent deterioration on the machine's point of support, which could occur if the two points rolled directly into each other or the structure. The motor lacks an encoder and holding brake. A ring of groove balls remains confined between two separate races, transmitting weight and allowing rotating motion. A retainer holds the balls in place. In these motors when the shaft is allowed to rotate while the housing of the motor is not, these ball bearings are utilized to link the shaft and the motor housing.
