MAF100B-0250-FQ-S2-DH0-35-H4
Wake Industrial LLC is not an authorized distributor of this product.
MPN: R911394710
No Tariffs On US Orders- Straightforward Pricing: No Rush Fees, No Credit Card Fees
MAF100B-0250-FQ-S2-DH0-35-H4 Induction Motor is manufactured by Bosch Rexroth Indramat. This motor has a Singleturn absolute encoder , EnDat2.1, with 2048 encoder and a High Speed bearing. It also has a Plain, without Sealing Ring shaft and is not equipped with a holding brake.
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Product Description:
Designed for high-performance industrial uses, the MAF100B-0250-FQ-S2-DH0-35-H4 servo motor exhibits dependability and durability. Operating at an authorized current of 16.2 A and a rated speed of 2,500 1/min, it offers a rated torque of 25.0 Nm & a rated power output of 6.50 kW, with a critical velocity of 2,000 1/min. With bearing A, the motor can reach a top velocity of 9,000 1/min; using bearing H, 11,000 1/min; using bearing N, 9,000 1/min. Its highest peak torque of 61.5 Nm and maximum electrical power of 13.33 kW qualify it for demanding industrial work.
MAF motors including the MAF100B-0250-FQ-S2-DH0-35-H4 have to be operated coolingly with a fan. Air currents routed over their surface by air baffles cool the motors. The fan's design requires the motor to be cooled using clean air from the outside world. Particular care must be taken if the motors are used in highly dirty or dangerous conditions. Using the fan in circumstances including delivering air containing abrasive particles, highly corrosive air like salt mist, high dust loads like sawdust, flammable gasses or particles, or as a technical safety component is strictly prohibited.
Available solely as a "blowing" fan, the utilized axial fan is based on motor construction, a minimum distance has to be maintained between the fan grille & the machine for air intake as well as exhaust to guarantee the axial fan can move the necessary air quantity. Maintaining safe and effective operation depends on following these directions, therefore guaranteeing the lifetime & dependability of the motor in many different commercial applications. Optimal performance and longevity depend on correct ventilation and implementation with the designated operating parameters.
