Product Description

If you’re looking for high-quality asynchronous AC motors that have a dedicated liquid-cooling system, you can never go wrong with Rexroth’s MAF motors. Usually intended for medium- to high-scale applications, most MAF motors feature large and heavy construction, making them ideal for meeting heavy demands continuously. The MAF130B-0050-FQ-C0-AR0-35-A1 is a MAF motor with a 130-frame type of size B. MAF130B motors may have any of the five windings specified in Rexroth’s manual: 0050, 0100, 0150, 0200, or 0250. Each winding type has a set of unique characteristics that distinguish it from others. For the MAF130B-0050-FQ-C0-AR0-35-A1, the winding type is 0050, which allows the motor to achieve a rated/nominal speed of 500 rev/min. 

During rated or nominal operation, the MAF130B-0050-FQ-C0-AR0-35-A1 outputs its rated torque and power. During this specific condition, the torque goes as high as 116 Nm. Meanwhile, in the same condition, the motor shaft delivers a power output of 6.1 kW. At any point during the operation, it is desirable to maintain consistent speed. For this reason, AC servo motors usually employ an encoder or feedback system to represent, interpret, and control various motor parameters during operation. For this motor model, the encoder is incremental in nature. Unlike other MAF motors, unfortunately, the MAF130B-0050-FQ-C0-AR0-35-A1 incorporates no blocking brake. 

Because of its A-type bearing, the MAF130B-0050-FQ-C0-AR0-35-A1 may operate at a wide speed range, with the maximum speed being 3000 rpm. Although this maximum speed is relatively low compared to other high-speed motors, the massive torque capability of this motor model makes it more appropriate for high-torque applications. Another special feature of the MAF130B-0050-FQ-C0-AR0-35-A1 is its labyrinth seal. The labyrinth seal allows superior protection of the motor shaft against intrusive objects while preventing oil leakage throughout its operation. The MAF130B-0050-FQ-C0-AR0-35-A1 supports either flange or foot methods of mounting.