PMB33F-00201-03

Product Description:

The PMB33F-00201-03 is a foot-mounted induction motor. It is built with efficiency and durability for active machine tasks. It features reversible direction of rotation for smooth clockwise and counterclockwise operation in line with equipment needs. This flexibility endows it with application in a wide industrial process.

The motor features dual-speed operation, its rated speeds being 1420 rpm and 1710 rpm dependent on electrical input frequency. Its current ratings of 3.6 A and 3.3 A relate to standard voltage conditions and give safe electrical integration. Built on a four-pole design, it features balanced torque output and vibration reduction during moderate variation of loads. Built using Class F insulation, this motor can sustain up to 155°C winding temperature. It gives thermal safety and longer operating lifespan in different setups. Further, its IP55 enclosure gives protection to low-pressure water jets and prevents dust. Moreover, this ensures smooth operation in dusty or wet areas without the need for extra enclosure needs. The IE3 efficiency class locates the motor among premium-efficiency devices, ensuring minimum energy losses and responding to global energy-saving requirements in rotating equipment. This optimizes industries in reducing electricity usage without compromising performance. Its rugged build is facilitated by a secure foot-mounting base, providing easy alignment and rapid integration into static machine frames. This mechanical stability ensures the operation of the motor under continuous duty cycles and irregular loads. Built using resilient materials and precision fabrication, the PMB33F-00201-03 gives dependable performance for compressors, pumps, and other equipment where consistency of power and mechanical strength are primary.

The synergy of reversible rotation, protection rating, high insulation class, and efficiency level makes it a smart option for projects focused on optimizing operating costs without compromising long-term reliability. Its technical specifications are both versatile and durable, the two major benefits of dynamic system configurations.