Product Description

The P50B02001BXS7C is a super BL motor. This unit is presented by the Sanyo Denki company. It falls under the Super Servo Motors group. It is comprised of numerous features and is a robust motor. Such type of motors are well-fitted for controlling motions. With a 15 watt output, 24 V power, and 1.7 A current, this unit ensures stable and responsive operation. It fosters smooth movement across numerous speed ranges.

The P50B02001BXS7C is manufactured as a dependable AC motor solution. This motor unit is speed controllable, letting the speed to be easily adjusted as the system needs. It is precise and stable during acceleration and deceleration and therefore the best for use in applications that require controlled motion. The motor's ability to change its speed ensures smooth synchronizing in dynamic systems. With a three-phase stator design, the motor offers greater operating stability by distributing power evenly. The design suppresses vibrations and enhances overall efficiency to ensure constant torque output regardless of varying loads. It offers smooth motion and precise positioning, which are critical for high-performance industrial applications. One of the most significant aspects of the P50B02001BXS7C is its explosion-proof case. The case guards the motor from internal sparks or heat causing ignition of exterior gases or particles, with safe operation possible in hazardous surroundings. The case allows the motor to be utilized in situations in which safety is the top priority. Compact yet powerful, the motor's heavy-duty construction minimizes mechanical stress to allow for extended use without compromising performance. Its construction minimizes wear and tear, which lowers maintenance and provides smooth operation.

The P50B02001BXS7C offers suitable power, variable speed drive, and explosion-proofing. With a three-phase stator for stability and reliable AC servo design, it's ideal for industries that demand safe, accurate, and flexible motion control solutions with reliable performance in high-demand applications.