PMB33F-20216-00

Product Description:

The PMB33F-20216-00 motor is suited for application in the requirements of constant performance and reliable torque. It is capable of a continuous stall current of 9.0 ARMS, whereby the motor can supply consistent output without heat buildup in locked rotor applications. This level of current handling is optimal for precise positioning and low-speed holding applications.

It can supply a peak current of 27.1 ARMS, giving the motor the ability to recover quickly from acceleration peaks or sudden torque requirements. Its dynamic range is better for high-performance systems that require quick recovery from load changes. It has a line-to-line resistance of 0.96 Ohms, providing efficient electrical conversion and minimizing total energy loss, thereby maximizing system efficiency. This level of current handling also serves to balance heat buildup, reducing it in continuous-duty applications. Its static friction, which is a maximum of 0.169 Nm, provides stable starting characteristics. This low-friction limit ensures this motor can start to rotate with less torque effort. This is key in tasks with sensitive starts or with frequent starts and stops. Its viscous damping coefficient of 0.038 Nm/kRPM gives constant resistance proportional to speed. It offers smoother motion, minimizing oscillation and maximizing control accuracy in speed change. This balance between mechanical damping and electrical outcome give consistent performance in a range of speed.

The PMB33F-20216-00 motor unit is better for tasks where thermal efficiency is needed. Moreover, the internal features give stable result over a long time. This model is used in setups that are changing over time. This motor gives better outcomes and avoids damage to the connected parts. It is used in test measurement, position systems, and process automation. The PMB33F-20216-00 gives excellent control along with stability for long-term tasks.