APGT1-1S-2428/1.6C-WS(67)

APGT1-1S-2428/1.6C-WS(67) is a compact, low-profile and high-efficiency brushless DC motor designed for rotary and linear applications. It is based on an integrated brushless DC motor design which combines a permanent magnet stator and a rotor with a high-efficiency motor controller. The motor can produce up to 16 Nm of torque and turn over 30,000 RPM.

This motor is ideally suited for a variety of applications, including medical and industrial applications. In particular, it can be used to automate a number of processes such as medical instrumentation, packaging machinery or mechanical actuators. In addition, it can also be used for precision positioning applications such as robotics or 3D printers.

The motor works by using a permanent magnet stator and a rotary encoder, which is connected to the motor controller. This encoder feeds back the exact position of the rotor in relation to the stator magnetic field. The motor controller uses this information to control the speed and torque of the motor through a feedback loop. This feedback allows the motor to maintain a consistent speed and torque regardless of changing load demands.

The motor is also equipped with a number of useful features such as adjustable speed, variable impedance, dynamic control and thermal protection. These features work together to extend the motor\'s usable life, reduce system cost and ensure optimal performance and energy efficiency.

In addition, the motor is also designed with a milled aluminum frame, which allows for a simple, lightweight and robust construction. This design allows for the motor to operate in extremely harsh environments, such as those encountered in industrial settings.

In conclusion, the APGT1-1S-2428/1.6C-WS(67) is a highly efficient and reliable motor for numerous applications. Its compact size, low-profile design and efficient operation make it the ideal choice for many industries. With its range of features and built-in safety features, it is a great choice for applications from medical instrumentation to industrial automation.