0936010138

0936010138, also known as series-connected synchronous reluctance motor (SynRM), is an efficient and cost-effective solution for industrial automation. With its simple and reliable structure and the inherent scalability of the platform, it has become the go-to motor for powering small-scale and mid-range applications.

As an energy-efficient motor, 0936010138 is particularly well-suited for applications such as variable speed drives, robotics, and automation applications. It is also widely used in HVAC, pumps, fans, printing machinery, conveyors, and other industrial equipment.

When it comes to working principle, 0936010138\'s synchronous reluctance motor\'s performance is based on the principle of synchronous reluctance. This refers to the internal reluctance of the motor to rotate in either direction. The rotor and stator windings in a SynRM are configured in such a way that they interact with the external magnetic fields. This interaction results in the generation of a controlled, synchronously induced reluctance torque, which, in turn, causes the motor to rotate.

The motor\'s speed is proportional to the frequency of the stator current and is independent of load, which is conveniently controllable through the use of a frequency drive. Moreover, when the load increases, the motor behaves more conservatively and takes on a set amount of additional load before it stalls, making it easier to control the speed and torque.

To provide more efficient torque per amp, 0936010138 introduces a unique dual-stator design. This design features a pair of stator windings that interact with each other and allow the motor to operate at higher efficiencies for longer periods of time. In addition, the dual-stator design of the 0936010138 eliminates the need for a commutator, so there are fewer parts that can wear out or need to be replaced.

0936010138 is an energy efficient and cost-effective motor, suited for a wide range of applications in the industrial segment. Its synchronous reluctance motor platform delivers controlled, synchronously induced reluctance torque, while the unique dual-stator design ensures higher efficiencies and longer life. As such, it is a reliable and flexible solution for energy-efficient and cost-effective automation.