CFG1IW

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CFG1IW, or Constant Force Gap 1 Integrated Winding, is a motor technology used for a wide variety of industrial applications. It is a continuous torque stepper motor technology that uses significantly less power than conventional stepper motors and can generate higher torque at lower speeds. CFG1IW consists of a single layer of copper or aluminum winding around a permanent magnetic rotor.

The motor is capable of providing an unprecedented 0-200% variable speed range, eliminating the need for gear boxes and reducing the complexity of the motor controls. This makes CFG1IW an ideal solution for applications requiring high torque at low speed and precise speed control. It is also well suited for applications such as conveyor belts, printing presses, electric pumps, power saws, and wind turbines.

CFG1IW has a unique structure that allows it to be one of the most efficient motor designs available. The pulse signals generated by the drive electronics provide direct power to the motor and create a constant force gap (CFG) between the magnetic pole pieces of the winding and the rotor. This gap enables the motor to produce high torque at low speeds which gives it a significant advantage over traditional motors. When the motor is not in use, the CFG gap is closed while a much lower voltage is passed through the winding, which further reduces power consumption.

The CFG1IW also has a unique working principle. As the pulse signals are applied to the winding, the CFG creates a magnetic force field that produces torque and rotational energy. The force is generated by the permanent magnets on the rotor and is constantly increased as the motor turns until the desired torque and speed are reached. This produces a powerful and efficient motor with a wide speed range, as the torque remains at a constant, even as the speed is increased.

CFG1IW is a highly efficient and reliable motor that can provide highly precise positioning and speed control in a variety of industrial applications. The combination of its unique features, such as its low power consumption and high torque, make it one of the top choices for a wide range of applications.

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