GFR2C08010

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GFR2C08010 is a new type of solid-state micro-pump actuator developed by Shanghai Tianchi Technology Co., Ltd. This micro-pump actuator uses an optimized stepper motor, allowing it to attain higher speeds and accuracy than stepper motors of similar size. It has the characteristics of high accuracy, high speed, stable performance, low noise and low power consumption.

The application field of GFR2C08010 includes the medical device, micro fluid control, digital printing, and other automated production fields. This micro-pump actuator can be used to drive a variety of micropumps such as stepper petrol pumps, sample loop pumps, and others. It can be used to precisely control small fluid flows, as well as to drive other small process devices such as valves, piezo-valves, and other actuators.

The working principle of GFR2C08010 is based on the principle of a stepper motor. It uses a bearing-guided rotor and an external electromagnet to generate a rotating magnetic field. The stator of the motor produces a sinusoidal waveform that drives the rotor. This produces a precise and controllable flow of fluid. The motor can be controlled using an external driver circuit to adjust the frequency and amplitude of the waveform. This makes it possible to precisely control the flow of fluid.

In addition, GFR2C08010 has a built-in micro-controller which allows for the control of multiple motors simultaneously. It also has an adjustable speed and torque regulation that allows for accurate and repeatable operation. It also has a short circuit protection system that prevents any damage due to overcurrent.

The GFR2C08010 is a particularly useful and reliable micro-pump actuator, making it an ideal choice for applications in the medical device, micro-fluid control, and digital printing industries. Its high accuracy, speed, stability, and low power consumption make it a great choice for any application that requires precise and reliable fluid control.

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