TB200HB-08QC3

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The TB200HB-08QC3 system is a versatile and highly reliable torque-bend controller that can be used in a variety of applications and environments. It is designed to provide reliable control of torque and bending for machine tools and industrial equipment. It has a range of flexible features for precise torque and bend control.

Overview of TB200HB-08QC3

The TB200HB-08QC3 is a high-commitment torque-bend controller that utilizes advanced digital signal processing (DSP) technology and an edge-driven processor to provide a high-sensitivity, fast and precise response to the mechanical parameters of most industrial applications. By using the powerful torque-bend waveform optimization technology, this controller can also easily calibrate its parameters to achieve the most suitable working state for different applications. This torque-bend controller has a wide range of measuring ranges from 0.03 Nm to 30,000 Nm. It also has a wide voltage range, from 40V to 250V.

Application Field of TB200HB-08QC3

The TB200HB-08QC3 is suitable for machine tools, robotic systems, automotive and aerospace equipment, and other industrial products. It can be used in a variety of applications including torque and rotating load, telegraph winder, synchronous motor, pressure sensor, machine tool, and bending machine tool.

This torque-bend controller is widely used for machine tools, robotics, automotive, aerospace and other industrial applications. It can be used for torque and rotational load, dimension checking, stabilizers, velocity optimization, and creep speed control. It is also suitable for product positioning, limiting, tension, and torque measurement. This controller is also applicable for product loading, unloading, drilling, cutting, engraving, milling, grinding, polishing, and many more applications.

Working Principle of TB200HB-08QC3

The TB200HB-08QC3 features a closed-loop control system that uses a built-in PID algorithm to quickly adjust the torque or bending force. Its edge-driven processor works to accurately detect torque, rotation speed, and other parameters. These parameters are then sent to its PID algorithm, which quickly adjusts the torque or bending force to reach the desired output. This step is repeated until the current torque or bending force value matches the setpoint.

This torque-bend controller uses an advanced waveform optimization technology to create the prefect curve that is suitable for a variety of applications. The waveform can even be adjusted for specific tasks, such as vertical milling and bundling. It also uses a wide voltage range, from 40V to 250V, and a wide measuring range of 0.03 Nm to 30,000 Nm, enabling it to meet the requirements of almost any industrial application.

Conclusion

The TB200HB-08QC3 is a versatile and reliable torque-bend controller that can be used in a wide variety of industrial application fields. It features a wide voltage range and a wide measuring range, along with advanced digital signal processing and edge-driven processor that ensures accurate control of torque and bending force. Its waveform optimization technology also ensures that the perfect curve is generated for each application.

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