TMC-USB series controllers

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Specifications

Output Of Single Controlling Card: Pulse control of 2- or 4-channel stepping motor; optocoupler for isolation
Maximum Output Frequency: 4MHz
Error On Pulse Output Frequency: < 0.1%
Interpolation: Linear-interpolation of 2 to 3 random axes; Circle-interpolation of 2 random axes
Continuous Interpolation Function: Yes
Type Of Acceleration/ Deceleration: Linear
Digit Of Logic Counter For Positioning: 32
Capability Of Real-Time Changing Of Speed: Yes
Position Detection Of Each Axis: Input ports provided for independent left- and right-side-limit sensors and origin-point sensor, for each axis
Inputs: Up to 8-channel optocoupler input for each axis
Inputs Of Encoder: Pulsed optocoupler inputs for A- and B-phase of encoder
Outputs: Up to 8-channel optocoupler output of open-collector for each axis
Operation Conditions - Power Supply: 220V AC +/- 10% 45-65Hz
Operation Conditions - Power Consumption: < 1KW
Working Temperature Range: 0℃~50℃
Storage Temperature Range: -20℃~80℃
Working Humidity Range: 20％~95%
Storage Humidity Range: 0%~95%
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Features

Versatility and Compatibility: The TMC-USB Series Controllers are compatible with a variety of motors including two-, three-, and five-phase stepping motors, servo motors, linear motors, and DD motors.


User-Friendly Software: Developed in a LABVIEW environment, the software is easy to use and facilitates seamless integration with other equipment.


Comprehensive Control: The software interface displays operation parameters for each axis, allowing control over individual or multiple axes simultaneously.


Multi-Axis Combination: The controllers offer high flexibility for multi-axis combinations, meeting the requirements of multi-dimension motions.


Built-In Database: A built-in database of controlling parameters for all Zolix motorized stages ensures easy and straightforward operation.


High Precision: The controllers offer a maximum output frequency of 4MHz and an error on pulse output frequency of less than 0.1%.


Real-Time Adjustments: Capable of real-time speed changes during motions and features inputs for position detection of each axis.


Environmental Adaptability: Designed to operate efficiently in varying environmental conditions with a working temperature range of 0℃~50℃ and a humidity range of 20％~95%.

Applications

Automated Production Lines: Ideal for integration into automated production lines due to their versatility and the ability to control multiple axes.


Research and Development Labs: Suitable for use in R&D labs where precision movement and control are essential for experiments and testing.


Optical Experimentation: The precision and control offered by the controllers make them suitable for optical experiments.


Robotics and Automation: Can be used in robotics for precise movement control and in automation systems requiring multi-dimensional motion control.


Testing Instruments: Suitable for operation with automatic testing instruments due to their high precision and versatility.


Medical Equipment: Can be implemented in medical devices that require precise motion control.


Semiconductor Manufacturing: Ideal for applications in semiconductor manufacturing where precision and multi-axis control are crucial.