Maximum horizontal load 20KG
Model: FSKT-175
Semi-dense belt module
Repeat positioning accuracy: ±0.05 mm
Customizable stroke: 50-3900mm
Synchronous belt stroke: 5M-35
Synchronous belt lead: 120 mm
Maximum speed: 2000 mm/s
The working principle of the semi-dense belt module mainly relies on the motor driving the driving wheel of the synchronous belt to rotate, thereby driving the slider on the synchronous belt guide to move linearly. In this process, the material is placed on the belt and transported to the destination as the belt moves. The rollers and guide devices play a key role in this process. The rollers can support the belt and reduce its force, while the guide devices ensure that the belt always stays on the correct motion trajectory to prevent deviation and slippage.
The advantages of the FSKT-175 automated machine splicing module can be summarized as follows:
1. High Precision and Stability
The modular design ensures positioning accuracy and synchronization during transmission, making it suitable for precision
automated assembly scenarios.
The contactless signal coupler (Iolink protocol) reduces failure rates and improves signal transmission reliability.
2. Efficient Maintenance and Durability
Replacing traditional cam transmission mechanisms reduces the consumption of wearing parts and simplifies maintenance.
The optimized structural design ensures a long-life guide rail system, making it suitable for high-intensity, continuous opera
tion.
3. Flexible Adaptability
Modular replacement allows for quick adjustment of workstation configurations to meet diverse production needs.
Compatible with various automation equipment interfaces (such as PLC control), it facilitates integration into existing prod
uction lines.
4. Energy Saving and Environmental Protection
The electric drive design (such as servo motors) reduces energy consumption, aligning with green manufacturing trends.
5. Wide Application Range
It is suitable for logistics transportation, precision assembly, test bench automation, and other scenarios.
