Ruida RDC6563F Standalone Fiber Laser Cutting Controller Use for Laser Machine
Introduction:
The RDC6563F offline fiber cutting control system is a fiber cutting control system independently developed by Ruida Technology. The control system has better hardware stability, and has better anti-high voltage and anti-static characteristics. The LINUX-based man-machine operating system has a more friendly operation interface and more powerful functions. The controller includes more complete and excellent motion control functions, large-capacity file storage, more compatible U disk driver, multi-channel general/special IO control, integrated dedicated time system, hardware encryption algorithm, and PC communication support Ethernet communication and USB communication are optional.
The Z axis is an automatic height adjustment system based on capacitive sensing technology, using high-performance amplifiers and professional anti-interference design. The use of speed closed-loop control greatly improves the movement speed and response speed of the height controller, and realizes accurate automatic height control. With RDCutist software, it can realize the functions of leapfrogging, flying cutting, short distance without lifting.
The Z axis is an automatic height adjustment system based on capacitive sensing technology, using high-performance amplifiers and professional anti-interference design. The use of speed closed-loop control greatly improves the movement speed and response speed of the height controller, and realizes accurate automatic height control. With RDCutist software, it can realize the functions of leapfrogging, flying cutting, short distance without lifting.
Function Description:
1. Realize high speed movement speed and response speed of servo motor or stepping motor.
2. Support frog jump, flight cutting, short-distance without lifting and other functions.
3. Support automatic feeding, AB switching station movement and other functions.
4. Support various protection functions such as collision alarm, limit protection and servo alarm.
5. The automatic calibration of the capacitance parameters can be realized to match any cutting head.
6. Support different lifting height and speed settings to facilitate different ways of cutting.
7. Support a variety of perforation methods such as segmental perforation, progressive perforation, and pulse perforation.
8. Optimized blow control to effectively reduce gas loss and 3-way gas control output.
9. Support remote control of wireless controller, USB, Ethernet.
10. System comes with time system for system encryption and installment management
2. Support frog jump, flight cutting, short-distance without lifting and other functions.
3. Support automatic feeding, AB switching station movement and other functions.
4. Support various protection functions such as collision alarm, limit protection and servo alarm.
5. The automatic calibration of the capacitance parameters can be realized to match any cutting head.
6. Support different lifting height and speed settings to facilitate different ways of cutting.
7. Support a variety of perforation methods such as segmental perforation, progressive perforation, and pulse perforation.
8. Optimized blow control to effectively reduce gas loss and 3-way gas control output.
9. Support remote control of wireless controller, USB, Ethernet.
10. System comes with time system for system encryption and installment management
RDC6563F Mainboard Technical Parameters:
1. It can support up to 6-axis high-speed motion, and the maximum pulse frequency can reach 500Khz.
2. Each axis supports positive and negative limit, servo alarm input detection and protection.
3. Linear/arc/B-spline interpolation accuracy +/-0.5 pulse.
4. Support small circle speed limit, power follow and other functions.
5. 15 general photoelectric isolation inputs, compatible with 5V/12V/24V logic levels.
6. 15 general photoelectric isolation OC gate output, maximum 300mA drive capability (with continuous current protection), can directly drive 24V/5VDC relay.
7. Onboard system encryption control, onboard parameter storage, and a maximum file storage capacity of 256M.
8. S-type acceleration and deceleration control and adaptive speed forward processing effectively ensure the smoothness of the movement.
9.The laser can support multiple laser types such as optical fiber and glass tube.
10. Support 5V, 24V PWM/L_ON laser control signal output.
11. Support 5V, 10V analog voltage laser power control output.
2. Each axis supports positive and negative limit, servo alarm input detection and protection.
3. Linear/arc/B-spline interpolation accuracy +/-0.5 pulse.
4. Support small circle speed limit, power follow and other functions.
5. 15 general photoelectric isolation inputs, compatible with 5V/12V/24V logic levels.
6. 15 general photoelectric isolation OC gate output, maximum 300mA drive capability (with continuous current protection), can directly drive 24V/5VDC relay.
7. Onboard system encryption control, onboard parameter storage, and a maximum file storage capacity of 256M.
8. S-type acceleration and deceleration control and adaptive speed forward processing effectively ensure the smoothness of the movement.
9.The laser can support multiple laser types such as optical fiber and glass tube.
10. Support 5V, 24V PWM/L_ON laser control signal output.
11. Support 5V, 10V analog voltage laser power control output.
Technical parameters of Z-axis servo system:
1. The dynamic following accuracy is less than 0.1mm.
2. The detection accuracy is less than 0.01mm.
3. The capacitance detection range is 0～9.9mm.
4. -10V～+10V servo drive analog voltage control output.
2. The detection accuracy is less than 0.01mm.
3. The capacitance detection range is 0～9.9mm.
4. -10V～+10V servo drive analog voltage control output.
5. The maximum speed can reach 800mm/s, and the maximum acceleration can reach 10000mm/s^2.
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