RDC6445GZ

  • Working standalone, 128M memory on board
  • Support USB/Ethernet communication and U disk.
  • Supports 4axes, dual laser interface and multi-channel general lo input and output
  • Support to modify manufacturerluser parameters by panel
  • The axis direction movement support manual /continuous jog switch. automatic focus and docking point setting
  • Y axis and U axis feeding synchronously
  • Support fixed single and double-head cutting, Double-head shift processing and over-breadth cutting processing
  • Application software: RDWorksV8.AutoCAD, CorelDraw and Al plug-in software

Current Price

The RDC6445GZ system is the latest generation of laser engraving/cutting control system developed by Ruida Technology. The control system has better hardware stability and better anti-high voltage and anti-static interference characteristics.

Technical parameter

  1. 4-way motor interface, the maximum output frequency is 400KHZ; the driving capacity is 20mA, and the common anode interface;
  2. Onboard 128M non-volatile memory;
  3. The maximum USB transfer rate is 12M, and the longest distance is 5 meters;
  4. The maximum transmission rate of the network cable is 100M, and the maximum transmission distance is 200M;
  5. Linear/circular/B-spline interpolation accuracy +/-0.5 pulses;
  6. 4 channels of universal photoelectric isolation OC gate output, the maximum driving capacity is 300mA (with freewheeling protection), which can directly drive 24V/5V DC relays;
  7. 4-way universal photoelectric isolation input, compatible with 5V/12V/24V logic level.

Function description

  1. Support up to 4 channels of servo/stepper motor control;
  2. It supports 1 extended serial port, which can communicate with EPLC-400, wireless handheld devices (BWK201R, BWK301R), and other devices with RS232 standard interface;
  3. Support 4 OC gate outputs, which can directly drive 5V/24 relays;
  4. Support mobile APP;
  5. Support double-head electric mutual movement control and ultra-format division cutting processing;
  6. Support double-head asynchronous processing;
  7. Supports processing methods such as large-format vision, mark point vision cutting, and projection cutting.

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