ADT-HC4300 Economical Type CNC Plasma/flame Cutting Control System5

Specifications

• Display: 320*240; 5.7 Inch LCD display;
• Memory: 32M RAM, 256M Flash ROM;
• Control axis: 3 axes; Linkage axis: 2 to 3 axes;
• Programmable input/output: 32/16 (fully optical coupler insolated);
• Pulse output: pulse + direction or pulse + pulse;
• USB, series port;
• Support Auto-height controller;
• Perfect plasma/flame Process; Kerf &gas compensation;
• Adopt ARM7 processor technology.
• Breakpoint recovery function, and power-off protection is offered during processing;

Plasma arcing detection, initial locating, and turning signal control;

• Figure library;
• Help on line: easier for the new users to guide;
• Figure processing functions: Material Deployment, rotate, and X, Y Mirror on the process figure;
• Functions of replacing gun nozzle of cutting gun, displacement perforation and moving parts;
• Track can return to the origin continuously;
• Delay, preheating and perforation functions;
• Graphics display, real-time track moving display;
• Processing files in the NCS can be copied to the U-disk;
• User can copy the latest program to the controller by U disk to take the latest application update and upgrade;
• Track input is done by CAD graphics file transmission via U disk and on-site manually writing G code;
• Use 32-bit high-performance CPU and super-large scale programmable element FPGA, apply real-time multi-task control technology and hardware interpolation technology
• Process structure of the whole machine is logical, and matched with full optocoupler isolation control, which has strong plasma anti-interference ability;
• USB and RS232 serial communication control, the function of reading file by U disk directly, with easy on-site operations;
• Stepping motor uses high-subdivision driver with high precision and stable running;
• Signal inspection function is set inside, to help user resolve machine malfunction fast;
• Available to control 3 stepping/servo motors at the same time, and two axes can synchronize or develop the function of the third axis again according to the actual requirements;