laser cutting control system, torch height conrol

1. laser torch height control, 2. support speed upto 10m/min, 3. Cost-effective, 4. with anti-collision function - details see: https://www.machineto.com/laser-cutting-control-system-torch-height-conrol-10129199

Place of Origin:Guangdong China (Mainland)

Brand Name:HYD

Model Number:CHC-300

laser cutting control system, torch height conrol

contact supplier for laser cutting control system, torch height conrol

It is newest laser THC, comparing CHC-200D, it has follow improvements,

With laser nozzle, it can set cutting height from 1mm to 0.5mm, support laser cutting speed below 8000mm/min.

Demo Video link: http://v.youku.com/v_show/id_XMjI4NTgzOTE2.html

1, Increased more indicators to shows different states of THC.

2, Output of collision-alarm, which is optical isolation output from THC, can be sent to CNC’s Alarm input to freeze machine’s move. This signal is effective on both manual/auto mode. The max output is 200mA, capable to drive most relays.

3, Anti-collision function. On manual/auto mode, when metal or low-conductive item like hand touches sensor ring, THC would send out collision signal and lift torch up until no collision exist.

4, When HF cable is disconnected or weakly connected, it would be indicated on the disconnection indicator. So after installation of HF cable, just shake the HF cable, the connection will be showed by the indicator.

5, Sensitive and Accuracy is increased 100%.

6, CHC300 uses programmable logic design, which is adjustable according to customer’s request. It can be controlled by High/Low Level, and limit/auto signal can be normally open or closed, without any change on circuit, and still with high reliability on anti-interference.

It supports YAG/Fiber/CO2 laser cutting below 10m/min. On laser cutting, it needs DC motor and ball-screw to secure the motor starts with low voltage(better below 2v). And it will not use sensor ring, but needs customer to design the sensing device, we can offer design diagram for reference.

History of HYD Torch height controller

1996made first capacitive torch height controller (Analog circuit);

1998made first arc voltage torch height controller (Analog circuit);

2003designed SCM based PTHC (Ontime);

2004set up HYD.CNC Tech Co, stopped developing of immature Ontime THC, and returned to Analog Circuit design, developed XPTHC-100 and CHC-200D, and simplified XPTHC-II

2006made XPTHC-100II, CHC-200DII, and XPTHC-III;

2008made capacitive CHC-300 for laser cutting;

2009started to co-design THC with Messer China, and developed XPTHC-200; Koike started to use CHC-200DII

2010made XPTHC-100III

2011Made new generation THC, XPTHC-300, and CHC-200E.

2012designed DC version cap THC for Zinser, and new laser CHC-300.

Customized laser THC for No.1 Laser manufacturer DNE laser,