ZR-130W CO2 laser power supply

Feature：

1. Control is simple: This 130W CO2 power supplies use high or low level control, the use of TTL-level control of the laser can start and stop. At the same time it increases the protection switch, testing is through the external water and ventilation on this high voltage CO2 power supplies.

2.This laser tube's CO2 power supplies have a built-in network cable interface, which can be used to connect with external LCD module through the network cable. The external LCD module can display the working status, output current and common fault codes. This is helpful for operators to understand the working status of 130W CO2 power supplies and quickly solve problems. The output current can be adjusted through the rotary potentiometer of the liquid crystal module.

3. Good compatibility: The high voltage CO2 power supplies can drive EFR,Yongli,SPT,Weiju and other brand 1.6 or 1.65 meter length 130W CO2 laser tube and it also have a strong adaptability and fast response, cutting advantages of good effect.

4. This laser tube's CO2 power supplies adopt G/P/L/G/IN/5V as control signal output interface.The high voltage CO2 power supplies adopts aluminum upper cover and base, and galvanized steel shell.

5. Protection function: This laser tube's CO2 power supplies have open circuit protection: Under the condition of good protective earth, the high voltage CO2 power supplies can work in open-circuit for a short time, which could avoid the damage to the 130W CO2 power supplies

6. The laser tube's CO2 power supplies has stable working performance: Each high voltage  CO2 power supplies has been much more rigorous testing procedures, under full load high temperature (52~55 degrees Celsius) 24 hours of aging, to ensure the stability of each 130W CO2 power supplies.

7.Laser power control is simple on this laser tube's CO2 power supplies, 0-5V analog signal control the laser power can be used, It can also use the PWM (pulse width modulation) signal to control output laser power.

Specification：