Technical Parameters | |
Model | SDATCL-FC6000 |
Laser Power(W) | 6000 |
Power consumption(kW) | 21.9 |
Power ajust range(%) | 10～100 |
Scan width(mm) | 200～500 |
Focus length(mm) | 1500 |
Work mode | Continuous |
Central wavelength(nm) | 1070～1090 |
Cooling method | Water cooled |
Working water temperature(℃) | Laser source:22～26 Fiber head:28～30 |
Fiber cable length(m) | 20 |
Output method | Standard QBH(LOC) |
Supply voltage(V) | 380 |
Installation environment requirements | 1.Ambient humidity 10%～85%RH,no condensation 2.No explosive or corrosive gases exist in the place where the equipment is installed 3.Ambient temperature 10℃~40℃ |
Work Environment | Noise,ventilation,dust and other influencing factors |
Machine size(mm) | 1418*820*1235 |
Cleaning head weight(kg) | 2.9 |
Premium Core Components,Safety Stable&Reliability.Features self-developed intelligent controls with one-touch visual operation.Ergonomic Design,Portable cleaning terminal.Conform to operating habits, delicate touch,firm and durable.Built for Demanding Environments Performs in rail,marine,and heavy machinery cleaning under extreme conditions.
1.High-quality core technology
Self-developed control system,long focal depth,anti-shake design;laser infrared focus,multiple open external interfaces, easy for automated integration;remote real-time monitoring.
2.Portable cleaning terminal
Ergonomic design,with external display screen reference,professional water and gas path design,built-in temperature sensor;multi-layer protective cavity optical lens,easy to disassemble and assemble lens,low price,and extremely low cost of use.
3.Professional mechanical structure design
Innovative human-centered interactive design is equipped with an intelli-gent water cooling system.The compact structure combines efficient heat dissipation with space optimization.The industrial-grade protection mobi- le platform enables flexible deployment;high power and high cleanliness.
4.Open functional design
Multi-language touch screen,equipped with a variety of industrial bus communication protocols, real-time monitoring of the control system status,rapid location and resolution of problems.
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