| Customization: | Available |
|---|---|
| After-sales Service: | Machine Warranty 1 Year, Laser Warranty 2 Years |
| Warranty: | Machine Warranty 1 Year, Laser Warranty 2 Years |
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| Model | HT-SSA2 | HT-SSA3 | HT-SSA4 |
| Laser power | 1500W | 2000W | 3000W |
| Operating mode | Continuous or modulated | ||
| Laser wavelength | 1064NM | ||
| Beam quality | M2<1.15 | M2<1.2 | M2<1.2 |
| Output power stability | ±2% | ±2% | ±2% |
| Power requirement | AC220V±10%50/60Hz | 380V±10%3P+PE | 380V±10%3P+PE |
| Overall power | ≤9KW | ≤12KW | ≤15KW |
| Cooling system | The customized industrial chiller features dual temperature and dual control capabilities | ||
| Fiber length | 10-15M customizable | ||
| Operating ambient temperature range | 15-35ºC | ||
| Working environment humidity range | <70% No condensation | ||
| Welding thickness range | MAX4mm | MAX6mm | MAX8mm |
| Applicable material | Aluminum, cold binding, carbon steel, stainless steel, galvanized sheet and other metal materials | ||
| Weld requirement | <2mm | ||
| Welding speed | 0-120mm/s | ||
| Materials | Material thicknessmm | Wire feed speed mm/s |
Scanning speed mm/s |
Sweep width mm |
powerw | Duty cycle % |
Pulse frequencyhz | Welding wire mm |
| Stainless steel | 1mm | 90mm/s | 300mm | 2.5mm | 400W | 100% | 1000hz | 1.0mm |
| Stainless steel | 2mm | 75mm/s | 300mm | 3.0mm | 700W | 100% | 1000hz | 1.2mm |
| Stainless steel | 3mm | 60mm/s | 300mm | 3.5mm | 900W | 100% | 1000hz | 1.6mm |
| Carbon steel | 1mm | 90mm/s | 300mm | 2.5mm | 400w | 100% | 1000hz | 1.0mm |
| Carbon steel | 2mm | 75mm/s | 300mm | 3.0mm | 650w | 100% | 1000hz | 1.2mm |
| Carbon steel | 3mm | 60mm/s | 300mm | 3.5mm | 900w | 100% | 1000hz | 1.6mm |
| aluminum | 2mm | 60mm/s | 300mm | 2.5mm | 700w | 100% | 1000hz | 1.0mm |
| aluminum | 3mm | 60mm/s | 300mm | 3.0mm | 900w | 100% | 1000hz | 1.2mm |
Handheld laser welding is a new type of welding method, but also one of the important aspects of laser material processing technology application, laser welding is mainly for thin-wall materials, precision parts welding, welding process belongs to the heat conduction type, that is, laser radiation heating the surface of the workpiece, surface heat through the heat conduction to the internal diffusion. By controlling the width, energy, peak power and repetition frequency of the laser pulse, the workpiece is melted to form a specific molten pool.
| Common fault | Fault description and solution |
| The system cannot be powered on | 1. If the whole machine cannot be powered on, check whether the power supply line of the machine is normal, and then check whether the circuit breaker, emergency stop, and power button are pressed. 2, check whether the self-locking relay is normal, if damaged, it can be replaced by itself or reported after sale. |
| Laser alarm | 1. Whether the laser alarm is caused by the alarm at the water register, check whether the water tank is opened or the alarm is generated. 2. The QBHfth alarm is generated because the optical fiber head and collimation are loose. Need to report after-sales personnel to deal with. 3. The laser water reading cycle is blocked, the air is stored in the cooling water pipe, and the water circulation is checked in the hollow water pipe. |
| No light output | 1, when the laser does not appear light, first check whether the laser is turned on, when the red light is emitted from the gun head, the laser has no alarm, and the enable light on the laser panel is lit. 2, the red light is not emitted from the gun head, the laser does not alarm, so that the lamp is normal, it may be damaged for the swinging lens, need to be replaced by after-sales personnel. 3, the red light is normally emitted from the gun head, the laser does not alarm, the enable light on the laser panel is not bright when the enable light is pressed, it may be the laser expires, you need to use the computer to connect the laser to check whether the laser control is evening control mode, in the input password can be. If the above are normal, check whether the safety lock on the touch screen is opened, and whether the gun head is connected to the ground wire when it is opened. |
Laser weakening |
1, when the laser becomes weak, first confirm whether the red light is emitted in the middle of the gun mouth. 2. Whether the protective lens is damaged and whether the protective gas is turned on. 3, whether to weld on the focus. 4, the above are normal, then the computer is connected to the laser real-time monitoring whether the current laser power and set power. 5, if the power setting is normal, you need to check the focusing mirror and optical fiber head for damage, which requires after-sales personnel to deal with. |
Protective lens damageable |
1. When the protective lens is damaged frequently during welding, check whether the gas is on first. 2. When the current power is adjusted to the maximum and the laser power is increased to more than 90%, it is recommended to use defocus welding to avoid excessive splash resulting in damage to the protective lens. 3. When welding, whether the gun head is welded between 0-65 degrees and the working surface, avoid laser and working 90® when welding aluminum alloy materials (special attention should be paid to it). |
Water tank alarm |
1. If the temperature is too high, the alarm will be generated. Turn off the power supply when it appears. 2, abnormal water flow leads to alarm, water flow alarm is generally caused by water pipe bending, you can see whether the water pipe is bent. |
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