What to do if my Reci Welding System shows a Power Supply Fault?
If the Reci Welding System displays a 'Power Supply Fault', the first step is to check the stability of the 220V AC power supply to the laser. If the power supply is stable and the fault persists, it indicates a more complex issue. In such cases, further assistance is needed.
What should I do if my Reci Welding System displays a CurHard1 or CurHard2 Fault?
If the Reci Welding System is showing a 'CurHard1 Fault' or 'CurHard2 Fault', first check that the 220V AC power supply to the laser is stable. If the power supply is stable, try reducing the peak output power of the laser.
What to do if my Reci Welding System displays a No Gas Fault?
If your Reci Welding System shows a 'No Gas Fault', ensure that the air pressure at the GAS IN is greater than 5L/min. Then, restart the laser. This fault occurs when the air pressure at the GAS IN is lower than the set value.
How to fix a QBH Fault on a Reci Welding System?
If the Reci Welding System displays a 'QBH Fault', the contact between the QBH and the cutting head might not be correctly in place. Reconnect the QBH and weld head, then restart the laser. If the fault persists, pull out QBH with the ring contactor short circuit connected, and restart the laser.
How do I resolve an INTERLOCK Fault on my Reci Welding System?
If the Reci Welding System displays an 'INTERLOCK Fault', it means that Pin 3 and Pin 4 of CTRL-INTERFACE are not shorted. Connect pin 3 and pin 4 to the safety door or short circuit them directly, and then restart the laser.
What does IdleCur1 or IdleCur2 Fault mean on my Reci Welding System, and how do I fix it?
If your Reci Welding System is showing an 'IdleCur1 Fault' or 'IdleCur2 Fault', restart the laser. This fault indicates that the current value when the laser is turned off exceeds the upper limit.
Classifies the FCA series as a Class 4 laser instrument, highlighting invisible light and potential skin/eye damage.
Provides critical safety procedures for optical operation, emphasizing eye protection and avoiding direct beam exposure.
Details electrical safety measures, including proper grounding, voltage checks, and warnings about electric shock risks.
Specifies the environmental and power requirements, including voltage, temperature, humidity, and electromagnetic conditions.
Introduces a table detailing the optical, electrical, and other technical specifications for the FCA series lasers.
Outlines the requirements for connecting external circuits, including power and auxiliary gas systems.
Provides crucial safety precautions for installing the laser, including fixing, power disconnection, and handling.
Provides a detailed 12-pin definition table for the CTRL-INTERFACE, outlining its connections and remarks.
Describes the two control methods for the laser: touch screen and PC, covering parameter settings.
Details settings and connections for operating the laser using the touch screen interface.
Provides a step-by-step guide for operating the laser via the touch screen, including parameter saving.
Provides a comprehensive table of common fault messages, their descriptions, and recommended solutions.
General| Laser Type | Fiber Laser |
|---|---|
| Cooling System | Water Cooling |
| Wavelength | 1070nm |
| Applicable Materials | Stainless Steel, Carbon Steel, Aluminum |
| Operating Temperature | 10-40°C |
| Humidity | 5% to 85% (Non-condensing) |
| Dimensions | Varies depending on model. Consult manufacturer specifications. |
| Weight | Varies depending on model. Consult manufacturer specifications. |
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