What to do if my HBS Welding System shows a continuously red display 'Er'?
If the HBS Welding System displays a continuous red 'Er' message, it indicates a discharge relay control issue. Try switching the stud welding unit off, waiting a few seconds, and then switching it back on. If the unit remains locked, switch it off and contact the responsible service department.
What should I do if my HBS Welding System shows a continuously red display 'E t'?
If your HBS Welding System displays a continuous red 'E t' message, it means the discharge transistor is defective. Turn off the stud welding unit, wait a few seconds, and then turn it back on. If the error persists, switch off the unit again and contact the responsible service department.
What to do if my HBS Welding System displays a continuous red 'Elt'?
If the HBS Welding System displays a continuous red 'Elt' message, it indicates that the charging time of the capacitor battery is too long. To resolve this, switch off the stud welding unit, wait a few seconds, and then switch it back on. If the stud welding unit remains locked, switch it off again and contact the responsible service department.
What should I do if my HBS Welding System displays a continuous red display 'EtY'?
If the HBS Welding System displays a continuous red 'EtY' message, it means that the main thyristor or control is defective. Try switching off the stud welding unit, waiting a few seconds, and then switching it back on. If the stud welding unit remains locked, switch it off again and contact the responsible service department.
What does it mean if my HBS Welding System continuously displays a red 'hot' message?
If the HBS Welding System displays a continuous red 'hot' message, it indicates a charging error. Leave the stud welding unit switched on and wait for the p.c. board charge control to cool down. If the unit continues to display 'hot', contact the responsible service department.
Why does the gun not lift on my HBS Welding System?
If the gun of your HBS Welding System does not lift, it could be due to the lift not being adjusted properly; in this case, modify the set parameters. Another cause could be a short circuit of the solenoid circuit of the gun, in which case replace the control cable-connector, control cable and solenoid. It could also be that the solenoid is defective and needs to be replaced.
What to do if HBS Welding System has no display due to magnetic circuit interruption?
If you are experiencing 'No display' on your HBS Welding System, it might be due to an interrupted magnetic circuit. Consider replacing the solenoid or control cable to resolve this issue.
Why is the light signal of the primary switch not lighting on my HBS Welding System?
If the light signal of the primary switch on your HBS Welding System does not light up, it could be due to a defective primary outlet, which should be replaced. Alternatively, the mains cable might be broken and would need replacement.
Why is there no LED display at the front of my HBS Welding System?
If there is no LED display at the front of your HBS Welding System, it could be due to a defective fuse F4 10 AT. Replace the mains fuse F4 on the front plate of the stud welding unit. Alternatively, the leads might be interrupted, in which case they should be replaced.
What does it mean if my HBS Welding System displays a continuous red 'EtA'?
If the HBS Welding System displays a continuous red 'EtA' message, it indicates that the arrow keys are sticking. Press the arrow keys to resolve this issue.
Warns about hazards from improper use, unauthorized personnel, and modifications to the stud welding machine.
Details risks for cardiac device wearers, fume exposure, and fire hazards from spatter, flashes, and noise.
Specifies required clothing, flammable material removal, and protection against foreign matter ingress.
Explains the meaning of warning symbols for danger, caution, and specific hazards like electrical or electromagnetic fields.
Details symbols indicating the need for personal protective clothing and ear protection during operation.
Lists the basic configuration of the stud welding unit, including the main unit and operating manual.
Details the ground cables available as optional accessories for the stud welding unit.
Diagram and explanation of the primary components: charging device, control, capacitors, and thyristor.
Details the information found on the machine's type plate, such as manufacturer, order number, and voltage.
Describes the buttons, display indicators, and their functions on the stud welding unit's control panel.
Explains library mode for voltage settings and automatic mode for stud feeding time.
Explains the meaning of different LED colors (Green, Red, Yellow) indicating the unit's status.
Step-by-step explanation of the contact stud welding process, from positioning to weld pool solidification.
Describes the specific procedure for contact stud welding when applied to insulation materials.
Explains the gap stud welding process, including lifting the element, arc ignition, and solidification.
Covers safety measures for fumes, fire, tripping hazards, and weld spatter in the work area.
Advises on managing electromagnetic fields and ensuring proper air circulation and stable placement of the unit.
Details the necessary steps for preparing surfaces, including removing impurities and ensuring flatness.
Provides instructions for checking the stud welding gun compatibility, chuck, bellows, and automatic stud feeder.
Emphasizes preparing the workplace, switching off the unit, and securing cables to prevent hazards.
Step-by-step guide for connecting the welding current and control cables to the stud welding unit.
Instructions for connecting the automatic stud feeder (VBZ) control socket to the stud welding unit.
Details compressed air connections, ground cable connection, and ground clamp attachment.
Safety checks and procedures for connecting the unit to the mains power supply, including earthing and voltage.
Procedure for safely switching on the stud welding unit after connecting it to the power supply.
Explains how to determine charging voltage based on material and gun type using tables and how to set it.
Explains how to set the stud feeding time in automatic mode using arrow keys for element feeding.
Guidance on performing the welding process, including safety precautions for electric shock and light arc.
Covers safety regarding explosive gases, flammable substances, weld spatter, noise hazards, and burns.
Advises on using single batch welding elements, handling batch changes, and checking weld quality.
Details how to perform visual inspections of welds, identify possible causes of defects, and apply corrective actions.
Explains how to conduct a bending test to assess weld joint strength and identify potential failures.
Analyzes bending test failures, suggests corrective actions, and guides parameter optimization.
Explains the 'blowing effect' caused by asymmetric grounds and provides remedies to ensure even melting.
Emphasizes that only qualified personnel should perform troubleshooting and repairs on the unit.
Lists common faults like no light signal or no display, with causes, localization, and remedies.
Details error codes, display issues, and gun lift problems, providing solutions for each.
Provides instructions for cleaning the unit's exterior and interior, along with safety warnings.
Outlines inspection points for the mains cable, display legibility, and replacement of warning signs.
General| Operating Frequency | 50/60 Hz |
|---|---|
| Input Voltage | 230 V, 50/60 Hz |
| Charging Time | 1.5 seconds |
| Welding Time | 1-3 ms |
| Power Supply | 230 V, 50/60 Hz |
| Welding process | CDI (Capacitor Discharge Ignition) Stud Welding |
To Next Page
