To Next PageTo Next PageWhat to do if no arc is produced during welding with my Denyo GAW-185ES2 Welding System?
If your Denyo Welding System produces no arc during welding, check the cable connections. If the cables are not the issue, the generator main unit, control unit SCR, reactor, or thermo switch in the control unit may have failed. In such cases, the faulty component should be repaired or replaced.
How to troubleshoot a Denyo GAW-185ES2 when the engine hardly starts?
If your Denyo Welding System's engine hardly starts, several factors could be at play. Start by checking the fuel tank and fuel strainer, removing any impurities or moisture. Ensure fuel is reaching the carburetor by checking and opening the fuel cock. If fuel is getting to the carburetor, inspect the spark plug and ignition coil. Also, a weak battery can prevent starting; charge the battery, and in winter, keep it indoors when not in use, ensuring it's fully charged before use.
What to do if the welding current regulator fails on my Denyo GAW-185ES2 Welding System?
If your Denyo Welding System's welding current regulator fails to work, the welding regulator may have failed. In this case, replace the welding regulator. Also, check the cable connection. If it doesn't help, the board of the control unit may have failed, so replace the board.
Why is the engine output insufficient on my Denyo Welding System?
If your Denyo Welding System's engine output is insufficient, check the fuel system to ensure it's not short on fuel. Also, check the air filter, clean or replace the element if it's plugged. Finally, check the muffler tail screen and clean or replace it if clogged.
How to fix no voltage (AC 100V) on my Denyo GAW-185ES2?
If your Denyo Welding System produces no voltage (AC 100V) and no power is generated, first ensure the AC output switch is in the “ON” position. If it is already on, the control unit or the generator main unit may have failed and need replacement. Also, check the connector to ensure it is connected.
What causes my Denyo GAW-185ES2 engine to fail to reach high speed?
If your Denyo Welding System engine fails to run to increase high speed, the board in the control unit, the engine governor, or the generator main unit may have failed. These components may need to be replaced or repaired. Check the connector to ensure it is connected. The engine compression may have failed and the engine may need to be repaired. The fuel strainer may have failed and need to be cleaned or replaced.
What to do if my Denyo GAW-185ES2 Welding System engine stops suddenly?
If your Denyo Welding System engine halted suddenly, replenish the fuel and check the fuel system, paying attention to possible air entry. Also, check the oil level, as the emergency stop may have been activated.
Why is the exhaust gas color inferior in my Denyo Welding System?
If the exhaust gas from your Denyo Welding System is of poor quality, the fuel may be of poor quality. Replace it with quality fuel. Also, the air cleaner may be plugged; clean or replace the element.
Why won't my Denyo GAW-185ES2 Welding System engine run at low speed?
If your Denyo Welding System engine fails to run to low speed, the board in the control unit, the slow down switch, or the slow down solenoid may have failed. These components may need to be replaced. Check the connector to ensure it is connected. The welding output terminal may be shorted and needs to be repaired.
Why does my Denyo Welding System engine fail to run at high speed?
If your Denyo Welding System engine fails to run to high speed, the engine governor or the slow down switch may have failed and need to be replaced or repaired. The engine compression or the fuel strainer may have also failed, requiring repair or cleaning/replacement.
Essential guidelines for safe operation and avoiding injury or damage.
Details dangers of electric shock, exhaust gas poisoning, and rotating parts.
Details the components of the operation panel, including switches and indicators.
Explains the digital display functions: welding current, hour meter, frequency indicator.
Details the procedure for starting the engine, warm-up, and operation.
Crucial safety warnings for operation, including legal compliance and qualified personnel.
Critical safety warnings covering personal injury, burns, battery hazards, and waste disposal.
Identifies common engine problems and their solutions, like starting issues or insufficient output.
Provides a chart for diagnosing and resolving welding and revolution control issues.
General| Rated Output (Welding) | 170 A / 26.8 V |
|---|---|
| Frequency | 50/60 Hz |
| Arc Voltage | 26.8 V |
| Fuel | Diesel |
| Fuel Tank Capacity | 12.5 litres |
| Rated Current (Generator) | 27.3/13.6 A |
