What to do if Daihen OTC Welbee Inverter W400 Welding System phase W of input voltage is not connected?
If phase W of the input voltage for the primary side of your Daihen Welding System is not connected, check that there is no problem in the input voltage for the primary side and in the cable wiring. The error code will disappear when the power switch is turned off.
What to do if temperature warning LED lights on Daihen OTC Welbee Inverter W400 Welding System?
If the "Temperature WARNING" LED lights and an error code is displayed when the power switch is turned on, it means that the protection circuit has been activated due to a temperature error. Leave the system untouched with the power on, let the cooling fan run for at least 10 minutes, and then turn off the power. After doing so, clean the dust inside the welding power source.
What to do if Daihen OTC Welbee Inverter W400 Welding System detects over current at the output side?
If your Daihen Welding System detects an over current at the output side, check that the chip at the end of the torch is not contacting the base metal. Also, verify that the power cables, including those for the base metal and torch, are not short-circuited. The error code will disappear when the power switch is turned off.
What to do if the Daihen OTC Welbee Inverter W400 power switch has tripped?
If the power switch has tripped on your Daihen Welding System, it indicates a leak has occurred in the welding power source. DO NOT turn on the power switch. Contact your dealer.
What to do if Daihen OTC Welbee Inverter W400 Welding System displays error of control power?
If your Daihen Welding System displays an error of control power, check that there is no abnormality (e.g., short-circuit) in the cables. The error code will disappear when the power switch is turned off.
What to do if Daihen OTC Welbee Inverter W400 Welding System input voltage is out of range?
If the input voltage for the primary side of your Daihen Welding System is outside the allowable range, check that the input voltage is between 340 and 460 V. The error code will disappear when the power switch is turned off.
What to do if Daihen Welding System has duplicate ID on a single bus?
If there is a duplicate ID on a single bus in your Daihen Welding System, turn off the power switches of all other CAN-connected welding power sources, then turn on the power switches and check the setting of internal function F43. The error code will disappear when the power switch is turned off.
What to do if Daihen OTC Welbee Inverter W400 reignition control circuit temperature is too high?
If the temperature of the reignition control circuit has exceeded the allowable range, or the surge pressure of the secondary side switch has exceeded the allowable level in your Daihen Welding System, leave it untouched (with the power on) and operate the cooling fan for 10 minutes or more, and then turn off the power. Avoid using an extension cable unnecessarily.
What to do if Daihen OTC Welbee Inverter W400 water-cooled pump abnormally?
If your Daihen Welding System's water-cooled pump is acting abnormally, check for water leakage from the cooling water hose and ensure that sufficient cooling water is available. When using the air-cooled torch, check that LED of the TORCH key on the operation panel is off.
How to fix Daihen OTC Welbee Inverter W400 Welding System rotation problem of the cooling fan?
To address a rotation problem with the cooling fan in your Daihen Welding System, start by cleaning any dust inside the welding power source, as powder dust or foreign matter may prevent the cooling fan from working normally. If the problem persists, the cooling fan may be broken, and you should contact your dealer. The error code will disappear when any key of the operation panel is pressed.
General| Input Power Supply | 3-phase |
|---|---|
| Output Current | 400A |
| Rated Output Voltage | 36 V |
| Duty Cycle | 60% |
| Cooling Method | Forced air cooling |
| Protection Class | IP21S |
| Welding Processes | MIG/MAG, TIG, MMA |
| Output Current Range | 400A |
Explains safety warning symbols and signs used in the manual to ensure proper operation and prevent hazards.
Details safety precautions regarding the operation of the welding power source.
Lists principal safety standards and regulations relevant to arc welding equipment.
Provides detailed specifications and external dimensions of the welding power source.
Explains the standard and optional composition of the welding power source and required parts.
Identifies and explains the names of the various parts on the front and rear panels of the welding power source.
Details necessary power supply equipment and safety equipment for installing the welding power source.
Explains the recommended installation environment for the welding power source.
Describes the procedures for safely transporting the welding power source.
Provides crucial precautions for connection procedures and grounding to prevent injury or fire.
Explains the step-by-step procedure for connecting the welding power source components.
Details the procedures for performing grounding work and connecting the input power supply.
Outlines the checks required after completing all connections for safety and proper function.
Explains how to connect external equipment like robots and automatic machines.
Provides guidance on wiring the voltage detection cable at the base metal side.
Details safety precautions for welding operations, including ventilation and protective equipment.
Lists check parameters and countermeasures before commencing welding.
Explains the procedures for supplying power and shielding gas to the welding unit.
Describes the wire inching operation, also known as feeding operation of the wire.
Explains how to check and set welding conditions, and prevent erroneous operation.
Details the procedures from starting to completing the welding operation.
Explains the parameters and functions that can be set in the welding power source.
Explains the functions of displays and keys arranged on the operation panel.
Explains basic welding conditions and useful functions for welding operation.
Details the process of setting basic welding conditions.
Explains how to register and read out welding conditions from memory.
Provides instructions on how to set welding modes and parameters.
Explains how to customize internal functions for convenient use of the welding power source.
Explains the password function to protect welding conditions and prevent accidental changes.
Enables management of welding results, including parameters like welding points and wire consumption.
Explains how to back up and import data such as welding conditions via USB.
Describes how to reset welding conditions and internal functions to their default settings.
Explains how to check the software version installed in the welding power source.
Provides essential precautions for performing maintenance and inspection safely.
Outlines the daily inspection items for the welding power source.
Details the periodical inspection tasks to be performed every three to six months.
Identifies parts that require periodic replacement for optimal performance.
Covers insulation resistance measurement and withstand voltage testing procedures.
Explains how to cope with abnormalities indicated by LEDs and error codes on the operation panel.
Provides solutions for typical problems, their causes, and corrective actions.
Contains a list of parts for the welding power source with their corresponding part numbers.
Includes the schematic diagram and parts layout drawing of the welding power source.
Provides reference information and samples for setting welding conditions.
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