What does error code E-310 mean on Daihen OTC Welbee WB-M350?
If your Daihen Portable Generator displays error codes E-310 to E-313, it indicates a rotation problem with the cooling fan. Clean any dust inside the welding power source, as the cooling fan may not work correctly due to dust or foreign matter. If the problem continues, the cooling fan might be broken, and you should contact your dealer.
What to do if the power LED switch does not light on Daihen OTC Welbee WB-M350?
If the power LED switch on your Daihen Portable Generator doesn't light up when you turn on the power switch, it's likely that the primary power source isn't being supplied. Ensure that the primary power source is connected and providing the correct input voltage (208/230/460 V±10 %).
What does error code E-150 mean on a Daihen OTC Welbee WB-M350 Portable Generator?
If your Daihen Portable Generator displays error code E-150, it indicates that the input voltage for the primary side has exceeded the allowable range. Verify that the input voltage for the primary side is within the range of 208/230/460 V ± 10 %.
What does error code E-155 indicate on my Daihen Portable Generator?
If your Daihen Portable Generator shows the error code E-155, this means the input voltage for the primary side is out of the allowable range from 265 to 320 V. To resolve this, check that the input voltage for the primary side is within the correct range of 208/230/460 V ± 10 %.
What does error code E-160 mean on Daihen OTC Welbee WB-M350 Portable Generator?
If you're seeing error code E-160 on your Daihen Portable Generator, it means the input voltage for the primary side has fallen below the allowable range. Check that the input voltage for the primary side is within the range of 208/230/460 V ± 10 %. Also, check the set value of internal function F20.
What does error E-700 mean on my Daihen OTC Welbee WB-M350?
If your Daihen Portable Generator is showing error code E-700, it means an over current was detected at the output side of the welding power source. Check that the chip at the end of the torch isn't touching the base metal and that the power cables for the base metal and torch sides aren't short-circuited.
What does error code E-030 mean on Daihen Portable Generator?
If your Daihen Portable Generator is showing error codes E-030 to E-037, it means that installing the software from a USB flash drive has failed. Check that the USB flash drive is working properly and is correctly connected to the USB connector, then try installing again.
What does error E-810 mean on a Daihen OTC Welbee WB-M350 Portable Generator?
If your Daihen Portable Generator is displaying error code E-810, it signifies that the temperature of the governor circuit exceeded the allowable range. Check the welding torch or wire feeder for stuck wires or other abnormalities.
What does error E-020 mean on my Daihen OTC Welbee WB-M350 Portable Generator?
If your Daihen Portable Generator shows error code E-020, it indicates that inching was active when the power switch was turned on. Ensure that the INCHING key (or inching button) is not pressed. Also, if the internal functions F29 to F32 are set to "2" (inching), check the connections of the terminal blocks for external connection.
What does error code E-010 mean on a Daihen OTC Welbee WB-M350?
If your Daihen Portable Generator is showing error code E-010, it could be because the torch switch was on when the power switch was turned on. Make sure the torch switch is not pressed. If the internal functions F29 to F32 are set to "4" (activate), check the connections of the terminal blocks for external connection.
General| Brand | Daihen |
|---|---|
| Model | OTC Welbee WB-M350 |
| Category | Portable Generator |
| Language | English |
Introductory text thanking the user and outlining the manual's content.
Specifies the intended purpose of the welding power source.
Provides essential safety precautions for operating the welding power source.
States the copyright ownership and usage restrictions of the manual.
Outlines considerations for exporting the welding power source internationally.
Provides guidelines for the proper disposal of the welding equipment.
Explains the meaning of various safety symbols used in the manual.
General safety precautions for operating the welding power source.
Details specific precautions to prevent accidents during welding operation.
Provides safety measures to prevent electric shock and burns.
Safety measures concerning ventilation and respiratory protection during welding.
Safety guidelines to prevent fire, explosion, and rupture from flammable materials.
Safety measures related to gas cylinders and regulators to prevent accidents.
Precautions for handling plastic parts to prevent damage and electrical hazards.
Warnings against disassembling or modifying the welding power source.
Guidelines for using personal protective equipment (PPE) during welding.
Safety measures to avoid getting caught by rotating parts, like the cooling fan.
Lists relevant safety standards and codes applicable to welding equipment.
Details the technical specifications of the welding power source.
Explains applicable welding methods, gas types, wire materials, and diameters.
Provides the physical dimensions of the welding power source.
Explains the rated duty cycle of the welding power source and its implications.
Outlines the standard and optional components of the welding power source.
Details the standard components included with the welding power source.
Lists and describes the accessories that are supplied with the welding power source.
Lists accessories that the customer needs to prepare separately.
Lists optional accessories that can be purchased for the welding power source.
Details various optional items like remote controls and detection cables.
Provides specific information about available extension cables and hoses.
Identifies and names the various parts of the welding power source.
Explains and labels the components located on the front panel of the welding power source.
Explains and labels the components located on the rear panel of the welding power source.
Lists the necessary equipment for installing the welding power source.
Details the specific electrical equipment and ratings required for the power source.
Explains ventilation and exhaust requirements for safe welding operations.
Describes the recommended environmental conditions for installing the welding power source.
Specifies the physical location requirements for installation.
Addresses precautions and solutions for electromagnetic interference issues.
Outlines the safe procedures for transporting the welding power source.
Details the method for transporting the unit using lifting lugs and cranes.
Explains how to manually transport the welding power source using carts.
Safety warnings and procedures for connecting and grounding the equipment.
Step-by-step guide for connecting the main components of the welding power source.
Details how to connect the output cables to the welding power source.
Explains the procedure for connecting the wire feeder to the welding power source.
Describes how to connect the welding torch, including water-cooled options.
Specific connection steps for TIG welding applications.
Specific connection steps for DC STICK welding applications.
Details the procedure for connecting the shielding gas supply.
Explains how to properly ground and connect the input power supply.
Checks to perform after all connections are completed to ensure correctness.
Guidelines for connecting external equipment like robots or automatic machines.
Illustrates a typical configuration for connecting to robotic systems.
Explains how to connect the welding power source to automatic machines.
Details the wiring procedures for connecting automatic machines.
Describes how to connect external terminals for controlling the welding process.
Explains how to wire the voltage detection cable for accurate arc voltage feedback.
Details the specific wiring steps for connecting the voltage detection cable to the wire feeder.
Explains how to connect the voltage detection cable to the welding power source itself.
Provides practical examples of how to wire voltage detection cables.
Safety precautions to be observed during welding operations.
Safety measures for ventilation and respiratory protection during welding.
Guidelines for using PPE during welding to protect against arc rays, noise, and hazards.
Recommendations for selecting a suitable welding environment to ensure quality.
Essential checks to perform before starting the welding process.
Steps for powering on the unit and supplying shielding gas.
Instructions for feeding the welding wire using the inching function.
How to check and set welding parameters and prevent operational errors.
How to read pre-set or stored welding conditions.
Explains the function to prevent accidental changes to settings.
How to disable the erroneous operation prevention feature.
Procedures for executing the welding operation from start to finish.
Steps to initiate the welding process correctly.
How to adjust welding current and voltage during the welding process.
Procedures for safely stopping the welding operation and power supply.
Lists all settable parameters and their ranges for welding conditions.
Explains the various welding parameters that can be adjusted.
Lists and describes the available functions related to welding conditions.
Provides detailed explanations of the internal functions available for customization.
Explains the layout and functions of the keys and displays on the operation panel.
Explains basic welding conditions and useful functions.
Lists the fundamental factors to consider for setting welding conditions.
Describes helpful functions like memory, synergic adjustment, and penetration control.
Outlines the step-by-step process for setting up welding conditions.
Explains how to save and recall welding parameters.
Details the procedure for saving current welding settings to memory.
Explains how to retrieve saved welding conditions from memory.
Describes how to delete saved welding conditions from memory.
Explains how to set welding conditions and parameters.
Details how to select and set the welding mode based on material and gas.
How to set welding parameters like gas discharge time, current, and voltage.
Describes the sequence of welding processes (Pre-flow, Main, Post-flow, etc.).
Step-by-step guide to setting welding parameters for different sequences.
Explains the different modes for crater treatment and torch switch operation.
Details the Crater OFF mode and its operational sequence.
Explains the Crater ON mode without an initial condition.
Explains the Crater ON mode with an initial condition.
Describes the Crater (Repeated) mode for multiple crater treatments.
Details the settings and operation for arc spot welding.
How to adjust welding voltage using Synergic or Individual modes.
How to adjust arc characteristics to achieve soft or hard arc conditions.
Explains how to use the constant penetration function for consistent depth.
Advanced customization options for the welding power source.
Step-by-step guide for accessing and setting internal functions.
Comprehensive details on various internal functions.
Function to control voltage detection with extended cables.
Function to set I/O for robots and automatic machines.
Setting the time for gradual increase in welding current.
Setting the time for gradual decrease in welding current at the end.
Setting the duration for displaying welding results after completion.
Adjusting the scale plate for analog remote control.
Setting the detection level for overcurrent in the wire feed motor.
Allows fine adjustment of stored welding parameters via remote control.
Enables a turbo start function for smoother welding initiation.
Setting time and current for controlled welding start.
Adjusting the wire feed slowdown speed at the start of welding.
Setting anti-stick time and voltage to prevent wire adhesion.
Configuring how alarms affect the welding power source output.
Setting the threshold for detecting low input voltage.
Setting the cooling fan to operate at maximum speed or in power-saving mode.
Controls whether operation sounds are emitted when keys are pressed.
Setting the inactivity period before entering sleep mode.
Allows automatic setting of current based on wire feed speed or vice versa.
Reserved settings for external output terminals used with automatic machines.
Configures the functions of external input terminals for robots and automation.
Setting the CAN ID for PC monitoring systems.
Enables reading welding conditions from memory via analog remote control.
Incorporates initial and crater conditions into the "No crater" sequence.
Allows adjusting welding current via torch switch operations.
Sets current adjustment amount for single-click torch switch operation.
Sets current adjustment amount for double-click torch switch operation.
Enables repeating crater treatment multiple times as needed.
Selects which data types are saved during data logging.
Sets the sampling interval for the data log function.
Enables tack welding with normal feed speed after completion.
Reserved functions for automatic machine use.
Sets initial/crater current as a percentage of welding current.
Sets initial condition current as a percentage of welding current.
Sets crater condition current as a percentage of welding current.
Explains the functions and operation of the optional analog remote controller.
Explains the password protection function for welding conditions.
How to set or change the password for condition protection.
How to disable the password-protected erroneous operation prevention.
Enables management and monitoring of welding results.
How to set up the welding result control parameters.
Provides detailed explanations of various welding control parameters.
Details how welding points are counted and controlled.
Explains how wire consumption is measured and controlled.
Details how total welding time is tracked and controlled.
Explains how average current/voltage is monitored and alarms are triggered.
Explains how to back up and import welding data using a USB drive.
Details what data is stored in the backup file and how it's organized.
Describes how to create and use simplified data logs for welding status.
Explains the recording of error codes in a failure log file.
Step-by-step guide for backing up data to a USB flash drive.
Instructions for importing backed-up data into the welding power source.
How to reset welding conditions and internal functions to default settings.
Explains how to check the installed software version of the welding power source.
Crucial safety warnings and precautions for performing maintenance.
Lists the daily checks to be performed on the welding power source.
Details the periodic inspections required every three to six months.
Identifies parts that should be replaced periodically and their recommended lifespan.
Explains procedures for insulation resistance and voltage tests (customer should not perform).
How to identify and respond to error codes indicated on the operation panel.
Addresses common problems, their causes, and corrective actions.
Lists all part numbers, product names, specifications, and quantities.
Contains schematic diagrams and parts layout drawings for reference.
Provides the electrical schematic diagram of the welding power source.
Shows the physical layout and location of components within the welding power source.
Provides reference information for setting welding parameters.
Gives examples of problems related to improper welding conditions.
Offers sample welding condition settings for various applications.
Sample welding conditions for MAG short arc welding with mild steel.
Sample welding conditions for aluminum MIG welding.
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