What to do if Swagelok Test Equipment shows 'Unknown Error Occurred'?
If the Swagelok Test Equipment displays an 'Unknown Error Occurred', repeat the calibration process. If the error persists, contact your authorized Swagelok representative for assistance.
What to do if Swagelok Test Equipment shows 'Exceeded Maximum Offset'?
If the Swagelok Test Equipment displays 'Exceeded Maximum Offset', repeat the calibration process. If the error persists, contact your authorized Swagelok representative for assistance.
What to do if Swagelok Test Equipment calibration is not completed?
If the Swagelok Test Equipment calibration is not completed, repeat the calibration process up to two more times. If the error persists, contact your authorized Swagelok representative for assistance.
What to do if Swagelok Test Equipment shows 'Calibration Unit Not Connected'?
If the Swagelok Test Equipment displays 'Calibration Unit Not Connected', verify the wire harness and welding cables are connected. If they are connected, go to the Setup/Operation tab on the M200 and ensure “Calibration Unit” is selected as the connected accessory.
What to do if Swagelok Test Equipment welding cables are not connected?
If the welding cables of your Swagelok Test Equipment are not connected, connect the welding cable to the M200 and the calibration unit.
What to do if the Swagelok Test Equipment electrode cable is plugged into the wrong connector?
If the Swagelok Test Equipment electrode cable is plugged into the wrong connector, connect the Electrode cable to the range connector specified on the M200 screen.
What to do if the Swagelok Test Equipment input/output wire harness is not connected?
General| Brand | Swagelok |
|---|---|
| Model | M200 |
| Category | Power Supply |
| Language | English |
Details the hazards of arc welding and explains safety symbols used in the manual.
Describes the critical warning label affixed to the M200 power supply unit.
Lists industry standards and safety documents relevant to welding operations.
Provides an overview of the M200 power supply's capabilities and user interface.
Instructions for safely unpacking the M200 power supply and checking for damage.
Guides users on registering the product and activating the warranty.
Lists necessary tools and outlines electrical requirements for installation.
Details the physical setup, including connecting the power cord.
Provides step-by-step instructions for connecting the weld head assembly.
Explains how to connect and configure the gas supply system.
Guides through the first-time power-on procedure and setup wizard.
Explains how to use the touch screen and navigate the user interface.
Describes the Main Menu and its access to various functions.
Details the various tabs and functions within the Weld Screens.
Outlines the steps for executing a weld and post-weld procedures.
Covers loading, saving, printing, deleting, and copying weld procedures.
Explains how to create new weld procedures using Auto Create or Manual Create.
Manages and displays records of completed welds.
Details system settings, passwords, language, and hardware configurations.
Instructions for changing paper and clearing paper jams.
Guides on installing or replacing the optional fan filter.
Explains how parameter changes affect weld penetration.
Guides on generating initial weld parameters using worksheets.
Provides steps and examples for creating fractional butt weld procedures.
Provides steps and examples for creating metric butt weld procedures.
Explains ATW weld parameters and calculations.
Details parameters for socket welds.
Describes using tacks to hold joint alignment during welding.
Defines ramp time for gradual amperage changes.
Explains methods for controlled heat application in Level 1.
Adds heat before rotor advancement for initial penetration.
Refines heat input control using varying rotor speeds.
Guides on inspecting welds for uniformity, penetration, and surface finish.
Illustrates common weld flaws like incomplete penetration and cracks.
Shows how parameter changes affect weld shape and penetration.
Discusses causes of lack of ID penetration and parameter adjustments.
Explains causes of increased ID convexity and weld bead width.
Discusses setting pulse rate for optimal weld puddle overlap.
Details output current range, peak current, and duty cycle ratings.
Provides output guide for 115 V input, noting duty cycle limitations.
Explains duty cycle and shows weld/idle times for 10-minute ratings.
Lists the physical dimensions and weight of the M200 power supply.
Recommends wire gauge for extension cords to minimize voltage drop.
Lists and explains disable conditions that prevent weld execution.
Details specific disable messages and their remedies.
Lists operational conditions that may affect welding.
Describes weld errors, their causes, and recommended remedies.
Troubleshoots issues related to the power supply itself.
Troubleshoots issues related to the weld head operation.
Addresses problems related to the electrode and fixture block.
Addresses common problems encountered during the welding process.
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