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General| Brand | Victor |
|---|---|
| Model | Auto-Cut 200 XT |
| Category | Welding System |
| Language | English |
Explains the use of notes, cautions, and warnings in the manual for emphasis and safety.
Details hazards like gases, fumes, electric shock, fire, explosion, plasma arc rays, and noise.
Discusses hazards related to fire and explosion during operation, including combustible materials.
Addresses the risk of hearing loss from plasma arc processes and necessary protective measures.
Explains the dangers of plasma arc rays to eyes and skin and required protective measures.
Lists relevant safety and industry standards for further information and compliance.
States the equipment's compliance with standards and its intended industrial use.
Outlines the limited warranty terms, limitations, and exclusions for the product.
Describes the typical components of a plasma cutting system.
Explains the function of the plasma power supply in the system.
Describes the role of the plasma cutting torch in delivering current.
Illustrates the connection layout of system components.
Provides detailed electrical specifications and requirements for the power supply.
Shows physical dimensions and weight of the power supply unit.
Details the various ports and features located on the rear panel of the power supply.
Specifies the required quality, pressure, and flow for gases used with the system.
Outlines recommended gas types for plasma and shield gases across different materials.
Presents technical data and gas specifications for the XT-301 torch.
Identifies torch parts, explains the part-in-place sensing, and cooling method.
Details electrical and gas supply requirements for installation.
Identifies cables and leads for ground connections and ground cables.
Guides on connecting the primary power and system ground cables to the power supply.
Details grounding procedures to minimize electromagnetic interference (EMI).
Step-by-step guide to creating a proper earth ground connection for the system.
Provides guidance on routing torch leads to minimize RF interference.
Instructions for connecting the work cable to the power supply.
Details how to connect gas supply lines to the appropriate ports on the power supply.
Instructions for connecting the CNC cable to the power supply and CNC device.
Explains connections for height control systems to the power supply terminal strip.
Guides on connecting the torch leads to the arc starter module.
Step-by-step instructions for installing and connecting the torch head.
Instructions for selecting and installing consumable torch parts.
Details the installation of a Voltage Divider board for iHC Torch Height Control.
Instructions for filling the cooling system with the specified coolant.
Explains the function of various indicator lamps and displays on the power supply.
Overview of the standard system's control console features and their functions.
Details control console features for systems equipped with a water mist option.
Step-by-step procedure for setting up the system before operation.
Describes plasma gas purge, amperage selection, and gas pressure/flow settings.
Detailed steps for operating the plasma cutting system from start-up to end of cut.
Discusses different plasma and shield gas types and their applications.
Lists and explains status codes indicating system conditions or faults.
Discusses factors influencing cut quality and defines various quality parameters.
Outlines a schedule for daily, monthly, and bi-annual power supply maintenance.
Step-by-step instructions for cleaning or replacing the coolant filter.
Detailed steps for draining, replacing, and refilling the system coolant.
Details symptoms, causes, checks, and remedies for arc starter issues.
Instructions for adjusting the spark gap on the arc starter.
Provides the catalog number for a complete replacement power supply unit.
Lists catalog numbers for various leads and cables based on length.
Identifies external replacement parts for the power supply unit.
Lists replacement parts located on the lower right side of the power supply.
Identifies replacement parts found on the upper right side of the power supply.
Lists replacement parts located on the lower left side of the power supply.
Identifies replacement parts found on the upper left side of the power supply.
Lists replacement parts located on the rear panel of the power supply.
Identifies replacement parts found on the front panel of the power supply.
Specifies the recommended gas supply hose and its catalog number.
Instructions for removing consumable parts from the torch cartridge.
Guidance on lubricating O-rings and identifying worn torch parts.
Steps for installing torch consumables correctly to ensure performance.
Guides on troubleshooting coolant leaks from the torch head and parts wear.
Diagrams and pinouts for control PCB connections on the CNC module.
Explains various CNC input/output functions and their requirements.
Details wiring and switch settings for RS 485 and RS 422 serial communications.
Provides a layout diagram and lists test points on the CCM CPU PCB.
Presents a layout diagram and lists test points on the CCM I/O PCB.
Provides a layout diagram and lists test points on the Pilot PCB.
Presents a layout diagram and lists test points on the Relay and Interface PCB.
Provides a layout diagram and lists test points on the Display PCB.
Provides a layout diagram and lists test points on the System Bias PCB.
Provides layout diagrams and test points for Main Inverter PCBs.
Provides a layout diagram and lists test points on the Control and Fault PCB.
Provides layout diagrams for the Cap Bias Bottom and Top PCBs.
Provides a layout diagram of the Suppressor Printed Circuit Board.
Shows the layout and components of the WMS Gas Box.
Illustrates the system's liquid cooling circuit diagram.
Provides the first page of the system schematic diagram.
Covers system overview, inverter details, and troubleshooting for various codes.
Lists and explains process-related status codes (101-110) and their causes.
Details troubleshooting for pilot ignition failure and transfer issues.
Explains faults related to voltage, current, and pilot timeout.
Details faults related to inverter status, voltage, and phase issues.
Explains fault codes related to coolant level, flow, overheating, and system readiness.
Explains causes and troubleshooting for CANBUS communication errors.
Lists internal faults for the CCM CPU board and general troubleshooting.
Explains faults related to USB port issues and program file updates.
Provides a history of revisions and changes made to the manual.
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