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General| Welding Process | MIG/MAG, TIG, MMA |
|---|---|
| Power Source | Inverter |
| Wire Feed System | Integrated |
| Protection Class | IP23 |
| Rated Input Voltage | 400V |
Introduction to the CLOOS shielding gas welding machine and company information.
Explains the meaning of various safety symbols used in the operating instructions.
Covers essential safety guidelines for operating MIG/MAG welding machines, including basic specifications and hazards.
Illustrates and labels the front view of the QINEO NexT and QINEO NexT AC welding machines.
Details the features and applications of the QINEO NexT series welding power sources.
Describes the assembly process for a complete QINEO welding machine, including components and connections.
Provides instructions for safely shutting down and recycling welding machines with cooling liquid.
Overview of the main menu functions accessible via function keys F1-F8.
Explains the Synergy function, detailing process, material, wire, gas, and variant settings.
Details the available operating modes like 2-cycle, 4-cycle, Super-4-cycle, Spot welding, and External.
Describes various welding processes including Electrode, TIG, Speed Weld, Vari Weld, Control Weld, Syn off, Cold Weld, Rapid Weld, Rapid Pulse Weld, and MoTion Weld.
Details additional functions like DuoPulse, CleanStart, Blow through, Threading, Wire forward/backward, Gas manually, and Start manually.
Covers programming functions, parameter settings for different modes, and Expert Mode.
Explains how to view measured values like operating data, data set switching, seam counter, and consumption costs.
Details the configuration menu, including general settings, water monitoring, compensation, and access rights.
Provides access to diagnostic menus for software versions, system logbook, control, process, power unit, wire drive, cooling module, and robot.
Overview of the RC Plus remote control unit, its keys, and display.
Details compatibility with welding torches featuring integrated remote control.
Explains the SD module for weld data monitoring, including monitoring channels and logbook functions.
Provides technical specifications for QINEO Wire Drive units, including weight, dimensions, and ambient conditions.
Details the portable 4-roller wire drive unit, its features, options, and connection overview.
Describes the QINEO Wire Drive M4, its construction, suitability for industrial use, and available options.
Details the QINEO Wire Drive M5, its construction, suitability for industrial use, and available options.
Describes the QINEO Wire Drive A4, developed for industrial robot applications, and its options.
Details the QINEO Wire Drive AR4, developed for robot mounting, its features, and options.
Covers safety instructions for commissioning, mechanical and electrical hazards, disassembly, installation, and wire insertion.
Provides guidelines for maintaining the QINEO Wire Drive, including checks before operation.
Lists common errors, their causes, and suggested remedies for troubleshooting QINEO Wire Drive issues.
Provides information on the proper disposal and recycling of welding consumables and equipment.
Details errors concerning CAN bus, job data, version loading, configuration, and data carrier issues.
Covers errors related to water flow, arc failure, robot communication, SD logbook, language, and option chips.
Lists errors associated with QWD, CMD modules, cooling modules, and excess temperature issues.
Outlines general maintenance procedures, including regular, semi-annual, and annual testing.
Details the checks required for mains connections, gas hoses, nozzles, and torch for safe operation.
Describes procedures for semi-annual testing by qualified electricians, including cover removal and connection checks.
Specifies the requirement for annual repeat testing according to IEC 60974-4 standards.
Covers specific checks like filter mats, lifting eyes, and electrolytic capacitors for optimal performance.
Explains the interfaces like QOMI, Profibus, ProfiNet, DeviceNet, and Ethernet IP for extending welding power sources.
Details software compatibility, protocol types for Tandem operation, additional welding processes, and robot communication.
Covers connection diagrams, conditions, pre-adjustments for robots and power sources, and job programming for Tandem mode.
Explains pulse synchronisation, configuration options, synchronisation modes, and phase shifts for multiple pulse currents.
Describes how to determine and save welding parameters as 'jobs' for easy management and switching.
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