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General| Output Current Range | 10-110 A |
|---|---|
| Input Voltage | 240 V |
| VRD | Yes |
| Protection Class | IP21S |
| Welding Processes | MMA |
Details potential health risks associated with MMA and TIG welding processes, including eye, skin, and inhalation hazards.
Outlines necessary personal protective equipment (PPE) for welding, including respiratory, eye, and body protection.
Provides critical warnings and preventative measures to avoid electric shock during welding operations.
Covers safe handling and storage procedures for gas cylinders used in welding.
Defines the user's obligations regarding manual reading, repairs, and equipment maintenance.
Explains the fundamental fusion process of MMA welding using a consumable electrode.
Lists the basic equipment needed for setting up an MMA welding system.
Discusses key parameters like current and operator technique for controlling the MMA welding process.
Highlights the flexibility, simplicity, and limitations of the MMAW process.
Describes common industrial applications for MMA welding, including fabrication and repair.
Explains how electrode coating material influences arc stability, shielding, weld pool control, and alloying.
Classifies and describes common MMA electrode types like cellulosic, rutile, and basic.
Provides guidance on maintaining electrode condition for optimal performance and weld quality.
Explains the GTAW process using a non-consumable tungsten electrode and inert gas shielding.
Lists essential equipment for the GTAW welding process, including power source, torch, and gas supply.
Details the DC electrode negative and DC electrode positive modes for GTAW welding.
Discusses tungsten electrode materials, their properties, and recommended diameters for different currents.
Covers essential consumables for GTAW, including shielding gases and filler materials.
Identifies key parameters for controlling GTAW, such as current, travel speed, and filler wire.
Highlights the inert nature, high energy density, controllability, and joint quality of GTAW.
Lists common applications for GTAW, particularly in industries requiring high-quality welds on various metals.
Provides guidelines on torch and filler wire angles for different welding positions in GTAW.
Explains the importance of shielding gases in TIG welding for arc stability and weld pool protection.
Details the procedure for safely mounting, connecting, and setting gas pressure regulators.
Presents detailed technical specifications and package contents for the Inverweld models.
Illustrates and labels the operating controls and connections on the Inverweld welding machine.
Explains the general operation and VRD (Voltage Reducing Device) functionality of the Inverweld machines.
Provides essential maintenance checks and cleaning procedures for the welding power source.
Presents the electrical schematic diagram for the Inverweld 140 model.
Displays the electrical schematic diagrams for the Inverweld 110 VRD and 140 VRD models.
Illustrates the exploded view of the machine, identifying spare parts locations.
Lists part numbers, descriptions, and quantities for ordering spare components for the Inverweld series.
Outlines the warranty period, coverage, and conditions for BOC Inverweld products.
Specifies conditions that are not covered by the warranty and circumstances that void it.
Explains the process for claiming and undertaking warranty repairs, including required documentation.
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