How to prevent static damage to PCB in Jasic MIG 350 Pulse Separate?
To prevent damage to the PCB of your Jasic Welding System from static electricity, wear a grounded antistatic wristband when handling PCBs and components. Also, store, carry, and transport PCBs in appropriate antistatic bags or boxes.
What to do if electric shock may occur when testing Jasic MIG 350 Pulse Separate?
To avoid electric shock when testing your Jasic Welding System, always cut off the power supply to the welder before starting any lead testing.
What to do if insulation covers of cables are dilapidated in Jasic MIG 350 Pulse Separate Welding System?
If you notice any dilapidated insulation covers on the cables of your Jasic Welding System, rewrap the affected areas or replace the cables entirely.
How to remove oxidization on connections in Jasic Welding System?
If you find oxidization on the connections of your Jasic Welding System, remove it with sandpaper and then reconnect the components.
What to do if there is a loose connection in Jasic Welding System?
If you find a loose connection in your Jasic Welding System, make sure to tighten it.
What to do if there is difficulty in installation or operation of Jasic Welding System?
If you are experiencing difficulty in the installation or operation of your Jasic Welding System, ask professionals for help.
General| Rated Input Current | 24 A |
|---|---|
| Output Current Range | 30-350 A |
| Efficiency | 85% |
| Power Factor | 0.93 |
| Protection Class | IP21S |
| Insulation Class | F |
| Duty Cycle | 60% at 350 A |
| Wire Diameter | 0.8 - 1.2 mm |
Measures to avoid electric shock hazards during welding operations.
Guidelines for safe handling of welding fumes and gases.
How to protect against burns and radiation from welding arcs.
Steps to prevent fires and explosions in the welding area.
Covers hearing protection and hazards from moving machine parts.
Hazards associated with magnetic fields from welding equipment.
Statement regarding radio frequency compliance of the equipment.
Statement regarding low frequency compliance of the equipment.
Safe practices for handling gas cylinders and regulators.
Guidelines for material handling and waste disposal of the equipment.
Covers technology, abundant functions, and reliability aspects of the welder.
Details precision, user-friendliness, and energy saving capabilities.
Input voltage, output, duty cycle, power factor, and insulation class.
Lists available welding modes, base metals, gases, and wire types.
Lists adjustable parameters for MMA welding.
Lists adjustable parameters for MIG/MAG welding.
Identifies numbered controls on the front panel of the machine.
Identifies numbered controls on the rear panel of the machine.
Details functions and part numbers for various internal and external components.
Lists specific mechanical parts like supports and plates.
Explains display zones, mode selection, and parameter selection.
Covers selection of metal, gas, wire, and adjustment knob usage.
Details channel key usage and gas check functionality.
Covers arc ignition, current, arc force, and arc breaking voltage parameters.
Visualizes MMA welding current and voltage phases over time.
Details 16 parameters for standard MIG/MAG welding.
Explains parameters specific to pulsed and double pulse MIG/MAG welding.
Describes 1T/Spot, 2T, 4T, and programmed 4T modes.
Explains how to use the torch trigger for different welding actions.
Covers lifting, cables, grounding, cooling, and environmental factors.
Details proper use of the torch, connections, and workpiece preparation.
Describes cleaning, checking connections, and insulation resistance.
Advises when to consult experts for installation or operational issues.
Warns about component explosion, static, and electric shock risks.
Covers common issues like no display, fan failure, and error codes.
Details problems related to communication, wire feeding, and current in MIG/MAG.
Visual representation of parts on the front, rear, and sides of the machine.
Comprehensive list of all parts with numbers and descriptions.
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