Why rod burns but with no cut progression in ARCAIR Welding System?
If your ARCAIR Welding System's rod burns but there's no cut progression, consider these potential causes: 1. There might be too much gap between the burning rod tip and the workpiece. Ensure you maintain slight pressure against the workpiece. 2. The travel speed could be too slow. 3. The oxygen pressure may be too low.
Why does ARCAIR SLICE TORCH Welding System battery only start a few rods before charge is depleted?
If your ARCAIR Welding System battery depletes after only a few rods, consider these possibilities: 1. The battery may not have been given enough time to recharge. 2. The three-position switch on the battery box might not be in the CHARGE position. 3. The battery might need replacement. 4. The battery might have been exposed to subfreezing temperatures.
What to do if rod consumes extremely fast when piercing with ARCAIR Welding System?
If, when piercing materials other than copper and its alloys, the rod consumes extremely fast when using your ARCAIR Welding System, it's likely because the operator is piercing with power. All piercing operations, except those on copper and its alloys, should be performed without power.
Why is arced collet chuck and/or rod burned off just outside of collet chuck in ARCAIR Welding System?
General| Brand | ARCAIR |
|---|---|
| Model | SLICE TORCH |
| Category | Welding System |
| Language | English |
General guidelines for safe operation, handling, and workplace requirements.
Guidance on navigating the manual, understanding symbols, and finding information.
How to locate and record crucial equipment identification numbers for reference.
An overview of the SLICE exothermic cutting system's capabilities for various materials.
Explanation of the exothermic cutting reaction, including the role of rod and oxygen.
A historical overview of the development and applications of exothermic cutting technology.
Comprehensive information on the SLICE torch design, components, and optional accessories.
Details on the SLICE Striker, used for initiating cuts without external power.
Description of different SLICE pack configurations: Utility, Battery, and Industrial.
Information on SLICE cutting rods, including sizes, coatings, and recommended uses.
Recommended settings for cutting various materials and thicknesses with SLICE equipment.
Detailed specifications for SLICE cutting rods, including part numbers and burn times.
Comparison of SLICE cutting torches for powered and non-powered cutting applications.
Step-by-step procedure for performing exothermic cutting without an electrical power source.
Instructions for using the SLICE system with a welding power supply for enhanced cutting.
Procedures and best practices for piercing holes with the SLICE exothermic torch.
Guidance on cutting copper and its alloys, emphasizing power source and rod consumption.
The critical role of oxygen pressure in exothermic cutting efficiency and molten metal removal.
How amperage influences cutting speed, rod consumption, and equipment performance.
Guidelines for travel speed to achieve clean cuts and prevent slag blowback.
Recommended angles for the cutting rod relative to the workpiece for effective cutting.
Examples of SLICE exothermic cutting applications across construction, maintenance, and fabrication.
Solutions for problems like no cut progression, molten material issues, and battery depletion.
List of replacement parts for the SLICE Striker, including handles and cable.
Identification of parts for the SLICE Battery Box, such as circuit boards and meters.
Comprehensive list of replacement parts for the SLICE Torch assembly.
Directory of ESAB offices worldwide for sales, support, and distributor inquiries.
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