Clarke 6010920 Plasma King 25E Plasma Instructions

Clarke 6010920 Plasma King 25E Plasma Cutter manual cover
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Clarke 6010920 Plasma King 25E Plasma Cutter Specification

The Clarke 6010920 Plasma King 25E Plasma Cutter is a compact and efficient cutting tool designed for precision and versatility in metalworking applications. Engineered for both professional and hobbyist use, this plasma cutter offers a cutting capacity of up to 6mm on mild steel, making it suitable for a range of metal thicknesses with clean and precise cuts. The unit operates on a 230V power supply and has a maximum output current of 25A, providing adequate power for light to moderate cutting tasks while ensuring energy efficiency.

The Plasma King 25E features an advanced pilot arc system that enhances cutting performance by enabling the cutter to start without direct contact with the metal surface, reducing wear on the consumables and ensuring smoother cuts. The machine is equipped with a high-frequency inverter technology, which contributes to its lightweight design and easy portability, weighing just 8.5 kg. This makes it ideal for on-site jobs and workshops with limited space.

Safety and user-friendliness are prioritized in the design, with built-in thermal overload protection to prevent overheating and ensure longevity. The front panel is user-intuitive, featuring simple controls for adjusting the cutting parameters. The cutter is also compatible with a range of consumables, providing flexibility and reducing operational costs. The Clarke 6010920 Plasma King 25E is an efficient solution for those in need of a reliable and portable plasma cutting system for various metal fabrication tasks.

Clarke 6010920 Plasma King 25E Plasma Cutter F.A.Q.

What is the maximum cutting thickness of the Clarke 6010920 Plasma King 25E?

The Clarke 6010920 Plasma King 25E can cut up to a maximum thickness of 6mm (approximately 1/4 inch) on mild steel.

How do I properly set up the Clarke 6010920 Plasma Cutter for use?

To set up the Plasma King 25E, connect the air supply, attach the ground clamp to the workpiece, and ensure the power settings are correct for the material thickness. Always follow the user manual for detailed setup instructions.

What type of maintenance is required for the Clarke Plasma King 25E?

Regular maintenance includes checking the torch consumables for wear, ensuring air filters are clean, and inspecting cables and connections for any damage.

Why is my Clarke Plasma King 25E not cutting through metal effectively?

If the cutter is not performing well, check the air pressure, inspect the consumables for wear, and ensure the ground clamp is securely attached. Also, verify that the settings are appropriate for the material thickness.

Can I use a generator to power the Clarke 6010920 Plasma Cutter?

Yes, you can use a generator to power the Plasma King 25E, but ensure the generator can provide a stable power output of at least 4.5 kVA.

What safety precautions should I take when using the Clarke Plasma King 25E?

Always wear appropriate personal protective equipment such as gloves, safety glasses, and a welding helmet. Ensure the work area is well-ventilated and free of flammable materials.

How do I change the consumables on the Clarke 6010920 Plasma Cutter?

To change the consumables, turn off the power, disconnect the torch, remove the worn parts, and replace them with new consumables. Follow the manual for specific guidance on disassembly and reassembly.

What air pressure is recommended for optimal performance of the Plasma King 25E?

The recommended air pressure for the Clarke Plasma King 25E is between 4 and 5 bar (approximately 58 to 72 psi) for optimal cutting performance.

Why is the pilot arc not starting on my Clarke Plasma King 25E?

If the pilot arc is not starting, check the air pressure, inspect the torch for wear, and ensure the grounding is secure. If issues persist, consult the troubleshooting section of the user manual.

How can I improve the lifespan of consumables on the Clarke Plasma King 25E?

To extend the life of consumables, maintain proper air pressure, avoid excessive pilot arc time, and ensure the torch is not overloaded by using the appropriate settings for the material being cut.