FireJet 40 ECO Plasma cutting machine, 220V/50Hz/1PH

The FireJet 40 ECO Plasma Cutting Machine combines portability with high performance, making it an excellent choice for both professional and home workshops. Capable of cutting through materials up to 12mm in thickness, this versatile tool is perfect for working with a variety of metals, including carbon steel, stainless steel, aluminum, and other conductive metals.

Key Features

• Plasma Cutter: Efficiently cuts through various metal materials with precision, ensuring clean edges and minimal heat distortion.
• HF Arc Ignition: Provides a high-frequency start for the cutting arc, ensuring smooth and reliable ignition without the need for direct contact with the material, which improves cutting quality and reduces wear on the torch.
• IGBT Technology: Advanced Insulated Gate Bipolar Transistor technology enhances cutting efficiency, control, and reliability, ensuring consistent performance and long-lasting durability.
• Thermal Overload Protection: Automatically shuts down the machine to prevent overheating, protecting both the machine and the user, and ensuring safe operation over extended periods.
• Compact and Portable Design: Lightweight and easy to transport, the FireJet 40 ECO is ideal for mobile operations as well as stationary setups, offering flexibility and convenience for various cutting tasks.

Included accessories

• 1.5M(L) 2*2.5+1 EUR Plug
• 1.5M(L) 16mm² cable with 300A ground clamp
• 4M(L) PT-31 Cutting Torch
• 1.5M(L) Gas Hose (Hose Hoop*4pcs)
• Valve/regulato (1PC)

Specifications

Important Information

The above factory current ranges are theoretical minimum and maximum values. The current range displayed and adjustable on the machine's control panel may differ from these in order to ensure better arc stability and safe operation.

Important note on electrical connection

Plasma cutters generate a significant inrush current at start-up, which can greatly exceed the rated operating current. This current surge may cause a Type B circuit breaker to trip unexpectedly. We recommend operating the machine through at least:

• a Type C circuit breaker (trips at 4–6 times the rated current), or
• a Type D circuit breaker (trips at 10–20 times the rated current) — particularly for higher-powered machines or where longer cable runs are involved.