PARKSIDE® Plasma cutter PPS 40 B3, with overload protection

Description

Current: 15 – 40 A
Pressure: 4 – 4.5 bar
Voltage: 230 V / 50 Hz

PARKSIDE® Plasma Cutter PPS 40 B3, with Overload Protection

Features

• Compact, robust, and powerful device
• Electronically controlled plasma arc, stable and uniform
• For precise and clean cuts up to 9 mm thick
• Suitable for cutting steel sheet, stainless steel, aluminum, copper, and iron
• Continuously adjustable cutting current
• High-quality cutting torch with a plastic handle
• Contactless cutting with pilot ignition – reduces burner nozzle wear
• No need for grinding the cutting edge
• 2.5 m cutting cable with interchangeable burner tips
• Strong ground clamp with grounding cable
• 2 m flexible compressed air hose with Quick-Connect system
• Compatible with commercially available compressors (e.g., PARKSIDE PSKO 24)
• Compressed air connection at the rear with pressure reducer
• Overload protection with thermal sensor and control indicator light
• Powder-coated steel housing with an ergonomic handle

Included Accessories:

• Ground clamp with cable
• Cutting torch with 2.5 m cutting cable
• Compressed air hose with Quick-Connect system
• 4 burner tips (2 burner sleeves / 2 electrodes)
• Plasma torch with pilot ignition

Technical Specifications

• Current: 15 – 40 A
• Cutting power:
  • Copper: approx. 1 – 2.5 mm
  • Stainless steel: approx. 1 – 6 mm
  • Aluminum: approx. 1 – 6 mm
  • Iron: approx. 1 – 8 mm
  • Steel: approx. 1 – 9 mm
• Pressure: 4 – 4.5 bar
• Voltage: 230 V / 50 Hz

Materials

• Steel sheet, plastic

Dimensions

• Plasma cutter: approx. 34.1 × 11.6 × 23.7 cm
• Power cord length: approx. 2 m

Weight

• Plasma cutter: approx. 4.4 kg

Notes

• Must be used with a compressor (e.g., PARKSIDE). Compressor not included!
• It is essential to follow the safety instructions in the user manual.
• This Class A welding equipment is not intended for use in residential areas where power is supplied by a low-voltage public power system. Ensuring electromagnetic compatibility in such areas may be difficult due to conducted and radiated interference.