Remet CNC Wood Chipper RPE-200 – 22 kW Electric Wood Chipper with 3m Conveyor Belt
€9,990.00
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Available, delivery time: 2-5 days
Description
Remet CNC Wood Chipper RPE-200 – 22 kW Electric Wood Chipper with 3m Conveyor Belt
Remet CNC Wood Chipper RPE-200 (22 kW) with 3 m Conveyor Belt – RED DRAGON PROFESSIONAL
The Remet CNC RPE-200 – RED DRAGON is a professional electric wood chipper in the top performance class. Equipped with a powerful 22 kW induction motor and a highly reinforced metal frame, it offers enormous power reserves and exceptional stability for daily, intensive use.
The extended, foldable infeed hopper with reinforced metal profile ensures particularly safe and comfortable feeding of wood material. The integrated safety switch with protective bar guarantees maximum operational safety.
The wood chipper effortlessly processes branches and wood waste up to 16 cm in diameter. The high-precision cutting blades are made of wear-resistant quality steel and ensure long service life and perfect cutting quality.
Standard equipment includes an electrically driven 3 m conveyor belt, which reliably and efficiently transports the chipped material – ideal for use in wood production, agriculture, forestry, or fuel preparation.
Technical specifications
| Internal mechanism width | 300 mm |
|---|---|
| Max. cutting diameter (fresh softwood) | 160 mm |
| Max. cutting diameter (fresh hardwood) | 150 mm |
| Max. cutting diameter (dry hardwood) | 140 mm |
| Distance between shafts | 200 mm |
| Blade thickness | 15 mm |
| Gear diameter | 340 mm |
| Chipper housing thickness | 20 mm |
| Cutting blades | Wear-resistant steel with increased hardness |
| Motor | 22 kW induction motor |
| Infeed hopper | 62 × 38 cm |
| Dimensions (hopper folded) | 1950 × 960 × 2100 mm |
| Power supply | 3-phase, 400 V, 50 Hz |
| Speed | 1470 rpm |
| Conveyor belt drive | Electric motor |
| Cutting length (6 blades) | 18–30 cm |
The RPE-200 RED DRAGON sets new standards in efficiency, robustness, and reliability – ideal for professional users who demand maximum performance.