Twin-Rotor Industrial Shredder Technical Configuration
Twin-Rotor Industrial Shredder Configuration Data
| Specification | Configuration Value |
|---|---|
| Configuration | Twin-Rotor Industrial Shredder |
| Motor Power / Adjacent Source Token | 15 kW · KR673 |
| Rotor Diameter | 120 mm |
| Rotor Count | 2 |
| Rotor Length | 140 cm |
| Rotor Speed | 15 rpm |
| Rotor Surface | Hard-facing welded |
| Machine Dimensions (Width × Length × Height) | 70 × 125 × 60 cm |
| Dimensional Coordination | 140 cm rotor length · 125 cm machine length · resolve in approved drawings |
| Blade Count | 27 |
| Material-Thickness Source Value | 20 mm |
| Machine Weight | 4,500 kg |
| Bearing Housings | Heavy-duty configuration |
| Cutter Duty | Defined for the approved material and operating scope |
| Cutter Dimensions | 40 mm thick · 35 cm diameter |
| Cutter Material | 2379 special steel |
The table presents the available twin-rotor industrial shredder values for the drive, twin rotors, cutting elements, machine body and operating speed.
Product Brochure
Technical Brochure
Download the current PDF brochure for technical specifications, configuration details and layout references.
Twin-Rotor Industrial Shredder
A twin-rotor cutting configuration with explicit dimensional coordination.
The twin-rotor configuration uses a hard-facing welded rotor surface and cutting elements measuring 40 mm thick and 35 cm in diameter. The cutter material is identified as 2379 special steel. Further entries include 27 blades, a 20 mm material-thickness value and heavy-duty bearing housings. Accepted material, required output, capacity, electrical supply and installation interfaces are defined for the approved project scope.
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Twin-Rotor Geometry
The configuration uses two rotors with a 120 mm diameter, 140 cm length and 15 rpm speed.
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27-Blade Cutting Set
The cutting set uses 27 blades; cutter dimensions are 40 mm thick and 35 cm in diameter, with 2379 special steel specified.
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Explicit Dimension Control
The 140 cm rotor length and 125 cm machine length must be resolved in approved project drawings before scaled layout work.
Material & Reduction Duty
Define the twin-rotor reduction duty from project material data.
Accepted input, target output and required capacity are defined from representative material and the operating duty.
Capacity, target fraction, accepted-material range, voltage and safety provisions are defined for the approved project configuration.
- Product Configuration
Keep the twin-rotor configuration values together and do not combine them with another shredder configuration.
- Input Data
Record material identity, geometry, contamination and hard inclusions before equipment selection.
- Reduction Objective
Define the required physical change, target output and downstream route.
- Dimensional Coordination
Resolve the 140 cm rotor length and 125 cm machine length in approved project drawings before layout work.
- Cutter Duty
Match cutter material, wear allowance and maintenance planning to the accepted input and operating duty.
- Project Data
Confirm voltage, controls, capacity, output, installation interfaces and safety provisions in the approved technical offer.