Reinbold AZR 800 Special Shredder

Our Price £ POA

The price for this product is on application only. Please contact us to discuss the options available.

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01455 840224

Reinbold AZR 800 Special Shredder Specification

Hopper opening 800mm x 1,000mm
Hopper volume 0.9m³
Throughput rate depending on the type of material and screen used
Rotor-Ø 252mm
Rotor speed 90rpm approx.
Power consumption 22kW
Tools 40Pcs
Screen perforation 10-40mm
Suction port-Ø 200mm
Air speed 28m/sec
Weight 1500Kg

Reinbold AZR 800 Special Shredder Features

  • Perforation size: The standard size is 15/20 mm
  • Throughput rate: This parameter depends on the type of material being processed (long, short, wet, dry, etc.) as well as on the size of the screen perforation. A machine usually processes between two and four hopper fillings per hour.
  • Removal of chips: For this purpose you can use a suction plant, a conveyor screw or a conveyor belt. The minimum air speed for suction plants is 28 m/s
  • The rotor shaft is made of solid steel. Adjustable cutting gap between rotor and counterknife (optional)
  • Hydraulic feed to ensure constant material feed to the rotor
  • Hydraulic cylinders suspended by cardanic joints prevent shortening of piston cup service life
  • Range of different screen mesh sizes for required chip size depending on material and task
  • Security package with gear end limit switch and reverse counter

Reinbold AZR 800 Special Shredder Options

  • Perforation size: (mm): 10/12, 12/15, 20/25, 25/30, 35/40 Special sizes on request
  • Chip Removal:Options: (1) = Pivoting filter basket (2) = 4-sided segment bottom tine plate and spike bar (3) = Discharge by auger (4) = Turbo clutch from 30 kW
  • 18.5kW Motor

About the Reinbold AZR 800 Special Shredder

The AZR 800 Special Shredder series provides a compact design combined with great power. These machines are best suitable for use in small or medium-sized companies which attach great importance to an optimum cost-benefit ratio. Further features include: robust design, high throughput rates, excellent reliability, operator-friendly, easy maintenance, low operating costs, wide range of applications.