Single shaft shredder TTC1000i

metalchiphydraulic drive

Description
Vertical shredder with 30 kW hydraulic motor for long and coiled metal swarf. Designed for high throughput and to process particularly tough or tangled swarf. Suitable for installation at machining groups or as a centralized shredding unit. Equipped with an automatic ejector for non-shreddable pieces. The hopper-fed chip is pre-shredded by a hooked arm and conveyed to the grinding point; shredded material is discharged from the bottom. Non-shreddable items are expelled automatically via a side drawer actuated by a hydraulic cylinder.

Main features

• Sturdy painted steel structure and housing
• Shredding knives and counter-knives in wear-resistant material
• Automatic ejection system for non-shreddable pieces
• Alternating-direction crushing system
• Customizable crushing weight
• 30 kW hydraulic power unit

Hourly production (approximate)
Q = 0.6 m3/h | Brass | Steel | Aluminium | Stainless steel | Copper | Cast iron
density [kg/dmc] | 0.45 | 0.65 | 0.15 | 0.40 | 0.25 | -
Kg/h | 900 | 1000 | 300 | 800 | 500 | -
The indicated kg/h values are approximate and depend on swarf density, shape, oil content and coolant type. Values are based on experimental averages.

Available optionals

• Storage hopper for swarf loading
• Automated hopper closure lid with consent microswitch
• Separation sieve for ejected pieces
• Electrical control panel
• Hydraulic power unit

Technical specifications

• Model: TTC1000i
• Type: Vertical shredder for long and coiled metal swarf
• Hydraulic motor / Power unit: 30 kW
• Dimensions: 2200 x 1000 x 1700H mm
• Power: 30 kW
• Voltage: 230/400 V
• Supply: Discontinuous
• RPM: 58 rpm
• Weight: 1700 kg
• Indicative throughput examples: Brass 900 kg/h; Steel 1000 kg/h; Aluminium 300 kg/h; Stainless steel 800 kg/h; Copper 500 kg/h
• Materials: shredding knives and counter-knives in wear-resistant material
• Features: hooked-arm pre-shredding, alternating-direction crushing, automatic side-drawer ejection for non-shreddable pieces