Penggiling samping

ZERMA GSL 180/430

Slow-speed Granulator
Tsdpfx Aji Hpfdeh Ajd

Technical Data:
- Rotor diameter (mm): 180
- Rotor width (mm): 430
- Rotor speed (rpm): 150
- Drive (kW): 4
- Number of rotor blades: 45
- Number of stator blades: 2
- Screen perforation (mm): >5
- Approx. weight (kg): 250

Application:
The slow-speed granulators of the GSL series are primarily used in injection molding and blow molding operations for inline size reduction of sprues and defective parts. Various hopper and extraction systems allow flexible integration into existing installations.

GSL 180 – For the granulation of sprues from injection molding and blow molding applications.

Key Features of the GSL Series:
- Low noise due to the reduced rotor speed, inclined cut, and multi-layer sandwich type sound-absorbing hopper
- Powerful and efficient drive thanks to branded gear unit
- Simplified maintenance, cleaning, and knife replacement

The slow-speed granulators of the GSL 180 series are equipped with an enclosed rotor measuring 180 mm in diameter. Machines are available with working widths from 120 mm to 430 mm.
The rotor consists of individual discs directly linked to the helical gearbox via an oversized drive shaft, ensuring efficient and low-maintenance power transmission.
Material can be fed manually, by conveyor belt, or robotically via the generously dimensioned, soundproofed sandwich-type hopper. As standard, the granulator is mounted on a low-profile frame with castors for easy movement. Discharge is via a suction tray installed beneath the screen, equipped with a pipe connection for a vacuum conveyor.

Applications:
The slow-speed granulators of the GSL 180 series have been specifically designed for processing sprues from injection molding and blow molding. The straightforward access enables quick color and material changes. The low rotor speed allows for processing both soft and hard materials, ensuring high-quality granulate with minimal dust content.

Iklan ini diterjemahkan secara otomatis. Kesalahan terjemahan mungkin terjadi.