- High performance
- Compact unit
- Perfectly suited for mobile use
- Dry and contact-free operating principle
- Easy monitoring of fill level
Phenix
Dry waste collection system
PHENIX are dry waste collection systems and have been specially designed for the removal of residual films produced during the packaging process.
They are characterized by high pumping speeds and low power consumption. Due to their dry and contact-free operating principle together with lifetime-lubricated bearings they are nearly maintenance-free.
PHENIX SR
High performance for residual film removal
Operating principle
In PHENIX dry waste collection systems a multi-stage radial blower is installed. It works according to the dynamic compression principle and is intended for assembly with a filter element. It operates with a contact-free impeller. The drive and the fan form a single form unit. A shaft seal is arranged between the storage chamber and the compression chamber. The impellers are overhung and are located on the extended, vertical shaft of the motor.
Benefits of the PHENIX SR
PHENIX SR dry waste collection systems are the ideal solution for the removal of residual films or similar scrap materials.
They consist of a removable perforated sheet metal film container combined with a multi-stage radial blower in a robust and rugged construction. Independent of the fill level, the pumping speed stays constantly high.
Motor and blower form a very compact unit. Coming with castor wheels as standard, PHENIX SR are perfectly suited for mobile use directly where residual film or scrap materials have to be collected. They can be connected to packaging machines by flexible hose lines.
The operating principle of the PHENIX SR is dry and contact-free. Combined with their lifetime-lubricated bearings this makes them nearly maintenance-free.
A transparent and impact-resistant plastic cover allows to easily monitor the fill level of the film container at all times, even during operation. Due to special clip fasteners, the emptying of the film container can be performed quickly and easily.
