Variable end electric
RSP's aim is to apply the advantages of an emission-free, electrically powered suction attachment in various sectors of industry, the construction industry and other fi elds of activity.
The modular design of an ESE S system serves as the ba-sis, which can be operated stationary or built on a mobile substructure.
The individual modules are standardised according to ISO 668 container dimensions in width and height and vary, de-pending on the design, only in length (5ft or 10ft).
This design makes them quick to replace and easy to trans-port. The individual modules can be combined in diff erent ways, depending on requirements.
This system can be individually adapted to customer requirements.
1. Generator module
2. Fan module
3. Filter module
4. Material module
5. Hose carrier module
According to requirements and fi eld of application, addition-al options such as compressor or high-pressure water system selected. The power supply for the electric drive can be provided by a generator module. However, the system can also be connect-ed to the existing power grid.
The images represent reference objects.
Generator module:
• system can connected to an existing mains supply
• alternatively, a replaceable battery module would also be conceivable
Fan module:
• proven high-performance double fan with direct elec-tric drive
• optionally, compressor und water system can be incorporated
• all components are driven purely electrically, wa-ter-cooled and controlled by inverters
Filter module:
• with quick-change filter cartridges and separate opportunity to discharge
Material module:
• available in different sizes according to customer requirements
• discharge possible through fl ap downwards or conveyor belt to the rear
Hose carrier module
• serves as a hose guide and intake of the sucked material
• its central design enables symmetrical coverage of the suction radius
• an electrically driven hydraulic unit can be integrated into the module
Due to different requirements and specifications from our customers, individual additional solu-tions are always possible or in demand.
Please submit us your challenge so that we can develop and build your version of an individual suction station.