Hopper feed pump Type KL-RQ
KL-RQ
Hopper feed pump Type KL-RQ
Pumps of the type WANGEN KL-RQ have a transverse feed device for integrated bridge breaking and a collecting vessel for continuous feeding. Very robust and designed for conveying dewatered sludge with a high content of dry matter (TS) ranging from 15% to 45%.
Due to their absolutely robust design, our pumps are developed for a particularly long lifespan.
Benefits and Characteristics
- buffer volume up to 10 m³ possible
- low Life Cycle Costs
- good pumping performance even against high pressure
- high dosing accuracy, also at low speed
- high pressure performance
- optimum service life even with difficult media
- low-pulsation, continuous conveyance independent of pressure and viscosity
- easy to maintain thanks to large cleaning openings
- excellent metering, important for dryer and incinerator operation
- unattended operation possible
- constant metering because the discontinuous input is compensated by buffer volume in the collecting container
- little space required, with large collecting container
- modular design for high flexibility and short downtimes for maintenance and repairs
- low construction with large container volume
The pump serie WANGEN KL-RQ convey dewatered sewage sludge. No bridge building. Very large copper / container. Abolutely robust.
- from decanters
- from chamber filter presses
- from screen belt presses
- for other feeding jobs
- to storage areas
- to silos
- to dryers
- stator with s-cone inlet for optimum filling of the pumping chamber
- fully developed, robust universal joint with pre-feeding screw
- enlargement possible with add-on funnel
- wear-protected, robust universal joint with feeding screw
- flexible drive selection
- robust bearing pedestal with close-coupled drive and self-centering of the drive
- collecting container optionally in three standard sizes (1m³/h – 10m³/h), special sizes on request
| Output |
0.5 up to 80 m³/h (at 25-100 rpm) |
| Dry substance Content |
max. 45% |
| Free ball passage |
up to 150 mm |
