Description:
The Eccentric screw pump HD-E in the industrial version transfers the advantages of the Drum pump for low-viscosity media quite simply to the medium-viscosity range. The positive displacement pump has an easily detachable outer tube, a bearing head with Mechanical seal and a free-running shaft with an eccentric screw as conveying element - all easy to dismantle and clean. The Pump tube can be suitably combined with our single-phase motor. This ensures the draining of liquids and thus saves important resources.
- also available in special immersion depths
- Pump tube equipped with Lutz original handwheel
- Media examples: Oils, waste oils, disposal liquids, paints
Features & Advantages
- Smooth running
- Uniform volume flow
- Easy and quick cleaning
- Gentle, low-pulsation product conveying
- Low wear
- Easily detachable outer tube
Pump tube (material): | Edelstahl (1.4571) |
Static seal (material): | FPM (fluororubber) |
Mechanical seal (material): | Kohle, SiC |
Drive shaft (material): | Edelstahl (1.4571) |
Stator (Werkstoff): | PTFE (Polytetrafluorethylen) |
Delivery rate (up to max. l/min)*: | 20 |
Delivery head (up to bar)*: | 4 |
Fluid temperature (max °C): | 100 |
Viscosity (up to mPas): | 4000 |
Seal type: | Mechanical seal (MS) |
Immersion length (mm): | from 1000 mm |
Immersion tube diameter (up to mm): | 41 |
Thread (inch) outside: | 1 1/4" |
Type of drive: | Three phase |
Type: | HD-E |
* The maximum flow rate is a value determined by means of a test bench and measured with water at a medium temperature of approx. 20 °C. The measurement is carried out at the pressure joint of the pump, without hose, nozzle or flow meter. The achievable flow rate in use is lower and depends on the individual application, the liquid properties and the configuration of the pump. The max. delivery head also depends on the pump design, motor and fluid. The viscosity values are determined with oil. ** Test assembly: Medium water / diesel, flow in preferred direction, settling section 0.2 m upstream and downstream of flow meter