Centrifugal immersion pump B80 KGK G1
for installation depths up to 4000 mm
- Order number: 6090-000
- Maße (mm): upon request
Further information on the KGK series such as pump types, materials etc. can be found at Request
Description:
The B80 KGK G1 series (with closed impeller) is a powerful and robust centrifugal immersion pump with plain bearings, drive lantern mounted on roller bearings and IEC standard motor. The Pumped medium is pumped out of the tank via the radial pump outlet and the vertical riser pipe. Power is transmitted from Motor to the pump by means of a torsionally flexible, positive coupling and is designed for continuous operation in applications.
- equipped with a suction strainer as standard
- a suction pipe extension up to 2000 mm is possible
- available in immersion depths from 500 - 4000 mm
Features & Advantages
- No screws in contact with the medium
- Vibration and oscillation free operation
- Long service life and operational reliability
- Lifetime grease lubricated roller bearings
- Independent bearing of Motor and pump
- External flushing to protect the plain bearings in the case of media containing solids
| Fördermenge (bis max. m³/h)*: | 30 |
| Delivery head (up to max. mWS)*: | 27,5 |
| Fluid temperature (max °C): | 90 |
| density (up to kg/dm³): | 2.0 |
| Viscosity (up to mPas): | 75 |
| Immersion length (mm): | 4000 |
| Version: | Vertical |
| Type: | B80 KGK G1 |
* 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
