POSEIDON TP 4/1 (Submersible pump)

Technical data
| Supply Voltage | 230 V / 1 ~ / 50 Hz |
| Power Output | 1,3 kW |
| Power Input | 1,8 kVa |
| Nominal current | 8,1 A |
| Connection cable | H07RN-F 3G1,5 Schuko IP 68 - 20 m |
| Protection | Pump IP68 |
| Discharge connection | G 2 ½“ AG |
| Particle screen (Ø) | 8 mm |
| Weight (with cable) | 23 kg |
| Dimensions (Ø x H) | 256 x 462 mm |
| Nominal delivery rate | 420 l/min at 1 bar (10 m discharge height) |
| Performance data (flow rate) | 750 l/min - 0 bar 600 l/min - 0,5 bar 420 l/min - 1 bar 250 l/min - 1,4 bar 0 l/min - 1,6 bar |
| Immersion depth | 20 m |
| pH-value of pumped medium | 5-8 |
| Ambient temperature | -15°C to +40°C |
| Temperature pumped medium | max. +40°C, briefly up to +60°C |
The new Magirus Poseidon TP 4/1 in accordance with DIN 14425 is a powerful pump that has been especially developed for use by fire brigades in emergency situations. It guarantees rapid and effective support for the firefighters in situations such as high water and flooding, where fast and efficient pumping is crucial, and under the most difficult conditions. With a maximum flow rate of up to 750 l/min, the pump offers the ability to move large volumes of water in a short time, which is a great advantage in extreme situations.
Practical features
- Eyelet for attaching a multi-purpose line for lowering or securing the pump
- Movable cable strain relief to prevent cable tension and protect the cable entry
- Increased service life of the pump due to robust materials and design
- The pumping of contaminated water with foreign bodies such as sludge and sand is possible up to a grain size of 8 mm

Additional advantages
- Adjustable discharge pressure outlet in the horizontal and vertical position to prevent
- the hose from kinking
- Two ergonomic carrying handles for comfortable handling - alone or in pairs
- Flat extraction down to a few millimeters without additional components
- Easy maintenance and inspection of the pump
- The double sleeve cooling allows continuous operation
