The SJET(P/S) series are injection type clean water pumps, which are composed of a centrifugal pump and a nozzle, with stainless steel pump body and spare parts, have the advantages of beautiful design, self-priming in short time, reliable performance, high head and deep suction. They are suitable for pumping clean water and non-aggressive liquid. They are particularly suitable for domestic applications such as supply water from well, pool etc, the automatic distribution of water by surge tanks and pressure switch, gardening, and pressure boosting etc.

Stream SJETS100 0.75kW 230V Stainless Steel JET Pump

The SJET(P/S) series are injection type clean water pumps, which are composed of a centrifugal pump and a nozzle, with stainless steel pump body and spare parts, have the advantages of beautiful design, self-priming in short time, reliable performance, high head and deep suction. They are suitable for pumping clean water and non-aggressive liquid. They are particularly suitable for domestic applications such as supply water from well, pool etc, the automatic distribution of water by surge tanks and pressure switch, gardening, and pressure boosting etc.

Pumps should be installed in a covered area, protected against the weather.

Applications:

• Domestic and commercial pressure boosters
• Supplementary installation in borehole solutions
• Light commercial and retail applications
• Landscaping & Irrigation
• Non-corrosive liquid movement
• Hot and cold water distribution systems

Technical Features:

• Stainless steel volute and impeller
• Self-priming
• Max. ambient temperature (inside pump enclosure): 40deg. C
• Max. water operating temperature: 80deg. C
• Max. working pressure: 1000kPa (10 bar)
• Impeller options: Brass / stainless steel / PPO (please inquire)
• Insulation class: B/F
• Closed motor, externally ventilated
• Bearings: steatite ceramic / metalized carbon
• Pump duty: continuous rated

Performance Data (SJETS100):

• Max. Suction Head: 9m
• Max. Operating Head (H): 50m
• Max. Flow (Q=L/min): 52L/min

Pump performance curve: