THEBE INVERTER P

Pressure boosting system with frequency inverter (P), where water passes through the inverter, a comfort solution for pressure control even with varying water consumption. In addition to the automation of the pumping system, it has protections, meeting with excellence the most diverse applications for water supply with maximum economy, such as residential systems, gyms, irrigation, laundry, changing rooms, temporary construction, industrial kitchens, among others.

  • Can save 30% to 60% of energy, compared to conventional systems
  • Does not generate water hammer, increasing the life of the equipment and the hydraulic network
  • Simple and intuitive operation
  • The display shows the actual operating pressure, adjusted pressure and fault code
  • Technology for protection against overcurrent, overvoltage, undervoltage, pump short circuit, blocked rotor, dry running, high inverter temperature, phase loss and sensor failure
  • Performs automatic restart after water and power outage
  • Power of up to 3.0hp in 220V

TH-16P, TH-16NR, P-11, CDX and 2CDX pumps

Brand
Thebe
Applications
Construction
Use in construction / building in general.
Industries / Processes
Circulation, Filtration, Operating Machines, Utilities, Induction Furnaces, Painting Booth.
Housing
Supply of reservoirs / water tanks, cisterns, pressurization of gardens.
Pressurization systems
Pressurization through pressure switches and frequency inverters.
Specifications
  • Maximum flow rate 10 m³/h
  • Maximum pressure of 60 mca
  • Pump type: Centrifugal single-stage and multi-stage
  • Network: Single-phase 220V*
  • Motor protection class: IP-21 or IP55
  • Motors: Power up to 3.0hp
  • Suction: BSP 1"", 1.1/2"" or 1.1/4""
  • Discharge: BSP 1.1/4""
  • Application in clean water
  • Water Temperature up to 40°C, except CDX up to 60°C
  • System provided by pump, frequency inverter, with built-in check valve and pressure transducer

*Note: Although the network is single-phase, the motors are three-phase. 

  • Technical Information
  • Maximum Flow 10,0 m³/h
  • Maximum Pressure 60,0 mca
  • Minimum Flow 1,0 m³/h
  • Minimum Pressure 10,0 mca