The DAB self priming jet pump with electronic pump controller is suitable for water supply with suction wells, boosting domestic systems, as well as agricultural and gardening. These pumps feature an electronic pump control with dry run protection and automatic restart. The DAB Jetcom NXTP is a surface mounted system. It has a DAB 2 year parts and labour warranty and is approved for drinking water (AS/NZ 4020).

 

The Bianco iCON nXt Pro adjustable controller is included. This is a dual mode electronic pump controller which monitors both pressure and flow to automatically control the pump operation. It has two modes - Mode 1 allows the starting pressure to be adjusted and Mode 2 allows both starting and stopping pressure to be adjusted. The controller has an LED display to  show real time system pressure, flow, and any warnings. It also has an IEC plug and play lead for the pump with an AX version with round 3 pin socket for the pump. 

 

The controller protects the pump from:

  1. failure of water supply (dry water tank) and restarts automatically on water restoration.
  2. seizing through lack of use, or frequent starts due to water leakage.

 

 

Note: When using the DAB Jetcom NXTP system, a pressure tank is recommended in mode 1. An additional pressure vessel is required in mode 2 for reliable operation.

 

Other single or tri mode controllers are available on request.

 

Bianco iCON nXt controllers combine innovative technology with proven designs to guarantee constant supply of pressurised water. They are tested in Australia and are perfect for supplying clean, non-volatile liquids clean from fibers and solids. 

 

Note: Pricing displayed only includes unit. It does not include shipping, installation, or any other associated cost. 

DAB Jetcom NXTP

$670.00Price
  • Pump kW HP Volts Max Head (m) Max Flow (lpm) Ports Taps*  
    DAB-JETCOM102NXTP 0.75 1.0 240 53.8 60

    1" BSPF In

    1" BSPM Out

    6  
    DAB-JETCOM132NXTP 1.0 1.36 240 48 80

    1" BSPF In

    1" BSPM Out

    8  

    * Taps calculated at 10 L/m