Burner Pump Suntec J 6 PAC 1000 8M
Suntec
About product
Go to descriptionPump series J: control valve with locking functionType of pumped liquid medium viscosity fuel, dieselPressure gauge port ⅛ inch NPTFPerformance at 14 bar pressure and 20 cSt viscosity 270 l/hPerformance at 14 bar pressure and 75 cSt viscosity 273 l/hPerformance at 20 bar pressure and 20 cSt viscosity 260 l/h
AED 2,825
Characteristics
Pump series: J: control valve with locking functionType of pumped liquid: medium viscosity fuel, dieselPressure gauge port: ⅛ inch NPTFPerformance at 14 bar pressure and 20 cSt viscosity: 270 l/hPerformance at 14 bar pressure and 75 cSt viscosity: 273 l/hPerformance at 20 bar pressure and 20 cSt viscosity: 260 l/hPerformance at 20 bar pressure and 5 cSt viscosity: 226 l/hPerformance at 30 bar pressure and 5 cSt viscosity: 207 l/hPerformance at 30 bar pressure and 75 cSt viscosity: 274 l/hVacuum gauge port: ¼ inch NPTFStrainer: Open area: 97 cm²Strainer: Opening size: 170 µmOil temperature: from 0 to 90 °C in the pumpModel type: without electromagnetic valveInstalling the bypass plug: M: no bypass plug, return line closed to single pipe systemValve function: pressure regulating and cut-offOperating viscosity: from 2 to 75 mm²/sPerformance at 11 bar pressure and 5 cSt viscosity: 256 l/hDirection of rotation (looking at the drive shaft): A: clockwise rotation / nozzle on the rightTorque: 0.3 N·mSuction and return line: ¼ inch NPTF (taper thread)Suction height: 0.45 bars max. vacuum to prevent air separation from oilNozzle outlet: ⅛ inch NPTFInlet pressure: 1.5 barReturn pressure: 1.5 barShaft diameter: 11 mmNozzle pressure range: from 10 to 21 barFactory pressure setting: 12 barBy-pass plug: It is installed in the return line for a two-pipe system and is removed with a hexagonal wrench withShaft design: one cavityMaximum rotation speed: 3600 rpmInstallation method: flange ∅ 54 mmNominal rotation speed: 2850 rpm
Information about the technical characteristics, appearance and color of the product is for reference only and is based on the latest information available at the time of publication