Description
The Danfoss BFP 11 R3 071N0145 pump is used to complete domestic burners with a flow rate of up to 24 l/h and a single-stage power control. It is supplied with a built-in solenoid valve for automatic fuel supply control.
Features and important parameters:
- working medium: gasoline, kerosene, diesel fuel;
- viscosity of the pumped fuel: 1.8-12 cSt;
- for burners with single-stage control;
- built-in solenoid valve;
- installation in burners with a flow rate of 24 l/h;
- direction of rotation of the drive axis – clockwise;
- for single or two-pipe systems;
- the main functional unit – a pair of gears in engagement;
- pressure 7-15 bar, preset – 10 ±1 bar;
- fuel temperature inside the pump: 0...+70 °C;
- dust and moisture protection class – IP40;
- bushing fixing method ∅ 32 mm;
- built-in mesh filter 200 μm;
- ¼ inch threaded holes for connection to the suction/return line;
- standard ⅛ inch ports for connecting measuring instruments;
- automatic air bleeding in 2-pipe systems;
- inlet/outlet pressure – up to 2 bar.
The Danfoss BFP pump is suitable for single-pipe and two-pipe connection. A bypass plug is installed in the return line hole for 2-pipe connection or a blind plug when used for a single-pipe system.
Characteristics
Solenoid valve consumption: 9 WFuel consumption: 24 l/hSolenoid valve voltage: 220-240V~, 50-60HzVacuum gauge port: ⅛ inchPressure gauge port: ⅛ inchReturn pressure: 2 barTorque: 0.1 N·mMaximum rotation speed: 3,450 rpmNominal rotation speed: 2,400 rpmConnection type: G 1/4"Strainer: Open area: 13 cm²Strainer: Opening size: 200 µmOperating viscosity: from 1.8 to 12 mm²/sFactory pressure setting: 10 barNozzle pressure range: from 7 to 15 barShaft diameter: 8 mmInlet pressure: 2 barSuction and return line: ¼ inchDirection of rotation (looking at the drive shaft): R: вращение по часовой стрелкеInstallation method: sleeve ⌀32 mmDegree of protection: IP40Type of pumped liquid: gasoline, kerosene, diesel
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
