*Image is a representation of this item. Actual item may vary.*
Hover over image to zoom
Fill-Rite FR1210HEA 12 Volt DC Fuel Transfer Pump
57 LPM, With 3.6M Hose and Automatic Nozzle, Export Model
Ships From Manufacturer
Select Model & Quantity:
Model # | Description | Price | Qty |
---|---|---|---|
FR1210HEA | 57 LPM, With 3.6M Hose and Automatic Nozzle, Export Model | $599.99 |
Fill-Rite - FR1210HEA - 12 Volt DC Fuel Transfer Pump
The Fill-Rite FR1210HEA export model with NPT fittings is a 12V DC heavy-duty, cast-iron, rotary vane fuel transfer pump that is capable of generating up to 57LPM. It is designed to handle flammable liquids such as gasoline, diesel, biodiesel blends up to B20, ethanol blends up to E15, kerosene, and mineral spirits. The pump motor utilizes a low amp draw and is thermally protected to prevent overheating. The FR1210HEA model is available with a 19MM automatic (red boot) nozzle, 3.6M fuel hose, 508 - 863MM steel telescoping suction pipe, as well as other accessories. Made in the USA with ATEX, IECEx, INMETRO, CE, and EAC certifications and a limited lifetime warranty, this product is ideal for agriculture, construction, or any industry requiring mobile fuel transfer. Additional Accessories: 2 x 3.6 Meter Hose, 1 Automatic Nozzle, 1.5 Meter Ground Wire with Clip, 5.5 m 3.31 mm 3 Wire Battery Cable, Telescoping Steel Suction Pipe (51 to 88 cm).- Adjustable electric junction box rotates 180°
- Reliable, heavy-duty power switch withstands heavy abuse in rugged environments
- Focused weight reduction while preserving expected heavy-duty performance
- Thermally protected motor prevents overheating to maximize motor life
- Premium paint shield for exemplary corrosion resistance
- ATEX, IECEx, INMETRO, CE, and EAC certifications
Specifications:
- Fluid Handling: Biodiesel up to B20, Diesel, Gasoline, Mineral Spirits
- ATEX CE EAC IECEx INMETRO Certifcation
- 1 in. Inlet, 0.75 in. Outlet, Female Connection, NPT
- 20x20 Micron Strainer Mesh
- 15 GPM
- 240 Watts
- 1/4"Horse Power
- 16 PSI Operating/Discharge