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VEVOR Fuel Transfer Pump 230V, 15 GPM 57 L/min, AC Electric Oil Transfer Pump, 8 ft/2.4 m Max Suction Lift, 37 ft/11.28 m Max Lift, Overheat Protection, for Gasoline Diesel Kerosene Biodiesel Ethanol

High-Performance 15 GPM Flow Rate with 0.5HP 380W Motor Power

With a maximum flow rate of 15 GPM (57 L/min), this electric fuel transfer pump performs like a professional. Its strong 0.5HP 380W motor can handle quick fuel transfers for heavy machinery, building equipment, and large fuel tanks. The impressive 37-foot (11.28-meter) maximum lift height allows it to fill storage tanks and tools located higher up. The maximum suction lift height of 8 feet (2.4 meters) allows you to draw fuel from underground tanks.

The AC 110-120V, 60Hz power rating ensures it works reliably with most North American electrical systems, and the motor's high power rating ensures it performs well even when the load changes. The high flow rate greatly reduces the time required to refuel commercial vehicles, farm equipment, and industrial machinery on farming and construction sites.

Industrial Cast Iron Construction with Waterproof Switch for Outdoor Applications

Its heavy-duty cast-iron head is highly resistant to pressure, wear, and corrosion, and it retains its shape even after years of constant use. This high-strength cast-iron design is more durable and impact resistant than alternatives made of aluminum or plastic. It will work reliably for thousands of fuel transfer cycles. 

With its multiple layers of security, the waterproof power switch keeps water out even in the rain. This design keeps dust out and resists breaking when it hits something. It works well in places like farms, building sites, and marine environments, where water, dust, and physical impacts are common. The reinforced case prevents rusting, warping, or overheating, ensuring reliable operation for years to come.

Advanced Overheat Protection System with Electric Fuel Transfer Pump Safety Technology

Built-in thermal protection automatically monitors the motor's temperature and turns it off when it gets too hot or if something goes wrong, preventing damage. This smart safety system ensures the pump lasts longer and operates safely in harsh industrial settings. Once it cools to a safe level, it automatically restarts.

The electric fuel transfer pump has several safety circuits that protect the pump and electrical systems. These include overload protection, voltage protection, and thermal cutoffs. These many safety features ensure the system works properly and prevent expensive equipment from breaking down due to electrical problems or mechanical overload.

Multi-Fuel Compatibility for Gasoline, Diesel, Kerosene, and Biodiesel Applications

This electric fuel transfer pump is very flexible, as it can handle gasoline, diesel, kerosene, and biodiesel blends without requiring special components. Many types of diesel-powered equipment can use this fuel, including trucks, excavators, tractors, farm equipment, generators, and construction vehicles. Because it can handle multiple fuels, it eliminates the need for multiple specialized pumps for different types of equipment.

Chemically resistant construction materials can withstand the toxic nature of various types of fuel while maintaining the pump's performance and seal integrity. There are many uses for this pump because it can operate on various types of fuel, from automotive service centers to agricultural operations. 

Waterproof Power Switch with Electric Fuel Transfer Pump Weather Protection

The sealed power switch features multiple layers of water protection that keep water out in wet conditions. The waterproof design makes it reliable in environments such as farms, construction sites, and marine environments, where water and humidity are common. The switch's sturdy design withstands repeated use without breaking down.

The weather-resistant housing keeps electrical components safe even in bad weather by protecting them from dust, water, and physical damage. This environmental protection keeps performance consistent even when the weather changes or the work area is difficult, unlike conventional electrical equipment, which would break down.

Portable Design with Integrated Handle for Easy Transport and Storage

Its compact design and built-in handle make it easy to move between job sites and storage areas. The ergonomic handle design and even weight distribution make it easier to move by hand, and the small footprint means it takes up less room when not in use. Because it is portable, this pump is perfect for mobile service work.

The lightweight but durable design lets one person handle the pump without affecting its efficiency or durability. Integrated mounting holes allow permanent installation while still enabling portability for situations where the pump needs to be moved between locations where fuel is stored and dispensed.

Standard 1-Inch Inlet and 3/4-Inch Outlet Connections for Universal Equipment Compatibility

The pump features a 3/4-inch outlet and 1-inch inlet that fit standard fuel lines and quick-connect fittings without requiring adapters. This standard size ensures it works with a wide range of vehicles, including motorcycles, cars, trucks, and other machinery. It also makes it easy to connect to existing fuel-handling systems, saving on parts costs.

Threaded connections offer safe, leak-proof attachment points that keep the system's integrity during high-flow operations. The standard port size makes it easy to install and work with fuel nozzles, meters, and dispensing equipment that are already widely used in commercial vehicle, farm, and construction fuel transfer applications.

Complete 230V AC Operation with Low-Noise Performance for Versatile Applications

Standard European electricity systems work with 230V AC motors without any problems, and they run quietly enough for places that do not like noise. The design allows it to be used at night or in residential areas without making noise, while still operating at full capacity.

The efficient design of the AC motor makes it easy to start under load and maintains a constant flow rate even when the supply voltage changes. The single-phase operation simplifies electrical connections, and the motor's robust construction ensures reliable operation even under long-duty-cycle and stringent operating conditions.