GPI (Great Plains Industries) manufactures professional-grade fuel transfer pumps, fluid flow meters, and commercial electronic monitoring equipment.
GPI, also known as Great Plains Industries, is widely recognized for manufacturing highly durable and efficient fuel transfer pumps, fluid flow meters, and advanced electronic measurement devices. Engineered to meet the rigorous physical demands of the agricultural, automotive, construction, and aviation fueling sectors, GPI's rugged products are built for ultimate reliability and performance.
Whether you are looking for heavy-duty 12V and 24V DC fuel transfer pumps, precision turbine water meters, or advanced electronic control systems like ANPR cameras, GPI provides long-lasting, low-maintenance hardware solutions. The brand places a strong emphasis on operator safety, high-grade materials like diecast aluminum, and precise flow management across its entire product lineup.
Below you will find a comprehensive directory of GPI owner's manuals, installation guides, and troubleshooting instructions. These resources are designed to help you safely assemble, operate, and maintain your GPI equipment for years of dependable service.
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No. Unless explicitly specified (e.g., the 01N Series water meters with plastic housings), GPI fuel transfer pumps are strictly designed for petroleum products like gasoline, diesel blends (up to B20), and kerosene. Pumping water or unauthorized chemicals will damage the pump components and void the warranty.
First, ensure the fuel level in your tank is sufficient and that the suction pipe is not obstructed or missing. Inspect for a system air leak, verify the bypass poppet is not binding, and clean the strainer if necessary. Always disconnect the power source securely before inspecting moving parts.
GPI turbine meters are virtually maintenance-free. Ensure the rotor moves freely; if it does not, apply a penetrating lubricant on the rotor, shaft, and bearings, and gently remove any debris with a soft brush. Do not blow compressed air through the turbine, as it can damage the internal components.
Stalling can occur if the gears are locked or worn, if the bypass poppet is binding, or if there is defective wiring. Leaving the pump running for more than 5 minutes with the nozzle closed can build up pressure and cause motor thermal damage.
The serial number and model information are normally located on the manufacturer's specification or faceplate affixed directly to the pump or meter housing.