Used SEMIQUZ RAPS 3000 #9400510 for sale

SEMIQUZ RAPS 3000 is a heavy-duty, professional-grade fuel oil pump. Built to withstand a wide variety of conditions, RAPS 3000 is designed for a longer life and higher performance rates than other standard fuel oil pumps. This pump is designed for any industrialized setting, providing reliable and long-lasting usage for fuel oil delivery systems. SEMIQUZ RAPS 3000 is a single-stage, rotary vane pump composed of a durable aluminium housing construction. It features an integrated bypass valve feature to increase reliability, as well as inlet and outlet check valves to protect the pump from back pressure and reduce the risk of leakage. This pump also includes a pre-lubricated, oil-filled gearcase to ensure trouble-free operation, as well as customizable settings to fit any size of fuel oil requirement. RAPS 3000 has both low and high lift-off settings, adjustable pressure settings, built-in overload protection and a replaceable service kit consisting of a bearing, shaft, seal and gasket sets, making it easy to maintain during operation. SEMIQUZ RAPS 3000 is designed for efficient and safe performance in a range of outdoor settings. The pump is resistant to weather, dust and debris, boasting a reliable NEMA 4X enclosure rating for added environmental protection. It requires a minimal power supply and works even in temperatures of up to 140°F (60°C). RAPS 3000 is designed to operate without smoking and soft starting, meaning it is both extremely reliable and safe to use. In comparison to other pump models, SEMIQUZ RAPS 3000 costs less to purchase and operate, making it a great investment for any industrial setting. This pump's unique features make RAPS 3000 a popular choice for many industrial services, such as fuel oil delivery systems. SEMIQUZ RAPS 3000 is easy to install, durable and can be adjusted to fit a variety of fuel oil requirements. This ensures it continues to provide reliable, long-lasting fuel oil delivery systems that help to reduce operating costs and increase energy efficiency.