Used SEIKO SEIKI STP-1000 #293594358 for sale

SEIKO SEIKI STP-1000 is an advanced and powerful pump designed to meet the demanding requirements of industrial applications. It is a high-performance, low-maintenance pump with a unique design that allows for maximum efficiency and reliability. STP-1000 pump is a rotary vane type pump with built-in toroidal powertrain for smooth and powerful operation. This high-powered pump uses a single-stage vane mechanism to draw in and pressurize large amounts of fluid with high-pressure needs. The vane assembly is made from hardened and ground stainless steel for high strength and durability, and it is balanced dynamically for optimum performance and efficiency. SEIKO SEIKI STP-1000 also features an integrated end plate and control valve, which accurately regulates flow and pressure. This feature helps reduce pump stress, extend its life, and maximize operating efficiency. This pump is designed to handle a wide range of temperatures and pressures without the need for extra cooling or heating devices. STP-1000 also features a patented Seal-less Drive System that eliminates potential leakage pathways and provides excellent long-term durability. The patented double-braided bearings ensure smooth rotation and reliable operation. Moreover, the pump incorporates a fail-safe speed sensor that allows the pump to shut down automatically should its speed increase beyond a preset limit. In addition, SEIKO SEIKI STP-1000 is designed for safe and convenient maintenance. Its outside casing is easily accessible and its parts can be quickly removed for repair and cleaning. The pump includes safe guarding features, such as a low-voltage circuit breaker and dust protection, to prevent accidental damage. Overall, STP-1000 is a top-of-the-line industrial pump that is both powerful and efficient. Its advanced design and high-performance features make it perfect for challenging industrial applications. This dependable pump requires minimal maintenance and can easily handle a wide range of temperatures and pressures safely and without compromising its performance or reliability.