Used SEIKO SEIKI STP-H1301 #123333 for sale

SEIKO SEIKI STP-H1301 is an advanced, direct-drive, diaphragm pump designed for a variety of water pressure applications. Featuring a unique three-headed design and direct-drive power that provides a higher degree of efficiency than traditional types of pumps, STP-H1301 is a single-stage diaphragm pump that's ideal for high-pressure performance. SEIKO SEIKI STP-H1301 features a unique three-head design with a top-suction and bottom-discharge head connected in parallel for added efficiency. This design is ideal for delivering high water pressure quickly. The direct drive power is powered by a 36W high-efficiency DC motor which ensures consistent performance while conserving energy. This motor can deliver pressure up to 10Kgf/cm2 and offers superior no-load performance. STP-H1301 also features a dual-suction diaphragm for uniform and reliable delivery. This type of diaphragm is durable and very resistant to rotary pressure. The construction, materials, and design of SEIKO SEIKI STP-H1301 provide dependable, long-lasting performance. STP-H1301 is designed for reliable and long-lasting performance under a wide range of conditions, making it an ideal choice for water pressure applications. SEIKO SEIKI STP-H1301 is also compatible with a range of pressure switches to ensure reliable, safe operation. Additionally, it also features an adjustable control module with 3 selectable speed settings that allows for fine adjustment of pressure output. STP-H1301 is also easily adaptable and customizable. It features an integrated control system with several specification and factoring options, including adjustable inputs and outputs, as well as pulse, surge, and pressure ratings. Additionally, SEIKO SEIKI STP-H1301 can be installed without the need for additional components or tools. Overall, STP-H1301 is an ideal pump for high-pressure applications. Its unique three-headed design, direct drive power, advanced diaphragm technology and adjustable control module allow it to be customizable and adaptable for different types of applications.