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The Chem-Tech Series XPV pump seamlessly integrates cutting-edge variable speed peristaltic pump technology with advanced control electronics, delivering unmatched performance, precise control, and exceptional value. At the forefront of microprocessor performance management, the Series XPV offers versatility through a range of input signal types and onboard timer programs, allowing customization for any application. Despite its advanced features, this pump maintains the ruggedness and reliability characteristic of its fixed-speed counterparts, the XPF and the XPA.
The Chem-Tech Series XP employs peristaltic technology for worry-free dosing in a modern, durable design. With an electronic timing circuit in adjustable models, it ensures reliable pump control without relying on wear-prone mechanical components. Tailored for water conditioning, the Series XP offers cost-effective solutions in both setup and operation, featuring a rugged gear train and low-maintenance peristaltic design for enduring performance.
The Chem-Tech Prime Performance Series pumps feature a specialized degassing valve system, ideal for applications with off-gassing chemicals like sodium hypochlorite. Leveraging motorized-diaphragm technology, the PRIME PERFORMANCE Series ensures reliable, long-lasting, and consistent metering in a compact design. Specifically, the PP100 Models excel in off-gassing applications, offering economical and consistent performance across a broad flow range (less than 15 gpd to 30 gpd) and pressures up to 100 psi.
The Chem-Tech Series 100 sets the benchmark for dosing pumps, utilizing motorized-diaphragm technology for reliable performance and extended durability. Series 100/150 pumps deliver consistent metering in a compact design. Series 100 Models are favored by water conditioning professionals globally, offering economical performance across a broad flow range (less than 3 gpd to 30 gpd) and pressures up to 100 psi. Series 150 Models, sharing the robust platform of the 100 Models, cater to larger applications with higher flow rates, reaching up to 100 gpd, and a maximum pressure of 60 psi.