Competent, Consistent, & Compliant Pretreatment - Water Softeners TAFS Series, 1” Water Softening Systems The Biolab TAFS Series 1” Water Softening Systems are designed to remove calcium and magnesium ions from incoming water and replace them with soft sodium ions. Our complete system series features the Performa™ Softener Valve with standard controller for simple operation and efficient regeneration. Operating Parameters • Pressure: 20-100 psi (138 - 690 KPA) • Temperature: 33-120º F (2-38º C) • Electrical: 115/60Hz, single phase • Inlet/Outlet: 1.0 inch • Drain: 0.75 inch Materials of Construction • Media Tank: FRP - HDPE lined • Control Valve: Glass filled Noryl® • Media: Virgin cation resin • Distributor Piping: PVC • Brine Tank: Polyethylene Options Available • Single, duplex twin alternating or parallel configs Standard Features • Free standing or skid-mounted systems • Fully automatic regeneration • Custom installations and valve nests to meet facility • 30,000 to 150,000 grains hardness removal • SIngle unit flow rates up to 25 USgpm • Parallel flow rates up to 50 USgpm • Durable, high quality exchange cation resin • Factory, fully pre-plumbed & pre-wired systems Typical Applications • Non-corroding fiberglass tank • Reverse osmosis system pretreatment • Valve constructed of plastic materials • Boiler feedwater • Standard reliable electronic timer • Reagent grade lab water systems • Tank for brine making & salt storage • USP purified water systems • Hemodialysis & Life Sciences water systems

TAFS Series 1” Water Softeners @ 25 C Model Number Flow Design (USgpm) Backwash Flow (USgpm) Pressure Drop @ Peek (psig) Space Required WxDxH Note: All weights and dimensions are approximate. Installation Considerations For proper serviceability, it is recommended that there be 18” of space around the entire system. A minimum of 12” is required. The tanks should be installed on a firm, level surface. • The inlet piping should be sized large enough to provide the required water flow for both service flow and backwashing of the tanks with minimum amount of pressure loss. • A drain with suitable...