Clack WS2 CI Noryl Timed Filter Valve Kit – No DLFC

Clack WS2 CI Noryl Timed Filter Valve KitThe Clack WS2 CI is a heavy-duty 2" top-mount control valve designed for commercial and industrial water filtration applications. This timed filter valve kit is supplied without a DLFC, making it suitable where the drain flow control is to be selected separately to suit the vessel size, media and required backwash rate.The glass-filled composite valve body provides a robust, corrosion-resistant alternative to metal valves, while the CI electronic controller offers fully programmable regeneration cycles and reliable automatic operation.Key Features 2" commercial/industrial top-mount control valve Noryl / glass-filled composite valve body Timed filter configuration Up to 9 programmable regeneration cycles Programmable backwash, rinse and pause/service cycle times 24-hour clock with solid-state microprocessor controller Reliable DC drive with linearly reciprocating piston One-piece expanding seal and spacer stack assembly Suitable for filter vessels from 12" to 36" diameter Supplied without DLFC Flow Rates Service flow: up to 21.6 m³/hr at 1 bar pressure drop Backwash flow: up to 19.3 m³/hr at 1.7 bar pressure drop Technical Specification Inlet / outlet: 2" connections Tank mounting thread: 4" - 8 UN Riser / distributor tube: 50 mm OD Operating pressure: 1.4–8.6 bar Operating temperature: 4–43°C Drain connection: 2" male BSPT 90° QC elbow Power supply: 100–240 VAC, 50/60 Hz input; 15 VDC output Height above tank: approximately 317.5 mm Shipping weight: approximately 4.98 kg Programmable Filter CyclesThe WS2 CI controller can be configured with up to nine regeneration stages in the required sequence. Available filter functions include backwash, rinse and pause/service, allowing the valve to be adapted to a wide range of commercial filtration media and applications.Please note: this version is supplied as a timed filter valve kit with no DLFC. The correct drain flow control should be selected separately according to the filter vessel diameter, media and required backwash flow.