Titan Series Fibreglass Sand Pool Filters

Description Titan Series Fibreglass Sand Pool Filters Durable build to ensure lasting performance Ergonomic palm-shaped handle for easy operation Large sight indicator glass for clear backwash inspection Oil-filled pressure gauge for easy inspection of operating pressure Factory pressure tested at near-double the working pressure Suitable for use with Zodiac Crystal Clear glass media Durable and effective. Zodiac Titan Series Fibreglass Sand Pool Filters have been specifically designed for Aussie conditions. They have a highly-efficient, robust design makes them suitable for small to large residential pools. Suitable for use with the following models of Zodiac pump: Titan Series, FloPro Series, FloPro eSeries. Available in the following models: 21”, 25”, 28”, 32” and 36”. Durable build Ensuring your Titan Series fibreglass sand filter lasts you for years to come they are built with 2 layers to the body of the unit, the inner tank is made from food-grade polyethylene while the external tank is constructed from strong woven fiberglass to extend the life of the filter. The filters are also equipped with a robust base to ensure extra stability.   User-friendly The ergonomic design is a pleasure to use. Equipped with an ergonomic palm-shaped multi-port handle, a large sight indicator glass for clear backwash inspection, oil filled pressure gauge for easy inspection of operating pressure, clamp lock design head with 360° rotation (ZT500- ZT650 models) for easy installation and a drain plug to make maintenance a breeze. Brochure Zodiac Titan Series FG Datasheet DOWNLOAD Manual W88010105_Manual DOWNLOAD     PLEASE NOTE: During initial clean-up of the pool water it may be necessary to backwash frequently due to the unusually heavy initial dirt load in the water. To prevent water leakage, make sure all pipe connections are tight. Sand filters operate un high pressure. Take care when any part of the circulating system (e.g. Clamp, Pump, Filter, Valves etc) is serviced as air can enter the system and become pressurized resulting in the lid or valve to be blown off.