User manual APPLIED ENERGY TMV3 BROCHURE

[. . . ] [. . . ] This TMV3 approved thermostatic Redring Selectronic Mixer Shower offers a superb temperature response, with automatic shutdown if the cold or hot water supply fails. In addition and by utilising the riser rail to route the hot and cold supplies through the ceiling this shower has one of the quickest installation times on the market. Technical Easy and fast installation Simply connect to water supplies within roof cavity Includes pre-assembled hot and cold feed pipes plus isolating valves with filters Key Features Perfect for retrofit or a brand new bathroom - minimal disruption · TMV3 approved thermostatic shower valve · Very quick to install · Hot and cold supplied down riser rail · No tile or wall cutting required · Only two fixings needed · Compatible with just about any plumbing system · Supplied with isolating valves including integral filters · Contemporary styling to enhance bathroom · Automatic shutdown if cold or hot water supply fails · Safety button override for hotter shower · Easy clean · Made from highest quality components · Designed for reliability · Unique UK design and manufacture · Chrome plated solid brass fittings for durability · All metal construction for strength · No channel pipe to cut · Easy two point mounting · 15mm copper pipes suitable for all connections including push-on, compression and soldered joints · Pipes rotate for easy alignment Dimensions CEILING 60 mm Fixing point Adjustable 3 function Traditional, Pulsator and Aerator Showerhead for pressures 0. 2 - 7 bar. Traditional Fixing point 107 mm WALL 1075mm (42 inches) 1100 mm 190 mm Aerator Pressure Requirements Specifications Pulsator Single function showerhead for pressures 0. 1 - 7 bar especially gravity fed sites. Rub clean. · Suitable for rooms with ceiling heights up to 2. 5 metres · Overall height: 1100mm Product Selector Product Reference SELECTRONIC TM Short Code SLT1 Catalogue Number 36598201 The Redring Selectronic Mixer Shower assembly can be used on systems with pressures from 0. 1 bar (1 metre head) to 7 bar. The maximum hot to cold pressure differential should NOT exceed 2 bar at higher pressures or 0. 2 bar at very low pressures. [. . . ] [. . . ]