Rock 19A System

Rock 19A System is composed of: i) Rock 19A false ceiling shower head; ii) Square adjustable lateral body jets (available as accessories); iii) Techno hand shower (available as accessory). Rock 19A is a false ceiling shower head made of stainless steel available in three different color finishes. Two shower head flow types: rainfall and double cascade. Rock 19A features: i) ½” G water inlets; ii) anti-limestone system; iii) anti drop system; iv) low pressure-high performance system; v) inspectionable shower head. Stainless steel support frame included. The Rock 19A must be installed with a mixer and two way diverter (NOT INCLUDED). Shower control set NOT INCLUDED. Hydraulic system technical information: i) minimum operating pressure 21.76 psi; ii) optimal recommended pressure 36.26 psi; iii) maximum operating pressure 72.52 psi (for higher hydraulic pressure it is recommended the use of a pressure reducer, NOT INCLUDED); iv) maximum operating temperature 149°F. Minimum supply required: rainfall function 5.28 gal/min at 1.76 psi pressure; double cascade function 2.64 gal/min at 21.76 psi pressure. Thickness of false ceiling: min. 0.4" and max. 1.6". Square adjustable lateral body jets and Techno hand shower available as accessories (one additional diverter for every 3 lateral body jets and one additional diverter for the hand shower is needed, NOT INCLUDED). Accessories are available in different color finishes. Square adjustable lateral body jet made of brass with orientation angle approximately 60°; each body jet is equipped with 1.06 gal/min flow rate limiter (removable); anti-limestone system; connection: 1/2" G water inlet. The Techno hand shower made of brass with square shower, wall elbow with shower holder, PVC flexible hose 59.06 inches; connection: 1/2" G water inlet. Hand shower is equipped with 9lt/min flow rate limiter (removable). We recommend that the user contacts a professional plumber to ensure that the existing plumbing system matches the suggested requirements of the product for optimal operation.