MOROKA TCD1 : AQUATONIK T/P Coaxial Shower System with Wallarm

The Kalia MOROKA TCD1 thermostatic coaxial shower system with wallarm is built around a 2-way AQUATONIK™ type T/P 1/2” coaxial valve with diverter and decorative trim. The diverter operates 1 or 2 components at a time. It is offered in Chrome and Matte Black.

Features

• Components included: 2-way AQUATONIK™ type T/P 1/2” coaxial valve with diverter and decorative trim, rainhead with 90° wall arm, 2-jet handshower, wallbar, 60’’ flexible and soft PVC hose and wall outlet
• Valve: solid brass construction with 2 male water inlets and 2 male water outlets 1/2NPT (threaded or welded); it can be installed back to back, and a support is included for better stability during installation
• Rainhead: soft tips for easy cleaning of limescale, an adjustable orientation swivel, and a solid brass arm with plastic rainhead construction
• 2-jet handshower: 2 direct functions and 1 shared function, with soft tips for easy cleaning of limescale
• Wallbar: easy-to-use gliding system and locking system
• Wall outlet: female water inlet 1/2NPT, male water outlet G1/2 and a connector adjustable in depth
• Installation requirement: the system must be installed following the installation instructions provided; component dimensions are approximated and are subject to changes.
• Kalia Inc. guarantees all aspects of its products to be free of defects in material and workmanship for normal residential use; refer to the warranty included with the Kalia products for details.

Specifications

• Available finishes: Chrome, Matte Black
• Valve maximum flow rate: 1 outlet: 25 L/min (6.6 gpm) at 60 psi; 2 outlets: 29 L/min (7.7 gpm) at 60 psi
• Valve total adjustment: 32 mm (1 1/4”)
• Rainhead dimension: 260 mm x 188 mm x 16 mm (10 1/4’’ x 7 3/8” x 5/8”)
• Handshower dimension: 80 mm (3 1/8’’) x 110 (4 3/8’’)
• Rainhead and handshower maximum flow rate: 7.6 L/min (2 gpm) at 80 psi each
• Wallbar total height: 775 mm (30 1/2’’)
• Standards met or exceeded (system): CSA B125.1, ASME A112.18.1, ICC A117.1