CIT TD3 : AQUATONIK T/P Shower System with Wallarm

The Kalia CITÉ TD3 AQUATONIK T/P shower system with wallarm is offered in Chrome (BF1602-110) and Brushed Nickel (BF1602-120). The Chrome version (BF1602-110) is a TD3 thermostatic shower system made up of an AQUATONIK™ type T/P 1/2" valve and decorative trim, a 3-way 1/2" diverter and decorative trim, a rainhead with 90° wallarm, a 3-jet handshower, a wallbar, a wall outlet, a 60'' flexible and soft PVC hose and a tub spout. The Chrome version meets or exceeds ADA, CSA B125.1 and ASME A112.18.1.

Features

• Chrome version, valve and trim: solid brass construction, no visible screw, integrated service stops with check valve; can be installed back-to-back; optional lever included
• Chrome version, valve: male water inlet 1/2NPT threaded or welded, total adjustment of 19 mm (3/4"), maximum flow rate of 30 L/min (7.9 gpm) at 60 psi
• Chrome version, 3-way diverter: operates 1 or 2 components at a time; 1 outlet: 22.5 L/min (6 gpm) at 60 psi; 2 outlets: 23.5 L/min (6.7 gpm) at 60 psi
• Chrome version, rainhead with 90° wallarm: diameter of 229 mm (9''), anti-scale system with soft sprays, adjustable orientation swivel, solid brass arm and plastic rainhead construction; 7.6 L/min (2 gpm) at 80 psi
• Chrome version, 3-jet handshower: diameter of 100 mm (4''), anti-scale system with soft sprays, 3 direct positions and 2 shared positions; 7.6 L/min (2 gpm) at 80 psi
• Chrome version, wallbar: total height of 762mm (30'') with a locking system of 1/4 turn
• Chrome version, wall outlet: solid brass construction, female water inlet 1/2NPT and male water outlet G1/2
• Chrome version, hose: 60'' (1524 mm) with G1/2 female connection and integrated check valve
• Chrome version, tub spout: solid brass construction, hidden water jet and high water flow

Specifications

• Available finishes: Chrome, Brushed Nickel
• Standards (Chrome, BF1602-110): ADA, CSA B125.1, ASME A112.18.1
• Installation: must be installed following the installation instructions provided
• Note: dimensions are approximated and are subject to changes