DELTA® 13 Series Classics™ T13420-SS Tub and Shower Trim Kit, 1/2 in, IPS x Slip x C, Brass, Brilliance® Stainless Steel

Description

DELTA® Tub and Shower Trim Kit, 13 Series, Classics™ Collection, 1/2 in Connection, IPS x Slip x C Connection, Escutcheon Width: 7 in, Shower Head Shape: Round, Shower Head Function: 1-Function, Shower Head Width: 3-3/8 in, 1.75 gpm Flow Rate, Spray Pattern: Fast Massage, Full Body, Full Body with Massage, High-Efficiency, Pause, Pressure Balance Cartridge, Brass, Brilliance® Stainless Steel, Lever Handle, Metal Handle, 1 Handles, Wall Mounting

Complete the look in your bathroom with a shower from the classic bath collection. DELTA® showers with Monitor® pressure balance valves are engineered to make sure you don't experience a sudden and possibly unsafe change in water temperature as a result of running water elsewhere, such as using a dishwasher, flushing a toilet or running a washing machine. While other products may gather unsightly mineral build-up over time, DELTA® soft rubber Touch-Clean® spray holes allow any mineral residue to simply be wiped away for an instantly refreshed look with no need for soaking or the aid of chemical cleaners. You can install with confidence, knowing that DELTA® showers are backed by our lifetime limited warranty.

Features

• Pause feature reduces the water to a trickle, giving you space for shaving, lathering and other shower tasks while maintaining your temperature settings
• Soft, rubber Touch-Clean® spray holes allow you to easily wipe away calcium and lime build-up from the spray face of your shower head and hand shower with the touch of a finger
• Monitor® pressure balance valve keeps water temperature within a safe +/- 3.6 deg F (+/- 2.0 deg C), helping to protect you from sudden changes in hot or cold water pressure.
• Temperature only controlled with metal lever handle
• Solid brass forged body
• Back to back installation capability
• Universal tub spout adapter allows for thread, sweat or slip on installation
• Monitor® valve protects from rapid changes in hot or cold water

Resources