The T3036 emergency shower is a wall mounted or recessed unit that includes an integrated mixing valve so that the plumbing can be run directly to the unit. The shower shall be manufactured of corrosion resistant materials. The integral valve assembly shall be brass unit with machined 1¼" connections with check valves for hot and cold water inlet connections. Unit shall include universal ANSI compliant sign. The integral ASSE 1071 approved mixing valve assembly shall control outlet temperature over a wide range of flow and shall be suitable for combination shower applications in order to comply with the latest ANSI/ISEA Z358.1 requirements. Temperature adjustment shall be vandal resistant. The control mechanism shall employ a liquid filled thermostatic motor to drive the valve without additional power requirements. The control mechanism shall employ a stainless steel sliding piston control device with reverse seat closure and both fixed and variable cold-water bypass. In the event of interruption of the cold water supply, the control mechanism closes off the hot water port, stopping all flow (POSITIVE HOT WATER SHUTOFF). In the event of interruption of the hot water supply, the control mechanism shall allow cold flow through both the fixed and variable bypass. In the event that the liquid motor fails, the control mechanism closes off the hot water port with the reverse seat and fully opens the internal variable bypass to allow cold-water flow. The shower shall include a First Aid Red ABS showerhead or Stainless Steel showerhead designed to give the user uniform and non-forceful flow over the entire coverage area at a minimum of 20 gpm at 30 psi. The lead-free brass ball valve, that is used to activate the fixture, is housed in an 18-gauge, Type 304 stainless steel cabinet with a stainless steel handle extending out of the cabinet. The cabinet will have an integral access panel to allow access to the emergency-mixing valve. The fixture shall be installed at the correct elevation per ANSI Z358.1. The fixture shall also be independently certified to meet the latest ANSI Z358.1 requirements. Documents and guides: Spec Book
