SAFETY SHOWER

Pneumatic Operation and Mechanical Specifications ? Pumping System: Must utilize a pneumatically driven transfer pump (rather than electric) to deliver pressurized water to the showerhead and eyewash . This ensures complete spark-free operation in C1D2 zones and allows the unit to safely function during electrical outages via pneumatic backup ?Pneumatic Air Source Input: Must support a shop air compressor supply or specialized nitrogen tank supply with an operational pressure range of 60 to 120 PSI (recommended regulator set to 80 PSI) ? Flow Rates: ? Shower: Must deliver a regulated flow rate of at least 20 GPM (76 LPM) ? Eyewash: Must deliver a regulated flow rate of at least 0.4 GPM(1.5 LPM) with an integrated protective dust/debris cover________________________________________ ???? Structural and Mounting Specifications ? Skid-Mount Design: Must be built on a heavy-duty, corrosion-resistant, powder-coated steel skid frame designed for rapid deployment, positioning by forklift/crane, and high-wind structural stability. ? Footprint and Portability: Must maintain a compact, space-saving footprint suitable for deployment in tight industrial spaces, remote airfields, or forward operating environments ? Material Durability: All critical external piping and the showerhead assembly must be constructed from durable stainless steel or equivalent corrosion-resistant materials. ? Controls and Activation: Must feature a highly visible, easy-to-reach mechanical pull-handle mechanism for instant, hands-free activation of the shower ________________________________________ ? Power Requirements ?Electrical Input: Must operate on standard, readily available utility or generator power:120V, single-phase, 60Hz, 20-Amp draw (typically utilizing a NEMA 5-20 plug configuration)