RYFHS-ER-02 All-Stainless Enclosed Shower Station with Glass Hinged Door, Door Closer and Perforated Drain Tray

Product Overview

The RYFHS-ER-02 is a freestanding enclosed emergency shower station built entirely in stainless steel, with glazed panels in the door and the side walls, a hinged door on an overhead closer, a full-width push rail across the door face, and a perforated stainless steel drain tray forming the floor. Inside, a stainless riser carries an umbrella shower head at the top and an eyewash bowl with twin nozzles and a green PUSH plate at working height, with a pull rod and triangular handle for the shower. A signage panel sits above the door. Compared with a curtain-fronted booth, this unit is built so that the person inside remains visible from the walkway while the splash stays inside.

Why Glazing and a Self-Closing Door Change the Rescue Plan

A curtain booth hides its occupant, which is the single most common design fault in enclosed emergency showers: someone who collapses inside cannot be seen from the aisle. Glazed walls and a glazed door fix that directly — a passer-by sees a body on the floor without opening anything. That is the main reason to pay for this build rather than a curtain.

The self-closing door is the second difference, and it cuts both ways. The closer keeps the door shut after every use, so the booth stays clean, dry and splash-tight without relying on the last person to close it. But a closer also resists entry: a spring strong enough to seal the frame is strong enough to fight a panicking, half-blinded person. The closer must therefore be adjustable, set to the lightest latch the site will tolerate, and paired with a push rail that opens the leaf on body pressure rather than on a handle. A closer that has been wired open to make entry easier is a defect, not an adjustment.

Glazing brings its own maintenance point. In a shower environment the glass sees steam, thermal cycling and the occasional impact from a fallen body or a bumped trolley; specify toughened or laminated glass for the application, and inspect the seals and the frame gaskets, not just the glass, at every service.

Key Features

• All-stainless steel 304 construction: frame, wall panels, ceiling, drain tray and riser, with no painted carbon steel in the structure.

• Glazed door and side panels so the occupant is visible from outside — the key safety argument for this model over a curtain booth.

• Overhead door closer for defined self-closing, with a full-width push rail for hands-free opening from both sides.

• Perforated stainless steel drain tray with a raised lip, catching run-off underfoot inside the booth footprint.

• Stainless steel 304 umbrella shower head on a full-height riser, with a pull rod and triangular handle for hands-free activation.

• Eyewash bowl with twin nozzles and a green PUSH plate, both hands-free once operated.

• Signage panel above the door for station identification; language and wording supplied to order.

• Interior panels delivered with peel-off protective film, removed after erection and before commissioning.

• Knocked-down frame and panels, so the unit passes through a standard doorway before assembly on site.

Technical Specifications

Installation and Commissioning

1. Set the collection base level and connect the waste first; the tray must drain freely and must not stand water after a full-flow test.

2. Erect the frame and glazed panels on a flat floor, keeping the door leaf clear of the floor across its full swing.

3. Set the closer to the lightest setting that still closes and seals the leaf, then confirm the push rail opens the door from inside with body pressure alone.

4. Connect the inlet, flush the line with the strainer removed, and check that the shower head and the bowl sit within the standard height bands.

5. Operate the PUSH plate and the pull rod and confirm both hold open without being held, and that the spray pattern covers the standing position inside the booth.

6. Peel the protective film from the interior panels, clean the glass, and record the closer setting, flows and head heights in the commissioning file.

Operation and Maintenance

Weekly: operate the shower and the eyewash for at least three minutes, confirm the tray drains completely, and check that the door closes on its own and opens on the push rail.

Monthly: clear debris from the perforated tray, wipe the glazing and check the frame gaskets for water tracking; confirm the closer arm and its fixings are sound.

Quarterly: inspect the glass edges and seals for chips or clouding, descale the eyewash nozzles and the shower head face, and check the PUSH plate and pull rod for stiffness.

Annually: verify flow rates against the commissioning record, check the closer setting has not drifted, inspect the base and tray for corrosion at the welds, and re-brief the emergency team on entry from the push rail.

Standards and Compliance

The shower and eyewash are designed to ANSI Z358.1-2014 figures: 15 minutes of flushing with tepid water at 20–37 °C, hands-free activation, and a location within ten seconds of the hazard. The enclosure is not covered by that standard and relaxes none of it — head height, bowl height and unobstructed access must still be verified with the door open and the unit installed. Toughened or laminated glazing must be specified for the application, and any lighting, alarm or extraction fitted inside a classified area must be selected for the zone. Run-off collected under the tray is contaminated water and must go to drainage permitted by the site's environmental rules.

Applications

Chemical handling bays, plating and surface treatment lines, battery rooms, laboratories and pilot plants, and any indoor location where splash must be contained and the occupant must stay visible — including sites where a curtain booth has already been rejected on rescue-visibility grounds.

Ordering

State the model RYFHS-ER-02, the footprint and depth required, the glass specification (toughened or laminated), the inlet and waste sizes, whether stainless steel 316 is required, and whether lighting, an activation alarm or extraction is to be included. Confirm the drainage point and the finished floor level before the base is set, and confirm the head and bowl heights against the standard for your jurisdiction. The signage panel is supplied to order; the unit in the photograph carries Chinese wording and should be specified in the language your site requires.