Why is an emergency equipment case split into three at a station?

Answer: Picks follow the order of use. Three bodies each serve one action, so nothing is disturbed, and no unit grows past 600 mm.

How is an emergency equipment case sized to a 600 mm cabinet?

Answer: Body at 560 mm with 20 mm of finger room each side, depth 30 mm under the clear depth.

How high should a wall-mounted case sit?

Answer: Lid edge at 1200 mm, where the handle meets a standing adult's hand and children cannot reach it.

Should a site case have castors?

Answer: Not for one unit. Wheels catch on broken stone while a flat base stays put. Above two cases, add a recessed trolley plate.

Can inspection intervals be uniform?

Answer: No. Intervals track how often the case is touched: 30 days at a concourse with 30,000 people, 90 at a centre with 800, a fortnight on a site.

Emergency Equipment Case Configurations by Setting

Quick answer: Where an emergency equipment case is used decides how it is built. A station splits it by task, a vehicle sizes it to the cabinet, a public point sizes it to mounting height, a site sizes it to dust and turnover.

How an Emergency Equipment Case Is Split at a Station
Emergency Equipment Case Fixing Inside a Vehicle
Wall-Mounted Public Access Points
Temporary Setups on Sites and at Events
Comparing the Four Configurations
FAQ

1. How an Emergency Equipment Case Is Split at a Station

At a response station the emergency equipment case is rarely one general unit. It splits by action into three: resuscitation, trauma, airway, following the largest item and the pick order.

Task	Largest item (mm)	Loaded (kg)	Insert	Body (mm)
Resuscitation	320×240×90	9.5	flat cavity	470×350×200
Trauma	280×200×80	7.0	two offset layers	430×330×180
Airway	380×260×110	6.5	vertical dividers	500×360×230

A cavity 5 mm deeper than the item is enough; 30 mm extra adds a dig to every pick. Foam at 45 kg/m³ holds shape, below 35 kg/m³ the walls collapse after six months loaded. Stations keep three in use and one spare, empty at 60 percent of a loaded footprint.

2. Emergency Equipment Case Fixing Inside a Vehicle

A 600 mm cabinet is common in a vehicle. An emergency equipment case built to 560 mm leaves 20 mm of finger room each side, and depth runs 30 mm under the clear depth so the lid edge clears the bulkhead.

Loads arrive lengthwise under braking, sideways in turns, and vertically from the road. Two 25 mm straps over the middle of the body plus a 3 mm anti-slip mat hold it; strapping the lid bows it permanently. Latches need a second detent: only a lever drop past closed means locked.

Lid to the aisle, hinge to the bulkhead, so one hand lifts it. A vehicle reaches minus twenty in winter and polypropylene turns brittle, so the latch tongue is thickened to 2.5 mm.

3. Wall-Mounted Public Access Points

A wall bracket sets the emergency equipment case with its lid edge 1200 mm above the floor, the height a standing adult's hand reaches. The bracket carries the base only, so the case seats under its weight and lifts off after 15 mm.

Failure shows up in inspection more than in use: a panel with 30 percent clear area reveals a disturbed insert without opening.

Location	Daily footfall	Cases	Mounting	Inspection
Metro concourse	30,000	2	wall bracket	30 days
Community centre	800	1	floor cabinet	90 days

The busier the point, the shorter the interval: the cycle follows the chance of being touched.

4. Temporary Setups on Sites and at Events

Site dust works in along the parting line, so an emergency equipment case used there is specified at IP65, with a double-lip gasket, a lid rated for 80 kg of stacked load, and a storage range from minus ten to fifty-five. Orange is worth more than lettering: it is seen across a heap of rebar.

Numbers scale with people, one case per 300 workers and two rotating through a half-day event. A pallet lifts the base 100 mm, since the floor contact face is where rain reaches first.

Handling is the other weak point: a flat base stays put on broken stone, but two cases need one trip, so add a 600×400 mm trolley plate with recesses for the feet.

5. Comparing the Four Configurations

Setting	Cases per point	Insert	Fixing	Key dimension
Station	4	layered by task	cabinet	600 mm clear width
Vehicle	1	flat cavity	two straps	560 mm body
Public point	1 to 2	vertical dividers	wall bracket	1200 mm lid height
Site or event	1 to 2	removable boards	pallet	100 mm off floor

Provisioning runs at 1.4 times the number in use, so no point goes empty while an emergency equipment case is away for service.

The settings pull against each other: vehicles want a shallow body, walls height, sites sealing, stations compartments. When one unit covers three, take the tightest seal and the smallest body, then make up the rest with inserts and brackets.

Conclusion

Setting drives configuration. Stations want compartments, vehicles a shallow body, wall points height, sites sealing. List cases, inserts, fixing and inspection against each setting and selection becomes matching conditions, which is how an emergency equipment case should be chosen.

This article discusses only the container (case body) side of specifications and design intent, and does not cover any handling, loading or use of the contents.