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Example configurationCare and health

An accessible toilet in a working clinic: a call for help without chasing walls

Battery-powered LX call kits for two accessible toilets in a finished clinic building: a button with a pull cord in the toilet, a signal unit above the door and a receiver at reception — no cables, no chasing walls.

  • 2accessible toilets
  • 3devices in each kit
  • 0cables to lay
An accessible toilet in a working clinic: a call for help without chasing walls
Illustrative image

01 / Investment context

What problem does this configuration solve?

The clinic operates in a completed building on two floors. There is one toilet for people with disabilities on the ground floor and one on the upper floor, while reception — the one place staffed throughout opening hours — is on the ground floor. No cable runs to the toilets that could be used for a call installation.

A patient who feels faint or falls in the toilet is behind a closed door and may not have the strength to shout. They must be able to call for help with one movement — even from the floor — and reception must know at once which toilet the call came from. Chasing walls and laying cables in a working clinic, between patient appointments, is out of the question.

The investor’s goal: A call for help from each accessible toilet, visible in the corridor and at reception, cancelled at the patient’s side — from a system installed with no cables and no break in the clinic’s work.

How does this configuration work?

Each toilet gets its own battery-powered LX call kit (TdN-07). In the toilet there is an illuminated 3-in-1 button (SPX-PK1C): a call by the key or by a pull cord that even someone lying on the floor can reach, and cancellation of the call on the button itself.

The call switches on the light-and-sound signal unit above the toilet door, on the corridor side (BSX-400), so staff see at once where help is needed. At the same time the kit’s receiver at reception (SPX-CS1/B/NT) signals the call. The receivers of both toilets hang there side by side, labelled “Toilet — ground floor” and “Toilet — upper floor”, so reception knows where to go or whom to send. The call lasts until a member of staff cancels it with the button in the toilet — that is, at the patient’s side.

All three devices in the kit run on batteries and are surface-mounted, with no power supply to run; the receiver has battery monitoring. The LX link reaches up to 4 km in open terrain; through the floor slab between the upper-floor toilet and reception, a range test before installation confirms it.

02 / Operating principle

From signal to action.

Each accessible toilet has its own battery-powered LX kit: a button, a signal unit above the door and a receiver at reception.

  1. 01 / Signal source

    SPX-PK1C 3-in-1 button in the toilet

    The patient presses the key or pulls the cord, even from the floor.

  2. 02 / Reception

    SPX-CS1/B/NT Receiver at reception

    Signals the call and is labelled with the name of its toilet.

  3. 03 / Notification

    BSX-400 Signal unit above the door

    Marks the toilet in the corridor with light and sound.

The call ends at the patient’s side. It lasts until a member of staff cancels it with the button in the toilet; the kit goes up without cables.

A simplified functional diagram.

03 / Installation components

Devices in this configuration

An example selection — the number of devices depends on the site.

Installation component

TdN-07

Battery-powered LX call kit for one toilet: a 3-in-1 button, a signal unit above the door and a receiver with battery monitoring. One kit per toilet.

Quantity: 2

SPX-PK1C — SOS button with pull cord, battery-powered

SPX-PK1C

Button in the toilet: a call by the key or by a cord that a person lying on the floor can reach, and cancellation on the button itself. Surface-mounted.

Quantity: included in TdN-07

Catalogue figures describe a device under stated conditions, usually in open terrain, and are not a guaranteed range in every installation. Device quantities in the examples are indicative.

04 / Value for the investor

What does this solution give you?

No chasing walls

All parts run on batteries and are surface-mounted, so the toilets are equipped without cables and without interrupting patient appointments.

The call ends at the patient’s side

The call is cancelled with the button in the toilet, so the signal above the door does not go off before a member of staff reaches the patient.

Reception knows which toilet

The signal unit above the door guides staff in the corridor, and a separate, labelled receiver for each toilet tells reception which toilet to go to.

05 / Before installation

What needs to be settled for a similar investment?

Before devices are chosen, what matters is the site’s conditions and how the system ties into the final installation.

Requirements to verify

  • Where the receivers go — reception or another room that is staffed throughout opening hours — and labelling each one with its toilet.
  • A range test from the upper-floor toilet to reception before installation — the floor slab and walls weaken the signal.
  • The design requirements for the accessible toilet — button height, cord length, signalling and cancelling — are set by the building’s designer.
  • Who goes to the toilet when reception is busy with patients, and how this is written into the clinic’s procedure.
  • Replacing the batteries of the button, signal unit and receiver in the clinic’s maintenance schedule — each of these devices has its own battery.

Example configuration — it needs a technical selection for your site.

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