WCKIT Disabled Persons Toilet Locking System – Hygienic & Convenient Access Control!

Name: Disabled Persons Toilet Locking System | DPTS | Quantek
Availability: InStock

Categories: Manual Doors, Disabled Persons Toilet Locking Systems for Automatic Door Operators, Disabled Toilet Systems, DPTS Disabled Persons Toilet Locking Systems, Hardwired, Toilet Locking, Touch Sensors & Toilet Locking, WC Kits, Automatic Doors, Proximity Sensors & Switches

From £352.63 EX VAT

Our Hygienic Disabled Persons Toilet Locking System is a DDA-compliant solution designed for offices, public toilets, hospitals, doctors' surgeries, shopping centres, and more. It provides a simple, reliable, and fully accessible way to secure toilet facilities while maintaining hygiene and ease of use.

What’s Included?

🔹 Internal & external No-Touch Sensors – Eliminates the need for physical contact, reducing germ spread. External sensor has built in lock override keyswitch.
🔹 Power Supply with Control PCB - 12V 3A lockable metal box.
🔹 Battery Backup – Ensures reliable operation, even during power outages.
🔹 Electromagnetic Lock – With reed switch for door status monitoring.
🔹 Emergency Break Glass – Allows manual lock override in case of an emergency.

Key Features & Benefits

✅ DDA Compliant – Designed for users with mobility and dexterity challenges.
✅ Touch-Free Operation – Simply wave a hand near the sensor to lock or unlock the door.
✅ LED Status Indicators – Red & blue LEDs clearly show whether the toilet is occupied or vacant.
✅ Antimicrobial Protection – The sensor label is treated with SteriTouch® additive, killing 99.9% of germs.
✅ Manual & Automatic Door Compatibility – Works with existing manual doors or automatic door openers.
✅ Reliable & Adaptable – Trusted by the House of Commons, House of Lords, Heathrow & Gatwick Airports.
✅ Hands-Free & Remote Control Integration – Option to add remote controls & hands-free systems.

How It Works

1️⃣ Entry:

If vacant, as signified by blue LEDs, the user can manually open the door or use the external sensor for assisted entry.

2️⃣ Locking:

Once inside, activate the internal sensor to lock the door. The LEDs turn red and the external sensor is disabled.

3️⃣ Exiting:

When ready to leave, activate the internal sensor again to unlock and exit.

📌 Customizable options available! Contact us to discuss your needs.

Internal Sensor

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External Sensor

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Add An Audio MP3 Unit

Additional information

Weight	4.9 kg

Choice of touch sensor styles to suit the installation and client needs
All switches are anti-microbial
Powered by 12-24Vdc
Switching red & blue LEDs to show engaged or vacant status
Key switch on external sensors for emergency entry
Anti prank contact to prevent misuse
Timed clean output for auto door operation

Disabled Persons Toilet Kit Includes -

12V power supply with WCPCB (with control PCB)
Internal 'Touch to Lock' touch sensor
External 'Door Assist' touch sensor, with key switch override to gain entry in an emergency
Mag lock with door sense (will only lock when the door is shut to prevent people locking the door when no one is inside)
Emergency break glass with sounder
Battery

Demonstration, features & benefits

✔ Solution:

Link out the door switch terminals on the control board.
If this works, inspect the mag lock reed switch/monitoring wiring and armature plate alignment.
Ensure the mag lock provides a normally closed (NC) signal when the door is shut.

✔ Step-by-step checks (de-power system for 10 seconds after each step):

Ensure the sensor is securely mounted on the wall, not dangling or handheld.
Verify the jumper next to the touch sensor relay is in place and functioning.
Use a multimeter to check voltage at the touch sensor (+V and 0V).
Ensure 0V is connected to the correct terminal, not the REM terminal.
Disconnect the sensor from existing cabling and test it with a short cable directly to the power supply to rule out cable issues.

✔ Solution:

Ensure mag lock contacts are wired into the door switch terminals on the control board.
Adjust the potentiometer on the internal touch sensor to switch for 3 – 5 seconds.
Reduce the sensitivity of the internal touch sensor, especially if emergency lighting or hand dryers are nearby.
Remove any excess cable inside the touch sensor back box.
Re-terminate internal touch sensor connections.

✔ Solution:

Remove the two wires from the C and NO door activation terminals on the control board and join them together.
If the door still doesn’t open, the problem lies with the operator—contact the supplier/manufacturer.

✔ Solution:

Check the position of the override keyswitch on the external sensor.
Ensure the break glass hasn’t been pressed.
Inspect the lock fuse.
Link out the NC & KS/BG terminals on the control board.
- If the system works after linking, but your keyswitch and break glass are correctly positioned, there is likely a cable break.
Use a multimeter to check for voltage at the mag lock.
- If voltage is present but the lock isn’t engaging, the lock is faulty.

✔ Solution:

Verify that the solid/flashing LED jumper on the control board is in place.
If using square sensors, the LED wires should connect to the larger outer PCB (see page 10 of the manual).
Use a multimeter to check voltage at the touch sensor LED terminals.
- The LEDs have a separate power supply from the sensor itself—if the sensor beeps but LEDs don’t light, check for a cable break.
Remove the sensor from the wall and connect it directly to the control board using a short cable to rule out wiring issues.

✔ Solution:

Change the jumper position on the control board.

✔ Solution:

Adjust the potentiometer on the internal touch sensor to switch for 3 – 5 seconds.
This may occur if the mag lock contact is intermittently opening and closing while the touch sensor is still beeping.
Check armature alignment and ensure the door does not judder when opening.
If the issue persists, replace the mag lock or install a standard magnetic door contact instead.