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Our hardwired (12-28v DC) Square Contactless illuminated door sensor is ideal for manually triggering automatic door openers, activating access control, door entry & other switching applications.
Unlike mechanical push pads no physical pressure is required making them ideal for users with physical disabilities. The sensitivity can be adjusted, and when activated the sensor beeps, and selectable LEDs change. The bold, concise signage, illuminated LED options and built in sounders give aid to people with sight and hearing impairments.
We believe our sensors are modern, user friendly and the cleanest switches available on the market! They can help prevent the spread of infections and are a hygienic alternative to push pads and hospital switches.
Why choose our sensors?
- DDA Compliant!
- Choices of automatic door and toilet door sensors available.
- Available in a variety of styles and designs to suit the installation.
- Our sensors are reliable, attractive, modern and robust! We pride ourselves on repeat custom!
- Customised signage is available, including the option to have your company name and logo added.
- More reliable and reasonably priced than the traditional stainless steel mechanical pads!
- Our no touch switches stop germs from spreading as bacteria can survive on your hands for up to 3 hours and 80% of contagious diseases are transmitted by touch!
- Hand
- No Touch
- No results


Additional information
Weight | 0.25 kg |
- DDA Compliant
- 12 – 28Vdc
- Up to 50mm activation range
- Timed clean relay output
- Selectable red, blue & green LED’s
- Sounder on activation
- Scratch resistant anti-microbial label
- Entire label is sensitive
- Reinforced nylon housing
- IP54 Rated
- Company name & logo can be printed on the label (Contact us for further information)
After each step below, de-power the system for 10 seconds and power it back up.
- Screw the sensor to the wall properly, don’t have it dangling or in your hand.
- Change the sensitivity.
- Ensure the jumper next to the touch sensor relay is on and is making properly.
- Make sure 0V is in the correct terminal, not the REM terminal.
- Use a multimeter to check you’ve got voltage at the touch sensor (+V Red & 0V black).
- Take off the wall and connect power directly to the power supply on a short piece of cable to rule out any cable issues or short circuits.
- Turn down the sensitivity on the internal touch sensor, especially if there is emergency lighting nearby.
- Make sure there isn’t excess cable in the back box.
- Re-terminate all connections.
- Touch sensors can be activated by changes in voltage which is a problem on unregulated power supplies. Fit a separate transformer.
See wiring diagrams section