LTZN-03D-SX-YT1202 24W LED Mirror Touch Controller with Time and Temperature Display
Short Description
LTZN-03D-SX-YT1202 is a capacitive touch controller for LED mirrors, featuring 10%–100% stepless dimming, brightness memory, separate demister control, and an LED time and temperature display. It supports AC90–250V input and DC12V, 2A, 24W output.
Product Description
LTZN-03D-SX-YT1202 combines mirror lighting control, demister control, and a time and temperature display in one compact module. Separate touch keys allow users to operate the mirror light and demister independently.
Users can switch the white mirror light on or off with a short press and adjust its brightness with a long press. Brightness memory restores the selected lighting level when the light is switched on again.
The controller measures 112 × 73.5 × 12.7 mm and weighs 90 g. It is suitable for 3–5 mm glass, with an 18–20 mm touch area diameter and 33.5 mm icon spacing.
Key Features
Capacitive touch sensing through 3–5 mm glass
AC90–250V input and DC12V, 2A, 24W output
White-light on/off control
Stepless dimming from 10% to 100%
Brightness memory
Separate demister touch control
LED time and temperature display
White standby indicators and blue working indicators
Compact 12.7 mm profile
Technical Specifications
| Parameter | Specification |
|---|---|
| Model | LTZN-03D-SX-YT1202 |
| Input Voltage | AC90–250V |
| Output | DC12V, 2A, 24W |
| Sensor Type | Capacitive touch sensing |
| Suitable Glass Thickness | 3–5 mm |
| Touch Area Diameter | 18–20 mm |
| Icon Spacing | 33.5 mm |
| Lighting Mode | White light |
| Dimming Range | 10%–100% |
| Memory Function | Brightness memory |
| Display | LED time and temperature display |
| Demister Control | Separate touch key |
| Standby Indicator | White |
| Working Indicator | Blue |
| Product Weight | 90 g |
| Product Dimensions | 112 × 73.5 × 12.7 mm |
Operating Instructions
Light Control
Short press the light touch key to cycle between:
White Light → Off
When the main light is on, its blue indicator turns on and its white indicator turns off. When the main light is off, its blue indicator turns off and its white indicator turns on.
Brightness Adjustment
When the main light is on, press and hold the light touch key to adjust brightness steplessly from 10% to 100%.
Successive long presses alternate between increasing and decreasing brightness.
Brightness Memory
The controller remembers the selected brightness when the main light is switched off.
For example, adjust the light to 50% brightness, wait five seconds, and then switch it off. When switched on again, the light returns to 50% brightness.
Demister Control
Short press the demister touch key to cycle between:
Demister On → Demister Off
When the demister is on, its blue indicator turns on and its white indicator turns off. When the demister is off, its blue indicator turns off and its white indicator turns on.
The demister is operated separately from the mirror light.
Time Setting
Press and hold the demister touch key for five seconds to enter time-setting mode. The hour digits will flash.
Short press the demister touch key to increase the hour.
After setting the hour, short press the light touch key. The minute digits will start flashing.
Short press the demister touch key to increase the minutes.
After the minute digits flash for five seconds, the time setting is completed automatically.
Application Scenarios
Home Bathroom Mirrors
Adjustable lighting supports daily grooming, while the separate demister key allows users to activate the connected demister when needed. Brightness memory restores the preferred lighting level for the next use.
Hotel and Apartment Mirrors
Touch controls provide convenient access to lighting and demister functions. The LED display allows users to check the time and temperature during their daily routines.
Illuminated Mirror Cabinets and OEM Projects
The compact controller can be integrated into compatible LED mirrors and illuminated mirror cabinets. Its 12.7 mm profile combines lighting control, demister operation, and display functions within a slim module.