Key benefits Reliable touch control in a compact switch: touch type, singlekey bistable design that can be set to selflocking (latching) or inching (momentary) mode, reducing mechanical wear and improving panel aesthetics. sensing distance and versatile panel compatibility: sensing distance up to 8 mm makes it suitable for touch switch control on acrylic panels, casings, and veneers. Flexible power and directdrive capability: operates from DC 3 to 30 V and can directly drive lowpower electrical appliances, LED lamps, and LED strips up to 2.5 A. Simple poweron behavior for predictable startup: output state can be configured by resistance at point A on powerup, providing reliable default operation. Core features Type: touch type singlekey bistable switch Modes: selflocking (latching) or inching (momentary) Sensing distance: up to 8 mm Power supply: DC 3–30 V Output current: up to 2.5 A Directdrive capability: suitable for lowpower electrical appliances, lamp belts/LED lamps Poweron output behavior: the output state is selected at poweron by the resistance present at point A: If resistance exists at point A, the output is closed after poweron If no resistance at point A, the voltage is output immediately after poweron Applications: designed for touch switch control on acrylic panel casings and veneers Use scenarios Cabinet or display case lighting: use the switch to toggle LED strips or lamps behind an acrylic front panel, with either latching or momentary operation to suit the design. Interactive display panels: integrate into acrylic enclosures to activate indicators or lowpower devices when touched, with reliable startup behavior based on resistance at point A. Small electrical appliances in compact assemblies: drive lowpower modules directly from a 3–30 V supply without additional relays or drivers, simplifying the control circuit. Technical notes Compatible with DC power supplies in the 3–30 V range and capable of sourcing up to 2.5 A for direct load control. The 8 mm sensing distance provides comfortable actuation while enabling slim panel designs. The poweron resistancebased output state offers flexible startup behavior to fit different circuit requirements.