Choosing a sensor switch for cabinet LED lighting involves more than comparing door, hand-wave and touch labels. Furniture manufacturers, lighting integrators and project buyers should first describe what triggers the lighting, which lights respond together and where the sensor will sit. Confirming those requirements alongside the power supply, control connections and luminaires produces a clearer purchasing brief than specifying a sensor housing alone.
Write down the required control behaviour first
Describe the intended use, such as lights on when a door opens and off when it closes, or deliberate operation by the user. Then state whether dimming, brightness memory after switching off and a particular state after a power interruption are required. These are functions to confirm, not default capabilities of every sensor switch. Where a family offers several functional versions, specify the exact version rather than ordering by the family name alone.
Review the door arrangement and switching logic together
For lighting intended to follow door movement, provide the single-door, double-door or drawer layout and a sketch showing the sensor and the part it detects. For a double-door cabinet, state whether opening either door should turn the lights on and how they should turn off once both doors are closed; ask the supplier to confirm the matching arrangement. Review the door surface, gap and obstructions against the selected sensing method. Do not extend one sample’s working position to every cabinet.
Assess hand-wave and touch controls at the intended operating position
A hand-wave option starts with a requirement for touch-free operation; a touch option needs an identified, accessible operating surface. Mark where the user’s hand will approach so that a worktop edge, stored items or a door will not obstruct the operating area. Ask how switching and dimming actions are distinguished. A hand-wave or touch label does not establish press-and-hold dimming, sensing through any panel or a fixed gesture. For through-panel arrangements, confirm the material, thickness and corresponding functional version.
Map grouped and independent control to the actual lighting circuits
Mark which lights should respond together and which compartments need independent operation, then check the actual grouping of controller and power-supply ports. JINYILED’s FF central / individual switch entry distinguishes JF central-control and FF individual-control versions. The names do not establish interchangeability between arbitrary sensors, supplies or distributors. Ask the supplier to document the relationship between the selected version, control port, lighting circuits and matched components. One power supply does not, by itself, define one control arrangement.
Confirm the function before approving cutouts or concealed installation
Different functions within one family can have different mounting dimensions. For example, the FF entry above gives a Ø12 mm cutout reference for motion/touch and Ø10 mm for hand-wave/door functions. These are references for that entry, not a universal machining standard. Before production drilling, confirm the exact model drawing, tolerances, panel thickness and mounting method. Sensor outside diameter is not a substitute for cutout diameter, and a product image does not prove sensing through any cabinet panel.
Check the complete system and run a physical trial
List the exact luminaire, power-supply, sensor, controller, distributor and cable models. Ask which port the sensor connects to and whether it carries a control signal or the lighting load. The responsible installation professional should check operating voltage, connector assignments, rated load and wiring against each model’s documentation; a plug fitting or a matching voltage is not proof of compatibility. Confirm wireless options with their matched receivers rather than mixing components simply because both are wireless. Trial the proposed cabinet, doors and complete component set, checking door operation, deliberate user input, group responses and recovery after a power interruption. Keep untested items awaiting confirmation rather than promising a detection distance or delay.
Send the supplier a control-function brief
- Cabinet use, single-door/double-door or drawer layout, and sensor-position sketch
- Required door, hand-wave or touch function and exact version
- On/off, dimming, memory and power-recovery requirements for each action
- Lighting circuits that respond together or independently, with a grouping diagram
- Panel material, thickness, mounting method and cutout drawings awaiting confirmation
- Matched luminaire, supply, controller, distributor, receiver and cable list
- Physical trial steps, acceptance records, purchasing quantities and supply scope
Use JINYILED’s Power & Control Accessories catalogue to shortlist functions, then send the cabinet sketch and lighting-circuit requirements. Before quotation, confirm which components are included and which functions or mounting conditions still need checking. The result is a control arrangement that can be reviewed point by point, rather than a switch name alone.