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Cabinet Sensor Switches for LED Furniture Lighting

Cabinet Sensor Switches for LED Furniture Lighting

ARTCILUX manufactures cabinet sensor switches for automatic control of LED lights in wardrobes, kitchen cabinets, shelves, display cases and custom furniture. The range includes door sensor, hand-wave, touch and PIR motion models, available as wired 12V/24V switches or wireless senders for compatible lighting receivers.


Select the sensor type according to the furniture structure, required control function, installation method and lighting system configuration.

Door, hand-wave, touch and PIR control

Wired 12V/24V and wireless options

Recessed and surface-mounted installation

OEM support for furniture lighting projects


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Why Choose Our Cabinet Sensor Switches
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Why Choose Our Cabinet Sensor Switches

  • Stable Sensing, Fewer False Triggers

    Our cabinet sensor switches are engineered for reliable door-open/door-close activation in real furniture conditions. With optimized sensing distance and consistent response, they help reduce mis-triggering caused by small door gaps, alignment changes, or daily vibration—so cabinet lights turn on only when intended and stay dependable over time.

  • Two Product Lines for Different Installations

    We offer both wireless sensor switch senders and wired LED sensor switches, covering retrofit projects and mass-production furniture lighting kits. Choose wireless when you want minimal wiring and fast installation, or wired models when you need maximum stability, simple integration with LED drivers, and consistent performance in large-volume builds.

  • OEM/ODM Support for Furniture & Lighting Brands

    We support OEM/ODM customization to match your cabinet system design and purchasing requirements. Options can include housing form factor, mounting method (embedded or surface), connector and cable configuration, labeling, packaging, and documentation. This helps you standardize parts across product lines and shorten your development cycle.

  • Clear Specs, Fast Quotation

    Each model is offered with clear specifications such as voltage, sensing distance, load rating, and installation dimensions to speed up engineering review and sourcing decisions. Share your application, target quantity, and delivery schedule—we respond quickly with a recommended model, pricing for bulk orders, and lead time details.

OEM/ODM Customization for Cabinet Sensor Switch
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OEM/ODM Customization for Cabinet Sensor Switch

We provide OEM/ODM customization for cabinet sensor switches to fit your lighting system and furniture design. Options include housing size and color, mounting accessories, sensing distance tuning (model-dependent), connector and cable length, logo labeling, packaging, and user manuals. Share your drawings or samples to confirm feasibility, MOQ, and lead time.

OEM/ODM Customization for Cabinet Sensor Switch
Installation & Wiring of Cabinet Sensor Switch
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Installation & Wiring of Cabinet Sensor Switch

  1. Confirm door structure and mounting position.

  2. Install the sensor switch (embedded or surface-mounted).

  3. For wired models, connect to LED driver/LED strip according to your wiring diagram.

  4. Test sensing distance and triggering stability under actual cabinet conditions.


Choose a Cabinet Sensor Switch by Control Type

Start with how the cabinet light should respond: to a door opening, a hand movement, direct touch or human motion. Then select the model, mounting method and control system that fit the furniture.

Control TypeLighting ResponseSuitable FurnitureRelated Models
Door SensorDoor-position control for lighting that turns on when the door opens and off when it closes. Confirm the required logic for cabinets with two doors.Enclosed wardrobes, storage cabinets, wine cabinets and drawers with a suitable detection position.Wired: S1602.1S / S1602.2S
Wireless sender: S1312SE
Hand-Wave SensorSwitching through a hand movement near the sensing face. Place the sensor where the user can reach its detection area comfortably.Kitchen task lighting, work surfaces and open shelving where touch-free operation is useful.Wired: S1603.1S / S1603.2S
Touch SensorDirect touch operation. Select a dimming-specific model when brightness adjustment is required.Display shelves, bedside furniture and cabinets with an accessible touch position.Wired: S1604.1S / S1604.2S
Wireless senders: S1314SE or S1015AS
PIR Motion SensorLighting activated by human movement in the detection area. Confirm coverage and the required switch-off behavior.Walk-in wardrobes, open closets and furniture areas accessed by people.Wired: S1606.1S / S1606.2S
Wireless sender: S1316SE

For the next step, compare our wired 12V/24V LED sensor switches or wireless sensor switch senders.

Wired vs Wireless Cabinet Sensor Switches

Choose the control arrangement alongside the furniture wiring plan. A wireless sender changes how the control command reaches the receiver; the LED lights still need a suitable power supply.

Selection PointWired LED Sensor SwitchWireless Sensor Sender
Sensor SupplyModel-specific low-voltage supply. The S1602, S1603, S1604 and S1606 ranges list 12V/24V operation.Battery or model-specific sender supply. S1312SE uses a CR2450 battery and lists 3.0-3.3V operation.
LED Light SupplyMatch the driver output, switch/control unit and LED light voltage.Match the LED driver, receiver and light specifications separately from the sender battery voltage.
Control ConnectionA wired connection to the lighting circuit or matching control unit, following the model wiring diagram.A wireless command to a compatible receiver. Confirm the sender/receiver pairing before selecting the system.
Furniture InstallationPlan sensor cable routes, connectors and access during furniture production.Reduces control wiring at the sensor position. Plan receiver placement and access for battery replacement.
Multiple Light GroupsConfirm the number of controlled outputs and the load limit for each configured group.Independent groups depend on the receiver, pairing arrangement and supported control commands.

Single vs Dual Sensor Heads for Cabinet Doors

Cabinet door quantity and movement affect where sensing is needed. The S1602.1S / S1602.2S door sensor range includes single and dual options. Select the configuration against the cabinet drawing and the required lighting response.

Cabinet StructureSelection RequirementSample Check
One Hinged DoorCheck whether one sensing position covers the door's closed position and opening movement.Test opening, closing and partially open positions with the finished door and hinges.
Two Doors Sharing One Light GroupIf the requirement is light on when either door opens and off when both close, specify that behavior when selecting the sensor configuration.Open each door separately, open both together and close them in both sequences. Verify the selected model delivers the agreed response.
Sliding Doors or Divided CabinetsProvide door travel, overlap and internal partitions so the detection positions can be assessed.Check all normal door positions and confirm whether the project needs a shared light group or separate outputs.

Specify sensing points and light groups separately. Two sensor heads describe the sensing arrangement. The number of independent lighting groups must be confirmed from the switch/control-unit output configuration.

Door Sensor Placement and Sensing Distance

Position the sensing face against the actual cabinet structure. Door detection, hand-wave operation and PIR motion sensing use different distances, so the same mounting position will not suit every control type.

ModelControl TypeSensor SupplyListed Sensing Distance
S1602.1S / S1602.2SDoor12V / 24V3-5 cm
S1603.1S / S1603.2SHand-wave12V / 24V1-3 cm
S1604.1S / S1604.2STouch12V / 24VDirect contact (0 mm)
S1606.1S / S1606.2SPIR motion12V / 24V1-3 m
S1312SEWireless door senderCR2450 battery; 3.0-3.3V1-3 cm

The product page lists a 10 m remote-control distance for S1312SE. That describes the wireless link to the receiver; its door-sensing distance is 1-3 cm. Assess these two distances separately during installation.

Recessed or Surface-Mounted Installation

The S1602, S1603 and S1604 product pages list a size of 16 mm diameter x 10 mm and a hole size of 13.5 mm diameter x 15 mm. S1606 lists 16 mm diameter x 10.7 mm with the same published hole size.

For recessed installation, use the drawing for the selected model and reserve space for its cable connection. For surface mounting, confirm the mounting accessory and cable exit. Finalize the furniture cut-out against the approved mounting configuration.

Check the Sensor in the Finished Cabinet

  1. Check the closed-door position against the selected door sensor's sensing range. Confirm that the intended surface enters and leaves the detection area as the door moves.

  2. Keep the sensing face clear and route cables away from moving hinges, drawer runners and door edges.

  3. Follow the model wiring diagram or wireless pairing instructions, then test with the intended driver, receiver and LED lights.

  4. Check normal use before approving production: each door position, comfortable hand-wave or touch operation, or PIR coverage. For wireless systems, also test the link with the receiver in its final position.

Frequently Asked Questions About Cabinet Sensor Switches

Which sensor should I choose for wardrobe lighting?

Use door sensing when lighting should follow the opening and closing of an enclosed wardrobe. For a walk-in wardrobe or open closet, consider PIR motion sensing. Choose touch or hand-wave control when the user should decide when the light operates.

Can the same sensor switch work with 12V and 24V lighting?

The listed S1602, S1603, S1604 and S1606 ranges support 12V/24V operation. Match the actual driver output and LED light voltage within the selected switch's rating. A wireless sender has its own supply requirements; match the receiver and lights separately.

Can one sensor control several cabinet lights?

Several lights can share a controlled group when the total load is within the ratings of the switch/control unit, receiver and driver used. Confirm whether each stated limit applies to one output or the complete unit, and specify whether the lights should operate together or independently.

How do I choose a receiver for a wireless sensor?

Select a receiver specified as compatible with the sender and required control function. Check pairing, light voltage, load capacity and output groups. Operating at 2.4GHz alone does not establish compatibility between two products.

Which models should I consider for touch dimming?

ARTCILUX offers dedicated touch dimming switches, including S1015A and S1511H. Specify the required operation and match the dimming switch or receiver to the LED lighting system. Confirm the supported functions for other touch and wireless models individually.

Does a dual sensor head mean two independent lighting zones?

Confirm sensing points and controlled outputs as separate specifications. A project may use two sensing points for one shared light group, or require separately controlled groups. Select the switch/control unit or receiver configuration against that requirement.

What should I confirm before machining a sensor opening?

Confirm the exact model, mounting version, hole diameter and depth, available panel space and cable exit. Use the approved drawing and sample fit to finalize the opening, especially when changing between recessed and surface mounting.

What information is needed for an OEM sensor recommendation?

Send the cabinet drawing or photos, door structure, required lighting response, LED voltage and total wattage, mounting position, cable/connector requirements and estimated quantity. ARTCILUX can review the model and system match, with customization feasibility, MOQ and lead time confirmed for the project.

Request a Sensor Recommendation for Your Cabinet

Share your furniture drawing, required control behavior and lighting specifications. We will review the sensor, mounting arrangement and compatible control components for your project.

Request a Sensor Recommendation

Email: sales@artcilux.com

Let's Build a Brighter Furniture Lighting Future Together
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Let's Build a Brighter Furniture Lighting Future Together
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