Illuminate your stairs with Lumenstar's LED Step Lighting

 

Instead of integrating a standard on and off switch to your lighting system, Lumenstar offers two different motion sensor switches that can be used with our full range of LED step lights. These automatic light switches require to be installed at the bottom and top of the stairs so when a person approaches, the sensor will trigger turning on the lights.  The motion activated light switch provides convenience as lights will turn on automatically and will remain on based on the length of time of the chosen sensor.

Motion Sensors

Timed Motion Sensor Switch

Timed Motion Sensor Switch
LS-MS

This simple PIR motion sensor switch operates at 12V or 24V DC and features a built-in timer that can be set to 1 to 10 minutes.

Recessed PIR Motion Sensor Switch

Recessed PIR Motion Sensor Switch
LS-MS-PIR

Recess low profile infrared sensor turns low voltage LED lights on and off. The motion activated light switch includes a sensor rand of 3 meters (10 feet) and stays on for 40 seconds before turning off.

 

How to Install Motion Sensor Light Switch

We have provided an installation guide to help with wiring:

Wiring for Motion Sensor Step Lighting System

Step Lights

Below are a few of our popular low voltage led step lights:

Mini Recessed Louver LED Light

Mini Recessed Louver LED Light
LS-RD12-1

12V DC, 1W, 1 Power LED, 95 lumens, IP67 rated
Louver trim is ideal for pointing light output downwards

Mini Recessed Scoop LED Light

Mini Recessed Scoop LED Light
LS-RD12-2

12V DC, 0.5W, 2 SMDs, 75 lumens, IP67 rated
Scoop is perfect for pointing light output downwards

Surface Mount or Recessed LED Step Light
LS-RD10

12V DC, 2W/4W, 1 COB LED, 200-320 lumens, IP67 rated

Recessed LED Stair Light
LS-RT05

12V AC/DC, 2W, 185 lumens, IP67 rated

Recessed LED Deck Lighting
LS-RD25 (Round)
LS-SQ25 (Square)

12V DC, 1W, 1 LED, 118 lumens, IP65 rated

We also provide a variety of power supply options for your low voltage step light. Add up all the watts of your lights and choose a power supply that is greater then your total.