WLS Signal · August 1, 2023

What is the difference between 0-10 Volt Dimming versus Step Dimming?

WLS Lighting Systems explains the functional differences, benefits, and requirements of 0-10 volt dimming versus step dimming for commercial and LED lighting applications.

FIELD NOTES / WLS SIGNAL

Dimming is an important feature of any modern lighting system, allowing users to adjust the brightness of their lights to suit their needs and preferences. There are several types of dimming on the market, of the most popular 0 to 10-volt dimming and step dimming.

What is 0 to 10 Volt Dimming?

0 to 10-volt dimming is the most popular dimming method for both residential and commercial lighting applications. In this method, the dimmer sends a low-voltage signal (0-10V) to the driver or ballast of the lighting fixture. The voltage level of the signal directly controls the brightness of the light output. At 10 volts, the lighting is at maximum brightness and at 0 volts, the lighting will be the most dim. 0-10 volt dimming provides the most flexible and smoothest dimming capabilities due to the fact that you can dim at any percentage between 1 and 100. 0-10 volt dimming is commonly used in commercial lighting systems where it is desirable to control the light levels of many fixtures from a centralized location.

A commercial property owner that manages a shopping center might have a lighting dimming schedule that looks like this, with sunset at 6:30 pm and store closing at 10 pm:

  • 100% Power: Dusk – 10:00 pm
  • 80% Power: 10:00pm – 12:00 am
  • 20% Power: 12:00 am – Dawn

Benefits of 0-10 Volt Dimming

One of the main advantages of 0 to 10-volt dimming versus other types of dimming is its simplicity and smooth transitions between light levels. It is relatively easy to install and operate, and it is compatible with many types of lighting fixtures.

Requirements of 0-10 Volt Dimming

In order for a light fixture to be compatible with 0 to 10-volt dimming is that it requires additional wiring that connects the dimmer to the driver inside of the fixture housing. This has the potential to increase the cost of the light fixture. 0-10 volt dimming also requires a controller or controls system installed, like netLiNK Controls.

What is Step Dimming?

Step dimming is a simple and cost-effective method of dimming. In this method, the light output is controlled by a switch that toggles between preset brightness levels. For example, a three-step dimming switch might have settings for 100%, 50%, and 25% brightness.

Benefits of Step Dimming

One of the main advantages of step dimming is its simplicity. The function of dimming lives within the switch and does not require additional wiring to the fixture. Step dimming is less susceptible to interference than other dimming methods, making it a reliable choice for many applications.

Disadvantages of Step Dimming

One of the main disadvantages of step dimming is that it is less precise than other dimming methods. The user can only choose from a limited number of brightness levels, and the transition between levels may be abrupt or uneven. Step dimming may not be suitable for all types of lighting fixtures or bulbs, as some fixtures and bulbs may not be compatible with the switch.

Dimming your lighting gives you the benefits of energy savings, lower electric costs, and extends the life of your lighting fixtures. 0 to 10-volt dimming is a popular choice for commercial and LED lighting systems, offering a smooth and consistent dimming curve. Step dimming is a cost-effective and reliable method of dimming that is suitable for many applications.

Filed Under: Lighting FAQ Tagged With: 0 to 10 Volt, 0-10 Volt, Dimmable Lighting, Dimming, Energy Efficiency, Energy-Efficient, LED Lighting Dimming, netlink controls, Step Dimming

Let's Get Started

Our goal is to provide you with the finest lighting and controls solutions to meet your design and budgetary needs.

Contact WLS

6820 Corporation Parkway, Suite A Fort Worth, TX 76126 888-383-4309 wls@wlslighting.com

Keep the useful stuff close. Return to the WLS Signal library.

Back to Signal