Frequently Asked Questions - Inverters

 

 

1. What powers Innolite?

2. What type of cable extension cords is available?

3. Can CeeLite be battery powered?

4. How do I know which inverter to connect to a given panel?

5. What is the power consumption of CeeLite panels?

6. How do I use the dimmer button?

7. Is the inverter FCC approved?

8. Is the inverter UL approved?

9. Will my inverter interfere with am/fm radio?

 

 

1. What powers Innolite?

Typically, Innolite panels are powered within a range of 80 - 200 RMS volts at 400 - 1600 Hertz.

 

2. What type of cable extension cords is available?

10ft, 20ft and 30ft extension cords are available. These enable the user to operate the panel up to 30 feet away from the inverter.

 

3. Can CeeLite be battery powered?

Yes. We have battery-powered inverters for our professional vests and smaller sized panels. It is approx 16 sq inches and runs on 2 AA batteries for 20 hours static mode or 55 hours flashing mode.

 

4. How do I know which inverter to connect to a given panel?

Innolite provides a wide variety of inverters that are each designed for a specific amount of light emission area (panel size). See the Inverter Recommendations document in the Technical Information folder.

 

5. What is the power consumption of Innolite panels?

Innolite panels operate very efficiently by consuming about .061 watts per square inch or 61 milli watts per square inch.

 

6. How do I use the dimmer button?

There are 10 settings of varying brightness. Pressing the button once will change one setting either brighter or lower. The inverter is preset to 200cd/m².

 

7. Is the inverter FCC approved?

Yes, both class A and B.

 

8. Is the inverter UL approved?

Yes, it is approved in both the US (UL) and Canada (CUL).

 

9. Will my inverter interfere with am/fm radio?

No. All inverters are FCC class A and B approved.

 

Latest News

Welcome to a Revolution in Lighting!

 

Innolite is Canada's first and only highly anticipated LEC technology.

 

Innolite is Canada’s first company to manufacture and market commercially viable Light Emitting Capacitor (LEC) technology and Flatline Inverters which are destined to revolutionize the way lighting is applied and incorporated across many industries.