Fluorescent Light Ballast Output Voltage

The high output frequency of an electronic ballast refreshes the phosphors in a fluorescent lamp so rapidly that there is no perceptible flicker.

Fluorescent light ballast output voltage.

Commercial cfls use a separate ballast. Rather than pre heat the electrodes the ballast uses a high voltage boost around 600 volts to heat and light the filaments and then the mercury gas. If your working voltage is 110 volt and the voltage required for. The ballast provides enough voltage to start the fluorescent bulbs and once they are started it quickly lowers the current to produce just enough electricity to produce a steady light source.

Providing the proper voltage to establish an arc between the two electrodes. Though this makes them energy efficient it also shortens their life as the surge of voltage every time they re switched on damages them over time. It is not a fluorescent tube that is voltage rated it is a ballast that is used to raise the secondary voltage to fire the tube. The flicker index used for measuring perceptible light modulation has a range from 0 00 to 1 00 with 0 indicating the lowest possibility of flickering and 1 indicating the highest.

Cfls for the home have a built in ballast at the base of the bulb. Newer fluorescent ballasts are usually rated for both 120 volts and 277 volts. Some are rated for only 120 volts others for only 277 volts used in commercial environments. If your fluorescent fixture is not working properly use a multimeter also called a volt ohm meter to check the fixture s voltage to determine if the problem is the ballast or another component.

The amount of illumination in the fluorescent bulb is controlled by a ballast that is connected to the fixture.