Yes and no. There is a small range of wattage for which the built in ballast is designed for. Best to stick with the original wattage 4 pin lamp.
I did a quick search and discovered they come in a range of wattage from 15W to 70W - see related link for an example of one supplier (there were thousands listed when I searched for the product !)
To answer this question some values must be stated. The voltage and amperage must be known to find the wattage. W = A x V.
Remember that dimmers are for incandescent lights only unless you invest BIG BUCKS on dimmable fluorescent lights and fluorescent dimmers. Make sure that the switch that you replace with the dimmer does not control a plug-in outlet unless it is a lamp. You could do harm to an appliance not designed for such use. Otherwise,just add up the wattage of all the bulbs on the dimmer and buy one of the next size rating. So if you have two 60 watt bulbs, two 75 watt bulbs-- that's 270 watts total.Find a dimmer rated for 300 watts or more.
It is not a good idea to mix lamps and ballasts. Ballasts are designed to output a specific voltage for the lamp that it is designed to be used on. By suppressing a wrong voltage on a lamp can shorten its life expectancy by a good deal.
There are two main types of fluorescent ballasts available in the market: magnetic ballasts and electronic ballasts. Magnetic ballasts are traditional and less efficient, while electronic ballasts are newer and more energy-efficient.
The different types of ballast used for fluorescent lights are magnetic ballasts and electronic ballasts. Magnetic ballasts are older and less efficient, while electronic ballasts are newer and more energy-efficient.
Fluorescent electronic ballasts have a voltage to amperage ratio chart on their face. Use this chart by selecting the voltage you are using and the corresponding amperage, then multiply the two numbers together for your wattage. Some fixtures come with more than one ballast, so you will need to take the wattage of all applicable ballasts for any given fixture to obtain the total wattage for the fixture.
Universal Lightning Technologies is a leading producer of commercial lighting applications. Linear Fluorescent Ballasts, LED, lamp and lampholders and Compact Fluorescent Ballasts are some examples of their products.
No, regular fluorescent tube lighting cannot be used in VHO (Very High Output) ballasts. VHO ballasts are specifically designed to operate with VHO fluorescent tubes, which have different electrical requirements than standard fluorescent tubes. Attempting to use regular tubes in a VHO ballast can result in poor performance, flickering, or damage to the lighting system.
Many older fluorescent lamps are equipped with ballasts that don't work properly in hot and/or humid weather. Newer fixtures can be bought with solid-state ballasts that resist high temperatures and humidity, and replacement ballasts are available to retrofit existing fixtures.
Compact fluorescent lamps (CFLs) use electronic ballasts, which regulate the flow of current to the lamp. These ballasts provide benefits such as improved energy efficiency, reduced flicker, and a quieter operation compared to magnetic ballasts.
"Compact fluorescent lamps" (or, more commonly CFLs) sold direct to consumers for installation in a standard screw-in socket have an integral ballast built into the base. The ballast converts and controls the line voltage from the socket to properly drive the fluorescent lamp. Ballasts are generally fairly complex circuitry. All fluorescent lamps require a ballast. However, most lamps used commercially ("ordinary fluorescent lamps") do not have the ballasts built into them; rather, the ballasts are hidden somewhere in the fixture.
The main differences between a T8 and T12 ballast are their size and efficiency. T8 ballasts are smaller and more energy-efficient than T12 ballasts. This means that T8 ballasts can provide better performance and save more energy in fluorescent lighting systems compared to T12 ballasts.
Yes, it is important for the wattage of the fluorescent ballast to match the wattage of the fluorescent tube. Mismatched wattages can result in inefficient operation, reduced lifespan of the bulb, or even damage to the ballast. Always make sure to check and use the appropriate wattage for both the ballast and the tube.
Dimming ballasts typically work by controlling the amount of current going through the fluorescent lamps. They adjust the voltage supplied to the lamps, which in turn regulates the light output. This allows for the dimming functionality in fluorescent lighting systems.
The wattage of a standard four-foot fluorescent bulb is typically around 32 watts.