Two of the main reasons fluorescent fixtures won't work is the ambient temperature is too cold and the other is the fixture is not properly grounded.
No, rheostats are not typically used with fluorescent lights. Fluorescent lights require a specific type of ballast to control the current and voltage, which is different from the functionality of a rheostat. Using a rheostat with fluorescent lights can lead to inefficient operation and potential damage to the lights.
I would say no. My reasoning is that if incandescent bulbs have as much or more mercury than fluorescent bulbs, the fluorescent industry would be debunking all the reports of a mercury problem.Incandescent lights do not need or use mercury to operate, so there is none in them.Fluorescent lights cannot be made at all without mercury, as it is the glow of mercury ions that produces the UV light inside the fluorescent bulb to excite the phosphor coating to make visible light.
Most fluorescent lights are linear in shape, but some are u shaped, and others (the compact fluorescents) are bent into various other shapes. Fluorescent lights come in a variety of lengths, a variety of voltage, a variety of light colors (all are more or less white, but the white can be tinged with varying degrees of other colors), a variety of tube diameter, differing quantities of mercury, a variety of brightness, a variety of socket types (some have one pin on each end, some have two, and the compact fluorescents are designed to screw into a socet the same way an incandescent bulb does). All these differences come in various combinations, so that there are literally thousands of different types of fluorescent lights.
No, motion sensors are not compatible with dimmable fluorescent lights. The fluctuating voltage from the dimming process can interfere with the motion sensor's functionality. It is recommended to use non-dimmable fluorescent lights with motion sensors for optimal performance.
Some, but not all, plants need a wider range of illumination than is provided by fluorescent lighting. Incandescent bulbs give off heat and infared radiation, while fluorescent (cold) lighting is closer to the ultraviolet part of the spectrum.
You may have a blown fuse.
my head lights wont come on ,,all other lights work ,,no head lights
out of gas prbably
Probably the dash fuse is blown, or the dimmer switch for the dash lights is bad!
No, rheostats are not typically used with fluorescent lights. Fluorescent lights require a specific type of ballast to control the current and voltage, which is different from the functionality of a rheostat. Using a rheostat with fluorescent lights can lead to inefficient operation and potential damage to the lights.
use BMW bulbs and parts
This can be due to a bad headlight switch. If it goes bad, most of the time you have no dash lights or headlights
No, the fluorescent fixtures that are installed in dropped ceilings are also know as recessed lighting.
all of the other lights come on but when I turn switch all away to start wont do it
No, not all lights are the same in terms of energy efficiency and brightness. LED lights are generally more energy efficient and brighter than traditional incandescent or fluorescent lights.
I had the same problem with my Grand Am and there is a recall on the ignition switch. I had to take the vehicle to an authorized GM dealer and they replaced it for me at no cost.
Since the break lights turn on when the head lights are activated, the problem is probably in the wiring of your break lights. Someone may have accidentally disconnected the wires of your break lights to your head lights.