no
The base of the bulb obviously determines where it can fit and for most home fixture cases determines the voltage (Unfortunately there are many speciality bulbs where the base can fit different voltage situations and you have to be more careful). Light fixtures are rated for a maximum wattage. Bulbs have both a wattage and voltage rating. So if the halogen fits the base, is the same voltage and the fixture is rated for 45 watts or better, then you are good to go.
Yes, as long as the voltage is the same and the bulb has the same or less wattage. The fixture is rated at a certain wattage that can be found on a label somewhere on the fixture. Never use a larger wattage than what is stated on this label.
Yes, the halogen bulb would provide about 30% more brightness (lumens) for the same electric power rating. So 70 watt halogen is about equal to 90-100 watt incandescent.
You can prove it by using an energy monitor that measures the actual energy consumption of the light bulb. The wattage directly correlates to the amount of energy used by the bulb, regardless of its physical size. A higher wattage bulb will consume more energy than a lower wattage bulb, even if they are of the same physical size.
Yes. The resistance of a globe depends not only on the wattage of it but also on the voltage. A 12 V Globe would has a quarter the resistance of a 24 volt globe for the same wattage. (when alight)
No, a fluorescent bulb does not emit the same amount of heat as a metal halide bulb of the same wattage.
The base of the bulb obviously determines where it can fit and for most home fixture cases determines the voltage (Unfortunately there are many speciality bulbs where the base can fit different voltage situations and you have to be more careful). Light fixtures are rated for a maximum wattage. Bulbs have both a wattage and voltage rating. So if the halogen fits the base, is the same voltage and the fixture is rated for 45 watts or better, then you are good to go.
It is Jenn-Air part # 74004458 10 watt halogen. Order by calling 1-800-536-6247 or you can purchase a any Bi-Pin bulb the same size that is 10-12 watts. Bulb is about 1" long and is connected by 2 bi-pins that you push in. Do not touch the bulb with your fingers. Use a tissue to install it.
Yes, as long as the voltage is the same and the bulb has the same or less wattage. The fixture is rated at a certain wattage that can be found on a label somewhere on the fixture. Never use a larger wattage than what is stated on this label.
You can use a lower wattage bulb on a higher wattage fixture provided the voltage rating is the same and the bulb base is the same.
Yes, the two voltages are in the same range category.
Yes, the halogen bulb would provide about 30% more brightness (lumens) for the same electric power rating. So 70 watt halogen is about equal to 90-100 watt incandescent.
The recommended wattage for a refrigerator light bulb is typically around 40 watts. It is best to use the same wattage as the original bulb to ensure proper lighting and avoid any potential issues.
You can prove it by using an energy monitor that measures the actual energy consumption of the light bulb. The wattage directly correlates to the amount of energy used by the bulb, regardless of its physical size. A higher wattage bulb will consume more energy than a lower wattage bulb, even if they are of the same physical size.
Yes. The resistance of a globe depends not only on the wattage of it but also on the voltage. A 12 V Globe would has a quarter the resistance of a 24 volt globe for the same wattage. (when alight)
The size of the light bulb (wattage) affects the amount of energy it consumes. A higher wattage bulb will use more energy than a lower wattage bulb with the same wire and battery. The wire and battery provide the electricity needed for the bulb to produce light.
The recommended wattage for a refrigerator light bulb is typically around 40 watts. It is best to use the same wattage as the original bulb to ensure proper lighting and avoid any potential issues with the refrigerator.