Yes, you can use 55-watt bulbs on a 1986 Yamaha motorcycle, provided that the electrical system can handle the increased wattage without overloading. It's important to check the specifications of your bike's electrical system to ensure it can support the additional load. Additionally, make sure the bulb fits the existing socket and is compatible with the motorcycle's lighting system. Always prioritize safety and consider using bulbs that are designed for motorcycle use.
Yes, you can use a 10-watt bulb with a 32-watt ballast, but it may not operate efficiently. The ballast is designed to provide the necessary starting and operating voltage for higher wattage bulbs, which could lead to flickering or a shorter lifespan for the 10-watt bulb. It's generally recommended to match the bulb wattage with the ballast for optimal performance.
Yes if it fits. The 40 watts would be an upper limit.
The higher the rated wattage of the bulb, the greater the luminous efficacy, which means you get more lumens per watt using a 120-watt bulb than using two 60-watt bulbs.Check the lumen ratings for the two 60 watt bulbs, and compare it with the lumen rating for the 120 watt bulb. That should give you the answer you seek. The 60 watt bulbs may give off a light that is more yellow than the 120 watt.A More AccurateIt depends upon the type of light bulbs used, and what you mean by "light". Incandescent light bulbs are very efficient at converting electricity into light, but unfortunately they emit most of that light in the infrared band, which humans cannot see. Therefore, we describe incandescent bulbs as being inefficient in terms of converting electricity into visible light.Generally, higher wattage incandescent light bulbs operate at higher temperatures, and they therefore emit a greater proportion of the light in the visible spectrum. Consequently it is common to say a 120 watt bulb emits more than twice the light of a 60 watt bulb. In truth, a 120 watt bulb emits almost exactly double the luminescent energy of a 60 watt bulb, but because the 120 watt emits a greater proportion of its energy in the visible spectrum, it is common to claim that the 120 watt bulb emits more than double the light of a 60 watt bulb.The situation changes considerably when talking about fluorescent and LED bulbs, which emit the majority of their luminescent energy in the visible spectrum. That is why they are so popular, because they use much less electrical energy to emit the same amount of visible light, compared to incandescent light bulbs. As a general rule, a 120 watt fluorescent or LED bulb will emit about twice the visible light as a 60 watt bulb.Watts is not a unit of light, but of power consumption. However, many people are familiar with the amount of light emitted from an incandescent lamp (bulb) of a given wattage, so that has become an unofficial way of expressing brightness. Many compact fluorescent packages are labeled with the incandescent wattage giving a similar light output.
Yes, the actual wattage to create similar lumen's to a 100 watt incandescent lamp is around 23 watts in a compact florescent lamp. This being the case the actual draw would only be 23 watts or so and thus well under the 65 watts recommended for your fixture.
430 watt bulbs are made to juice a little more light from a standard 400 watt ballast. you get about 3-5000 more lumens. A typical 400 watt HPS produces about 50-55,000 lumens. The 430 will put out about 58,000. Not a lot, but a little extra without any increase in power usage.
I would wire them together in a parellel circut. all the lights together, white to white black to black then put your ballast to em. it works like that with my 400 watt mh/hps ballast and 2 250 watt hps bulbs. run 2 hps bulbs with 2 mh bulbs if you can, you get better results.
There is no direct conversion . . . different types of lamp bulbs put out different amounts of light per watt.
I cannot tell you as this will vary from brand to brand of LED lightbulbs. Look on the package for the "equivalent wattage" rating and buy bulbs rated at 60W equivalent. You should not need to change the fixture, just put LED lightbulbs in the one you already have.
Yes, you can use a 10-watt bulb with a 32-watt ballast, but it may not operate efficiently. The ballast is designed to provide the necessary starting and operating voltage for higher wattage bulbs, which could lead to flickering or a shorter lifespan for the 10-watt bulb. It's generally recommended to match the bulb wattage with the ballast for optimal performance.
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.
If you are not replacing all of your incandescent bulbs with CF bulbs, then some installations may be of more benefit than others. To maximize savings on operating costs, put them in light fixtures which stay on more than others. Put one in a fixture that's hard to reach; that way you won't have to change it as often. Do you have a fixture that has a maximum wattage rating of 60 watts (like many of the 'builder-grade' fixtures in my house)? Replace the 60 watt incandescent bulbs with 23w CF (100 watt 'light-equivalent') and you'll get more light into the room.
turn ignition system and fuel system on then put in 2nd gear and push
lumenicity (how much light something gives off) is not directly related to power. A 60 watt LED will give off more light than a 60 watt incandescent. You should check the manufacturers information. Light.com (first one to show up in my google search) specifies a 500 lumen 8 watt LED. the 52W incandescent "soft white" bulbs I have on many dimmers in my home put of 710 lumens as a comparison.
The dark black incandescent type UV bulbs will work as they actually get hotter than the equivalent standard incandescent bulb of the same wattage, but the compact fluorescent type UV bulbs run too cool.
2 places
No, you can not.
Yes if it fits. The 40 watts would be an upper limit.