There is no electrical reason why this can not be done. Just remember that increasing wattage will add more draw to the circuit. If the circuit that the fixture is on has other loads, the circuit could be overloaded and may trip the breaker.
The flexible wire in a lamp is called the filament. the word means 'thread-like', and it comes from the fact that you need a particularly thin section of wire in order to get the metal to incandesce (glow) at relatively low wattages.
Since baseboard heaters come in many different wattages vs. lengths I guess the best answer would be, you can load up to 2880 watts of baseboard heaters on a 15 amp two pole breaker at 240 volts.
The bulb will be held in place by two spring loaded pins. Slide it to the left or right and it will come out. Take the bulb to the store, there are several sizes and different wattages. Check the fixture to see if there is a maximum wattage. NB do not touch the new bulb with your bare skin or it will not last. pinch the end of the halogen tube (the white plastic bit) and slide to left or right, whichever way the spring holder will give. use a clean tissue to place the replacement back in.
You have to make a decision as to what you want to make your priority loads. Once you have established this, add up all the load wattages. Use the following formula if you can not find what the wattage load is from the nameplate of the device. W = amps x volts. Generators are rated in wattage. Your load wattage total must be under the load wattage capacity of the generator.
Different sized sets have different wattages. Typically around 20 to 40 watts per set.
Yes it should, however most flourescent ballast can serve different wattages check the label on the ballast case.
3 watts to 125 watts.
Only, and I DO stress ONLY if it provides the correct temperature ranges ! If not - you need to 'experiment' with different wattages to find the right bulb !
The filaments inside bulbs are different wattages. It is best to replace the dead bulb.
H7 - 55 W @ 12.0 V, 1500 lm ±10% @ 13.2 V H9 - 65 W @ 12.0 V, 2100 lm ±10% @ 13.2 V Different wattages.
- S2 starters for ignition of low-voltage fluorescent TL lamps and series/single application in high voltage for lower wattages (4 - 22W) - S10 starters for ignition of high voltage fluorescent TL lamps for wide range of wattages (4 - 65W)
No. Just make sure that the ballast you use is rated for at least as many watts as the lighting you plan to operate with it.
Panasonic-NNSD377-08-CuFt-Countertop-Microwave-Oven-Stainless-Steel has setting arrangement for 4 Wattages, 5 Cooking levels, Quick Minute Feature ,Pop-Out Dial, Auto Cooking ,4 Digit Display and Popcorn Key.
All microwave ovens use only 1/3 to 1/2 the energy of a conventional oven or stove. Microwaves are not required to have an energy star lable to show you their average energy usage, But all the different wattages of microwaves are similar in average energy usage.
Resistance wise, the rated wattages are immaterial. When calculating the amount of power the two of them would be able to dissipate, (or the maximum current) you would have to use V=IR and P=VI to work out which resistor would run into it's wattage rating first.
These use a large range of wattages, mostly thaey range from 700- 900 for medium sized microwaves and 900-1250 for a very large microwave.