A 1000W metal halide lamp ballast uses about 8% of the lamp's wattage, meaning that a 1000W lamp actually consumes 1080 watts, or 1.08 kilowatts.
STEP ONE - TAKE HOURS USED AND MULTIPLY BY 1.08 kW
STEP TWO - TAKE THAT AND MULTIPLY IT BY COST OF ELECTRICITY, WHICH FOR RESIDENTIAL IN 2008 IS AROUND 11 CENTS/kWH (10 CENTS COMMERCIAL RATES)
Watts is the figure used to show how much power a device consumes.
Watts = volts * amps OR watts / volts = amps, so:
At 120 volts, 1000 watts / 120 volts = 8.33 amps, or:
At 220 volts, 1000 watts / 220 volts = 4.55 amps
Depends of what you mean by electricity. The 350 Watts says for each hour you have the light on you consume 350 Watt Hours of electricity. This is how you are charged by the Electric Company. Depending on where you live you may pay about 12 cents per 1,000 Watt hours or 1 Kilowatt hour. So your bulb costs about 4 cents per hour in electricity. To compute the current you need to know the voltage. Watts = Current x Volts.
If always on and for a 30 day month there are 720 hours. So the energy used is 720 x 1 kw or 720 kw hours. At an average cost of 12 cents per kw hr that would be about $86.40 a month.
It uses 100 watts, which means that it takes ten hours to use up 1 kilowatt-hour.
Between Metal Halide and Mercury Vapor the higher output is emitted from the Metal Halide lamp.
Metal-halide light is helpful for plant growth and is often used for indoor plant growing applications. Metal-halide lights produce blue-frequency light. They can provide the temperature , as well as the spectrum of light that encourages plant growth.
No. A 70 Watt metal halide bulb can not be replaced with a 150 Watt halide bulb.
Metal Halide can flicker when warming up cause it is starting to get hot inside. Or Metal Halide can flicker when it is about to burn out. Sometimes they even cycle.
Metal Halide lamps produce many more ANSI lumens than an LED lamps. However, given this fact, many manufacturers are focusing their production on LED technology because they produce light that lasts 4 to 10 times longer, and they do not get hot like metal halide lamps.
Between Metal Halide and Mercury Vapor the higher output is emitted from the Metal Halide lamp.
Metal-halide light is helpful for plant growth and is often used for indoor plant growing applications. Metal-halide lights produce blue-frequency light. They can provide the temperature , as well as the spectrum of light that encourages plant growth.
silver halide
The question isn't what you're powering with a particular gauge of wire, but what's the current draw. If the metal halide light can run on a 15 Amp breaker (from the breaker panel), fine use your metal halide in your residential application and run it on the 14 gauge wire.
Common table salt NaCl is a metal halide.
silver.
silver
An HQI metal halide lamp belongs to the family of metal halide HID lamps. Hydrargyum quartz iodide (HQI) lamps differ from standard metal halide lamps in that they are often smaller and are offered in double ended versions and require a special socket. The gasses and metal halide salts used in HQI and standard metal halide lamps are the same.
No. A 70 Watt metal halide bulb can not be replaced with a 150 Watt halide bulb.
yes No Rafe, it will not. Remember when you tried it.
Silver chloride, AgCl
Metal Halide can flicker when warming up cause it is starting to get hot inside. Or Metal Halide can flicker when it is about to burn out. Sometimes they even cycle.