Led Strip Light Watts Per Foot

The 5050 regular density led light strip is listed at two watts per foot so for thirty feet of light you ll be drawing sixty watts of power and as it just so happens we ve got sixty watt power supplies.

Led strip light watts per foot.

5 how to use a calculator. Step by step information on how to calculate power supply requirements. This means the wattage per foot will be 7 15 watts depending on the driving current you choose. Here s another look at the formula.

Determine the length of led strip you will connect to a single power supply step 2. 12v dc 3 4 watts per foot output. 300 per spool hitlights is a us based company that has been selling led products for five years and is the first certified brand to be ul safety approved. It is important to consider the length of light and power supply needed to sustain the level of energy for led strip lights.

How many plants can i grow with a 300w led light. 218 lumens per foot strip width. This step is very important to determine how large of a power supply you will need. Each strip consumes a certain amount of power per foot watts ft.

Determine the voltage and watts per foot or meter for the led strip. A good quality led strip should be capable of providing 4 watts per foot or more 15 w meter. For example a strip using 7 23 w ft would require 72 30 watts for a 10 ft strip. You can typically find this information listed on the product page or.

That formula again. The 6 leds on the strip are capable of being run at 350ma 500ma and 700ma which is chosen at checkout. Rate each of the plants need 30w of light energy from led lights. The energy used is identified as wattage per foot w ft.

These are the highest quality leds and if you run them at the max for this strip 700ma they will be giving off 1000 lumens per foot. 3 the voltage of your strip 4 if you want your strip to be dimmable. Length of led strip measured in feet x watts per foot x 1 2 minimum rated led power supply required to power your strip light. Step 3 check how many watts per foot your led strip will consume.

If the density increases to 2 plants sq. Strips wattage per foot x total feet of strip total power required watts. Ft it will increase at same manner. With a ridiculous 1 902 lumens per foot light output this strip is ideal for applications needing an extremely bright light.

For an led strip product it is usually a good sign if the leds are not driven at more than 0 2 watts each. Finally do a quick check to determine if the individual leds are being overdriven by dividing the wattage per foot by the led density per foot. For example the waveform filmgrade led strip power draw is 5 5 watts per foot. Your light strip is now ready to use.

2 the power consumption of your strip measured in watts per foot. If you do not have enough power to light your strips they may appear dim flicker or not light up at all. If plants are placed at 1 plant sq.