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Kichler Mini Deck Light | Garden Arbors and Trellis

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Installing landscape lighting is unexcitedly but keep in care that it requires more than well-founded the lighting fixtures. Landscape lighting systems also force:Transformer – The transformer is the power cache for your fixtures. It plugs into a exemplar household 110v way out. The sum up lamp wattage of all fixtures connected to a transformer must be less than the skill of the transformer. To influence which transformer you poverty add up the wattage of all lamps and add 10% more as a protection fact. Benchmark: If you’re installing five trivial fixtures rated at 20 watts each you will for a transformer that can accomodate at least 110 watts. (TRANSFORMER SIZE = Full WATTAGE OF LAMPS x 1.1)Telegraph – This is the electrical wire that runs from your transformer to your living soul undemanding fixtures. Verify the measure of cablegram needed by measuring the aloofness from the opening to the farthest appendage putting. Adding branches of telegraph is recommended for lights that are not located in a set yarn from the transformer to the farthest gadget so register the at long last of wire that branches off the duct outline. About: always consent a pair unused feet of cable per fitting for budding repositioning.Wire Period Graph New to landscape Lighting? Click here to learn more!See compatible transformers & telegram for this lighting device below (scroll down).

Source: Kichler Mini Deck Light | Garden Arbors and Trellis

Outdoor Landscape Lighting Transformers

How do I figure out the energy cost to run a 300 watt, 12 volt Malibu Landscape transformer?

Feb 09, 9564 by segaultney | Posted in Maintenance & Repairs

I use several of these Malibu 120v to 12v transformrs to inconsiderable my yard. But I am having a difficult time figuring out what they are costing me. My transformers are for outdoor use, but I thought a while back people were putting in low voltage inside can lights because they were in the long run cheaper to run? I want to calculate what each Malibu costs me per month.

300 watts, times the hours they run per day, times 30 days, divided by 1000, times the price per kilowatt hour your power company charges. 8 to 18 cents depending where you are.

300x12x30 \ 1000 = 108 KWH x .10 = $10.80 per month

Whats wrong with my transformer?

Aug 08, 2008 by joeworkman1 | Posted in Do It Yourself (DIY)

Merely installed a 600 watt Ryco Engineering landscape lighting transformer a week ago. Worked fine until today. The digital reveal on the unit turns on and functions as normal, however I am measuring 0 voltage on every setting. The breakers are not tripped and the wiring looks sharp. Unit looks fine and does not smell burnt. Is there anything I could be missing on trouble shooting this? I would antipathy to have to replace it after only a week.

It sounds like a bad friend at court. Take your tickler and check the input voltage. Is there a thermal switch? Lots of times a non-professional will not fix a solid connection. It could also be cross wired, they will work for a while sometimes that way. Black or red to hot, white to neutral.

Landscape lighting - Why is one run dim?

May 30, 2007 by Tammy B | Posted in Do It Yourself (DIY)

I have a 600 watt transformer with one 150' run & one 200' run w/a complete of 320 watts, but the 200' run is dim. Why? The transformer is supposed to accommodate two 200' runs. Would a bigger transformer fix the problem?

Because the intransigence increases with the length of wiring, if you are going to run longer runs you may want to move up to a larger size wire for this run - larger diameter will have take down resistance.
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I am assuming you are running the Xfmr off of house wiring 120V, so that means :
600w / 120V = 5 Amps.
therefore, I cannot see lights using this much prevalent which means, a larger transformer will probably not solve the problem.
You say you "have" 320 watts add up to, so that is 320/120 = 2.66 Amps and your transformer can handle 5 amps on this voltage. So again, a largr Xfmr will not resolve this issue. It has to do with the opposition, i believe.
More resistance = less current can travel.
Less current travelling = less current going through each bulb; thereby, reducing their brightness ( brightness).
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Don't forget also, electricity will seek out the path of least resistance. Despite the longer run and higher irregulars you have to look at the other run as well. It has less resistance because its length is less; therefore, more current will take this path and cause these lights to consume more than the others, and their brightness will be greater, as well.
For me, I would procure sure the two runs are even ( within a few inches but less than a foot).
If you know the guage of wire used in both, you can calculate your Maquis for each run. Now you can try larger guage sizes for the longer run so that the resstance for that run will come very close to the resistance for the smaller run. you shortage equal resistance if you are running them parallel like you describe.
if that is not possible then you want to run them serially so they all have the same current - same learning. So maybe you can connect one run into the other this will even things out also.

I do not believe it is voltage drop because if this were the case then the first light on the string would be glossy and begin to get progressively dimmer the further down the string you go - plus you would see the same effect on the other string of lights too, but it is not the case, it is one complete string is dimmer than the other.
Also, when buying an Xfmr in the future be sure to look at " continuous " and not "max" if this is rated at 600 watts max, that is not what it is capable to supply continuously, just so you know.