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7 Best Wifi Landscape Lighting Controllers in [Low Voltage Transformers] - garden lighting ideas Use Stratus, our smart low voltage wifi enabled lighting transformer on our high quality LED fixtures or upgrade the controls of your existing system. Escape the Limitations of Light Sensors and Timers. Our smart low voltage transformer takes the frustration out of scheduling the on and off times for your low voltage outdoor lighting. Simple. When operating low voltage lights, you need a transformer to convert your standard line voltage (V or V) into low voltage Low Voltage Landscape Light Transformer Software (12V or 24V). This allows your How Install Low Voltage Landscape Lights Queue lights to function properly. If you connect low voltage lights directly to line power, the higher voltage would cause them to burn out immediately. The maximum wire run distance from the transformer to the lights will depend on several factors: wire size, wattage of lights, and length of run. Our low-voltage landscape lighting calculator will allow you to enter this information to determine the maximum distance from the transformer to the lights. The calculator will alert you if the wire.
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Landscape lighting adds safety, security and aesthetic appeal. Once your landscape lighting design is complete, you can figure out what size of low-voltage transformer you need. Transformers generally range from to watt capacity. Matching the size of the transformer to the lighting design is important for efficient operation and function of the system.

House current, volts, is reduced by a transformer to 12 to 20 volts, the current needed to operate low-voltage landscaping lights. Many transformers come with connections for lights of different wattage for versatility.

Other low-voltage transformer features include motion detectors for turning lights on and off, photo cells to turn lights on at specific light levels and programmable timers. Add up the wattage of each light in your landscape lighting design. For example, if you plan to use 20 watt lights, multiply 12 Low Voltage Landscape Lights Home Depot Guide times 20 for the total wattage. In this example, the total wattage is Multiply the total wattage by 1.

For the example, x 1. This weekend I was attempting to run low voltage landscape lighting to a place a good distance from the transformer. Specifically, the line ran nearly feet before reaching the first light. My question is, what can be done to resolve this? Do I need a junction box at feet and then my wires to the lights run from there? I've also read where LEDs may also help. Any help would be greatly appreciated?

Location Maplewood, MN. I'd say the wire is creating too much resistance because of the long run. Stepping up gauge could help. It there a way to get the transformer closer? I don't do enough LVL to know off hand and I don't have a voltage Low Voltage Outdoor Landscape Lighting Transformer drop reference handy. What voltage lights and transformer are you using? You're looking at about a 2v drop just to the first light assuming you're using about w of lights.

Stepping up the transformer a few volts would compensate as well as the wire gauge. Lite4 LawnSite Gold Member. Location Indianapolis, IN. Wow, where to start. Are you using a professional, multi-volt transformer or a lowes, home cheapo kind? What is the total load of your run how many total watts on that home run? What wiring method did you use? Can't really help you until we get more info. Lite, thanks for actually doing the math; I just grabbed the numbers off a site that had a pretty close example.

Like I said, don't do a whole lot of lighting but looking to get into it. Better for the OP too having the right numbers. Thanks for the quick replies More info as requested: 1. It's a 12 vac transformer only yes the big box store kind. Note, this isn't a big time professional lighting job but rather helping a friend DIY.

The set up is I have one transformer w max, 12 vac only as mentioned above with two runs coming out. These 4 lights are daisy chain designed but all pretty close proximity to the power source. This part of course is working fine. The second part or the addition was to run a second line roughly feet or so and power 4 to 5 more 20 watt spot lights. The first light is probably at feet and and a total distance of maybe feet.

This is causing the transformer to trip within just a few seconds. Both when running both lines into the box and also tried just running the long distance line without the short run hooked up. The long stretch was also a daisy chain set up which I now know just won't be possible at that distance so I suppose I'll look for a junction box so I can spider the lights from the box? Is that sufficient wire to run that distance.

Thanks in advance. Last edited: Mar 31, This is problem 1.

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