The Volt path lights are taller and they offer extensions if needed. You have to splice the wire together and use wire nuts, which is much better connection than those silly plastic connectors that your lucky to squeeze onto home run wire the first time. The stakes are 10 times better and the wire used is around 10 gauge, not the cheap 18 gauge from Malibu. Yesterday I placed my third order and received it today. I'm slowly replacing my Malibu/Intermatic fixtures with these superior fixtures. Their fixtures are solid metal (mine are brass) and come with a lifetime warranty. Stay away from Malibu!.Īfter several years of replacing Malibu low voltage landscape lighting, I've finally found a much better manufacturer,. Save time and frustration and invest in a good system to start with. Between replacement bulbs and fixtures replacements., i have spent enough to actually have a good set put in. I just bought these LAST FALL!!!! I give up. I called customer service at Intermatic and a recorded message indicated they only cover Malibu lights made before purchased before 2009. i found him very rude on the phone, after telling me he didn't care if I ever bought another Malibu/Intermatic light again. He said they were responsible for the lighting even if it had Malibu name on it. Second time they called, i explained the situation. Had to leave my phone number for them to call back. i called the customer service line twice. Went back to Home Depot they referred us to Malibu. We tried replacing bulbs, but that didn't work. They lasted 6 months before all but 1 died. We purchased some higher costing Malibu lights from Home Depot to add to our existing service. As a side benefit, they usually last much longer than incandescent lamps. They're also right at home with low voltage. Even though they're not as efficient as their reputation would suggest, they're usually more efficient than dim incandescents. That said, low voltage landscape lighting is a good application for LEDs. The only real advantage that low voltage landscape lighting has over line voltage is relative ease of installation. So, for a given wattage, at 12 volts the current is 10 times as high as at 120 volts. By Ohm's law, current = voltage / resistance. There's also the greater losses in the wiring caused by the higher currents. So I doubt that you gain much, if anything, by using a transformer. Every incandescent landscape light I've seen has been a low output (and thus low filament temperature) lamp. I may have missed some, but regrettably I've never seen any landscape lights that appear to operate this way. This is often the case with xenon undercabinet lights for kitchens, for example. This is because its filament can be operated at higher temperatures for a given light output. When you're talking about low intensity incandescent lights, a low voltage lamp can be (though it isn't always) more efficient than a line voltage lamp. Heat = waste.īut things aren't always equal. The evidence for this is that it gets warm. So all other things being equal, a transformer wastes electricity. But in real world transformers, watts in > watts out - always - because of the transformer's losses (inefficiency). With an ideal transformer, watts in would be exactly equal to watts out. They help save electricity by using a transformer that converts higher voltage electricity into a 12 v energy efficient electrical current.įirst of all, there's nothing magical about a transformer.
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