#12V LANDSCAPE LIGHTING PROFESSIONAL#

Thicker gauge wire is often used for higher power installations and thinner gauge wire can be used for low-power lighting projects. The wire’s thickness helps to determine the brightness of your landscape lights. Your wiring connects to both the transformer and each lighting fixture.

#12V LANDSCAPE LIGHTING PROFESSIONAL#

Sound complex? That’s why it’s best to work with a professional landscape lighting company! Low Voltage Wiring If you choose landscape lights that require 300 watts (six pathway lights that each need 50 watts, for example), you will need a transformer that can handle AT LEAST 300 watts, but you would likely want to overshoot that wattage by 100-200 watts to give your system room for expansion and ensure the load is not maxed out at all times. You need to choose a transformer that offers the proper wattage for the number of landscape lighting fixtures that you choose to use. However, not all transformers are built the same! Each transformer manufacturer makes their transformers with different ratings. Each transformer consists of many electronic components that work together to step down your home’s 120V system down to the 12V needed to power your landscape lights. The transformer is the main component for distributing safe voltage to all of your landscape lights.

Unlike your usual “line voltage,” which uses 120 volts, low-voltage landscape lighting only uses 12 volts to power your outdoor lighting fixtures! How can this be possible? Learn more about the components most commonly found in low-voltage landscape lighting systems below! Low Voltage Transformer There’s a list of trusted NRTLs that is readily available.You can highlight your favorite plants or light your pathways at night without the constant threat of shock or injury! Using only a few components, low-voltage landscape lighting can be set up quickly and efficiently, especially with the help of a landscape lighting professional like Mike’s Landscape Lighting! How Does Low Voltage Landscape Lighting Work? CCC, RoHS, FCC, these are all junk markings they put on stuff to confuse you. If you see “CE” as the major marking, that means they can’t qualify for a proper UL listing or other NRTL. or fill the house with toxic smoke so you’re dead before you even wake up. A million things, like using the wrong plastic in the case, so it won’t self-extinguish and will accelerate a fire. It’s never been inspected by an independent testing lab like Underwriter’s Laboratories (UL), and it shortcuts all the design standards that keep us safe (e.g. That stuff is a sea of cheap Cheese junk, and it’s not about American jobs, it’s the fact that direct mail bypasses the product-quality and safety laws that make it illegal for Home Depot to sell that crud at retail. If it says “Sold by and Fulfilled by Amazon”, then don’t attach it to AC mains power! If it says “Ships from and sold by “, then don’t attach it to AC mains power! Well, if it says “Ships from and sold by ” it’s probably alright, but there have been some counterfeiting problems on popular items.

Don’t buy mains electrical gear off Amazon Return it for sure! If you’ve never done Amazon returns, there are several easy ways, including any UPS Store will take them even unboxed - just the loose item and the return slip off your phone, which they scan. Read below, and if you were ripped off with non-UL-Listed cheap junk, make them pay. The power supply is either too small for the job, or is defective. Since the lights work on the battery charger (and it may be overloading the battery charger but most of them tolerate it for short times), we know the issue is the old transformer and new power supply. Your battery charger test reveals the problem The landscape lights do not care if they are AC vs DC. We don’t even bother calculating it differently, honestly. If you’re at a specific voltage, AC doesn’t help at all. You probably have a switching power supply. Also, transformers are made of copper and iron, and are quite heavy. Therefore, that DC power supply you got is not a transformer. The thing that steps it up/down is called a transformer, and it only works on AC.The higher voltage could be transmitted with far less transmission loss. The whole point of the “War of the Currents” was that AC could be run through a Transformer to easily step it up to a higher voltage.

12v landscape lighting