Wiring Landscape Lighting Transformer

Properly wiring the transformer and running center fed wires to fixtures at the correct voltage is one of the most overlooked pieces in the building of low voltage landscape lighting systems today.

Wiring landscape lighting transformer.

Transformers commonly range from 120 to 900 watt capacity. Many transformers come with connections for lights of various wattage for versatility so you can use the same transformer for different light systems. Step 1 landscape lighting overview illustration by gregory nemec. Most low voltage landscape lighting wire comes in two different sizes.

Low voltage landscape lighting connections using kichler quick discs and waterproof wire connectors are the subject of episode 38 of http rustyshovel tv. Most transformers are rated to handle a load of 100 to 300 watts. It s important that a landscape lighting system be engineered well to assure the longevity and continued enjoyment homeowners will experience. The transformer reduces or steps down the 120 volt household current to 12 volts.

Landscape lighting adds safety security and aesthetic appeal. Second you need to be able to distribute equal voltage to every single fixture in your landscape lighting system and that takes a well planned wiring method. Pairing the size of the transformer to the lighting design is important for good operation and function of your light system. When designing or wiring landscape lights it is extremely important not to go over the wattage capability of the transformer plus by having the extra wattage available will allow you to add more lighting to your system in the future if you desire.

Most low voltage lighting systems include a transformer that is plugged into a regular outdoor electrical outlet. 12 and 16. Low voltage landscape lighting is a simple improvement that can make a huge difference in how your home looks after dusk and in its safety and security as well. The only wiring method that can get equal voltage to every fixture is an equalized hub method of wiring.