| Select Input Voltage: | 110V±20% (US, CA) (Base), 220V±20% (EU, UK, AU) (Base) |
|---|---|
| Select Output Voltage: | AC 24V (Base), AC 12V (Base) |
| Select Power: | 500W (Base) |
| Availability | In Stock |
| Condition | Brand New |
The waterproof rating of this 24 volt AC transformer is IP68, which can be used underwater or underground to protect against moisture, dust and water. It is specially designed to meet the voltage conversion needs of outdoor lighting equipment such as pool lights, underground lights, wall wash lights and fountain lights as a power supply. It can efficiently convert AC high voltage to 24V AC, providing a stable and safe output.
24V AC output power supply is available in two input voltages, including 120VAC to 24VAC power supply and 220VAC to 24VAC power supply, which can meet the standard AC voltage requirements of different regions. High power 500W, suitable for large industrial outdoor lighting projects. The 24 AC transformer is made of high quality coils to provide better shielding and reduce electromagnetic interference. Use epoxy resin material for potting, can be 100% fully waterproof. Black waterproof wires come from both ends for easy connection to the LED fixtures.
If you are seeking a reliable AC low-voltage transformer for outdoor LED lighting, our transformer has stable output, high efficiency, IP68 waterproof, and can work in extreme weather, with a two-year warranty, definitely an excellent choice.
This AC/AC 24V transformer is most commonly used for standard RGB ground-buried fountain lights that require a 24V AC input.
| Product Type: | Underground 500W AC to 24 Volt AC Transformer for LED Pool Light |
| Output Voltage: | AC 24V / AC 12V |
| Input Voltage: | AC 120V / AC 220V |
| Product Size: | L8.81 "x W5.98"X3.14" (224mm*152mm*80mm) |
| Color: | Black |
| Current: | 20.8 A for AC 24V / 41.6 A for AC 12V |
| Power: | 500W |
| Waterproof: | IP68 underwater/ underground |
| Warranty: | 2 years |
| Weight: | 5.7kg |
Since the lights have conversion efficiency, for example, the output might be 15W, but the input exceeds 18W. The AC power transformer is calculated based on the input power of the lights, which should be 18W in this case.
Due to line loss, the longer the distance, the greater the loss. It is recommended to use twice the power of the lights, e.g., 75W * 2 = 150W.
