Envo SC-50-24-US Power Supply 50W 24V - Triac dimmable 2.08A

The Envo SC-50-24-US is a constant voltage 24V power supply rated at 50W. It delivers up to 2.08A output current and is designed for AC phase cut dimming. This model has a single output and is intended for input voltage from 100V to 130V.

Yes, this model supports AC phase cut dimming, including Triac-style dimming applications. That makes it suitable for projects where dimmable 24V constant voltage output is required. Its dimming capability is one of the key differentiators of this model.

This model is generally suited to 24V constant voltage lighting applications that need up to 50W of power. It is relevant for dimmable LED setups where AC phase cut control is required. Buyers commonly consider this type of unit for commercial or trade lighting projects that need a compact non-waterproof indoor driver.

It has a specified operating temperature range of -40°C to 60°C, which supports use across a wide range of ambient conditions. That gives it more flexibility than models limited to narrow indoor temperature bands. Buyers should still confirm the surrounding enclosure and application environment are appropriate for a non-waterproof unit.

The listed dimensions are 350mm long, 77mm wide, and 26mm high. Its weight is 0.350 kg, which makes it relatively lightweight for a 50W 24V power supply. These details are useful when checking fit for compact equipment spaces or low-profile lighting builds.

The main advantage of this model is that it combines 24V constant voltage output with AC phase cut dimming support. A non-dimmable 24V power supply may provide similar voltage and wattage but would not be intended for dimming control in the same way. This makes the SC-50-24-US a better fit where dimming performance is a requirement.

The product data lists FCC as a standard met for the Envo SC-50-24-US. It also includes a 5-year warranty period, which is relevant for trade buyers evaluating long-term support and replacement risk. Those two details can be useful when comparing this model against lower-cost alternatives.