Energy efficiency is one of the greatest engineering challenges of our times. Delivering reductions in consumption, emission and costs has never been easier. Lighting controllers can reduce power consumption easily by lowering output voltage without changing the infrastructure. In the long-term, LEDs offer the highest potential by being energy efficient and reliable. To be cost-effective, LEDs depend on reliable LED drivers so that service times can be reduced to a minimum.
Wherever energy saving, CO2 reduction and cost saving are issues with regard to lighting, the Thyro-A 3A is the right choice. It is a fully digital power controller for all lighting applications including street lighting, lighting for parking areas and tunnel lighting. Suitable for all types of lamps the Thyro-A 3A is able to switch output voltage in three steps, thus enabling significant energy and cost savings by reducing the mains voltage. Thyro-A E can operate as a stand-alone unit as well as within bus systems via various available bus interfaces (Profibus-DP, CANOpen, DeviceNet and ModBus RTU).
Compliant with UL, CE and EN standards, AEG Power Solutions LED lighting drivers are installed in LED lighting applications all around the world. Built to perform in harsh environments year after year, our LED drivers are available in IP65, IP66 or IP67 housings. Our extensive range of LED drivers covers all sizes from 60 to 200W, with LED tube, extended life and intelligent drivers completing our range of standard products.
Leveraging years of experience developing power supplies for harsh outdoor environments, AEG Power Solutions is uniquely suited to deliver the custom LED products you need for reliable performance. Applying our vast experience and expertise to your custom project, we’ll deliver best-in-class power supplies that outperform other power supplies, both in terms of reliability and functionality. We use the latest techniques and technologies. Many of our products use current control to regulate output current rather than output voltage.