Outdoor drivers
Philips' outdoor drivers are designed to deliver the highest performance, reliability, and configuration possibilities. These outdoor LED drivers with xtreme technology ensure maximum robustness and protection with a very long lifetime and find applications in outdoor and industry spaces.
FAQs
Xitanium outdoor LED drivers are constant-current power electronics engineered for outdoor and industrial environments. The range — built around Signify's Xtreme technology platform — prioritises maximum robustness, reliability, and protection against the electrical and environmental stresses encountered in exposed outdoor installations, and IK ratings reach IK10 and IK11 on selected variants to withstand mechanical impact.
Driver enclosure, covering installations from sheltered industrial environments to fully exposed outdoor conditions. The Xitanium LED Drivers — EP (Essential Programmable) IP67 and Xitanium LED Drivers — LP (Lite Programmable) IP67 variants offer the highest ingress-protection level, appropriate where moisture exposure is a primary concern. Consult each family's datasheet to confirm the specific installation environment's ingress-protection requirements.
These designations describe the depth of programmability. Full Programmable (FP) drivers offer the widest range of output-current, dimming-curve, and feature configuration via a programming interface. Lite Programmable (LP) variants offer a defined subset of programmable parameters suited to standard applications. Essential Programmable (EP) variants cover core configuration needs for cost-efficient deployments. Each tier is available in the Xitanium LED Xtreme and standard Xitanium lines across IP65–IP67 enclosure ratings.
The portfolio supports multiple dimming input protocols, including 1-10V analogue dimming and programmable dimming interfaces. The Xitanium LED Xtreme drivers — 1-10V dimmable family accepts a standard 1-10V control signal, which is straightforward to retrofit into existing control infrastructure. Programmable variants (FP, LP, EP) allow output-current profiles and dimming schedules to be configured into the driver itself — enabling mid-night dimming or adaptive output without ongoing external control signals.
Outdoor LED drivers are exposed to transient voltage surges from lightning-induced events and grid switching — events that can damage driver electronics and reduce system lifetime. Dedicated surge protection devices listed on this page are designed to protect the driver and the LED module from such transients. Specifiers should select the appropriate surge protection level based on the installation's exposure category and the luminaire manufacturer's recommendation.
The Xitanium LED High-Power drivers are designed for high-demand outdoor and industrial luminaire applications requiring elevated output wattage. The outdoor driver portfolio as a whole spans output wattages from 46 W to 270 W across all families, with IK ratings reaching IK11 on selected variants. High-Power variants address the upper end of this wattage range, making them appropriate for large-area floodlighting, high-bay, and stadium-type luminaire assemblies.
Full product datasheets, electrical specifications, and where available, programming documentation for each Xitanium driver family are accessible from the individual family pages on signify.com. Navigate to the specific family — such as Xitanium LED Xtreme drivers — FP (Full Programmable) — and use the Downloads section on that page. For procurement support or project-specific technical queries, contact Signify or an authorised partner directly.
This is Signify's global product page. Country-specific regulations — such as the EU EcoDesign Directive, national electrical installation standards (for example, VDE/DIN in Germany), and other locally applicable requirements — vary by market and are not covered on this page. For regulatory and compliance information specific to your installation, visit Signify's website for your country via the country selector, where the corresponding category page lists locally compliant variants and the applicable standards.