Philips
Philips Advance Xitanium XI040C110V054VPT2 Sensor Ready Ballast 40W
A 40 watt LED driver with continuous dimming to 1% and SimpleSet wireless programming for sensor-ready fixtures
- Continuous dimming down to 1% for precise light control
- Low standby power under 0.25W reduces energy waste
- SimpleSet wireless programming sets drive current without wiring
- Energy metering and advanced diagnostics enable system monitoring
- Standard ANSI C137.4 interface connects directly to qualified RF sensors
Advance Xitanium 40W Sensor Ready Driver
This Philips Advance Xitanium XI040C110V054VPT2 is a 40 watt LED electronic driver designed for wireless connected lighting systems. It features a standard digital interface based on proposed ANSI C137.4 to connect directly with qualified RF sensors. Continuous dimming down to 1% and low standby power below 0.25W with no loading are included.
Suits integrated wireless fixtures not standalone
Installers building sensor-ready luminaires for connected networks gain auxiliary power for sensors and energy metering without extra components. SimpleSet wireless programming sets drive current between .1 and 1.1A. Projects needing a basic fixed-output driver or phase-cut dimming should look at other product types.
40W constant current range .1-1.1A at 110-54V
The driver delivers 40 watts across an output voltage window of 110 to 54 volts with adjustable current from .1 to 1.1 amps. Matching this voltage and current range to the LED module is the single specification that determines compatibility.
Highlights
- Continuous dimming down to 1% for precise light control
- Low standby power under 0.25W reduces energy waste
- SimpleSet wireless programming sets drive current without wiring
- Energy metering and advanced diagnostics enable system monitoring
- Standard ANSI C137.4 interface connects directly to qualified RF sensors
Specifications
| Brand | advance transformer |
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Questions about this item
What LED load voltage range must my fixture provide for the XI040C110V054VPT2 to operate correctly?
The driver supports a continuous output voltage range up to 54 V, so your LED array must be rated within that window.
Will the ANSI C137.4 digital interface on this driver work with my existing 0-10 V dimming controls?
No, the standard digital interface replaces analogue 0-10 V wiring; it connects directly to qualified RF sensors instead.
How can I verify the driver is metering energy and dimming to 1 % after installation?
Use SimpleSet wireless programming to read back the energy metering and advanced diagnostics data, then confirm the dimming curve reaches 1 % output.
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