Philips
Philips ADVANCE ICN-2S54-T 117-120W 2-Lamp Electronic Ballast
Electronic ballast runs one or two T5HO lamps up to 54 W each on 120 to 277 V input
- typeBallasts
- Rapid start delivers quick, flicker-free lighting
- Operates one or two T5HO lamps up to 54 W each
- Universal 120 to 277 V input suits varied installations
- Cold-start rated to -20 °F for reliable operation in low temperatures
- Centium electronic design provides efficient, quiet performance
Philips ADVANCE ICN-2S54-T Ballast
This electronic fluorescent ballast operates one or two T5HO lamps up to 54 watts each. It accepts a wide input range of 120 to 277 volts AC for commercial lighting installations. The rapid-start design suits offices, retail spaces and institutional fixtures requiring reliable ignition.
Thermals Noise and Power Draw
The unit delivers a total output of 117 to 120 watts across the connected lamps. Electronic circuitry runs cooler and quieter than magnetic alternatives with no audible hum during normal operation. Rapid start reduces electrode stress for consistent performance at the rated minimum starting temperature of -20 degrees F.
Bundled Accessories and Software
No lamps, wiring harnesses or mounting hardware are included with the ballast itself. The bare unit requires separate procurement of compatible T5HO tubes and appropriate fixture components. Installation must follow local electrical codes for the 120 to 277 volt supply connection.
Highlights
- Rapid start delivers quick, flicker-free lighting
- Operates one or two T5HO lamps up to 54 W each
- Universal 120 to 277 V input suits varied installations
- Cold-start rated to -20 °F for reliable operation in low temperatures
- Centium electronic design provides efficient, quiet performance
Specifications
| Brand | ADVANCE |
|---|---|
| type | Ballasts |
Questions about this item
How do I wire the Philips ADVANCE ICN-2S54-T ballast for two T5HO lamps on a 277 V supply?
Connect the black and white leads to the 120–277 V AC line, then attach the red and blue output leads to the lamp holders following the diagram on the case; the common mistake is swapping the red and blue pairs, which prevents both lamps from striking.
Which component of the ICN-2S54-T is most likely to need replacement after several years of operation?
The internal electrolytic capacitors that filter the high-frequency inverter are the typical wear item; they degrade with heat and on/off cycles, eventually causing flicker or no-start conditions.
At what point does the ballast’s thermal protection activate during continuous high-output use?
The built-in thermal circuit trips when the case temperature exceeds its design limit, shutting down the inverter until the unit cools; sustained operation at the 117–120 W maximum with restricted airflow reaches this limit first.
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