What are the Pros and Cons of the Advance ICN-2S39 Electronic Fluorescent Ballast?

The Advance ICN-2S39 Electronic Fluorescent Ballast is a popular choice for lighting applications that require energy efficiency and reliable performance. This ballast is designed to operate one or two F39T5HO lamps at 120/277V, making it suitable for a variety of commercial and industrial settings. Let’s explore the pros and cons of this ballast to help you determine if it’s the right choice for your lighting needs.

Pros

Energy-efficient: The ICN-2S39 utilizes programmed-start circuitry, which helps extend lamp life and reduce energy consumption, especially in applications with frequent switching, such as those using occupancy sensors or motion detectors.
Versatile: This ballast is compatible with a range of T5HO lamps, including F24T5HO and F39T5HO, making it suitable for various lighting applications.
Reliable: Philips Advance ballasts are known for their reliability and durability, with a 5-year manufacturer’s warranty.
Intelligent features: The ballast features IntelliVolt® multiple voltage technology, auto-restrike capability, and lamp End-Of-Life (EOL) protection circuitry, which safely removes power from the lamp upon failure.

Cons

Wiring required: Unlike some other ballasts, the ICN-2S39 does not come with pre-connected wires. Instead, it has small ports on each end where you must insert your own wires, which may require additional time and effort during installation.
Dimensions: The ICN-2S39 is slightly longer (16.7″) than the ballast it replaces (ICN-2S39 at 14.17″), which may be a consideration if space is limited in your fixture.
In conclusion, the Advance ICN-2S39 Electronic Fluorescent Ballast offers a balance of energy efficiency, versatility, and reliability, making it a solid choice for many lighting applications. However, the need for wiring and slightly larger dimensions may be drawbacks for some users. It’s essential to carefully consider your specific lighting requirements and installation constraints before making a decision.