Seasonal Pick Osram Qhe 3x32t8/unv-isn-sc-1-cc-b Quicktronic Electronic Instant Start Ballast - 120-277v - 10ct Device [u0OIhlNL]

Osram QHE Quicktronic Electronic Ballast - Ultimate Efficiency and Reliability

Introducing the Osram QHE 3X32T8/UNV-ISN-SC-1-CC-B Quicktronic electronic instant start ballast, designed for maximum efficiency and reliability. This versatile ballast operates at a universal 120-277V voltage and an input frequency of 50/60 Hz, making it a perfect fit for a wide range of applications. The QUICKTRONIC High Efficiency (QHE) type CC energy-saving electronic T8 ballasts offer significant advantages, including up to 6% in energy savings compared to standard T8 low-power electronic ballasts without compromising light output. This makes it an excellent choice for businesses looking to reduce their energy costs while maintaining high-quality lighting.

Key Features and Specifications

With its high efficiency systems over 90% efficient and UL Type CC compliance, the Osram QHE ballast ensures the highest standard of performance and safety. The innovative Lamp Striation Control (LSC) circuitry minimizes or eliminates lamp striations, making it ideal for T8 energy-saving lamps operated above 60°F. Key features include:

• High Efficiency Systems over 90% efficient
• UL Type CC Rated (Commercial Cabinet)
• Lamp Striation Control (LSC)
• Minimum starting temperature of -20°F for T8 lamps, 60°F for Energy Saving T8 lamps, and 0°F for FO40T8 lamps

Applications and Benefits

Osram QHE Quicktronic ballasts are ideal for various applications, including refrigerated cases, walk-in coolers, commercial cabinets, and display cases. Their flexibility in de-lamp combinations and compatibility with the most demanding utility rebate standards make them a preferred choice for energy-conscious businesses. Additional benefits include:

• 30-50% energy savings
• RoHS compliant
• Lead-free solder and manufacturing process

The QUICKTRONIC High Efficiency (QHE) system advantages further enhance its appeal, offering low temperature starting capability, parallel circuitry, and very low harmonic distortion (THD) for superior performance and reduced interference with infrared control systems.