The Ultimate Solistek 600/400w Se/de Digital Ballast 120/240v Price Crushed By 30% [TNhZgFzx]

SolisTek 600/400W SE/DE Digital Ballast

The SolisTek 600/400W SE/DE Digital Ballast is a versatile and efficient lighting solution designed for both single and double ended lamps. This advanced digital ballast operates at 120/240V (208V Compatible), making it suitable for a wide range of applications. With its multi-wattage and multi-voltage capabilities, this ballast can handle 5.5A @ 120v and 2.75A @ 240v, ensuring optimal performance and reliability. The SolisTek SE/DE ballast is generator ready, providing flexibility in various settings.

Key Features and Specifications

The SolisTek digital ballast stands out for its exceptional engineering and use of Japanese components, resulting in an impressive return rate of less than 1%. This ballast is equipped with Ignition Control™ Sequential lamp ignition, which ensures a smooth and efficient start-up process. The SenseSmart™ Pre-ignition self-diagnostic checks help maintain the ballast's performance and longevity. Additionally, the SolisTek ballast boasts a low OUTPUT Total Harmonic Distortion (THD%), providing clean and stable power to your lamps. The following features highlight the benefits of this product:

• Multi-Wattage and Multi-Voltage: Compatible with various wattages and voltages, ensuring flexibility in different lighting setups.
• Generator Ready: Suitable for use with generators, making it ideal for off-grid or remote locations.

Optimal Efficiency and Versatility

The SolisTek SE/DE ballast is designed to operate any single or double ended lamp at its optimal efficiency. Whether you're using High-Pressure Sodium (HPS) or Metal Halide (MH) lamps, this ballast will deliver exceptional performance. With a wide range of wattages available, including 660W, 600W, 440W, and 400W, you can choose the perfect solution for your specific lighting needs. The SolisTek ballast is not just a product; it's a comprehensive lighting solution that offers unmatched reliability and efficiency.