Description
The Plusrite MS400/U/PS/MOG 400W M135/E Powerstrike 1589 PS Lamp is a high-quality lighting solution designed to deliver exceptional performance and longevity. This small light bulb is specifically designed for pulse start metal halide fixtures, making it perfect for a variety of applications including commercial and industrial settings.
With a power output of 400 watts, this lamp provides a brilliant and vibrant light that is ideal for illuminating large areas. The ED28 bulb shape ensures a wide distribution of light, effectively covering a broader space and reducing the number of fixtures required. This not only saves money but also reduces energy consumption, making it an eco-friendly choice.
The Plusrite MS400/U/PS/MOG 400W M135/E Powerstrike 1589 PS Lamp features advanced pulse-start technology, which offers faster warm-up times, increased lumen output, and improved color rendering. This ensures that you get the best possible lighting performance every time. The lamp also has a Mogul (E39) base, allowing for easy installation.
Durability is a key feature of this lamp. It has a rated average life of 15,000 hours, providing long-lasting performance and reducing the need for frequent replacements. The lamp is constructed with high-quality materials and is built to withstand the demands of industrial environments.
The Plusrite MS400/U/PS/MOG 400W M135/E Powerstrike 1589 PS Lamp operates on 400 volts and produces a bright white light with a temperature of 4000K. This color temperature offers a clean and crisp illumination that is perfect for workplaces, outdoor spaces, sports facilities, and more.
In summary, the Plusrite MS400/U/PS/MOG 400W M135/E Powerstrike 1589 PS Lamp is a reliable and efficient lighting solution for pulse start metal halide fixtures. With its high wattage, advanced technology, and long lifespan, this lamp ensures optimal performance and cost-effectiveness. Upgrade your lighting system today with the Plusrite MS400/U/PS/MOG 400W M135/E Powerstrike 1589 PS Lamp and enjoy high-quality, energy-efficient illumination for years to come.
