LTL Controls 16-Light HID Lighting Relay Controller, Metal, Black, Model 270016 for Hydroponic Grow Lights

The LTL Master 16 Lighting Relay is a robust grow room controller designed to enhance safety and convenience in indoor gardening. This powerful device allows for efficient management of multiple grow lights, making it ideal for both hobbyists and professional growers.

Crafted from durable metal, the LTL Lighting Relay is built to withstand the rigors of high-power usage in grow operations. It features a sleek design that is easy to mount, ensuring you can integrate it seamlessly into your grow room setup. The relay utilizes a single feed wire to control up to 16 lights through four separate 30 amp control banks, offering flexibility in managing your lighting needs. With a total capacity of 16000 Watts and 120 Amps, this controller is more than capable of powering all your grow lights efficiently. The inclusion of two delay timers allows for staggered lighting schedules, preventing excessive amperage draw at any one time.

• Compatible with both 120V & 240V plugs, providing versatility for various grow light setups.
• Equipped with two 120V trigger cords, each operating eight plugs for running two 8-light rooms or one 16-light room.
• Total capacity of 16000 Watts & 120 Amps, ensuring reliable operation for all grow lights.
• Designed to withstand long hours of use, ideal for intensive grow operations.
• Includes built-in delay timers for managing lighting schedules effectively.
• Easy to install; recommended to consult a certified electrician for optimal setup.
• Sleek and durable metal design, suitable for various grow room environments.

The LTL Master 16 Lighting Relay is an excellent choice for indoor gardeners looking to enhance their lighting control while ensuring safety and reliability. Its robust features cater to both small-scale and large-scale operations, making it a versatile addition to any grow room. By utilizing this advanced lighting relay, growers can efficiently manage their lighting systems, optimize power usage, and ultimately improve the health and yield of their plants.