The ThinkGrow 5' 30A AWG#10 Daisy-Chain Power Cords are expertly designed to streamline the connectivity and power management of your indoor grow light systems. These robust cords allow you to interconnect LED drivers efficiently, eliminating the need for multiple power outlets and significantly reducing the number of power cables in your grow area.
Key Features:
- Voltage and Current: Capable of supporting input voltages from 100-277V at up to 30A, perfectly suited for a wide range of indoor lighting applications.
- High Conductivity: Features a copper area of 5.26 mm ² with a resistivity of less than 12 mΩ, ensuring minimal energy loss and optimal power delivery.
- Durable and Safe: Constructed to withstand harsh conditions, these cords are IP67-rated for waterproof reliability and are ETL-certified for safety.
- Practical Length: At 5 feet (1.5 meters), these cords provide sufficient length to connect multiple lights while maintaining a tidy setup.
Advantages:
Efficient Power Distribution: Designed to power up to 36 LED fixtures from a single 30-amp power cable, enhancing the efficiency and scalability of your lighting system.
Versatility: Compatible with various high-power LED models, facilitating flexible configurations that can adapt to both small-scale and large-scale indoor growing operations.
Space Optimization: By significantly reducing the clutter of cables and the need for additional power sockets, these cords help maintain a clean and organized grow space.
Installation Tips:
Easily install your ThinkGrow Daisy-Chain Power Cords by plugging the first cord into your power source and connecting each subsequent LED driver in series. Monitor the total connected load to ensure that it remains within the cord's 30A capacity, promoting safe and efficient operation.
Ideal for both novice and professional growers, the ThinkGrow 5' 30A AWG#10 Daisy-Chain Power Cords provide a robust, safe, and efficient solution for managing power in your indoor gardening setup. This product simplifies installation, reduces electrical hazards, and optimizes the use of space, making it an invaluable tool for achieving optimal plant growth and lighting efficiency.
