240V Cable Reel 2.5mm 50m 2 x 13A by Connexion Electricals:
The 13A Socket 240V Cable Reel with 2.5mm Diameter by Connexion Electricals is designed to meet the demanding power needs of industrial environments. This high-grade cable reel is perfect for connecting two devices to a single 240V power source. It’s equipped with 2 x 13A sockets, a durable PVC drum, a metal stand, and a 16A plug. The 50m length ensures ample distance between the power source and connected devices, making it versatile for various applications.
Durable Design and Construction for Harsh Environments
Constructed to withstand tough conditions, the 13A Socket 240V Cable Reel features a sturdy PVC drum and metal stand. This design ensures longevity and reliability in construction sites and other harsh industrial settings. The robust 2.50mm cable thickness is suitable for heavy-duty use, making it a reliable choice for powering equipment, machinery, or other devices.
Versatile and Reliable Power Supply for Efficient Connectivity
This site-grade 13A Socket 240V Cable Reel provides efficient and convenient power connectivity. The dual 13A sockets allow the connection of two devices simultaneously, eliminating the need for multiple power sources. This versatility makes the cable reel an excellent choice for site work and diverse construction applications.
Invest in Quality and Performance
Investing in the 13A Socket 240V Cable Reel by Connexion Electricals means investing in quality, performance, and safety. Its durability, capacity, and safety features are designed to meet your power requirements confidently. Trust this cable reel to deliver a reliable and solid power supply for your industrial needs.
1. What is the voltage rating of this cable reel?
The 240V Cable Reel is design to operate with a 240V power supply. Providing efficient power connectivity for your devices.
2. How many devices can I connect to this cable reel?
A: This cable reel features two 13A sockets. Allowing you to conveniently connect two devices simultaneously to a single power source.