Plinths, side parts, height 100mm, 1 pair XLSPL1SC6 114608

Side plinths for distribution boards – solid foundations for your installation

These side plinths, supplied as a pair, are a key structural element of Eaton xEnergy Light distribution boards. They provide stable and secure support for the cabinet, and also enable its correct installation and use. Made of steel, they guarantee strength and resistance to loads. Their grey color (RAL 7035) blends well with most electrical installations.

These plinths are designed for cabinets with a depth of 600 mm and a maximum load of up to 300 kg. This ensures that your distribution board will be stable even with a high density of components. Impact resistance (IK10) further increases safety and durability.

• Durable construction: Made of steel, providing stability and long-term operation.
• Versatility: Designed for cabinets with a depth of 600 mm, making them compatible with a wide range of Eaton xEnergy Light products.
• Safety: IK10 impact resistance protects against mechanical damage.
• Easy installation: The side base of the plinth facilitates and speeds up the installation process of the distribution board.
• Aesthetic appearance: Grey color (RAL 7035) ensures a consistent look of the installation.

Specification and application

These plinths are not intended for ventilation or purging, nor are they designed for outdoor mounting or cable organization – their main task is to provide a solid foundation for the distribution board. A width of 100 mm and a height of 90 mm allow for adaptation to various electrical installation configurations. The net weight of the set is 3.8 kg, which facilitates transport and installation.

The use of these plinths is particularly important in places where high stability and safety of the electrical installation are required – in industrial plants, public buildings or data centers. The proper selection of plinths has a direct impact on the reliability of the entire electrical installation and minimizes the risk of failure due to instability of the distribution board structure.