Technical Specifications:

Type: Plastic surface-mounted hermetic panel
Number of Modules: 3x8 modules, allowing for up to 24 electrical components
Dimensions: 300 x 400 x 170 mm, compact size ensuring easy installation in various locations
Material: Halogen-free plastic, ensuring safety for the environment and reducing fire risk
Doors: Transparent doors allow for easy monitoring of the internal condition of the panel without the need to open it
Protection Class: IP65, guaranteeing high protection against dust and water, suitable for both indoor and outdoor use
Advantages of Use:

Reliability: High-quality materials ensure durability and reliability even in harsh weather conditions, such as damp or dusty environments.
Safety: Halogen-free construction reduces fire risk, making this panel a safe choice for electrical installations in both residential and industrial properties.
Power Management: The ability to integrate up to 24 electrical components provides flexibility and ensures that the panel meets various electrical equipment requirements.
Convenience: Transparent doors allow for easy checking of the electrical components' condition, reducing the need to frequently open the panel and facilitating access to essential elements.
Versatility: The IP65 protection class ensures that the panel will be effective in both indoor and outdoor conditions, making it ideal for industrial, commercial, and residential applications.
Purpose:

This plastic surface-mounted hermetic electrical distribution panel is ideal for:

Electrical control of industrial equipment
Electrical installations in residential homes
Electrical systems in commercial premises
Outdoor lighting control
The plastic surface-mounted hermetic electrical distribution panel TEM 920.3040.172.024 is an exceptional choice, ensuring functionality, safety, and reliability. Its modern design and high-quality materials allow for effective management of electrical installations in both industrial and commercial fields while ensuring long-lasting use even in challenging conditions.