Horizontal profile XVTL-HP-4 115138

Horizontal profile for mounting cabinets and switchboards

This steel horizontal profile, 266 mm long, is a key structural element in the construction and expansion of electrical cabinets and switchboards. Made of durable steel and coated with zinc, it provides solid support for mounted components. The profile is designed for screw mounting, ensuring installation stability and safety.

Construction and application

The XVTL-HP-4 profile is dedicated to creating a supporting skeleton inside electrical cabinets. Its main task is to support the weight of equipment such as mounting plates, busbars or other equipment. The profile height of 50 mm provides adequate space for cable routing and device mounting. Thanks to its design, the profile allows for flexible adaptation of the space inside the cabinet to individual needs.

Advantages and benefits

• Strength and durability: Steel construction ensures high resistance to mechanical loads and corrosion, especially thanks to the zinc coating.
• Easy installation: Screw mounting allows for quick and precise mounting of the profile to the cabinet structure.
• Versatility: The profile fits metric-based mounting systems, making it easier to integrate with other equipment.
• Space optimization: The profile height allows for efficient use of space inside the cabinet, providing space for cabling and devices.
• Solid foundation: Provides stable support for elements mounted inside the cabinet, increasing the safety of the entire installation.

For installers: The XVTL-HP-4 profile is a proven structural element that makes it easier to build solid and functional electrical cabinets. Its versatility allows it to be used in a variety of projects, and easy installation speeds up project implementation. The galvanized surface protects against corrosion even in harsh environmental conditions.

The profile is made of steel and has a galvanized surface finish. Its length is 266 mm, and the profile rail height is 50 mm. Mounting is done with screws, and the model is metric.