Perforated busbar 1750 mm DPCB 80x5 550430

Perforated busbar – a solid solution for switchboards and electrical installations

Perforated copper busbar is an element used to build safe and efficient power systems. Made of copper, it is characterized by good electrical and mechanical conductivity. Perforation allows for easy mounting of accessories, such as terminals or holders, which significantly facilitates and speeds up installation work. This model with a length of 1750 mm and dimensions of 80x5 mm is particularly useful in applications requiring flexibility in circuit configuration.

Construction and application

The busbar is designed with versatility in mind. Two rows of holes allow mounting elements from different sides, increasing adaptability to specific needs. Copper, as a base material, provides not only excellent conductivity but also corrosion resistance, which translates to a long system life. These types of busbars are used in:

• Electrical switchboards – as main power busbars or section busbars.
• Control cabinets – for distributing power to individual devices.
• Industrial installations – where high reliability and system expandability are required.
• Commercial and residential buildings – in electrical power distribution systems.

Advantages and benefits

• Easy installation: Perforation allows for quick and easy mounting of accessories without the need for drilling additional holes. This saves time for the installer and reduces the risk of damage to the busbar.
• High conductivity: Copper provides efficient power transmission with minimal losses.
• Corrosion resistance: Copper is a material resistant to weathering and chemical factors, guaranteeing long-term installation reliability.
• Configuration flexibility: The ability to mount accessories on both sides of the busbar allows it to be adapted to specific project requirements.
• Solid construction: A durable copper construction ensures stability and safety of the power system.
• Compliance with standards: ERIFLEX busbars are designed with consideration for applicable safety standards (e.g. DIN 43671), guaranteeing their proper operation in various applications.