Finder 95 Busbar, 250 V, 15.8 mm Pitch

Finder 95 Series Busbar, For Use With 95.03 - 95.05 - 97.01 - 97.02 Sockets and 48 and 4C Series Relay Interface Modules - 095.18

This busbar is designed for integration with various relay interface modules, particularly the 95 Series. Ideal for streamlined electrical connections, it ensures efficient connectivity within control panels and automation systems. This robust component facilitates seamless connections, making it essential in diverse electrical applications.

Features & Benefits

• Supports compatibility with 95.03 - 95.05 and 97.01 - 97.02 sockets
• Designed for ease of installation with relay interface modules
• Ensures reliable connections in automation systems
• Constructed for enhanced electrical performance
• Provides robustness in demanding electrical setups
• Facilitates orderly wiring and reduces clutter in installations

Applications

• Used with 48 Series relay interface modules
• Ideal for in control panels and electrical distribution
• Utilised in automation systems for blinds, doors, and gates
• Suitable for integration into electronic circuit boards and vending machines

What are the installation requirements for this busbar with sockets?

It is crucial to ensure that the connections are properly aligned with the specified sockets to maintain effective functionality. Follow the installation guide for best practices to achieve secure connections.

How does this busbar contribute to electrical safety?

The robust construction and compatibility with established relay interface modules reduce the risk of electrical failures, ensuring stable and safe operations across various applications.

Can this busbar be used in high-frequency environments?

Yes, it is designed to maintain performance in high-demand scenarios, supporting reliable connections in environments that may experience varying electrical loads.

What maintenance does the busbar require over time?

Routine inspections are advised to ensure connections remain tight and free of corrosion, maintaining optimal functionality throughout its service life.