Phoenix Contact, 5.08mm Pitch, 2 Way, , Pluggable Terminal Block, Inverted Header, Wave Soldering, Solder Termination,

CLASSIC COMBICON IC & ICV 5.08mm pitch inverted PCB though hole mount terminal block headers rated at 12A / 250V (Class III), 630V (Class II). These CLASSIC COMBICON IC inverted pluggable terminal block headers provide a clear separation of PCB inputs/outputs and can be used with the MSTB 2,5 headers for a primary/secondary PCB connection.
Part numbers prefixed with 17864 (IC) and 17865 (IC) are right angle mount
Part numbers prefixed with 17859 (ICV) and 17860 (ICV) are vertical mount
Part numbers prefixed with 18251 (IC) are right angle mount with a threaded flange
For marker cards see stock numbers 437-3598, 804-0961 and 437-3605

This pluggable terminal block ensures effective and reliable connections in various electrical systems. With its inverted header design, it allows for easy assembly and meets the requirements of automation, electronics, and electrical engineering. Its robust specifications and high current ratings contribute to efficient electrical performance across multiple applications.

• Supports solder termination for strong connections
• Designed with a 5.08mm pitch for compact layout
• Capable of handling a current rating of 12A
• Made from tin-plated copper for enhanced durability
• Features a straight body orientation for easy installation
• Coloured green for simple identification in assemblies

• Utilised with wave soldering processes in manufacturing
• Suitable for compact electronic circuits with a 2 contact system
• Employed for connecting components in automated machinery
• Appropriate for integration in PCB designs requiring space-efficient solutions
• Involved in various mechanical devices needing dependable electrical connections

The product is specifically designed for wave soldering applications, ensuring a secure mount.

With a 12A current rating, it is appropriate for a wide range of electronic applications while ensuring safe operation under load.

Yes, it has a voltage rating of up to 320V, making it suitable for several high-voltage applications.

It is constructed from a copper alloy and features tin plating for corrosion resistance and optimal conductivity.