Phoenix Contact, 5.08mm Pitch, DFK-MSTB 2.5/12-G-5.08, 12 Way, Pluggable Terminal Block, Feed Through Header, Panel

The DFK-MSTB series from Phoenix contact are brilliant PCB connectors that are feed-through. These PCB connectors allow you to create a pluggable connection through a housing wall and it can either be a permanent solution or a temporary, thanks to pin design. The DFK-MSTB offer you maximum flexibility when it comes to designing and one header features multiple different connection technologies to allow you to be versatile. Not to mention, DFK-MSTB series have a nominal current of 12 A, a pitch of 5.08mm for maximum compatibility and a nominal voltage of 320 V.

These connectors are made from a durable green polyamide housing with the solder/slip-on pins being a tin-plated copper.

This pluggable terminal block is designed to facilitate efficient electrical connections across various applications. Its feed-through header configuration allows for versatile connectivity, ensuring ease of use in multiple environments. This product is relevant for professionals in automation, electronics, and electrical sectors, providing a solution for high-voltage applications.

• 12-contact terminal block enhances connectivity options
• 5.08mm pitch connector optimises space efficiency
• Compatible with both solder and slip-on terminal connection methods
• Straight body orientation simplifies installation
• Rated at a nominal current of 12A for robust performance
• Compliant with high voltage standards for safety

• Suitable for direct panel mounting in electrical installations
• Ideal for control cabinets and junction boxes
• Effective for connecting wiring harnesses in automation systems
• Commonly used in industrial electrical setups that require secure connections

It supports a nominal current of 12A for reliable usage.

Yes, it operates effectively at temperatures up to 100°C.

It accepts both solder and slip-on connections for flexibility.

Direct panel mounting is recommended to ensure stability.

Yes, it is made from robust materials, enhancing its durability.