The FK-MC series from Phoenix Contact are MICRO COMBICON plug-in PCB connectors. These connectors are made user-friendly with no tools needed for installation as it is simply a push in technology, along with a defined contact force the ensures the connection remains stable over the long term. Not to mention, these PCB connectors are easily tested with a 1mm diameter test connector that simply plugs in, allowing for rapid testing. The FK-MC series are rated for 4 A with a voltage of 160 V and boasts a 2.5mm pitch for versatile use.

The contact material is the FK-MC connectors are Cu (Copper) alloy and they're built in a green polyamide housing. Colour coded actuation levers can be found on the front and allow you to form a strong connection without the need for any specialist tools.

The MICRO COMBICON 0.5 series can be used typically in applications such as, but not limited to, control wiring, instrumentation, control and measurement and industrial electronics.

Safely transfer signals, data and power to your circuit board with this pluggable terminal block from Phoenix Contact. Its female connectors have built-in spring cages that stop conductors from moving, eliminating the risk of vibrations disrupting transfers. As the unit supports up to seven conductors at once, it gives you a convenient connection point to add devices to your PCB-mounted system. A compact 2.5mm pitch lets you install the component in narrow spaces for versatility.
The terminal block's hard-wearing PA housing provides effective impact protection, so you can trust your conductors are safeguarded against shocks. A straight body orientation means the contacts are easily accessible for quick wiring. They're made of tin-plated copper alloy that ensures effective electrical connections for reliable power and data transmission. Connectors like this one are typically used to control automated machinery and in server management applications.

• High surge voltage rating of 2.5kV to withstand electrical faults
• Wide operating temperature range between -40°C and +100°C for use in harsh industrial conditions
• Certified according to IEC 60999-1 standards to indicate minimal risk of conductor damage during mating