Phoenix brings you a series of MC PCB terminal connectors. Featuring a 3.81mm pitch and a well-known name, these connectors are brilliant. They allow a wire from 0.14mm² up to 1.5mm² with a simple screw connection with a tension sleeve and horizontal wire entry. Each connector can have a maximum of two connections with a rated current of 8A.

These terminal blocks allow you to transfer data, signals and power directly to your PCB safely. They make ideal use as permanent solution however can be used in temporary circuitry.

• Maximum reliability due to high quality materials
• 3.81mm pitch
• Screw connection with termination device to help prevent loosening of wire in high vibration
• Copper alloy contact material with tin plated terminal points
• -40°c to +70°c operating temperatures
• Height of only 8mm above the board for a small compact fit

These connectors use a M2 slotted (L) screw. If you need a screwdriver, check out “125-3078”

Other accessories:
• Marker cards – 648-5508
• Cable housing – 742-7409

Add new components to your setup in a jiffy with this Phoenix Contact pluggable terminal block. With its simple screw terminals, it helps you speedily establish the connections needed to get your gear up and running. Two positions make the unit a convenient connection point for two conductors at once. As its ports come with built-in tension sleeves, you can trust it ensures your wiring holds its ground in vibrating conditions.
As it handles currents up to 8A, this is a useful option for managing standard electrical loads. Its tin-plated copper alloy contacts efficiently carry your system's signals, helping machinery stay in touch. Simple mounting screws lock in place to keep the block fixed firmly to your PCB. For wide compatibility, it accepts conductor cross-sections between 0.14 and 1.5mm.

• Body measurements of just 16.1 (L) x 18 (W) x 11.1mm (H) to easily fit on busy circuit boards
• Sold in boxes of 250 units, making for convenient system expansion
• Tested to IEC 60512-3-1 standards, so it's effectively insulated to protect against dangerous electrical loads