ON-255001 View larger

ON-2550xx

ON-2550xx

New product

M12 Male to M12 Male 8pin X-Coded Industrial Patch Cord

CAT6A, PUR, Green, IP67 grade protection

Part Numbers

ON-255001 M12 Male to M12 Male 8-pin X-Coded 1m
ON-255002 M12 Male to M12 Male 8-pin X-Coded 2m
ON-255003 M12 Male to M12 Male 8-pin X-Coded 3m
ON-255005 M12 Male to M12 Male 8-pin X-Coded 5m
ON-255010 M12 Male to M12 Male 8-pin X-Coded 10m

More details

Data sheet

Type of Connector 1 M12 X-Coded 8-pin Male
Type of Connector 2 M12 X-Coded 8-pin Male
Cable Length 1, 2, 3, 5, 10 meter
Outer sheath colour Green
Cable jacket material PUR (Polyurethane)
Application Type 10Gbps Ethernet, ProfiNET
Protection Class IP67
Category Cat6A
Conductor Material Copper

More info

M12 type industrial patch cord. Each of the two ends is terminated with M12 X-coded 8 pins Male connector. Cable category is cat6A. It is green in color, and sheath material is PUR.

IP67 grade M12 patch cords are ideal for usage in 10Gbps Ethernet and ProfiNET applications.

M12 connectors are circular connectors with a 12-mm locking thread used for sensors, actuators, Fieldbus and industrial Ethernet, primarily in factory automation applications. Often with ratings of IP65, IP68 and IP69K, they are ideal for harsh and corrosive environments.

The M12 family can be used in many applications such as factory automation, measurement and control, communications, food and beverage, transportation, agriculture, robotics and alternative energy.

M12 cables have come in a variety of coding options and each code is used for a specific application. Simply put, M12 codes are designed to keep cables mating with the correct connections to ensure that, for example, an AC power cable is not being hooked up with an Ethernet cable.

From the outside, connector housings look the same but when you consider the internal configurations of the M12 connector, things are quite diverse.

Below are the five most common M12 cable codes and their uses. They are as follows:

  •     A-coded connectors are the most common style of connector. These are used for sensors, actuators, motors, and most other standard devices. A-coded connectors can vary in its number of pins, anywhere between two pins and 12 pins.
  •     B-coded connectors are mostly used in network cables for fieldbus connections. Most notably, this includes systems that operate with Profibus. B-coded connectors typically have between three and five pins.
  •     C-coded connectors are less common than the others. These connectors are primarily used with AC sensors and actuators. They also have a dual keyway for added security, ensuring that this connector will not be accidentally used in the place of another cable. C-coded connectors have between three and six pins.
  •     D-coded connectors are typically used in network cables for Ethernet and ProfiNet systems. D-coded connectors transfer data up to 100 Mb. These connectors typically provide three to five pins.
  •     X-coded connectors are a more recent advancement of the cables. They are growing in popularity due to their ability to transfer large amounts of data at high speeds. X-coded cables transfer data up to 100Gb. These are ideal for high-speed data transfer in industrial applications. While the other coded cables typically vary in number of connectors, X-coded cables will always have eight pins.