M12 Bulkhead Connector
M12 connectors allow you to make connections between devices such as programmable logic controllers, sensors, and input/output (I/O) blocks. They also transfer power to your device. This makes them an ideal choice for rugged industrial applications.
They provide fast connections in harsh environments and can easily be detached for frequent maintenance. M12 connectors are standardized on pin counts and code versions for easy identification.
Panel mount
M12 bulkhead connectors are an important part of automatic control systems and help to transmit data, power, and signals. These devices are typically found in harsh environments where a durable connection is critical. They need to be able to handle m12 4 pin bulkhead connector extreme temperature, radiation, rough handling, and other environmental factors. In addition, they must be able to withstand washdown and high-vibration conditions. This is why it’s important to choose a quality product with a low failure rate.
M12 panel mount connectors offer a wide range of termination methods and pin options, and they are often paired with a cable assembly. Some features include crimp flange and crimp sleeve cable termination and a variety of connector orientations. They are also available with a choice of mounting nut. In addition, M12 connectors are available in a wide range of sizes, styles, and colors to fit your application.
TE Connectivity’s M12 Power L-Code PCB connectors are ideal for use with industrial devices in harsh environments. They have thick threads that lock into place for a secure connection and won’t come loose due to vibration. They are also resistant to corrosion, making them a great option for industrial automation applications.
Solder
M12 bulkhead connectors are easy to mount in a variety of ways, including using a panel lock or flange. These connectors feature thick threads that won’t let contaminants in or come loose from vibration in tough industrial environments and automated systems. They also provide resistance to salt spray up to 240 hours and have a waterproof rating. These features make them ideal for use in washdown and high-vibration areas.
Unlike mini-DIN connectors, which require specialized tools to install, M12 connectors can be attached with screw or snap attachment methods. They are also easy to disconnect, making them a great choice for applications that require frequent maintenance. They can also be used to connect inlets and outlets in machines, robots, and other automation equipment.
These connectors can be configured for specific application needs with various termination styles, pin options, and cable grommet sizes. They are available in a wide variety of colors and finishes, and can be assembled to order. They can also be mated with custom-engineered cable for a complete system solution.
Choosing the correct M12 bulkhead connector is essential for your application. These connectors are designed for different purposes, so it is important to understand the differences between them. Shine Industry offers a variety of M12 connectors, including solder and PCB mount versions. These are available in straight and right-angle variants and can be used with both male or female connectors.
PCB mount
The m12 4 pin bulkhead connector is a popular choice in industrial applications. Its rugged design ensures that it will hold up in harsh environments and withstand shock and vibration. Its threaded ring allows for simple tightening and unlocking, making it easy to use. Additionally, it has a locking function that prevents accidental removal. This feature is critical in circuits that may contain voltages that are dangerous to touch.
In addition to the m12 power L-code panel-mount PCB Connector’s robust design, it has an IP67 rating and is resistant to dust and temporary submersion in water at depths up to 1 meter. This makes it a great option for a wide variety of industrial environments, including those with extreme temperature fluctuations and high levels of electromagnetic interference.
These connectors are a key part of the Industry 4.0 revolution, where connected devices and sensors need to exchange power, signal, and data. This increases the demands outdoor light cable on electrical connectors, which need to be more compact and rugged. In order to meet these requirements, manufacturers have developed new technology that meets the growing demands of connected industrial technologies.
M12 connectors are now a standard in automation technology, used to connect devices with power and signals. They have become the preferred solution for Industrial Ethernet and are used by original equipment manufacturers across the world. They are also used to connect motors and drivers, industrial machinery and devices, and robotics.
SMD
The SMD version of the m12 4 pin bulkhead connector has a much smaller footprint, making it more space-efficient and ideal for use in tight spaces. It also features a push-pull locking mechanism that makes it easier to insert and remove the connector from a panel or enclosure. This feature is particularly useful for applications that require frequent mating and un-mating. Other features include keying, color coding, and LED options for additional mated confirmation.
The m12 4 pin bulkhead connector is available in a wide range of cable types, including shielded and unshielded versions. The shielded version helps to reduce EMI interference in noisy environments. It is also available with a variety of mounting options. It can be mounted on a PCB, in a panel feed-through, or on a DIN rail. The m12 4 pin bulkhead connector has an IP67 rating for protection against dust and water.
M12 connectors are used in industrial automation applications and other harsh environments where compact, rugged, and reliable power, signal, and data connections are needed. This versatile, metric screw-sized connector is the backbone of Industry 4.0 connectivity. M12 connectors come in a variety of coding variants, making them easy to match with your system requirements. Find out how to choose the right connector for your system with HARTING’s online configurator.
