M23 Sensor Actuator Cable

M23 sensor actuator cables are primarily used in conjunction with sensor cables, actuator cables, and switch cables for a variety of different industrial applications. They are quite versatile connectors, typically available in a wide range of different materials, sizes and lengths to suit a selection of industrial components and applications. They are used to connect sensing devices and components such as proximity sensors, photoelectric sensors, ultrasonic sensors, and current transducers, providing a durable and secure connection. M23 sensor actuator cables typically also feature coded ends offering various pin layouts for greater choice and flexibility.

Alongside sensor and actuator cables, M23 sensor actuator cables feature technology which enables them to integrate into industrial automation processes and systems seamlessly. In short, these connectors are used to join the corresponding cables and components with the switches, sensors, and equipment which make up the industrial automation process. All of these separate components are then joined together to work as one automated unit, providing an efficient system able to work at maximum efficiency, increase productivity, and minimise downtime. Sensor and actuator cables and connectors can be used with multiple different types of switches and sensors across a wide variety of industries and sectors. However, they are commonly used in industrial process control and automation environments within the manufacturing and food and beverage industries.

M23 sensor actuator cables and cables are suitable for use with a wide range of switches, sensors and transducers. As M23 sensor actuator cables are such versatile components, they can be used in a variety of applications ranging from industrial automation systems and processes through to vehicles and the automotive industry. This means that different M23 sensor actuator cables are best suited to various applications, and they can be installed in diverse environments. As such, this means that different M23 sensor actuator cables work in different ways, as explored further as we detail some of the main types of connectors in the sections further on in this guide.

These connectors can also be used with the majority of switches. IO-Link is an industrial communication and networking standard. It is primarily used in industrial automation to connect components like sensors to various types of industrial Ethernet or Fieldbus. IO-Link provides a secure, wired connection, ideal for travelling shorter distances between different fixed points. The approval ratings are designed for components that are likely to be used in potentially hazardous environments, and it is a standard required to confirm that equipment is safe for use in these areas.

M23 sensor actuator cables can be provided with a so-called shield. This is an insulating sheath that is wrapped around the wires in a M23 sensor actuator cable. When the wires are under voltage and current flows through them, this material prevents the electromagnetic field from coming out of the M23 sensor actuator cable, but also the other way around: electromagnetic fields (from nearby M23 sensor actuator cables, for example) cannot reach the wires. This prevents noise and interference in the signals that run through a M23 sensor actuator cable. When twisting, wires are wrapped around each other in a M23 sensor actuator cable. Cores belonging to the same circuit are intended to be coupled together. As a result, these wires have an increased so-called electromagnetic compatibility (also known as EMC). This prevents noise and disturbance of the signal by the cores in the M23 sensor actuator cable.

There are applications in which M23 sensor actuator cables must be connected to a robot (arm) or a moving machine. Think of a pneumatic robotic arm that welds the chassis of a car together. Due to the dynamic nature of these applications, there is a high risk of M23 sensor actuator cable breakage. To prevent this, there are M23 sensor actuator cables of various materials that can move along without breaking, such as TPE and PUR. In our range we call these types of bendable M23 sensor actuator cables: dragchain M23 sensor actuator cables. These are the M23 sensor actuator cables that can be passed through a chain or can be placed in a robot arm. These are equipped for use in a constantly moving system where the risk of M23 sensor actuator cable breakage is high. Another risk for a M23 sensor actuator cable break is an application in which the M23 sensor actuator cable or connector cannot be easily installed. Think of a conveyor with too narrow spaces on the track sides. For this there are M23 sensor actuator cables with a right angle connector. The connector is then rotated 90 degrees, so that the M23 sensor actuator cable and connector together take up less space from the connection.

Color codings of connection M23 sensor actuator cables for industrial sensors. Each core in a M23 sensor actuator cable has a separate color coding, which makes it clear what the signal is for. As an example, let's take a 4-core M23 sensor actuator cable that is connected to a 4-pin connection. The sensor manufacturer indicates (in the manual) which wire of the M23 sensor actuator cable corresponds to which input / output function of the sensor. One sensor will use a white wire in a M23 sensor actuator cable for a different type of signal than another. The reason for this is the difference in interfaces. In short, an interface is a interface or connection between two different systems. In this case the sensor and the rest of the machinery to which it is connected. One interface will use the white wire to supply input signals while a sensor with a different type of interface will use it for a teach signal.