27E193

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Relay sockets are an important component of industrial automation systems. Their purpose is to help protect and isolate sensitive components while providing a secure connection between the working components, allowing them to communicate safely.The 27E193 is a variant of a relay socket that is commonly used for industrial automation applications. This article will discuss the application field and working principle of the 27E193.

General Overview of 27E193 relay sockets

The 27E193 relay sockets are manufactured by TE Connectivity, one of the world’s leading suppliers of electronic components. These relay sockets are designed to be used with industrial automated equipment, such as PLCs, robots, motor controllers, and other industrial machines. They are typically used in applications that require a secure, reliable connection between the control systems and the machine.

The 27E193 relay socket is a modified version of the traditional three-pin relay socket, but it has been enhanced to meet the most stringent standards for safety and reliability. This socket is made up of two pieces, the relay base and the removable socket, which allows the installation of the relay into the panel or equipment in an organized manner. It also reduces the risk of accidental disconnection due to accidental disturbance of the wiring.

The Application Field of 27E193 relay sockets

The 27E193 relay sockets have a wide range of applications, from simple home automation projects to large industrial applications. Due to its specialized design, it is perfect for installations in control panels, industrial machinery, and other automation solutions. The socket’s construction and design features are designed to ensure a secure connection even in hostile operating environments.

When it comes to industrial applications, the 27E193 relay sockets offer reliable and secure connections between the machine and the control system. They can be used to control motor controllers, solenoids, sensors, and other automated components in industrial systems. The sockets are also designed to reduce the risk of accidental disconnections due to faulty wiring or vibrations.

The 27E193 relay socket is also ideal for home automation projects such as programmable lighting systems and doorbells. It offers secure and reliable connections between the control system and the connected devices, ensuring that the system is working properly. In addition, the socket is designed to be durable and low-maintenance.

The Working Principle of 27E193 relay sockets

The 27E193 relay socket is based on the traditional three-pin relay system but it has been improved for industrial use. The socket is composed of two main parts, the base and the removable sockets. The base houses the primary contact bus that connects the terminals of the relay, while the removable socket supports the specific relay pins that need to be connected. The base also provides a secure connection to the control system.

When the relay socket is in use, electricity is supplied to the terminal bus from the control system. This electricity passes through the contact bus and the relay pins. The relay pins are then switched on or off depending on the instructions sent from the connected device. When the relay pin is triggered, an electric current is sent to the connected device.

The 27E193 relay sockets are designed with unique features that ensure secure connections between the machine and the control system. They are designed to be reliable and durable, with features such as secure connection locking mechanism, robust mechanical design, and internal insulation protection. These features make them an ideal choice for industrial applications.

Conclusion

The 27E193 relay sockets are a specialized variant of the traditional three-pin relay sockets, designed for industrial automation applications. Their specialized design features improve safety and reliability while offering secure connections between the machine and the control system. This makes them an ideal choice for industrial automation projects.

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