2013266-1 Connectors, Interconnects

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Inline module sockets are memory connectors that are designed to mount inside enclosures, structures, walls, panels or other space constrained locations. They are widely used in several industries to provide reliable and easy access to electrical and data signals without sacrificing space. This piece aims to discuss the application fields and working principle of 2013266-1 inline module socket, and discuss how it is beneficial for industrial applications.

Application Field

The 2013266-1 inline module socket is best suited for applications where space is limited and efficient connection is needed. Common applications include automation systems, robotics, automation applications, surveillance systems, process control, machine tools, electronics, heavy machinery, power distribution, and military applications. The socket is also suitable for medical devices, laboratory equipment, and instrumentation equipment.

One of the major advantages of using the 2013266-1 inline module socket is its flexibility as it can mount in any orientation. This allows it to be used in various configurations that would otherwise not be possible with traditional connectors. It can also be easy used for other applications such as telecoms, datacoms, and various other PC board connections. Moreover, the socket is designed to provide high data rate speeds, which makes it suitable for high-speed applications. This helps to reduce installation time and transactions time when dealing with larger systems.

Working Principle

The 2013266-1 inline module socket functions similarly to other connecting modules. It contains two rows of signals contacts which are arranged in an alternating pattern. Each signal contact houses a particular data line or power line, and each of the two rows are designed to provide secure connection without error. The contacts are gold flashed and the socket has a rated current range of 2 to 6A. The male contacts are also gold flashed to ensure reliable and efficient connection.

The socket is designed to use standard mounting holes which gives it greater flexibility for attaching and connecting. There are two types; the press-fit and screw-in. The press-fit uses a push-on mechanism while the screw-in uses small screws to secure the contacts. It has short-circuit protection and a contact retainer for added reliable connection.

Aside from the hardware, the 2013266-1 inline module socket also has integrated support for various protocols. This includes USB, RS232, CAN bus, and Ethernet. The USB supports low speed and full speed data transfer, while the RS232 supports serial communication. The integrated CAN support allows the socket to send and receive data without any additional hardware. The Ethernet support helps to keep the product cost down and also allows for secure connection.

Benefits

There are several benefits to using the 2013266-1 inline module socket in industrial applications. One of the main benefits is that it saves space and does not require any external wiring. This makes connecting and disconnecting faster and provides greater flexibility when dealing with large systems. It also requires minimum insulation resistance, which is beneficial in high-temperature environments.

The socket also has the ability to transfer data at high speeds. This allows faster connection and data transmission, helping to significantly reduce data transmission time in larger systems. This helps to increase reliability and productivity in industrial applications. Additionally, the 2013266-1 is designed with short-circuit protection for added safety when connecting electrical components.

Overall, the 2013266-1 inline module socket is designed to provide efficient connection and data transmission with minimum interruption. It is suitable for various environments and applications due to its wide range of interfaces. This helps to reduce the cost of installation and increased data throughput. It also reduces the risk of short circuits and prevents damage to connected components.

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