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Sensor Cable - Assemblies

Sensor cable assemblies, or SCAs, are an essential element to a wide variety of industries. These cables provide a versatile means of connecting sensors and instrumentation to control systems. SCAs also commonly connect computers to various types of communication networks. Sensor cable assemblies have been designed to solve problems and enable efficient connections between devices.

55-00247 Application Field and Working Principle

The 55-00247 SCA is designed for use in industrial and automotive applications for data, or diagnostic, communication. This assembly is capable of supporting up to 500 volts DC. The 55-00247 is constructed of stranded, tinned copper that is insulated with polyvinyl chloride (PVC) jacketing. The contacts are made from a brass alloy, and they are gold-plated for superior performance and protection from corrosion. This cable assembly includes an insulation resistance of at least 2000 megohms per meter. The 55-00247 also features a robust dielectric limit of 20,000 volts.

This SCA works by providing connection between two or more pieces of equipment. These types of assemblies are designed to transfer electrical signals from the controller to the actuator and vice versa. The strength of the connection is a crucial factor in ensuring that the device is operating properly and in protecting the device from damage. The 55-00247 is designed to ensure a reliable connection between devices in order to provide signal transmission.

Installation

The 55-00247 SCA can be quickly and easily installed using standard methods such as crimping and soldering. The cable should be secured firmly to the connectors before crimping. It is also important to carefully inspect the wire prior to installation to ensure that the insulation is properly covering the copper parts. Crimp the grounding lug and terminal ring in the same order as the wire of the cable assembly. Once the assembly is firmly secured, inspect all connections for firmness and quality.

After installation, it is important to periodically inspect the cable assembly for any nicks, cuts, or corrosion that could cause the cable to fail. Inspections should also be performed when the assembly is disconnected and then connected in different directions. This is a necessary step in order to ensure proper safety and reliability.

Conclusion

The 55-00247 SCA is designed for in industrial and automotive applications for data, or diagnostic, communication. This assembly is ideal for transferring electrical signals from the controller to the actuator and vice versa. It is constructed of stranded, tinned copper with a PVC jacket and gold-plated contacts for maximum protection and performance. Installation of this cable assembly is simple and the device can be easily inspected for any signs of damage.

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