BRF.0K.200.NPS

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BRF.0K.200.NPS connectors are designed for use with a broad range of industrial automation, robotics, and other applications. The BRF.0K.200.NPS connectors are compatible with most automation systems and provide a reliable electrical connection.The BRF.0K.200.NPS connector is a circular connector consisting of a male and female part. It is designed to take the roughness and vibration of some industrial applications. The male part is made of aluminum, and the female part is made of brass with a chrome plating for extra durability and protection against corrosion. Each connector includes both a threaded front and back to ensure that they are securely connected.The BRF.0K.200.NPS connector is a shielded connector with a secure, reliable electrical connection. It is designed to be used in harsh environments where vibration and shock could cause disruption of a standard circular connector. The connector has a threaded locking system that holds both the male and female parts in place for a more secure connection. The shield also helps protect against interference from electromagnetic and radio frequency (EMF/RF) noise.The BRF.0K.200.NPS connectors are designed with an extremely low insertion loss. This means that when using the connector, less than 0.005dB of signal loss should occur. This low insertion loss improves the performance of the connection due to less signal degradation.The BRF.0K.200.NPS connector has a temperature range from -55°C to +85°C. This wide temperature range means that the connector can be used for a variety of applications, including outdoor and in corrosive environments.Overall, the BRF.0K.200.NPS connector is a reliable and secure circular connector ideal for automation, robotics, and other applications. The connector is designed to provide a reliable electrical connection in the harshest of environments. It has a threaded locking system to ensure a secure connection, a shielded body to protect against interference, and a temperature range from -55°C to +85°C. The low insertion loss ensures signal integrity.

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