TR10ASR1N

TR10ASR1N circular connectors are a reliable and durable product designed for a wide range of applications. From military and aerospace to industrial and transportation, TR10ASR1N circular connectors are designed to provide security and reliability in a variety of environments. The connectors are also often used in medical equipment and can be used in high temperature applications.

TR10ASR1N circular connectors are designed with two parts — a cable clamp and a backshell. The cable clamp is designed to create a secure connection between the cable and the connector, or adapter, while the backshell provides mechanical support and provides environmental protection. Together, the two parts work together to ensure a secure and robust connection.

The TR10ASR1N cable clamp provides an effective connection by firmly securing the cable to the connector. The cable is secured with screws and nuts that are provided in the kit, making it easy to install and ensuring a strong connection. The cable clamp also helps to isolate the connector from environmental factors such as moisture and vibration. The nuts and screws on the cable clamp are also designed to be corrosion resistant, which helps to ensure a reliable connection.

The TR10ASR1N backshell is designed to protect the connectors from environmental factors and also provide additional mechanical support. The backshell is made of high quality aluminum alloy with a corrosion and shock resistant finish, making it ideal for a wide range of applications. The backshell is designed with a tight seal which helps to keep dust and moisture away from the connectors, while also providing strain relief and additional mechanical support.

TR10ASR1N circular connectors are designed to provide a reliable and secure connection for a variety of applications. The cable clamp provides an effective and secure connection, while the backshell provides extra mechanical support and environmental protection. This makes them an ideal choice for a wide range of applications. The TR10ASR1N is designed for high temperature applications, and is able to withstand vibration and shock, making it an excellent choice for medical devices.