0936010181

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0936010181 Heavy Duty Connectors are specialty connectors which are designed to create an efficient electrical connection, and are primarily used for high-current, high-frequency and high-voltage applications. Such connectors are available in various shapes and sizes depending on their intended use. Additionally, their design and implementation varies depending on the type of application that they are being used for.

Heavy Duty Connectors are well-suited for harsh environment and extreme conditions, therefore they are used in: military and aerospace production, wind farm and mobile equipment assembly, automotive and marine engineering, industrial, medical, power utilities and shale gas research applications.

The contacts of 0936010181 Heavy Duty Connectors are typically made of gold or silver alloys, which allows them to be highly conductive, resistant to corrosion, and maintain electrical integrity. They employ crimp, thrust and threaded connection techniques in their operation. Depending on their application, they may also require the use of insulators to increase safety and prevent shock hazards.

The working principle of 0936010181 Heavy Duty Connectors involves the contact of two male and female mating parts, which are held together by friction. It is worth noting that depending on the type of usage, a non-slip grip may be employed which increases the vibration and torque resistance of the connector. This in turn increases the reliability of the connection, and helps avoid damage and disconnection of the same. Furthermore, these connectors are also usually equipped with safety features such as lagging, shielding, and insulation, as well as moisture-proofing, which further adds to the reliability of the connection.

In summary, 0936010181 Heavy Duty Connectors are constructed using gold or silver alloy contacts, and employ crimp, thrust and threaded connection techniques in their operation. They are suited to harsh environments and extreme conditions, such as military and aerospace production, and are equipped with safety features such as lagging, shielding, and insulation, as well as moisture-proofing, which helps increase their reliability. Their design and implementation varies depending on their intended use, and this helps ensure that they provide an efficient electrical connection.

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