MS17349C36B

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The MS17349C36B circular connector is part of a series of durable and efficient military-style snap lock electrical connectors designed for use in harsh environments. It is commonly used in applications ranging from avionics and aerospace to land and sea. This connector type is also used in marine, automotive, medical, and communication equipment.

The MS17349C36B is a standard design, military-style quick disconnect circular connector. It is constructed with 36 degree angled split housing and shell to supply strain relief and easy aligning of contact cavities. The connector also offers a rugged shell and insert design, with 250 snap locks, which allows for secure mating. The connector has an overall length of 2.16 inches, with a diameter of .764 inches. The MS17349C36B incorporates a durable insert made of Delrin composite material, which adds to the overall strength and ensures complete protection of internal wiring and connections.

The MS17349C36B connector is designed to provide secure connections with maximum reliability and life expectancy. It is rated for a maximum voltage of 400 Volts and a current capacity of 8 A. Additionally, the connector is resistant to dust, shock, vibration, and other environmental factors. It is qualified to MIL-DTL-55302 standards, which ensures its reliable electrical performance and safety.

The MS17349C36B connector is designed with a tamper-resistant, 2-point locking lance system. This system features two locking lances which are pulled together by resilient catches, allowing for secure latching with a high degree of locking torque. The design of the connector ensures low contact resistance and has an operating temperature rating of -54°C to + 135°C.

The MS17349C36B connector is ideal for a variety of applications in harsh environments, including aerospace, military, medical, and marine. It is especially suitable for use in applications where reliable and secure locking is paramount, and would be ideal for use in applications where long life expectancy and vibration-resistant mounting are key requirements.

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