Mega Sale Mil M83522 St Connector, Single Mode Locking Nickel Plated Brass For 2mm Fiber - Going Fast [2pgO1Bbm]

MIL M83522 ST Connector, Single Mode Locking Nickel Plated Brass

Introducing the MIL M83522 ST Connector, a high-performance, ruggedized solution designed for demanding environments. This single mode locking connector, crafted from nickel-plated brass, ensures durability and reliability. With its non-optical disconnect feature, it is ideal for military, aerospace, and shipboard applications where extreme conditions are the norm. The MIL M83522 ST Connector is built to meet and exceed the stringent requirements of military specification MIL-C-83522, guaranteeing optimal performance in challenging scenarios.

Key Features and Specifications

The MIL M83522 ST Connector boasts several key features that set it apart from other connectors on the market. It features a locking mechanism that prevents accidental optical disconnects, making it highly resistant to shock and vibration. The connectors are designed to work seamlessly with 2mm fiber cable, and for use with 2.5mm or 3mm cable, a separate crimp ferrule (CF83522) is available. Each connector is equipped with a convenient screw-on boot, eliminating the need for a cumbersome boot tool during installation. The zirconia ferrule ensures backward compatibility with legacy transceivers and guarantees loss repeatability.

Applications and Benefits

The MIL M83522 ST Connector is a versatile solution that finds applications in a wide range of industries. Whether it's for aircraft, battlefield communication systems, harsh environmental conditions, military use, or shipboard applications, this connector delivers exceptional performance. Its ruggedized design and high pull strength make it an excellent choice for environments where durability and reliability are paramount. With its ability to withstand extreme temperature changes, shock, vibration, and corrosion, the MIL M83522 ST Connector is a trusted choice for professionals who demand the best in connectivity solutions.