The housing design of fiber optic connectors may vary depending on the connector type. Below are some examples organized according to the connectors manufactured by Yingfeng:
1. Body material: fiber optic connectors are usually made of plastic or metal. The body material affects the connector's durability, strength, and resistance to environmental factors.
2. Connector shape: Connectors can have different shapes, such as rectangular, cylindrical or square. The shape usually corresponds to the type of connector and helps distinguish one type from another.
3. Coupling mechanism: fiber optic connectors use a variety of coupling mechanisms to connect and disconnect with other devices or connectors. Common coupling mechanisms include push-pull, snap-on, bayonet or threaded designs.
4. Latching Mechanism: Some connectors have latch mechanisms to secure the connection. These can include latches, levers, or locking tabs to provide additional stability and prevent accidental disconnection.
5. Color coding: Many connectors use color coding as a visual identification aid. They have colored jackets, strain reliefs, or connector bodies to differentiate between connector types, fiber modes, or polarities.
6. Dust caps: Fiber optic connectors are often fitted with dust caps or protective covers that protect the connector end face when not in use. Dust caps help prevent contamination and maintain connector performance.
7. Strain Relief: Connectors may have strain relief features to protect the fiber optic cable from excessive bending or pulling. This can include bend limiting sleeves, flex cables or cable clamps.
8. Keying or keyway: Some connectors have keying or keyway features to ensure proper alignment and prevent mismatch. The keying can be in the form of notches, grooves, or alignment pins that are installed into the appropriate slots to ensure proper orientation.
Translated with DeepL.com (free version)
