SOLC-130-02-S-Q-LC

SOLC-130-02-S-Q-LC Application Field and Working Principle

The SOLC-130-02-S-Q-LC, or Submersible Open Loop Connector, are rectangular connectors used mainly in the automotive, oceanographic, industrial, communications and medical fields. They are designed for automation, underwater, and motion control applications where reliability is critical. The receptacle has the ability to self lock into the header housing with 4 wires for flexibility.

How Does it Work?

The SOLC-130-02-S-Q-LC connector includes headers and receptacles in a single form factor. The header and receptacle components can be combined to lock together and become one unit. Medical power, signals, and data can be transferred through this one form factor. In order for the connector to work, the header must be connected to the receptacles in the right way.

In order to insert and secure the receptacles, there is a two-step locking mechanism at the rear of the connector. The receptacles have a locking mechanism that will allow them to latch into the front of the header. This provides a secure connection without the need for additional installation tools. The locking mechanism allows for the receptacles to fit into the front of the header without getting twisted. The connection is secure and able to provide a strong connection.

Additionally, the receptacles have four individual wires that allow for signal transfer in each direction. The four wires come out from the receptacle and are attached to the board or system that the connector is connected to. By having four wires, the connector can transfer signals bi-directionally so that whatever data is sent can return to the corresponding system.

Advantages of the SOLC-130-02-S-Q-LC

The SOLC-130-02-S-Q-LC has several advantages when compared to other similar connectors. Its form factor is smaller than other connectors, so it is able to fit in a smaller space. The self-latching mechanism makes the connection secure and reliable. The four-wire system makes it easy to send signals in both directions while still providing a secure connection.

The connector is also designed for different environments such as underwater, which may require a water-resistant connection. The SOLC-130-02-S-Q-LC is designed to be waterproof and corrosion resistant which makes it ideal for underwater environments. The design also allows for flexibility in the routing of the wires.

The SOLC-130-02-S-Q-LC is also designed for a wide variety of applications. It can be used in applications such as medical equipment, motion control devices, computer systems, and systems used in oceanographic experiments.

Conclusion

The SOLC-130-02-S-Q-LC is a rectangular connector that has been designed for applications where high reliability is needed. It is able to self latch into the header housing with four wires that provide flexibility in the way the connector is used. This connector is designed to be waterproof and corrosion resistant and can be used for a variety of applications. It is a reliable connector that can be used for many different types of environments.