1-1718492-1

Rectangular Connectors - Housings

1-1718492-1 housings are rectangular connectors used in a number of applications. They are an efficient way to join electrical circuit boards or wires. The main benefit of using them is that they are light-weight and compact, allowing for increased ease and convenience in use.

Application field

1-1718492-1 connectors are commonly used in a variety of industrial applications. They are often seen in the automotive, aerospace, medical and electronics industries. The unique design allows for a secure connection and a high level of shock and vibration resistance. This means they are suitable for use in larger-scale projects, especially when a greater level of reliability is desired.

They can also be used in a range of smaller projects, such as consumer electronics and medical devices. Other common uses of 1-1718492-1 housings include lighting systems, instrumentations and IT applications.

Working principle

The 1-1718492-1 rectangular connectors consist of a male and female body, each of which is filled with a specific number of pins. The pins are then connected to whatever device the housing is being used with. In some cases, the housing can be used with a wide range of different components, including connectors, cable, and wiring assemblies.

Their main purpose is to allow for a secure electrical connection between the two components. They provide a high level of current flow, allowing for better efficiency and reliability. They also provide insulation, which helps to reduce the risk of shorts, as well as heat dissipation.

The pins of the connectors are usually made of a sturdy material, such as steel or aluminum. These pins are designed to fit tightly against one another, so that they are able to stay secure during use. The connectors are also designed to be moisture-resistant, which is essential for a number of applications.

Benefits of 1-1718492-1 rectangular connectors

The main benefit of 1-1718492-1 housings is that they are able to provide a secure connection between two components. They are compact and easy to use, which makes them suitable for a range of different applications. They are also able to withstand high levels of shock and vibration, which makes them a more reliable option for larger-scale projects.

The housings are also moisture-resistant, which is especially important in certain applications, such as medical devices and consumer electronics. The pins are made of a durable material, such as steel or aluminum, which helps to increase their durability and lifetime performance.