1408973

Lock Location:	Screw Locks on Hood
Operating Temperature:	-40°C ~ 125°C
Housing Finish:	--
Housing Material:	Aluminum, Die Cast
Ingress Protection:	IP66/68/69K - Dust Tight, Water Resistant, Waterproof
Features:	Feed Through, Salt Water Resistant
Housing Color:	--
Size / Dimension:	5.984" L x 2.244" W x 2.835" H (152.00mm x 57.00mm x 72.00mm)
Thread Size:	M40
Series:	HEAVYCON-ADVANCE®
Size:	B24
Style:	Side Entry
Connector Type:	Base - Box Mount
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Heavy Duty Connectors - Housings, Hoods, Bases

Heavy duty connectors are components used in industrial machines and vehicles in order to connect and exchange electrical, digital, and mechanical connections within the system. These connectors are designed for the precise requirements of a particular application and come in many shapes and sizes.The most common types of heavy duty connectors include housings, hoods, and bases. Each of these types of connectors may be further subdivided into specific types based on the application, connector function, material, and connection type. The following sections will discuss each of these types of heavy duty connectors, their applications and process of use, and their primary working principles.

Housings

The housing is one of the most common types of heavy duty connectors. This type of connector can come in many shapes and sizes, such as round, rectangular, and cylindrical. The housing is used to protect the contacts from dirt, moisture, and mechanical damage, while also providing a clear path for electrical signals to move through. Additionally, the housing is designed to increase the connection’s strength and integrity. The housing of the connector may also be constructed using a variety of materials, such as metal, plastic, or ceramic. The choice of material depends on the specific application and type of connection. Additionally, a variety of protective coatings may also be applied to the housing to further protect the connector from mechanical damage.

Hoods

The hood is another type of heavy duty connector. This type of connector is basically a thin metal or plastic shell that covers the contact pins on the connector. The hood is designed to protect the contact pins and make it difficult for foreign objects to reach the contacts and cause damage. Additionally, the hood may also be used to add additional strain relief to the connector. This is important to protect the contact pins from vibration that may occur in the application.The process of using the hood to make a connection in the heavy duty applications is fairly simple and involves placing the wires or cables in the grooves or slots inside the hood and then closing the hood to seal it. The hood is then connected to the base of the connector, creating a secure connection.

Bases

The base is the last of the three types of heavy duty connectors discussed in this article. The base consists of a contact plate that can be used to make the necessary connections to wires or cables. The contact plate can either be made up of individual copper contacts or a single, composite contact.The process of making a connection using the base is fairly simple and involves pressing the contact plate of the base against the contact pins on the hood. This creates an electrical connection, allowing power to flow through the system. Additionally, this process is made more secure by the use of a locking mechanism, which prevents the base from becoming disconnected from the hood.

Working Principle

Heavy duty connectors are designed to provide strong, reliable, and durable connections to a variety of electrical, digital, and mechanical components. The three primary types of heavy duty connectors discussed in this article (housings, hoods, and bases) each work together to ensure a secure connection between the two components or systems. The housing is used to protect the contacts from dirt, moisture, and mechanical damage, while also providing a clear path for electrical signals to move through. The hood is used to protect the contact pins from outside elements and to provide additional strain relief. Finally, the base is used to make the necessary electrical connection between the two components using contact plates. These three elements are designed to provide a secure and reliable connection that is able to withstand the harsh environments of heavy duty applications. Additionally, the use of a locking mechanism ensures that the connection remains in place to provide a safe and consistent electrical connection.

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