1412450

Lock Location:	Locking Clip (2) on Base Bottom
Operating Temperature:	-40°C ~ 125°C
Housing Finish:	--
Housing Material:	Aluminum, Die Cast
Ingress Protection:	IP65 - Dust Tight, Water Resistant
Features:	--
Housing Color:	--
Size / Dimension:	4.724" L x 1.693" W x 2.992" H (120.00mm x 43.00mm x 76.00mm)
Thread Size:	M40
Series:	HEAVYCON® B24
Size:	B24
Style:	Top Entry, Dual
Connector Type:	Hood
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Heavy Duty Connectors - Housings, Hoods, and Bases Heavy duty connectors are designed to handle-tough repetitive stress that can imbalance standard connectors. That\'s why they are extensively used in heavy machinery, industries, and other applications that have heavy-duty electrical contact requirements. They are commonly found in the fields of industrial machinery and automotive vehicles. These heavy-duty connectors can be categorized into different types. Housings are the covers that protect the internal connection components and wires. They typically have an array of terminals or electrical contacts that need to be sealed during installation. Hoods are connector shells used to protect the connection points and wires from the outside environment. They provide essential environmental sealing to the connector assembly and prevent damaging particles or liquids from entering the connector. Bases, on the other hand, are interconnect parts that work in conjunction with housings and hoods. They can incorporate either sockets, pins, or blades for the connection points. When it comes to the working principle of heavy duty connectors, it is rather simple. They typically consist of a set of contact pins or terminals enclosed in an outer casing. The pins are usually connected to an internal wiring structure that links the connectors to the rest of the system. In order to make the connection, both the input and output lines must make contact with each other. Depending upon the type of the connector, the connection may be mechanical, compression, or friction. Mechanical connectors usually involve a set of levers and screws that are used to link the two connectors together. Compression types involve a small contact pin spring that pushes against the contact surfaces on both sides of the connector, while friction connectors simply snap into place when the two halves of the connector are pushed together. In addition to the basic connection methods, some heavy-duty connectors employ a range of locking mechanisms for added safety. These could include screws, spring-loaded latches, and other secure measures. These locking mechanisms are essential to the operation of the connectors, as they ensure that the connections will be maintained and secured despite the connector facing intense force from the environment or from regular wear and tear. Heavy duty connectors are also designed to withstand extreme temperatures and weather conditions. For instance, many connectors are designed with a gold or silver plating to protect them from oxidization and corrosion. This ensures the durability and electrical performance of the connectors. When selecting the right heavy-duty connector, it is important to consider the application, environment, and the needs of the system. Different connectors have different performance capabilities, and selecting the right one is essential to ensure the longevity of the system. Heavy duty connectors are an essential element in creating robust and reliable electrical systems. They provide an effective and secure connection between components and devices, ensuring that the system can operate safely and efficiently.

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