1604447

Series:	HEAVYCON-ADVANCE®
Packaging:	Bulk
Lead Free Status / RoHS Status:	--
Part Status:	Active
Connector Type:	Hood
Style:	Side Entry
Size:	B16
Lock Location:	Bayonet Lock on Hood
Thread Size:	M32
Size / Dimension:	4.961" L x 2.244" W x 3.937" H (126.00mm x 57.00mm x 100.00mm)
Housing Color:	Gray
Features:	--
Ingress Protection:	IP65/67 - Dust Tight, Water Resistant, Waterproof
Housing Material:	Aluminum, Die Cast
Housing Finish:	Powder Coated
Operating Temperature:	-40°C ~ 125°C

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Heavy Duty Connectors - Housings, Hoods, BasesHeavy duty connectors have become an essential element in many industrial applications throughout the world. Housings, hoods, and bases are key components of this type of connector and are used in a variety of applications, from the smallest handheld medical device to the largest industrial machinery. Understanding the advantages and disadvantages of these connectors is important for anyone looking to use them in their system.Housings, hoods, and bases play differing roles in the construction of a heavy duty connector. Housings provide the necessary support for wires and conductors and protect them from external forces and from corrosion. Hoods and bases help to secure the connection and protect against potential hazards.The most common type of heavy duty connector is the screw-based connector. Screw-based connectors offer a secure, consistent connection to power supplies and other circuit boards. These connectors provide excellent efficiency and durability and can be used in many applications, from simple lighting to complex medical devices.The terminals, fingers, and posts of screw-based connectors are generally composed of stainless steel, chromium plated steel, or brass and serve as the contact points for the wires and conductors. Stainless steel connectors are ideal for extreme environmental conditions and are corrosion resistant. Chromium plated steel connectors are cost-effective, and brass terminals are very conductive. Depending on the application, different contact materials may be required.A second type of heavy duty connector is the panel mount. Panel mount connectors are used to connect and control an array of components from one central source. This type of connector is versatile and can be used to power, control, and monitor different functions within a system. The panel mount’s housing and enclosure also provide protection against dust and moisture.These enclosures or housings are typically made of plastic, aluminum, or stainless steel. These materials provide resistance to corrosion, vibration, and other environmental conditions. This type of connector is typically used with data, audio, and video cables and helps to protect the delicate components within the system.Multi-pin connectors are more commonly used in automotive electronics and connector systems. This type of connector offers a solution to the increased complexity of wiring systems found in vehicles today. They are used to transmit signals and power between the electronic chips and devices within the automotive system.The multi-pin connectors of heavy duty connectors are generally made of thermoplastic, aluminum, or stainless steel and come in a wide variety of shapes and sizes. The pins themselves are typically composed of brass or stainless steel contacts. These contacts provide excellent electrical conductivity and durability.Finally, the crimp-style connectors are commonly used in industrial and medical settings. This type of connector offers superior strength and security when compared to screw-based connectors. The crimp-style connectors feature two metal parts that have been crimped together, trapping the wires and conductors within the housing. These connectors feature a high resistance to vibration and are typically made of aluminum or steel.In conclusion, the housings, hoods, and bases of heavy duty connectors offer varying levels of protection and support for the wires and conductors used in many industrial applications. With a range of materials to choose from and varying functions, these components can help ensure that a system is safe, secure, and properly functioning.

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