1412589

Lock Location:	Locking Clip (2) on Hood Top
Operating Temperature:	-40°C ~ 125°C
Housing Finish:	--
Housing Material:	Aluminum, Die Cast
Ingress Protection:	IP66/67/69K - Dust Tight, Water Resistant, Waterproof
Features:	Cable to Cable, Salt Water Resistant
Housing Color:	--
Size / Dimension:	2.874" L x 1.732" W x 2.953" H (73.00mm x 44.00mm x 75.00mm)
Thread Size:	PG29
Series:	HEAVYCON® B
Size:	B10
Style:	Bottom Entry
Connector Type:	Hood - Coupling
Moisture Sensitivity Level (MSL):	--
Part Status:	Active
Lead Free Status / RoHS Status:	--
Packaging:	Bulk

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Heavy Duty Connectors - Housings, Hoods, BasesHeavy duty connectors, commonly referred to as HDC\'s, are designed for use in a variety of industrial and mechanical applications such as automotive, aerospace, energy, military and marine environments. HDC\'s are designed to provide reliable and robust connections in harsh environments while still providing superior performance and flexibility. These robust heavy duty connectors are often specified for applications that require superior performance and resistance to temperature, humidity, dust, and vibration.HDC housings, hoods and bases are designed to protect and secure the components of a heavy duty connector system. These components provide sealing against the environment as well as strain relief for the mating wires. Housings are designed to hold the contact pins, seals, and ergonomic hand grips. Hoods and bases provide the frame for the housing assembly, and can also include LED indicators and even a strain relief element. The base can also be used to mount the connector, providing additional protection for the electrical connection system.HDC housings are available in a variety of materials, ranging from rigid and stable plated plastic, to metal housings designed for the most demanding applications. Plastic housings are designed to withstand a wide temperature range and resist chemicals, corrosion, and wear. Metal housings are designed to meet MIL-specifications for heavy duty environments.HDC housings are also engineered with a variety of shape and mating styles. Some feature a water seal and others are designed for ease of access in tight spaces. Many types of hoods and bases are available for different environmental requirements and stresses. The base can also be used as a mounting platform to secure the connector in place.The work principle of HDC’s can be divided into two aspects: electrical performance and mechanical performance. Electrical performance is based on standard requirements such as current rating, contact resistance, and electrical interference. Mechanical performance is based on temperature range, vibration resistance, corrosion resistance, dust resistance, and operational lifetime. The electrical performance of HDC’s can be further divided into contact design and wire size. The contact design will determine the contact and contact resistance of the HDC. Wire size is important to ensure that the contact is not over-stressed when wire is inserted.The mechanical performance of HDC’s is based on material selection, mechanical strength, temperature range, and strain relief system. Material selection plays a major role in designing an HDC to meet environmental requirements by providing temperature and vibration resistance. Mechanical strength is determined by the housing materials and strain relief design. Temperature range should match the operating temperature of the wire used. The strain relief system should help protect the socket and wire from stress caused by vibration and thermal expansion.Heavy duty connectors, commonly referred to as HDC\'s, are designed to deliver reliable power and signal connections in harsh environments. HDC\'s have the advantages of superior performance, reliability, and flexibility. HDC housings, hoods, and bases are designed to protect and secure the components of a heavy duty connector system and provide sealing against the environment as well as strain relief for the mating wires. The work principle of HDC’s can be divided into two aspects - electrical and mechanical. Electrical performance is based on standard requirements such as current rating, contact resistance, and electrical interference while mechanical performance is based on material selection, mechanical strength, temperature range, and strain relief system. Heavy duty connectors are ideal for industrial and mechanical applications such as automotive, aerospace, energy, military and marine environments.

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