531842-8

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Rectangular connectors are currently used in a variety of applications, from industrial electronics and communication systems to consumer grade products and general purpose applications. Many connectors are available for use in a wide range of industries. One of the most popular rectangular connectors is the 531842-8 – a product manufactured by Molex. This header, or male pin, is an 8-pin device used in a variety of systems and applications.

Molex 531842-8 rectangular connectors are designed for commercial, industrial, and communications applications. This double row device has two rows of four pins each in a 48mm long housing. The pitch of the pins is 2.00mm and the contact retention force of the device is 28.2N. The electrical rating of the device is 8A and the current carrying capacity is 2.7A. The Molex 531842-8 is UL listed and CSA certified. Additionally, the connector is RoHS compliant and approved by VDE and C(UL).

The Molex 531842-8 is rated for contact resistance and insulation resistance. The contact resistance is 17mΩ maximum and the insulation requirements are 1000MΩ minimum. With the contact retention force rating of 28.2N, it is sure to provide a secure connection. The recommended mating connector is Molex 5022-8 The panel cutout requirements are 45.60 x 25.4mm.

The working principle behind the Molex 531842-8 is based on the two rows of contact sections located on the device. As mating connectors are inserted into the device, the contact sections interlock to provide an electrical connection. This provides a strong and reliable connection due to the contact retention force that is generated. In addition, the pins are designed to operate at a specific temperature range, which helps ensure the connector does not become damaged due to thermal expansion or contraction.

The Molex 531842-8 is a popular connector due to its unique design and reliable performance. It is commonly used for cable and wire harnesses in harsh environment applications, as well as connecting electrical components and systems. Its design ensures that it will withstand the vibration and shock of many industrial and commercial applications.

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