FI-JP40S-VF10-R3000

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Rectangular Connectors - Headers, Receptacles, Female Sockets are all categories of connectors used for electronic assembly. The FI-JP40S-VF10-R3000 is a type of receptacle connector from the JST Connector brand. It is designed for applications in the robotic, machine vision, and motion control industries. It is offered with 10 positions and features a double row arrangement.

The FI-JP40S-VF10-R3000 connector features an insulation displacement technology (IDT) mating interface. This is a form of contact technology where a single connection point is made between two mating surfaces, which is usually made using an insulation displacement contact that is mounted in the bottom of the receptacle.

The FI-JP40S-VF10-R3000 features two polarization features, an overmolding feature, and a split tail feature. The overmolding and split tail features both ensure that the connector is securely mated to the mating connector, and the two polarization features ensure that the connector is correctly oriented when mating. The FI-JP40S-VF10-R3000 features a current rating of 5.5 amps per contact and a voltage rating of 300 VAC.

The FI-JP40S-VF10-R3000 is an excellent choice for applications such as robotic assembly, machine vision, and motion control systems. It offers a high degree of accuracy and reliability, as well as excellent resistance to shock, vibration, and temperature variation. The FI-JP40S-VF10-R3000 is a cost-effective option for these types of applications, and it is designed to be easy to install and use.

The FI-JP40S-VF10-R3000 is designed to work in a range of environments, as it is resistant to corrosion, vibration, and temperature variations. It is also UL and CSA approved and CE certified. The FI-JP40S-VF10-R3000 is also RoHS compliant, meaning that it does not contain hazardous substances including lead.

The FI-JP40S-VF10-R3000 receptacle connector is the ideal choice for applications that require high levels of performance, accuracy, and reliability. It is a cost-effective solution for industrial applications, and its robust design ensures that it is capable of withstanding the rigors of harsh operating environments.

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