IPT1-115-01-S-D-VS

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Rectangular Connectors have been around for almost a century now and they are still widely used in modern electronics today. Connectors in this category include Headers, Male Pins, and various other types, and the IPT1-115-01-S-D-VS is a connector within this line of connectors.

The IPT1-115-01-S-D-VS is an industrial pin connector with an electrical resistance of 7x10 power minus 5. It is rated at a voltage of 250 volts AC and a current of 2.5 amps. It has a total of eight Holes in its body with a diameter of 1.5 mm. Its insulation shell is made of PA and it has an operating temperature range from -20 degrees Celsius to +105 degrees Celsius.

As for the application field, the IPT1-115-01-S-D-VS is commonly used in industrial electronics applications and it is mainly used to make connections between devices. This makes it a great choice for applications like Robotics, Security Systems, Automation, and many more. Additionally, the connector has a zinc alloy housing, which helps to provide additional protection from the external environment.

Now, let’s move on to the working principle of the IPT1-115-01-S-D-VS modular connector. The connector works by using an insulated conductive pin to create a continuous electrical path between two devices. When the pin is inserted into the connector, it creates an electrical contact between the two devices. This contact allows electrical signals to be transferred between the two devices, which allows them to share data and power.

The IPT1-115-01-S-D-VS has four contacts and each contact has two connection points. The first point is called the lead and the second point is called the sleeve. The lead is used for making direct contact with the device while the sleeve is used for providing insulation. This allows the signal to be correctly transmitted without interference from other signals.

The IPT1-115-01-S-D-VS is a great connector for making connections in industrial electronics due to its superior insulation, high-speed transmission, and low susceptibility to interference. It is also relatively low-cost, easy to install, and highly reliable, making it an ideal choice for many applications.

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