H2AXT-10103-Y6

Jumper Wires and Pre-Crimped Leads are widely used in various types of industrial applications such as electronics, aviation, automotive, etc. One such example is the H2AXT-10103-Y6. This jumper wire contains several features which make it highly suitable for the applications and processes required. This article will discuss the applications and the working principle of the H2AXT-10103-Y6.

Applications

The H2AXT-10103-Y6 is a standard 24 AWG stranded jumper wire. It is ideal for use in very high-density applications such as Robotics, LED lighting, Control Panels, Electronics Manufacturing, Automotive Wiring, and other high-tech industries. The high-grade stranded cable construction ensures flexibility, durability and strength. The stranded cable is also very resistant to abrasion and corrosion. As such, the jumper wire provides reliability even under heavy-duty applications.

This jumper wire is pre-crimped terminated with UL approved high-temperature nylon 66 insulation sleeving that prevents oxidation. The wire is also equipped with a nickel-plated steel connector that has superior electrical and mechanical properties. This gives the H2AXT-10103-Y6 high resistance to shock and vibration, making it very useful in various applications.

The jumper wires are widely used in the aerospace, automotive and telecommunications industries. They are also suitable for wiring and terminating conduits, lighting, appliances, HVAC systems, and other electrical/electronic systems. In addition, they are often used in industrial automation and robotics systems where high-speed and motion accuracy is required.

Working Principle

The working principle of the H2AXT-10103-Y6 is based on the use of a pre-crimped lead with UL approved high-temperature nylon 66 insulation sleeving. The pre-crimped lead consists of two parts, the wire and the conductor. The wire portion of the pre-crimped lead consists of 24 AWG stranded wire and a conductor portion that consists of a nickel-plated steel connector. The wire is crimped to the connector and covered with the high-temperature nylon 66 insulation sleeving. The steel connector ensures excellent electrical contact with the wire and the insulation prevents wedging of the wire strands.

Once crimped, the lead is then inserted into the appropriate device. After the lead has been inserted, the device is then powered on. The electricity from the device then flows through the pre-crimped lead and the jumper wire to the device. The electricity then flows back to the source through the wire and the pre-crimped lead. In this way, the electricity is able to reach the device, enabling it to function properly.

As the electricity flows through the wire and pre-crimped lead, it creates an electrical potential between the two points. This electrical potential is then used to perform various functions, such as controlling motors and other electronic devices. The electrical potential is also used to transfer data signals from the device to other external devices. Thus, the pre-crimped lead and the jumper wire form an important part of the circuit, connecting the device to the other external devices and enabling it to properly function.

In conclusion, the H2AXT-10103-Y6 is a reliable and robust jumper wire used in various types of applications. It has a strong and durable construction, and provides excellent electrical connections. The pre-crimped lead and the insulation ensure that the wire provides reliable and efficient connection. The working principle of the H2AXT-10103-Y6 is based on the use of a pre-crimped lead with UL approved high-temperature nylon 66 insulation sleeving. This jumper wire is highly suitable for use in high-density applications and ensures high resistance to shock and vibration.