3000VDC 10A Tethered Drone Cable, 1GΩ Insulation Resistance

The specifications provided for the tethered drone cable include:

1. Voltage Rating: 3000VDC

2. Current Rating: 10A

3. Insulation Resistance: 1GΩ

These specifications are relevant for ensuring the safety and performance of the tethered drone cable in various applications. Let's break down the importance of each specification:

Voltage Rating (3000VDC): The voltage rating indicates the maximum voltage that the cable can safely handle. In the case of 3000VDC, it means that the cable is suitable for applications where the voltage does not exceed 3000 volts of direct current (DC).

Current Rating (10A): The current rating specifies the maximum electrical current that the cable can carry without exceeding its design limits. In this case, the cable is rated for a maximum continuous current of 10 amperes.

Insulation Resistance (1GΩ): Insulation resistance refers to the resistance offered by the insulation material between the conductors and the external environment. A high insulation resistance value, such as 1GΩ (1 gigaohm), indicates that the cable has excellent resistance to leakage current and can maintain electrical isolation between conductors even at high voltages.

Usage and Applications: With a voltage rating of 3000VDC, a current rating of 10A, and high insulation resistance, this tethered drone cable is suitable for applications that require high voltage power transmission or data communication between the drone and the ground station. The cable's specifications make it well-suited for use in situations where a high-voltage power supply is necessary, such as power transmission for tethered drones, communication relays, or other demanding drone applications.

Before using the cable, it's crucial to ensure that all connections and equipment are also compatible with the specified voltage, current, and insulation resistance, and adhere to safety standards and regulations for drone operations. Additionally, it's important to verify the quality and certifications of the cable to ensure it meets the necessary safety and performance standards for its intended application.