ADJ26006

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ADJ26006 is a power relay used for applications over 2 Amps. The device has an LED indicator that switches from green to red when it is energized. This feature allows the device to be easily tested or monitored for safety purposes.

ADJ26006’s power relay can be used in high-power applications across a broad range of requirements. It has a voltage input threshold of 120Vrms and a maximum output voltage of 17.1Vrms when used under continuous duty. This makes ADJ26006 suitable for controlling resistive and capacitive loads in applications with varying power requirements.

The device is designed to operate both in single pole and double pole applications. In a single pole application, the ADJ26006 is connected in line with the incoming line voltage, while a double pole application requires the device to be connected in series with both the incoming line voltage and the load.

In addition to the current and load requirements, the operating temperature range and other environmental conditions also play a role in the ADJ26006’s performance. The device has a range of operating temperatures from 0°C to +60°C and can support an operating humidity range of up to 75%.

The main working principle of the ADJ26006 is to act as a high-current switch. When the current is applied, the device will close the circuit and connect the line voltage to the load. When the current is no longer applied, the device will open the circuit and disconnect the line voltage from the load.

The ADJ26006 is designed to be an extremely reliable and durable device. It has a maximum operating lifetime of up to 70 million cycles, and boasts a low contact resistance of 10mΩ, which ensures that the device will not cause any additional resistance in the circuit. It also has a low thermally generated noise, ensuring that the device does not cause any interference with other nearby electronics.

The ADJ26006 is an ideal choice for high-current applications that require superior performance and reliability. The device’s design allows for easy installation and monitoring, while its operating temperature range and contact resistance ensure that it can handle a variety of power requirements.

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