Power Relays, Over 2 Amps

NC2EBD-DC5V is an inductive silicon photovoltaic relay that utilizes the principle of optical transmission and photoelectric effect to realize the connection and disconnection of AC power lines. It can withstand power frequency voltage up to 400V, AC electrical current up to 10A, and peak current up to 16A. All of these features make NC2EBD-DC5V ideal for a variety of applications within the industrial, automotive, and consumer electronics fields.

NC2EBD-DC5V features an insulated incident power source, an infrared LED light source and a photodetection circuit for input control. In its suspended state, the relay locks the incident power source and the LED light source, keeping the transmission of energy (in this case, AC power) safe and protected. When the photodetector circuit detects an input control, current is applied to the LED light source, generating light. This light is then propagated through the optical channel to a photo electric detector, typically on the other side of the relay, where it is detected and converted to an electric current in order to unlock the relay. By bringing the energy sufficient to the detector, NC2EBD-DC5V can switch the contact between the input power source and the load.

The application field for NC2EBD-DC5V is wide-reaching. It can be utilized in various industries, including home automation, power plants, and the automotive industry. For example, in automotive applications, NC2EBD-DC5V can detect leaks in fuel lines, activate the pumps in fuel tanks to regulate the fuel level in a safe and precise manner, or help with the regulation of engine temperature. In home automation, a NC2EBD-DC5V relay can be used to control large appliances (such as air conditioners, refrigerators, and washing machines) as well as smaller appliances like LED lights. In power plants, NC2EBD-DC5V can be used to control over-current protection, as well as to monitor and protect circuits from voltage failure.

NC2EBD-DC5V works in a simple, yet effective manner. In its storage state, the incident power source and the light source remain locked, so no energy transmission occurs. When the photodetector circuit of the relay detects an input control, current is supplied to the light source, and the light propagates through the optical channel to the photoelectric detector. The detector converts the light into electricity, unlocking the relay and connecting the power source to the load. This allows energy to flow freely between the two components of the circuit.

NC2EBD-DC5V is a powerful relay that can withstanding high voltage, current, and peak current loads, making it suitable for a wide variety of applications. Its simple and reliable design ensures safe and secure energy transmission in all types of industrial, automotive, and consumer electronics applications.