32-2313 Optoelectronics

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Panel indicators are electrical devices used to convey the status of an electrical system. They consist primarily of a transparent window through which a light source (usually an LED) is visible. They can often be found on control panels and instrument panels as warning lights, push-buttons, or tumblers. Their job is to indicate when a particular part of the system is in use, or on, or off. Pilot lights are similar to panel indicators, except that they have a switch inside the panel that can be used to manually turn the light source on and off. They are most commonly used to indicate when a particular device is in operation.

32-2313 is a type of panel indicator designed for hazardous areas. It is certified to ATEX and IECEx standards, enabling it to be used in environments where there is an explosive atmosphere. This type of panel indicator is particularly useful in areas where flammable liquid or gas is present, as it can provide a warning that the system is in operation and detecting a potentially dangerous situation. In addition, the 32-2313 panel indicator has a built-in current overload and ground fault protection, so that if an abnormally high current is detected, the indicator will shut off automatically.

The working principle of 32-2313 panel indicator is based on the principle of electromagnetic induction. The indicator is equipped with an electrical coil that creates a magnetic field. When the current passes through this coil, a magnetic field is created. This magnetic field interacts with a metallic body inside the indicator that senses the change in the magnetic field. The body then activates a switch that signals a light source, allowing the operator or technician to see that the system is in operation. The switch can also be used to manually turn the light source on or off.

The 32-2313 panel indicator is a reliable and safe system that can provide timely information regarding system operation. It is ideal for use in hazardous areas, where it is important to be able to accurately monitor status and detect potential problems. Its built-in current overload and ground fault protection also provides additional safety measures to ensure that personnel are not exposed to hazardous conditions.

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