PE12C3T15PO Datasheet/PDFPE12C3T15PO Application Field and Working Principle
PE12C3T15PO is a type of Optical Sensor used in industrial applications. It is often used in equipment for measuring pressure, temperature, and other physical properties of the environment. The sensor consists of a light-sensitive diode, transducer, and an amplifier, which all work together to detect changes in light levels.
The light-sensitive diode is the core element of the PE12C3T15PO, and it allows the output voltage to change in response to changing light levels. When the light levels increase, the diode produces an increased output voltage; when the light levels decrease, the diode produces a decreased output voltage. The transducer, also referred to as an amplifier, is used to boost the current from the diode, allowing it to measure miniscule changes in light levels. To receive the amplified output signal from the diode and transducer, it is connected to an interface.
The PE12C3T15PO is designed with an adjustable sensitivity range, allowing it to be tailored to the environment it is used in. By using a variety of lenses, the light beam emitted by the diode can be focused onto the sensor’s target. In this way, the efficiency of the sensor is increased, making it more suitable for industrial applications.
The PE12C3T15PO is primarily used in industrial settings. It is best suited for applications such as pressure, temperature, level, and flow measurements. Since the sensor is designed with an adjustable sensitivity range, it can be used for a variety of applications. For example, it can be used to detect the presence of objects in a factory environment, or to measure pressure or temperature in an oil and gas facility. It can also be used for automation processes, controlling various machines and equipment.
In conclusion, PE12C3T15PO is a type of optical sensor used in industrial settings. The core element of the sensor is a light-sensitive diode, which produces an output voltage that is amplified by a transducer. The adjustable sensitivity range allows the sensor to be tailored to the environment it is used in. It is primarily used for pressure, temperature, level, and flow measurements and is used in automation processes to control various machines and equipment.