OPL535-OCA

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

Optical sensing devices have been used in many industries over the years to better detect, measure, and control objects or processes. The OPL535-OCA (Optical Current Analyzer) is a type of optical sensing device that provides a logic output for optimized accuracy and management of industrial processes. The OPL535-OCA analyses light intensity signals to measure current, voltage and/or flux. This article will discuss the application field and working principles of the OPL535-OCA.

application field of the OPL535-OCA

The OPL535-OCA is mainly used for the continuous monitoring of the current, voltage, and flux in industrial near-field applications. It can be used in the field of industrial automation, power transmission, energy monitoring, process control, and other applications. The OPL535-OCA is particularly useful in applications where the measured object is obscured from observation due to an insulation layer or other problems. The OPL535-OCA can also be used to detect objects in motion or irregular shapes. It is also widely used in the testing and monitoring of electrical systems.

working principle of the OPL535-OCA

The OPL535-OCA is an optical sensing device operated by a photo detector. The photo detector consists of a laser diode, an optical window and a light sensitive element. The optical window is used for light that is used for sensing and the light sensitive element is used for the detection of changes in the light. The laser diode produces light that is reflected back by the object being measured, creating an electric signal corresponding to the amount of light detected. This signal is then passed through a logic circuit, which results in a logic output. This logic output can be used to control or set the parameter to be measured.

The OPL535-OCA has many advantages. It is very effective in measuring the current, voltage and flux in difficult environments. It has a high accuracy and is highly adaptable to various environments. In addition, it is a non-contact measurement device, meaning that it does not require any physical contact with the object being measured. The OPL535-OCA also has a long service life, as it can operate in temperatures ranging from -20°C to +70°C. It is also immune to strong lighting conditions and able to withstand harsh weather.

Conclusion

The OPL535-OCA is an optical sensing device that provides a logic output for the monitoring of current, voltage and/or flux. It is widely used in the field of industrial automation, power transmission, energy monitoring, process control and other applications. The OPL535-OCA is advantageous due to its high accuracy, adaptability, non-contact measurement capability, and long service life. This device will continue to be widely used in the industrial field due to its numerous beneficial features.

The specific data is subject to PDF, and the above content is for reference