70156-4184

Optical Sensors, defined as a type of transducer device, are responsible for a wide variety of monitoring and surveying tasks in various industrial applications. The 70156-4184 Optical Sensor is a unique device in the family of photoelectric and industrial optical sensors that is highly-regarded for its precision measuring capabilities and improved design. This article will discuss the application field and working principle of the 70156-4184 optical sensor in detail.

The 70156-4184 Optical Sensor is primarily used in industrial and medical settings, as well as in the aerospace and automotive industries. In industrial applications, it can be used to detect current levels, temperature, or other environmental conditions, allowing for quick and precise measurement of process conditions. It is also commonly used in medical settings, where its measured readings are used to source data for patient diagnosis and treatment. In the aerospace and automotive industries, the 70156-4184 optical sensor is typically used for inspecting parts and materials, allowing for the accurate identification of flaws and other irregularities in order to ensure quality control purposes.

The 70156-4184 Optical Sensor is a precision instrument with sophisticated features. It is a type of light-activated sensor, with a sensing range between 0.2 and 20 mW, and a resolution of 0.05 mW (micro-Watt). It has an extended temperature range of -50°C to +160°C, with the capability to reliably measure temperatures up to +80°C. It features a modularized construction for easy installation, as well as a wide input voltage range of 10-30V DC, making it suitable for slightly demanding environments.

The working principle of the 70156-4184 Optical Sensor is based upon the phenomenon of photoelectricity. Utilizing the change in electric current actuated by light, the 70216-4184 Optical Sensor can detect the incident light waves, and measure the data with a very high precision. The sensor is able to automatically adjust its sensing parameters, such as the focus, and the SWR (Sustained Wave Regulation) of the light source. It further makes use of the SBR (Light Source Regulation) design, which allows it to dynamically manage the subtle differences of the light sources on which it makes readings. This ensures a clear and accurate reading of the test environment, and proper calculation of the measured parameters. This optoelectronic process is responsible for the 70156-4184 Optical Sensor’s ability to provide precise and reliable data for monitoring and inspection purposes.

In conclusion, the 70156-4184 Optical Sensor is a highly reliable and robust precision instrument primarily used in industrial, medical, aerospace, and automotive applications. By utilizing the principles of light-to-electricity conversion, it is capable of providing accurate and reliable measurements of various environmental conditions, such as temperature, current levels, and other environmental parameters. As such, the 70156-4184 Optical Sensor is a widely-used device in various industries, and a valued component of any industrial automation infrastructure.