70156-1176

Optical sensors are electronic devices which detect the presence of light. Amongst the type of optical sensors, Photoelectric, Industrial, and 70156-1176 are commonly used. This article will discuss the details of the 70156-1176 optical sensors with regards to its application field and working principle.

The 70156-1176 optics sensor is an infrared proximity sensor used by industrial robots for detecting objects. This sensor uses two infrared receivers which are sensitive to infrared light from the reference transmitter. These receivers are typically positioned at approximately a 45 degree angle to the transmitter and can detect objects within a 6 cm distance. Its response time is <25 mSec and its resolution is 1 mm.

The application field of the 70156-1176 optics sensor is mainly within industrial robotics. Industrial robots often require very accurate positional sensing with millimeter resolution. This is where the 70156-1176 optics sensor shines as it provides a fast response time and precise measurements. The 70156-1176 optics sensor can also be used for flexible automation, material handling, and sensing an object without making contact with it.

The working principle of the 70156-1176 optics sensor is straightforward. Its transmitter emits pulses of infrared light which are detected by the two receivers. The receivers detect when the signal is reflected off of an object and signals the robots control system when it does. This allows the robot to accurately detect the presence of an object within its range and take the appropriate action.

In conclusion, the 70156-1176 optics sensor is a versatile tool which is widely used in industrial robotics. Its main application field is in industrial robotics where its high accuracy and fast response time come in handy for accurate positional sensing. Its working principle is simple and involves two infrared receivers which detect the presence of an object when its reflection of the infrared light is detected by the receivers.