CY-122B-Z

Series:	CY-100
Part Status:	Active
Sensing Method:	Reflective, Diffuse
Sensing Distance:	23.6" (60cm) 2.0'
Voltage - Supply:	12 V ~ 24 V
Response Time:	1ms
Output Configuration:	NPN - Open Collector
Connection Method:	Connector, M12, 4POS
Ingress Protection:	IP67
Cable Length:	--
Light Source:	Infrared
Adjustment Type:	Adjustable
Operating Temperature:	-25°C ~ 55°C

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Introduction to CY-122B-Z

The CY-122B-Z is an optical sensor specifically designed for industrial use. It is part of the photoelectric family of sensors, which utilize optical components to detect the movement of objects. The sensor uses the principle of induced absorption, which is a combination of visible light illumination and the ability of certain molecules to selectively absorb optical radiation.

Applications of CY-122B-Z

The CY-122B-Z is widely used in industrial automation. It is employed in myriad applications which require precision measurement of obstacles in areas such as surgical, quality assurance, warehousing, inspection, and agricultural solutions. The CY-122B-Z is frequently used for obstacle detection in automated production lines. Its precise sensors allow for precise steering of robotic arms, helping to minimize the likelihood of collisions between robots and other objects. It is also widely used in automated inspection systems, to detect defects or impurities in products.In addition, the CY-122B-Z can be used for positioning and sorting in warehouse management, for counting products, and in hospital applications for monitoring patient positions and to facilitate drug delivery.

Working Principle of CY-122B-Z

The CY-122B-Z functions by using the principle of induced absorption, which is based on the absorption of photons in specific molecules, known as chromophore molecules. The molecules absorb a certain wavelength of visible light and emit a much weaker fluorescence radiation in response.The CY-122B-Z is composed of two parts: the transmitter and the receiver. The transmitter emits light in the visible spectrum, which is focused onto an object. The light is partially reflected off the object and is detected by the receiver.The receiver then amplifies the weak fluorescence radiation and sends the signal to an output circuit. This circuit compares the strength of the fluorescence radiation with pre-set thresholds. If the strength is higher than the pre-set threshold, it indicates that an object is in the proximity. This output signal is then used to trigger an action, such as a switch or motor.

Conclusion

The CY-122B-Z is a versatile optical sensor, which is particularly suited for industrial applications. Its working principle ensures an efficient, accurate, and reliable detection of obstacles, enabling the automation of a wide range of applications. It is becoming increasingly popular in industrial automation, due to its ease of use and versatility.

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