Specification
DC type
Operating voltage
10 ~ 30 VDC
Power ripple
< 20% of Vp-p
Output current
150 mA max.
Current consumption
10 mA max.
Ressidual voltage
< 0.1V
Leakage current
< 0.8 mA
Hysteresis
< 10% of sensing distance
Thermal drift
Voltage drift
Protection circuit
Short-circuit & Polarity reversed
Operating Temperature
-25℃ ~ +80℃
Operating humidity
35% ~ 95% RH
Protection Class
IP67
Color of sensing face
NPN: Red ; PNP: Green
Proximity sensors are electronic devices widely used in industries to detect the presence of nearby objects without direct contact. Here are some common applications of proximity sensors in industry:- Production line automation: Proximity sensors are used to control and regulate automated manufacturing processes. They can detect the presence of components, allowing machines to automatically arrange, assemble, or handle parts.- Machine safety control: In factories and manufacturing plants, proximity sensors help ensure worker safety by detecting the presence of humans or large objects in a hazardous area, thereby triggering protective measures or stopping the machine.- Maintenance and inspection: These sensors can also be used for machine inspection and predictive maintenance, detecting wear or damage to parts before they cause major problems.- Automation in the automotive industry: Automotive factories use proximity sensors to precisely position parts when assembling vehicles. They help automate the assembly process and ensure that everything is done with high precision.- Robotics and automated systems: In the field of robotics, proximity sensors are used to help robots detect and navigate around their work environment, avoid collisions, and perform tasks safely.- Process control: Proximity sensors are also used to monitor and regulate industrial processes, such as controlling the amount of material flowing through pipes or measuring how full containers are.