In automated storage and retrieval systems, Telemecanique offers a wide range of efficient sensor solutions to guarantee the accuracy and stability of the system. Its inductive sensors recognize the position of goods pallets to ensure that they remain horizontally stable during access and retrieval, avoiding excessive movement of the stacker cranes and improving the precision of storage operations. Limit switches are used to accurately control the stopping position of the equipment to ensure that the elevator and other equipment stops at the correct position, preventing the equipment from exceeding the safety range and causing damage. Photoelectric sensors monitor the entire storage process in real time by detecting distances, ensuring that goods are correctly placed on pallets and avoiding errors during access. The collaboration of these sensors ensures the efficient and safe operation of the storage system and improves the reliability and operational efficiency of automated warehouse management.

In modern automated storage and retrieval systems, Telemecanique offers a wide range of sensor solutions to ensure accurate and efficient operations. xS series cylindrical inductive sensors accurately identify the position of pallets to ensure stability during cargo access, while rectangular inductive sensors prevent excessive displacement of stacker cranes to ensure smooth and safe operations. xCMW series wireless limit switches accurately control the stopping position of lifts to avoid the risk of position overruns. xUM series small photoelectric sensors ensure accurate matching of pallets to cargo during loading and unloading to avoid inaccuracies. The XCMW series of wireless limit switches accurately control the stopping position of the elevator, avoiding the risk of position overruns, while the XUM series of small photoelectric sensors ensure the accurate pairing of pallets and goods during loading and unloading to avoid errors, and the XUK series of laser-type photoelectric sensors provide accurate distance measurements during loading and unloading to help the system carry out high-precision operations. Meanwhile, the XG series of radio frequency identification (RFID) sensors realize real-time tracking and management of warehouse compartments, further enhancing the automation and visualization of warehouse operations. Through the synergy of these sensors, the system is able to realize efficient and intelligent automated management.

1.XS Cylindrical Inductive Sensor

2.XCMW Wireless Limit Switch

3.XUM Photoelectric Sensor Miniature

4.XUK Photoelectric Sensor Laser

5.XG Radio Frequency Identification

6.XS Rectangular Inductive Sensor