In unattended scenarios, such as self-service kiosks, smart fresh cabinets, shared lockers, etc., the use of 24-channel electromagnetic lock motherboards can integrate identity recognition technology, convert the user's verification results into corresponding unlocking actions, improve user experience and operational efficiency, and is one of the key components to realize the efficient, safe and automatic operation of intelligent storage systems. So what are the main functions of the 24-channel electromagnetic lock motherboard in the intelligent storage system?
1) Safety locking: electromagnetic locks lock cabinet doors and boxes through electromagnetic principles. When energized, the electromagnet generates a magnetic force to attract the armature or deadbolt, so that the door is in the unlocked state; After a power failure, the magnetic force disappears and the deadbolt is reset by a spring or other mechanical structure, which reliably locks the door. This design ensures that lockers or equipment can only be opened by authorized operations, increasing the safety of item storage. The lock control board can ensure that only authorized users or system commands can open the corresponding storage unit, and control the electromagnetic lock through electronic control to prevent illegal intrusion and loss of items.
2) Remote control and automation: intelligent storage systems often have networking functions, allowing managers to remotely control each lock through the cloud or local server, and the intelligent lock control board can receive signals from the first control system or other certified equipment, respond to remote instructions for switch control, and adapt to unattended self-service access scenarios, such as intelligent express cabinets, intelligent lockers, etc., to realize remote switch locks, query status and other functions, which is convenient for large-scale management and maintenance.
3) Status feedback: The electromagnetic lock usually has a status detection function, and the electromagnetic lock motherboard can feedback the current lock status to the control system, such as whether it has been locked, whether it is unlocked, etc., which is essential for real-time monitoring of the running status of the storage system.
4) Meeting capacity needs: In large smart storage facilities, it may be necessary to control multiple independent storage units at the same time, such as dense cabinets with multiple doors, numerous independent lockers, or smart containers. The 24-channel solenoid lock motherboard supports the simultaneous management and control of up to 24 solenoid locks to meet the needs of large-scale deployment.
5) Centralized management and cost-effectiveness: One motherboard integrates 24 control interfaces, which can simplify the wiring, installation and maintenance process, reduce system complexity, and improve overall engineering efficiency and operational cost-effectiveness, facilitating large-scale deployment and modular system upgrades.
6) Security and redundancy: each electromagnetic lock is independently controlled, even if one of them fails, it will not affect the work of other paths, ensure the stable operation of the whole system, and usually equipped with fuses and other protection measures to further enhance the safety and reliability of the system.
Through standardized and mass production, electromagnetic lock motherboards help reduce the overall cost of smart lock systems, while improving the efficiency of installation, commissioning and maintenance, providing a more cost-effective solution for the market. The development and application of 24-channel electromagnetic lock motherboard not only promotes the technological progress of the storage industry, but also greatly meets the needs of modern life for convenience, intelligence and security.