To reduce elevator failures and prevent elevator accidents, ensuring personal and property safety, the on-demand maintenance of elevators based on IoT technology has been gradually promoted in many places across the country. It has achieved predictive inspections of elevator safety hazards, making problem handling more scientific, targeted, and precise, effectively enhancing the safety of elevator operations.So, as a key component of the elevator on-demand maintenance solution, what role does the IoT gateway play in this solution?
The elevator IoT gateway is mainly used for real-time monitoring and displaying the elevator’s operational status. By installing the IoT gateway on the elevator door, it can monitor and collect elevator operation status data in real-time through its built-in various high-precision sensors, such as door magnetic sensors, current sensors, human body sensors, etc.
Elevator up and down operation signals, stop signals, leveling signals, door opening and closing signals, the floor where the elevator is located, elevator speed, and elevator single trip distance;
Real-time monitoring of elevator fault information (trapped persons, stuck floors, abnormal door operations, top or bottom overrun);
Storing various operational data, fault data, and elevator maintenance work information;
Transmitting real-time operational status data of the elevator to the elevator operation monitoring platform via 4G wireless network and can also report to the cloud platform simultaneously.
IoT Gateway IoT-G40A Technical Advantages
The Smart Elevator IoT Gateway IoT-G40A is the industry’s first choice, with significant technical advantages. This IoT gateway has passed multiple industry tests, meeting various technical requirements including power supply, isolation measures, communication ports and transmission protocols, data transmission errors, backup power, power fluctuation adaptability (AC nominal value ±7%, DC nominal value ±5%), power input protection (reliable grounding, overcurrent protection, leakage protection), monitoring terminal composition and preparation quality, clock traceability, data reporting time (not exceeding 5S), device operational status monitoring (not exceeding 1s), storage and statistics (at least preserving the last 100 pieces of information), data encryption and management rights, monitoring terminal component quality, electrical wiring, shell protection level, insulation resistance (not less than 100MΩ under normal atmospheric conditions), dielectric strength, flame retardancy, noise interference, environmental adaptability (high and low temperature, impact, vibration, drop, etc.), electromagnetic compatibility, and many other technical requirements.
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