IoT Temperature Monitoring Prevents Relay Interface Overheating

Electricity actually changes our modern life, bringing us great convenience and efficiency, however, ensuring its safety emerges as a paramount concern. This is especially important when numerous equipment operate together, as the simultaneous functioning of them often leads to overheating issues, posing significant risks to both equipment longevity and user safety. To effectively address the challenges associated with temperature management in electrical setups, we have implemented an advanced IoT electrical cabinet temperature monitoring system.

Challenge

At an amusement park located in Singapore, the electrical equipment room usually faces the situation of excessively high temperatures. This issue primarily arises because of the simultaneous operation of multiple devices, all of them are connected through a network of relays. If the temperatures rise to critical levels under an unnoticed situation, the consequences could be alarming. The absence of the stable functioning of these relays will make amusement equipment malfunction or even out of control.

Without a real-time temperature monitoring system, employees are left unaware of the exact temperature levels of these relays. The lack of awareness prevents them to proactively take timely intervention measures before escalating into more serious problems. By the time they realize the problem, tourists may have already been trapped on the roller coaster. Such potential issue would leave the amusement park vulnerable to operational disruptions and safety hazards. There is an urgent need to get a temperature monitoring system to protect the electricity safety.

Solution

To ensure potential overheating issues are detected promptly, we have introduced an IoT temperature monitoring hardware system. This solution equips each device’s wiring with a highly precise H4 Pro temperature sensor. Designed to detect the specific temperature of every individual wire, these sensors contribute to a comprehensive overall temperature monitoring across the entire electrical network. Once the temperature data is captured by the sensors, it will be seamlessly transmitted through our MKGW4 gateway. Acting as a crucial intermediary, MKGW4 could collect the temperature data from all these sensors and forwards it to customer’s software application via cellular at setting interval.

This electrical cabinet temperature monitoring setup not only enables real-time monitoring of temperature metrics, but also provides park manager with high flexibility and convenience to access the data remotely. This solution turns passive into active monitoring, ensuring the timely insights of potential overheating issues, further enhancing the safety and reliability of overall electrical system in the amusement park.

Featured Products

H4 Pro is a BLE sensor with an external sensor designed for highly precise monitoring of both temperature and humidity. With a high-capacity memory capable of logging up to 60,000 data groups, it ensures comprehensive historical tracking for long-term analysis. Equipped with a long-lasting battery, the H4 Pro offers an operational lifespan of approximately 5 years, reducing maintenance costs and downtime.

The MKGW4 is an advanced Bluetooth outdoor cellular gateway with GPS and LBS fusion positioning. Acting as a data bridge between BLE beacons and the cloud, it collects broadcast data from nearby beacons and uploads it via cellular network. It provides both real-time and periodic Bluetooth scanning and reporting to meet diverse data collection needs.