SPD lightning protection monitoring module/lightning protection monitoring transmitter (with life estimation) should be able to collect real-time data on equipment operation status through IoT technology and communication technology, and configure the type and upload cycle of uploaded data according to business needs
SPDlightning protectionmonitorThe module/lightning protection monitoring transmitter (with life estimation) should be able to collect real-time data on equipment operation status through IoT technology and communication technology, and configure the type and upload cycle of uploaded data according to business needs. Real time collection of data on the air switch status of lightning protection boxes, remote signaling status of SPD surge protectors, number of surge invasion and short-circuit pulses, PE grounding status of lightning arresters, leakage current (uA level) of lightning arresters, SPD temperature, lightning protection box temperature and environmental humidity, distribution cabinet voltage, etc; Based on IoT measurement and control technology, establish the basic nodes of the sensing network for electrical facilities in distribution boxes, and use RS485, RJ45, LORA, GPRS, NB-LOT, etc. to achieve remote SPD lightning protection monitoring modules/Lightning protection monitoring transmitterMonitoring with lifespan estimation equipment enables remote control of the working status of lightning protection devices in distribution boxes, thereby achieving efficient and low-cost intelligent lightning protection management.
SPD lightning protection monitoring module/Technical parameters of lightning protection monitoring transmitter (with life estimation):
1. Real time parameter SPD lightning arrester operation status
2. Distribution box air switch monitoring
3. Monitoring of lightning intrusion frequency
4. Monitoring of grounding status of lightning arrester PE
5. SPD surge protector leakage current monitoring
6. SPD working temperature monitoring
7. Environmental temperature monitoring of lightning protection box
8. Monitoring of humidity in lightning protection box environment
9. Voltage monitoring of distribution cabinet
10. SPD lifespan estimation
11. The sensor is built-in, with simple wiring and easy installation
12. Standard MODBUS communication protocol
13. Multiple choice of communication methods:RS485、RJ45,LORA、GPRS、NB-LOT
14. 35mm rail mounted installation
15. Working voltage 220V
16. Low power design
SPD lightning protection monitoring module/Software structure of lightning protection monitoring transmitter (with life estimation):
1. JavaEE enterprise level design, high real-time B/S architecture,
2. The client can be accessed through a browser without the need to install the client;
3. The system supports electronic map navigation, simulation instruments, and 3D visualization display functions
4. The software platform supports editable overview maps, large screen display, automatic scrolling display of all device operating status and data within 30 seconds, display of alarm information, and statistical analysis of alarm information;
5. The software supports statistics by minute, hour, day, month, and year
6. Supports direct export to EXCEL and printing function, supports various forms of presentation such as curves, columns, and cakes;
7. The software supports multiple forms of alarm functions (SMS, voice, sound and light, email, interface, APP) based on time periods, colors, permissions, and levels;
8. Support collection alarm functions such as device disconnection, communication failure, device configuration, and collection errors;
9. Support the setting of fault information identification time and the ability to set interval alarm frequency for similar alarm information;
10. Support the restoration of alarm prompt function after the alarm fault is resolved, etc;
11. The system supports mobile app client browsing, display, and control;
12. The software supports value-added functions such as statistical analysis, linkage control, asset management, permission management, and log management,
13. Supports open interface protocols such as TCP/IP, HTTP protocol, and HTTP REST API, enabling flexible networking or seamless integration across platforms;
