Hydrological Intelligent Monitoring and Control Terminal (Hero V9 Series - EC32)
The Hydrological Intelligent Monitoring and Control Terminal (Hero V9 Series - EC32), independently developed and produced by Ecolor Technology, featu...
Key Features
Key Features
Hydrological Intelligent Monitoring and Control Terminal (Hero V9 Series - EC32)
The Hydrological Intelligent Monitoring and Control Terminal (Hero V9 Series - EC32) is a core device for modern hydrological monitoring systems, integrating remote data acquisition, precise control, and efficient communication. Developed by Ecolor Technology, it ensures the stable and efficient operation of hydrological monitoring and control systems by responding in real-time to host computer instructions and driving end actuators.
Real-Time Data Display and Intuitive Interface
The terminal's LCD screen presents key hydrological acquisition data such as water level and flow rate in real-time through an intuitive human-machine interface. It also clearly displays operational information like device working mode and communication status, providing operators with immediate system visibility.
Broad Sensor Compatibility and System Expandability
For diverse monitoring needs, the EC32 terminal can easily connect externally to various professional hydrological monitoring instruments and sensors. It supports high-precision rain gauges, sensitive water level gauges, and flow meters, solidifying the hardware foundation for a comprehensive hydrological monitoring system.
Core Features & Technical Specifications
Standards & Compliance
Type inspection passed per SL180-2015. Compliant with SZY206-2016 and SL651-2014 hydrological data protocols, ensuring standardized and compatible data transmission.
Reliability & Durability
Features an MTBF ≥ 50,000 hours and holds an explosion-proof certification (Rating: T6). Includes remote firmware update capability for sustained performance.
Communication & Connectivity
Supports multiple communication methods including 4G, GPRS, and Beidou Satellite. Allows connection to various sensors and supports relay pulse analog interface expansion.
Key Operational Parameters
| Feature | Description |
|---|---|
| Data Reporting | Automatic data reporting with support for remote PC and on-site manual configuration. |
| Time Management | Real-time clock auto-calibration and time adjustment functionality. |
| Protocol Support | Adheres to SZY206-2016 Water Resource Monitoring Data Transmission Protocol and SL651-2014 Hydrological Monitoring Data Communication Protocol. |
| Control Expansion | Supports expansion of relay pulse analog interface functions to meet diverse control needs. |
Seamless Integration into Hydrological Networks
By strictly adhering to industry-standard hydrological monitoring data communication protocols, the Hero V9 Series EC32 ensures standardized and accurate data transmission. This allows for seamless integration into existing hydrological monitoring networks, promoting industry-wide standardization and interoperability.
Advanced Command and Control System
The terminal's advanced command interaction system can respond in real-time and accurately execute instructions from the host computer. This precise control is fundamental for driving end actuators and managing complex hydrological monitoring and control system operations.
Applications in Hydrological Monitoring and Control
Flash Flood Warning Systems
Provides real-time monitoring of critical parameters like rainfall and water level, delivering essential data for early flash flood warnings and risk management.
Reservoir Operation Monitoring
Ensures efficient operation and scheduling in reservoir monitoring systems by delivering accurate data on water levels and inflow/outflow rates.
Dam Seepage and Safety Monitoring
Plays a vital role in dam seepage monitoring by precisely detecting potential hazards and changes in seepage pressure, contributing to structural safety.
As a core device in the field of intelligent hydrological monitoring, the Hero V9 EC32 terminal strongly promotes the rational development, utilization, and protection of water resources. It provides crucial technical support for the steady development of modern hydrological endeavors and water resource management.
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