HR6311 Low-Power Telemetry Terminal RTU

Product Overview of Data Acquisition, Transmission, and Control Equipment

The DATA-63 series of low-power telemetry terminals (RTUs) are intelligent IoT devices that integrate data acquisition, status monitoring, equipment control, and 4G/5G/NB-IoT remote communication functions. Featuring milliampere-level low-power design, their power consumption is only one-tenth of that of conventional devices. These terminals are widely used in water conservancy informatization, smart water supply, smart drainage, smart cities, and other fields where energy-saving and consumption reduction are required at monitoring points.

Main Features:

Milliampere-level power consumption: ≤10mA/12V
Wireless remote transmission: 4G/5G/NB
Standard protocols: Hydrology/Environmental Protection/Water Resources/MQTT/Modbus
Device operation control: Logic control/Manual control
Rich interfaces: RS232/RS485/AI/DI/PI/DO

Low-Power Design Reduces Solar Power Supply Costs

l Power consumption: 120mW, just one-tenth of conventional devices.

l Power management: Powers up connected instruments and transmitters only during data acquisition and automatically cuts off power after acquisition, reducing overall device power consumption.

Instrument Data and Status Acquisition

l Rich and numerous interface types allow for the simultaneous connection of multiple devices and flexible configuration to meet various monitoring needs.

l Embedded with over a hundred instrument communication protocols, facilitating easy integration with common instruments and transmitters.

Equipment Operation Control

l Automatic control of pumps, valves, gates, and other equipment based on preset logic.

l Remote/local manual control options.

Intelligent Reporting

l Multiple communication options: 4G/5G/NB-IoT.

l Compliant with various standard communication protocols such as hydrology, water resources, environmental protection, MQTT, Modbus, etc.

l Multi-level reporting: Can simultaneously report to multiple centers.

l Reporting modes include: timed automatic reporting, alarm-triggered reporting, and active polling.

l Customizable data acquisition and reporting frequencies.

Automatic Alarm for Abnormalities

l Monitoring data exceeding limits.

l Instrument faults.

l Power supply abnormalities.

Hardware Configuration

l 5 serial ports (RS232/RS485): Total of 5 serial ports, with freely combinable quantities of RS232 and RS485 ports.

l 10 input channels (AI + DI + PI): Total of 10 input channels, with freely combinable quantities of analog, digital, and pulse input channels.

l 2 VEXT ports: Provide power for analog, digital, and serial port instruments and transmitters.

l 1 DB9 debugging serial port.

l 1 Bluetooth wireless parameter setting (optional).

l 3 DO ports: Collector-open drain output.

l 1 LCD display, 4 buttons (optional).

l 1 wireless communication port: Selectable 4G/5G/NB-IoT communication methods.

Storage Capacity

l 4M, 16M (larger capacities available upon request).

Power Supply

l 10V～30V DC.

Power Consumption

Real-time online average standby current ≤10mA/12V.

Operating Environment

l Temperature: -40°C to +85°C.

l Humidity: ≤95%.

Installation Method

l Rail-mounted.

Dimensions

l 145×100×65mm.