ONE Micro Data Logger

Micro Data Logger

Battery Powered . Cellular Communication . All-in-One Solution .

■ Water Quality
The ONE series are compact-sized, simple and cost-effective wireless data logger. It is easy to be deployed across a wide range of water and groundwater, sewer , mine, river, lake and reservior water quality monitoring applications. It built-in RS485 port to connect up to 2 SMR digital sensors includes level, conductivity, pH, dissolved Oxygen, turbidity, total suspended solids, temperature. Ultra low power consumption allows battery power to ensure 5 years of continuous operation. With robust IP68 water submersible enclosure, the product is perfectly used in outdoor frequently flooded and humidity environment.
Peer to Peer Communication Exceedance Sampling for Emissions Real-Time Monitoring IP68 Housing Alarm High Speed Computing
Ultra-Low Power Consumption Multi-Parameter Monitoring Intelligent Battery Wide Operating Temperature High-Performance Communications Auto Data Collection

  • Ultra Low Power Consumption, Up to 5 Years of Operation
  • Robust IP68 Submersible, Anti-Corrosive Enclosure
  • Supports Cellular and Ethernet Hot Backup Redundant Communication
  • Temperature, Humidity Monitoring and Pressure Sensor Failure Self Diagnosis Function
  • 3 Axis Position Sensor to Monitor if Incorrect Installation or Position Changed due to Collide, Dorp or Dismantle
  • Always on Real-time Detects Digital Inputs Status, Such as Manhole Cover Switch, Level Switch and Water Pollution Sensor to Send Out Alarm Message
  • Built-in High Speed Counters to Connect Rainfall Gauge to Log and Upload Data
  • Plug and Play Sensors Port, Auto Connects up to 2 Digital Sensors
  • Auto Delivery Incomplete Uploads to Ensure No Data Loss
  • Peer to Peer Communication of Sensors and I/O for Alarm and Control Conditions of Remote Control
  • Support FTP, MQTTs, RESTful, Modbus TCP, LoRa Protocols
  • Simultaneously Upload Log and Alarm Files to Two Data Servers
  • Remote Data Collection with AQLIB Liberty for Windows or Linux
  • Standard OPC Server Software to Seamlessly Connect SCADA Software and Database
  • Cloud Based Platform for Configuration, Operation, Monitoring, Alarm, Control and Data Analysis
  • AQCFG Software Tool for Data Monitoring, Calibration, Configuration and Diagnosis
  • Wide Operating Temperature Range: -40 to 85 ℃ (- 40 to 185 ℉ )






Borderless deployment without standard cabin, signal transmitter, communication module, power supply, surge isolation and lighting arrester Eliminate power/networking/sensor /I/O cabling, software configuration, engineering and infrastructure cost Seamless connection to public or private network and software solutions Easy to install, no need for calibration and quick connect within seconds. It is Ideal for mobile operation Low maintenance and troubleshooting. Minimizes running and operating cost


  Stormwater Runoff
We offer a robust and weather-resistant product combination that automatically collects real-time hydrological information and predicts the dynamic flooding process for the next 36 hours. It optimizes the operation and coordinated scheduling of drainage networks, pump stations, detention basins, and other facilities to meet the challenges of extreme weather conditions. This effectively reduces flooding and pollution disasters.

  Sewerage system
A stable and durable product combination that provides powerful decision-making information for urban drainage management. It offers real-time warnings and optimizes overall scheduling to maximize the drainage capacity and self-recovery resilience of infrastructure. It effectively reduces rainstorm overflow and illegal discharges of pollutant.

  Drinking Water
Adopting a unique water supply network automatic drainage system, it can automatically drain the drainage valve based on a schedule or remote control to meet water quality standards. It is suitable for operating in environments where there is no power supply at the end of the pipeline, ensuring that the water quality meets regulatory requirements and improving drinking water safety.

Utilizing low-power and energy-saving technology, it continuously monitors weather and environmental conditions and can operate in extreme climates ranging from -40°C to 85°C. Through mobile and wireless communication, data can be collected without the need to be on-site. When the monitored data reaches the alarm threshold, the data upload frequency can be accelerated to enable real-time condition monitoring.

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