ANB-A010 NB-IoT Datalogger with 2× 0–10V Inputs
The ANB-A010 is a versatile datalogger with two analogue inputs (0–10 VDC), designed for recording measurement values from a wide range of sensors and transmitters with a standard industrial 0–10 V output. This makes the logger suitable for numerous measurement and monitoring applications in HVAC, machine building, process control, and building automation.
The ANB-A010 records voltage values corresponding to physical parameters such as temperature, pressure, flow, air velocity, CO₂, level, or electrical current. Through the OnlineSensor platform, these voltage signals can be converted into concrete measurement units (e.g. °C, bar, m/s, Aac).
Applications
- Measuring and monitoring parameters such as water pressure, air velocity, flow, or AC current
- Monitoring of ventilation, heating, and cooling systems
- Analysis of energy consumption, control valves, and actuators
- Logging of analogue signals from PLC systems or OEM equipment
- Inspection of sensors in test setups or laboratory environments
Thanks to NB-IoT communication, the ANB-A010 offers nationwide coverage and reliable wireless data transmission. The logger is battery powered and equipped with smart data buffering for secure storage of measurement data, even during temporary network interruptions.
Key advantages
- Two analogue inputs (0–10 VDC) for a wide range of sensors and transmitters
- Fully wireless and battery powered – easy installation without cabling
- NB-IoT connection with nationwide coverage
- Memory for 40,000 measurements with smart buffering to prevent data loss
- Integration with ATAL OnlineSensor for 24/7 insight, analysis, alarms, and reports
- Widely applicable: HVAC, process monitoring, machine building, and OEM applications
Target group
The ANB-A010 has been developed for HVAC installers, machine builders, OEMs, and technical consultants who require a low-maintenance and universally applicable solution for recording and monitoring analogue 0–10 V signals. The ANB-A010 datalogger provides maximum flexibility: one compact unit that bridges various sensors, reliable wireless communication, and continuous data recording – delivering optimal insight into every process.
