NB-IoT ultrasonic heat/cool meter
Code 01350-4300-00 ~ 01350-4320-00
The ultrasonic NB-IoT Heat/Cool meters of the MyHCM line are smart meters that can be used in projects that involve monitoring the thermal energy supplied by a source, measuring the temperature variation between the input and output of the system.
Equipped with a SIM card slot, NB-IoT Heat/Cool meters detect data in real time and send it to the Contact Pro IoT platform (or third-party apps) via M2M NB-IoT connectivity.
- Equipped with displays to check the readings and set parameters in real time.
- Data visualization on Contact Pro IoT, or third-party platform, in real time. Transmission frequency can be set based on the activated NB-IoT plan.
Contact the SmartDHOME team for more details.
Technical Specifications
Available models: DN15, DN20, DN25, DN32, DN40
Power supply: 24 Vdc, 3.6 V internal lithium battery (backup)
Communication protocol: NB-IoT (band 20) and 2G (backup)
Ambient temperature: 5°C ~ 55°C
Temperature sensor: PT1000 platinum resistance
Maximum operating pressure: 1.6MPa
Protection level: IP67
Dimensions: change depending on the model
Commercial Information
Product Code Heat/Cool meter NB-IoT: 01350-4300-00 ~ 01350-4320-00
Sales unit: 1
Package contents: Heat/Cool meter NB-IoT, user manual.
Why choose ultrasonic meters?
Our ultrasonic meters are devices dedicated to all professionals who want to provide an excellent customer experience to their customers. Below are the main reasons why you should choose them.
- They maintain the same millimeter precision throughout the life of the product. This leads to precise measurements over time.
- The detection of anomalies, which negatively affect the measurement, occurs quickly and repairs will be equally quick.
- Data collection is carried out remotely, this allows for an efficient redistribution of resources.
- They have no mechanical parts, so they are not affected by wear and tear and require minimal maintenance.
Monitor all IoT devices from the Contact Pro IoT platform
- Predictive Maintenance
- Adaptive Energy Management
- Qualitative data analysis
- Remote programming of parameters