Temperature Monitoring
Real-time Concrete Monitoring with Thermocouples
Measuring and monitoring the concrete temperature provides insights into the curing: low temperatures, rapid temperature changes, or temperature differences between multiple monitoring positions can cause cracks, stress and reduction of long-term strength. Real-time monitoring ensures great product quality, potentially reduces heating costs in cold weather and allows you to stay compliant with thermal control plans.
- Follow the temperature development live and access the software from anywhere.
- Automatize reporting and data documentation with ease.
- All data is stored in the cloud and can be shared and exported easily.
Applications
When to Monitor Temperature & Strength in Concrete?
High-rise Building
Infrastructure Project
Bridge Construction
Precast Production
How Is the Data Transmitted?
Easy Access to Real-Time Data From Anywhere
Install the thermocouple at the rebar.
Connect the thermocouple to a Maturix transmitter and it will automatically start sending the temperature data continuously.
The measurements are sent wirelessly to the cloud through nearby Sigfox antennas or gateways.
The temperature, maturity, and strength data are then accessible online from smartphones, tablets or computers from anywhere.
Hardware
Rugged Concrete Sensors
The device combine a rugged wireless transmitter with an industry-standard type K thermocouple.
The transmitters are designed to withstand rough environments such as on construction sites and with multiple mounting options, they can be installed flexibly. The reusable transmitters are connected to an industry-standard type K thermocouple leading to the lowest cost per concrete monitoring for smart solution.
Software
Effortless Concrete Monitoring
Just log in to the web platform and follow the temperature data from your smartphone or computer. The clear software structure makes it easy to keep the overview. Set customisable alarms to track the curing process and ensure efficient curing. Monitor internal temperature differences and act accordingly before cracks and stress occur.
Automatic documentation of the data makes it a great digitalisation tool and its easy to comply with thermal control plans in cold weather or mass concreting applications.
How It Works?
Fast and Simple Setup
1. Install Thermocouple
Secure industry-standard thermocouple with cable ties at the desired monitoring position at the rebar.
2. Connect Transmitter
Plug the thermocouple into the wireless transmitter to start the continuous data transmission.
3. Pour Concrete
Cast the concrete. Start the monitoring in the software to follow the curing process in real-time.
4.Get Results
Access the data in the web portal from anywhere and stay updated with customisable alarms.