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Wireless Concrete Temperature and Maturity Sensors
Concrete Sensors offers a solution designed to monitor the temperature and maturity of concrete in real-time at construction sites. This technology is crucial for ensuring that mass concrete cures properly, avoiding structural issues while meeting specified strengths. Low temperatures and rapid changes can lead to thermal stress and cracking, potentially compromising structural integrity. The wireless sensors provide continuous temperature measurements every 15 minutes, delivering insights to contractors for timely intervention. This real-time data collection helps comply with building codes and industry standards, while also optimizing thermal control plans. Moreover, it potentially reduces heating costs in colder climates by addressing temperature-related challenges effectively. The system's ease of use and accuracy make it a valuable tool for maintaining the quality and durability of concrete structures.
Why Should I Monitor the Temperature of My Job Site Concrete?
Temperature monitoring for mass concrete ensures the placement cures properly, eliminates structural issues, and meets the specified strength of the mature concrete. It also helps ensure compliance with building code, specifications, industry standards, and thermal control plans. Low temperatures below 40°F, rapid temperature changes, and temperature differentials between multiple points within the concrete may cause thermal stresses, cracking, or reduction in the long-term strength.
Track Concrete Temperature Remotely – Anytime, Anywhere
Concrete Sensors enables contractors to monitor the temperature of job site concrete in real time. Our wireless concrete sensors record and store a temperature data point every 15 minutes, which is used for temperature reports and alerts and calculating the strength data. Monitoring the job site concrete temperature with wireless concrete sensors and customized automatic alerts empowers you to take early actions before a problem forms, protecting your concrete from damage. This also helps you stay compliant with thermal control plans and potentially reduces heating costs in cold weather.