Concrete Sensors
Wireless sensors measure concrete temperature in the structure and send it to your dashboard over LTE. The platform calculates in-place strength by the ASTM C1074 maturity method, so you need fewer cylinder breaks.
All your project data is stored securely locally.
A wireless LTE node and temperature probes made for continuous concrete monitoring on site.
Rugged industrial LTE-enabled IoT device for remote telemetry, real-time data acquisition, and cellular data transmission.
Sensor probe for precise temperature measurement in harsh construction environment.
From the construction site to the dashboard in three steps.
Zip-tie a sensor to the rebar at the depth you want to monitor and plug into SHM360-Node.
Reading starts instantly after connection to the SHM360-Node. No QR scanning, no other hassle.
Open the SHM360 application to view concrete strength and temperature data in real time.
Configure the sensing type to match your needs and application requirements.
The SHM360-Node collects readings from up to three probes and its own ambient temperature sensor, then sends them to the cloud over LTE in real time.
The SHM360-Probe monitors concrete temperature and strength in place. Cables up to 30 metres allow flexible installation on large and complex projects.
PM10 sensors measure airborne dust particles of 10 micrometers or less. They track site air quality accurately to support environmental safety onsite.
Strain sensors measure deformation and stress in the structure. They show changes under load early, before movement or misalignment becomes a problem.
One dashboard for every sensor on every site. Watch temperature curves develop pour by pour, monitor cracks, tilt, and dust levels, and switch between projects, buildings, and floors in just a few clicks.
Functional capabilities of the system available from the moment SHM360 sensors are installed on site.
In-place strength is estimated from the temperature data as the concrete cures. You can strip formwork when the concrete is ready, often days earlier than with cylinder tests.
Sensors continuously stream live measurements to a web-based dashboard, accessible from anywhere on site or off site. Automated threshold alerts notify teams before critical conditions are reached.
Strength estimation based on maturity methods aligned with concrete mix design and industry standards, delivering reliable, project-specific insights for engineering decision-making.
Slabs, mass pours, pavements, post-tensioned and precast elements.
Strip floor formwork on schedule, monitor each pour against the project specification.
Maturity-based monitoring across decks, piers, and post-tensioned segments.
Track thermal differentials and core temperatures to prevent thermal cracking.
Open lanes to traffic as soon as the pavement reaches the required strength.
Stress strands when in-place strength reaches the design value, with a record of the readings.
Real-time cure data tracks every bed and pour for confident scheduling.
How ASTM C1074 estimates in-place concrete strength from temperature history: Nurse-Saul, equivalent age, datum temperature, hot-climate limits.
Read article
How mass concrete cracks from heat of hydration, ACI 301 peak temperature and core-to-surface differential limits, DEF risk, and where to place sensors.
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Maturity sensors give in-place strength in real time; cylinders prove code compliance. Learn what each does, where each fails, and how to use both on site.
Read articleTalk to our team about deploying SHM360 sensors on your next project.