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The sensors can be deployed in any structure where reinforced concrete is utilized. As a result, the sensors are installed in underground parking garages, bridges, port facilities, facades, floor slabs, basement rooms, foundations, wind turbines, insulation, tunnels, retaining walls, and many other objects.

The determination of the required number of sensors does not have a one-size-fits-all answer and is determined on a project-by-project basis. Each structure embodies its unique history, accompanied by individual weaknesses and risk factors. The economic viability of sensor deployment requires a tailored analysis of each project. The goal is to cover the majority of […]

When data is manually retrieved using a handheld reader, it is often done in conjunction with physical and visual inspections of the structure. The frequency of data retrieval depends on the number of manual readings or on-site visits. On the other hand, the gateway continuously transmits data. This means that the data retrieval interval can […]

Factor Influence Level Steel reinforcement (connection with wire tie) Low Steel reinforcement (welded connection) High Operation underwater Moderate Operation under metal-coated sealing Very High Operation near another RFID Reader Very High Embedded in concrete None

The sensors are highly suitable for construction sites and have been specifically designed to withstand high levels of stress. Various tests regarding durability, load capacity, and robustness were conducted beforehand, and the results were documented in a separate report.

The data is transmitted directly to the cloud immediately after reading, allowing for immediate access even while on-site at the location. All that’s required is access to InfrastructureTek’s online software, which is provided upon sensor delivery/installation.

To prevent microcracks and structural weakening, sensors must have a minimum coverage of 5/8 in / 1.5 cm. In areas without direct load impact (such as vertical mounting in columns), a coverage of 3/8 in / 1.0 cm is sufficient. The material used for covering can be chosen according to the specific requirements of the […]

In the rare event that a sensor completely embedded in concrete fails to function, which occurs with a frequency of less than 0.01% due to stringent manufacturing quality standards and thorough sensor-specific quality assurance, a secondary sensor is typically installed near the original sensor using core drilling. The non-functional sensor remains in place as its […]

When the sensor wire corrodes, it is immediately detected during the reading process. With continuous 24/7 monitoring through gateways, proactive alerts are triggered. Because each sensor comprises two wire layers, the advancement of corrosion towards the second wire layer can be monitored. However, once a sensor wire corrodes, it cannot revert to its initial state. It […]