The sensors can be used in ground areas, ceilings, and wall structures – anywhere steel-reinforced concrete is used.
The retrofit installation of sensors is done through core drilling. The core drilling is only slightly larger than the sensor’s diameter. Initially, the core hole is cleaned and covered with bonding mortar. Next, the sensor is enveloped with bonding mortar. Finally, the sensor is pressed into the core hole. Optionally, a topping mortar, coating, etc., […]
Factors to consider during sensor installation include ensuring that the tie wire is securely fastened to the reinforcement, preventing the sensor from floating during the concrete pouring process. Additionally, it is crucial to thoroughly document the sensor’s installation position in the plans to facilitate locating the sensor during future readings. For retrofit installations, it is […]
The moisture sensor measures both the temperature in the concrete and the conductivity between the two outer stainless steel rings. The conductivity value is referenced to the surrounding material and the temperature value through the software, resulting in a moisture value in percentage. Note Our philosophy is not to be the best and most precise […]
The moisture sensor is tested for functionality in Germany and does not require further calibration. The measurement values are referenced in the software. There are scientific and practical approaches here: Scientifically, the sensor is referenced in the software to the surrounding material in which it is installed, and the software is adjusted accordingly for the […]
There are no specific guidelines for this. It depends on the engineers’ choice of when to trigger the early warning. Some engineers place the corrosion sensor so that the lowest level of the corrosion wire is precisely at the level of the reinforcement to know when corrosion started at that level. However, this does not […]
The material of the sensor bodies is a robust hard plastic manufactured by injection molding. The sensors are encapsulated with epoxy resin, and there is a granular layer on top for better adhesion to the concrete. The moisture sensor measures between two stainless steel rings. The wires on the corrosion sensor mimic the rebar using […]
The sensors are very robust and do not contain active electronics. The electronics embedded in the sensors are optimally protected by a thick surrounding layer of epoxy resin, ensuring that external influences such as moisture, stress, etc., do not damage the sensor. The statement about the sensors having a very high lifespan is also based […]
Yes, it is possible to integrate into third-party systems, allowing for monitoring sensors from different manufacturers in one place or using one software solution. The data can be integrated via common interfaces, such as through iFrames into other systems, enriching BIM models with live sensor data, for example.
Installation can be provided either by the manufacturer/seller of the sensors or done independently after training provided.