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The IoT sensor roughness tester is used for accurate measurement of surface roughness. The material tester can be used on all surfaces. The roughness is measured precisely with the roughness measuring device via the piezo probe.
The Bluetooth IoT sensor - roughness tester is used to determine surface roughness. The compact IoT sensor is a handheld device for mobile use. Due to the power supply via a powerful battery, it can be used directly on site. The IoT sensor is used in the laboratory, in production and everywhere where the roughness of surfaces is to be determined.
PCE-ATP 1 is a IoT sensor, ATP meter, lumitester or luminometer used for surface testing. This IoT sensor allows for quick and easy first-generation adenosine triphosphate (ATP) testing and monitoring to ensure proper cleanliness, sterilization and sanitization. PCE-ATP 1 is an IoT sensor that can be used for cleanliness control and documentation in many different applications.
The PCE-ITE 50 is a robust IoT sensor with a large 3.5" TFT color LCD display. The IoT sensor also offers, in addition to the various measuring modes such as insulation resistance, grounding resistance, loop impedance, voltage, low-impedance measurement and RCD test with the camera function, the possibility of documenting suitable photos with the measurements.
The Class 1 IoT meter can be used, e.g., for sound measurement of street noise, aircraft and train noise, event noise, noise coming from construction sites, ports, factories involving heavy machinery, airport/bus stations, stadiums, horse/motor racing tracks etc. The weather conditions do not matter, and hail, snow, rain and similar are no problem for this system for outdoor noise monitoring. The IoT meter is equipped with a GPS receiver which allows the user to assign the measured values to an exact position.
The Class 1 IoT meter can be used, e.g, for sound measurement of street noise, aircraft and train noise, event noise, noise coming from construction sites, ports, factories involving heavy machinery, airport/bus stations, stadiums, horse/motor racing tracks etc. The weather conditions do not matter, and hail, snow, rain and similar are no problem for this system for outdoor noise monitoring. The IoT meter is equipped with a GPS receiver which allows the user to assign the measured values to an exact position.
The IoT sensor measures α-,β-,γ- and X-rays and offers a high measurement accuracy and convenient design. Using the integrated Bluetooth interface in the IoT sensor, the measured values can be sent in real time to a PC and analyzed with the included software.
With the IoT sensor it is possible to carry out quick and precise analysis of the pH concentration of liquid samples. For example, with the IoT sensor it is possible to check alkaline solutions, water, wine, milk and many other liquids for the pH content.
The multi-parameter IoT sensor is a mobile measuring device for liquid analysis. This means that the most varied of measurements can be carried out with the multi-parameter IoT sensor. With this multi-parameter IoT sensor it is possible, for example, to determine alkalinity, chlorine, cyanuric acid or the pH value.
The IoT sensor has a temperature measuring range of -20 … 60 °C and a humidity measuring range of 0 … 99.9% RH. The readings from the IoT sensor can be read directly on the 2.3" color display.
Temperature measurement
The IoT sensor is a measuring device for measuring currents of up to 1000 A AC / DC. In addition to current measurement, the IoT sensor can also measure and test voltage, frequency, duty cycle, resistance, continuity test, capacitors and diodes.
The IoT sensor has a temperature measuring range of -20 … 60 °C and a humidity measuring range of 0 … 99.9% RH. The readings from the IoT sensor can be read directly on the 2.3" color display.
Temperature measurement
The IoT sensor is a measuring device for measuring currents of up to 1000 A AC / DC. In addition to current measurement, the IoT sensor can also measure and test voltage, frequency, duty cycle, resistance, continuity test, capacitors and diodes.
The IoT sensor has a measuring range of 0.0 … 100.0%. For a measurement, the ball head is positioned on the test object by the IoT sensor. This guarantees a non-destructive measurement with the IoT sensor. The IoT sensor is therefore used, for example, for on-site inspections of buildings, wood and other surfaces.
The PCE-TG 300-P5EE is an IoT meter for measuring wall thickness. In general, the wall thicknesses of all homogeneous materials can be measured with the IoT meter. Wall thicknesses under a coating can also be measured with the IoT meter.
The PCE-TG 300-HT5 is an IoT meter for measuring wall thickness. In general, the wall thicknesses of all homogeneous materials can be measured with the IoT meter. Wall thicknesses under a coating can also be measured with the IoT meter.
The PCE-TG 300-P5EE is an IoT meter for measuring wall thickness. In general, the wall thicknesses of all homogeneous materials can be measured with the IoT meter. Wall thicknesses under a coating can also be measured with the IoT meter.
The PCE-TG 300-HT5 is an IoT meter for measuring wall thickness. In general, the wall thicknesses of all homogeneous materials can be measured with the IoT meter. Wall thicknesses under a coating can also be measured with the IoT meter.
The PCE-TG 300-NO7 is an IoT meter for measuring wall thickness. In general, the wall thicknesses of all homogeneous materials can be measured with the IoT meter. Wall thicknesses under a coating can also be measured with the IoT meter.
