1.328,90 €
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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 IoT meter is designed for fast and precise color measurements of surfaces. The color ranges CIE-LAB, CIE-LCh, HunterLab, CIE-Luv, XYZ, RGB of the color can be determined with the IoT meter.
The IoT meter is designed for fast and precise color measurements of surfaces. The color ranges CIE-LAB, CIE-LCh, HunterLab, CIE-Luv, XYZ, RGB of the color can be determined with the IoT meter.
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 multi-parameter IoT meter 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 meter.
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 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 is a small sensitive radiation measuring instrument used for monitoring X-rays, gamma and beta radiation. The IoT Sensor uses an energy-compensated Geiger-Müller counting tube as a detector for accurate measurement.
With the IoT meter it is possible to determine the humidity, ambient, wet bulb and dew point temperature. Measurements up to 60 °C are possible with the climate meter. The IoT meter can therefore be used universally because of its various measuring functions to determine the ambient conditions.
Measuring ranges:
The IoT meter has a measuring range of 0 … 1000 A AC/DC. The current is measured inductively using the clamp on the measuring device. Live supply lines with a diameter of up to 32 mm (1.2") can be connected to the IoT meter.
The IoT meter has an adjustable measuring range of 0… 600 V AC/DC and can therefore measure a wide variety of voltages. For example, it is possible to connect the IoT meter to the supply line in order to monitor the applied voltage.
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 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 meter is the ideal measuring device for measuring voltages up to 1500 V AC/DC and currents up to 1000 A AC/DC. The current measurement with the IoT meter is inductive. To do this, the supply line is placed in the IoT meter.
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 this IoT sensor, layer thicknesses on metallic surfaces can be reliably determined. The IoT sensor has a measuring range of 1500 µm. This means that the IoT sensor is used, for example, in a paint shop, for incoming goods inspection or for an expert.
IOT hygrometers and IOT thermo-hygrometers are able to transmit the registered data to the Internet via a network. The abbreviation IOT stands for the Internet of Things, where devices communicate directly with each other. Via the Internet of Things, large amounts of data from many sensors can be transmitted almost in real time to the other suitable devices with the IOT connection and evaluated directly by them.
The current IOT technologies already enable the transmission of data via radio waves (RFID) 
or electromagnetic induction (NFC) at high speed and simultaneous, definite unique authentication of the sender and receiver. It is therefore possible to check when a device has sent or received the data. The clear identification of the devices involved and the traceability of the data transmission also qualify this technology for applications with sensitive data. For many areas of application, the possibility of the wireless transmission of the send data is also particularly practical.
The IOT hygrometers usually offer an interface to one of the frequently used wireless networks Wifi or Bluetooth for the data transmission. Instead of the term Wifi, the term WLAN is often used in Germany. WLAN stands for Wireless Local Area Network and thus for any wireless local network, while Wifi refers to a radio network that complies with the IEEE-802.11 standard. However, common WLAN routers, WLAN repeaters or WLAN sticks are compatible with the WIFI standard. Therefore, IOT hygrometers with Wifi interface can be connected to the Internet via the usual WLAN networks without any problems. It is therefore possible to access the current sensor data from a great distance without any problems.