Measurement data - Import export

SoftTesT is an evaluation software for measurement data, obtained from the evaluation electronics 813 or dynamometers 323. By means of SoftTesT measuring values are transferred to the PC in the form of CSV files (compatible with Excel), for a further, simple analysis and graphic illustration. For data transfer to the PC an USB interface cable is necessary.

Reading out the measured data has never been easier with the Logtag LTI-HID Interface USB Readout Station. The Logtag LTI-HID Interface USB Reading Station is a handy device that allows you to read out the measured data from your LogTag Recorder in a fast and reliable way and save the data on the PC.

Monitor temperature with ease and accuracy like never before with Praxas Envirolog EV-16! Perfect for perishable goods and pharmaceuticals, this single-use temperature logger provides reliable readings from -30 to 70 degrees with a battery life of 2 years in storage and 6 months in operation. In addition, you get an automatic PDF report of the measured data in different languages.

Are you looking for a reliable solution for monitoring vaccines for cryogenic storage or extremely low temperatures? Look no further than this Lascar EL-USB-ULT-LCD ultra-low temperature data logger! The measuring range of this data logger is -100 to +100°C (-148 to +212°F) using the supplied probe. With the capacity to store over 32,000 readings, this data logger offers peace of mind for long-term vaccine

Are you looking for a reliable solution for monitoring vaccines for cryogenic storage or extremely low temperatures? Look no further than this Lascar EL-USB-ULT ultra-low temperature data logger! The measuring range of this data logger is -100 to +100°C (-148 to +212°F) using the supplied probe. With the capacity to store over 32,000 readings, this data logger offers peace of mind for long-term vaccine monitoring.

The great advantage to the external sensor is that you can measure in places where a data logger cannot survive. A good example is an oven. An oven is too hot for a data logger. If you still want to measure the temperature in the oven, this is possible with the LogTag ST100H-15 external sensor. The LogTag ST100H-15 external sensor is specially made for temperature measurements of food.

Measuring temperature with a data logger provides many advantages. The biggest advantage is that the required data is recorded automatically and does not require any human action. An example will be if you want to track temperature changes in a centrally heated room. However, an electronic data logger is much more effective, accurate and reliable than periodic manual reading. It automatically records the temperature, saving you time and costs.

Measuring temperature with a data logger provides many advantages. The biggest advantage is that the required data is recorded automatically and does not require any human action. An example will be if you want to track temperature changes in a centrally heated room. However, using an electronic data logger is much more effective, accurate and reliable than periodic manual reading. It automatically records the temperature, saving you time and costs.

The main advantage of the external sensor is that you can measure in places where a data logger cannot survive, for example in a liquid. When you place a data logger in a liquid, there is a good chance that it will break down. By placing the external sensor in the liquid, you can continue to measure the temperature in the liquid

The main advantage of the external sensor is that you can measure in places where a data logger cannot survive, for example in a liquid. If you place a data logger in a liquid, then there is a good chance that it will break down. By placing the external sensor in the liquid, you can continue to measure the temperature in the liquid.

The Lascar EL-USB-4 Current Datalogger records and monitors the voltage and current ratings of electrical devices. The data logger measures over 32,000 metering over a 4-20 mA d.c. Measurement range. You can use this data logger for various situations, such as equipment monitoring, generator monitoring and studying power and power consumption.

The Lascar EL-USB-3 Current Datalogger records and monitors the voltage that is applied to a connection. The data logger measures over 32,000 metering over a 0 to 30V d.c. Measurement range. Voltage monitoring is important for use in specific industries that depend on safe, desirable voltage loads to ensure that equipment functions properly and does not receive too much or too little voltage. You can use this data logger on any connection where 0 to 30V voltage is applied. From sensors to power cables, you monitor all voltage.

Four QuellTech Q6 3D- laser scanners are installed, mutually displaced by an angle of 90°. In this configuration, they are able to monitor the complete surface of the cable running through. It is important that the test does not lower the production speed, therefore very high sampling rates are required, supported by convenient data processing. The measured position of a defect is recorded in cable direction.

Knight Optical offer a range of Stock Sapphire Windows, and custom for use within Airborne LiDAR Systems. These are systems used in surveying for topographical measurements. The data accumulated can be used to generate a Digital Terrain Model or a Digital Elevation Model which are 3D representations of terrain. Sapphire (Al2O3) is one of the hardest minerals and optical materials available for use in the range from UV up to 5µm. Making it ideal as a protective window for airborne systems which may be utilised in harsh environment or against birds! Sapphire is grown by various methods from seed samples. Sapphire can be polished to a high standard, but as it is the second hardest mineral on Earth it must be subject to high forces to polish. Therefore, windows made from Sapphire must have a thickness to diameter ratio of at least 10:1, that is, greater For more information read PDF….

The new 9250/9251 amplifier generation unites all the features that make modern measurement data acquisition actually possible for the first time. Network-compatible, high-precision, user-friendly, smart and versatile: the combined system of amplifier module and Fieldbus controller can be integrated into any existing setup. The Fieldbus controller delivers all signals exactly where they are needed, to be combined, checked and linked. With the available Fieldbus interfaces, you are flexible, perfectly connected and you save time, costs and other resources when linking to and integrating into existing systems. Due to the integrated measuring input, the use of a Fieldbus controller module is sufficient for single-channel applications. For multi-channel applications, the system can be expanded to up to 9 measuring channels. Up to 8 bus-compatible model 9250 instrumentation amplifiers can be cascaded on the model 9251 Fieldbus controller.

Measurement data via Ethernet For DASIM and SIQUAD systems Recording visualisation editing Export to a variety of formats

DigiVision offers innovative functions such as practical calibration tools, configurable single-channel or multichannel views for displaying both measurement curves and values, and custom zoom functions. With a choice of trigger functions, every application has a wealth of options for activating data acquisition. Important performance features include automatic device detection, device-parameter backup and archiving of measurement data in Excel or raw data format. In the world of production and quality assurance, coping with an ever increasing variety of software is part of daily life. Operating several different instruments at once is easier if each device can be operated in the same way. All burster indicators and USB sensor interfaces are equipped with the DigiVision PC software. This data-acquisition and configuration software even supports indicator units purchased years ago.

The remote data transmission unit ADT1-Tube is encased in a robust, stainless steel housing, which is ideally suited to installation in 2" monitoring pipes. The LoRa module, which can be configured on a country-specific basis, establishes a connection with the Internet and makes it possible to collect measurement data in a low-cost and energy-saving manner. These autonomous devices can be linked with digital level sensors and pressure transmitters in the KELLER D and X product lines. With three conventional, high-quality AA batteries, the system can operate autonomously for up to 5 years. The LoRaWAN provider can be selected freely or an in-house or open source infrastructure and associated services can be used. The easiest and most convenient way to access the collected data at the end of the transmission chain is via KOLIBRI Cloud from KELLER.

The LEO5 digital manometers combine a range of functions from other KELLER manometers in a water-tight stainless steel housing. They can detect pressure peaks with a measurement interval of 5 kHz and record all measurements. Current measured values and saved data can be read out via the USB connection. The pressure values can be shown on the extra-large display in a wide range of units of pressure, which are either pre-programmed or configured by the user.

The DCX-22AA-CTD data loggers measure conductivity and temperature as well as pressure, along with the depth of bodies of water. They compensate for the air pressure using an additional, water-tight absolute pressure sensor with a stainless steel separating diaphragm. Unlike gauge pressure systems with a capillary tube, this system is completely resistant to moisture and can therefore be immersed. Thanks to their long-life battery, they can keep recording measurement results for years (up to 10 years at a rate of one measurement per hour). The logger can be configured using the supplied software (measurement interval, incident management, delayed measurement start etc.) and data that has been read can be displayed in a graph or chart, corrected using air pressure values, converted into fill levels or other units, and exported.

The DCX-22-CTD data loggers measure conductivity and temperature as well as pressure, along with the depth of bodies of water. The integrated Pt1000 achieves an accuracy of ±0,1 °C, and the conductivity can be measured at ± 2,5% of the selected range (0,2 / 2 / 20 / 200 mS/cm). Thanks to their long-life battery, they can keep recording measurement results for years (up to 10 years at a rate of one measurement per hour). The logger can be configured using the supplied software (measurement interval, incident management, delayed measurement start etc.) and data that has been read can be displayed in a graph or chart, corrected using air pressure values, converted into fill levels or other units, and exported.

The DCX-38 data loggers are designed for water level measurements with a high resolution in the mbar range. They can detect water levels with a total error band of just 1 mm (measuring range 0,5 m water column, compensated temperature range -10...40 °C). Thanks to their long-life battery, they can keep measuring the water level, water pressure and temperature for years (up to 10 years at a rate of one measurement per hour). The logger can be configured using the supplied software (measurement interval, incident management, delayed measurement start etc.) and data that has been read can be displayed in a graph or chart, converted into fill levels or other units, and exported.

The DCX-25PVDF data loggers have been specially designed for use in aggressive liquids such as brackish water and sewage. The housing is made of polyvinylidene fluoride and the installed pressure transducer is available in Hastelloy C-276 or titanium 6AL-4V. Thanks to their long-life battery, they can keep measuring the water level, water pressure and temperature for years (up to 10 years at a rate of one measurement per hour). The logger can be configured using the supplied software (measurement interval, incident management, delayed measurement start etc.) and data that has been read can be displayed in a graph or chart, corrected using air pressure values, converted into fill levels or other units, and exported.

The DCX-22 data loggers achieve greater measurement accuracy than loggers with a smaller diameter. Thanks to their long-life battery, they can keep measuring the water level, water pressure and temperature for years (up to 10 years at a rate of one measurement per hour). The data logger can be configured using the supplied software (measurement interval, incident management, delayed measurement start etc.) and data that has been read can be displayed in a graph or chart, corrected using air pressure values, converted into fill levels or other units, and exported.

Data logging & analysis The mLog software is a data logging application for Mahlo equipment. The desktop application runs on an office PC and provides comfortable creation and archiving of PDF protocols of running measurements. The recording of the measurement data is controlled on the Mahlo device PC, the finished protocols are transferred to mLog. An advanced search function with filter categories makes finding logs easy and fast. In the protocol viewer the protocol can then be displayed, printed, saved or sent by e-mail.

The DCX-16 data loggers have a diameter of just 16 mm and can be used in tight spaces. Thanks to their long-life battery, they can keep measuring the water level, water pressure and temperature for years (up to 10 years at a rate of one measurement per hour). The logger can be configured using the supplied software (measurement interval, incident management, delayed measurement start etc.) and data that has been read can be displayed in a graph or chart, corrected using air pressure values, converted into fill levels or other units, and exported.

Optimal recording of measuring data such as for temperature, humidity, pressure or light in either one or more locations. The data is transmitted by WLAN directly into the Cloud. Control of the measurement data from each device and from any location

Optimal recording of measuring data such as for temperature, humidity, pressure or light in either one or more locations. The data is transmitted by WLAN directly into the Cloud. Control of the measurement data from each device and from any location.

Optimal recording of measuring data such as for temperature, humidity, pressure or light in either one or more locations. The data is transmitted by WLAN directly into the Cloud. Control of the measurement data from each device and from any location.