Measurement data - Import export

Real-time monitoring of the measurement The HawkEye software offers various forms of representation for monitoring and controlling the ongoing measurement. Any number of pages can be created in the software with different forms of presentation of the measurement data. By supporting a server-client architecture, monitoring is scalable and can be distributed across any number of PCs. •,Real-time phase analysis •,Speed signals are calculated and displayed in real time. •,Different forms of representation for the measurement signals (time domain, FFT, Bode diagram, orbit, waterfall, machine order monitoring) •,Real-time monitoring and visual representation of implemented limit values. •,Visual and acoustic signal when limit values are exceeded. •,The screen layout can be flexibly adapted to the respective monitoring requirements and user needs. •,No license fees for using the software. •,MS Windows compatible

You have carried out experimental investigations and are now faced with the challenge of evaluating the quantities of measurement data? We support you in a fast and professional analysis. We offer you: Data management and archiving; Data validation / plausibility checks; Evaluation; Data Analytics; Reporting. Depending on the scope and nature of your test project, we can do this at the end of the test or daily. For repetitive test tasks, we also offer automated solutions. Our team consists of experienced experts who are familiar with a wide range of analytical methods. We'll help you get accurate results and gain detailed insights into your metrics to help you make better decisions. Use our services and save time, money, and resources. We take care of your measurement data so you can focus on what matters most - using the results of your experimental investigations to drive innovation.

In this training course, you will learn about different measurement methods that you can use for your measurement tasks. You will learn how to select and apply the appropriate measurement method. You will get an overview of the advantages and disadvantages of different measurement methods, such as optical, acoustic, or electrical methods. The training is aimed at anyone involved in measurements, e.g. engineers, technicians, quality managers or scientists. The training lasts one day and covers the following topics: Measuring principles and application examples; Optical, electrical, thermal, mechanical, ... measurement; From measurands to measurement data; Structuring the test task; Documentation.

In these training courses, we teach the basics of the various measurement techniques, the selection and use of suitable measuring instruments as well as the evaluation of measurement data. The following topics are taught in concrete terms: Fundamentals and concepts of measurement technology; measurands and units; Traceability; Technologies; Signal conversion and digitalization; Selection and use of suitable measuring instruments. In addition to the general overview training, we also offer specific training courses on measurement technology for the following measurands: Temperature; Pressure; Flow (volume and mass flow); Force and elongation; Distance and velocity; Oscillation. By arrangement, you can design the training according to your wishes! We are happy to respond to your individual questions and concerns. Since we regularly expand our training portfolio, please contact us if the metric you are looking for is not listed.

Measurement uncertainty is an important term in measurement technology and refers to the uncertainty associated with each measurement result. It results from various factors. Consideration of measurement uncertainty is important to ensure that measurement results are reliable and comparable. It also helps with decision-making and can help avoid wrong conclusions. Our offers for you: Execution of measurement uncertainty analyses and preparation of measurement uncertainty budgets; Critical examination of existing measurement uncertainty data and -analyses; Preparation of reports for measurement uncertainty analysis; Training and consulting.

The control unit for single vision semi-finished lenses (MCSFU) is the perfect tool for the free-form laboratories. With a capactity of more than 360 lenses an hour, the MCSFU detects any picking, supply or data error. It measures, accurately and contactless, the radius of the front curve of the single vision semi-finished lenses. The measured data are directly transmitted to the LMS (Lab Management System) software so that the measured data can be taken into account for the calculation.

The Control Unit for Prescription Lenses is a machine dedicated to prescription labs producing at least 1000 jobs per day. This multi-functional automatic machine is the only one on the market to combine the lens inspection according to the ISO/ANSI standards of all lens types, the mapping of freeform lenses, the flexible digital inking and the laser engraving. The measurement data exported by the machine are very useful for an effective process control. The Control Unit for Rx lenses is the perfect tool to increase your customer satisfaction, by improving your quality and optimizing the delivery times.

Construction of customized pilot plants Osmo Membrane Systems GmbH is very experienced in layout, manufacturing and start-up of pilot plants. From a container-installed plant which can be designed frost-proof, up to commercial Pilot plants with remote control and online integration, our product range covers a multitude of applications. Depending on the task, we rent an existing pilot plants or we design a new one. Our product range covers laboratory plants like our plant “MemCell” up to large scale plants. The plants can be delivered with an individual visualization. So, this includes data logging and remote control. By request, the plants may be delivered with a customized visualisation system. You are able with the process control system (PCS) to control the plant and a measurement data logging / interpretation system is implemented too. On customers request a secured remote maintenance and remote control will be also installed.

The LactoFAN 2 is a powerful diagnostic tool for measuring expired Hydrogen concentrations in ppm, for example the Lactose intolerance test. From a single breath manoeuvre, measurements are instantly displayed on the large, easy to read touch screen display. View product video Details The LactoFAN 2 is a powerful diagnostic tool for measuring expired Hydrogen concentrations. From a single breath manoeuvre, measurements are instantly displayed on the large, easy to read liquid crystal display. Main applications of the LactoFAN are the Lactose intolerance test and the easy indication of intestinal lactose malabsorption by monitoring the exhaled H 2 after ingestion of lactose. Fields of application Lactose intolerance and malabsorption Carbohydrate malabsorption and breakdown deficiencies Sucrose and Fructose malabsorption small intestine bacterial overgrowth intestinal transit time Special features easy operation by the glove-capable touchscreen graphical user guidance and patient animation result tables for several patient continuously updated result history no warm-up time automatic reset, sensor drift detection semi-automatic calibration method operation from 4 standard AA–size rechargeable batteries supplied with starter kit in a sturdy carry case Software The LactoFAN 2 is supplied with a simple data export software that you can use at every PC with the included mini–USB cable. Using the optional available FANh2 Windows® software via the supplied interface cable you can transfer measurement data from the H 2 monitor into test reports. You can select a commonly used H 2 breath test protocol like Lactose intolerance, Intestinal transit time or Bacterial overgrowth from the database and enter the patient’s details along with their symptoms. The software can manages multi-patient H2 sessions stored in the LactoFAN 2 and diagnoses the results. FANh2 will complete the test process by editing a professional report. As well as the many built-in protocols, the software will accept customized protocols entered by the user. In addition you are enabled to continue using your patients’ database coming from breath tests already performed. More than this, you can use the integrated test protocol database and take advantage from the convenient diagnosis and report facilities. Via standard data interfaces like GDT, HL7 or ASTM the software can be connected to practise or hospital EDP–systems easily.

- Measuring average volumetric flow rate in flow directions - Totalizing volume of flows independently or calculating their algebraic sum with regard to flow direction - Determining the current value of flow velocity and flow direction - Outputting measurement results to the frequency/pulse or logical output - Logging of measurement data and configuration settings in the internal nonvolatile memory - Displaying measurement, configuration and history (logged) data on the built-in indicator (LCD) and outputting the data to the external devices via M-BUS interface or RS-485 interface - Configuring the flow meter according to on-site and process requirements - Monitoring and indicating alarm conditions (ER, error situations) and faults; recording error and fault types and intervals into the corresponding logs - Protecting logged data and configuration settings from unauthorized access, -R400 -MAP16 -EN ISO 4064, -OIML 49, -RO-2275-15356 (TYPE APPROVAL)

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