Reliably Solving Complex Measurement Tasks with vMeasure exp
vMeasure exp is a flexible measurement software solution that provides you with efficient support in the laboratory, at the test stand, during test drives and endurance tests. With vMeasure exp, you can conveniently record physical values, internal ECU signals as well as signals sent via the vehicle bus. To provide an informative interpretation of the recorded data, the position data (GPS) and video data of the route traveled are also required. Typical tasks of the measurement engineer include measuring OBD signals to ascertain the status of the control unit.
With vMeasure exp, you can record all of this data simultaneously and efficiently. In just a few clicks, you create the measurement configuration, set up the measurement windows and get started with the actual measurement tasks. To make it easy to set up the measurement, configuration tools for the hardware of third-party manufacturers, such as CSMconfig by CSM, are integrated in vMeasure exp. For flexible data recording, use the multi-recorder concept with comprehensive trigger options as well as pre-trigger and post-trigger times.
Advantages
- Time-synchronous acquisition of physical values, ECU-internal data, video, GPS as well as bus data
- Practically no limitations in executing a measurement task, due to the high measurement data throughput.
- Complex calculations can even be performed during the measurement, regardless of the sampling rates of the input signals. This simplifies the analysis of
measurement results significantly – both during and after the measurement. - Extensive function library: the “eMobilityAnalyzer function package” enables, for example, the use of predefined formulas without requiring programming
or scripting skills - MDF files are indexed on the local workstation for fast, convenient retrieval of measurement data
- Flexible, individual storage of recorded channels by multi-recorder concept enables efficient measurements and allows you to focus on relevant signals
- Diagnostics support by measurement of OBD-II
Functions
- Intuitive configuration of signal sources to be recorded and of the bus systems to be connected
- Comfortable sharing of measurement projects
- Simple creation of formulas for virtual signals via a graphic interface, with functions from the function library, with MATLAB / Simulink, C-DLL or custom functions
- Simultaneously measure the analog physical values, the ECU, the bus systems and record the environment using
a camera and position data - Storage of measurement data in the standardized ASAM MDF4 format, even with file sizes over 4 GB
- Live view of measurement values even if there are no current measurements makes it easy to check the wiring and sensors as part of the measurement configuration
- Signal display over time in various windows, user-definable panels or in XY display
- Manual investigation of signal processes by means of zoom, search functions and measurement cursor
- Insertion of comments for off-line analysis
- Exporting of signals from measurement data along with synchronized video
- Data export to ASCII, Excel and MATLAB
- Convenient insertion of window content or entire display pages in Word and PowerPoint by means of drag & drop accelerates the documentation
Highlights Version 5.0
- Acquisition of rapidly sampled measurement signals (up to 1MHz)
- Online calculation e.g. power calculation of a threephase e-motor with 1MHz sampling frequency of voltage and current
- PTP accurate synchronization of interfaces, measurement modules of CSM and other measurement techniques with the Vector Time Synchronization Service (VTSS)
- Enhanced trigger functionality for high data rates and fast measurement signals
- New functions in the eMobilityAnalyzer library: Harmonics, Inverter Efficiency, PWM Power Analysis
eMobilityAnalyzer Function Library
The new eMobilityAnalyzer function library is the centerpiece of scalable measurement solutions in the high-voltage area. The voltage and current signals acquired decentrally by CSM measurement modules at sampling rates of up to 1 MHz can be used to calculate relevant characteristics of the powertrain, HV components and the electrical system online.
- Charger Efficiency: Measures the efficiency of on-boardchargers supplied directly by the power grid
- DC Analysis: Determines RMS power and energy and ripple on voltage and current in the DC area
- DC Efficiency: Calculates efficiency from the input parameters voltage and current at the input or output of the component under test
- e-Motor Power Analysis: Determines active, apparent and reactive power, power factor, electrical speed and total energy of a threephase electric machine with star or delta connection
- e-Motor Y-Delta: Conducts the Y-delta and delta-Y transformation
- Harmonics: Harmonic analysis to determine the fundamental wave, its RMS value, harmonics up to 15th order as well as the total harmonic distortion over a given time interval.
- Inverter Efficiency: Calculation of efficiency, consumed and delivered power, power dissipation and the electrical work for a three-phase inverter.
- PWM Power Analysis: Analyzing the power consumption of PWM driven electrical loads
- Ripple: Returns parameters on fluctuations of any input signal as well as their DC and effective values
- Shaft/Axle Power: Calculates mechanical energy or power from the input parameters speed and torque for one or two external sensors
Supported Interfaces
- All Vector network interfaces for CAN (up to 2 Mbit/s baud rate), CAN FD, Ethernet, FlexRay and LIN
- Ethernet PC interface
- DAIO interface to connect any measurement hardware
- Connection of the ECU via XCP on CAN, Ethernet, LIN,- FlexRay
Supported Measurement Hardware
- Analog and digital I/ O of the Vector network interfaces
- CAN- and EtherCAT-based measurement modules by CSM
- Measurement hardware by CAETEC, ETAS, IMC, IPETRONIK, NI
- USB-based GPS devices
- Video cameras with DirectShow interface
Product Descriptions
Fact Sheet:
- Short overview of facts (PDF)
Product Information for Option "Thermodynamic State Charts":
Results in no time at all – Reliably solving complex measurement tasks with vMeasure exp
For the simple and efficient execution of even more complex measurement tasks, you can now use the new software tool vMeasure exp. From the configuration of the measurement setup to measurement data acquisition and graphical evaluation, you receive ideal support from vMeasure during your daily work.
Experience with a practical example how easy it is to set up, modify and expand a measurement configuration with vMeasure. And how quickly you are able to access user-friendly visualized measurement data. With scripting and the Equation Editor, learn about the tools for demanding measurement tasks and how you can use them efficiently.
Duration: 56 minutes
Target groups: Calibration engineers, measurement engineers, test fleet or logger operators, test engineers, vehicle and ECU developers, test bench supervisors, research engineers, quality control specialists
Component | Recommended | Minimum |
Processor | Intel Core i5, 3.0 GHz or higher | Intel Core 2 Duo, 2.6 GHz |
Memory (RAM) | 8 GB (special tasks may place greater demands on the system. Please contact vMeasure Support if you need further assistance) | 4 GB |
Hard drive capacity | ≥ 2.0 GB (depending on required operating system components) | |
Screen Resolution | 1280 x 1024 | 1024 x 768 |
Graphics Card | DirectX 9.0c or higher | |
Operating System | Windows 10/8.1/7 (64-bit) | |
Downloads
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2021-07-16vMeasure exp 4.0 SP7
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2021-07-08vMeasure exp 5.0 SP2
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2021-03-02vMeasure exp 3.0 SP7
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2020-12-18vMeasure exp 5.0 Demo
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2020-12-14vMeasure exp Fact Sheet
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2020-11-26Vector Expands Its Portfolio With High-Voltage Measurement Technology and Real-Time Analysis
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2019-07-25Validation of High-Voltage Vehicle Systems
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2019-05-10vMeasure exp 2.0 SP6
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2019-01-10Product Information vMeasure Option DIAdem
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2018-10-11CDHK, Tongji-University: High-Voltage Power Measurements with High-Speed
News & Events
Currently no events are planned. All events can be viewed on the Event Overview page.