IPETRONIK's team of specialists at the Technical Center in Baden-Baden, Germany, perform individual measurement projects in customer vehicles. The complete data acquisition system installed in the vehicle works independently and transfers measured data to the IPETRONIK data server using UMTS/3G or WLAN. At this point, an automatic graphical analysis of measurement data is made, which can be sent to the customer by e-mail at times specified (e.g. daily).

IPEspeed, the new GPS data receiver introduced by IPETRONIK's hardware development division IPEmeasure, has been designed for mobile measurement applications in the field of development, testing and quality management.

Our Team of engineers and technicians at IPETRONIK’s Technical Center in Baden-Baden, Germany, use infrared temperature sensors to control tire temperatures. The sensors are installed in the vehicle’s wheel-well liners. An M-SENS 4 captures the infrared sensor’s analog output signals, while an M-POWER2 module distributes and monitors the supply voltage.

Our highly experienced team of specialists at the Technical Center in Baden-Baden, Germany, offers a wide range of climate system and thermal management services. These services reach from vehicle instrumentation and testing to individual services in development and optimization of HVAC systems.

A fully functional measurement system installed at an HVAC model demonstrates real sensor applications for climate testing. This setup of measurement hardware, sensors and cables includes, among others, following parameters:

Presenting the new M2-Series, IPETRONIK offers a complete solution for analog data acquisition using latest technologies.

Different modules are available with various measurement inputs:

The new IPETRONIK FlexRay-Extender provides mobile data acquisition systems (M-LOG, IPElog) with an additional FlexRay input, allowing for a cost-effective enhancement to existing systems.

FlexRay is an essential component in many higher end electronic chassis and driver assistance systems. This bus system is characterized by a significantly higher band width of 10 MBit/s, as compared to the CAN bus, and a deterministic and time-controlled transfer characteristic.

With its optional Control module IPEmotion supports these additional functions:

The FFT vibration analysis is a common method used for system monitoring and durability estimation of motors, engines, as well as, complete power train systems.

IPEmotion provides a 3-step easy-to-use procedure to set up an online FFT analysis:

Using this PlugIn, IPEmotion fully supports Goldammer's measurement devices from the MultiChoice series. Configuration and data acquisiton with this multi-function cards also includes the Master-Slave-Mode and setting of e.g. PID controllers, filters and trigger conditions.

IPEmotion controls digital and analog IOs of Atmel processors using the new Technikmedia Atmel-PlugIn .

IPETRONIK has announced the recent expansion of its successful M-Series measurement modules to include a four-channel RTD (Platinum Pt100) version, the M-RTD2.

Design of the M-RTD2 features four galvanically isolated measuring inputs, allowing for high-reliability performance over an signal temperature range of -50 °C to +450 °C (-58 °F to +842 °F), achieved via simple 4-wire connection of the platinum probes (Pt100). Each input channel can be activated and configured separately. M-RTD2 provides channel sampling rates from one sample per minute, up to 100 Hz.

IPETRONIK has appointed Measurement Instruments as its’ exclusive sales agent in the Great Lakes and Eastern Seaboard areas of the US.

The new IPEmotion PlugIn CAN V01.05 (CAN-measurement) now offers the recording of "transmit frames", as well as real-time traffic measurement capabilities!

With these special features, CAN messages may now be recorded on the same CAN node from which they are sent without the need for additional hardware. This offers such user advantages such as, for example, the easy inspection of initialization processes on the vehicle-CAN-bus.
The procedure may be initialized and carried out in just six easy steps:

Did you know?
... that IPEmotion allows for configuration of individual areas (signals, display, analysis...) that can be loaded and stored separately?

With IPEmotion 2.0 another useful function has been implemented - V-TAB (Verbal Table Output) to display individual status information.

IPEmotion 2.0 offers another smart and easy to use feature - the range / band monitoring of measurement signals.

IPEmotion's Ranges monitoring feature allows to control whether a measured signal is inside or outside of a user-defined range (tolerance band). Just define the upper and lower limit of the range, the type of monitoring and the action to be executed. If a level crossing is detected IPEmotion starts one of the following actions:

Recent customer feedback has indicated that IPEmotion users are increasingly using our software in combination with in-laboratory scales and on test benches.

To meet that need, we have made it even easier to use our software within these important applications.

Using IPETRONIK modules, the IPEaddon INCA CAN is a device driver which provides configuration and measurement readings directly from the ETAS INCA software user interface. The current version of this IPETRONIK IPEaddon supports both INCA V6.1 and V6.2, as well as INCA V7.0.

The IPEaddon INCA CAN is an ideal tool for all users, and is directly compatible with industry CAN-modules, including both ETAS and the IPETRONIK M- and SIM-series modules, within any given testing environment.

Available since mid-July, 2012, new IPEmotion 2.0 offers all users with an existing maintenance contract some real value added benefits at no additional cost.

Just some of these exciting new features include:

After 10 weeks of successful collaboration and development, we are pleased to announce the official launch of our new IPETRONIK global corporate website, available for your convenience in both German and English languages.

We hope that you will find the new website design, navigation and content to be even more helpful for finding the right product to meet your unique mobile data acquisition requirements.

More information on the new website may be found at www.ipetronik.com !

Just some more days to go before start of Testing Expo in Stuttgart, the leading exhibition for Automotive Testing in Europe.

IPETRONIK represents all four business units at this year's show. Get information about the latest developments in Measurement technology, Software, Engineering, and Test Bench solutions!

Don't miss this opportunity - We are looking forward to meet you!

IPETRONIK, the world’s leading supplier of mobile measurement technology in the automotive industry, announces that one and a half years after its founding the youngest IPETRONIK business division “IPEtec Test Benches” has already run out of space. The rising demands for engineering services, test bench solutions and environmental simulation systems provided by IPETRONIK, has caused a need for larger premises. The national and international test bench experts from IPETRONIK reacted to the positive business development and created room for further expansion by moving to a new facility.

During our unique promotion from May 1 thru 31, 2012 all registered customers and users can sign up for an IPEmotion Special Edition License V01.09 without any costs.

To activate your license, simply download, install and activate the software, and start your first measurement!

IPEmotion, the high-performance software offers a number of useful features and powerful data process functions to effectively support data acquisition, management, analysis and reporting.

IPETRONIK IPEmotion division and Dr. Schetter BMC IGmbH conclude a cooperation contract for IPEmotion acquisition software.

IPETRONIK has announced the recent expansion of its successful M-Series measurement modules to include a four-channel RTD (Platinum Pt100) version, the M-RTD2.

The IPEmotion automatic configuration option allows for full scans and checks of all available system hardware. This further allows for all inputs to be set to a standard channel configuration and automatically activated. After connected modules have been initialized, acquired measurement data is displayed both alphanumerically (current values in a channel grid) and graphically (time-related graph in yt diagrams). With these features, the user benefits from a quick and easy overview of all signal values just after the start of measurements, without time- consuming manual configuration.