IPETRONIK GmbH & Co. KG
- IPETRONIK GmbH & Co. KG
Jaegerweg 1
Baden-Baden
76532
United Kingdom - +49-7221-9922-301
- http://www.ipetronik.com
- +49-7221-9922-100
IPETRONIK GmbH & Co. KG Articles
Data logger suits complex automotive applications
With the M-LOG V3, IPETRONIK offers 3rd gen data loggers for high measurement requirements in the mobile data acquisition field, based on the latest Intel Atom E620T processor and with 1024MB of RAM. This version is characterised by maximum power resources for online-offsetting and data storage during stationary and mobile test, providing performance increases in complex applications using detailed configurations.
Measurement software opens way to CAN interface
IPETRONIK has made the new IPEmotion Release 2014 R3 available for download. This version allows the use of IPEhub2 as LAN/WLAN CAN interface with storage function and includes IPEmotion App Release 2.10 with support of smartphones and automatic configuration. It also provides extended data export functions like resampling, MIN, MAX and average calculations.
Thermocouple module ensures safer high voltage measurements
Hybrid and electric vehicles present entirely new challenges to the manufacturer's testing departments. There is new technology to embrace and an increased regard for safety aspects covering high voltage measurements. To meet these demands IPETRONIK's business division IPEmeasure has developed a compact high voltage thermocouple module for K-type sensors.
CAN traffic analysis added to data acquisition software
The latest version of IPETRONIK’s IPEmotion 2014 data acquisition software has been extended with numerous enhancements and optimisations. Major extensions apply to CAN traffic analysis and CAN traffic simulation. Further, it is now possible to edit data records and new export parameters such as parameters for V-TAB scaling are now available.
App enables mobile measurement data display on Androids
Version 2.0 of IPETRONIK’s IPEMotion App has a redesigned graphical interface. It supports encrypted WiFi data transfer from IPETRONIK modules IPEhub2 and COMgate to any mobile Android device. IPETRONIK logger system users thus can monitor data acquisition online using a tablet or they can use the tablet as custom-configurable logger data display.
Smartphone/tablet app connects to CAN measuring data
With IPEhub2 and the IPEmotion App IPETRONIK offers a convenient solution for graphical and alphanumeric display of CAN measuring data on a smartphone or tablet using a WiFi connection. Users thus can visualise their measurement projects on an Android device very easy. IPEhub2 acts as CAN-WiFi-Gateway and transfers CAN bus data (e.g. from IPETRONIK CAN modules or the vehicle CAN bus) using WiFi.
DAQ software upgraded to include CAN traffic analyzer
The configuration and data acquisition software IPEmotion 2014 R1 has been upgraded to include a number of new features, including graphical filling level indication at A2L file import, new table display instrument and audio playback in analysis. The IPETRONIK business division IPEmotion, who released the upgraded software, highlights the CAN traffic analyzer as a key new feature.
Intelligent power supply for mobile DAQ systems
IPETRONIK introduce the M-UPS2, an intelligent interruption-free power supply module which serves as reliable power buffer for car testing DAQ systems. While voltage drops and breakdowns are safely bridged, this power supply module guarantees reliable and consistent data acquisition - even under extreme environmental conditions such as during summer and winter testing.
Customizable CAN bus data logger for automotive testing
IPETRONIK have today announced a new advanced version of the company's established fleet data logger, FLEETlog2. Designed to meet all road trial requirements in the automotive and commercial vehicle sectors, the FLEETlog2 CAN bus data logger is suited for individual test requirements as well as those of fleet testing.
IPETRONIK provides the new IPETRONIK-X IPEmotion PlugIn
Releasing the new IPETRONIK-X IPEmotion PlugIn V 01.04.00, IPETRONIK provides X module users with major innovations concerning data acquisition speed. Data acquisition rates of up to 10 kHz for Mx-SENS and up to 40 kHz per channel for Sx-STG, as well as extensions and optimizations of the intuitive user handling in adjustment functions with reference value target and graphical display of useful measurement range are some of the innovations.
Performance Boost for M-LOG Data Logger Systems from IPETRONIK
IPETRONIK's business sector IPEmeasure delivers the M-LOG Upgrade Package. An upgraded M-LOG data logger features a performance increase of up to 60% compared to conventional CAN data processing. The new reserve capacity can be used for additional calculations, trigger functions and storage groups.
Upgrade Kit Boosts Data Logger Performance
IPETRONIK's business division IPEmeasure now provides the M-LOG Upgrade Package. An upgraded M-LOG data logger features a performance increase of up to 60 per cent compared to conventional CAN data processing. The new reserve capacity can be used for additional calculations, trigger functions and storage groups.
8-Channel Temperature Measurement Device In An M2 Enclosure
IPETRONIK upgrades the second generation of its M-Series CAN modules by adding M-THERMO2, an 8-channel temperature measurement device connectable to K-Type Thermocouples (NiCr/NiAl). The redesigned M2-Series enclosure uses reduced dimensions of 106 mm x 30 mm x 50 mm (W x H x D) and is designed for use in the engine compartment supporting IP67 protection class, as well as the extended temperature range of -40 °C to +125 °C. A supply voltage in ...
IPETRONIK Announce FleyRay-Extender For M-LOG And IPElog Data Loggers
IPETRONIK’s division IPEmeasure extends its M-LOG and IPElog data logger series introducing the newly developed galvanic isolated 2-channel FlexRay-Extender. FlexRay is a serial fault-tolerant field bus system used in many highlevel electronic chassis and driver assistance systems. This bus system is characterized by a significantly higher bandwidth of 10 MBit/s, as compared to the CAN bus, and a deterministic and time-controlled transfer chara...
IPETRONIK now provides a new 4-Channel Analog Input Device for Voltage and Sensor based Measurements
IPETRONIK upgrades the second generation of its proven M-Series by adding the new M-SENS2 a 4-channel analog input device with direct CAN bus output. The new module is compatible with the previous M-SENS and provides the same type and number of measurement ranges.
IPETRONIK’s IPEmotion 2013: Name and functions got updated throughout all Editions
IPETRONIK provides a new version [V03.00.00] of its configuration and data acquisition software for download under the designation IPEmotion 2013. One of the most important innovations is the now available illustration of GPS data using the OpenStreetMap Server.
IPETRONIK Offers High-Performance Data Loggers With Twelve CAN-Bus-Measuring Inputs For Automobile Tests
With IPElog, the IPETRONIK-business unit IPEmeasure offers a data logger for particularly high measuring requirements in the mobile data acquisition area. IPElog adds to the successful M-/S-LOG- and FLEETlog-family for consistent further development based on the more than 15 years of experience of IPETRONIK in the field of stand-alone data logger equipment. The new data logger is distinguished by enhanced features and higher performance for dat...
IPEmotion ATMEL Processor
IPETRONIK video demonstarting interface digital and analog IOs of ATMEL processors to the IPEmotion measurement software.
IPEmotion Pollin AVR NET IO
Video showing how to operate and control the Pollin AVR-NET-IO Board and the K8 IO relay card with the free IPEmotion test and measurement software.
IPETRONIK Announce New Plug-In For Its IPEmotion Measurement Software
IPETRONIK has enhanced the application scope of its measurement and data acquisition software IPEmotion by new AVR-NET-IO- and Atmel-Plug-in of Technikmedia. Hence, IPEmotion can also be deployed in other areas beyond the typical measurement data acquisition. The new Plug-in once again emphasizes on the hardware independence of measurement software.