Test & Measurement
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 data logging. These include, twelve ISO 11898-2-compliant CAN-Bus-measuring inputs, Quick start with No Message Lost-Function, as well as, a removable 1.8-inch-Solid-State-Disk for the storage of large amounts of data. GPRS/UMTS/3G/WiFi-Hardware and a GPS-receiver are integrated for the wireless data-transmission and global positioning. For CAN-protocols there are optional CCP, XCPonCAN, XCPonETH, KWPonCAN and UDS available.
IPElThe data logger has a 206.5 mm x 72 mm x 151mm (B x H x T) high-quality aluminium housing according to protection standard IP54 and weighs 1890 g. It operates in the temperature range of –40 °C to +85 °C at a relative humidity of 5 to 95 %. Voltage of 9 VDC to 36 VDC is required for the power supply. A low power consumption of typically 12 Watt, as well as, no rotating devices like fans or hard-disks make the logger even more suitable for the automotive use. All measuring inputs, power supply and the housing are completely galvanically isolated from each other.
According to Harry Störzer, Head of Application & Support at IPETRONIK, “With IPElog, we enhance our successful M-/S-LOG- and FLEETlog-family by adding an efficient data logger with additional functions and integrated components, which are not available with previous loggers or are only available as external optional component. With the new functions and significant increase in performance, IPElog is the ideal solution for automobile development departments, which must measure multiple CAN-buses with lots of measuring signals and/or high data rates.”