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Data Sheet Model 2560

Data Sheet Model 2560
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Battery tester for diagnosis, testing, analysis Preliminary data sheet Highlights V oltage measurement of 0 … 5 VDC to 0 … 60 VDC A C resistance range (impedance) 0 … 1 mΩ and 0 … 1 Ω F requency range 0.1 Hz … 1 kHz T emperature measurement 0 … 60 °C C apacitance measurement approx. 25 mAh to approx. 10 Ah V ery good price / performance ratio E xtremely compact design U SB port incl. convenient PC software for configuration, battery test and analysis Areas of application The extremely compact, universal battery tester is a measuring device which is attractively priced and can be operated intuitively via PC software. Irrespective of the battery technology, deployment areas can be found in development, manufacturing, service or maintenance in order to be able to reliably and quickly obtain and evaluate important battery parameters such as open circuit voltage, impedance, temperature and capacitance. Decisive test object characteristics such as charge status, health, heating, operating behavior and damage can be evaluated and determined. Battery tester model 2560 is very suitable for analyzing and testing round or prismatic battery cells which are used in large-scale storage in partially or fully electrified mobility vehicles, industrial trucks, power tools and in communication electronics, for example. Product description The battery tester operates in accordance with the well-tried four conductor measuring method and combines the functionality of a testing device and an analyzer. The measuring device supports exact determination of the real (ohmic component) and imaginary component (capacitive or inductive component) of batteries with the impedance measurement and the spectral (complex) impedance measurement. The measurement results are displayed in a locus curve in accordance with the real component and the imaginary component. The respective battery voltage is also recorded during these measurements. With the aid of various approximation functions, important model parameters such as serial inductance, series and parallel resistance and double layer capacitance can be determined and evaluated using the intuitively operated PC software. All measurements can be stored or displayed using log viewers and analyzed by means of gap-free history examination. The capacitance measurement is determined via discharging with a constant current until the end point voltage is reached. You can choose between partial or complete discharging of the battery. A temperature measurement can be carried out on the test object using external Pt1000 measuring sensors. The battery tester is supplied via with 5 VDC via a galvanically isolated USB interface and there does not require an additional power supply. burster – Technical changes reserved. All

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Technical data DC battery voltage measurement Range (adjustable) Resolution Measuring accuracy Input impedance AC resistance measuring ranges Communication interface Power supply Power supply / power consumption Total power dissipation Size 5 VDC (via USB connection, galvanically isolated) max. 0.5 W 12 W (depending on measuring current and test object) EN 61000-6-3 2011-9 EN 61000-6-2 2006-3 and EN61000-4-3 2011-4 EN 61000-4-2 2009-12 EN55011 2014-1 6 pin Lemo PXG, contact protection (four conductor measurement) 4 pin Lemo EXG.0B.304.HLN High-quality aluminum 4171-002560EN-5699-111532...

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Calibration / test interval We recommend periodic checking at 12 monthly intervals. To do this, please send the device to us. Principle of operation The battery tester operates in accordance with the four-conductor method (Kelvin connection) and has 4 connections for impedance measurement: 2 connections for power input (Force + and Force -) and 2 connections for voltage measurement (Sense + and Sense -). The battery tester applies an AC current IAC that is relatively small in relation to the load current to the test object (battery, accumulator), and measures the resulting voltage drop UAC...

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Temperature measurement To determine the temperature of the test object, a Pt1000 sensor can be connected to the Lemo socket attached to the front panel. The temperature can be recorded and logged during the single impedance measurement and also the spectral impedance measurement. Voltage measurement In parallel to the single frequency or spectral impedance measurement, the terminal voltage (0 ... 5 VDC; 0 ... 60 VDC) is measured. Analysis and diagnosis PC software The innovative, intuitively operated PC software for battery tester model 2560 is used wherever comprehensive visual analyses,...

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