2560 Battery tester

• Features

  • Spectral impedance measurement
  • Voltage measurement of 0…5 VDC to 0…60 VDC
  • AC resistance range (impedance) 0…1 mΩ and 0…1 Ω
  • Frequency range 0.1 Hz … 1 kHz
  • Temperature measurement 0 … 60 °C
  • Capacitance measurement approx. 25 mAh to approx. 10 Ah
  • Very good price / performance ratio
  • Extremely compact design
  • USB port incl. convenient PC software for configuration, battery test and analysis

• Product data

  Model	2560
  Measuring range	Resistance: 1 mΩ, 3 mΩ, 10 mΩ, 30 mΩ, 100 mΩ, 300 mΩ, 1 Ω Voltage: 0 … 5 VDC, 0 … 60 VDC Temperature: 0 … +60 °C
  Resolution	Resistance: 0.01 % of reading Voltage: 0.1 mV, 1 mV Temperature: 0.1 °C Capacitance: approx. 25 mAh to 10 Ah
  Measurement accuracy	Resistance: ±1 % d.A. ± 0.3 % of reading / ±1° Phase Voltage: ±0.2 % d.A. ± 0.02 % of reading Temperature: ±1 °C Capacitance: 1 % of reading
  Temperature value	External Pt1000 sensor
  Interfaces	USB
  Specific characteristics	Spectral impedance measurement Voltage measurement of 0…5 VDC to 0…60 VDC AC resistance range (impedance) 0…1 mΩ and 0…1 Ω Frequency range 0.1 Hz … 1 kHz Temperature measurement 0 … 60 °C Capacitance measurement approx. 25 mAh to approx. 10 Ah Very good price / performance ratio Extremely compact design USB port incl. convenient PC software for configuration, battery test and analysis

• 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.

• Data Sheet & Downloads

  Data sheet

  2560

  DEEN

  Brochure

  Battery measuring technology for automation

  DEEN

• Application Examples

  

  Development-side qualification tests

  on batteries for determining suitability

  Detail