What are the key challenges in battery cell testing?
Through our decades of knowledge and expertise in batteries, we know that:
- Battery cell characterization is complex, sensitive, and error-prone
- There is a pressing need to automate cell characterization tests for R&D
- Inefficient equipment design leads to errors in results, especially EIS.
Resolving industry R&D challenges with speed and innovation
Efficient and precise battery cell characterization is essential for optimizing product performance and predicting service life.
Using our innovative multi-sine rapidEIS technology and a powerful software suite, streamline your cell testing process and your testbench to test your cells faster with unparalleled precision and accuracy.
Everything you need for battery diagnostics
Inspectrum.10-5 HD Series
We offer the highest measurement reproducibility and accuracy with our innovative system to ensure that you get the best results.
- Achieve >99% accuracy in your measurement results
- Robust hardware eliminates all external influence on measurement results
- Accurate measurements that give you accurate models of your battery cells
Our rapidEIS technology will help you achieve unparalleled speeds of measurement and characterization tests for your battery cells.
- Boost your testing speed
- Run 24x7 automated cell characterization tests
- Fast rollout of your products in the market
Scale your battery characterization tests across 20 channels of multiplexing in a standard 19-inch rack housing within your cycler rack.
- Highest multi-sine EIS channel density in the market
- Save costs: test many cells with only 1 system
- Low-power design, no active cooling needed
The Inspectrum.HD series offers the most seamless and hassle-free integration with your existing cell cycler and thermal chamber testbench setup.
- Easily integrable with versatile interfaces
- Externally control and fully automate your tests
- Get result data in your desired formats
Inspectrum.10-5 HD
Performance and Precision at its core
Various housing options to fit your testbench setup
Inspectrum.10-5 HD
Be fast, be precise, be the best
Ultra-fast measurements combined with a compact design make the Inspectrum.10-5 HD a powerhouse in terms of efficiency. It requires no active cooling and is maintenance-free, ensuring smooth operation and saving time and resources.
With the ability to expand up to 20 multiplex channels, this device is adaptable to your evolving test requirements. It integrates seamlessly with existing test benches and extends the functionality of your current facility without interruption.
Take your testing experience to the next level with the Inspectrum.10-5 HD - the perfect blend of precision, speed and adaptability!
Full control via CAN and Ethernet
All Inspectrum.10-5 HD systems can be easily integrated into existing test infrastructures via the CAN interface. The Inspectrum.10-5 HD can be configured, controlled and read out via the CAN interface.
The interface can be easily integrated into the higher-level control software.
Convenient and simple control
Impedance spectroscopy with the Inpectrum.Suite
Intuitive, user-friendly interface
The Inspectrum.Suite software suite is easy to use, yet powerful to meet all your cell characterization testing needs. Easily configure the settings and start your first EIS measurement right away!
Measure, see, analyze, and get results
Immediate visualization of the measurements is essential to get a quick overview of the quality of the measurement data. The Inspectrum.Suite offers a quick visualization with additional analysis tools to interpret the data and generate results in your desired file formats.
Full control with automation
Automated tests help to get faster results and saves testing time and cost. The Inspectrum.Suite gives you the tools to fully automate your tests and run them 24x7.
Technical Specifications
| EIS Measurement Channels | 1 |
| EIS Multiplexer Channels | 12 / 16 / 20 |
| AC current output (1 Hz – 10 kHz) | Max. 10 A (peak-peak) |
| AC excitation | parallel multi-sine, up to 32 frequency points |
| DC current output (charge and discharge option) | max +/-1 A |
| EIS measurement charge/discharge | Yes |
| EIS measurement during temperature change | Yes |
| Temperature Measurement Input | 1 CH RTD ( Optional ) |
| DC voltage range | 0 - 5 V |
| Frequency range | 1 mHz - 10 kHz |
| Accuracy frequency | 100 ppm |
| Interfaces | USB, CAN |
| Voltage Input Resolution (DC) | < 0.5 mV |
| Voltage Input Resolution (AC) | < 2 μV |
| Impedance range | 0.1 mΩ - 100 mΩ |
| Accuracy |Z| (typical, after calibration) | < 1 % |
| Accuracy arg(Z) (typical, after calibration) | < 0.5 ° |
| Input Power | < 60 W |
| Input Voltage | 110- 230 V AC |
| Casing (W x D x H) | 19“ x 50cm x 3U |
| Ambient temperature | +10°C to +30°C |