DESIGNED FOR BATTERIES
Fast recording of battery parameters
The efficient and precise characterization and diagnosis of battery cells are crucial for testing the performance and service life of purchased or self-manufactured battery cells.
Rapid EIS technology
Rapid EIS technology is a further development of multi-sine excitation. You can measure the electrochemical impedance spectrum of your battery in just a few seconds with significantly higher measurement accuracy and resolution.
Optimized for commercial batteries
The current excitation and voltage measurement of the Inspectrum.10-5 MEAS-1 system is optimized for commercial lithium-ion and sodium-ion batteries. You always receive accurate and reproducible results for your battery cells.
Effortless integration
The Inspectrum.10-5 MEAS-1 is characterized by a compact design and numerous interfaces for minimal effort integration into existing test infrastructure. The Inspectrum.10-5 MEAS-1can be conveniently controlled and read out from external sources.
Plug in! Let's go!
Start the Inspectrum. Connect the battery. Start the measurement. View the results.
Simple integration
Numerous interfaces enable simple integration, control and in the test field.
Multisine or sweep
Capture up to 32 frequency points in one second with multi-sine or measure in the classic way with sweep.
Ultra-fast in burst mode
High dynamics? No problem. With burst mode, you can capture hundreds of measurement points per second.
Resistant against interference
The innovative switch-mode excitation and low-noise voltage measurement guarantee high measurement accuracy.
Individually optimizable
The user has complete freedom to set the parameters individually for his measurement and to optimize them for the device under test.
All are the same
Whether small consumer or large automotive battery cells, the Inspectrum.10-5 MEAS-1 is suitable for all common cell chemistries and geometries.
By and for users
The Inspectrum.10-5 MEAS-1 is based on more than 10 years of experience in the field and is optimized for use in large test laboratories.
Efficient characterization and modeling
SUITABLE FOR YOUR BATTERY APPLICATION
Quickly and efficiently capture the electrical characteristics of your battery to parameterize its thermal model
Quickly and efficiently capture the thermal characteristics of your battery to parameterize its thermal model
Quickly and efficiently capture the aging trajectory of your battery to parameterize your aging and usage model
Quickly and efficiently capture safety-critical battery process to determine the operating limits of their battery
Cost-efficient and precise
The Inspectrum.10-5 MEAS-1 105 is the most efficient tool on the market for understanding batteries quickly and inexpensively.
Switched-Mode-Design
In compact dimensions, it combines a high excitation current with precise voltage measurements, making it easy to measure cells with < 0.5 mOhn internal resistance and > 150 Ah capacity.
Plug-and-Measure
Measure your battery in a few seconds. The Inspectrum.10-5 MEAS-1 and Inspectrum.Suite software is ready to use in just a few clicks.
Easy condition and integration
You can integrate the Inspectrum.10-5 MEAS-1 into your existing test infrastructure via CAN and control it via external devices.
STAND ALONE USE
Quick setup and commissioning
The Inspectrum.10-5 MEAS-1 can be set up and connected to the battery cell in just a few minutes. As soon as the device is connected to the PC and the Inspectrum.Suite software, you can record all relevant electrical parameters of the battery and evaluate them conveniently in the Inspectrum.Suite.
Simple control of external devices
In addition to the Inspectrum.10-5 MEAS-1, the Inspectrum.Suite software can also be used to control test chambers and cyclizers. This allows you to plan complex test sequences for batteries, run them automatically and evaluate the results automatically. This means you have all the necessary components for testing.
INTEGRATION INTO THE TEST FIELD
Full control via CAN
The Inspectrum.10-5 MEAS-1 can be easily integrated into existing test infrastructures via the CAN interface. The measuring system can be configured, controlled and read out via the CAN interface. The interface can be easily integrated into the higher-level control software.
For challenging environments
The Inspectrum.10-5 MEAS-1 has been developed for challenging environments and has numerous filter elements to minimize interference coupling. With a suitable test setup, the Inspectrum ensures accurate and reproducible EIS measurements that ensure precise battery modeling.
Combinations with Multiplexers
Plug-and-play extension
The Inspectrum.10-5 MUX-8 is a fast and efficient extension for the Inspectrum.10-5 MEAS-1. It allows the measuring system to be expanded to up to 20 channels. With rapid EIS measurement, the system offers the fastest and most efficient solution for obtaining EIS data from a wide range of battery cells.
Conventional control and safety
The Inspectrum.10-5 MUX-8 is permanently connected to the Inspectrum.10-5 MEAS-1and the individual channels are controlled as usual via the CAN interface or via Inspectrum.Suite software. Each channel is protected by a separate contactor to ensure maximum safety.
Convenient and easy to control
Easy configuration and control
With the Inspectrum.Suite software, the Inspectrum.10-5 MEAS-1l can be configured and controlled easily and conveniently. The software also enables the automated execution of complex test sequences and the integration of additional test systems, such as cyclizers and temperature chambers.
From measurement data to model
The Inspectrum.Suite software is also characterized by intuitive management, visualization and evaluation of the generated measurement data. Electrical battery models can be parameterized and exported from the EIS data in just a few simple steps.