Battery Pack Test System – 9200 Series
An integrated device for testing electrical installations that includes five AMETEK Programmable Power companies, which manufactures in the United States a series of compact suppliers that enable a sinusoidal or straight signal output devices in one, NH Research
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Battery Test System for Automated Characterization Testing, Power Cycling Testing, Life-Cycle Testing & More!
NH Research, Inc.’s (NHR) battery test equipment, featuring battery emulation technology, includes, the Battery Pack Test Systems (9200, 9210), Low Voltage/High Current Battery Test System (9220), and the High-Voltage Battery Test System (9300) series. NHR’s regenerative, bidirectional DC sources are used as regenerative DC loads, high power DC sources, battery test or battery emulation. These battery test systems are used to emulate a battery rather than using a real battery which dramatically reduces testing time, provides highly repeatable test results, and creates a safer test environment. Also, preparation time, operator errors, and result variations due to battery temperature or aging, are eliminated.
Features
- Best configuration flexibility
- Custom waveform/profile generation
- Microsecond voltage, current & mode transition times
- Built-in digital measurements with charting & scope displays
- 3 test system control options including a Touch-Panel interface
- Expandable from 12 to 252kW with 40 ,120 or 600V bi-directional DC loads
- Regenerative, 87% efficiency of discharge power returned to AC mains
- Multiple safety layers to protect battery being tested
- Battery emulation and burn-in applications
The Battery Module/Pack Test System (9200 Series) is designed for all battery chemistries including lead-acid, nickel-cadmium and lithium-ion. This battery test system is ideally suited for applications where maximum tester configuration flexibility is needed to adapt to a broad range of battery voltage, current and power requirements now and in the future (see diagram).
Another good fit is where high-speed set & measurement are necessary to better characterize battery transient performance.
A third application is where easier and faster test program creation is desired.
All applications benefit from the battery test systems discharge power recycling capability, which results in both a cooler test environment and system cost recovery in a few years. Other battery pack test system applications such as battery emulation, battery charger test and power supply burn-in are covered in supplemental product bulletins.