Electrical energy is returned to the AC grid during discharge
100% duty cycle standard – No system power limit, test channel rated for continuous operation at full power, allows use in testing very high power storage batteries and EV systems
Drive Cycle Simulation – Waveforms can be imported into the test procedure to increase test efficiency and reduce potential operator error
Local emergency cut-off switch, automatic shutdown on loss of AC power, reverse voltage protection, internal circuit breakers – Provides a high level of safety
Automatic scaling of data in W/kg or C-rate for drive cycle simulation programs and other test procedures – Reduces operator workload
Real-time data and graphics – Allows battery performance to be visually monitored at any time as the test progresses
Advanced Multi-Level Pulse (AMLP) – Design complex pulse profiles with up to 15,000 levels for high-precision battery testing.
Ultra-Fast Data Collection – Log data at 1 kHz across multiple channels with 20 kHz sampling for the first milliseconds, capturing critical transient events.
High-Resolution Step Length Control – Specify test steps as short as 750 microseconds with 1-microsecond increments, enabling ultra-fast dynamic testing.
High-Speed Set Point Lock-In – Achieve setpoint stabilization in as little as 1 millisecond, ensuring accurate and consistent results.
Customizable Waveforms – Stream external text test files with programmable waveforms, supporting constant current or power modes with 1-millisecond increments and 1-microsecond resolution.
Unmatched Flexibility – Run multiple unique waveforms in a single test without limitations on the number of levels.
Comprehensive Data Logging – Log data on current, voltage, time, and other factors continuously, providing comprehensive performance insights.
Optimized for Complex Testing – Ideal for cycle life testing, pulse power characterization, impedance measurements, and battery performance evaluation.
Scalable and Modular Design – Expand testing capabilities by integrating multiple Series 6000 units, ensuring scalable solutions for R&D and production environments.
The S type Channel card provides economical, high-performance power measurement with a basic 0.1% accuracy and enough bandwidth to handle waveforms up to 1.25 MHz.
The A-type ultra-precision Channel card offers a 2-year accuracy rating of 0.03% of reading and bandwidth up to 1.25 MHz.
The W type Wideband Channel card performs precision power measurements on the toughest real-world waveforms, with sampling speed fast enough to tame waveforms up to 5Mhz
The S type Channel card provides economical, high-performance power measurement with a basic 0.1% accuracy and enough bandwidth to handle waveforms up to 1.25 MHz.
The A-type ultra-precision Channel card offers a 2-year accuracy rating of 0.03% of reading and bandwidth up to 1.25 MHz.
The W type Wideband Channel card performs precision power measurements on the toughest real-world waveforms, with sampling speed fast enough to tame waveforms up to 5Mhz
The S type Channel card provides economical, high-performance power measurement with a basic 0.1% accuracy and enough bandwidth to handle waveforms up to 1.25 MHz.
The A-type ultra-precision Channel card offers a 2-year accuracy rating of 0.03% of reading and bandwidth up to 1.25 MHz.
The W type Wideband Channel card performs precision power measurements on the toughest real-world waveforms, with sampling speed fast enough to tame waveforms up to 5Mhz
• High Power Accuracy of 0.045% For All Channels
• Improved Voltage and Current Self-Heating Adders
• Faster Sampling Rates & Bandwidth Performance
• Greater Harmonic Frequencies
• Ultra High Power Accuracy of 0.024% For All Channels
• Improved Voltage and Current Self-Heating Adders
• Faster Sampling Rates & Bandwidth Performance
• Greater Harmonic Frequencies
