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• Advanced Formation Schedules – Supports up to 18 test steps with subroutines, allowing complex formation programs for Lithium-Ion and Lithium Polymer cells.
• High Channel Density – Configurable with 512 to 2048 test channels, supporting large-scale production and pilot line testing.
• Accurate Data Logging & Analysis – Logs Voltage, Current, Time, Capacity, Energy, and Cycle with high-speed data acquisition at 200 data points per second.
• Flexible Test Modes – Supports Constant Current, Constant Voltage, Constant Power, and Constant Resistance operating modes.
• Seamless Transition from Constant Current to Constant Voltage – Ensures smooth and accurate formation with no interruptions or spikes.
• High Accuracy & Resolution –
  • Voltage Measurement Range: 0 to 5V
  • Voltage Accuracy: ±5 mV
  • Voltage Resolution: 16-bit
  • Current Resolution: 16-bit
• Intelligent Cell Grading – Customizable grade profiles allow cell grading based on performance, ensuring consistent quality control.
• High Scalability & Flexibility – Combine channels in parallel to increase current capability, supporting dynamic testing requirements.
• Advanced Safety Features – Includes automatic shutdown on power failure, status recovery, and reverse voltage protection for safe operation.
• Turn-Key Solution – Complete system with PC computer and software, ensuring quick deployment and easy setup.
• Comprehensive Data Management – Automatic report generation, data backup, and processing with the MIMS Server Application.

• Enterprise-class server.
• Maximum system uptime
• Designed to run 24×7, 365 days a year
• M7© – Hosts up to 7 virtual machines representing 7 desktop computers
• M22 © – Hosts up to 22 virtual machines representing 22 desktop computers
• Server OS hosted on 2 Enterprise-grade SATA-SSD drives, RAID1
• Virtual Machines hosted on shared array qty of eight (14TB) Enterprise-grade SAS-3 hard drives, RAID6
• 2 Enterprise-grade PSU’s, 2 fans, 2 SATA Drives, 8 SAS-3 drives, all of which are hot-swappable CRU’s (customer replaceable units)

Efficient and Precise Cell Balancing

The Maccor Cell Balancer is engineered to:

• Independently charge and discharge each cell within a string, maintaining equal voltage levels across all cells.
• Optimize battery pack performance by preventing cell overcharging or over-discharging, ensuring longer cycle life and enhanced safety.
• Balance up to 8 cells per unit, with the ability to expand to larger battery packs by connecting multiple balancers in series.

Seamless Integration with Maccor Test Systems

The Maccor Cell Balancer is designed to integrate seamlessly with Maccor’s Mactest32.exe software, allowing users to:

• Incorporate cell balancing steps directly into their test procedures.
• Control and monitor cell balancing with real-time data visualization and automated data logging.
• Customize balancing parameters, including charge and discharge currents, ensuring precision and flexibilityfor different battery chemistries and configurations.

• 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.

• 3GHz RF analog signal generator
• AM, FM, PM, Sweep & Pulse Modulation
• Exceptionally Low Phase Noise of -145dBc/Hz @100MHz and 10@kHz offset
• Field ready, with 10” touch screen suited for day and night use and 2 hour battery operation
• Remotely programmable via MATLAB, Python, LabVIEW and other software programming environments.
• Removable uSD card for instrument security

• High voltage output to 300Vp-p (±150V)
• Output current to 150 mA
• Full power bandwidth from DC to >500kHz
• Slew rate to 200V/µs
• Low distortion
• Low cost
• Custom Configuration of gain and signal Ground

• Single channel
• High voltage output to 400Vp-p (±200V)
• Output current to 125 mA
• Full power bandwidth from DC to >500kHz
• Slew rate to 400V/µs
• Monitor Output
• Precise signal amplification for multiple applications
• Compatible with any of the Tabor waveform generators

• High voltage output to 300Vp-p (±150V)
• Output current to 100 mA per channel
• Full power bandwidth from DC to >500kHz
• Slew rate to 200V/µs
• Low distortion
• Low cost
• Custom Configuration of: Gain, Signal Ground

• 12GHz RF Analog Signal Generator
• Extremely fast switching speed of <100μs
• AM, FM, PM Sweep & Pulse Modulation
• Extra small, compact module platform
• Exceptionally Low Phase Noise of -145dBc/Hz @100MHz and 10@kHz offset
• SPI and micro-USB integrated interfaces
• Remotely programmable via MATLAB, Python, LabVIEW
• and other software programming environments.
• Flixible modular platform for OEM and custom requirements
• and applications, to satisfy specific customer demands.
• Multi instrument synchronization capability

• 6GHz RF Analog Signal Generator
• Extremely fast switching speed of <100μs
• AM, FM, PM Sweep & Pulse Modulation
• Extra small, compact module platform
• Exceptionally Low Phase Noise of -145dBc/Hz @100MHz and 10@kHz offset
• SPI and micro-USB integrated interfaces
• Remotely programmable via MATLAB, Python, LabVIEW
• and other software programming environments.
• Flixible modular platform for OEM and custom requirements
• and applications, to satisfy specific customer demands.
• Multi instrument synchronization capability