CT4001-60V50A Battery Pack and Supercapacitor Tester

High-Current Battery Pack and Supercapacitor Testing

The CT4001-60V50A Battery Pack and Supercapacitor Tester is a high-power charge-discharge test platform designed for lithium battery packs, protected battery assemblies, and supercapacitor devices requiring pack-level validation. It operates by applying programmable electrical profiles while continuously measuring voltage, current, time, and capacity, allowing researchers and engineers to evaluate cycle life, charge acceptance, discharge behaviour, rate capability, and overall pack stability under controlled conditions.

Principle of Operation and Key Features

The system uses closed-loop current and voltage control to run repeatable charge and discharge programmes. This makes it suitable for research, pilot manufacturing, validation, and quality-control environments where stable electrical loading and reliable data capture are essential.

Key technical features include:

• Voltage range per channel: charge 300 mV to 60 V; discharge 2.5 V to 60 V
• Current range per channel: 250 mA to 50 A
• Per-channel output power up to 3000 W
• Independent channel control for flexible test programming
• Fast current response for dynamic test steps
• 4-wire measurement architecture for improved measurement reliability
• Ethernet communication with data export to common analysis formats
• Multi-step looping for long-term cycling and durability studies

For the catalogue variant shown, the unit is also positioned for supercapacitor testing, with low-voltage discharge capability indicated for suitable configurations.

Applications and Compatibility

Typical applications include:

• EV and mobility battery pack testing
• Supercapacitor module characterisation
• Pack validation with PCB/PCM protection boards
• Cycling, ageing, and comparative performance studies
• Battery R&D laboratories and pilot-scale production lines

This tester fits well alongside battery cyclers, temperature-control systems, BMS testers, and complementary electrochemistry tools from ScienceGears.

Why Choose ScienceGears

ScienceGears supports researchers and engineers across Australia and New Zealand with practical guidance on selecting the right battery testing platform for voltage, current, data, and workflow requirements. In addition to supply, we help customers integrate battery test systems with broader electrochemistry, spectroscopy, and research instrumentation workflows.