The Battery Capacity Tester uses a separate power supply design, with measurement and display circuits operating independently from the test terminals. This arrangement helps deliver more accurate and reliable results by reducing interference from the load and connections. Key benefits Accurate measurements: independent measurement and display circuits minimize crosstalk and load effects for trustworthy test data. Clear realtime monitoring: an LCD display provides essential data at a glance to help you track test progress and results. Safe testing: builtin protection for undervoltage, overvoltage, overcurrent, overpower, and overtemperature protects both the device under test and the tester itself. Easy operation: manual current adjustments are tool thanks to a longhandled potentiometer, suitable for users of all experience levels. What makes it stand out Independent measurement architecture: the measurement and display subsystems run on a separate supply from the test terminals, enhancing measurement integrity. Comprehensive data visibility: essential parameters are shown in real time (load input voltage, current, power, discharge time, temperature) for straightforward assessment. Robust protection set: multiple safeguarding mechanisms help prevent damage during testing. Key attributes Function: battery capacity testing with independent measurement and display circuits. Protection: undervoltage, overvoltage, overcurrent, overpower, and overtemperature safeguards. Adjustability: manual current control via a longhandled potentiometer, enabling precise, tool changes. 23 practical use scenarios Scenario 1: RD lab testing of Liion cells or battery packs during development to determine capacity, discharge behavior, and thermal response. Scenario 2: Manufacturing QC to verify battery packs before shipment, ensuring specifications are met under controlled discharge conditions. Scenario 3: Service and work to evaluate remaining capacity and performance of aged or refurbished battery cells in a controlled test setup. Specifications at a glance Independent power supply design for measurement and display circuits. LCD display showing load input voltage, current, power, discharge time, and temperature. Safety protections including undervoltage, overvoltage, overcurrent, overpower, and overtemperature. Manual current adjustment with a longhandled potentiometer (tool).