YPSDZ BATTERY PACK CAPACITY TESTER 3010

YPSDZ 3010 30V 10A Battery Pack Capacity Tester

The YPSDZ 3010 is a 30V 10A-class battery pack capacity tester with charging, discharging, rest and cycling functions. It is intended for appropriately matched small batteries and modules whose complete voltage window fits the instrument's operating range.

For a small-pack development or service bench, one controlled procedure can establish how a sample behaves after a defined charge and rest period. Keep the battery identity and procedure together so that a later test can be compared on a like-for-like basis. A meaningful capacity result depends on those conditions, not just the model printed on the tester.

The catalogue identifies 30V and 10A maximum charge/discharge capability with a 300W rating in each direction. The instrument supports local operation and a USB connection for the manufacturer's computer workflow. Charge, discharge, rest and cycle steps allow the test to be structured around the battery rather than reduced to an arbitrary load test.

Maximum ratings do not define the correct settings for every pack. Select charge voltage, current, rest time and discharge endpoint from the approved battery specification. The measured capacity is the outcome of that procedure. A battery that terminates early because its BMS operates should be investigated separately from one that completes the intended discharge normally. Retain both the curve and the event description where the selected software supports them.

Verify the battery's maximum charged voltage before choosing this 30V-class instrument. A pack described only as 24V may use different chemistries and full-charge voltages, so nominal voltage alone is not sufficient. Check the complete operating range and the delivered tester's minimum settings before approving a recipe.

Match the cable and connector arrangement to the expected current and terminal style. Confirm the supplied mains version and supported computer software when planning the bench. Where a common test procedure is used for production samples, control revisions and define how incomplete tests will be handled. Do not bypass a pack's protective circuit merely to obtain a longer discharge or a larger capacity number.

Applications

• Capacity evaluation of compatible low-voltage battery packs.

• Small-module charge-discharge development testing.

• Repeatable rest and cycle test procedures.

• Incoming or after-sales small-battery comparison.

• Recording identified sample performance for engineering review.

Installation Guide

Install the tester on a stable bench with clear airflow and the correct grounded supply. Inspect the current path, connector insulation and polarity before connecting a battery. Confirm the approved recipe and verify the software connection only after the physical test arrangement has been checked.

Start with a reference battery and review the full charge-rest-discharge sequence before testing customer or production samples. Check termination behaviour and the association between sample labels and recorded results. Stop for abnormal heating, unexpected protective operation or unstable connections. Maintain the original test record and explain any retest. Follow the battery's approved storage procedure once testing is complete, rather than leaving every sample at the same arbitrary state of charge.

Why Choose ARB Accessories?

ARB Accessories supplies battery-testing equipment and the BMS boards, connectors and wiring used around it. Share the pack chemistry, maximum voltage and target current when discussing the YPSDZ 3010. Specifying the complete test requirement helps Indian battery businesses choose a suitable small-pack station and avoids treating a nominal-voltage label as a substitute for an operating specification.