FEEDBACK TYPE AGING CABINET TOP-100V30A-8CH

SunkaLead TOP-100V30A-8CH Regenerative Battery Pack Aging Cabinet

The SunkaLead TOP-100V30A-8CH is a regenerative battery pack aging cabinet with eight independently controlled test channels. Its 100V-class system supports charge-discharge evaluation at currents up to 30A per channel for packs that remain within the documented operating ranges.

It is intended for repeated electrical testing, capacity evaluation and review of pack behaviour over a defined sequence. This differs from a brief end-of-line load check: an aging programme follows the pack through controlled operating steps and preserves the results for comparison with an approved acceptance method.

The technical document specifies a charging range of 0-100V and a discharge range of 6-100V at the equipment port. Charging and discharging current settings extend from 0.03A to 30A. Four-wire measurement connections separate the voltage-sensing path from the current-carrying leads, supporting a properly configured test connection.

The energy-feedback system handles discharge energy through its regenerative architecture rather than relying only on resistive dissipation. Actual site energy consumption depends on the test schedule and installation; it should not be inferred directly from a headline efficiency percentage.

Programmable charging, discharging and rest steps support repeatable procedures. Computer records provide operating data, curves and Excel output for reviewing a cycle or comparing packs. Establish the recipe and required reporting fields before collecting production results.

Select this cabinet from the pack's highest charged voltage, lowest required discharge voltage, permitted current and connector arrangement. A nominal voltage label does not establish compatibility. Check the complete cycle against the equipment ranges and the pack manufacturer's limits.

Identify whether the pack uses shared or separate charging terminals and specify the required current and sensing connections. Discuss any temperature channels, BMS communication or additional integration as part of the ordered configuration. For production planning, include the full charge, discharge, rest and handling times when estimating how many packs the eight-channel station can process. Do not treat the channel count as a guaranteed daily output.

Applications

• Controlled battery pack charge-discharge cycling.

• Capacity evaluation within the supported voltage range.

• Production aging procedures for approved lithium packs.

• Development comparison of pack operating behaviour.

• Traceable cycle records for battery quality teams.

Installation Guide

Qualified personnel should commission the cabinet using the specified three-phase electrical supply, protective earth and manufacturer-approved feedback connection. Confirm that the site installation supports the supplied equipment and its operating load. Provide the required clearances and suitable arrangements for safely supporting the test packs.

Begin with approved reference packs and verify the current leads, sensing leads, channel identification and programmed limits. Review the first complete cycle before authorising production use. Keep connectors and cables in good condition, maintain calibration records and preserve the approved recipe with each batch. Stop testing whenever the pack, connection or equipment behaves outside the expected conditions.

Why Choose ARB Accessories?

ARB Accessories brings together pack-testing equipment, BMS products, wiring, connectors and battery-assembly components for Indian manufacturers. Share the pack voltage limits, intended test current, connector arrangement and required reports when enquiring about this model. Reviewing the complete test connection and workflow helps distinguish a suitable production tester from a machine selected only by its maximum current rating.