DALY SMART ACTIVE BALANCER 10S 1A

DALY SMART ACTIVE BALANCER 10S 1A

The DALY SMART ACTIVE BALANCER 10S 1A is a DALY smart-series active equalization module for 10-series lithium battery packs. DALY's smart active-balancer family is designed around energy-transfer balancing with a maximum continuous equalization current of approximately 1A. By moving energy from higher-energy cells toward lower-energy cells, the module helps reduce cell-voltage spread and can improve the usable consistency of a healthy multi-series battery pack.

The balancer should be treated as a cell-equalization accessory, not as the primary protection BMS. A complete battery still requires correctly configured protection for overcharge, over-discharge, overcurrent, short circuit and temperature. The smart-series designation differentiates this product family from DALY's basic hardware balancer; however, the exact communication method, app compatibility and included accessories of the 10S stock unit should be confirmed from the supplied module and current package before those functions are promised in an installation.

DALY's official smart active-balancer product family covers 3S to 24S configurations and specifies up to 1A continuous equalization current. The 10S version is selected for a battery with exactly 10 cell groups in series. Active energy transfer is more efficient than dissipating all excess cell energy as heat through balancing resistors, particularly when a pack requires more correction than a low-current passive balance circuit can provide.

The 1A balancing-current figure applies to equalization between cell groups and should never be interpreted as the battery's charge or discharge current rating. Pack load current is determined by the cells, BMS, power conductors, connectors and system design. Balancing is most effective when cells are fundamentally healthy and reasonably matched. A cell with high self-discharge, abnormal internal resistance or physical damage should be diagnosed and replaced rather than continuously compensated by the balancer.

Match the exact 10S series count and verify the supported chemistry/voltage range of the supplied DALY module. Confirm the harness pinout, connector orientation and any communication accessory before installation. In service work, record all cell-group voltages before connecting the balancer. Large or recurring imbalance can indicate cell aging, poor interconnect resistance or unequal thermal conditions and should be investigated instead of treated only as a balancing issue.

Applications

• 10S lithium battery pack production, commissioning and maintenance.

• EV, scooter, e-bike and light-vehicle packs with a compatible 10S architecture.

• Solar, inverter, UPS and energy-storage battery modules.

• Battery workshops performing cell-balance correction and pack health checks.

• OEM systems that use a separate protection BMS and external smart active balancing.

Installation Guide

Disconnect the charger and load, then measure each cell group in sequence from pack negative to pack positive. Connect balance leads only in the order specified by DALY, with no skipped or reversed cells. Mount the module where the harness cannot be pinched and where conductive debris cannot contact the PCB or connectors. After connection, verify that reported cell voltages correspond to meter readings and monitor the pack through a controlled charge/discharge cycle. If the smart variant uses software or an accessory interface, configure only parameters that are supported by the exact model documentation.

Why Choose ARB Accessories?

ARB Accessories focuses on lithium-battery, EV, energy-storage and battery-pack assembly components for professional workshops, OEM projects, service businesses and system integrators. The catalog brings together battery-management electronics, active balancers, connectors, insulation materials, enclosures, wiring, terminals, fuses, testing equipment and assembly tools. Buying related components from one specialist source can simplify specification matching and procurement. Final suitability should always be confirmed against the exact electrical design, mechanical layout, equipment interface and safety requirements of the application before installation.