CE-5008Q-20V30A-SMB-DS

CE-5000 Battery Testing System

Battery Test Equipment-NEWARE

CE-5000 Battery Testing System

Professional 8-channel battery cycler with 3mA-30A 4-range current. Applied in micro-current standby detection for drones, SMBus protocol decoding for laptop batteries, and production line module aging validation-featuring 100Hz high-speed data acquisition and 30ms dynamic current transition.

Ultimate control within your fingertips: Personalized temperature regulation.

Electric Vehicles

Communication Energy Storage

Electric Energy Storage

The CE-5008Q-20V30A features a dual-closed-loop structure of constant current and constant voltage sources. It offers high-precision voltage and current testing, rapid response, and support for various testing modes, including constant current (CC), constant voltage (CV), CC-CV, and pulse charge/discharge. This makes it suitable for evaluating performance parameters of various batteries used in laptops, drones, and power tools, providing a comprehensive battery testing solution.

Built-in PC high integration.

The system integrates a computer into the charge/discharge equipment rack, enabling standalone operation without an external computer. This design significantly saves laboratory space and reduces external wiring, lowering the risk of wiring failures and enhancing test reliability. It also supports remote monitoring and operation, enhancing the system's flexibility and convenience.

Comprehensive and accurate battery performance evaluation.

With 4 current ranges and rapid response, it captures battery performance details for reliable health assessment.

Covering 0.03A, 0.3A, 3A, and 30A, ±0.02% of F.S. accuracy, from micro - pulse discharge to 30A load testing, accurately captures battery degradation mechanisms.

≤30ms current response time to capture dynamic changes during charge/discharge, replicating real - world transient conditions.

8 channels sampled synchronously at 100Hz (Δt=0.01s/ΔI=30mA/ΔU=20mV) to detect micro-short-circuit internal resistance changes.

Four - wire measurement eliminates lead resistance errors.

Nested loops up to 4 layers deep to simulate complex real-world conditions, such as fast-charging followed by daily use or different load scenarios.

SMBus protocol parsing and custom DBC configuration.

SMBus/I²C protocol parsing and custom DBC configuration read battery state data. It supports intelligent battery dynamic management and testing, synchronously decoding over 20 parameters including SOC/SOH/temperature. During testing, DBC files help identify issues by parsing messages and locating abnormal signals.