Advanced Testing Capabilities:
Integrates load/no-load performance testing, NVH analysis, and safety compliance checks for high-precision quality assurance.
Energy Efficiency:
Energy regeneration through bidirectional DC power supplies significantly reduces operational energy costs.
Smart Control & Customization:
CAN bus control enables software flashing and MCU communication, with flexible programmable control for easy parameter adjustment and model expansion.
Modular architecture, safety interlock systems, and active noise reduction ensure stable operation and robust safety.
Demonstration Product
- Motor Test Bench
Production Info
Engineered for end-of-line quality validation of E-motors and analogous components, this advanced Test Bench integrates comprehensive load/no-load performance testing to deliver high-precision, reliable quality assurance for every unit shipped.
Project Composition
Integrating automated test sequences—including software flashing, MCU signal testing, safety compliance, drag torque measurement, resolver self-learning, B-EMF testing, no-load performance validation, external characteristic analysis, temperature rise/efficiency mapping, NVH testing, coolant purging, and more—with deep customization capabilities for complete, intelligent EOL quality validation.
Technology Highlights
Active Noise Reduction: Acoustic enclosure technology significantly reduces ambient noise
Advanced NVH Testing: Objectively quantifies vibration and noise performance
CAN Bus Control: Enables software flashing and MCU communication
Energy Regeneration: Bidirectional DC power supplies slash energy costs
EMC Engineering: Ensures stable and reliable signal acquisition
Flexible Programmable Control: Allows easy parameter adjustment and model expansion
Modular System Architecture: Reduces design time while increasing system reliability
Safety Interlock System: Provides robust operational and equipment safety
Operating Condition Simulation: Delivers data-driven support for motor selection
