The MC30 Series Chassis Dynamometer is designed to conduct comprehensive performance tests on fuel-powered and electric three-wheeled motorcycles. It also meets the testing requirements for integrated performance evaluation of electric two-wheeled motorcycles and electric mopeds.
This single-drive test system comprising a roller set. It’s a new intelligent testing platform independently designed and developed by Tianbo Technology with proprietary intellectual property. It complies with national standards and regulatory requirements, integrating precise road load simulation with user-friendly operation, while referencing advanced domestic and international technologies. The core functionalities of the chassis dynamometer system lie in the accurate simulation of system rotational inertia, the setting of vehicle road load resistance, and the reproduction of road driving resistance. The system incorporates an automatic coast-down method for driving resistance correction and features a dedicated automatic mode. This allows users to complete inertia simulation setting and driving resistance confirmation through simple operations.
The system primarily detects key performance and functional parameters of fuel-powered and electric three-wheeled motorcycles, fulfilling all testing requirements for comprehensive vehicle performance evaluation. It serves as an essential testing tool for OEMs during product performance validation, new product development, and product improvement phases.
The system replicates real-world road test conditions on the test bench, accurately simulating the driving resistance,inertia, and cooling airflow experienced by electric vehicles on actual roads. Compared to similar domestic products, the system boasts a compact, robust structure, simplified installation, comprehensive functionality, advanced technology, and user-friendly operation. Its modular design facilitates upgrades and adaptation to specific user requirements, making it a multi-functional, high-precision, automated testing platform.
Utilizing an Industrial Control Computer (IPC) as the control platform, the system ensures high reliability and strong anti-interference capability, enabling fully automated testing processes. It performs data acquisition and measurement & control, providing users with accurate measurement parameters. Test data and results are automatically displayed, printed and stored.
