High-Precision Vibration Isolation Solution for Automotive Rear Axle Test Bench
This project is applied to an automotive rear axle and powertrain test platform, mainly used to simulate performance testing under real operating conditions. The test bench uses multiple motor drives and an energy recovery system to achieve dynamic load simulation, while sensors monitor key parameters in real time to ensure stable, accurate, and reliable testing.
During testing, the rear axle assembly is installed on the drive axle test bench according to its normal assembly state. The system can perform tests based on different operating conditions, such as low-speed high-torque operation, high-speed low-torque operation, and periodic alternating load operation. To meet the requirements for foundation stability and vibration control in high-precision testing, this project adopts 40 sets of APS membrane-type air isolators and a cross-layout design to create a stable and reliable vibration isolation platform.
Core Advantages
The installation positions of the 40 APS membrane-type air isolators are precisely leveled to ensure the overall flatness and operating stability of the test bench, providing a stable foundation for rear axle and powertrain testing.
The system monitors pressure changes in the air isolators in real time, ensuring that vibration isolation performance remains in optimal condition and helping operators track system status for timely maintenance.
APS membrane-type air isolators provide excellent load-bearing capacity and low-frequency vibration isolation performance, meeting the load requirements of large rear axle assemblies and powertrain components during testing.
The air vibration isolation system effectively reduces the impact of external vibration on the test platform while minimizing vibration transmission from the test equipment to the foundation and surrounding environment. This helps protect precision sensors, testing instruments, and related equipment.
Through high-precision vibration isolation, stable support, and real-time pressure monitoring, the system improves testing environment stability and provides a more reliable data foundation for automotive rear axle and powertrain testing.
Product Advantage Summary
By combining advanced air vibration isolation technology with a cross-layout design, this project provides a high-precision, highly stable, and data-reliable vibration isolation solution for automotive rear axle test platforms.
Typical Applications
Automotive rear axle test benches
Drive axle test platforms
Automotive powertrain testing systems
New energy vehicle drivetrain testing
Motor and reducer test platforms
Automotive chassis and suspension testing systems
High-precision laboratory isolation foundations
AISTECH provides customized air vibration isolation system designs and complete solutions based on different test bench structures, load requirements, testing accuracy, and operating conditions. These solutions deliver stable and reliable vibration control support for automotive testing, powertrain testing, and high-precision laboratory platforms.
