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Powertrain

E-drive test stands

Comprehensive testing systems overview with innovation milestones from 2000-2013 including dual-clutch, hybrid motor, and BEV test stands backed by 70+ years of expertise.

Combines intelligent control technology and traditional technology Established 1946, rooted in control and automation 200 employees, 60% engineers and technicians Testing systems for luxury vehicles, e-drives, gears, clutches, auto racing First end-of-line dual-clutch test stand (2000) Automation system requiring no programming knowledge (2004) Test stand with 8,000 rpm drive shaft (2007) Hybrid motor testing capability to 12,000 rpm (2009) Battery electric vehicle (BEV) test stands Magnetization systems for BEV and HEV drives (2013) ATS Advanced open architecture automation system Remote maintenance capabilities 24/7 phone support hotline Worldwide service and training Combines intelligent control technology and traditional technology Established 1946, rooted in control and automation 200 employees, 60% engineers and technicians Testing systems for luxury vehicles, e-drives, gears, clutches, auto racing First end-of-line dual-clutch test stand (2000) Automation system requiring no programming knowledge (2004) Test stand with 8,000 rpm drive shaft (2007) Hybrid motor testing capability to 12,000 rpm (2009) Battery electric vehicle (BEV) test stands Magnetization systems for BEV and HEV drives (2013) ATS Advanced open architecture automation system Remote maintenance capabilities 24/7 phone support hotline Worldwide service and training
Selected Capabilities
Combines intelligent control technology and traditional technology
Established 1946, rooted in control and automation
200 employees, 60% engineers and technicians
E-Drive Test Stands

Our NVH E-Drive Test Stands are designed to provide precision, reliability, and versatility for electric vehicle (EV) testing. Whether you require manual or fully automated operation, these stands integrate seamlessly into your testing environment, delivering unmatched performance for automotive OEMs and Tier 1 suppliers.

Key Features

With the ability to support multiple models and auto-detect gearbox types, our E-Drive Test Stands ensure efficiency and adaptability for various testing scenarios. High-power connections exceeding 1200VDC/1400A and optional embedded water-cooling systems make them suitable for even the most demanding high-voltage systems. Advanced communication protocols such as Automotive Ethernet, CAN (FD), Flexray, and EtherCAT provide seamless integration with modern systems.

Safety and diagnostic capabilities include HIPOT, insulation resistance, and dielectric breakdown tests, while comprehensive analysis functions cover noise, electric performance, power efficiency, and torque testing. Additional applications such as gear shift calibration, park-lock verification, and ECU testing further enhance their versatility.

Advantages

Built with reliable standard components and interchangeable modules, these stands ensure durability and customization for your specific needs. User-friendly controls and intuitive test sequence generation simplify operation, allowing for efficient and seamless workflows.

Whether you’re focused on functional testing, advanced diagnostics, or performance analysis, our E-Drive Test Stands deliver accurate, reliable results to meet the evolving demands of electric drive testing.

Key Features

Combines intelligent control technology and traditional technology
Established 1946, rooted in control and automation
200 employees, 60% engineers and technicians
Testing systems for luxury vehicles, e-drives, gears, clutches, auto racing
First end-of-line dual-clutch test stand (2000)
Automation system requiring no programming knowledge (2004)
Test stand with 8,000 rpm drive shaft (2007)
Hybrid motor testing capability to 12,000 rpm (2009)
Battery electric vehicle (BEV) test stands
Magnetization systems for BEV and HEV drives (2013)
ATS Advanced open architecture automation system
Remote maintenance capabilities
24/7 phone support hotline
Worldwide service and training

Technical Specifications

Year Innovation
1946 Company established with control and automation focus
2000 First end-of-line dual-clutch test stand
2004 Automation system requiring no programming knowledge
2007 Test stand with 8,000 rpm drive shaft and +/-1 mm bearing tolerance
2009 First hybrid motor test stand (12,000 rpm capability)
Post-2009 Battery electric vehicle (BEV) end-of-line test stand
2013 Magnetization system for BEV and hybrid vehicle drives

Applications

Luxury vehicle testing, e-drive testing, gear testing, clutch testing, auto racing applications, battery electric vehicle testing, hybrid electric vehicle testing.

Frequently Asked Questions

Ascential T&M E-Drive Test Stands provide NVH analysis and functional testing for electric vehicle components, designed for precision, reliability, and versatility. They support both manual and fully automated operation, integrating seamlessly into testing environments for automotive OEMs and Tier 1 suppliers.

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