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India Office AddressICE Powertrain Testing Solutions
ITE offers cutting-edge ICE Powertrain Testing Solutions to ensure that critical vehicle components meet stringent performance, durability, and reliability standards. Our specialized test systems are designed to simulate real-world driving conditions, allowing us to thoroughly evaluate key powertrain components such as axles, transfer cases, transmissions, transaxles and clutches. We provide precise data on component behaviour, optimizing development processes for improved efficiency and product longevity.
ITE STD EOL Test Machine
Our End-of-Line (EOL) Test Machines feature a modular design to accommodate low, medium, and high-capacity powertrains. These scalable systems adapt to various speed, torque, and power demands, making them perfect for testing ICE powertrains in passenger and commercial vehicles. With precise measurement capabilities and flexible configurations, ITE's EOL solutions ensure efficient and accurate performance validation across diverse production scenarios.
Key Features:
- Modular design for flexible adaptation across diverse powertrain types.
- Scalable solutions for low to high production volumes.
- Precise testing for speed, torque, and power to ensure compliance and quality.
Axle/Transfer Case Testing
Axle/Transfer Case Testing
Our Axle and Transfer Case Testing systems deliver comprehensive evaluations for powertrain components. Using advanced testing techniques, we assess torque transfer capabilities, gear meshing, and NVH (Noise, Vibration, and Harshness) under different load and speed conditions. This ensures that your components are robust and capable of handling real-world challenges.
- ITE specializes in functional, performance, and NVH (Noise, Vibration, and Harshness) testing for a wide range of axle and transfer case components.
- Our team brings in-depth knowledge of independent and beam axles, center sections, and power takeoff units.
- We provide reliable testing solutions that ensure the efficiency and durability of critical powertrain components, enabling seamless quality control.
- Advanced driveline design supports multiple configurations for versatile testing.
- Integrated poke-yoke system ensures precise fixture alignment, removing the need for manual adjustments.
- Flexible setup allows for quick switching between different products, improving testing efficiency.
- Independent Axles (RDM, RDU, FDU) : Testing of rear and front drive axles.
- Beam Axles (Front, Rear) : Load-bearing performance and stability testing.
- Center Sections (Front, Rear) : Power distribution evaluation through differentials and gear assemblies.
- Transfer Cases: Analysis of power transfer in all-wheel and four-wheel drive systems.
- Power Takeoff Units (PTO, PTU) : Mechanical power transfer assessment for auxiliary equipment and torque distribution between axles.
- NVH Test : Assesses axle behavior under load to reduce noise, vibration, and harshness
- Sensor/Actuators Test
Transmission Testing
At ITE, our Transmission Testing focuses on the efficient performance for manual transmissions and transaxles. We test for gear-shifting accuracy, torque distribution, thermal management, and overall system efficiency. Our advanced systems simulate diverse driving conditions to provide insights into noise, heat dissipation, and lubrication performance, helping to refine and optimize transmission systems.
- ITE brings extensive expertise in Transmission Testing for manual transmissions.
- Our systems are designed for both R & D evaluation and production testing, focusing on loaded performance, durability, and NVH (Noise, Vibration, and Harshness) analysis.
- We specialize in optimizing transmission systems through comprehensive testing protocols, ensuring peak performance and efficiency.
- Capable of testing Manual transmissions as well as transaxles and driveshaft.
- Advanced robotic shift technology for precise gear engagement analysis.
- System designed for both R&D evaluations and production testing, including oil flushing system.
- Comprehensive data insights on transmission wear, efficiency, and noise levels under load conditions.
- Durability Testing : Ensures long-term reliability under different operational conditions.
- Performance & Efficiency Testing : Evaluates transmission smoothness, power delivery, and energy consumption.
- NVH Testing : Assesses transmission behavior under load to reduce noise, vibration, and harshness.
- Robotic Shift and Shift Force Analysis : Precise gear-shifting evaluation for performance improvement.
- Sensor/Actuator.
- Torque and speed sweep measurement.
Transmission Testing
Clutch Testing
Clutch Testing
Our Clutch Testing solutions evaluate clutch systems for durability, smooth engagement, and wear resistance. We conduct tests under real-world conditions to assess torque transmission, heat management, and the performance of friction materials. These evaluations ensure that your clutches operate efficiently with minimal wear and energy loss over extended periods of use.
- ITE provides comprehensive testing solutions for both wet and dry clutches, ensuring optimal torque vectoring, vehicle stabilization, and power engagement/disengagement.
- Our expertise spans across functional testing, performance characterization, and product calibration for a wide variety of clutch systems, including e-clutches.
- With deep knowledge in integrating vehicle busses and modules, we ensure seamless system control and accurate performance validation.
- Complete testing solutions for wet, dry, and e-clutches.
- Assembly verification and performance characterization systems for precise evaluation.
- Integrated control systems with support for various vehicle busses and modules.
- Versatile equipment designed for functional testing, part run-in, burnishing, and control strategy adaptation.
- Performance Testing: Evaluates clutch engagement, torque handling, and power distribution.
- Characterization Testing: Detailed analysis of clutch behavior under different conditions.
- Programming & Calibration: Ensures accurate control strategies and seamless vehicle integration.
- Part Run-In/Burnishing: Optimizes clutch surfaces for long-term durability and performance.