Dyno Equip

25/11/2024

The EOL dynamometer container is separated into two distinct areas: a test room and a control room, both of which are soundproofed to minimize noise interference. The control room is outfitted with an industrial console, allowing the operator to monitor activities within the test room effectively. This setup ensures that testing can be conducted without external disturbances while providing real-time observation capabilities. By facilitating this separation and equipping the control room appropriately, the system enhances operational efficiency and oversight during testing procedures.



https://www.dynoequip.com/containerized-test-cell/

25/11/2024

The containerized test cell for end-of-line (EOL) testing features a conveying system that transports the test item to the rig's exchange slide table via a traveling car. Once it reaches the slide table, the test piece is then aligned and docked with the dynamometer. This streamlined process allows for efficient handling of components, facilitating quick and accurate testing. By integrating these systems, the test cell enhances operational efficiency and ensures that the testing procedures are conducted smoothly and effectively, meeting production demands.



https://www.dynoequip.com/containerized-test-cell/

25/11/2024

The containerized test cell designed for performance testing primarily consists of a test and control system. Once the engine is connected to the dynamometer, performance testing is conducted using automated test modes. This setup allows for seamless integration and efficient evaluation of engine performance. By utilizing automatic testing procedures, the system ensures precise measurements and data collection, enhancing the overall reliability of the testing process and providing valuable insights into engine capabilities under various conditions.



https://www.dynoequip.com/containerized-test-cell/

25/11/2024

The containerized test cell is designed to be both modular and versatile, making it suitable for a range of applications, from passenger cars to heavy-duty engine testing. Its adaptable nature allows for easy integration into existing setups, resulting in minimal disruption to current facilities. Additionally, the installation process is typically quicker on-site, enabling faster deployment and operational readiness. This flexibility enhances efficiency and ensures that testing can be conducted without significant delays or interruptions to ongoing operations.



https://www.dynoequip.com/containerized-test-cell/

25/11/2024

The outdoor containerized test bench comprises both a test room and a control room. To effectively manage noise leakage, sound-absorbing and sound-insulating measures have been implemented within these spaces. These treatments are designed to minimize sound transmission, ensuring a quieter testing environment. By addressing acoustic concerns, the test bench can provide a more accurate evaluation of equipment performance while reducing the impact of noise on surrounding areas, enhancing overall testing conditions and efficiency.



https://www.dynoequip.com/containerized-test-cell/

25/11/2024

The containerized test cell, equipped with an integrated automated test station solution, offers a comprehensive setup that includes a bench test AC dynamometer along with an automated measurement and control system. This configuration ensures that testing processes are efficient and precise, allowing for accurate assessments of performance. By combining these advanced technologies, the test cell streamlines operations, facilitating thorough evaluations while enhancing the overall reliability and effectiveness of the testing environment for various applications.



https://www.dynoequip.com/containerized-test-cell/

25/11/2024

Containerized test cells can be configured in various layouts to accommodate a wide range of requirements, enabling customization for specific testing needs. This flexibility allows for the establishment of tailored testing parameters and methodologies, ensuring that evaluations are suited to the particular characteristics of the components being tested. By adapting the test cells to meet diverse specifications, engineers can conduct more effective assessments, leading to improved insights and more reliable results in their testing processes.



https://www.dynoequip.com/containerized-test-cell/

25/11/2024

The DynoEquip containerized test cell is specifically designed for the development and testing of hybrid and fully electric drivetrains and engines. As the automotive industry increasingly moves toward electrification, this test cell provides a flexible and efficient solution for evaluating performance and reliability. Its tailored features enable engineers to conduct comprehensive tests under various conditions, ensuring that both hybrid and electric systems meet the necessary standards for efficiency and effectiveness in today’s evolving automotive landscape.



https://www.dynoequip.com/containerized-test-cell/

25/11/2024

The high-speed gearbox featuring a single output shaft provides three distinct gear ratios, allowing for versatile automotive testing across various speeds and loads. The available ratios include 1:2, which supports 3,600 rpm at 7,160 Nm; 1:5.55, accommodating 10,000 rpm at 2,580 Nm; and 1:11.1, enabling 20,000 rpm at 1,300 Nm. This flexibility in gear ratios ensures that engineers can effectively evaluate the performance of different components under a wide range of operational conditions, enhancing testing accuracy and reliability.

Explore the capabilities of high-speed gearboxes enabling comprehensive testing of jet engine, propeller performance, and rotorcraft handling characteristics.

25/11/2024

The high-speed gearbox featuring a single output shaft provides three distinct gear ratios, allowing for versatile automotive testing across various speeds and loads. The available ratios include 1:2, which supports 3,600 rpm at 7,160 Nm; 1:5.55, accommodating 10,000 rpm at 2,580 Nm; and 1:11.1, enabling 20,000 rpm at 1,300 Nm. This flexibility in gear ratios ensures that engineers can effectively evaluate the performance of different components under a wide range of operational conditions, enhancing testing accuracy and reliability.



https://www.dynoequip.com/high-speed-gearbox/

25/11/2024

Contemporary high-speed gearboxes are frequently incorporated into advanced testing systems to detect vulnerabilities in powertrain or drivetrain components, facilitating continuous design enhancements. With specifications such as 700 kW, 30,000 rpm, and 1,000 Nm, these gearboxes play a crucial role in evaluating component performance under various conditions. By revealing potential weaknesses, they allow engineers to make iterative improvements, ultimately leading to more robust and efficient systems in automotive applications and enhancing overall reliability and performance.



https://www.dynoequip.com/high-speed-gearbox/

25/11/2024

A high-speed gearbox is critical for testing electric vehicle (EV) powertrains, particularly as the automotive industry shifts toward electrification, which requires effective testing methodologies. This transition highlights the need for precise evaluations of performance and reliability under various conditions. With specifications such as 1,020 kW, 50,000 rpm, and 380 Nm, high-speed gearboxes enable engineers to simulate real-world scenarios effectively. This capability is essential for advancing EV technology and ensuring components meet industry standards.



https://www.dynoequip.com/high-speed-gearbox/