7th Floor, Wisdom Superspeciality Hospital, Radha Chowk, Baner, Pune-45.
Cab Booking System
CSC Endurance Rig Advanced Dashboard
High-speed bearing testing with real-time graphical simulation and insights.
Description
The CSC Endurance Rig Advanced Dashboard is a high-performance software solution designed to support real-time testing of bearing systems under simulated real-world environmental conditions. This system integrates seamlessly with endurance testing rigs to capture and visualize data at exceptionally high speeds—collecting over 100 data points per second. The primary objective of this dashboard is to provide engineers and technicians with a precise, responsive, and intuitive platform for monitoring and analyzing the performance of bearings under stress, temperature changes, vibrations, and other critical parameters. With its real-time graphical representation, users can observe the behavior of components dynamically, leading to quicker insights and informed decision-making during testing cycles.
Key Features / Functionalities
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High-frequency data acquisition (100+ samples per second) for detailed analysis.
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Real-time graphical visualization of endurance testing parameters.
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Integration with test rigs to simulate real-life operating conditions.
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Monitoring of stress, temperature, and performance metrics under load.
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Intuitive dashboard interface for engineers to analyze test runs effectively.
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Export and logging functionality for detailed post-test reviews and reports.
How This Project Helped Our Client
The system significantly enhanced the efficiency and accuracy of endurance testing operations by offering a live, data-rich interface for monitoring critical parameters. Engineers were able to visualize and analyze the performance of bearings in real-time, enabling early detection of issues and reducing testing time. The high-speed data acquisition provided a more granular view of component behavior, supporting in-depth diagnostics and improvements in product design. Additionally, the simulation of real-world conditions within a controlled test environment helped validate products more thoroughly before deployment, ultimately leading to higher product reliability and reduced field failures.