Liquid Cooling Component High-Pressure Water Testing Equipment is mainly suitable for pressure fatigue testing of various liquid cooling core components such as liquid coolers and UQD connectors. It is dedicated core equipment for testing the pressure-bearing performance and verifying the fatigue life of liquid cooling components. The equipment can effectively verify the operational reliability and structural stability of key liquid cooling components, playing a vital role in strictly controlling factory quality, improving overall machine operation safety, and extending product service life.
This equipment has full-process precise adjustment capability for test parameters, enabling refined setting and closed-loop control of core parameters such as test pressure, test temperature, and cycle test times, meeting the standardized testing needs of liquid cooling components of different specifications. It is also equipped with an intelligent abnormality handling mechanism that can monitor equipment operating status in real time during testing, automatically perform emergency handling for various abnormal conditions, and automatically generate and print standardized test reports after testing is completed, ensuring complete and traceable test data.
The equipment adopts an integrated control system architecture of industrial control computer + PLC + sensors, combined with a switch linkage control mode, featuring high automation and intelligence. The system implements real-time closed-state monitoring of all switch signals, builds multiple safety protection mechanisms through dedicated logic control programs, can automatically record equipment fault data and trigger system lockout protection, achieving safe and stable testing under unattended conditions, thoroughly avoiding test risks, and ensuring the safety and reliability of the entire equipment operation.
The equipment's overall cabinet is an integrated structure, integrating core modules such as hydraulic drive system, heat exchange system, and intelligent control instruments, featuring compact structure, stable operation, and high integration. At the same time, a closure detection switch is configured on the equipment cabin door to monitor the door closure status in real time throughout the process, forming a hardware safety protection barrier and comprehensively meeting the safety specification requirements of high-pressure fatigue testing.
Main Functional Parameters:
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Number of Channels: Single channel
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Pressure Control Range & Accuracy: 0.1–2.0 MPa settable; accuracy: ±3% FS
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Control Mode: Servo control, linear pressurization
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Pressure Drop Judgment: Δt value settable
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Test Modes: Static pressure holding, dynamic pulse, water hammer
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Pulse Frequency: 0.1–0.5 Hz
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Timing Range: 0.1 min – 1000 h
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Temperature Range: Room temperature – 45°C
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Burst Function: Yes (with protective cover)
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Medium: Pure water or coolant (easy fluid replacement; two water tanks: working fluid + flushing fluid)
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Equipment Dimensions: 2000 × 750 × 1700mm (subject to final design)
