








The compatibility test covers three major dimensions: coolant compatibility, interface adaptability, and communication protocol compatibility, ensuring that cold plates, joints, CDUs, and pipelines from different manufacturers can work together to achieve system decoupling and flexible operation and maintenance.

Test Background
The liquid cooling system involves the collaborative work of components from multiple manufacturers. The compatibility between the coolant and materials, the adaptability of interfaces, and the consistency of communication protocols are the key prerequisites for the stable operation of the system.
Test Introduction
The compatibility test covers three major dimensions: coolant compatibility, interface adaptability, and communication protocol compatibility, ensuring that cold plates, joints, CDUs, and pipelines from different manufacturers can work together to achieve system decoupling and flexible operation and maintenance.
Testing Objectives
Verify the chemical stability of the coolant in long-term contact with system materials
Ensure the physical adaptation of interfaces of components from different manufacturers
Verify the interoperability of communication protocols of the monitoring system
Promote the standardization and decoupled application of liquid cooling systems
Test Standards
T/CESA 1249.2-2023 Technical specification for connection systems
OCP UQD interchangeability test standard
GB/T 7939.2-2024 Test methods for quick-change connectors
Modbus/I2C communication protocol compatibility specification
Applicable Products/Related Fields
Suitable for liquid cooling systems with multi-vendor mix, data centers with decoupled delivery, and the selection and verification of OEM/ODM liquid cooling components.
Test Content
Compatibility of coolant materials: Immersion corrosion test of metal/non-metal materials
Physical adaptability of interfaces: Interchangeability insertion and extraction test of quick connectors
Compatibility of communication protocols: Joint commissioning test of CDU with BMS/DCIM systems
Cleanliness and particulate matter analysis
Project Advantages
Covers multi-dimensional compatibility verification for materials, mechanics and communications
Supports interchangeability testing in accordance with OCP standards
Capable of simulating the mixed-operation environment of actual systems
Laboratory Configuration
Constant-temperature immersion test chamber (-40°C~150°C)
Ion chromatograph (metal ion analysis)
Quick-connector interchangeability test platform
Communication protocol analyzer
FAQ
Q: Can quick-connectors of different brands be used interchangeably?
A: It is necessary to pass the OCP interchangeability test. Currently, the UQD products of mainstream manufacturers support mutual insertion and interchange, but it is recommended to use the same brand to ensure the best sealing and service life.