T/CIDAA 008-2026 Built-in home-integrated refrigerators technical specifications for integration with interior decoration
T/CIDAA 008-2026 Built-in home-integrated refrigerators technical specifications for integration with interior decoration
Basic Information
Scope
This standard is the first domestic special technical specification focusing on the integration of household built-in refrigerators and interior decoration in China. It addresses the industry pain points of the entire process of built-in refrigerator installation, covering the entire chain of product manufacturing, design adaptation, and construction acceptance. The core technical content includes: I. Basic Performance Adaptation Requirements It clarifies that built-in refrigerators must meet current national general standards for electrical appliance safety, energy efficiency, and refrigeration performance, as well as the special adaptation requirements of the built-in scenario. It stipulates that the energy efficiency grade after built-in installation should be consistent with that in the independent use scenario, the power cord length should be ≥2.4m to adapt to the wiring needs of different house types, the operating noise should comply with the special limit values for built-in products, the volume utilization rate should be ≥59%, and the basic functions of the product should not be lost after built-in installation. II. Unified Dimensional Adaptation Standards To solve the industry pain point of poor adaptability between products and cabinets, unified tolerance matching standards are set: requiring that the depth of the refrigerator body be ≤594mm to adapt to conventional cabinet depths, the left and right clearance between the refrigerator and cabinet be ≤4mm and the top clearance be ≤5mm, the door panel thickness to adapt to mainstream cabinet door panel specifications of 18~22mm, and the waistline height and skirting board height to be compatible with general cabinet standards. The skirting board ventilation hole area should be ≥200cm2 to ensure heat dissipation, achieving visual flush with the cabinet after installation and consistent clearance. III. Structural and Functional Optimization Special structural design requirements are made for the use