【產(chǎn)品中文介紹】
建筑門窗物理性能檢測設備是用于評估門窗產(chǎn)品關鍵性能指標的專業(yè)化檢測系統(tǒng)，涵蓋氣密性、水密性、抗風壓等核心參數(shù)的精確測量。該系列設備采用模塊化設計理念，可適配不同規(guī)格門窗樣品的檢測需求，幫助用戶全面掌握產(chǎn)品在實際環(huán)境中的性能表現(xiàn)。
門窗物理三性檢測儀作為核心設備，集成多通道壓力控制系統(tǒng)與高靈敏度傳感器陣列，實現(xiàn)±1%以內(nèi)的壓力控制精度。其封閉式檢測艙體采用高強度合金框架與可視化觀察窗設計，支持1500Pa范圍內(nèi)的動態(tài)壓力模擬，可準確復現(xiàn)強風、暴雨等極端天氣對建筑圍護結(jié)構(gòu)的影響。數(shù)據(jù)采集系統(tǒng)配備10.1英寸工業(yè)級觸控屏，支持實時曲線顯示與異常數(shù)據(jù)標記功能，操作人員可通過預設程序快速完成檢測流程。
系列產(chǎn)品線涵蓋門窗保溫性能檢測儀、隔聲性能分析儀等延伸設備。其中，保溫檢測模塊采用非接觸式紅外測溫技術(shù)與熱流計協(xié)同工作，可同步記錄溫度梯度變化與熱傳導效率；隔聲檢測裝置通過寬頻聲源發(fā)生器和聲壓級矩陣，量化評估門窗對空氣傳聲的阻隔能力。
設備采用智能化管理軟件，支持檢測報告自動生成、歷史數(shù)據(jù)對比分析等功能，檢測結(jié)果可通過無線傳輸至云端平臺。人性化設計體現(xiàn)在三點：其一，液壓升降機構(gòu)支持0.8-3.2米高度范圍內(nèi)的樣品快速定位；其二，自檢系統(tǒng)可診斷傳感器狀態(tài)并提示維護周期；其三，自適應密封組件可匹配多種型材斷面，確保檢測過程的精準性。
【Product English Introduction】
Building Door & Window Physical Performance Testing Equipment is a professional detection system designed to evaluate critical performance indicators of fenestration products, including precise measurement of air permeability, water resistance, and wind load resistance. The product series adopts modular design principles, capable of accommodating testing requirements for various window and door dimensions, enabling comprehensive evaluation of product performance under simulated real-world conditions.
As the core device, the Triple Performance Detector integrates multi-channel pressure control systems and high-sensitivity sensor arrays, achieving pressure control accuracy within ±1%. The sealed testing chamber features a high-strength alloy frame with observation windows, supporting dynamic pressure simulation up to 1500Pa to accurately replicate extreme weather impacts. Equipped with a 10.1-inch industrial touchscreen, the data acquisition system provides real-time curve visualization and anomaly marking functions, allowing operators to execute predefined testing protocols efficiently.
The product line extends to include thermal insulation analyzers and sound insulation evaluation systems. The thermal detection module employs non-contact infrared thermography combined with heat flux sensors to monitor temperature gradients and thermal transfer efficiency simultaneously. The acoustic testing unit utilizes broadband sound generators and precision microphones to quantify airborne sound insulation performance.
Intelligent management software enables automatic report generation and historical data comparison, with wireless connectivity for cloud-based data storage. Three ergonomic features enhance operational efficiency: 1) Hydraulic lifting mechanisms facilitate sample positioning within 0.8-3.2m height range; 2) Self-diagnostic systems monitor sensor status and maintenance schedules; 3) Adaptive sealing components ensure airtight contact with diverse frame profiles. The system s automation level reduces manual intervention by 40% during standard testing procedures while maintaining measurement consistency across repeated trials.
