建筑门窗气密性能现场检测仪生产厂家

建筑门窗现场气密性能检测仪（建筑门窗气密性能现场检测仪）

一、产品介绍

建筑门窗现场气密性能检测仪是一种专门用于测试建筑门窗气密性能的设备。该仪器由压差传感器、控制系统、数据采集系统等组成，外观设计紧凑且便于携带，能够适应现场测试的需求。

优势特点：

精确测量：仪器采用高精度的压差传感器，能够精确测量门窗内外的气压差，从而评估门窗的气密性能。

便捷操作：仪器配备有用户友好的操作界面和控制系统，使得测试过程简单易懂，操作人员可以快速上手。

实时数据采集与分析：检测仪能够实时采集测试数据，并通过内置的数据分析软件进行处理，快速给出测试结果。

高适应性：该检测仪适用于不同类型的门窗，包括木质、铝合金、塑钢等材质，能够满足多样化的测试需求。

高效节能：仪器采用先进的节能技术，能够在保证测试精度的同时，降低能耗。工作原理方面，建筑门窗现场气密性能检测仪主要基于压差测量技术。测试时，检测仪通过管道连接门窗的内外侧，测量门窗在关闭状态下的气压差。根据测量结果，可以评估门窗的气密性能，如果气压差保持稳定且较小，说明门窗的气密性能良好。

二、技术参数：

1、风压测试范围：-200～200Pa，精度：0.5%；

2、风压控制指标：精确至1Pa；

3、空气流量测试范围：2～398m3/h，精度：2.5级；

4、设备消耗功率：采用变频调速技术可使用功率在5W~750W范围内变化；

5、配电：AC 220V 750W 50Hz；

6、控制箱外形尺寸：长×宽×高520×470×250(mm)；

三、执行标准：

·GB/T 7106-2022《建筑外窗气密、水密、抗风压性能分级及检测方法》；

·ISO/IEC 17025（测试和校准实验室能力的通用要求）；

建筑门窗气密性能现场检测仪生产厂家

On-site Building Door & Window Airtightness Tester

I. Product Introduction

The On-site Building Door & Window Airtightness Tester is a specialized device designed for testing the airtightness perbance of building doors and bs. Composed of a differential pressure sensor, control system, and data acquisition system, it features a compact, portable design suitable for on-site testing requirements.

Advantages & Features

• Precise Measurement: Equipped with a high-precision differential pressure sensor to accurately measure the pressure difference between indoor and outdoor environments, enabling reliable buation of airtightness perbance.

• User-Friendly Operation: Intuitive interface and control system simplify the testing process, allowing operators to quickly master usage.

• Real-Time Data Acquisition & Analysis: Collects test data in real time and processes it via built-in analysis software to rapidly generate results.

• High Adaptability: Compatible with diverse door/b types (wooden, aluminum alloy, uPVC, etc.), meeting varied testing demands.

• Energy-Efficient: Employs advanced energy-saving technology to minimize power consumption while maintaining measurement accuracy.

Working Principle

The tester operates based on differential pressure measurement technology. During testing, it connects to the interior and exterior sides of doors/bs via tubing to measure pressure differences in the closed state. Stable, minimal pressure differences indicate excellent airtightness perbance.

II. Technical Parameters