高快捷的冷媒检漏仪
价格:电议
地区:上海市
电 话:021-50912468
手 机:13386102589
传 真:021-50726919

主要针对汽车空调各种漏点,整个系统快速100%不会误报,10-30分钟,100%找出各种泄漏点,代替加压力,洒水,荧光粉,拆系统在水中浸泡的原始方法。
工作原理,主要针对氟的化学成份,稀浓度,抓捕分析,在空调系统中追捕氟的泄漏量,氟的颗粒量少0.01的分之一,100%分析。


原理Principle

利用一个高的真空泵,将空调系统可能微泄的氟利昂吸入探测器,探测器采用高频磁场低压电离的工作方式,吸入微量的氟利昂,其液晶显示数字立刻上升,同时蜂鸣器报警。

by using a high vacuum pump, the micro leak freon can  to inhale detector, detector adopts low-voltage high frequency magnetic field ionization ways of working, inhaled trace of freon, the liquid crystal display Numbers rise immediately, at the same time a buzzer alarm.

技术The core features

1)持续稳定的工作

2)能检测0.01ppm的氟利昂,相当于0.05克/年的泄漏量。

1) stable and reliable work;

2) the highest accuracy to detect 0.01 PPM of freon, equivalent to 0.05 g/leakage of the year.

典型效果Tical effect

1)         蒸发器检漏,在确定漏点前,无须拆风口,拆仪表盘;

2)         可以检测到老化的空调软管渗漏(肥皂泡、荧光剂测不到的漏点);

3)         不制冷的汽车空调系统,不需要添加,即可检测。

4)         看不到气泡的气门芯泄漏1秒钟即可;

5)         半小时一辆车,检测完毕,无须拆系统,无须水中浸泡;

1) the evaporator leakage, before determining leak point, do not need to diantle tuyere and  tear open the dashboard;

2) can detect leakage of air conditioning hose aging (soap bubbles, fluorescent agent can't measuring leak point);

3) no refrigeration automobile air conditioning system, don't need to add freon, can detect.

4) 1 second can determined the leak valve core;

5) Half an hour to complete the detection of a car, no need to diantle the system, no water immersion;

                                                                      

使用介绍Method of use

蒸发箱,只要5分钟,关闭空调,把探测器放在蒸发箱下面的风口,数字上升3-10左右,确定有漏。

the evaporation box: Five minutes is enough. Turn off  the AC,  and put the probe in tuyere on the bottom of the evaporation tank, figure up 3-10 or so, determine how leakage

   在确定漏点前,无需拆风口before determined the leak point, with no need to open panel  

 

压缩机:只要5分钟,探头在机体,轴头来回3-5次,数字上升5-15左右,确定有漏。

the compressor: Five minutes is enough.. Place the probe in the body and turn the head back and forth 3-5 times, and if the number rises by 5-15,then the leak is determined.

     

                                                                 

冷却箱,10分钟,把探头随着箱体结构来回均匀探测移动,数字上升,3-30左右,确定有漏。

the cooling tank: It takes about ten minutes. Move the probe with the body structure of the cooling tank at steady pace, and if the number rises by 3-30, then the leak is determined.

 

                                                                        

     剩余管道的接头处10分钟把探头随管道走向来回3-5次,数字上升5-30左右,确定有漏。

the remaining of pipe joint: This step takes around ten minutes. Move the probe along the pipeline back and forth 3-5 times, and if the number rises by 5-50, then the leak is determined.