仪器简介：

本紫外线分析仪主要为薄层分析用途而设计。具有功率小，热量低，可长时间使用，一开即亮＋�/p>

使用方便�

BA portable UV lamp is designed primarily for the TLC laboratory .The lamp has low power

consumption and low thermal effect. In addition it can work continually for a long time.

It is very convenient to be used.

主材料的选择上，我们选用质优的紫外灯管和滤光片。尤其我们选用了优质高效的透紫滤光片，�?/p>

254nm 处的透光率达 68% ，在 365nm 处透光率达 86% �

As for the choice of the main materials� the UV tube and filter have excellent quality.

Particularly we use the high-quality filter; transmitting rate of UV is up to 68% at

254nm and 86% at 365 nm.

在工作状态下，紫外线灯管发出的光经过滤光片，滤除可见光，从而为荧光分析提供了强烈的

254nm � 365nm 紫外光、�/p>

Under the working condition� the light emitted by the UV tube can penetrate

throughthe light filter which cut out the visible light. Thus it has provided

intense 254nm and the 365nm UV light for the fluorescence analysis.

由于采用便携式设计，灯盒和灯座可以分离，灯盒正常放在灯座上时，可方便地观� 20x20cm

样板。它能屏蔽三面的杂散光� 5mm 厚的样板能够推过后屏板、�/p>

The lamp and the stand can be separated thanks to the portable design. The stand holds

the lamp in a position optimized for viewing 20x 20cm objects. It shields off extraneous

light on three sides.Objects up to 5mm thickness can be pushed through under the back

screen.

当灯盒反放在基座上时，可用于核酸� DNA，RNA ）凝胶电泳和蛋白质及同功酶凝胶电泳区带的检浊�/p>

和照像。灯盒可拿在手中，可作为薄层扫描前荧光检查等用途，因此称此仪器为便携反透射紫分仪、�/p>

When the lamp is anti-to put on the stand ，it can be used in the examination and

photography of(DNA RNA)，protein and enzyme field .The lamp can be taken in hand

for examining materials� hence it is called the portable UV lamp.

配套仪器：参阄�/p>

www.薄层色谱仪器�?com

技术参数：

紫外线灯 /the UV lamp

Model: BA-A 254nm 1 � 365nm 1 �?/p>

　　　 BA-B 312mm 2 �?/p>

　　　 BA-C 254mm 2 �?/p>

　　　 BA-D 365mm 2 �?/p>

透紫外滤光片 　50 �� 200mm 1 牆�/p>

透光� the transmitting rate of the filter 　　

　 At 365nm up to 86%

　电源� 220V �� 10 ％　　

功率�?0-60HZ / 12W

尺寸� 340（长�?#215;130( 宽） ��190 （高� mm

主要特点９�/strong>

具有功率小，热量低，采用高效节能 电子整流器，一开即亮，使用方�?主材料的选择上，我们选用质优的紫外灯管和滤光片，尤其我们选用了优质高效的透紫滤光�?�?54NM处的透光率达68%.�?65� 的透光率达86%. 在工作状态下，紫外线灯管发出的光经过的滤光片，滤除可见光，从而为荧光分析提供了强烈的254 NM�?65NM紫外�?