多功能涂层测厚仪 FMP100

DUALSCOPE^®FMP100多功能涂层测厚仪系列具有允许操作者选择磁感应法或涡流法测量涂层厚度的能力。

FMP100涂层测厚仪可以测量钢上的涂镀层厚度，也可以测量非铁金属上的涂镀层厚度。

	DUALSCOPE^®FMP100
非铁金属上的油漆、阳极氧化层、瓷漆或塑料涂层
铝上的阳极氧化层
钢或铁上的仪器、瓷漆或塑料涂层
钢或铁上的非铁金属镀层
数据储存
统计计算
打印口/RS232 接口
USB interface
无线传输
可更换插入式智慧型探头
集成恒压探头
测量范围（μm） [mils]	取决于探头
电源	交流电或电池
重量[g]	395
规格 (高 x 宽 x 深 mm) [高 x 宽 x 深 "]	(170 x 89 x 40) [6.8 x 3.56 x 1.6]

PMP100中文涂层测厚仪配置包含：

主机，说明书，仪器箱，AC适配器，电池，USB连接线及软件，（探头另购）

The DUALSCOPE^® FMP100 is a new unique instrument type for coating measurement according to the magnetic induction method and to the eddy current method with automatic detection of the substrate material. With the magnetic induction method you can measure e.g. zinc, chromium, copper, tin or paint, varnish, plastics, enamel on iron or steel. With the eddy current method you can measure e.g. paint, varnish or plastics on aluminum, brass or zinc as well as anodized coatings on aluminum.

On the one hand, the instrument has the practical small size of a handheld instrument. On the other hand, it has all the advantages of the software of PC-based lab instruments.

There are many fields of applications, e.g. on the production floor, for the income inspection, or in the lab. The high precision of the probes ensures a significantly increased measurement range. In addition there are improved, robust probe connectors.

Here are some of the instruments new features:

Elegant, ergonomical design
Bright color LC display
Touchscreen or soft keys
Intelligent probe technology
Drag-and-drop printform configuration
Printforms in PDF format
USB communication and printer port
Automatic data backup
Password protection

The instrument is very user-friendly. The operation is straightforward and easy to use. The buttons are self-explanatory. Furthermore a personal computer, printer or keyboard can be connected via the USB port. A new feature is the data export in PDF format.

By using the drag-and- drop feature, the user will be able to create interfaces himself and application-specific printform templates.

Various graphical display formats provide a clear overview. Sum frequency diagram and histogram provide easily seen indications of potential systematic influences in measurement series. It is understood that there is targeted comparisons of measurement blocks.

Production processes can then quickly be evaluated, and differences between various shipments can be pinpointed quickly during the incoming inspection.