服務(wù)熱線
86-21-63504668
歡迎您,來到上海雙旭電子有限公司!
產(chǎn)品型號(hào): FTA-3.3H
所屬分類:探頭
產(chǎn)品時(shí)間:2024-07-24
簡(jiǎn)要描述:德國(guó)菲希爾渦流探頭|FTA-3.3H|的詳細(xì)介紹 ISOSCOPE FMP10渦流涂層測(cè)厚儀 The rugged ISOSCOPE® FMP series uses the eddy current method according to DIN EN ISO 2360, ASTM B244. It measures:
的詳細(xì)介紹
The rugged ISOSCOPE® FMP series uses the eddy current method according to DIN EN ISO 2360, ASTM B244. It measures:
For further product information, please click on the header of the relevant product within the technical spreadsheet below.
The ISOSCOPE® FMP30 as a part of the new FMP30-40 series is even more versatile than the standard models. These instruments integrate additional features such as more memory for up to 100 applications as well as extensive statistical and graphical evaluations. Tolerance limits can be entered into the calibratable applications and the production process can be analyzed statistically. The default mode can be switched to matrix mode for connected multipoint measurements. These are only a few of the many features described below.
ISOSCOPE FMP30 | ISOSCOPE FMP10 | ISOSCOPE MP0 USB | |
Probes | plug-in type | plug-in type | integrated |
Applications | 100 | 1 | 1 |
Statistics | Extensive evaluation, e.g. process tolerance limits and graphical evaluation | Common values, e.g. mean value and standard deviation | Common values, e.g. mean value and standard deviation |
Characteristic Features of the ISOSCOPE® FMP30:For all eddy current probes
Features additional to those of the basic series:
ISOSCOPE FMP10渦流涂層測(cè)厚儀經(jīng)典配置:ISOSCOPE FMP10主機(jī)+FTA-3.3H
DELTASCOPE FMP10 為磁性涂層測(cè)厚儀,訂貨號(hào):604-301
ISOSCOPE FMP10為渦流涂層測(cè)厚儀,訂貨號(hào):604-298
DUALSCOPE FMP20為磁性/渦流涂層測(cè)厚儀,訂貨號(hào):604-285
DELTASCOPE FMP30為磁性涂層測(cè)厚儀,訂貨號(hào):604-297
ISOSCOPE FMP30為渦流涂層測(cè)厚儀,訂貨號(hào):604-299
DUALSCOPE FMP40為磁性/渦流雙功能涂層測(cè)厚儀,訂貨號(hào):604-286
常用磁性非磁性雙功能探頭:FD10,訂貨號(hào):604-143,測(cè)量范圍:磁性:0-1300 μm,渦流,0-800 μm
常用渦流探頭:FTA3.3H,訂貨號(hào):604-142,測(cè)量范圍:0 - 1200 μm
常用磁性探頭:FGAB1.3,訂貨號(hào):604-141,測(cè)量范圍:0 - 2000 μm