德国菲希尔MP0系列涂层测厚仪<\/strong><\/p>

产品名称：MP0系列涂层测厚仪<\/strong><\/p>

品牌：德国菲希尔<\/strong><\/p>

销售代理商：东莞市宇宏赛斯光电仪器有限公司   //www.yuhchina.com<\/span><\/span><\/strong><\/p>

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袖珍仪器<\/span>中的**技术<\/span><\/strong><\/p>

新款DUALSCOPE?MP0采用广受认可的Fischer探头<\/span>技术，是**小巧并能程度满足您测量需要的<\/span>仪器。它测量精度高、界面友好且结实耐用。对不<\/span>复杂工件的现场测量尤为理想。内置探头，采用磁<\/span>感应及电涡流方法，可快速无损地测量涂镀层厚<\/span>度。DUALSCOPE?MP0自动识别基材例如铁或铝并选择适<\/span>合的测量方法。可显示**的统计参数。由于有着<\/span>出色的重复精度及统一标准的校准功能，使得这款仪<\/span>器在同级别产品中**。<\/span><\/p>

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DUALSCOPE<\/span>?<\/span>MP0有以下技术特<\/span>点及优势：<\/span><\/strong><\/p>

? 可在所有的金属（钢铁或非铁磁性金属）基材上测<\/span>量<\/span><\/p>

? 仪器自动识别镀层下的基材材料并选择相应的测量<\/span>方法<\/span><\/p>

? 出色的重复精度<\/span><\/p>

? 受基材透磁率、电导率和几何形状（曲率和厚度<\/span>等）影响小<\/span><\/p>

? 享有**的电导率补偿技术（电涡流方法）<\/span><\/p>

? 足够小巧，甚至可以在比较难接触到的区域进行可<\/span>靠的测量<\/span><\/p>

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日常使用的理想选择<\/span><\/strong><\/p>

<\/span>? 无需校准即可测量。在被测件形状或基材材质发生<\/span>大的改变时，单点校准功能可修正这些影响并在选<\/span>定的测量范围内实现高精度的测量<\/span><\/p>

? 执行简易的零点校正（归一化）可在被测件形状或<\/span>基材材质发生小的改变时实现准确的测量<\/span><\/p>

? 统计功能（包含平均值、标准偏差、值和最小<\/span>值）<\/span><\/p>

? 快速的单手操作：将仪器放置于工件上即可看到测<\/span>量读数<\/span><\/p>

? 两个背光LCD显示屏，可方便地在仪器的任何位置，<\/span>甚至是顶部，看到读数<\/span><\/p>

? 自动开机/关机功能<\/span><\/p>

? 由于经过加固处理及采用了有硬质镀层的探头，仪<\/span>器经久耐用<\/span><\/p>

? 轻巧，包含电池在内仅重132克<\/span>其他实用功能<\/span><\/p>

? 连续测量模式可扫描工件表面涂镀层厚度，例如：<\/span>大容器结构<\/span><\/p>

? 可储存1000个读数<\/span><\/p>

? 测量时有声音和光学信号<\/span><\/p>

? um和mils两种单位<\/span><\/p>

? 低电压警示信息<\/span>           <\/span><\/p>

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 使用DUALSCOPEòMP0检测油漆厚度，例如：汽车车身<\/span><\/strong><\/p>

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实际应用举例<\/span><\/strong><\/p>

? 铁上电镀锌，铬，铜等镀层<\/span><\/p>

? 铁上油漆，清漆，塑料等涂层<\/span><\/p>

? 非铁磁性金属（铝，铜，黄铜）或无磁性不锈钢上<\/span><\/p>

?的油漆，清漆，塑料等涂层<\/span><\/p>

? 铝上阳极氧化膜<\/span><\/p>

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标准配置 <\/span>                 <\/span>订货号<\/span><\/strong><\/p>

? 主机含操作手册<\/span>    <\/span> <\/span>           <\/span>604-329<\/span><\/p>

? 2节1.5V电池 * <\/span>                <\/span>603-534<\/span><\/p>

? 校准用铁基材* <\/span>                 <\/span>603-477<\/span><\/p>

? 校准用铝基材* <\/span>                 <\/span>603-488<\/span><\/p>

? 校准标准75μm左右*<\/span> <\/span> <\/span>            <\/span>603-479<\/span><\/p>

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