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在物位测量中，E+H雷达物位计 Micropilot系列可以自顶向下安装，满足所有行业应用要求。应用广泛，可以在简单储罐中、腐蚀性介质中或高精度罐表应用中使用。即使在苛刻工况下 (压力、温度) 和出现蒸汽的测量条件下，E+H雷达液位计也是安全的解决方案。罐体结构已知时，可以基于此变量计算物位。E+H雷达液位计不受介质属性的影响，例如：密度和电导率；固料测量时不受加料噪声和粉尘的影响。E+H雷达物位计，喇叭状，可胜任端工况下的物位测量。测量范围：40m (131ft)，动态响应 70m (230ft)。压力范围： -1 至 +160bar (-14.5 至 +2,320psi)，精度误差在 2mm左右。

E+H物位计 Micropilot 是基于行程时间原理（ToF）工作的“俯视式”测量系统，测量参考点（过程连接）至介质表面间的距离。天线接收雷达脉冲反射信号，并将反射信号传输至仪表。仪表内的微处理器进行信号分析，识别雷达脉冲信号在物料表面的真正反射回波。至介质表面间的距离（D）与脉冲信号的运行时间（t）成正比例，Micropilot 配备干扰回波功能，用户可以自行此功能。干扰回波功能和多路回波信号跟踪算法一同确保了干扰回波（例如边缘和焊缝产生的干扰回波）不会被误识别为真正的物位回波。

雷达物位计的特点是在恶劣条件下功效显著。无论是有毒介质，还是腐蚀性介质，也无论是固体、液体还是粉尘性、浆状介质，它都可以进行测量。在测量方面，具有以下特点：1. 连续准确地测量，雷达液位计的与介质表面无接触，属非接触测量，能够准确、快速地测量不同的介质。几乎不受温度、压力、气体等的影响（500℃时影响仅为0.018%，50bar时为0.8%）。2. 对干扰回波具有功能。3. 准确安全节省能源，雷达物位计采用材料的化学性、机械性都相当稳定，且材料可以循环利用，具环保功效。4. 适用范围广，几乎可以测量所有介质，从槽罐体的形状来说，雷达液位计可以对球罐、卧罐、柱形罐、圆柱椎体罐等的液位进行测量。

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