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现货供应E+H超声波物位计 恩格斯豪斯超声波物位计用途:液位和料位测量是工业上经常遇到的一个问题,超声测位技术有很多优点,它不仅能定点和连续测位,而且能方便的提供遥测或遥控所需的信号。与放射性测位技术相比,超声技术不需要防护,与激光测距技术相比,它又有简单和经济的优点,同时超声技术一般不需要运动部件,所以在安装和维护上又相应比较方便。超声波物位计可广泛应用于石油、矿业、发电厂、化工厂、水处理厂、污水处理站、农业用水、环保监测、食品(酿酒业,饮料业、添加剂、食用油、奶制品)、抗洪防汛、水文监测、明渠、空间定位等许多行业。
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现货供应E+H超声波物位计 E+H超声波物位计的4个优点和6个技术特点1.与激光测距技术相比,有简单和经济的优点;
2.超声技术一般不需要运动部件,所以在安装和维护上又相应比较方便;
3.超声波物位计不仅能定点和连续测位,而且能方便的提供遥测或遥控所需的信号;
4.超声波物位计与放射性测位技术相比,不需要防护。
技术特点
1.具有强劲发射力的换能器,表面可自清洁,利用更新的换能器结构和制造工艺,显著提高了换能器的工作性能。
2.微处理器程序控制、智能信号处理技术,可实现多种典型工况软件处理模式,使物位计能适应固体、液体、粉尘等复杂工况。
3.红外线遥控编程调节,操作简单可靠,并带有液晶现场显示。
4.非接触式连续测量,减少维护;
5.可用于测量物位、空间、距离,也可对标准或特别开关的液罐进行自动液位-体积转换;
6.带背光的液晶显示器,可按标准工程单位进行显示
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E+H超声波物位计FMU90系列优点:
具有6行纯文本显示的简单的菜单引导式操作,15种语言可选
包络线显示可用于快速、简单的故障诊断
提供的FieldCare操作软件使用户可以方便地对仪表进行操作、诊断和测量点文件编制
可选:4位数字输入(用作泵反馈信号),和一路外部温度输入
通过内置的或外部温度传感器进行超声波运行时间的修正
线性化(zui多32点,可自由设定)
常用渠/堰的流量测量线性化表已预置,用户可自由选择
通过集成的流量曲线在线计算渠/堰中介质的流量
预先编制泵控制程序
通过HART 或PROFIBUS DP进行系统集成
自动识别FDU9x系列传感器
能与FDU8x系列传感器配套使用
FMU90 - 现场外壳 - (如图)
环境温度:-40...60 °C / -40...140 °F
防护等级:IP66 / NEMA 4x
传感器数量: zui多2 个传感器
FMU90 - DIN 轨道安装外壳 - (无图)
环境温度:-40...60 °C / -40...140 °F
防护等级:IP20
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E+H超声波物位计FMU90系列应用领域
物位测量应用
配备1个或2个超声波传感器可对液体、糊状物、泥块、粉尘或表面粗糙的块状物料进行连续的非接触式物位测量
测量范围zui大70 m (取决于所选传感器的具体型号和被测物料的类型)
限位检测 (zui多可带 6个继电器)
多级泵控制(交互);格栅控制
可选: 附加泵控制功能 (泵功能测试, ...)
计算量: 均值, 差值, 总和
流量测量应用
配备1个或2个超声波传感器可对明渠和测量堰中的介质进行流量测量
仅用一个传感器即可同时测量溢流状态下介质的物位和流量
具有回水检测(2 个传感器)功能或淤泥检测功能的流量测量
zui多可配置3个累加器和3个(可复位)计数器,可选通过数字输入复位
提供用于控制外部单元的计数脉冲输出或时间脉冲输出
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恩格斯豪斯超声波物位计缺点
1、当超声波传播介质密度发生变化,声速也将发生变化,严重影响测量精度;
2、超声波物位计对温度压力比较敏感,所以一般需要在常温常压下测量。
3、有些物质对超声波有强烈吸收作用,选用测量方法和测量仪器时要充分考虑液位测量的具体情况和条件。