用于浆液应用的电磁流量计
电磁传感器和 8782 变送器的信号处理和诊断具备可信赖的测量精度
电磁传感器和 8782 变送器的信号处理和诊断具备可信赖的测量精度
浆液电磁流量计凭借二十多年的高信号产品交付经验，重新定义了测量设备的能力。 过程流体如果有砂砾、长纤维或介于以上两者间的固体摩擦电极，一般会产生噪音。实时诊断可提供可靠的测量，还能自动控制回路，提高产品质量，降低原材料成本并减少浪费和返工。
对于在泵送、制浆或开采流体的过程中使用浆液应用的行业而言，对监测特定管线以确保理想功能并深入了解过程的要求不断提高。使用标准电磁流量计时，气流微粒会导致电极测量的感应电压引起测量读数不稳定，如果没有合适的设备，可能无法测量。
模拟阻尼是一种通过获取流量流动平均值来降低流量信号噪音的方法。阻尼可以很好地创建稳定的流量测量结果，但会增加测量滞后性，从而因过程流量实时变化而产生响应延迟。阻尼可能会对化学品使用、产品品质和产品浪费的波动产生潜在影响。高级信号处理是一种兼具流量稳定性和响应能力的优质解决方案。
8782 变送器是高级信号处理的标准配置，可以适应不断变化的过程特征，避免多余噪音，使用合理的流量数据点。 8782 变送器利用高级功能来稳定过程噪音引起的不稳定流量读数。本质上来说，可以过滤噪音，同时应对流量突然出现的变化，确保工作正常进行。
高级诊断可以通过过程诊断帮助您深入了解过程流量，并借助 Smart Meter Verification™️ 改善流量计的运行情况。过程诊断包括高过程噪声，可以配合我们的选配线圈频率和电极覆盖检测，来预测覆盖产生的时间，增加信号稳定性。智能仪表自校验可以验证仪表的运行情况，确保读数在规格范围内
8782 变送器专为配合电磁传感器使用而设计，且与现有的 8707 装置兼容。现有的 8712H 变送器可按照相同的安装模式和接线轻松升级到 8782。8782 提供交流或直流电源选项，无需电源转换器即可升级现有的直流装置。选择双标定选项后，电磁传感器可以兼容 8782 变送器以及 8732EM 或 8712EM 变送器。
The MS Slurry Sensor is a robust solution for difficult to measure applications such as sand, high solid content fluids, long pulp fibers, or installations that generate excessive process noise. Designed with these difficult to measure applications in mind, the MS Slurry Sensor overcomes common flow signal challenges to deliver a stable yet responsive flow output.
In this video, I will share how Emerson has uniquely designed magnetic flow meter applications (8782 Slurry Transmitter, MS Sensor for Slurries) to handle aggressive slurries such as those found in metals and mining, and in oil & gas well fracturing.
In this video, Laura Chemler, a product manager at Emerson, explains how Emerson’s new Rosemount Slurry Magnetic Flow Meter works and why this mag meter is the ideal solution in pulp and paper, mining and fracking applications.
In this video, you will learn how to configure the Rosemount™ 8782 Slurry Magnetic Flow Meter Transmitter using the local operator interface. This video highlights things like what to know before getting started, like locating your flow meter sensor calibration number, flow meter sensor line size and flow meter sensor flow units. You will then learn how to configure the Rosemount™ 8782 Slurry Magnetic Flow Meter Transmitter from start to finish.
In this video, you will learn how to wire the Rosemount 8782 Slurry Magnetic Flow Meter Transmitter to an existing Rosemount 8707 High Signal Magnetic Flow Meter Sensor. To start, you’ll need to put the loop in manual control and record the current flow rate on the existing flow meter transmitter. From there, this video will walk you through the wiring process step by step.
In this video, you will learn how to wire the Rosemount 8782 Slurry Magnetic Flow Meter Transmitter to a Rosemount MS Slurry Magnetic Flow Meter Sensor. From safety considerations and pre-installation information to mounting and wiring your Rosemount Slurry Magnetic Flow Meter Transmitter, this video will walk you through the process step by step. If you get lost or need further clarification, see the link below!
The MS Slurry Sensor is a robust solution for difficult to measure applications such as sand, high solid content fluids, long pulp fibers, or installations that generate excessive process noise. Designed with these difficult to measure applications in mind, the MS Slurry Sensor overcomes common flow signal challenges to deliver a stable yet responsive flow output.
In this video, I will share how Emerson has uniquely designed magnetic flow meter applications (8782 Slurry Transmitter, MS Sensor for Slurries) to handle aggressive slurries such as those found in metals and mining, and in oil & gas well fracturing.
In this video, Laura Chemler, a product manager at Emerson, explains how Emerson’s new Rosemount Slurry Magnetic Flow Meter works and why this mag meter is the ideal solution in pulp and paper, mining and fracking applications.
In this video, you will learn how to configure the Rosemount™ 8782 Slurry Magnetic Flow Meter Transmitter using the local operator interface. This video highlights things like what to know before getting started, like locating your flow meter sensor calibration number, flow meter sensor line size and flow meter sensor flow units. You will then learn how to configure the Rosemount™ 8782 Slurry Magnetic Flow Meter Transmitter from start to finish.
In this video, you will learn how to wire the Rosemount 8782 Slurry Magnetic Flow Meter Transmitter to an existing Rosemount 8707 High Signal Magnetic Flow Meter Sensor. To start, you’ll need to put the loop in manual control and record the current flow rate on the existing flow meter transmitter. From there, this video will walk you through the wiring process step by step.
In this video, you will learn how to wire the Rosemount 8782 Slurry Magnetic Flow Meter Transmitter to a Rosemount MS Slurry Magnetic Flow Meter Sensor. From safety considerations and pre-installation information to mounting and wiring your Rosemount Slurry Magnetic Flow Meter Transmitter, this video will walk you through the process step by step. If you get lost or need further clarification, see the link below!
