The MS Sensor and 8782 Transmitter provide confidence in measurement accuracy through signal processing and diagnostics
Avec plus de vingt ans d'expérience dans la gestion de signaux élevés, le débitmètre électromagnétique pour liquides chargés redéfinit ce que vous pouvez attendre de vos appareils de mesure. Le phénomène de bruit est courant dans les fluides contenant des particules solides, qu'il s'agisse de sable ou bien de fibres longues frottant contre les électrodes. Les diagnostics en temps réel permettent d'obtenir des mesures fiables et de contrôler automatiquement la boucle, ce qui améliore la qualité du produit, réduit le coût des matières premières et minimise le gaspillage et la remise en fabrication.
Industries that have slurry applications as part of their processes where a fluid is pumped, pulped, or mined have increased demands to monitor specific pipe lines to ensure optimal functionality and gain process insight. Particulates in the flow stream can result in an unstable measurement reading through the induced voltage measured by the electrodes when using standard magnetic flow meters, obtaining a measurement is not feasible without the right equipment.
Analog damping is a way of reducing noise in the flow signal by taking a running average of the flow rate. While damping works well to create a stable flow measurement, it adds lag to the measurement causing delays to the response due to real-time changes in your process flow. Potential implications of damping could be fluctuations in chemical usage, product quality, and product waste. When both flow stability and responsiveness are desired, advanced signal processing offers a superior solution.
The 8782 Transmitter comes standard with our advanced signal processing, which features the ability to adapt to the changing process characteristics to ensure excess noise is omitted and the legitimate flow data points are used. The transmitter utilizes advanced functions to stabilize erratic flow readings caused by process noise. Essentially it ensures noise is filtered out while remaining responsive to sudden changes in flow like never before.
Advanced diagnostics give you better insight into your process flow through process diagnostics, and the health of your flow meter with Smart Meter Verification™️. Process diagnostics include high process noise, allowing for the maximum signal stability when paired with our selectable coil frequency and electrode coating detection to predict when coating is occurring. Smart Meter Verification verifies the health of the meter and provides confidence that readings are within specifications
The 8782 transmitter is designed to work with the MS Sensor and is compatible with existing 8707 installations. Existing 8712H transmitters can be easily upgraded to the 8782 using the same mounting pattern and wires. The 8782 comes in AC or DC power supply options, allowing existing DC installations to be upgraded without the need for a power convertor. The MS Sensor is compatible with the 8782 transmitter and the 8732EM or 8712EM transmitters when the dual calibration option is selected.
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!
