The Rosemount 3051S direct-attach pressure transmitter is a professional-class solution for optimized functionality. This scalable SuperModule™ platform reduces process variation and reduces protection, making it particularly useful for gauge and absolute pressure measurement in Rosemont transmitters. This direct-attach pressure transmitter is suitable for direct threaded articulation, manifold or seal system solutions and can be connected to the process for a fast and cost-effective installation.
function
Superior scalable architecture optimizes utility, functionality, and process alignment
Direct threaded articulation or manifold and long-distance seal planning for quick and cost-effective installation
The Ultra and Classic Performance models enhance process control
With 15-year stability and a 200:1 turndown ratio, it provides reliable measurement and a wide range of application flexibility
Piezoresistive sensor technology allows calibration ranges from 0.3 to 10,000 psi (20.7 mbar to 689 bar)
Seamless integration of 4-20 mA HART®, WirelessHART®, and FOUNDATION™ fieldbus protocols for a wide range of applications
SIL 2/3 certification according to IEC 61508 (third-party approved) and FMEDA pre-data certification for safety devices
High-grade diagnostics for comprehensive detection of electrical circuit problems and abnormal process conditions
The long-distance display provides easy access to the device display and loop connection
Measurement Type: Gauge pressure, absolute pressure accuracy up to 0.025% Range stability up to ±0.15% of the upper range (URL), stable operation for 15 years Warranty up to 15 years Limited warranty Range ratio up to 200:1 Communication protocol 4-20 mA HART®, WirelessHART®, FOUNDATION™ fieldbus measurement scaleGauge pressure measurement up to 10000psi (689.47 bar), absolute pressure measurement up to 10000psia ( 689.47 bar)
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Key Features of the Rosemount 248 Temperature Transmitter:
Top mount and rail mount applications provide 2-year stability.
The integrated LCD meter provides easy indication of the process and diagnostic indications.
Available as a ready-to-install solution, including a wide range of sensors, thermowells, and housings.
Polished stainless steel housing can be applied to ...
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How the Rosemount transmitter is wired
During the use of the Rosemount transmitter, wire the Rosemount transmitter according to the following steps:
1. Take out the Rosemount 3051 and remove the electronic enclosure marked "FIELD TERMINALS".
2. Will be positive ...
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The Rosemount 3051 transmitter cannot be powered on
The Rosemount 3051 transmitter will not be powered on or may damage the transmitter after it is placed in the tripping device. When our technicians have understood these problems, they have analyzed and made corresponding countermeasures from three aspects, as follows:
Rosemont ...
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How to maintain and clean the Rosemount 3051DP differential pressure transmitter
After a period of use, the Rosemount 3051DP differential pressure transmitter needs to be cleaned regularly to maintain the accuracy of the differential pressure transmitter and achieve the desired function. Generally, the differential pressure transmitter should be cleaned in the following order:
1. Close the high-voltage side ...
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How to choose the Rosemount 3051DP differential pressure transmitter
1.3051D transmitter is a coplanar pressure transmitter, which can measure the pressure or the side differential pressure, and there are two options P is the differential pressure measurement and G is the gauge pressure.
2. To understand the range used in the field, select the corresponding code according to the range, a total of 5 options: the lowest - 6.216KPA and the maximum 13789.54KPA.
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Installation requirements for Rosemount transmitter impulse tubing
The effect of the pressure impulse pipe is to transmit the pressure of the process medium to the transmitter to measure, in order to obtain accurate measurement values for the process measurement. There are many details that need to be paid attention to at the time of the installation, and the following summarizes the Luo ...
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Fault Judgment in Rosemount Differential Pressure Transmitter Applications
Fault judgment and analysis in the application
In the process of measuring the transmitter, there are often some problems, and the timely analysis and treatment of faults are crucial for the ongoing production According to the experience of daily maintenance, some of the analysis methods and analysis methods are summarized and summarized.
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Rosemount transmitters feature two-way communication
The intelligent Rosemount transmitter is composed of a sensor and a microprocessor (microcomputer), which makes full use of the computing and storage capabilities of the microprocessor to process the data of the sensor, including the conditioning of the measurement signal (such as filtering, amplification, A/D conversion, etc.), data display, etc.
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How Rosemount Electromagnetic Flowmeters Troubleshoot Air Ducts
Rosemount Electromagnetic Flowmeter Eliminates Empty Pipe ProblemRosemount Electromagnetic Flowmeter Eliminates Empty Pipe Problem
If the ATC detection is unexpected, the following measures can be adopted:
1. Make sure the sensor is overflowing.
2. Ensure that the measuring electrode has not been installed on the top of the pipe of the sensor.
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The Rosemount Twisted Square thermowell avoids wake shedding
When a problem arises in the design of Rosemount thermowells, it is necessary to analyze the cause of its failure, and then go further and propose solutions. In some less complicated cases, it may be necessary to make a small change, such as adding one millimeter without changing the predetermined measurement orientation ...
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What are the features of the Rosemount 644 temperature transmitter
The Rosemount 644 temperature transmitter is widely used in industrial temperature measurement, and the quality is also very stable, the following is to tell you about the characteristics of the 644 temperature transmitter:
1. It can greatly reduce the cost of wire and labor.
2. Advanced diagnostic function can reduce the need for on-site repairs.
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Features of the Rosemount 8732E Electromagnetic Flowmeter:
Features of the Rosemount 8732E Electromagnetic Flowmeter
1. The measurement is not affected by the changes in fluid density, viscosity, temperature, pressure and conductivity.
2. There are no blocking moving parts in the measuring pipe, no pressure loss, and the requirements for the straight pipe section are low. It has unique adaptability to slurry measurement.
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Factors to consider when sizing the Rosemount 3051 pressure transmitter
Pressure transmitter selection
According to different application scenarios and needs, we should show practicality and economy in the selection of Rosemount pressure transmitters, and can select technical parameters from the requirements of pressure type, measuring scale, measurement medium, accuracy, applicable temperature scale, etc.
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How the Rosemount 3051TG pressure transmitter works
The Rosemount 3051TG pressure transmitter is one of the most commonly used products in the Rosemount 3051 pressure transmitter that has been tested in the power industry for 40 years. Planning with high reliability, transient stability, and easy protection. Rosemount pressure transmitters are designed from planning to installation, from protection to operation.
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How to troubleshoot the Rosemount 3051 differential pressure transmitter if it encounters problems
1. Line failure
When the computer in the Rosemount transmitter monitoring system shows abnormal values, it is necessary to immediately check the line status of the junction box of the differential pressure transmitter to see if there is a short circuit, etc., and the way to check is to measure the resistance.
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What are the features of the Rosemount 644 temperature transmitter?
1. It can greatly reduce the cost of wire and labor.
2. The advanced diagnosis function can reduce the number of on-site repairs.
3. Order a complete temperature transmitter and temperature sensing assembly to simplify setup, specifications, and ordering, and then reduce costs.
4. Adopt HART communication protocol. ...
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An indispensable accessory for Rosemount transmitters
Before selecting a Rosemount transmitter, it is necessary to consider whether it is a threaded device or a flanged device, and the flanged device is divided into a single flange device and a double flange device. In order to let you better choose the flange, we have summarized some knowledge about the flange type:
Threading ...
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What is the difference between a Siemens transmitter and a Rosemount transmitter
Differences between Siemens transmitters and Rosemount transmitters: Siemens' transmitters are piezoresistive pressure transmitters, while Rosemount's transmitters are capacitive pressure transmitters.
The transmitter converts the output signal of the sensor into other signals that can be recognized by the controller.
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Features of Rosemount pressure transmitters:
The main features of Rosemount pressure transmitters are as follows:
1. It has the function of converting high and low pressure side:
The conversion function of the high and low voltage side of this sensor is mainly through the adjustment of the internal parameters of the handheld communicator, and the useful data on the high and low voltage side is realized.
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How the Rosemount 3051 pressure transmitter works
The 3051 pressure transmitter is used to measure the level, density, and pressure of liquids, gases, or vapors, and then convert the pressure signal into a 4-20mADC signal output. There are mainly capacitive pressure transmitters and diffusion silicon pressure transmitters, ceramic pressure transmitters, strain gauge pressure transmitters, etc.
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