Product Specification Sheet

00815-0100-4810, Rev AA June 2005

Functional Specifications

The pressure instrument shall have the capability to be supplied as mounted directly on the COP primary when the process temperature is less than 450°F (232°C).

Differential pressure instruments shall be capacitance technology-based.

The pressure instrument sensor shall be hermetically sealed from the external environment.

LCD Specifications

The instrument indicator shall be LCD type. It shall display the numeric value and also have a 0-100% scale bar graph corresponding to the analog output. It shall be possible to configure the indicator to display more than one parameter (pressure, scaled output); in this case the display will toggle / scroll to show all selected parameters. The indicator will display all alarms and alerts.

The pressure instrument shall have built-in transient protection.

Communication Specifications

Communication with the flowmeter can occur via a hand-held device.

Digital communication with the flowmeter shall

be via open protocols (e.g. HART, FOUNDATIONFieldbus). Proprietary protocols are not permitted.

The flowmeter shall allow field upgrading of communication protocols and the addition of advanced instrument software functions without changing the pressure sensor.

Software Specifications

The flowmeter shall contain user definable low flow cut-off functionality.

The pressure instrument shall be able to fully communicate with a Microsoft® Windows® based instrument management software via an open communication protocol.

It shall be possible to store last calibration date and next calibration due date in the pressure instrument memory using a hand held configurator. This information should be available on Windows-based instrument management software.

All instruments shall retain original factory calibration settings in a permanent memory. It shall be possible to recall this calibration using a hand-held communicator.

Volumetric Output Flowmeters

A volumetric measurement is ideal for liquid fluid types.

When the COP is integrated with a differential pressure instrument for volumetric output, the flowmeter shall perform as follows:

Within ± 0.75% to ± 0.95% of flow rate, dependant on beta size.

The vendor shall make independent testing documentation available demonstrating this performance.

Functional Specifications

Pressure instrument hardware / software failure alarm shall be selectable as high, low, or any user-defined value.

The flowmeter shall have the ability to detect impulse line plugging or should allow field upgrading to include this by the addition of an electronics card.

Software Specifications

The flowmeter shall allow the digital output of

the pressure instrument to be scaled to any user-defined unit (e.g 0-200 m3/hr, 0-9000 gallons/min).

The flowmeter shall allow custom user-entered digital alerts for both high and low values for the pressure reading. This digital alert will not affect the analog output.

Flowmeters for custody transfer will have hardware and software write protect security. Hardware security will override software.

LCD Specifications

It shall be possible to remote mount electronics with a display up to 100 ft (30 m) from the pressure sensor. These electronics will allow full configuration of the instrument via a hand-held communicator.

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Emerson Process Management Rosemount specifications Volumetric Output Flowmeters

Rosemount specifications

Emerson Process Management Rosemount is a leading provider of measurement and analytical instrumentation for process industries worldwide. Renowned for its innovative technologies and robust product offerings, Rosemount plays a pivotal role in enhancing productivity, reliability, and safety in various sectors, including oil and gas, chemicals, water and wastewater, power generation, and food and beverage.

One of the most notable features of Rosemount products is their precision and accuracy. The Rosemount pressure transmitters are designed to deliver highly accurate measurements, even in the most challenging environments. This accuracy is especially critical in industries where regulatory compliance and safety are paramount. In addition, the transmitters boast advanced noise immunity and superior signal processing, helping ensure that operators receive reliable data.

Rosemount technology is centered around the integration of digital capabilities into traditional measurement instruments. Many Rosemount devices are equipped with the Foundation Fieldbus and HART communication protocols, allowing for seamless communication with control systems. This integration facilitates real-time data monitoring, predictive maintenance, and process optimization. Through advanced diagnostics and predictive analytics, operators can identify potential issues before they escalate, leading to reduced downtime and improved operational efficiency.

The product range includes a variety of sensors and transmitters tailored for specific applications, such as flow, level, temperature, and pressure measurement. For instance, the Rosemount 3051 Pressure Transmitter is well-regarded for its ability to provide accurate level measurements in tanks, while the Rosemount 8700 series is notable for its advanced flow measurement technology.

Additionally, the Rosemount 5300 series of radar level transmitters exemplifies cutting-edge technology. These non-contact devices are capable of measuring levels in challenging conditions, including high temperatures and pressures, making them ideal for a wide range of applications across industries.

Another important characteristic of Emerson Process Management Rosemount is its commitment to sustainability and safety. Their products are designed with environmentally friendly principles, ensuring minimal impact on the environment while maintaining the highest safety standards for workers and facilities.

With a strong focus on innovation, reliability, and customer support, Emerson Process Management Rosemount continues to lead the way in process management solutions, helping industries operate more efficiently and safely while maximizing their investment in automation technologies.