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Designed To Make The Difference
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Innovative Design.
Real Results.
The Rosemount 5300 Series is the next
generation of Guided Wave Radar (GWR)
from Emerson, the industry leader in level
instrumentation. By drawing on over 30
years experience in the radar business, we
have designed the 5300 to perform reliably
in your most demanding applications. We
leveraged the modular design, state-of-theart electronics and robust housing from the
5400 non-contacting radar and the reliable
probes from the 3300 GWR. The result is a
proven, high performance radar that delivers
real benefits from day one.
Direct Switch Technology (DST)
Function for Improved Uptime
Our unique electronic DST Function provides
a signal that is two to five times stronger than
other GWR transmitters, increasing measurement
reliability and capability. The improved signal
to noise ratio means enhanced ability to handle
disturbing factors, longer measuring ranges and
lower dielectrics, even with a single lead probe.
Now you can manage more applications reliably
and avoid unplanned downtime caused by
interrupted process monitoring.
Probe End Projection for Improved
Measurement Capability
Probe end projection allows for measurements
on very low dielectric constant products over
long ranges. The method is based on the fact
that microwaves propagate slower through
product than through air. By using the product
dielectric constant and the probe end echo, the
surface position is calculated when the surface
echo is unavailable. This substantially improves
measurement capability.
Smart Galvanic
Interface for
Increased Safety
The innovative
ground plane
configuration
between the
electronics, microwave
components and housing
results in a more stable
microwave performance
and minimizes unwanted
disturbances. This improves the
EMI performance and provides a
more robust, safe measurement
with minimized effects from
outside disturbances.
EchoLogics for Reliable
Overfill Detection
A key characteristic of a reliable
radar transmitter is to always detect
a full vessel situation even when several
disturbance echoes are present. EchoLogics is
the term we use for the capability to determine
the correct level. The Rosemount 5300 has an
enhanced ability to keep track of the surface at high
levels, minimizing the risk of overfills.
Robust and Modular Design for
Reduced Cost and Increased Safety
Electronics and cable connections are located in separate
compartments, providing safer handling and improved
moisture protection. The head can be removed without
opening the tank and there is no matching between head and
probes, protecting personnel and reducing maintenance cost.
3mm reference accuracy. This results in better consistency and
improved product quality.
MultiVariable™ Output Reduces Cost
The 5300 simultaneously measures level and interface on a
2-wire platform. This results in fewer process penetrations
and reduced installation and wiring cost.
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More Applications. Optimized.
The Rosemount 5300 series is suitable for all types of processing industries including oil & gas production, refining,
petrochemical, chemical, power, and water & waste treatment. The Rosemount 5300 offers radar level measurement
benefits for a wide range of applications in these industries. Its probe guided radar signal combined with innovative
engineering makes the 5300 virtually unaffected by process conditions and it has almost no installation restrictions.
Combine Level And Interface Measurement
One 5300 transmitter will measure both the upper surface and
the lower product interface in tanks with two products such as
separators, settling tanks etc. This reduces the number of tank
penetrations required. Use the 5300 with a single lead probe for
reliable measurement of interface in crude oil and other liquids
that create build-up.
Minimize Risk In The Most
Demanding Environments
The guided wave radar technology in the 5300
contains multiple layers of protection that enable
reliable performance in high temperature and
pressure tanks and bridles, on refinery distillation
columns, and power feed-water tanks, etc.
The measurement is not affected by density
variations, low reflectivity media or the mechanical
configuration of the bridle and the product inlet.
Improved Performance In Liquefied Gases
Being virtually maintenance-free and unaffected by
turbulence and vapor, the Rosemount 5300 is perfect
for liquid gas applications. The transmitter head can be
serviced without breaching the tank atmosphere. Long
measuring ranges enable operation in larger NGL, LPG and
ammonia tanks.
Underground Benefits
Probes that are unaffected by high and narrow
openings or nearby objects are available. This
makes the 5300 the best choice for underground
tanks, where the installation area is usually limited.
Solid Performance
Rosemount 5303 has a flexible single lead probe that measures
solids with dielectric constants as low as 1.4. The measuring
range is up to 160 ft. (50 m), and the transmitter has robust EMI
performance. Special probes for high physical weight loads are
available. Solids applications with the 5300 include powders and
granules, plastics such as PVC, cement, fly ash, corn etc.
Measure In Vessels With Turbulence, Vapor And
Mechanical Structures
The Rosemount 5300 delivers uninterrupted level data where
others fail. With Direct Switch Technology, the reflection back
from the surface is two to five times stronger compared with
other guided wave radars. The result is a superior ability to handle
disturbing objects, probe coating, vapor and turbulence.
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Wide Range of ProbesMade to Last
Rosemount 5300 high temperature and high pressure (HTHP) probes
are designed to prevent leakage and perform reliably when exposed
to extreme process conditions for extended periods of time. The
5300 also offers probes in materials to handle harsh environments.
Meeting The HTHP Challenge
The design of the 5300 probe provides multiple layers of
protection. The seal includes a temperature and pressure
barrier in a flexible assembly to handle forces induced by probe
movement and temperature variations. A second brazed
hermetic, gas-tight seal provides another layer of protection,
and the entire assembly is welded into a stainless steel sleeve
for total robustness.
The brazed hermetic, gas-tight ceramic seal is
isolated from the process so temperature shocks,
variations and outside forces on the probe will not
affect the integrity of the seal.
The 5300 offers high application flexibility with a wide range of probe styles
including Coaxial, Twin and Single. Different materials and options for standard or
extreme pressure and temperatures are available. All probes are delivered with a
customer-specified length, but most can be cut to fit on site, if necessary.
Coaxial
•Theoptimalsolutionwhentherearedisturbing
objects close to the probe, high turbulence,
liquid, or vapor spray on the probe and to
avoid foam (the coax acts as a stilling well).
•Forcleanliquidsonly.
•Managesdielectricconstantsaslowas1.2.
Single Lead
The most tolerant against coating and deposits. However,
compared to other probe types, it is more affected by
disturbing objects close to the probe.
Rigid
The rigid single lead probes are the best solutions for bypass
installations.
A flexible probe load and locking system
compensates for stress from thermal expansion
and lateral and vertical forces. It also protects and
fastens the ceramics.
The ceramic insulators and graphite gaskets
on the temperature and pressure seal provide
a robust thermal and mechanical barrier as
well as offering chemical resistance.
Corrosive Environments
Selecting materials for corrosive environments is critical to
keeping your operation running at peak performance. In
addition to SST there are Hastelloy, Monel and PTFE-covered
SST material options available for the 5300. This allows for the
installation of the 5300 in even more applications for the oil and
gas, power, refining, chemical, and petrochemical industries.
Twin Lead
•Handlesmoreviscousmediathanthecoaxial
probe. Avoid sticky media where there is risk
of product bridging between probes.
•Handlesdisturbingobjectsclosetotheprobe
better than single probes. Avoid contact with
metallic objects.
Flexible
The flexible single lead probes are the best choice for solids,
granulates and powders.
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Easy Plant Integration
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Installs Anywhere
Moving to a better level of transmitter couldn’t
be easier. The 5300 Series offers either
FOUNDATION™ fieldbus or the analog 4-20mA
with superimposed digital HART as output.
This ensures easy installation into your new or
existing control system.
Simple Configuration and Service
Rosemount Radar Master
Rosemount Radar Master is the ultimate
setup software and supports both HART
and FOUNDATION fieldbus. It provides easy
configuration and service through a user-friendly
interface with wizards, echo curve with movie
features, offline/online configuration, extensive
online help, logging capabilities and much more.
Our skilled engineers have worked hard to
reduce your commissioning cost. Just mount the
transmitter, power it up and connect Rosemount
Radar Master to the loop to perform a complete
transmitter configuration in a few simple steps.
Predictive Maintenance. Efficient Control.
The 5300 utilizes advanced diagnostics with
actionable information through PlantWeb® alerts.
The alerts can be displayed for the operator and will
describe the problem and recommended actions.
With precise, actionable diagnostic capabilities the
5300 reduces your plant’s downtime by enabling
predictive maintenance and easier troubleshooting.
The 5300 also powers PlantWeb through its
innovative transmitter design and MultiVariable
measurements.
Other Easy-To-Use
Configuration Tools
User-friendly interfaces
suitable for basic configuration
are available in any host
system that supports Device
Descriptors (DD). In addition,
the 5300 Series offers advanced
configuration and extensive
diagnostics in any host that
supports enhanced EDDL, such
as the 375 Field Communicator,
AMS™ Suite: Device Manager
or DeltaV™ system. The
transmitter can also be ordered
pre-configured from the
factory.
The 5300 is loaded with 11 FOUNDATION
fieldbus function blocks including AI-blocks
for all process variables, which enable more
efficient control of your process. Supervise
your process in real-time by monitoring the
radar signal strength with the built-in signal
characterizer block to detect foam or probe
contamination.
Echo Curve
The enhanced EDDL capabilities of the 5300 Series
also make it possible to view the echo curve and to
initiate the Measure-and-Learn functionality with a
375 Field Communicator or AMS Device Manager.
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Experience lower costs and higher revenues with the Rosemount 5300
Standard 2-wire Guided Wave Radar benefits
+ No moving parts, no calibration, which minimizes maintenance requirements
+ Unaffected by changing process conditions such as density, conductivity, temperature and pressure
+ Virtually unaffected by dust, vapor and turbulence
+ Handles small tanks, difficult tank geometry, interfering obstacles
+ Easy swap (existing and small openings)
Add Rosemount 5300 benefits
+ Direct Switch Technology and Probe End Projection increase measurement reliability and capability
+ Robust, Modular Design and Smart Galvanic Interface reduce cost and increase safety
+ User-friendly configuration tools reduce startup cost and troubleshooting
+ Powers PlantWeb with actionable diagnostics, MultiVariable and extensive FF capabilities
= For your business, this all adds up to reduced cost of ownership, increased process availability, more satisfied
customers and higher profits.
Key Specifications
Product
Measurement Principle
Measuring Range
Dielectric Constant
Probe Materials
Process Temperature
Process Pressure
Output
Reference Accuracy
Repeatability
Fieldbus Functionality
Fieldbus Blocks
Configuration Tools
For more information, please refer to the Product Data Sheet (PDS) (00813-0100-4530). Specifications are subject to change without prior notice.
Model 5301 for level of liquids or submerged interfaces.
Model 5302 for level and interface in liquids
Model 5303 for level of solids
Time Domain Reflectometry (TDR)
Up to 164 ft.. (50 m)
Minimum 1.2 for coaxial probe or single probe installed in bypass, other probes from 1.4
SST, Monel, Hastelloy, or PTFE-covered SST
Up to 752º F (400º C). See PDS for complete data
Up to 5000 psi (345 bar). See PDS for complete data
Analog 4-20 mA, HART. FOUNDATION fieldbus.
± 0.1 in. (± 3 mm) or ± 0.03% of measured distance, whichever is greatest
± 0.04 in. (1 mm)
Link-master device (backup LAS), PlantWeb Alerts, Methods
Resource, 3x Transducer, 6x Analog Input (30 ms), PID (40 ms), Arithmetic, Input Selector,
Output Splitter (65 ms), Signal Characterizer (75 ms)
Rosemount Radar Master, 375 Field Communicator, AMS Suite: Intelligent Device Manager,
DeltaV or any other DD- or EDDL-compatible host-system.
More than the world’s most reliable Guided Wave Radar
For over 50 years, reliable Rosemount brand measurement products have been helping customers run
their plants and processes safely and more efficiently. The success of Rosemount products is based in our
commitment to product quality and reliability in the most demanding industry environments. Our ISO
9001-certified global manufacturing facilities can deliver Rosemount products when you need them, where
you need them.
What’s more, each Rosemount device has the full power of Emerson behind it, delivering the most complete
solutions for all your process needs. Rosemount expertise and best-in-class technologies play a key role in
Emerson’s combining of superior products and technology with industry-specific engineering, consulting,
project management and maintenance services. Wherever you are, there is an Emerson expert available to
answer questions and help you implement solutions locally.
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