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Rosemount 3300 Guided Wave Radar Level transmitter

Reliable & effortless measurement in demanding applications

The Rosemount 3300 provides reliable and cost effective level measurements in most liquid storage and monitoring applications. Guided Wave Radar technology combined with advanced signal processing and sensitivity enables the Rosemount 3300 Series to deliver both level and interface measurement data from the same transmitter. Two-wire connections ensure easy and inexpensive installation. Features include:

 

 

Click here to find out how easily the 3300 Series can be integrated into your new or existing plant!     
DocumentationFeatures & BenefitsSpecificationsApplicationsAssociated Products
 Approvals & Certificates
 Product Certificates & Approvals
 Declaration of Conformity: Rosemount 3300 Series Guided Wave Radar Level and Interface Transmitter
182 KBpdfDecember 2012
English
 Product & Service Documentation
 Brochures
 Brochure: Level Technologies to Power the Future
9 MBpdfAugust 2013AB
English
 Brochure: Rosemount Process Level Instrumentation
34 MBpdfMarch 2014DA
English
 Product Flyer: Level Instrumentation for the Refining Industry
2 MBpdfJuly 2009AA
English
 Product Flyer: Unleash the full benefits and features of your process level devices with the wireless THUM Adapter
679 KBpdfFebruary 2010AA
English
 Refinery Handbook Request
2 KBhtmNovember 2010
English
 Data Sheets - Bulletins - Catalogs
 Configuration Data Sheet: Rosemount Radar Level Transmitters
831 KBpdfMarch 2011AB
English
 Product Data Sheet: Guided Wave Radar Level and Interface Transmitter
2 MBpdfJuly 2014GA
English
 Drawings & Schematics
 Type 1 Drawing: Rosemount 3300 Series Mechanical Installation, Centering Disc Flexible Lead, 2D PDF
81 KBpdfOctober 2010
English
 Type 1 Drawing: Rosemount 3300 Series Mechanical Installation, Coaxial Lead, 2D PDF
66 KBpdfOctober 2010
English
 Type 1 Drawing: Rosemount 3300 Series Mechanical Installation, Flex Twin Lead, 2D PDF
70 KBpdfOctober 2010
English
 Type 1 Drawing: Rosemount 3300 Series Mechanical Installation, Flexible Single Lead, 2D PDF
86 KBpdfOctober 2010
English
 Type 1 Drawing: Rosemount 3300 Series Mechanical Installation, Rigid Single Lead, 2D PDF
81 KBpdfOctober 2010
English
 Type 1 Drawing: Rosemount 3300 Series Mechanical Installation, Rigid Twin Lead, with End Piece, 2D PDF
66 KBpdfSeptember 2007
English
 Type 1 Drawing: Rosemount 3300 Series Mechanical Installation, Rigid Twin Lead, without End Piece, 2D PDF
68 KBpdfOctober 2010
English
 Manuals & Guides
 Handbook: Engineer’s Guide to Level Measurement
2 KBhtmOctober 2014
English
 Handbook: Level User Guide for Engineer in the Refining Industry
2 KBhtmlJuly 2009AA
English
 Handbook: The Engineer's Guide to Level Measurement for Power and Steam Generation 2013 Edition
2 KBhtmMay 2013AB
English
 Level Engineer's e-Handbook
2 KBhtmlJuly 2009AA
English
 Level Engineer's e-Handbook Request
2 KBhtml
English
 Manual Supplement: Rosemount 3300 and 5300 Series - Mounting a Centering Disc
173 KBpdfMarch 2010D
English
 Manual Supplement: Rosemount 3300 Series - Vapor Influence
243 KBpdfMay 2007AA
English
 Manual Supplement: Rosemount 3300 Series with HART to Modbus Converter
1 MBpdfOctober 2010CA
English
 Manual Supplement: Rosemount 3300 Series with Remote Connection
333 KBpdfMarch 2008AA
English
 Manual Supplement: Rosemount Guided Wave Radar Transmitters in Upstream Applications - Best Practices User Guide
Best Practices User Guide for Rosemount Guided Wave Transmitters in Upstream Applications
3 MBpdfFebruary 2009AA
English
 Manual: Rosemount 3300 Series Guided Wave Radar Level and Interface Transmitters
3 MBpdfFebruary 2006CA
English
 Quick Start Guide: Rosemount 3300 Series, Guided Wave Radar Level and Interface Transmitter
1 MBpdfSeptember 2013HA
English
 Proven Results
 Proven Result: Asian Refinery Minimizes Maintenance with Multivariable Guided Wave Radar
80 KBpdfOctober 2006CA
English
 Proven Result: BP Achieves Worry-Free Interface Measurement with Rosemount Radar Technology
121 KBpdfOctober 2006BA
English
 Proven Result: Chemical Plant Gets Stable Level Measurement in Turbulent Freon Surge Drum
126 KBpdfOctober 2006BA
English
 Proven Result: Chemical Plant Improves Cooling Tower Capacity
Case Study: Chemical plant improves cooling tower capacity using Rosemount 300 Guide Wave Radar Level
77 KBpdfSeptember 2006AA
English
 Proven Result: Cleaner Water Returned To Ocean With Guided Wave Radar
140 KBpdfDecember 2006CA
English
 Proven Result: Difficult Liquid Ammonia Level Measurement Solved With Guided Wave Radar Transmitter
97 KBpdfOctober 2006AA
English
 Proven Result: Fragrance Company Measures Level in Storage Tank Reliably with Guided Wave Radar
123 KBpdfSeptember 2006AA
English
 Proven Result: Gas Plant Cuts Maintenance Costs On Natural Gas Liquid Tanks with Guided Wave Radar Level
180 KBpdfJanuary 2009BA
English
 Proven Result: Grain Processing Facility Utilizes Level Technology to Achieve High Yields
100 KBpdfAugust 2006CA
English
 Proven Result: Guided Wave Radar Improves Reliability of Desalter Interface Measurement While Reducing Maintenance Costs
241 KBpdfOctober 2008AA
English
 Proven Result: Guided Wave Radar Provides Reliable Level Measurement at Remote Compressor Stations
108 KBpdfSeptember 2007AA
English
 Proven Result: Guided Wave Radar Saves $57,000 Annually for Gas Plant By Improving Measurement of Skim Tank
191 KBpdfOctober 2006AA
English
 Proven Result: Guided Wave Radar Solves Level Measurement Problem in Distillation Column
98 KBpdfOctober 2006BA
English
 Proven Result: Guided Wave Radar Successful in Liquid Propane Accumulator Level Application
193 KBpdfAugust 2006BA
English
 Proven Result: Guided Wave Radar Successfully Measures Level and Oil/Water Interface in a Pump Sump Pit
124 KBpdfSeptember 2006BA
English
 Proven Result: Guided Wave Radar Successfully Measures Level of Anhydrous Ammonia
87 KBpdfSeptember 2006CA
English
 Proven Result: Guided Wave Radar Successfully Measures Level of Dusty Powder
108 KBpdfApril 2007BA
English
 Proven Result: Guided Wave Radar Transmitter Improves Oil/Water Interface Detection Reliability
120 KBpdfOctober 2006BA
English
 Proven Result: Guided Wave Radar Upgrades the Measurements at Petro-Canada™ in Wildcat Hills
86 KBpdfJune 2006AA
English
 Proven Result: Improve Lifetime Cost Savings by $31,800 per Power Plant by Using Guided Wave Radar
161 KBpdfOctober 2006AA
English
 Proven Result: Improved Level Measurement in a Small Cement Powder Silo
95 KBpdfJuly 2006BA
English
 Proven Result: Inclined Installation with Guided Wave Radar Enables Hexane Level Measurement
131 KBpdfOctober 2006BA
English
 Proven Result: Major Tobacco Manufacturer Improves Process Consistency and Inventory Management
98 KBpdfOctober 2006BA
English
 Proven Result: Manufacturer Increases Silo Inventory Capacity and Efficiency
103 KBpdfAugust 2006BA
English
 Proven Result: Oil and Gas Producer Improves Spill Prevention Program and Reduces Field Operating Costs
76 KBpdfJune 2008AA
English
 Proven Result: Petrochemical Manufacturer Improves Virgin Nafta Production with Guided Wave Radar Interface Measurement
76 KBpdfDecember 2009AA
English
 Proven Result: Power Station Improved Bulk Sulfuric Acid Tank Storage Measurement Reliability
75 KBpdfSeptember 2007AA
English
 Proven Result: Processing Plant Makes Great Strides in Safety, Convenience and Economics
108 KBpdfSeptember 2006BA
English
 Proven Result: Semiconductor Manufacturer Reduces Safety Risk and Risk of Lost Production with Rosemount 3300 Guided Wave Radar Level
Case Study: Semiconductor Manufacturer Reduces Safety Risk and Risk of Lost Production with Rosemount 3300 Guided Wave Radar Level
76 KBpdfApril 2011BA
English
 Proven Result: Specialty Chemical Plant Reduces Safety Risks and Increases Throughput with Guided Wave Radar
88 KBpdfMarch 2010AA
English
 Proven Result: Specialty Chemicals Manufacturer Increases Plant Availability with Dynamic Gain Optimization
72 KBpdfJanuary 2009AA
English
 Proven Result: Sunbury Generation Increased Heat Rate Efficiency and Decreased Risk of Equipment Damage with Guided Wave Radar
85 KBpdfApril 2009AA
English
 Technical White Papers
 Technical Note: 1199 Direct Mount Connection Guidelines
268 KBpdf
English
 Technical Note: Best Practices for Power and Transient Protection on Rosemount Radar Transmitters
290 KBpdfMarch 2010AA
English
 Technical Note: Guided Wave Radar in Solid Level Applications
222 KBpdfApril 2010EA
English
 Technical Note: Guided Wave Radar Interface Measurement
3 MBpdfOctober 2014AA
English
 Technical Note: Guidelines for Choosing and Installing Radar in Stilling Wells and Bypass Chambers
976 KBpdfSeptember 2012CA
English
 Technical Note: Guidelines for Using Radar in Underground Tanks
717 KBpdfApril 2014AA
English
 Technical Note: Measuring Ammonia with Radar
161 KBpdfJune 2007BA
English
 Technical Note: Replacing Displacers with Guided Wave Radar
488 KBpdfJune 2009BB
English
 Technical Note: Rosemount 3300 and 5300 Series Guided Wave Radar Application Guidelines
1 MBpdfJuly 2012CA
English
 Technical White Paper: Guided Wave Radar Improves Reliability of Desalter Interface Measurement While Reducing Maintenance Costs
284 KBpdfJune 2009
English
 Technical White Paper: Selecting the correct process seal for Rosemount GWR products
187 KBpdfSeptember 2009
English
 Software Downloads
 Configuration Software
 Radar Configuration Tools version 3.01.0002
13 MBzipMay 20143.01
English
Quick Links


9901 Chambers
Rosemount Level Measurement Handbook