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Rosemount Products for Safety Instrumented Systems
 
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Pressure
Temperature
Flow
Level
Tank Gauging
Accessories
 Discontinued
Products
Certified to IEC 61508 (Quality Certification option QT)

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3051S with DA2 Option
3051S

3051

2051

 
3051S ERS™ System
User Justification Required per IEC 61511 (Quality Certification option QS)

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3051S
3051
3051SMV
2051
2088
3051S ERS™ System
4600
Route 2H Support per IEC 61508 2nd Edition

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1199 Remote Seal
Primary Elements
Certified to IEC 61508 (Quality Certification option QT)

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3144P
644
 
User Justification Required per IEC 61511 (Quality Certification option QS)

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3144P
644
248
User Justification Required per IEC 61511 (Quality Certification option QS)

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8732EM
8732E
8712D
8800
Route 2H Support per IEC 61508 2nd Edition

Primary Elements
Certified to IEC 61508 (Quality Certification option QT)

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2120

2130

Magnetic Level Switch
5300

5408

User Justification Required per IEC 61511 (Quality Certification option QS)

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5300
5400
 
Route 2H Support per IEC 61508 2nd Edition

1199 Remote Seal
Certified to IEC 61508 (Quality Certification option QT)

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5900S

5900C

5300

User Justification Required per IEC 61511 (Quality Certification option QS)

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5300
5400
 
User Justification Required per IEC 61511 (Quality Certification option QS)

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THUM™ Adapter

3051S with DA2 Option
Revision:


Tell us about a failure that you have had with your Emerson functional safety sensor.


  •   0.025% accuracy
  •   15-Year Stability
  •   15-Year Limited Warranty
  •   Statistical Process Monitoring
  •   Power Advisory Diagnostic
  •   Available Configurations
  -  DP,GP,AP
  •   Available Assemblies:
  -  Level
  -  Remote Diaphragm Seals
  -  Integral Manifolds
  -  Complete Flowmeters
  •   SFF = 96.7%
  •   PFDAVG = 3.13E-04
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Determining Product Revision
In order to ensure that you select the proper certified documentation, please determine your 3051S safety certified pressure transmitter revision:
3051S Safety Certified Transmitter with Advanced Diagnostics, identified by:
•  Option code QT with DA2
    (Example Model Number: 3051S1CD2A2E12A1ADA2M5QT)
•  Sensor Software revision 5.0 or higher
Determine Software Revision
•   475 Field Communicator
•  Enter fast key sequence: 1) Overview 3) Shortcuts 5) Device Info 3) Revision Number
•   AMS v7.0 & below
•  Right click on the device and select “Configure” from the menu. Select the Device tab to
    review software revision.
•   AMS v8.0 & above
•  Double click on the device and select Process Variable menu. Select the Identification tab
    to view software revision.
•   AMS v10.5 & above
•  Double click on the device and select Device Information under Shortcuts. Select the
    HART tab to view sensor software revision.
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  •   0.025% accuracy
  •   15-Year Stability
  •   15-Year Limited Warranty
  •   Available Configurations
  -  DP,GP,AP
  •   Available Assemblies:
  -  Level
  -  Remote Diaphragm Seals
  -  Integral Manifolds
  -  Complete Flowmeters
  •   SFF = 93.1%
  •   PFDavg = 1.65E-04
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Determining Product Revision
In order to ensure that you select the proper certified documentation, please determine your 3051S safety certified pressure transmitter revision:
3051S Safety Certified Pressure Transmitter (no SIS Feature Board), identified by:
•  Option code QT
    (Example Model Number: 3051S1CD2A2E12A1AM5QT)
•  Software revision 7.0 or higher

3051S Safety Certified Pressure Transmitter with SIS Feature Board, identified by:
•  Yellow electronics board
•  Output code B
   (Example Model Number: 3051S2CD2A2E12B1AD1M5)
•  Software revision 3.0
Determine Software Revision
Software revision can be confirmed by connecting a HART host to the transmitter:
•   475 Field Communicator
•  Enter fast key sequence: 1) Overview 7) Device Information 2) HART 3) Software
    Revision
•   AMS v7.0 & below
•  Right click on the device and select “Configure” from the menu. Select the Device tab
    to review software revision.
•   AMS v8.0 & above
•  Double click on the device and select Process Variable menu. Select the Identification
    tab to view software revision.
•   AMS v10.5 & above
•  Double click on the device and select Device Information under Shortcuts. Select the
    HART tab to view sensor software revision.
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  •   0.04% of Span
  •   5 Year Stability
  •   Available with Power Advisory Diagnostics and Local Operator Interface (LOI)
  •   Available Configurations
- DP, GP, AP
  •   Available Assemblies
- Level
- Remote Diaphragm Seals
- Integrated Manifolds
- Integrated Flowmeters
Ratings based on 2010 standard
  •   SFF = 91.3%
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  •   Pressure Transmitter
  •   Accuracy: ± 0.075%
  •   Stability: 2 years
  •   SFF: 86.6% (coplanar), 87.4% (inline)
  •   PFD: 2.04E-04 (coplanar), 2.17E-04 (inline)
  •   Available in DP, GP, AP and LT configurations
  •   Available with remote diaphragm seeds, primary elements, and manifolds
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The Rosemount 3051S
  •   Pressure Transmitter
  •   Accuracy: Up to 0.025%
  •   Stability: 15 Year
  •   SFF: 93.1%
  •   PFD: 1.65E-04 (Coplanar), 1.52E-04 (Inline)
  •   Available in DP, GP, AP, and L configurations
  •   Available with remote diaphragm seals, primary elements, and manifolds
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Determining Product Revision

In order to ensure that you select the proper prior-use documentation, you must determine the software revision of your 3051S pressure transmitter:

  • Connect a HART host to the transmitter.
    • 375 Field Communicator
      • Enter fast key sequence 1, 5 and arrow down to software revision.
    • AMS v7.0 & below
      • Right click on the device and select “Configure” from the menu. Select the Device tab to view software revision.
    • AMS v8.0 & above
      • Double click on the device and select Process Variable menu. Select the Identification tab to view software revision.

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  •   0.04% of Span
  •   5 Year Stability
  •   Available with Power Advisory Diagnostics and Local Operator Interface (LOI)
  •   Available Configurations
- DP, GP, AP
  •   Available Assemblies
- Level
- Remote Diaphragm Seals
- Integrated Manifolds
- Integrated Flowmeters
Ratings based on 2010 standard
  •   SFF = 91.3%
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The Rosemount 3051C / 3051T
  •   Pressure Transmitter
  •   Accuracy: Up to 0.04%
  •   Stability: 5 Year
  •   SFF: 81.8% (Coplanar), 82% (Inline)
  •   PFD: 4.29E-04 (Coplanar), 5.08E-04 (Inline)
  •   Available in DP, GP, AP, and L configurations
  •   Available with remote diaphragm seals, primary elements, and manifolds
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Rosemount 3051S MultiVariable Transmitter


  •   Performance up to ±0.65% flow accuracy over 14:1 flow turndown
  •   Mass, energy, actual volumetric, and totalized flow outputs
  •   Differential pressure, gage or absolute pressure, and process temperature measurements
  •   SFF:
-   3051SMV with Mass and Energy Flow output equals 89.7% or greater
-   3051SMV with Direct Process Variable output equals 92.2% or greater
  •   PFDAverage:
-   3051SMV_M1, with a proof test interval of 1 year equals 1.27E-03
-   3051SMV_P1, with a proof test interval of 1 year equals 8.9E-04
  •   Coplanar platform enables integrated manifold, primary element, and diaphragm seal solutions
  •   316L SST, Alloy C-276, Tantalum, or gold-plated 316L SST process isolators
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The Rosemount 2051
  •   Pressure Transmitter
  •   Accuracy: ± 0.075%
  •   Stability: 2 years
  •   SFF: 86.6% (coplanar), 87.4% (inline)
  •   PFD: 2.04E-04 (coplanar), 2.17E-04 (inline)
  •   Available in DP, GP, AP and LT configurations
  •   Available with remote diaphragm seeds, primary elements, and manifolds
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The Rosemount 2088
  •   Pressure Transmitter
  •   Accuracy: Up to 0.075%
  •   Stability: 1 year
  •   SFF: 82.0%
  •   PFD: 5.5E-04
  •   Available in GP and AP configurations
  •   Available with remote diaphragm seals and manifolds
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Rosemount 3051S Electronic Remote Sensors
  • Differential Pressure calculated using two 3051S pressure sensors
  • 2-Wire, 4-20 mA HART architecture
  • Available process variables include DP, PHI and PLO Pressures, and Scaled Variable for tank level or volume
  • SFF:
    • Two Coplanar sensors: 92.9%
    • One Coplanar and one In-Line sensor: 93.7%
    • Two In-Line sensors: 94.6%
  • PFDAverage (proof test interval equals 1 year):
    • Two Coplanar sensors: 1.25E-03
    • One Coplanar and one In-Line sensor: 1.10E-03
    • Two In-Line sensors: 9.79E-04
  • Available with flanged, NPT, Instrument manifolds, and direct mount seal process connections
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Rosemount 3051S Electronic Remote Sensors
  • Differential Pressure calculated using two 3051S pressure sensors
  • 2-Wire, 4-20 mA HART architecture
  • Available process variables include DP, PHI and PLO Pressures, and Scaled Variable for tank level or volume
  • SFF:
    • Two Coplanar sensors: 90%
    • One Coplanar and one In-Line sensor: 92%
    • Two In-Line sensors: 93%
  • Available with flanged, NPT, Instrument manifolds, and direct mount seal process connections
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The Rosemount 4600
  •   Pressure Transmitter
  •   Accuracy: +/- 0.25%
  •   Stability: 3 years
  •   SFF: 90.8% (AP), 91.3% (GP)
  •   PFD: 5.64E-04 (AP), 5.87E-04 (GP)
  •   Available in absolute or gage configuration
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The Rosemount 1199
  •  
Remote Seal System consisting of:
    
   • One or two diaphragm seals
       • Direct Mount or Capillary Connection
     to a pressure transmitter
  •   Classified as a Type A element according to IEC 61508
       • See White Paper for more information on
         SIL Verification when using a combination
         of Type A (1199 Remote Seal) and
     Type B (pressure transmitter)
   
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  •   5 Year Stability
  •   Increased accuracy with Sensor matching
  •   Single or dual sensor input
  •   Sensor Drift Alert and Hot Back up diagnostics
  •   SFF = 86.9% w/T/C, 87.3% w/RTD
  •   PFD = 2.89 E-04
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Determining Product Revision
In order to ensure that you select the proper certified documentation, please determine your 3051S safety certified pressure transmitter revision:
3144P Safety Certified Transmitter (Yellow electronics module), identified by:
•  Yellow electronics module and Yellow external Safety tag
•  Device Type: 3144P SIS
•  Device Revision 2

3144P Safety Certified Transmitter (Black electronics module), identified by:
•  Black electronics module and Yellow external Safety tag
•  Device Type: 3144 Temp
•  Device Revision: 4
Determine Software Revision
Software revision can be confirmed by connecting a HART host to the transmitter:
•   375 Field Communicator
•  Enter fast key sequence 1, 4, 1 and arrow down to "Field Dev Rev"
•   AMS
•  Position mouse pointer over 3144P device and view hover label or
•  Double click on 3144P device and view device revision on window title bar
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The Rosemount 3144P
  •   Temperature Transmitter
  •   Stability: 5 years
  •   SFF: 86.9% w/T/C, 87.3% w/RTD
  •   PFD: 2.89 E-04
  •   Increased accuracy with Sensor matching
  •   Single or dual sensor input
  •   Sensor Drift Alert and Hot Back up diagnostics
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Determining Product Revision

In order to ensure that you select the proper prior-use documentation, you must determine the software revision of your 3144P temperature transmitter:
  • 375 Field Communicator
    • Enter fast key sequence 1, 4, 1 and arrow down to "Field Dev Rev"
  • AMS
    • Position mouse pointer over 3144P device and view hover label or
    • Double click on 3144P device and view device revision on window title bar
In order to ensure that you select the proper prior-use documentation, you must determine the software
revision of your 3144P temperature transmitter:
  • 375 Field Communicator
  •  
  • Enter fast key sequence 1, 5 and arrow down to device type and device revision
  • AMS v7.0 & below
  •  
  • Right click on the device and select "Configure" from the menu. Select the Device tab to review device type and device revision
  • AMS v8.0 & above
  •  
  • Double click on the device and select Process Variable menu. Select the Identification tab to view device type and device revision
  • Print
     
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    The Rosemount 644
      •   Head and rail mount temperature Transmitter
      •   Stability: 24 months
      •   SFF: 85.7% w/T/C, 86.0% w/RTD
      •   PFD: 3.15 E-04
      •   Increased accuracy with Sensor matching
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    The Rosemount 248
      •   Head and rail mount temperature transmitter
      •   SFF: Headmount w/T/C: 86.2%
    Headmount w/RTD: 86.4%
    Railmount w/T/C: 86.2%
    Railmount w/RTD: 86.5%
      •   PFD: 3.86 E-04
      •   Unsurpassed performance for temperature monitoring
      •   Industry standard DIN Form B headmount for mounting in any connection head
      •   Compact railmount style for DIN railmounting
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    The Rosemount 8732EM
      •   Magnetic Flow Transmitter
      •   SFF: 82%
      •   PFD: 2.75E-02
      •   Field mount style is available in a remote mount or integral mount configuration
      •   Universal™ capabilities for compatibility with Rosemount and other manufacturers’ sensors
      •   Simple configuration and operation through the Local Operator Interface (LOI), AMS: Device Manager, Field Communicator, or ProLink III
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    The Rosemount 8732E
      •   Magnetic Flow Transmitter
      •   SFF: 73%
      •   PFD: 1.39E-03
      •   Compatible with Rosemount or other vendor tubes
      •   Transmitters available in Integral and Remote mount styles
      •   Simple configuration and operation with handheld communicator, AMS: Device Manager, or local operator interface
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    The Rosemount 8712D
      •   Magnetic Flow Transmitter
      •   Accuracy: +/- 0.05%
      •   SFF: 84.8%
      •   PFD: 8.23E-04
      •   Transmitters available in Integral and Remote mount styles
      •   Compatible with Rosemount or other vendor tubes
      •   Simple configuration and operation with handheld communicator, AMS: Device Manager, or local operator interface
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    The Rosemount 8800
      •   Vortex Flow meter
      •   Accuracy: +/- 0.65% of rate
      •   Stability: +/- 0.1% of rate over 12 months
      •   SFF: 85.8% w/o MTA option, 89.2% w/MTA option
      •   PFD: 5.56 E-04 w/o MTA option, 7.09 E-04 w/MTA option
      •   Available in Flanged, Wafer, Reducer?, and Dual meter body styles
      •   Non-clog, all-welded meter body design
      •   Superior vibration immunity
      •   Suitable for liquid, gas, and steam applications
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    The Rosemount 2130
    • Vibrating fork level switches
    • Certified for SIL2 and SIL3 Capable
    • FMEDA report applies for 2130 with safety certification codes QS or QT in the model code
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    Mobrey Magnetic Level Switches

      •   Suitable for a Safety Integrity Level 1 (SIL 1) Environment

    Mobrey magnetic float switches can be used a Safety Instrumented System (SIS).

    Selected models have been externally evaluated and certified in accordance with IEC61508 to attain Safety Integrity Level 1 (SIL 1) for a single device.

    Float switches (*) ordered with the accessory code L2049 are supplied with a third party certificate of SIL suitability.
    (*) Selected models only - click on the Functional Safety Manual link and refer to pages 14 and 15 for certified models.
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    The Rosemount 5300
      •   Guided Wave Radar Level Transmitters
      •   Accurate, superior performance continuous level measurement of liquids and solids including process vessels and control
      •   Accuracy: Up to +/- 0.12 in. (3mm)
      •   Repeatability: +/-+0.04 in. (1mm)
      •   SIL2 Suitable
      •   SFF: 90.7%
      •   PFD: 6.13E-04
      •   FMEDA report applies for transmitters with 4..20 mA output, software revision 2.A1 or 2.A2 and model code option QS
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    The Rosemount 5408
      •   Accuracy: ±0.08 in (±2 mm)
      •   Measurement Range: 131 ft (40 m), 82 ft (25 m) for Rosemount 5408:SIS in Safety mode
      •   Operating Pressure: 1450 psi (100 bar)
      •   Operating Temperature: -76 to +482 °F (-60 to +250 °C)
      •   Power Supply: 12-42.4V dc (12-30V dc in Intrinsically Safe installations)
      •   Communication Protocol: 2 wire loop-powered 4-20mA HART
      •   Certifications/Approvals: ATEX, IECEx, FM, CSA
      •   Safety: IEC 61508 certified to SIL 2
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    The Rosemount 5400
    • Non-contacting Radar Level Transmitters
    • Accurate, superior performance 2-wire transmitters for most liquid level applications and process conditions
    • Maximum mounting and application flexibility is ensured with a wide range of antennas and two models with different microwave frequencies, 5401 (6 GHz) and 5402 (26 GHz)
    • Accuracy: 5402: Up to +/- 0.12 in. (+/-3mm)
      5401: Up to +/- 0.4 in. (± 10 mm)
    • Repeatability: +/-+0.04 in. (+/-1mm) at 16.4 ft (5 m) distance
    • SFF: 5402: 83%
      5401: 81%
    • PFD: 5402: 1.21E-03
      5401: 1.29E-03
    • FMEDA report applies for transmitters with 4-20 mA output and model code option QS
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    The Rosemount 2130
    • Vibrating fork level switches
    • SIL2 Suitable
    • SFF > 90%
    • FMEDA report applies for 2130 with model code option QS
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    The Smart Wireless THUM™ Adapter
      •   WirelessHART Adapter
      •   Compatible with 2 or 4 wire HART Devices
      •   Direct or Remote mount options
      •   Allows you to wirelessly transmit HART measurement and diagnostic information
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    Primary Elements
      •   Rosemount Primary Element
      –  Using Annubar®, Compact Orifice, or
          Integral Orifice Technology
      –  Remote or direct mount connection to the
          DP Transmitter
      •   Classified as a Type A element according to IEC 61508
      –  See White Paper for more information on
          ; SIL verification when using a combination
          of Type A (Primary Element) and Type B
          (Pressure Transmitter)
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