Transcript OCE 2006 Presentation Template

3051SMV Transition
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Emerson Confidential
Agenda

Transition to the 3051SMV: 3095M-HART Discontinuance
– 3095M-HART Final Order Date
– Models Affected

3051SMV Feature Improvements
– 3095M-HART Comparison
– Flowmeter Offering
– Engineering Assistant Support

Summary
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Transition to the 3051SMV from the 3095M-HART

Since the release of the 3051SMV in Oct. 2009, market
led transition was expected
– 3051SMV has higher performance and more features
40% of customers
already transitioned

Transition time-frame shortened by Japanese crisis
–
–
–
–
Earthquake and resulting tsunami destroyed a supplier’s factory
Supplier has decided to discontinue the component
Timeframe to redesign unacceptable
No other 3095 or Rosemount products are affected
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3095M-HART Final Order Date

Final Order Date:
July 29, 2011


Orders will ship at standard lead-times
Service and warranty requests will be honored with
remaining 3095M-HART inventory or an upgrade to
3051SMV
– Option to upgrade at the cost to repair a 3095M through for two
years or five years from the original shipment date of device,
whichever comes first
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3095M-HART Models To Be Transitioned

3095MA HART Transmitters
– 3095MAxxxxxxxxxxxxx…
– NOT Affected:
• 3095MV FOUNDATION fieldbus
• 3095FB MODBUS

3095MFx HART Flowmeters
–
–
–
–
3095MA HART
3095MFAxxxxxxxxxxxxxxxxxAxx...
3095MFCxxxxxxxxxxxxxAxx…
3095MFPxxxxxxxxxxxxxxxAxx…
NOT Affected:
• 3095MFx FOUNDATION fieldbus
Flowmeters
3095MFP
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3095MFA
3095MFC
5
Rosemount 3051S MultiVariable
HART Transmitter
Joule Thomson Correction Terminal block temperature wiring
COLD
Energy and Mass or
Actual Volumetric Flow
Patmosphere
Tspray
Pcan
Tcan
Because Pcan > Patmosphere
Then Tcan ≠ Tspray
User specified temperature limits
and temperature backup
Accurate Flow Measurement Requires
Dynamic Compensation
% Reading
10
9
8
7
6
5
4
3
2
1
0
DP DP
P P
T T T T
User-specified
Time
Early Detection
Temperature
sensor limit
DP
P
T
Sensor Matching with
Callendar-van Dusen
±0.1% Span
3051C
3051S Ultra
Ultra for Flow
10:1 5:1 3:1 2:1 1:1
Backup temperature
or alarm enabled
Easy 2 Step
Configuration
Ultra For Flow
Flow Turndown
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User-specified
Fixed (Hard Limit)
Qmass  NCDY1Ed 2 DP 
Coefficients vary
with all three
measurements
Fixed (Hard Limit)
Temperature
Real-time compensation of over 25
variables @ 22 updates/second
RTD Sensor Accuracy
Standard RTD Sensor
2 ºC (3.6 ºF)
1 ºC (1.8 ºF)
Gas, Natural Gas
and All Steam
RTD with Sensor Matching
0 ºC (0 ºF)
Saturated Steam
Liquids and
Saturated Steam
1. Differential Pressure
2. Pressure
3. Temperature
Liquids
o
o
o
o
o
Scalable
Compensation
-1 ºC (-1.8 ºF)
-2 ºC (-3.6 ºF)
0 ºC (32 ºF)
200 ºC (392 ºF )
400 ºC (752 ºF)
1. Differential Pressure
2. Pressure
o
o
o
1. Differential Pressure
2. Temperature
1. Differential Pressure
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Integrated Flowmeters Available With
the 3051SMV
3051SFP
3051SFA
3051SFC
3051SFx Flowmeters Offer Equivalent 3095MFx Features
– Fully Assembled, Configure, Leak Tested
– Annubar, Compact Orifice, and Integral Orifice
– Integral Temperature option
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Transitioning to the Rosemount 3051SMV
Improves Flow Measurement
Rosemount
3051SMV
Rosemount
3095M-HART
Ultra for Flow: ±0.65%
U3: ±1.0% of Rate
Mass or Energy
Rate over 14:1
over 10:1
Flow Reference Classic MV: ±0.70% Rate Std.: ±1.0% of Rate
Accuracy
over 8:1
over 8:1
3051SMV: Superior Flow Measurement
Totalized Mass
Flow Accuracy
±0.65% of Total Mass or
Energy Flow
±1.0% of Total Mass
Flow
DP: 200:1
AP: 200:1
DP: 100:1
AP: 100:1
Ultra and Ultra for Flow:
12 years
Classic: 12-18 months
U3: 12 years
Standard: 12-18
months
Update Rate
22 updates / second
2.5 updates / second
Energy flow
Calculation
Natural gas and Steam
Not Available
Scalable
Measurement
Solutions
All combinations of DP,
P, T
DP+P+T or
DP+P (Fixed T)
• Improved Mass and Energy Flow Calculations
•Scalable Measurement Options for Liquids and
Rangeability
Saturated Steam
• Easy Start-up and Simplified Maintenance with
Warranty
Engineering Assistant 6.1.1
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3051SMV vs. 3095M-HART
Physical Comparison
3051SMV

Coplanar
Connection

Height: 8.53-in.
(217 mm)
3095M-HART


Coplanar
Connection
Height: 7.07-in.
(180 mm)
– 1.46-in. (37 mm) taller

Weight: 6.7 lbs (3.0 kg)

Weight: 6.0 lbs (2.7 kg)

Temperature Connection
– 0.7lb (0.3 kg) heavier

Temperature Connection
– Terminal Block
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– Temperature Boss
9
3051SMV vs. 3095M-HART
Dimensional Comparison
3051SMV
A
B
C
D
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3095M-HART
Measurement
3051SMV
3095MA
Overall Height
Width of Transmitter, without
LCD Display
Width of Transmitter, with LCD
Display
Process Connection Center-toCenter
8.53 (217)
4.55 (116)
7.07 (180)
4.3 (110)
5.21 (132)
5.00 (127)
2.1 (54)
2.1 (54)
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Engineering Assistant Support




EA 6.1.1
EA 5.5.1
 For 3051SMV
 For 3095M
 Stand alone
 Stand alone
powered by AMS
AMS SNAP-ON planned
 AMS SNAP-ON
Full listing of fluids
 Full listing of primary
Most primaries supported
elements and fluids
Ongoing maintenance
 Available to support
releases for new
legacy installations
capabilities
Both versions will continue
to be available
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Start Your Transition to the 3051SMV
Transmitter and Flowmeters Today

REMEMBER: Last Order Date for 3095M-HART
– July 29, 2011

3051SMV Offers Equivalent 3095M-HART Features and
More:
– Superior Flow Measurement Performance
– Improved Temperature Measurement
– Fully Integrated Flowmeters
3051SFC
3051SFP
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3051SFA
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