IYF TRANSITION PROJECT Transition Project Learning Network Workshop 3 IYF Transition Project.
3051SMV Transition
description
Transcript of 3051SMV Transition
Blue HorizonEmerson Confidential
3051SMV Transition
2Blue HorizonEmerson 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
3Blue HorizonEmerson Confidential
Since the release of the 3051SMV in Oct. 2009, market led transition was expected– 3051SMV has higher performance and more features
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
Transition to the 3051SMV from the 3095M-HART
40% of customers already transitioned
4Blue HorizonEmerson Confidential
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
5Blue HorizonEmerson Confidential
3095M-HART Models To Be Transitioned 3095MA HART Transmitters
– 3095MAxxxxxxxxxxxxx…– NOT Affected:
• 3095MV FOUNDATION fieldbus • 3095FB MODBUS
3095MFx HART Flowmeters– 3095MFAxxxxxxxxxxxxxxxxxAxx...– 3095MFCxxxxxxxxxxxxxAxx…– 3095MFPxxxxxxxxxxxxxxxAxx…– NOT Affected:
• 3095MFx FOUNDATION fieldbus Flowmeters
3095MFP 3095MFA 3095MFC
3095MA HART
6Blue HorizonEmerson Confidential
Sensor Matching with Callendar-van Dusen
RTD with Sensor Matching
Standard RTD SensorRTD Sensor Accuracy
2 ºC (3.6 ºF)
-2 ºC (-3.6 ºF)
1 ºC (1.8 ºF)
-1 ºC (-1.8 ºF)
0 ºC (0 ºF)
400 ºC (752 ºF)0 ºC (32 ºF) 200 ºC (392 ºF )
User specified temperature limits and temperature backup
Time
Tem
pera
ture
User-specified
User-specified
Fixed (Hard Limit)
Fixed (Hard Limit)
Early Detection
Backup temperature or alarm enabled
Temperature sensor limit
Terminal block temperature wiring
Energy and Mass or Actual Volumetric Flow
DPEdYNCQ Dmass2
1
DP
TP
DPP PT TT T
Coefficients vary with all three
measurements
Accurate Flow Measurement Requires Dynamic Compensation
DP
Real-time compensation of over 25 variables @ 22 updates/second
Pcan
Patmosphere
Tspray
Because Pcan > PatmosphereThen Tcan ≠ Tspray
Tcan
COLD
Joule Thomson Correction
Gas, Natural Gas and All Steam
Saturated Steam
1. Differential Pressure2. Pressure3. Temperature
1. Differential Pressure2. Pressure
1. Differential Pressure2. Temperature
1. Differential Pressure
o
o
o
o
oo
o
o
Liquids and Saturated Steam
Liquids
Scalable Compensation
Ultra For Flow
Flow Turndown
% Reading
0123456789
10
10:1 5:1 3:1 2:1 1:1
3051S UltraUltra for Flow
±0.1% Span3051C
Rosemount 3051S MultiVariable HART Transmitter
Easy 2 StepConfiguration
7Blue HorizonEmerson Confidential
Integrated Flowmeters Available With the 3051SMV
3051SFx Flowmeters Offer Equivalent 3095MFx Features– Fully Assembled, Configure, Leak Tested– Annubar, Compact Orifice, and Integral Orifice– Integral Temperature option
3051SFP3051SFA 3051SFC
8Blue HorizonEmerson Confidential
Transitioning to the Rosemount 3051SMV Improves Flow Measurement
Rosemount 3051SMV
Rosemount 3095M-HART
Mass or Energy Flow Reference Accuracy
Ultra for Flow: ±0.65% Rate over 14:1
Classic MV: ±0.70% Rate over 8:1
U3: ±1.0% of Rate over 10:1
Std.: ±1.0% of Rate over 8:1
Totalized Mass Flow Accuracy
±0.65% of Total Mass or Energy Flow
±1.0% of Total Mass Flow
Rangeability DP: 200:1AP: 200:1
DP: 100:1AP: 100:1
WarrantyUltra and Ultra for Flow:
12 yearsClassic: 12-18 months
U3: 12 yearsStandard: 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 orDP+P (Fixed T)
3051SMV: Superior Flow Measurement
• Improved Mass and Energy Flow
Calculations• Scalable Measurement Options for Liquids
and Saturated Steam• Easy Start-up and Simplified Maintenance
with Engineering Assistant 6.1.1
9Blue HorizonEmerson Confidential
3095M-HART
Coplanar Connection
Height: 7.07-in. (180 mm)
Weight: 6.0 lbs (2.7 kg)
Temperature Connection– Temperature Boss
3051SMV vs. 3095M-HARTPhysical Comparison3051SMV Coplanar
Connection Height: 8.53-in.
(217 mm)– 1.46-in. (37 mm) taller
Weight: 6.7 lbs (3.0 kg)– 0.7lb (0.3 kg) heavier
Temperature Connection– Terminal Block
10Blue HorizonEmerson Confidential
3051SMV vs. 3095M-HARTDimensional Comparison
Measurement 3051SMV 3095MAA Overall Height 8.53 (217) 7.07 (180)B Width of Transmitter, without
LCD Display4.55 (116) 4.3 (110)
C Width of Transmitter, with LCD Display
5.21 (132) 5.00 (127)
D Process Connection Center-to-Center
2.1 (54) 2.1 (54)
3051SMV 3095M-HART
11Blue HorizonEmerson Confidential
Engineering Assistant SupportEA 6.1.1
For 3051SMV Stand alone
AMS SNAP-ON planned Full listing of fluids Most primaries supported Ongoing maintenance
releases for new capabilities
EA 5.5.1 For 3095M Stand alone
powered by AMS AMS SNAP-ON Full listing of primary
elements and fluids Available to support
legacy installations
Both versions will continue to be available
12Blue HorizonEmerson Confidential
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
3051SFP3051SFA
3051SFC
13