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VCIOM-05124

Page 12 of 14

FPAC2 UPgrAde

InstallatIon and operatIon manual

8 APPeNdIx A - sOMe dIFFereNCes beTweeN FPAC1 reV 2, 3, 4 ANd FPAC2 reV 5

For the complete set of features for each device revision refer to IOMs VCIOM-05123 and 
TECH-485.

8.1 Transducer basic parameters mapping

Look up at the old FPAC transducer block configuration and take note of the value in the ACTION_
ELEMENT parameter. This parameter has to be mapped into 3 (three) other parameters in the 
new FPAC2 standard transducer block, as indicated in the table below:

TAble 1 - TrANsdUCer PArAMeTers bAsIC CONFIgUrATION MAPPINg

FPAC1 rev 2,3,4 Transducer

FPAC1 rev 2,3,4 Transducer

FPAC2 rev 5 standard Transducer blocks

Transducer

Transducer 1 (Valve 1)

Transducer 2 (Valve 2)

0

ACTION_ELEMENT = No Selection 

ACTION_ELEMENT = 0: No Selection
IO_ASSIgNMENT = 0: No Selection

ACTION_ELEMENT = 0: No Selection
IO_ASSIgNMENT = 0: No Selection

1

ACTION_ELEMENT = Single Action 

ACTION_ELEMENT = 1: Single Action
IO_ASSIgNMENT = 1: Top,Bot,Out0
SIgNAL_ACTION = 0: Increase to Open

ACTION_ELEMENT = 0: No Selection
IO_ASSIgNMENT = 0: No Selection

3

ACTION_ELEMENT = Double Action 

ACTION_ELEMENT = 1: Double Action
IO_ASSIgNMENT = 1: Top,Bot,Out0
SIgNAL_ACTION = 0: Increase to Open

ACTION_ELEMENT = 0: No Selection
IO_ASSIgNMENT = 0: No Selection

4

ACTION_ELEMENT = Single Action, 
Reverse Acting 

ACTION_ELEMENT = 1: Single Action
IO_ASSIgNMENT = 1: Top,Bot,Out0
SIgNAL_ACTION = 1: Increase to Close

ACTION_ELEMENT = 0: No Selection
IO_ASSIgNMENT = 0: No Selection

6

ACTION_ELEMENT = Double Action, 
Reverse Acting 

ACTION_ELEMENT = 1: Double Action
IO_ASSIgNMENT = 1: Top,Bot,Out0
SIgNAL_ACTION = 1: Increase to Close

ACTION_ELEMENT = 0: No Selection
IO_ASSIgNMENT = 0: No Selection

8

ACTION_ELEMENT = Independent, 
both Normal Acting 

ACTION_ELEMENT = 1: Single Action
IO_ASSIgNMENT = 1: Top,Bot,Out0
SIgNAL_ACTION = 0: Increase to Open

ACTION_ELEMENT = 1: Single Action
IO_ASSIgNMENT = 6: Aux1,Aux2,Out1
SIgNAL_ACTION = 0: Increase to Open

9

ACTION_ELEMENT = Independent, 
1Reverse Acting 2Normal Acting 

ACTION_ELEMENT = 1: Single Action
IO_ASSIgNMENT = 1: Top,Bot,Out0
SIgNAL_ACTION = 1: Increase to Close

ACTION_ELEMENT = 1: Single Action
IO_ASSIgNMENT = 6: Aux1,Aux2,Out1
SIgNAL_ACTION = 0: Increase to Open

10

ACTION_ELEMENT = Independent, 
1Normal Acting 2Reverse Acting 

ACTION_ELEMENT = 1 = Single Action
IO_ASSIgNMENT = Top,Bot,Out0
SIgNAL_ACTION = 0: Increase to Open

ACTION_ELEMENT = 1: Single Action
IO_ASSIgNMENT = 6: Aux1,Aux2,Out1
SIgNAL_ACTION = 1: Increase to Close

11

ACTION_ELEMENT = both Reverse 

ACTION_ELEMENT = 1 = Single Action
IO_ASSIgNMENT = Top,Bot,Out0
SIgNAL_ACTION = 1: Increase to Close

ACTION_ELEMENT = 1: Single Action
IO_ASSIgNMENT = 6: Aux1,Aux2,Out1
SIgNAL_ACTION = 1: Increase to Close

TAble 2 - dIFFereNCes beTweeN dI blOCk ChANNels

dI.ChANNel block - discrete Input Channels
FPAC1 rev 2,3,4 

FPAC2 rev 5

Notes

0

No Transducer Connection 

0

No Transducer Connection

No change

9

Open/Close 

9

TRD1: 0-Closed / 1-Opened

Same channel number and same functionality for valve 1

10

Open 

10

TRD1: 0-Not Opened / 1-Opened

Same channel number and same functionality for valve 1

11

Close 

11

TRD1: 0-Not Closed / 1-Closed

Same channel number and same functionality for valve 1

12

Open/Close/Stop 

12

TRD1: 0-Closed / 1-Opened / 2-Stopped

Same channel number and same functionality for valve 1

13

Maskable Signal 

13

TRD1: Maskable Signal

Same channel number and same functionality for transducer 1

14

Auxiliary Input 

14

Auxiliary Input 1

Same channel number and same functionality for AuX1 input

15

Auxiliary Input 2 

15

Auxiliary Input 2

Same channel number and same functionality for AuX2 input

16

Open/Close for second valve (when available)  29

TRD2: 0-Closed / 1-Opened

Channel number has changed. Same functionality for valve 2

17

Open for second valve (when available) 

210 TRD2: 0-Not Opened / 1-Opened

Channel number has changed. Same functionality for valve 2

18

Close for second valve

211 TRD2: 0-Not Closed / 1-Closed

Channel number has changed. Same functionality for valve 2

-

-

212 TRD2: 0-Closed / 1-Opened / 2-Stopped

New channel functionality for valve 2

-

-

213 TRD2: Maskable Signal

New channel functionality for transducer 2

8.2 discrete Input (dI) Channels

For a complete description of the channels refer to IOMs VCIOM-05123 and TECH-485.

Содержание FPAC1

Страница 1: ...one rotary valve using the internal Hall Effect sensors as limit switches The application controls the valve position through 1 one DO block and gets the position feedback from 1 one DI block Other c...

Страница 2: ...rade Installation and operation manual Fieldbus input polarity insensitive Fieldbus input J2 J5 analog pos pot Earth ground Embedded hall effect sensors Top opened limit SW Bottom closed limit SW Top...

Страница 3: ...cable shield The cable s shield should be cut short and taped to avoid strains contact with any metallic surface or other wires See Figure 4 Step 3 Install the new electronic module in the housing Ma...

Страница 4: ...t listed contact Westlock to receive the latest DD CF files 0501 or download it directly from the Fieldbus Foundation registered products website link below 2 See Figure 7 Note 2 This URL is maintaine...

Страница 5: ...in the Decommissioned Fieldbus Devices list check if it is available for commissioning If not right click on it and select Place in Standby Wait until this process is finished and the window closes S...

Страница 6: ...inished right click on it and select Properties change device revision to 5 and click on OK See Figure 10 Step 11 If a warning message appears indicating some incompatibilities click OK Right click on...

Страница 7: ...Step 12 Selected the new device from the list and click OK If a warning message appears click OK In the window that will appear DO NOT click Reconcile Device just click Next See Figure 12 Step 13 Clic...

Страница 8: ...on Right click on the device and select Configure Setup The AMS window will open See Figure 14 Figure 14 Figure 15 Figure 16 Step 15 In the menu tree select Transducer Basic Setup Reconfigure the new...

Страница 9: ...n the persistent database Use DeltaV explorer or Control Studio for function blocks configuration as illustrated in the next section Figure 17 Figure 18 6 Reassigning the function blocks in the existe...

Страница 10: ...the DO and DI blocks Sometimes this step is automatically done by the system depending on the system s configuration See Figure 20 Figure 19 Figure 20 Figure 21 Step 22 After unassigning all function...

Страница 11: ...message appears click Yes OK and wait until the download is finished successfully See Figure 23 Figure 22 Figure 24 Figure 23 Step 27 Close the download window and open the Control Studio in online m...

Страница 12: ...mal Acting ACTION_ELEMENT 1 Single Action IO_ASSIGNMENT 1 Top Bot Out0 SIGNAL_ACTION 1 Increase to Close ACTION_ELEMENT 1 Single Action IO_ASSIGNMENT 6 Aux1 Aux2 Out1 SIGNAL_ACTION 0 Increase to Open...

Страница 13: ...ew channel functionality for valve 2 25 TRD2 0 Close 1 Open 2 Stop New channel functionality for valve 2 91 FSTATE TRD 1 Valve 1 New channel to force fault state on transducer 1 92 FSTATE TRD2 Valve 2...

Страница 14: ...relevant notified certification body and therefore the original English document will prevail No rights or liability can be derived from any translation Previous documents VCIOM 05124 EN replaces all...

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