Centum VP 4 ENG Reg Control_GlobalDescription complète
Centum VP 1 ENG System Config_GlobalDescription complète
Descripción completa
Centum VP trainingFull description
Full description
Full description
Centum VP trainingDescription complète
Standard Operation and Monitoring Function, Console HIS Support Package for Enclosed Display Style, Console HIS Support Package for Open Display Style
This manual is written for use as a part of reference manual describing the functional details of CENTUM VP. This reference manual focuses on the function block details. You can read the required c...
Installation Manual of Yokogawa Software - Centum VP User Guide of Yokogawa Software - Centum VPFull description
Descripción: Installation Manual of Yokogawa Software - Centum VP User Guide of Yokogawa Software - Centum VP
Graphics building helps to develop SCADA in yokogawa centum vp helps the users to build graphics. Animation of the Scada can be done using this file Allow the user to easily understand t…Descripción completa
Centum VP Engneering Course Training Day 1Full description
Centum VP Engneering Course Training Day 1
Graphics building helps to develop SCADA in yokogawa centum vp helps the users to build graphics. Animation of the Scada can be done using this file Allow the user to easily understand the raph...Full description
Centum VP Engneering Course Training Day 1Full description
Graphics building helps to develop SCADA in yokogawa centum vp helps the users to build graphics. Animation of the Scada can be done using this file Allow the user to easily understand t…Full description
Descripción completa
viji prabu
Descripción completa
Sevice Manual.
CENTUM VP
ADVANCED FUNCTION BLOCKS
LESSON 7
This is a series of smaller exercises that incorporate additional controls common to process control. The following exercises will also require more investigation in the on-line manuals on your part to part to create these function blocks. •
You may have to adjust tuning parameters to get these blocks to work. work.
SPLIT [Regulatory control/ Signal distributors] This function block allows an upstream function block to output to two different modules or function blocks. The two outputs can overlap to give a “blending” of steam and water, if used in that manner. •
•
Define the outputs so that MV1 MV1 is reverse acting and operates between 0-75% 0-75% of the SPLIT SPLIT MV range. Define the outputs so that MV2 MV2 is direct acting and operates between 25-100% of the SPLIT SPLIT MV range.
On-line Manual Question: In the SPLIT “Tuning Panel”, there is an item called “SW “ SW”, ”, what does it do and what should it be set to output to both PVIs?
SIMULATION I
COO PV
M
MV HEAT-
PI
OU
SE
SPLIT-
SPLI
MV
I I
HEA
PV
CENTUM VP Engineering
1
TE 33M80N10-10EN-A
CENTUM VP
ADVANCED FUNCTION BLOCKS
LESSON 7
RATIO [Regulatory control/ Signal s etters] The “RATIO” block allows the user to define the relation between two flows. In this simulation you will create two PID function blocks, one with a flow of 0-100 G PM, and the other with a flow of 0-75 GPM. Use the “On-line Manual” to help build this function block and answer these questions. •
What does the RATIO “SV” do?
•
Change the “Gain” in the “RATIO” block. What happens?
•
Return the “Gain” to its initial value, and then change the “Bias” in the “RATIO” block. What happens?
SIMULATION 0-100
M FLOW-
P
RATIO-
I
PI
0-2
RATI
I OU
SE M FLOW-
0-75
PI I
CENTUM VP Engineering
2
TE 33M80N10-10EN-A
CENTUM VP
ADVANCED FUNCTION BLOCKS
LESSON 7
SIGNAL SELECT [Regulatory control/ Signal selectors] There may be times when a process signal (high/ medium/ or low) is to be automatically selected and displayed. In the following simulation, use the function blocks created in the “SPLIT” exercise. You will create an “AS-H” to automatically select the higher of the t wo PVs and display that signal on a PVI attached to the selector block. What data items must be set to allow the block to automatically select the highest signal?
SIMULATION
I
COO
P
PV
M
MV HEAT-
OU
PI
SE
SPLIT-
SPLI
MV
I I
HEA
P
PV
HIGHES
I
IN
AS-
PV
CENTUM VP Engineering
P
SELEC
IN
3
TE 33M80N10-10EN-A
CENTUM VP
ADVANCED FUNCTION BLOCKS
LESSON 7
FUNC-VAR [Regulatory control/ Calculation] The “FUNC-VAR” function block allows a linearization table to be created for a non-linear device such as a cylindrical vessel. Create the simulation below and enter the data in the chart. On-line Manual Question: Referring to the data below: •
What does the “X” register do?
•
What does the “ Y” register do?
•
What does “SECT” on the “FUNC-VAR” tuning panel refer to?
•
What must “SECT” be set to for this block to work?
Enter the following data in the “FUNC-VAR” tuning panel.
X01 = 0.00
Y01 = 0.00
X02 = 12.50
Y01 = 7.20
X03 = 25.00
Y03 = 20.40
X04 = 37.50
Y04 = 34.80
X05 = 50.00
Y05 = 50.00
X06 = 62.50
Y06 = 65.20
X07 = 75.00
Y07 = 79.60
X08 = 87.50
Y08 = 92.80
X09 = 100.00
Y09 = 100.00
SIMULATION 0-100 %
MV
IN
LEVEL PID
LINEAR IN
CPV
FUNC-VAR
Create a sequence table and a BDSET-1L that will change the “P” of the level controller when the level changes between: Level=0-30
P=100
Level=31-70
P=250
Level=71-100
P=100
CENTUM VP Engineering
4
TE 33M80N10-10EN-A
CENTUM VP
ADVANCED FUNCTION BLOCKS
LESSON 7
FOUNDATION FIELDBUS I/O - (FF-AI); (FF-AO) The input to the FF-AI block comes from the analog input function block in the Foundation Fieldbus transmitter. Basic settings of the FF-AI block include Tag, Tag Comment, Scale High and Low and Engineering Units. Detailed settings include Tag Mark, Alarm Level, Hierarchy and Security Level. On Figure 1 below FF-AI reflects the AI (Analog Input) function block inside the Flow Transmitter FT100, the PID function block resides in the CPU of the CS 3000 system and the FF-AO reflects the AO (Analog Output) function block inside the valve positioner FV100. On Figure 2 below FF-AI reflects the AI (Analog Input) function block inside the Flow Transmitter FT100, the FF-PID function block and the FF-AO function block reside inside the valve positioner FV100.