Micromod MOD: 1800P - MOD 30ML Identity Module (Version 2) Uživatelský manuál Strana 31
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- Tabulka s obsahem
- KNIHY
Hodnocené. / 5. Na základě hodnocení zákazníků
Continuous Control Functions
PID CONTROL BLOCK
2-25
The valid entries and their long state values are:
EOOO 2 Gain on error, Reset off, Pre-Act off, manual reset off.
OSOO 4 Gain off, standard Reset, Pre-Act off, manual reset off.
PSOO 5 Gain on process, standard Reset, Pre-Act off, manual reset off.
ESOO 6 Gain on error, standard Reset, Pre-Act off, manual reset off.
OMOO 8 Gain off, MICRO-SCAN Reset, Pre-Act off, manual reset off.
PMOO 9 Gain on process, MICRO-SCAN Reset, Pre-Act off, manual reset off.
EMOO 10 Gain on error, MICRO-SCAN Reset, Pre-Act off, manual reset off.
EOPO 18 Gain on error, Reset off, Pre-Act on process, manual reset off.
PSPO 21 Gain on process, standard Reset, Pre-Act on process, manual reset
off.
ESPO 22 Gain on error, standard Reset, Pre-Act on process, manual reset off.
PMPO 25 Gain on process, MICRO-SCAN Reset, Pre-Act on process, manual
reset off.
EMPO 26 Gain on error, MICRO-SCAN Reset, Pre-Act on process, manual
reset off.
EOEO 34 Gain on error, Reset off, Pre-Act on error, manual reset off.
ESEO 38 Gain on error, standard Reset, Pre-Act on error, manual reset off.
EMEO 42 Gain on error, MICRO-SCAN Reset, Pre-Act on error, manual reset
off.
EOOE 66 Gain on error, Reset off, Pre-Act off, manual reset enabled.
EOPE 82 Gain on error, Reset off, Pre-Act on process, manual reset enabled.
EOEE 98 Gain on error, Reset off, Pre-Act on error, manual reset enabled.
60
Manual Reset Balance Type
(MRBTYPE) ....................................................................... C – R
Procedureless manual reset specifies whether there may be bumpless transfer when the
mode is changed from manual to auto on a proportional only controller.
NONE 0 No manual reset balance is specified.
PROCEDURELESS 1 Procedureless manual reset is selected. The reset value is
recalculated on a transfer to auto. The calculation compares
the output and error signals to produce a manual reset value.
61
Gain Base Value
(BGAIN)..................................................................................................CWR
The gain base value can be any floating-point value in the range of 0.01 to 125.0. This value
specifies the number that represents proportional response in a fixed gain controller. If no
adaptive function is used (externally generated gain modifier input), the base gain is the active
gain of the controller, and the controller operates as a fixed gain feedback controller. When
adaptive gain is used, all changes in active gain due to the externally generated algorithm for
that function are based on the base gain.
62
Reset Rate Base Value
(BRESET)....................................................................................CWR
The reset rate base value can be any floating-point value in the range of 0.01 to 125.0 repeats
per minute. If no adaptive function is used (externally generated reset rate modifier input), the
base reset is the active reset of the controller. The integral response value may be operating
with the standard or MICRO-SCAN algorithm based upon the Control Algorithm Type.
OFF Reset Rate Base Value is 0.0.
value Any floating-point value in the range of 0.01 to 125.0 repeats per
minute.
- Data Base Reference 1
- MicroMod Automation, Inc 2
- CONTENTS 3
- ILLUSTRATIONS 4
- INTRODUCTION 5
- 1.4 RELATED DOCUMENTATION 6
- 1.5 VERSION IDENTIFICATION 6
- 2.1 GENERAL 7
- 2.2 PID CONTROL BLOCK (PID) 8
- PID Controller Block 9
- Continuous Control Functions 10
- PID CONTROL BLOCK 10
- OPCERRUQ 17
- OPCERRAQ 17
- Attribute 18
- Control Algorithm Type 30
- Manual Reset Balance Type 31
- Gain Base Value 31
- Reset Rate Base Value 31
- Preact Time Base Value 32
- Manual Reset Initial Value 32
- Manual Reset Quality 32
- Control Modes Allowed 32
- Control Mode 33
- Control Mode Status Quality 33
- Control Mode Command 33
- Setpoint Mode Restart Value 34
- Output Mode Restart Value 34
- Control Mode Restart Value 34
- Process Variable Input 34
- Dead Time Compensation Input 34
- Gain Modifier 36
- Reset Rate Modifier 36
- Preact Time Modifier 36
- Remote Setpoint Bias Input 36
- Mode Model 38
- Input Filter Type 38
- Input Filter Time Constant 39
- 2.2.4 PID Block Events 40
- RAMP SOAK BLOCK (RSK) 41
- DATA BASE PARAMETERS 41
- RAMP SOAK BLOCK 42
- 3.3 RSK BLOCK PARAMETERS 45
- Block Length 50
- Result Quality 53
- State A Quality 53
- State B Quality 53
- State C Quality 53
- Cycle Number Quality 55
- Mode Quality 55
- 3.5 RAMP/SOAK BLOCK EVENTS 60
- APPENDIX A 61
- PID BLOCK CROSS REFERENCE 61
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