Lenze DDS Function library Drive Manual de usuario Pagina 74
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2.7.1 Transparent mode with keypad 9371BB/9371BC (L_Display9371BB)
Function library LenzeDrive.lib
Special functions
2−64
L
LenzeDrive.lib EN 1.7
VariableName NoteVariableTypeSignalTypeDataType
bEnterArrowSymbolOn Bool binary VAR_INPUT TRUE: The display indicates p.
bMenuSymbolOn Bool binary VAR_INPUT TRUE: The display indicates "Menu".
b1SymbolOn Bool binary VAR_INPUT TRUE: The display indicates "1".
b2SymbolOn Bool binary VAR_INPUT TRUE: The display indicates "2".
bCodeSymbolOn Bool binary VAR_INPUT TRUE: The display indicates "Code".
bParSymbolOn Bool binary VAR_INPUT TRUE: The display indicates "Par".
bParaSymbolOn Bool binary VAR_INPUT TRUE: The display indicates "Para".
bStopLEDOn Bool binary VAR_INPUT TRUE: The key S lights up.
byLcdCursor
PositionOn
Bool binary VAR_INPUT Selection of the cursor position (0 ... 30)
String 1: Position 0 ... 3
String 2: Position 4 ... 5
String 3: Position 6 ... 17
String 4: Position 18 ... 30
bLcdDisplayOff Bool binary VAR_INPUT TRUE: Display is switched off.
bLcdCursorOn Bool binary VAR_INPUT TRUE: Cursor is activated.
bLcdCharacterBlinkOn Bool binary VAR_INPUT TRUE: The character at the cursor position is blinking.
bUpdateCharCodeMap Bool binary VAR_INPUT TRUE: The inputs abyCharCode and abyCharMap with the special
character definition are read again.
pString1 String − VAR_IN_OUT String 1, length: 4 characters
pString2 String − VAR_IN_OUT String 2, length: 2 characters
pString3 String − VAR_IN_OUT String 3, length: 12 characters
pString4 String − VAR_IN_OUT String 4, length: 13 characters
abyCharCode Array of byte − VAR_IN_OUT ASCII code assigned to special characters 0 ... 6
abyCharMap Array of byte − VAR_IN_OUT Definition of special characters 0 ... 6
bTimeOut Bool binary VAR_OUTPUT TRUE: The keypad has been disconnected from the PLC and the
time−out time has expired.
bUpdateBaeBusy Bool binary VAR_OUTPUT TRUE: The keypad display is updated, the inputs should not be
changed.
bUpdateKeys Bool binary VAR_OUTPUT TRUE: Keypad keys are pressed.
bKeyArrowUp Bool binary VAR_OUTPUT TRUE: Keypad key z is pressed.
bKeyArrowDown Bool binary VAR_OUTPUT TRUE: Keypad key y is pressed.
bKeyArrowLeft Bool binary VAR_OUTPUT TRUE: Keypad key Y is pressed.
bKeyArrowRight Bool binary VAR_OUTPUT TRUE: Keypad key Z is pressed.
bKeyShift Bool binary VAR_OUTPUT TRUE: Keypad key T is pressed.
bKeyPrg Bool binary VAR_OUTPUT TRUE: Keypad key V is pressed.
bKeyStop Bool binary VAR_OUTPUT TRUE: Keypad key S is pressed.
bKeyRun Bool binary VAR_OUTPUT TRUE: Keypad key U is pressed.
Activation of transparent mode
The transparent mode is activated on the keypad by setting bTrnActivate to TRUE. All display
elements and keys of keypad 9371BB/9371BC can then be accessed via the FB.
- Global Drive 1
- PLC Developer Studio 1
- Important note: 2
- Contents 3
- 1.1 About this Manual 5
- 1.1.2 Description layout 6
- 1.1.4 Terminology used 6
- 1.2.1 Hungarian Notation 7
- LenzeDrive.lib EN 1.7 10
- 2 Function blocks 11
- 2.1 General signal processing 12
- General signal processing 13
- L _ A B S 14
- Analog signal processing 15
- 2.2.2 Addition (L_ADD) 15
- * ( - 1 ) 18
- L _ A N E G 18
- 2.2.6 Arithmetic (L_ARIT) 21
- 2.2.7 Changeover (L_ASW) 22
- 2.2.8 Comparison (L_CMP) 23
- 2.2.10 Dead−band (L_DB) 30
- L _ L I M 32
- 2.2.13 Delay (L_PT1_) 33
- 2.2.14 Ramp generator (L_RFG) 34
- 2.3 Digital signal processing 39
- L_DIGDEL 40
- Digital signal processing 41
- 2.3.2.2 Dropout delay 41
- 2.3.2.3 General delay 41
- 2.3.4 Flip−flop (L_FLIP) 43
- 2.3.5 Logical NOT (L_NOT) 44
- 2.3.6 Logical OR (L_OR) 45
- 2.3.7.1 Evaluate rising edges 46
- 2.4.1 Arithmetic (L_ARITPH) 48
- ± 2 - 1 49
- 2.4.3 Comparison (L_PHCMP) 50
- 2.4.4 Difference (L_PHDIFF) 51
- L _ P H D I V 52
- R e v o l u t i o n 52
- 2.4.6 Integration (L_PHINT) 53
- 2.4.6.1 Constant input value 53
- 2.4.7 Integration (L_PHINTK) 55
- 2.4.7.1 Constant input value 56
- Given values: 58
- Solution: 58
- 2.5 Signal conversion 59
- Signal conversion 60
- 2.5.4 Conversion (L_CONVVV) 62
- 2.6 Communication 64
- Communication 65
- 2.6.4 Read codes (L_ParRead) 65
- 2.7 Special functions 73
- Special functions 74
- 2.7.2 Fault trigger (L_FWM) 78
- 2.7.4.1 Main setpoint channel 84
- 2.7.4.2 JOG setpoints 85
- 2.7.4.3 Setpoint inversion 85
- 2.7.4.5 S−ramp 87
- 2.7.4.6 Arithmetic operation 87
- 2.7.4.7 Additional setpoint 88
- 2.7.5.2 Ramp generator 92
- 3 Appendix 95
- Appendix 100
- Integration (L_PHINT), 2−43 101
- Constant input value , 2−43 102
- Constant input value , 2−46 102
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