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A
PPENDIX
74
5.4
Serial Codes of the Commands
Serial code
Command
54
RESET/SET
55
FREEZE DISPLAY
56
TEACH ANALOG START
57
TEACH ANALOG END
58
TEACH PRESELECTION 1
59
TEACH PRESELECTION 2
60
TEACH PRESELECTION 3
61
TEACH PRESELECTION 4
62
TEACH PRESELECTION 5
63
TEACH PRESELECTION 6
64
RESET MIN/MAX
65
LOCK RELEASE
66
SERIAL PRINT
67
ACTIVATE DATA
68
STORE DATA
69
TESTPROGRAM
5.5
Linearization
This function can be used to convert a linear input signal into a non-linear
representation (or vice versa). Up to 24 linearization points are available, which
can be distributed over the entire conversion range at various distances.
Linear interpolation takes place automatically between two predefined
coordinates.
It is recommended that as many points as possible be positioned in places with
strong curvature. In places with weak curvature, only a few points are needed.
To specify a linearization curve, the LINEARIZATION MODE parameter must be
set to
1 QUADRANT or 4 QUADRANT (see diagram below).
Parameters P1(X) to P24(X) can be used to specify up to 24 X coordinates.
These correspond to display values without linearization.
Parameters P1(Y) to P24(Y) are used to enter the values that the measured value
is to assume instead of the X values.
For example, the value P5(X) is replaced by the value P5(Y).
Содержание K23-SSI/Rx/IU-C
Страница 1: ...Your automation our passion K23 SSI Rx IU C Signal converter Manual...
Страница 77: ...APPENDIX 77 5 6 Reading in the SSI Value The received data is always filled internally to a 32 bit data length...
Страница 79: ...APPENDIX 79 Calculating the SSI Zero Position Checking the direction of rotation Evaluating the bit suppression...
Страница 80: ...APPENDIX 80 Calculating the SSI offset Calculating the display value...
Страница 83: ...APPENDIX 83 5 8 Dimensions...
Страница 84: ...www pepperl fuchs com Subject to modifications Pepperl Fuchs Printed in Germany DOCT 6641...
