Lenze I/O system 1000 - Page 540

Lenze · I/O system 1000 · Reference Manual · DMS 5.0 EN · 09/2016 · TD17 540
9 PROFINET communication
9.9 Parameterising the encoder evaluation
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Parameter data
Data set Name Description/value Lenze
No. Byte
0x00 0 Diagnostics A diagnostic alarm occurs if the same event triggers a further
process alarm during a process alarm processing.
Bit 5 ... 0: Reserved
Bit 6: Diagnostic alarm(0 = inhibited; 1 = enabled)
Bit 7: Reserved
Other values are not permissible!
0x00
0x80 0 Idle time The dead time, also called tbs (time between sends), defines
the waiting time between two encoder values to be
observed by the module so that the encoder is able to
process its value. This data can be found in the data sheet for
your encoder.
HIGH LOW
0x00 0x30: 1 s
0x00 0x60: 2 s
0x00 0xC0: 4 s
0x01 0x80: 8 s
0x03 0x00: 16 s
0x06 0x00: 32 s
0x09 0x00: 48 s
0x0C 0x00: 64 s
0x0C00
1 Baud rate In "monitoring operation" operating mode, the baud rate is
irrelevant. Enter the baud rate here. This corresponds to the
clock frequency via which the encoder connected
communicates. Information on this can be found in the data
sheet for your encoder.
HIGH LOW
0x00 0x18: 2 MHz
0x00 0x20: 1.5 MHz
0x00 0x30: 1 MHz
0x00 0x60: 500 kHz
0x00 0xC0: 250 kHz
0x01 0x80: 125 kHz
0x0180
2 Reserved
3 Standardisation Depending on the encoder, further bits are transmitted in
addition to the encoder value. Scaling serves to determine
how many bits post-positioned to the encoder value will be
removed by shifting the encoder value to the right. The
encoder value is scaled by the module only after a Gray-
binary conversion. More information can be found in the
data sheet for your encoder.
Value range: 0x00 ... 0x0F = 0 bit ... 15 bits
0x00