Siemens 6RA7013-6DV62, Operating Instructions Manual

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05.05 Connectors and binectors
SIEMENS AG 6RX1700-0AD76
12-9
SIMOREG DC Master Operating Instructions
Connector Description Normalization Function
diag., Sheet
K0912 Status of speed evaluation of pulse encoder
xxxx xxx0 = asynchronous measurement
xxxx xxx1 = (gating-pulse-)synchronized measurement
xxxx xx0x = divisor 1:1
xxxx x01x = divisor 1:2
xxxx x11x = divisor 1:4
xxx0 0xxx = pulse encoder type1 (P140 = 1)
xxx1 0xxx = pulse encoder type1a (P140 = 2)
xxx0 1xxx = pulse encoder type2 (P140 = 3)
xxx1 1xxx = pulse encoder type3 (P140 = 4)
xx0x xxxx = 1x evaluation
x01x xxxx = 2x evaluation
x11x xxxx = 4x evaluation
0xxx xxxx = No pulse encoder error
1xxx xxxx = Pulse encoder signal states occurred during the measurement
which may not occur on a rotating pulse encoder. They indicate a signal
short circuit or an interruption in a pulse encoder signal.
When the pulse encoder is stationary or oscillating around one position,
signal states of this type are perfectly normal and do not indicate a signal
fault.
G145
K0960 Time interval between averaged line synchronization time reference point
and "unfiltered" zero crossing of scanned and software-filtered line voltage in
1.334
µ
s (when P152 = 1 to 20)
1
=
∧
1.334
µ
s
K0970
Positive line zero crossing of phase U-V (as T1 instant)
K0971
Negative line zero crossing of phase W-U (as T1 instant)
K0972
Positive line zero crossing of phase V-W (as T1 instant)
K0973 Negative line zero crossing of phase U-V (as T1 instant)
K0974 Positive line zero crossing of phase W-U (as T1 instant)
K0975 Negative line zero crossing of phase V-W (as T1 instant)
K0976 Positive line zero crossing, field supply
K0977 Negative line zero crossing, field supply
K0984 Last line zero crossing used (as T1 instant) (field)
K0985 Field firing instant (as T1 instant)
K0986 Last line zero crossing used (as T1 instant) (armature)
K0987 Armature firing instant (as T1 instant)
K0988 Firing pulse cycle time (time difference between current and previous
armature firing instant) in T1 increments of 1.334
µ
s each