Siemens Simatic S7-1500 CPU 1512C-1 PN User Manual page 65

Category Parameter
Increments per revolu-
tion
Fine resolution Bits in incr. actual value
(G1_XIST1)
Stop behavior Quick stop time
Hardware Reference switch input
inputs /
outputs
Edge selection refer-
ence switch
Measuring input
"Drive ready" input
Pulse output A
for "PTO (pulse (A) and
direction (B))"
Direction output B
for "PTO (pulse (A) and
direction B))"
CPU 1512C-1 PN (6ES7512-1CK01-0AB0)
Manual, 12/2017, A5E40898741-AA
Meaning
The "Increments per
revolution" is used to
define the number of
increments per revolu-
tion (also in microstep
mode), which is re-
quired by the drive for a
revolution.
The parameter defines
the number of bits for
the coding of the fine
resolution in the current
incremental value of
G1_XIST1.
The parameter "Quick
stop time" defines the
time interval it should
take for the drive to go
from the maximum
speed to a standstill
(OFF3).
The parameter "Refer-
ence switch input"
defines the hardware
input of the reference
switch.
The parameter "Edge
selection reference
switch" defines the
edge type which is to
be detected by the
reference switch.
The parameter "Meas-
uring input" defines the
hardware input of the
measuring input.
The parameter ""Drive
ready" input" defines
the hardware input of
the input "Drive ready".
The parameter "Pulse
output A" defines the
hardware output for
PTO signal A.
The parameter "Direc-
tion output B" defines
the hardware output for
PTO signal B.
Value range
1 to 1,000,000
0
1 to 65 535 (ms)
[Input address of the reference
switch DI]
Rising edge
Falling edge
[Input address of the measuring
input DI]
[Input addresses of the inputs
"Drive ready" DIn]
[Output address DQ for PTO
signal A (output frequency
100 kHz)]
[Output address 1 of the DQ for
PTO signal B (output frequency
100 kHz)]
[Output address 2 of the DQ for
PTO signal B (output frequen-
cy 100 Hz)]
Technology functions
3.2 Pulse generators
Default
200
0
1,000 (ms)
--
Rising edge
--
--
grayed out
Read only ac-
cess to the pa-
rameter
Qn (output fre-
quency 100 kHz)
65