Pulse Heat Input; Table 49. Analog Input Signal Description; Table 50. Analog Output Signal Description; Table 51. Pulse Train Input Signal Description - Parker P Series User Manual

9 A-OVR
8 AGND
10 AGND

Table 49. Analog Input Signal Description


Analog Output Signals (Analog Monitoring Connector)
Pin No. Name
1 AMON1
2 AMON2
3 AGND
4 AGND

Table 50. Analog Output Signal Description

Note) You can change the output variables to monitor through analog monitor output by
adjusting the parameters. Please see " 5.8 Analog Monitor " for further details.

4.4.3 Pulse Heat Input


Pulse train Input Signals(I/O Connector)
Pin No. Name
30 PULCOM
31 PF+
32 PF-
33 PR+
34 PR-

Table 51. Pulse Train Input Signal Description

Parker Hannifin
Analog Speed
Override
AGND(0V)
AGND(0V)
Description Function Details
Analog monitor 1 Analog monitor output(-10V ~ +10V)
Analog monitor 2 Analog monitor output(-10V ~ +10V)
AGND(0V) Analog ground
AGND(0V) Analog ground
Description
+24[V] power Inputs command pulse train.
input
Inputs forward pulse train between PF+ and
PF-, and inputs reverse pulse train between
PR+ and PR-.
The action is performed when the Pulse Input
Position is selected at [0x3000]. Pulse logic
can be configured at [0x3003], and the pulse
input filter can be configured at [0x3004].
When using the line drive method, the
maximum input frequency is 1Mpps. When
using the open collector method, the maximum
input frequency is 200kpps.
-10~＋10Vis connected between A-
OVR(AI2)and AGND to override index
operation speed.
The override value is 0% under -10Vinput,
100% under 0V input, and 200% under
＋10V input. You can choose whether to use
this function by [0x221E] or AVOR contact
input.
Analog ground
Analog ground
Function Details
P series User Guide 84