E10 Electrical Design Typical Application Example - Estun E10 Operation Manual

3.7 E10 electrical design typical application example

1
AC1
2
AC2
3
4
GND +24V
+24V
Electrical Design Description:
The input access method:
1, has to find a reference point function:
Shearing machine : input IN1 (normally open signal) as the shear count signal input, then input IN2
accesses reference point.
Bending machine: input IN1 and IN2 access the reference point.
2, there is no function to find a reference point:
1, has soft-limit function:
Shearing machine : input IN1 (normally open signal) as the shear count signal input, an external
relay. IN2 may not access.
Bending machine: input IN1, and IN2 not access.
2, there is no soft limit function:
Shearing machine: input IN1 (normally open signal) as the shear count signal input, an external
relay. Input IN2 as a time relay input.
Bending machine: with the Shearing machine, input IN1, IN2 (normally closed) as a time relay
input, the signal mode is optional.
Note: input IN1 (normally open signal) as a count signal input, an external relay. Input IN1, IN2 (normally
closed) as a time relay input, the signal trigger method is optional (see parameter description 'input level
mode').
Detailed in the table below:
Signal
Input 1 Top point
Input 2 Switch point
Output access methods:
When E10 has soft limit function:
Shearing machine : the output OUT1 and OUT2 access relay coil externally.
E10
12 7 6
11
IN1
IN2
24V
OUT4
Bending Machine
0
X search ref-point
Y search ref-point
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E10 Operation Manual V1.15
10
9 8 5
OUT2
OUT3 OUT1
0V
Function
1 0
Top point
Switch point
0V
Shearing Machine
1
X search ref-point