5.4.2.3
Absolute encoder ERN1387
PIN
Function
Designation
Jumper
M16 x 0.75
(SV120)
Jumper
M23 x 1
Jumper
D-SUB
15 pole
A
5
11
C+
Commutation signal (cosine)
B
6
10
C-
Commutation signal inverse (inverse cosine)
C
14
12
D+
Commutation signal (sine)
D
10
9
Up
Voltage 5 V DC
E
7
7
0 V
Power supply ground
F
11
8
B+
Analog track B (sine)
G
4
13
D-
Commutation signal (inverse sine)
H
3
3
R+
Reference signal
J
13
4
R-
Reference signal inverse
K
1
5
A+
Analog track A (cosine)
L
2
6
A-
Analog track A invers (cosine invers)
M
12
1
B-
Analog track B invers (sine invers)
Table 5-4-2-3
5.4.2.4
Absolute encoder AE-S64-SinCos-07-AE
Wire-end sleeves
Function
Designation
Grey
C+
Commutation signal (cosine)
Pink
C-
Commutation signal inverse (inverse cosine)
Black
D+
Commutation signal (sine)
Brown
VCC
Voltage 5 V DC
White
GND
Power supply ground
Blue
B+
Analog track B (sine)
Violet
D-
Commutation signal inverse (inverse sine)
Grey/pink
Z+
Reference signal
Red/blue
Z-
Reference signal inverse
Green
A+
Analog track A (cosine)
Yellow
A-
Analog track A invers (cosine invers)
RedB-
Analog track B invers (sine invers)
Table 5-4-2-4
5.4.3
Offset
"
Unless otherwise agreed, the absolute encoder offset is set to 0. This is achieved by connecting
DC voltage with
U to +
and
V and W to -
.
"
The absolute encoder may not be mechanically detached to ensure that the factory settings are not
lost. If the absolute encoder has been detached, a new absolute value encoder calibration must be
performed with the frequency inverter. For details of the procedure, refer to the frequency inverter
operating instructions.
Translation of the original operating instructions
ZAtop
–
model series SM200.40E/SM200.45E
Electrical installation
A-TBA21_01-GB 2021/30 Index 003 Part.-No. 01013507-GB (EU-BD 1112)
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