
Installation of the individual drive PSD1-S
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192-011006N8 2019-07
09.10.19 09:27
4.9.3.
X18: Assignment with configured incremental encoder or analogue
Hall
Incremental encoder / analogue & digital HALL sensor with analogue Sin/Cos
signals with 1V
SS
Pin
Feedback option/ high density/sub D
Encoder 1 V
ss
Encoder A/B
Analogue Hall sensor
1
Sense -*
2
Sense +*
3
Hall 1 (digital)
factory use
4
Vcc (+5 V) max. 350 mA load
5
+3.3V (for temperature sensor)
6
Hall 2 (digital)
factory use
7
Sine -
A-
Sine -
8
Sine +
A+
Sine +
9
Hall 3 (digital)
factory use
10
Tmot**
11
Cosine -
B-
Cosine -
12
B+
13
N+, Z+, Ref + (encoder reference mark or index pulse
+)
factory use
14
N+, Z+, Ref + (encoder reference mark or index pulse
-)
factory use
15
GND (Vcc)
*+5V (Pin 4) is measured and controlled directly at the end of the line via Sense+
and Sense-.
Maximum cable length: 100 m with 0.5 mm
2
.
**Pin10 Tmot may not be connected to pins 1...6 at the same time as
X48
(see
page 54) (PSD1-M).
Category
Specifications
Incremental encoder (see
page
) * (square wave
or Sine/ Cosine signal)
•
Linear or rotary
•
Signal
♦
Sin/Cos signal: max. 5 VSS; typical 1 VSS; 90° offset, max. 400 kHz
or
♦
A/B pluses; 90 ° electrical phase shift (max 5 MHz)
with the following commutation options:
•
Automatic commutation or
•
U, V, W or R, S, T commutation signals (NPN open collector) e.g. digital hall
sensors, incremental encoders made by Hengstler (F series with electrical
ordering variant 6)
Analogue Hall sensor (see
page
•
Linear or rotary
•
Sin/Cos signal: max. 5 VSS; typical 1 VSS; 90° offset, max. 400 kHz
* in the first expansion stage only for PSD1-S and PSD1MW1 Multi axes device
with one powerstage.
4.10
X60: PC-/Diagnostic interface
Wiring with Ethernet Crossover cable Cat5e; for this, we offer our
CBD000C0-T00-T0
(see page 93) interface cable.
Standard Ethernet Address of the PSD:192.168.10.x
The final position (x) is set via the address adder S12 (higher value byte) & S13
(low value byte) and accepted by Power On.
Address setting
Settings: