Wiring Of Master Frequency Input / Master Frequency Output - Lenze 9300 vector Instructions De Montage

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4 Electrical installation

Wiring of master frequency input / master frequency output

4.11 Wiring of master frequency input / master frequency output
Technical data of master frequency output X10
Enable
Fig.9-21
Assignment of 9-pole Sub-D socket (X9) at the controller
Pin
Signal
Assignment of 9-pole Sub-D socket (X10) at the controller
Pin
Signal
82
Output frequency: 0 ... 500 kHz
Current consumption per channel: max 20mA.
Two-track with inverse 5 V signals (RS422) and zero
track
Load capacity:
– In case of a parallel connection maximally three
slave drives can be connected
PIN 8 (enable) indicates the initialisation of the
master drive with LOW level (e.g. if the mains was
switched off in the meantime). This enables the
slave drive to monitor the master.
Note!
Lenze recommends to use prefabricated Lenze cables for connection to the
ƒ
master frequency input (X9) or master frequency output (X10).
Only use cables with cores twisted in pairs and shielded (A, A / B, B / Z, Z)
ƒ
(see wiring diagram).
l = max. 50 m
X10
B
B
1
A
2
A
3
4
GND
5
Z
6
Z
7
8
9
Connection of digital frequency input (X9) / digital frequency output (X10)
X10 Master drive
1
B
1
B
Technical data of master frequency input X9
Input frequency:
– 0 ... 500 kHz at TTL level
– 0 ... 200 kHz at HTL level
Current consumption: max. 5 mA
Two-track with inverse signals and zero track
– Can also be used without inverse signals in case of
incremental encoders with HTL level
X9/1, X10/1
X9/2 , X10/2
X9
X9/3 , X10/3
X9/6, X10/6
X9/7, X10/7
1
X9/9, X10/9
2
X9/4 , X10/4
X9/5 , X10/5
3
X9/8
X10/8
4
‚
5
A
6
A
7
B
Lamp
8
B
control
9
Z
Z
X9 Slave drive
2 3 4
O O +5 V GND1
2 3 4
O O +5 V GND1
B
A
A 0.14 mm 2
AWG 26
Z
Z
B
+5 V
GND 2
0.5 mm
Lamp control AWG 20
Enable
Signals for CW rotation
5 6 7
Z Z
5 6 7
Z Z EN
EDKVF9383 DE/EN/FR 1.0
9300VEC019
8 9
LC B
8 9
B