14
6K Hardware Installation Guide
CONNECTIONS TO THE SV DRIVE
SV Drive Connections
6K Connections
Signal Name
Connector
Pin
Signal Name Connector
Pin
SOLL +
X8
01
↔
CMD +
DRIVE
03
SOLL –
X8
02
↔
CMD –
DRIVE
06
N
X13
02
↔
Z +
ENCODER
06
B
X13
03
↔
B +
ENCODER
04
A
X13
04
↔
A +
ENCODER
02
GND
X13
05
↔
ISO GND
DRIVE
13
N/
X13
09
↔
Z –
ENCODER
07
B/
X13
10
↔
B –
ENCODER
05
A/
X13
11
↔
A –
ENCODER
03
+5V In
X13
13
↔
+5V Out
ENCODER
01
ENABLE
X10
01
↔
COM
DRIVE
14
FAULT OUTPUT X10
15
↔
DRIVE FLT
DRIVE
05
+24V OUT
X10
09
↔
SHTNO *
DRIVE
07
ENABLE GND
+24V OUT GND
X10
X10
08
10
Short these term inals together
+24V IN
GND for +24V
X10
X10
14
16
External 24VDC
Power Supply
–
+
* The SHTNO relay output is active (disabling the drive) when no power is
applied to the 6K. When the 6K is powered up, the shutdown relay
remains active until you issue a
DRIVE1
command to the axis.
NOTE: Adding the 500
Ω
resistor assumes the drive fault input is pulled up.
(CNTRL-P is internally pulled up to the voltage at the VINref terminal — if no
voltage is connected to VINref, CNTRL-P is pulled up internally to 24VDC.)
However, if all axes are SV drives, do not connect the 500
Ω
resistor; instead,
connect the CNTRL-P pin to GND.
CONNECTIONS TO THE TQ10 DRIVE
TQ Drive Connections
6K Connections
Signal Name
Pin
Signal Name Connector
Pin
ENABLE IN
01
↔
SHTNO
DRIVE
07
ENABLE GND
02
↔
COM
DRIVE
14
FAULT OUT +
03
↔
DFT
DRIVE
05
FAULT OUT –
04
↔
AGND
DRIVE
15
C
07
↔
CMD +
DRIVE
03
COMMAND –
08
↔
CMD –
DRIVE
06
COMMAND SHLD
09
↔
(Cable Shield) ---------
----
GND
10
See note below.
Connect the SV’s
GND (X13 pin 05)
to the ground from
the external 24VDC
power supply.
Jumper pins
04 and 10.
500
Ω