Ransburg 9060 LV Cascade Controller 80120-XXX - Manual (Page 32)

9060 Cascade Low Voltage Controller - Installation
27 CP-13-02.3
3. Route the selected shielded cable through
the standard I/O connector and secure it to
the connector as described in “I/O Connec-
tions” in the “Installation” section of this
manual so that the shield of the cable is
connected to the chassis of the enclosure.
Ensure that enough wire length is available
to allow for proper wiring of all of the I/O
signals.
4. Connect the conductors to the respective
remote I/O signal locations. Screw down
the terminal block screws to secure the
conductors in place. The I/O Signal Loca-
tions table contains the complete list of all I/
O, ground, and 24VDC supply locations as
well as their normal voltage/current values.
The locations of the I/O terminal blocks are
shown in Figure 16.
I/O Signal Locations
Signal
Terminal
Block
Local/Remote TB4-4
Setpoint 1 TB4-2
Setpoint 0 TB3-1
Reset TB4-3
HV On TB2-3
Relay Common TB2-2
Fault TB2-1
24 VDC TB3-6, TB2-4
Trigger TB4-5
Analog Current TB3-2
Analog Voltage TB3-3
Analog Common TB3-4
Analog Feedback
Current
TB3-5
Ground
TB4-6, Ground
Lug
Normal Value
24VDC
24VDC
24VDC
24VDC
24VDC or GND
24VDC or GND
24VDC or GND
24VDC or GND
24VDC or GND
0-20mA
0-10V
Ground (0V)
0-10V
Ground (0V)
Figure 16: I/O Terminal Block Locations
After securing the conductors to the ter-
minal blocks positions, it is best to per-
form a continuity test between the termi-
nal block screw and the opposite end of
the shielded cable for each conductor to
ensure a good connection has been made
with each conductor. Also a 2 finger pull
test should be done. Pull on each con-
ductor with 2 fingers to ensure it is tight.
N O T E
All of the digital inputs, including the
trigger signal, MUST be configured as ei-
ther all sourcing or all sinking. The trigger
signal is configured through the local/
remote trigger protection board jumper
settings.
N O T E
DO NOT use a sourcing signal with the
9060 jumpers set for sinking inputs or vice
versa. Sourcing and sinking inputs has
different current flow paths. Using the
wrong settings for the wrong type input
can have unexpected behavior and/or
cause damage to the input circuits.
! W A R N I N G
5. Determine whether the digital signals will
be configured as sinking (grounding input)
or sourcing (powering input).
TB4 TB3 TB2