Job Selection Digital (Job/ Program Bit 0-7; Rob 5000/Rob 5000 Oc); Analog Job Selection: System Requirements; Analog Job Selection: Activate; Analog Job Selection: Input Signals - Fronius ROB 4000 TIG Bedienungsanleitung

Example ROB 5000 OC:
-
-
-
-
Job selection
Pin
digital (Job/ pro-
X11/1
gram bit 0-7; ROB
5000/ROB 5000
X11/2
OC)
X11/3
X11/4
X11/5
X11/6
X11/7
X11/8
NOTE!
The allocations are identical to those in the „Program number" function. The
choice between the „job number" and „program number" functions is made using
mode bits 0 -2.
The "Job number" function is available if "Job mode" was selected using mode bits 0 -2.
When the "Job number" function is used, saved welding parameters are called up using
the number of the corresponding job.
Analog job selec- System requirements for analog job selection are as follows:
tion: System -
requirements -
-
-
Analog job selec- Activate analog job selection as follows:
tion: activate 1.
2.
Analog job selec- Analog job selection enables job numbers to be selected using the following analog input
tion: Input signals:
signals 1.
2.
In job mode, the usual functions that these two input signals perform are absent. The two
signals have therefore been given this additional analog job selection function.
IMPORTANT! More information about these two input signals can be found in the "Ana-
log input signals" chapter.
52
X11/5 is not set (= 1)
X11/6 is not set (= 1)
X11/7 is set (= 0)
Frequency range 20 - 200 Hz selected
Signal ROB 5000
24 V
24 V
24 V
24 V
24 V
24 V
24 V
24 V
ROB 5000 / ROB 5000 OC
Software version ROB 5000/ROB 5000 OC: 1.50.00
Power source software version: 3.24.70
RCU 5000i remote control unit software version: 1.07.34
- ROB 5000: "Job/Program Select" to "HIGH"
- ROB 5000 OC: "Job/Program Select" to "LOW"
Mode bits 0 -2 to "2" = "Job mode"
Base current
Duty cycle
Signal ROB 5000 OC
0 V
0 V
0 V
0 V
0 V
0 V
0 V
0 V
Program bit
0
1
2
3
4
5
6
7