Main Unit (Transistor Output - Mitsubishi Electric FX3S Series User Manual

FX /FX /FX
3S 3G 3GC
Common Items
2. Special function block/unit
Model
Special function block
FX -1PG
3U
FX -1PG(-E)
2N
FX -10PG
2N
FX -20SSC-H
3U
Special function unit
FX -10GM
2N
FX -20GM
2N
*1.
*2.
1.2.2

Main Unit (Transistor Output)

The FX
The PLC can output pulse train of up to 100 kHz from the general-purpose outputs (Y000 to Y002), and it can
simultaneously control 3 axes
FX
*1.
Downloaded from ManualsNet.com
/FX /FX PLC User's Manual - Positioning Control Edition
3U 3UC
Number of
axes
1-axis
1-axis
1-axis 1 to 1,000,000
2-axes
(independent/ 1 to 50,000,000
interpolation)
1-axis
2-axes
(independent/
interpolation)
Only FX and FX PLC can be connected to the above models.
3U 3UC
Refer to the manual of each product.
Do not exceed the maximum rotation speed of the servo motor or the stepping motor.
/FX /FX /FX /FX
3S 3G 3GC 3U 3UC
*1
.
/FX /FX /FX /FX PLC
3S 3G 3GC 3U 3UC
(Transistor output)
The FX PLC (14-point and 24-point type) and FX
3G
search engine
*1
Frequency
Unit Output form
*2
(Hz)
pulse
m
1 to 200,000
-4
10 inch
mdeg
pulse
m
10 to 100,000
-4
10 inch
mdeg
pulse
m
Differential
-4
10 inch
mdeg
pulse
m
-4
10 inch
mdeg
pulse
m
1 to 200,000
-4
10 inch
mdeg
pulse
m
1 to 200,000
-4
10 inch
mdeg
PLC incorporates positioning functionality.
1-axis
Servo motor
(Servo amplifier)
Y001
Y000
+
+
Direction
Direction
signal
signal
3S
1.2 Introduction of Products Needed for Positioning
Output method
"Pulse train + direction" method or
Transistor "forward/reverse rotation pulse train"
"Pulse train + direction" method or
Transistor "forward/reverse rotation pulse train"
"Pulse train + direction" method or
"forward/reverse rotation pulse train"
line driver
SSCNET III
"Pulse train + direction" method or
Transistor "forward/reverse rotation pulse train"
"Pulse train + direction" method or
Transistor "forward/reverse rotation pulse train"
2-axes 3-axes
Servo motor Servo motor
(Servo amplifier) (Servo amplifier)
Y002
+
Direction
signal
/FX PLC can only control 2 axes.
3GC
1 Introduction
method
Apx.
method
method
method
method
A - 5
A
B