3.14
3.15
INPUT
OUTPUT
X0
Shuttle Encoder, Channel A
Y0
Front Vise Open (FVO)
X1
Shuttle Encoder, Channel B
Y1
Front Vise Close (FVC)
X2
Blade Speed or Proximity Switch
Y2
Shuttle Fast (FST)
X3
Feed rate encoder A / Angle Encoder A
Y3
Encoder Switching Relay
X4
Feed rate encoder B / Angle Encoder B
Y4
Shuttle Vise Open (SVO)
X5
Open
Y5
Shuttle Vise Close (SVC)
X6
Head 90° L/S
Y6
Open
X7
Coolant Switch
Y7
Coolant Pump On / Off
X10
Blade Status
Y10
Head Lower and Head Lower Relay (HDN)
X11
Coolant Switch
Y11
Head Angle Fast
X12
Head Up L/S (HUP)
Y12
Head Raise (HUP)
X13
Head Down L/S (HDN)
Y13
Blade Run Relay
X14
Open
Y14
Shuttle Forward (FWD)
X15
Cycle Start P/B
Y15
Shuttle Reverse (REV)
X16
Open
Y16
Head Swing 90°
X17
Open
Y17 Head Swing 30°
X20
Shuttle Vise Close Switch (SVC)
Y20
Machine Latch
X21
Shuttle Vise Open Switch (SVO)
Y21
Open
X22
Front Vise Close Switch (FVC)
Y22
Open
X23
Front Vise Open Switch (FVO)
Y23
Cycle On
X24
Head Raise Switch (HUP)
X25
Head Lower Switch (HDN)
Input and output terminal identification:
The top row of identification labels corresponds to the top row of terminals and the bottom row of labels to the bottom row
of terminals.
Input and Output LED numbers correspond to the Input or Output of the same number.
I.e. Input LED #0 corresponds to Input X0. Output LED #0 corresponds to Output Y0
PLC Status indicators:
•
Power - on when power exists to the PLC
•
Run - on when the PLC is running
•
Batt V - on when PLC memory backup battery has low voltage condition
•
Prog E - on when PLC has a program error.
CALIBRATION PROCEDURE
FOR MITSUBISHI PLC with 2100 series software
Length calibration may be achieved in two ways: by inputting “ACTUAL LTH” (actual length) or “LTH CONST” (length
constant) parameter.
To determine “Actual LTH” value, the “LTH CLB” (length calibration) procedure must be executed.
In manual mode position a piece of material which is longer than the shuttle full stroke length (i.e.S20A=29.00”) and close
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