CAUTION
1.
Incorrect wiring of the sensor head or power/switch cable will damage both the controller and the sensor head. Be sure to double-check and make sure that
wiring is correct before supplying power.
2.
Parameters that are set are recorded into flash memory and retained there. Note that flash memory has a limited service life. The guaranteed number of
rewrites is 10,000.
■
Getting ready to configure settings
・
Connect the sensor head and power/switch cable to the controller. (Refer to "Attaching and detaching of the sensor head and power/switch cables" on page
w
).
■
Configuring settings
Description
Initial default
Sets the output range of each chan-
nel.
HI: 60
LO: 40
Selects the model of the equipped
cylinder.
10
Selects the output mode of each
channel.
CO4
Can be used to invert the switch
output of each channel.
S-0
Changes the display position of the
sensor head LED indicator.
HI: 60
LO: 40
Configures the scaling setting.
OFS: 0
FS: 100
Configures the display panel set-
ting.
bL-1
Configures the LCD display cycle
setting.
dT-1
Adjusts the switch output response
time of each channel.
Sd-1
Performs Initialization 1.
Performs Initialization 2 (display,
output check).
Adjusts the maximum output volt-
age of analog output.
Detection
mode
→
Button operation
Press
→
LCD display
→
Button operation
Release
→
LCD display
Press
→
Does nothing. Returns to detection mode.
Detection
mode is
indicated
when LCD
shows OF
or OFF.
Causes
LCD back-
light to
brighten.
increases
the value,
decreases
it.
Detailed
configura-
tion of
each set-
ting is
supported.
r
e
Inner Circuit Diagrams
Setting
Nomenclature and functions
Output mode
No.
Name
Description
q
Display
Shows effective measuring range %, setting details, error indicators.
w
Switch output indicators.
Light when switch output is ON (CH1
〜
CH4).
e
UP key (
).
Use to increase a setting value.
r
DOWN key (
).
Use to decrease a setting value.
t
MODE key (
).
Use when configuring settings.
=
@
;
:
.
ZL1
1
2
3
4
SW.OUT
■
Window comparator mode
■
Hysteresis mode
Display (%)
OUT1
LCD display
100
60
40
0F
Response differential (fixed)
t
Hand full open
Holding workpiece Hand full open
Hand full open
Response differential (fixed)
)
)
Effective setting
range signal
(STABI)
The ON range of each output can be set within the effective measuring range (sensor head ON range).
Response differential is fixed (2% F.S).
When the controller setting and sensor heat setting positions are as shown below.
OUT1 Threshold value setting Upper limit: 60 Lower limit: 40
Display when hand is full open:
9
0
Display (%)
OUT1
LCD display
CAUTION: When the effective measuring range signal is OFF (outside the measuring range), OUT also becomes OFF.
100
20
40
0F
t
Hand full open
Holding workpiece Hand full open
Hand full open
Effective setting
range signal
(STABI)
The ON position and OFF position each output can be set within the effective measuring range (sensor head ON range).
When the controller setting and sensor heat setting positions are as shown below.
OUT1 Threshold value setting Upper limit: 40 Lower limit: 20
Display when hand is full open:
9
0
First specify the cylinder model that is equipped (SET2), and then configure the other settings (as shown below).
You also can use the procedure below to modify settings.
General flow
Note 1: Always be sure to configure the equipped cylinder model setting. Failure
to do so creates the risk of malfunction.
2: Note that initialization (SETA, SETB) initializes all settings, so any set-
tings you have configured are lost.
Note 2
Note 1
24 VDC
±
10%
＋
−
D
Main circuit
Linear magnetic sensor controller
Sensor head
Power switch cable
Note: Note that extending the cable can cause a drop in voltage due to cable resistance.
1
2
3
4
5
0 V (blue lead)
LED (red lead)
B_IN (black lead)
A_IN (white lead)
+V (brown lead)
Main circuit
Tr
1
Tr
2
Tr
3
Tr
4
Tr
5
Z
D5
Z
D4
Z
D3
Z
D2
Z
D1
3
5
1
6
7
8
4
2
Load
Load
Load
Load
Load
STAB (black lead)
+Vcc (brown lead)
OUT1 (white lead)
OUT2 (red lead)
OUT3 (green lead)
OUT4 (yellow lead)
GND (blue lead)
Analog output (gray lead)
Signal D
: Power supply reverse-polarity protection diode
Z
D1
〜
Z
D5
: Surge voltage absorption zener diode
Tr
1
〜
Tr
5
: NPN output transistors
Sensor section
