Use the procedure below to configure threshold value setting for each channel.
Change the setting in accordance with the cylinder on which the sensor head is installed.
The switch output can be inverted for each channel.
Use the procedure below to change the sensor head LED display position.
Input conditions
0<0FS<FS
0FS<FS<1000
The voltage differential of at least 1 V is required between the
0FS position and the FS position.
If conditions are not satisfied,
will appear on the display and
settings will be disregarded.
Scaling is performed at the positions between two specified points.
Note 1: Input conditions: Upper limit value (L2) > Lower limit value (L1) + 1
2: When the difference between scaling set time 0Fs and Fs is 500 or more,
use the following upper limit value (L2) > Lower limit value (L1) + 10.
Note 1: Once this setting is changed, initialization will be required to return to
its previous setting.
2: Configuring scaling settings causes all threshold values to change to
the following: Upper limit value (L2) = FS; lower limit value (L1) = 0FS.
Change the threshold value settings as required.
3: Configuring scaling settings causes the scaling value setting range to
become 0FS to FS.
Threshold value setting (SET1)
Setting the type of mounted cylinder (SET2)
Switch output inversion setting (SET4)
LED display range setting (SET5)
Scaling setting (SET6)
Window comparator
Hysteresis
Upper limit value (L2)
ON/OFF position
ON position
Lower limit value (L1)
ON/OFF position
OFF position
Procedure Button operation
Display after operation
Indicator Backlight
Remark
1
Green Set the output range of each OUT.
2
(Initial default: 60) OUT flashes
Red
Set the upper limit setting for flashing indicator.
3
Select the value to be changed.
4
(Initial default: 40)
Green Set the lower limit setting for flashing indicator.
5
Select the value to be changed.
6
(Initial default: 60) OUT flashes
Red
OUT2, OUT3: Repeat steps 2 through 5.
OUT4: Return to sensing mode.
Procedure Button operation Display after operation
Remark
1
Selects the type of mounted cylinder.
2
3
(Initial default: 10)
4
Changes the model number of the cylinder that is mounted.
5
Returns to sensing mode after one second.
Use the procedure below to specify the output mode for each channel.
Note: These settings are valid within the effective measuring range (operation range).
Output mode setting (SET3)
Procedure Button operation Display after operation
Remark
1
Set the output mode of each OUT.
2
Select the channel of each OUT.
3
to
CH1:OUT1 CH2:OUT2 CH3:OUT3
CH4:OUT4
4
Select the output mode.
5
to
: Output off
: Window comparator mode
: Hysteresis modeNote
6
*
Displays the set channel number (one second)
Displays the set channel mode (one second)
7
Returns to detection mode after one second.
Procedure Button operation Display after operation
Remark
1
Set the contact type of each OUT.
2
Select the channel of each OUT.
3
to
CH1:OUT1 CH2:OUT2 CH3:OUT3
CH4:OUT4
4
Select the contact point type.
5
to
: Non-inverted (A contact)
: Inverted (B contact)
6
*
Displays the set channel number (one second)
Displays the set channel mode (one second)
7
Returns to detection mode after one second.
Procedure Button operation Display after operation
Remark
1
2
Set the display lower limit value.
3
(Initial default: 40)
4
Change the value.
5
Set the display upper limit value.
6
(Initial default: 60)
7
Change the value.
8
Returns to detection mode after one second.
Procedure Button operation Display after operation
Remark
1
2
Move the cylinder to the lower limit position.
3
(Initial default: 0) Set the scaling lower limit value.
4
Change the value.
5
Move the cylinder to the upper limit position.
6
(Initial default: 100) Set the scaling upper limit value.
7
Change the value.
8
Returns to detection mode after one second.
For information about other cylinders, contact Koganei.
Setting guidelines
Compatible cylinder Cylinder bore SET 2 number
NHC1D
Total cylinder bore
10
NHL1D
Total cylinder bore
10
NHB
□
PG(L) Total cylinder bore
10
NHB
□
P(A)
Total cylinder bore
10
NHB
□
S
Total cylinder bore
10
NHBDSL(G)
Total cylinder bore
10
AFDPG
6.18 [0.243]
15
8.14 [0.32]
12
12 [0.472]
16
Compatible cylinder Cylinder bore SET 2 number
MGA
Total cylinder bore
20
TBDA
Total cylinder bore
18
ARS
Total cylinder bore
16
CDAS
SGDA
6 [0.236]
13
8 [0.315]
14
32 [1.260]
16
Other than above
15
MS
6.10 [0.240]
18
16.20 [0.638]
16
2
駆動機器図面
エアシリンダ
三校
856
旧版
13
03̲2016
Содержание ZL1 Series
Страница 14: ...858 03 2016 ...
