The mode of output 1 (Pin4, black wire) can be selected.
An output mode can be selected from the menu setting screen. Output Mode in "6 Detailed Settings" ( page 8)
Output mode is selected automatically by executing each teaching."4 Teaching" ( page 5 to 6 )
*1.BGS operation: When intensity is not sufficient and distance is out of range, if N.O. or N.C. is set, output is OFF or ON, respectively.
FGS operation: When intensity is not sufficient and distance is out of range, if N.O. or N.C. is set, output is ON or OFF, respectively.
*2.Enabled only if background reference teaching (sensitive) is executed. So, it is not possible to select the "Di Intensity" mode from the menu setting screen.
Difference between BGS and FGS
BGS: Influence from the background is controlled. BGS is suitable for detection when there is no background or when the object is far from the background.
BGS is usable irrespective of the presence of background.
FGS: Influence from the close-range view is controlled. FGS is suitable for detection when the background is close to the object or when the object has a
mirror-surface, level difference, or lowly reflective object. FGS is not usable without a background because the background is always detected.
Output Mode
3-4
■Single Point Mode[Single]
■Window BGS mode[Window BGS]
■Window FGS mode[Window FGS]
■Single Point Mode[Single]
■Window BGS mode[Window BGS]
■Window FGS mode[Window FGS]
Note 1. Shown above are the product operation of factory settings. For
the initial factory settings, refer to "6 Detailed Settings" page 9.
Display Specification
3-5
Single Point
[Single]
Window BGS
[Window BGS]
Window FGS
[Window FGS]
Di Intensity*2
[Dist + Int]
Sensing method *1
BGS
FGS
2-point/Background teaching
Background teaching
Object teaching
Background reference
teaching (normal)
Background reference
teaching (sensitive)
"4-1 Basic Teaching" ( page 5)
"4-1 Basic Teaching" ( page 5)
"4-2 Advanced Teaching" ( page 6)
"6-11 ABT Function" ( page 11)
"4-2 Advanced Teaching"
( page 6)
"4-1 Basic Teaching"
( page 5)
Threshold
Rated sensing distance range
Standard
I/O
Mode
ON
OFF
ON
OFF
ON
OFF
ON
OFF
IO-Link
Mode
Near
Far
ON
ON
OFF
Near-side
threshold
Far-side
threshold
Rated sensing distance range
Near-side
threshold
Far-side
threshold
Rated sensing distance range
OFF
OFF
ON
Near-side threshold
(SP2)
Far-side threshold
(SP1)
Near-side threshold
(SP2)
Far-side threshold
(SP1)
Near
Far
OFF
OFF
ON
ON
ON
OFF
Threshold value
(SP1)
N.C. setting
N.O. setting
N.C. setting
N.O. setting
N.C. setting
N.O. setting
Near
Far
ON
OFF
OFF
ON
Power/Communication
indicator (green)
Power/Communication
indicator (green)
Power/Communication
indicator (green)
Power/Communication
indicator (green)
Power/Communication
indicator (green)
Operation Indicator (orange)
Output１
Output２
Power/Communication
indicator (green)
Operation Indicator (orange)
Communication Output
Output２
Flashing
（1second cycle）
ON
OFF
1
0
ON
OFF
Standard
I/O
Mode
ON
OFF
ON
OFF
ON
OFF
ON
OFF
IO-Link
Mode
Operation Indicator (orange)
Output１
Output２
Operation Indicator (orange)
Communication Output
Output２
Flashing
（1second cycle）
ON
OFF
1
0
ON
OFF
Standard
I/O
Mode
ON
OFF
ON
OFF
ON
OFF
ON
OFF
IO-Link
Mode
Operation Indicator (orange)
Output１
Output２
Operation Indicator (orange)
Communication Output
Output２
Flashing
（1second cycle）
ON
OFF
1
0
ON
OFF
4
Output mode
Function
Description
Relations with teaching
Reference
The output is inverted when the detected value falls
below the threshold value (SP1).
The output is inverted when the coincidence between the
distance and intensity is less than the threshold value.
The output is inverted when the detected value is
between the Far side (SP1) and Near side (SP2)
threshold values.
