[Specications]
[Outside Dimensions]
25.4
2-M3
(through)
17
（1000）
Red: DP
Black: DN
UL style 2103
Two cores of No.24 AWG (black) φ4.1
Core nish outside diameter φ1.5
Light emitting
and receiving
surface
31 (2)
Unit: mm
Input 1 point
33g
Diffuse reection
500 mm (White drawing paper 100×100 mm)
0 - 55°C, 10 - 90%RH (No condensation)
Ambient temperature/humidity for use
-25 - 70°C, 10 - 90%RH (No condensation)
Ambient temperature/humidity for storage
No corrosive gas
■General Specications
Atmosphere for use
0 to 2000m
Altitude of use *1
2 or less
Pollution level *2
Number of occupied points
■Transmission specications
■Individual specications
Frame/bit synchronization methodSynchronization method
DC power supply superimposed total frame/cyclic methodTransmission method
Voltage 24V DC +15% to -10% (21.6 to 27.6V DC
Ripple of 0.5Vp-p max.
Power supply
voltage for use
Dedicated protocol
Transmission procedure
Bus type
(Multi-drop method, T-branch method, Tree branch method)
Connection mode
512 max. (IN: 256, OUT: 256)
Number of connection points
Up to 128 units
Number of units connected
One to two cyclesResponse time *3
Mass
Detection method
Detection distance
Red LED
Light source
(Light emitting wavelength)
Protection structure
Current consumption
Protection circuit Power supply short-circuit protection,
Power supply reverse connection protection,
Interaction prevention function
IP67
-BSH03171K 8/9-
Parameter Variable
default
Variable Contents
【01.】50
Set the threshold of the light receiving
values of detection judgment.
0-1023
（0-100%）
Threshold
【02.】10
Set the change in the amount of the light receiving value
required to turn the detection state from ON to OFF.
0-1023
（0-100%）
Hysteresis
【03.】0
Set the upper limit of the light receiving
value that generates an alarm.
0-1023
（0-100%）
Alarm value Hi
【04.】0
Set the lower limit of the light receiving
value that generates an alarm.
0-1023
（0-100%）
Alarm value Lo
【05.】
50
Set the monitor time of the light receiving
value that generates an alarm. (1=100ms)
3-255
Alarm value
monitor time
【06.】
0
Dark ON
Light ON
0
Light ON/
Dark ON
【07.】
0
Simple mode (Preventive maintenance function unavailable)
Normal mode (Preventive maintenance function available)
0
Operation
mode
【08.】
0
AD value display (0 - 1023 Digit)
0 - 100% display
Light receiving
display
【10.】0-999 Set ON delay time. (1=100 ms) 0
ON Delay
【11.】0-999 Set OFF delay time. (1=100 ms) 0
OFF Delay
【12.】0-999 Set One Shot time. (1=100 ms) 0
One Shot
1
1
0
1
[Parameter and Item]
10mA
Transmission disconnection detection,
Transmission short-circuit detection,
Transmission power supply drop detection,
ID duplication and ID non-setting detection
RAS feature
Brightness corresponding to a light bulb 3000 lx or less
on the light receiving surface.
Ambient illumination use
11
20
[Troubleshooting]
Take measures as follows in the following case.
Detection
cannot be performed.
LINK IN ALM Cause Measures
○○○
Off Off Off
●
On
○
Off
○
Off
◎
Flashing
(0.5 seconds
alternately)
Flashing
(0.5 seconds
alternately)
○
Off
◎
－－◎
Flashing
(On for 0.2
seconds, off
for 1.0 second)
◎－●
Flashing
On
Indication Cause Measures
【E-0303】The set parameter is
incorrect.
When the following errors are indicated on the display window of the main body,
take measures as shown below.
When the following error is indicated on the address writer, take measures as
shown below.
- ASLINKSENSOR is
not connected to the
AnyWireASLINK
system.
- Power supply for the
AnyWireASLINK
system itself is not
turned on.
- The ASLINKSENSOR
maintains the
address 255 (setting
before shipment).
- The ASLINKSENSOR
has an address
duplicated with the
other unit.
- The internal power
voltage of the
ASLINKSENSOR
lowers.
- The sensing level
lowers.
- Directly connected to
24-0V power supply.
- Conrm that there is no
disconnection between the
ASLINKSENSOR and the
AnyWireASLINK system, and recover
the connection.
- Conrm the power status of the
AnyWireASLINK system, and turn on
the power.
- Set any address other than 255.
- Look for any other unit which has the
same error indication, and set any
address different from it.
- Decrease the number of units
connected to the same
AnyWireASLINK system.
- Shorten the transmission line
between the ASLINKSENSOR and
the master unit.
Conrm the parameter correspondence
table and set the correct parameter.
- Check the status of the
ASLINKSENSOR, then adjust the
optical axis, and clean the light
emitting and receiving surfaces, etc.
- Re-connect to the AnyWireASLINK
system.
-Is the angle of the light emitting and receiving surface correct?
→When it is wrong, adjust it to the correct angle.
- Are the wirings correct?
→Re-check the connection of the ASLINKSENSOR
transmission line.
- Is power with proper capacity fed to the AnyWireASLINK master
unit and slave unit?
→Check the power.
- Was the teaching carried out?
→Perform the teaching setting with the work to be actually
detected.
- Is the unit used within a detection range of the rating?
→Use it within a range of the rating.
Setting cannot be
performed
with ARW-03
and ARW-04.
- Is connecting correct?
→Re-check the connection of the ASLINKSENSOR
transmission line.
- Is power fed to the AnyWireASLINK system?
→Conrm the power supply.
- Is the set parameter correct?
→Conrm the parameter correspondence table and set the
correct parameter.
*1 Do not use or store the AnyWireASLINK device in an environment pressurized equal to
or higher than the atmospheric pressure at an altitude of 0m. Doing so could cause a
malfunction.
*2 Index that indicates the occurrence of conductive material in the environment where the
device is used.
Contamination level 2 indicates that only non-conductive contamination occurs.
However, incidental condensation could create temporary conductivity in this
environment.
*3 Time from when ON or OFF is detected until the transmission signal is transmitted.
The time combining this time and the transmission 1 cycle time is the transmission delay
time.
