Anywire ASLINKAMP L F1011 Series User manual

■Note on use
ASLINKAMP
[Fiber Amplier (with 7-segment Display)]
L□-F1011
LA-F1011
LB-F1011
LINK
IN
ALM
LINK
IN
ALM
-L*F1011 1/11-
！
！
！
！
Fiber amplier
(with 7-segment display)
Bit operation
○ System Safety
This system is intended for general industrial applications. It
does not have functions for supporting applications requiring
higher levels of safety such as safety-related devices or
accident prevention systems. The product must not be used
for these purposes.
○ Always turn off the power in installing or replacing the system.
○ Prolonged continuous ow of a rated load current or higher or
a transit current due to load short-circuit, etc., in the hybrid
unit including the output unit and the output circuit may result
in smoking or ring. An external safety device such as a fuse
must be installed.
○ System power supply
Use a stable, 24V DC power supply. Use of an unstable
power supply may cause problems with the system.
○ Separately route high-voltage and power cables
Although the AnyWireASLINK has a high noise margin, install
the transmission line and I/O cables away from high-voltage
and power cables.
○ Connectors and terminals
- Consider the length and securing method of cables so that
the cables and connectors would not be subjected to any
stress and, even if they are under stress, they would not
become loose.
- Make sure to prevent any metal objects from getting inside
the connectors or the terminal blocks.
- Short-circuits caused by metal objects or mis-wiring are
likely to damage the device.
○ Do not impose any external loads on the units. Doing so may
cause a failure.
○ Do not disconnect or reconnect between the transmission
line and slave units when the transmission line is active. A
malfunction may occur.
○ Use the AnyWireASLINK within the range of the specications
and conditions shown below.
[Type]
[Warranty]
[Functions]
[Included in the Package]
[Name of Each Part]
[Notes on Safety]
AnyWireASLINK System Products Guide
■ Warranty period
The warranty on the delivered Product shall continue to be effective for one (1) year
after the delivery thereof to a location as designated by the original owner.
■ Scope of warranty
Should a defect occur in any part of the Product during the foregoing warranty
period when it is used normally in accordance with the specications described in
this Products Guide, the Company shall replace or repair the defect free of charge,
except when it arises as a result of:
[1] Misuse or abuse of the Product by the owner;
[2] Fault caused by other than the delivered Product;
[3] The unauthorized modication or repair of the Product by any person other than
the Company’s personnel;
[4] Any unusual force of nature, disaster or other cause beyond the Company’s
control.
The term “warranty,” as used herein, refers to the warranty applicable to the
delivered product alone. The Company shall not be liable for consequential or
incidental damages resulting from any malfunction.
■ Repair at cost
After the expiration of the warranty period, the owner shall be responsible for all
costs and expenses incurred for the troubleshooting and repair of the Product.
Even during the warranty term, the Company shall repair any defects arising from
causes other than within the scope of the warranty as specied above, at the
owner’s cost.
■ Changes in the product specications and the descriptions in the manual
The descriptions in this manual may be subject to change without notice.
For setting addresses and other parameters, ARW-04 (Ver. 04-1.01 or later version) is
required. Prepare the Address Writer separately.
Precautions that must be observed in order to use this system safely are indicated as
shown below. You must observe these precautions.
A WARNING indicates a potentially hazardous situation which, if not
handled correctly, could result in death or serious injury.
A CAUTION indicates a potentially hazardous situation which, if not
handled correctly, may result in personal injury or property damage.
CAUTION
WARNING
WARNING
CAUTION
1CH (Master unit)
1CH (Slave unit)
ASLINKAMP 4-wire type (isolated)
General-purpose ber unit
Sensitivity adjustment (threshold)
Hysteresis
Light ON/Dark ON
Light receiving level indication changeover
Light emitting power
Delay timer
One-shot
Automatic address/parameter setting
7-segment display orientation
Sensing level drop
Slave unit voltage drop
Model
Unit to connect
(example)
Features
LA-F1011 (Master)
LB-F1011 (Slave)
Amplier body ... 1
Amplier body ... 1
Master
Slave
Expansion connector
Transmission line
LED indicators
Protective cover
7-segment display
LED indicators
Protective cover
7-segment display

ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
-L*F1011 2/11-
Black:
DN Black: DN
Red:
DP Red: DP
AnyWireASLINK
master
24V DC*
*Make sure to use a
24V DC stabilized
power supply for the
power supply to be
connected.
*When complying with
the UL Standard, make
sure to use a 24V DC
stabilized power supply
of “NEC Class 2
Output.”
Black: DN
Red: DP
2 points
2 points
Black: DN
Red: DP
Photoelectric head
Black: DN
Red: DP
Fiber unit
Black: DN
Red: DP
Photoelectric head 0
Photoelectric head 1
Photoelectric head 2
2P link connector is
convenient for
branching.
The branching
has no limitation.
Black: DN
Red: DP
Black: DN Red: DP
Black: DN
Red: DP
2 points
2 points
2 points
2 points
2 points 2 points
2 points 2 points
General-purpose
cabtyre cable
Dedicated at cable
1.25mm2(2-wire)
The sum of the
portions of DP, DN is
the total line length.
AnyWireASLINK terminator
One terminator should be connected to the DP, DN
terminal farthest from the AnyWireASLINK master unit.
Connect it correctly so as not to set the wrong polarity.
CAUTION
Supply current on the transmission line (DP, DN)
Size of
the transmission
line (DP, DN)
1.25mm2
0.75mm2
MAX 2A
MAX 1.2A
■ Relationship between the size and length of
the transmission line and the supply current (Table 1)
MAX 0.5A
MAX 0.3A
MAX 1A
MAX 0.6A
0.5mm2MAX 0.8A MAX 0.2AMAX 0.4A
Total length:
50m or less
Total length: Over 50m,
no longer than 100m
Total length: Over 100m,
no longer than 200m
- Connect the same symbols (DP, DN) correctly between the AnyWireASLINK
master unit and each device.
- The branching length or branch number has no limitation.
- Include the length of the cable provided with the terminal in the “total line length.”
- Connect the terminator (with polarity) on the transmission line terminal farthest
from the AnyWireASLINK master unit.
- Refer to Table 1 so that the size and length of the transmission
line and the allowable supply current lie within an appropriate
range.
■Example of mixed installation with 2-wire (non-isolated) and
4-wire (isolated) terminals
To connect loads (e.g. I/O ports) that are
controlled with a power supply other than the
one used for the AnyWireASLINK system,
always use a 4-wire (isolated) terminal.
Otherwise, malfunction may be caused.
CAUTION
The AnyWireASLINK system enables selection of 2-wire type slave unit or 4-wire
type slave unit depending on load current.
When the load current is small, simplied wiring is enabled by using the 2-wire
type (non-isolated) slave unit, without necessity of local power supply.
In the case where load concentration is expected, or to give priority to the number
of units to connect, the 4-wire type (isolated) slave unit that supports local power
supply can be connected in combination with the 2-wire type.
For input or driving load with an external power supply, be sure to use the 4-wire
type (isolated) slave unit.
■Connection with 2-wire (non-isolated) terminals only
[System Configuration Example]
AnyWireASLINK
master
Black:
DN
Red:
DP
ASLINK
lter
Black: DN
Red: DP
White: 0V
Green: 24V
Black: DN
Red: DP
White: 0V
Green: 24V
Black: DN
Red: DP
Photoelectric head 0
Photoelectric head 1
Photoelectric head 2
Photoelectric head 3
Fiber unit
Fiber unit
Fiber unit
Fiber unit
Black: DN
Red: DP
Photoelectric head
Black: DN
Red: DP
Black: DN
Red: DP
Black: DN
Red: DP
2 points
2 points
8 points
24V DC*
4P link connector is
convenient for
branching.
The branching
has no limitation.
AnyWireASLINK terminator
One terminator should be connected to the DP, DN
terminal farthest from the AnyWireASLINK master unit.
Connect it correctly so as not to set the wrong polarity.
2 points
2 points 2 points
2 points
Black: DN
Red: DP
Black: DN Red: DP
Black: DN
Red: DP
2 points
2 points
2 points
8 points
Dedicated at cable
1.25mm2(4-wire)
General-purpose
power supply lter
The sum of the
portions of DP, DN is
the total line length.
24V DC*
General-purpose
power supply lter
[How to Connect AnyWireASLINK]

DP
DN
24V
0V
POWER IN
SLAVE
POWER IN
SLAVE
LG
24V0V
L N FG
～
DP
DN
DP
DN
24V
0V
DP DN
ANF-01
24V0V
24V0V
PE
DP
DN
24V
0V
LG
24V0V
L N FG
～
DP
DN
24V
0V
DP
DN
DP
DN
24V
0V
DP DN
ANF-01
DP
DN
DP
DN
DP
DN
24V
0V
DP
DN
24V
0V
DP
DN
24V
0V
24V0V
24V0V
PE
24V
0V
L
N
FG
～
ANF-01
24V0V
24V0V
PE
DP
DN
24V
0V
DP
DN
24V
0V
A
B
ANF-01
24V0V
24V0V
PE
POWER IN
SLAVE
POWER IN
SLAVE
-L*F1011 3/11-
Terminator
Terminator
①Power supply to the entire system
AnyWireASLINK master
24V DC stabilized
power supply
General-purpose power
supply lter
(Use it if necessary.)
2-wire
terminal
4-wire
terminal
If the total length of the section
where all the DP, DN, 24V, and 0V
lines run in parallel is more than 50m
AnyWireASLINK master
24V DC stabilized
power supply
General-purpose power
supply lter
(Use it if necessary.)
2-wire
terminal
4-wire
terminal
4-wire
terminal
2-wire
terminal
2-wire
terminal
②Local power supply/branching
If the total length of the section
where all the DP, DN, 24V, and 0V
lines run in parallel is more than 50m
If the total length of the sections
(A + B) where all the DP, DN, 24V,
and 0V lines run in parallel is more
than 50m
4-wire
terminal
4-wire
terminal
4-wire
terminal 4-wire
terminal
4-wire
terminal
24V DC
stabilized
power supply
General-purpose power
supply lter
(Use it if necessary.)
■Filter representation in the drawing
For further information on
ANF-01, refer to the product
guide on ANF-01.
[Notes on Combined Use of 4-Wire (Isolated) Terminal]
If the total length of the sections where all the DP, DN, 24V, and 0V lines
run in parallel in the power supply system is more than 50m, connect
an ASLINK lter (Type ANF-01) or a lter manufactured by COSEL Co.,
Ltd. (Type EAC-06-472) in series to the 24V and 0V lines at a position
where these four lines start running in parallel.
This will improve noise resistance, suppress the adverse effects of
crosstalk caused by transmitted signals, and stabilize signals.
The above lters must be inserted regardless of whether power is
supplied to all terminals collectively from the power supply for the
master or power is supplied to each terminal individually from their local
power supply.
Insert the “ASLINK lter [Type ANF-01]” regardless of installation
method and distance when complying with CE Standard.
■Filter allowable current
ANF-01 MAX 5A/24V DC
Filter of COSEL Co., Ltd. EAC-06-472 MAX 6A/24V DC
Product Type Allowable power current
ASLINK lter
■AnyWire Type: ANF-01 Connection example

DP
DN
24V
0V
LOAD
LINE
LG
24V0V
L N FG
～
DP
DN
DP
DN
24V
0V
DP DN
EAC-06-472*
24V0V
24V0V
PE
DP
DN
24V
0V
LG
24V0V
L N FG
～
DP
DN
24V
0V
DP
DN
DP
DN
24V
0V
DP DN
DP
DN
DP
DN
DP
DN
24V
0V
DP
DN
24V
0V
DP
DN
24V
0V
24V0V
24V0V
PE
24V
0V
L
N
FG
～
24V0V
24V0V
PE
DP
DN
24V
0V
DP
DN
24V
0V
A
B
24V0V
24V0V
PE
LOAD
LINE
EAC-06-472*
LOAD
LINE
EAC-06-472*
EAC-06-472*
LOAD
LINE
-L*F1011 4/11-
AnyWireASLINK master
24V DC stabilized
power supply
General-purpose power
supply lter
(Use it if necessary.)
*
When using this lter, please be careful of
the positions of LOAD and LINE.
2-wire
terminal
4-wire
terminal
■COSEL Co., Ltd. Type: EAC-06-472 Connection example
①
Power supply to the entire system
If the total length of the section
where all the DP, DN, 24V, and 0V
lines run in parallel is more than 50m
*
When using this lter, please be careful of
the positions of LOAD and LINE.
AnyWireASLINK master
24V DC stabilized
power supply
24V DC
stabilized
power supply
General-purpose power
supply lter
(Use it if necessary.)
General-purpose power
supply lter
(Use it if necessary.)
2-wire
terminal
2-wire
terminal
2-wire
terminal
4-wire
terminal
4-wire
terminal
4-wire
terminal 4-wire
terminal
4-wire
terminal
4-wire
terminal
4-wire
terminal
②
Local power supply/branching
If the total length of the section
where all the DP, DN, 24V, and 0V
lines run in parallel is more than 50m
■Filter representation in the drawing
If the total length of the sections
(A + B) where all the DP, DN, 24V,
and 0V lines run in parallel is more
than 50m
Terminator
Terminator

D
A
A
D
B
G
LINK
IN
ALM
LINK
IN
ALM
C
A
-L*F1011 5/11-
[Installation]
[Removal]
[Installation Location]
■Current consumption
■Number of occupied points
Up
Up
The installation and removal methods are the same
for master and slave units.
Hook the movable tab A on the DIN rail.
Push the unit in the direction of C until the xed tab D on the opposite side clicks.
Install the unit vertically so
that the movable tab faces
downward.
To connect the unit to the transmission line or add a new slave unit to the master
unit, always stop the transmission signal.
If the connection is made with a live wire, the unit may stop working by
interpreting the chattering caused during the connection as an error.
- Locations where this product is not directly subject to vibration or shock
- Locations where this product is not directly exposed to dust
- Locations where this product is not directly exposed to conductors, such as
metal chips or spatters
- Locations without condensation
- Locations where the atmosphere is free of corrosive gases, ammable gases,
and sulfur
- Locations far from high-voltage or high-current cables
- Locations far from servos, inverters, and other cables and controllers that
generate high-frequency noise
[Expansion]
Expansion
connector
Master
Slave
Slave units can be additionally connected to the master unit.
Remove the connector cover on the master unit and connect a slave
unit to the built-in expansion connector.
Remove the connector cover.
(Do not misplace the cover.)
Up to 31 units of LB-F1011 can be connected to one unit of LA-F1011.
The block with 31 units of LB-F1011 connected to LA-F1011 occupies
32 points of input.
DP-DN current consumption is 60.8mA.
If ber inputs of 32 or more optical axes are required, provide an
additional block.
When a system comprises LA-F1011 and LB-F1011 only, the maximum
number of connectable units is 128 per system.
Specications of LA-F1011 and LB-F1011 are as follows:
Master Slave
[Notes on the Use]
Push the unit in the direction of B and free the xed tab D from the DIN rail.
While keeping the unit pushed, pull it up in the direction of G to lift the body and
take it off the rail.
1 point
1 point
24V-0V
(common)
LA-F1011
LB-F1011
DP-DN
25mA
1.9mA
(common)
LA-F1011
LB-F1011
32 units max.

FK4-125-100
LP4-WR-10P
FK4-125-100
LP4-WR-10P
Master unit
DP, DN
Local power supply
24V, 0V
DP, DN
24V, 0V
0.5mm
-L*F1011 6/11-
■Description of attached wires
Master unit
To LP4-WW-10P,
pressure-bonding
transmission line link
connector
To LP4-WW-10P,
pressure-bonding
transmission line link
connector
[Master unit
transmission wire color]
[Master unit
transmission wire color]
Knob
Fiber connection port
Fiber cutter
B289-FC*
*The ber cutter (B289-FC) is included in the AnyWireASLINK ber unit
(AFT-4, AFT-1, AFT-2 and AFT-1-1) (one piece each).
The transmission line from the ber amplier master unit is connected
to the transmission line of the AnyWireASLINK master unit.
This terminal is 4-wire (isolated) type. To use this terminal, connect the
DP, DN, 24V and 0V pins.
[Connection via link connector (example)]
The LP connector (link connector) is a
connector that integrates male and female
terminals.
It makes it easy to “connect” and “branch” the
line simply by connecting two connectors of
the same type.
To reuse a ber that has already been connected, cut
the tip of of the ber.
Failure to observe this instruction causes reduction in
light emitting/receiving quantity.
Description
Red
Black
Green
White
Wire color
Connecting method
Direct connection
Connection via attachment (E39-F9)
Fiber diameter (mm)
■Power supply to the entire system
DP : Red
DN : Black
24V : Green
0V : White
DP : Red
DN : Black
24V : Green
0V : White
1
2
3
4
DN
DP
0V
24V
Black
Red
White
Green
Pin No. Description Wire color
■Link connector pin assignment
■Local power supply
φ1.0
φ2.2
■Direct connection of ber (Fiber diameter: φ2.2)
■Connection of ber via attachment (Fiber diameter: φ1.0)
Push the knob of the amplier’s ber connection port downward,
and insert the ber into the ber connection port until it touches the
end, and then raise the knob to the original position.
Push the knob of the amplier’s ber connection port downward,
and insert the ber into the ber connection port until it touches the
end, and then raise the knob to the original position.
To cut a ber, use the ber cutter included in the ber unit.
Insert the ber through a hole of the ber cutter that ts the ber
diameter, and cut the ber at a right angle.
Do not use a hole that has been used once.
With the tip of the ber protruding
from the tip of the attachment by
approx. 0.5mm, connect the ber
to the amplier.
Attachment for ne ber (E39-F9), manufactured by OMRON
E39-F9 shall be separately purchased.
■Cutting a ber
！CAUTION
[Transmission Line Connection] [Connection of Fiber]
24V: Unit drive power supply (+)
0V: Unit drive power supply (
- )
DP: Transmission line (+)
DN: Transmission line (
- )

②SET OFF
①SET ON
5%
50%
80%
20%
0 2551 2 3
“0” “1” “2” “3”
LINK
IN
ALM
-L*F1011 7/11-
Setting port Setting port
Fig. 1
Light emitting/receiving part
Open the protective
cover before setting
Address setting
Address setting
Teaching Parameter setting
■Common procedure for address writer operation
Be sure to connect to the AnyWireASLINK master unit to use.
Address Writer ARW-04 (Ver. 04-1.01 or later) is required for
operation.
For details about the operation method, refer to the address
writer’s Products Guide.
Teaching operation is intended to register workpiece
presence/absence status in the ASLINKSENSOR.
The setting procedure should be conducted with a workpiece to be
actually used.
To select the “0-100%” mode for the light receiving level indication
setting (equipment parameter 08), be sure to conduct teaching.
If you conduct teaching when “AD value indication” is selected for
the light receiving level indication setting (equipment parameter 08),
“threshold,” “hysteresis,” “alarm Hi” and “alarm Lo” values will be
automatically calculated and set at the following ratio, based on
the difference in AD value between SET ON status (workpiece is
present) and SET OFF status (no workpiece).
*When the “0-100%” mode is selected for light receiving level
indication setting (equipment parameter 08), the automatic
setting function for teaching is disabled.
Transmission
signal
Black: DN
Red: DP AnyWireASLINK
master
*Use a 24V DC stabilized power supply.
Green: 24V
White: 0V
Black: DN
Red: DP
Green: 24V
White: 0V
ASLINKAMP
24V DC*
1. Connect the terminal to the AnyWireASLINK master unit.
With the transmission signal (DP/DN) and power supply (24V/0V) being
connected, set parameters with the address writer.
2. This setting procedure is required for all terminals.
After opening the protective cover of the terminal subject to setting, direct
the address writer toward the setting port as shown in Fig. 1, and conduct
setting.
(Hold the light emitting/receiving part as close to the setting port as
possible.)
For a terminal that is not subject to setting, keep the protective cover closed.
For address numbers, specify the leading number of the
transmission frames to be allocated to the terminal.
The address numbers of this device are set between 0 and 254.
CAUTION The factory setting of the terminal is “255,”
which means no setting.
If the address number is set to 255, the
terminal does not perform I/O operations.
Before using the terminal, be sure to set an
address number between 0 and 254.
Example) Address assignment to four ber ampliers in series
connection
Input
Addresses to be set
AnyWire address
[SET ON setting]
With a target workpiece placed in the detecting area, conduct this setting.
[SET OFF setting]
[Automatic setting for teaching]
Example)
With no target workpiece placed in the detecting area, conduct this setting.
Threshold
Hysteresis
Alarm Hi
Alarm Lo
Workpiece
AnyWireASLINK
master
Black: DN
Red: DP
Green: 24V
White: 0V
AnyWireASLINK
master
AD value for workpiece
present status is “0.”
AD value for workpiece
absent status is “980.”
With the difference in AD value between SET ON status and SET
OFF status dened as the reference (100%), the following
parameters will be automatically set.
Threshold (Equipment parameter 01): 490 (50%)
Hysteresis (Equipment parameter 02): 49 (5%)
Alarm Hi (Equipment parameter 03): 784 (80%)
Alarm Lo (Equipment parameter 04): 196 (20%)
[Various Settings] Teaching

-L*F1011 8/11-
0
1
0
1
■Changing the threshold setting
■Light receiving level indication setting
■Light emitting power setting
■ON Delay setting
■OFF Delay setting
■One Shot setting
■Changing the hysteresis setting
■Alarm Hi setting
■Alarm monitoring time setting
■Light ON / Dark ON setting
■Operation mode change enable/disable setting
This parameter species a threshold of light receiving level for
judgment of detection status.
In the case of “Parameter 8 Variable 0: AD value indication”
A threshold setting is indicated in the range of 0 to 4095.
In the case of “Parameter 8 Variable 1: 0-100% indication”
A threshold setting is indicated in the range of 0 to 100%.
(0% and 100% are the minimum and maximum AD values
registered by teaching, respectively.)
This parameter species the light receiving level indication mode.
Sensing levels of parameter 01, 02, 03 and 04 are automatically converted into
AD value or 0-100%, depending on the setting of this parameter.
This parameter species a change in light receiving quantity required to turn
the detection status from ON to OFF.
This parameter species a light emitting level.
This parameter species an ON delay time.
This parameter species an OFF delay time.
This parameter species a one-shot time.
Fiber side
Transmission side
ON/OFF threshold display (green)
In the case of “Parameter 8 Variable 0: AD value indication”
An AD-converted light receiving level is indicated in the
range of 0 to 4095.
In the case of “Parameter 8 Variable 1: 0-100% indication”
A light receiving level is indicated in the range of 0 to 100%.
(0% and 100% are the minimum and maximum AD values
registered by teaching, respectively.)
Light receiving level display (red)
[7-segment display]
*
The difference in detection status registered by teaching is dened as 100%.
*
The setting range depends on the setting of parameter 8.
This parameter species an upper limit value for alarm judgment.
*
Make sure that Alarm Hi setting is larger than Alarm Lo setting.
AD value
- Address Writer (ARW-04): Parameter 01
- Address Writer (ARW-04): Parameter 08
- Address Writer (ARW-04): Parameter 09
- Address Writer (ARW-04): Parameter 10
- Address Writer (ARW-04): Parameter 11
- Address Writer (ARW-04): Parameter 12
- Address Writer (ARW-04): Parameter 02
- Address Writer (ARW-04): Parameter 03
- Address Writer (ARW-04): Parameter 04
- Address Writer (ARW-04): Parameter 05
- Address Writer (ARW-04): Parameter 06
- Address Writer (ARW-04): Parameter 07
Factory setting: 50 (AD value)
0-4095 0-100%
0-100%
AD value
Factory setting: 5 (AD value)
0-4095 0-100%
0-100%
AD value
Factory setting: 0 (AD value)
0-4095 0-100%
0-100%
AD value
Factory setting: 0 (AD value)
0-4095 0-100%
0-100%
Variable
Factory setting: 50
Factory setting: 0
Factory setting: 0 Factory setting: 0
Factory setting: 0
Factory setting: 0
Factory setting: 0
Factory setting: 0
Unit
Description
Through-beam type, Dark (interrupt) ON
Through-beam type, Light (transmit) ON
Reection type, Dark (no reection) ON
Reection type, Light (reection) ON
Disabled (Simplied mode)
Enabled (Normal mode)
■Alarm Lo setting
This parameter species a lower limit value for alarm judgment.
This parameter species a monitoring time for alarm judgment.
This parameter species the Light ON or Dark ON mode.
This parameter species whether the diagnosis function is enabled or disabled.
*
Make sure that Alarm Hi setting is larger than Alarm Lo setting.
Variable
Description
AD value indication (0-4095 Digit)
0-100% indication
Variable
Description
Variable
Description
Variable
Description
Variable
Description
Variable
DescriptionVariable
3-255 100ms
0
1
2
3
*
Once a set value is changed by rewriting from the host, the values of
parameters 01, 02, 03 and 04 will not be automatically converted.
0
1
2
High
Low
Middle
0-999 100ms
0-999 100ms
0-999 100ms
Parameter setting

-L*F1011 9/11-
LINK
IN
ALM
LINK
IN
ALM
○ ○ ○
－ － ◎
LINK
IN
ALM
LINK
ALM
LINK
IN
ALM
“3”
“2”
“1”
0
1
Assignment
■Automatic address/parameter setting (for master unit only)
This parameter species whether the automatic address/parameter
setting is enabled or not.
This function enables address and parameter settings of the master
unit to be automatically reected on slave units. When the automatic
setting mode is enabled (value 1, 2 or 3), an address and/or
parameter registered in the master unit will be automatically assigned
to each slave unit.
Variable Description
■ 7-segment display orientation change setting (for master unit only)
This function is used to turn the 7-segment display orientation by 180˚.
This function is useful when indication is difcult to see due to
orientation of the unit.
Variable
- Address Writer (ARW-04): Parameter 18
Description
Normal indication
180˚ inverted indication
- Address Writer (ARW-04): Parameter 17
[Troubleshooting]
[Monitor Display]
Automatic setting is disabled.
Only automatic address setting is enabled.
Only automatic parameter setting is enabled.
*
Linked with the parameters of the master unit.
Automatic address and parameter settings are enabled.
Factory
setting: 0
0
1
2
3
Address setting “0”
Slave
Slave
Slave
Master
Example)
If the
parameter 17
is set to “1”
Factory setting: 0
0: Normal indication
1: 180˚ inverted indication
ALM
(Red)
LINK
(Green)
Display status Description
Transmission error, I/O power supply drop
The transmission signal and the 24V power are
both supplied.
Slave unit voltage drop (disconnection and
reverse connection of DP and DN lines included)
When the master unit has detected that the unit
ID (address) is either duplicated or unregistered.
If the following errors are indicated on the display window of
ASLINKAMP, take the following actions.
- The AnyWireASLINK
transmission signal is
not connected.
- The AnyWireASLINK
system is not turned
on.
- The transmission signal
wave is not received
because the DP-DN line
is connected directly to
the 24-0V line.
- Check if there is a disconnection between
the ASLINKAMP and the AnyWireASLINK
system and restore the connection.
- Check the power supply of
AnyWireASLINK system and turn ON the
power.
- Reconnect the power to the
AnyWireASLINK system.
- Look for a unit that has the same
error and assign an address different
from the address of that unit.
- Reduce the number of units
connected to the same
AnyWireASLINK system.
- Make the transmission line between
the ASLINKAMP and the master unit
shorter.
- Assign an address other than 255.
- The address of
ASLINKAMP remains
to be “255” (factory
setting).
- The address of
ASLINKAMP is
duplicated.
- The internal voltage of
ASLINKAMP is low.
- Disconnection or
reverse connection of
DP-DN line
(alternates with
a 0.5 sec
interval)
(alternates with
a 0.5 sec
interval)
(Lit for 0.2 sec,
unlit for 1.0 sec)
Transmission side
Fiber side
I/O power supply drop, sensing level drop
Normal
No power
The display section is the same for master and slave units.
Threshold
display Light receiving level display
LED indicators
7-segment display
LINK
ALM
ON
OFF
Flashing
Lit
Flashing
Alternate ashing
Lit
Unlit
Unlit
Lit
Unlit
LINK
ALM
IN
(Orange)
LED
name
LINK IN ALM
Unlit Unlit Unlit
●
Lit
○
Unlit
○
Unlit
◎
Flashing
○
Unlit
◎
Flashing
Flashing
Cause Remedy
■Unit voltage (DP-DN) drop detection
■Abnormal voltage detection
The display section is the same for master and slave units.
Check the following and eliminate the relevant cause.
- If the 24V DC power supply voltage to the AnyWireASLINK master unit is in
the allowable voltage range
- If there is any loose terminal or poor contact on the trunk and branch lines
-
If the current on the unit and connected load current satisfy the system
conditions
If the voltage of 24V DC power supplied to the unit becomes signicantly low
(near 16V), the message “dc24 Lo” is displayed and the unit stops functioning.
Check the supply voltage and take actions to increase the voltage to the
allowable range.
If the following error is indicated on the address writer, take the
following action.
Flashing
CauseDisplay Remedy
Symptom Remedy
The parameter setting is
incorrect.
- Is the wiring correct?
→ Re-check the connections of the transmission line and the power
supply line.
- Is the power supplied to the AnyWireASLINK system?
→ Check the power supply.
- Are the addresses set?
→ Set the addresses.
- Is the unit used in the specied input range?
→ Use it in the specied detection range.
Detection is
disabled
- Is the wiring correct?
→ Re-check the connection of the transmission line and see if the
transmission signal is sent.
- Is the power supplied to the AnyWireASLINK system?
→ Check the power supply.
- Is the protective cover opened during the setting?
→ Open the protective cover. Setting cannot be made with the
cover closed.
- Are the parameters set correctly?
→ Refer to the parameter correspondence table and correct the
setting.
Setting cannot
be made with
the address
writer
Refer to the parameter correspondence
table and correct the setting.
Should any of the following apply, take the following actions.
【E-0303】

-L*F1011 10/11-
410
160
300
170
600
210
420
240
AFT-4
AFT-1
AFT-2
AFT-1-1
Service power supply
voltage
Number of connection
points
Operating ambient
illuminance
Number of connection
units
24V DC +15% to -10% (21.6 to 27.6V DC)
with a ripple of 0.5Vp-p or less
Bus type (Multi-drop method, T-branch
method, Tree branch method)
DC power supply superimposed total
frame/cyclic method
Transmission method
Detection of transmission line disconnection,
transmission line short-circuit, transmission
power supply drop, and
duplicated/unregistered ID
[Specifications]
Frame/bit synchronization method
Synchronization method
AnyWireASLINK protocol
Transmission procedure
RAS function
512 max. (IN: 256, OUT: 256)
Up to 128 units
Connection mode
[Detecting Distance]
Detecting distance (mm)
Model
Diagnosis
enabled
*5
Diagnosis
disabled
*6
Input 1 point
IP40
24V-0V 25mA
1.9mADP-DN
Protection rating
1 or 2 cycles
22g (Master unit)
17g (Slave unit)
Weight
Incandescent lamp
Sunlight
3000lx or less
10000lx or less
Variable Description
【01.】50
0-4095
(0-100%)
Threshold
【02.】5
0-4095
(0-100%)
Hysteresis
【03.】0
0-4095
(0-100%)
Alarm Hi
【04.】0
0-4095
(0-100%)
Alarm Lo
【05.】
50
3-255
【06.】
0
0
【07.】
0
0
Operation
mode
【08.】
0
AD value indication (0-4095 Digit)
0-100% indication
【18.】
0
Normal indication
180˚ inverted indication
【10.】0-999 0
ON Delay
【11.】0-999 0
OFF Delay
【12.】0-999 0
One Shot
【17.】Automatic setting disabled
Only automatic address setting enabled
Automatic address and parameter setting
0
1
0
1
2
3
【09.】
0
High
Middle
0
Low
1
2
1
0
1
0
1
2
3
Through-beam type, Dark (interrupt) ON
Through-beam type, Light (transmit) ON
Reflection type, Dark (no reflection) ON
Reflection type, Light (reflection) ON
Equipment
parameter
Factory-set
variable
Alarm
monitoring time
Light ON/Dark
ON
Light receiving
level indication
Light emitting
power
7-segment display
orientation change
(for master unit
only)
Automatic
address/parameter
setting
(for master unit
only)
Light receiving level setting for detection
judgment
Light receiving level alarm upper limit
setting
Light receiving level alarm lower limit
setting
Light receiving level alarm monitoring time
setting (1 = 100ms)
Simplified mode (Preventive maintenance
function disabled)
Normal mode (Preventive maintenance
function enabled)
ON delay time setting (1=100ms)
OFF delay time setting (1=100ms)
One-shot time setting (1=100ms)
Only automatic parameter setting enabled
*
Linked with the parameters of the master
unit
Setting of a change in light receiving quantity
required to turn the detection status from ON to OFF
[Equipment Parameters and Their Settings]
0 – 55°C
*1
, 10 – 90%RH No condensation
-25 – 75°C, 10 – 90%RH No condensation
Based on JIS B 3502 and IEC 61131-2
Based on JIS B 3502 and IEC 61131-2
No corrosive gas
0 – 2000m
2 or less
*1 When 1 or 2 slave units are connected: 0 to 55°C
When 3 to 10 slave units are connected: 0 to 50°C
When 11 or more slave units are connected: 0 to 45°C
*2 Do not use or store AnyWireASLINK devices in an environment where the pressure
exceeds the atmospheric pressure at an altitude of 0 meters. Doing so may result in
malfunction.
*3“Pollution level” is an index that indicates the degree of occurrence of conductive
substances in the environment where the device is used.
Pollution level 2 means the occurrence of only pollution by non-conductive substances.
In such an environment, however, electrical conduction could occur due to accidental
condensation.
*4 A time required for ON/OFF detection until transmission signal output.
To update data, 1-cycle transmission time is required in addition to the response time.
Operating ambient temperature/humidity
Storing ambient temperature/humidity
Vibration resistance
Shock resistance
Operating atmosphere
Operating altitude*2
Pollution level*3
■General specications
■Transmission specications
■Individual specications
Number of occupied points
Response time*4
Current consumption
■Fiber unit
*5 For 0-100% light receiving level indication setting
*6 For ON/OFF setting

φ4.1
φ1.1
36.7
72
70
32
7
10
LINK IN ALM
(200)
10
7
36.7
7272
32
10
14.25
LINK IN ALM
10
[Address]
Printed in Japan 2016,2017,2019,2020 UMA-12100AF-EN
-L*F1011 11/11-
Anywire Corporation
Headquarters :1 Babazusho, Nagaokakyo-shi, Kyoto 617-8550 JAPAN
:Contact by mailContact [email protected]
:Contact by website http://www.anywire.jp
[Outside Dimensions]
■LA-F1011 (Master unit)
■LB-F1011 (Slave unit)
Unit: mm
4-wire, AWG24
Cable length: approx. 200mm
■Transmission line