Anywire ASLINKAMP L-F1011 Series User manual

AnyWireASLINK System Products Guide
Extension
ASLINKAMP
[Fiber Amplifier (7-segment Display Type)]
L□-F1011
[Notes on Safety]
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.
[Function]
[Warranty]
[Type]
WARNING
！
CAUTION
！
Precautions that must be observed in order to use this system safely are
indicated as shown below. You must observe these precautions.
■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 User's Manual, 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 cause other than the delivered Product;
[3] Unauthorized modication or repair of the Product by any party other than
the Company;
[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 any damages
consequential or incidental to a malfunction of the delivered product.
■Repair at cost
After the expiration of the warranty period, any troubleshooting or repairs shall
be done at the expense of the owner.
Even during the warranty term, any repairs and troubleshooting for defects
arising from causes outside the scope of the warranty as specied above shall
be done at the owner's expense.
LA-F1011 1CH (Base unit)
1CH (Extension unit)
Fiber amplifier
(7-segment display type)
LB-F1011
[Included items]
[Name of each part]
LA-F1011 (Base)
LB-F1011 (Extension)
Amplifier body...1
Amplifier body...1
Expansion connector
LED display
7-segment display
Protective cover
Base
LED display
7-segment display
Protective cover
Transmission line
LINK
IN
ALM
LINK
IN
ALM
ASLINKAMP four-wire (isolated)
General-purpose ber headConnection targets
Model
Functions
Sensitivity adjustment (Threshold)
Hysteresis
Light ON/Dark ON
Sensing level drop
One-shot
Light receiving level display switch
Light emitting power
Address/Parameter automatic setting
7-segment display orientation
Delay timer
-L*F1011 1/11-
Bit operation
Slave unit voltage drop
CAUTION
！
WARNING
！○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.
○Always turn off the system power before attempting to mount or replace.
○Prolonged continuous ow of a rated load current or higher or a transit
current due to load short-circuit or similar problem, in the hybrid unit
including the output unit and the output circuit may result in smoke
generation or re. An external safety device such as a fuse must be
installed.
○System power supply
Use a stabilized 24V DC power supply. Use of a non-stabilized power
supply may cause problems with the system.
○Separately route high-voltage and power cables
Although the AnyWireASLINK has a high noise margin, lay the
transmission lines and I/O cables so as to keep them away from
high-voltage and power cables.
○Connectors and terminals
・Pay careful attention to the length and installation of cable wiring to
ensure that connectors and cables are neither stressed nor
disconnected even if they are stressed.
・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 a transmission line is operating.
A malfunction may occur.
○Use the AnyWireASLINK within the range of the specications and
conditions shown below.

ALM
LINK
IN
[How to connect AnyWireASLINK] ■Example of mixture of two-wire (non-isolated)
and four-wire (isolated) terminals
■Connection example using a two-wire (non-isolated) terminal
ALM
LINK
IN
2P link connector is
convenient for branching.
The branching has
no limitation.
General-purpose
cabtire cable
Dedicated at cable
1.25mm2(two-wire)
Black: DN
Red: DP
Black:
DN
Red: DP
AnyWireASLINK
Master
24V DC* Black: DN
Red: DP
Black: DN
Red: DP
Black: DN
Red: DP
Black: DN
Red: DP
AnyWireASLINK terminator
One terminator should be connected to the DP, DN terminal
farthest from the AnyWireASLINK master.
Connect it correctly so as not to set the wrong polarity.
Black: DN Red: DP
BT0
Red: DP Black: DN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
Black: DN
Red: DP
Two-point
Two-point
Two-point
Two-point
Two-point
Two-point
Two-point
Two-point Two-point
Two-point
Photoelectric head
Photoelectric head 0
Photoelectric head 1
Photoelectric head 2
Fiber head
ALM
LINK
IN
4P link connector is
convenient for
branching.
The branching has
no limitation.
Dedicated at cable
1.25mm2(four-wire)
Black: DN
Red: DP
Black:
DN
Red: DP
AnyWireASLINK
Master
24V DC* Black: DN
Red: DP
Black: DN
Red: DP
Red: DP Black: DN
Black: DN
Red: DP
AnyWireASLINK terminator
One terminator should be connected to the DP, DN terminal
farthest from the AnyWireASLINK master.
Connect it correctly so as not to set the wrong polarity.
Black: DN Red: DP
BT0
Red: DP Black: DN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
Black: DN
Red: DP
Black: DN
Red: DP
White: 0V
Green: 24V
Two-point
Two-point
Two-point
Two-point
Two-point
Two-point
Two-point Two-point
Two-point
Eight-point
Eight-point
24V DC*
Photoelectric head
Photoelectric head 0
Photoelectric head 1
Photoelectric head 2
Photoelectric head 3
General-purpose power supply lter
General-purpose power supply lter
ASLINK lter
Fiber head
Fiber head
Fiber head
Fiber head
Black: DN
Red: DP
White: 0V
Green: 24V
■ Relationship between the size and length of the transmission line
and the supply current (Table 1)
-L*F1011 2/11-
[Connection Example]
You can select use of either a two-wire or four-wire terminal for the AnyWireASLINK according
to the load current.
This Products Guide describes a two-wire (non-isolated) terminal.
If the load current is small, using a two-wire (non-isolated) terminal allows for achieving
simplied wiring without a local power supply.
If you are prioritizing the sites of concentrated loads or the number of units connected,
hybridization with a four-wire (isolated) terminal, which supports local power supply, is also
possible.
Make sure to use a four-wire (isolated) terminal in the case of input and load driving using an
external power supply.
In the case of hybridization, refer to the Four-Wire (Isolated) Terminal Products Guide
separately.
* 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."
The sum of the
portions of DP, DN is
the total line length.
The sum of the
portions of DP, DN is
the total line length.
CAUTION
！
- Refer to Table 1 so that the size and length of the transmission line and the
allowable supply current lie within an appropriate range.
- Connect the same symbols (DP, DN) correctly between the AnyWireASLINK
master and each device.
- The branching length and branch number have no limitations.
- Include the length of the cable provided with the terminal in the "total line
length."
- Connect the terminator "BT0 (polar)" to the terminal on the transmission line
farthest from the AnyWireASLINK master.
CAUTION
！
Make sure to use a four-wire (isolated) terminal if connecting
to a load (e.g. input/output port) controlled by a different
power supply than that used in the AnyWireASLINK.
Otherwise, a malfunction may occur.
Supply current on the transmission line (DP, DN)
Total length
50m or less
1.25mm2
0.75mm2
MAX 2A
MAX 1.2A
MAX 1A
MAX 0.6A
MAX 0.5A
MAX 0.3A
0.5mm2MAX 0.8A MAX 0.4A MAX 0.2A
Total length: Over 50m,
no longer than 100m
Size of
the transmission
line (DP, DN)
Total length: Over 100m,
no longer than 200m

■AnyWire Type: ANF-01 Connection example
①Power supply to the entire system
②Local power supply/branching
DP
DN
24V
0V
POWER IN
SLAVE
POWER IN
SLAVE
LG
24V0V
L N FG
～
DP
DN
DP
DN
24V
0V
DP DN
BT0
ANF-01
24V DC
stabilized
power supply
Two-wire
terminal
Four-wire
terminal
24V0V
24V0V
PE
AnyWireASLINK master
[Notes on Combined Use with Four-Wire (Isolated) Terminals]
DP
DN
24V
0V
LG
24V0V
L N FG
～
DP
DN
24V
0V
DP
DN
DP
DN
24V
0V
DP DN
BT0
ANF-01
24V DC
stabilized
power
supply
Two-wire
terminal
DP
DN
Two-wire
terminal
DP
DN
Two-wire
terminal
Four-wire
terminal
DP
DN
24V
0V
Four-wire
terminal
Four-wire
terminal
DP
DN
24V
0V
Four-wire
terminal
DP
DN
24V
0V
Four-wire
terminal
24V0V
24V0V
PE
AnyWireASLINK master
24V
0V
L
N
FG
～
24V DC
stabilized
power supply
ANF-01
24V0V
24V0V
PE
DP
DN
24V
0V
Four-wire
terminal
DP
DN
24V
0V
Four-wire
terminal
A
B
ANF-01
For details of ANF-01,
refer to ANF-01 Products Guide.
24V0V
24V0V
PE
■Filter notation in the drawing
General-purpose
power supply filter
(Use if necessary)
ASLINK filter ANF-01 MAX 5A/24V DC
Filter of COSEL Co., Ltd. EAC-06-472 MAX 6A/24V DC
Model Type
Allowable power current
■Filter allowable power current
Insert the "ASLINK filter [Type ANF-01]" regardless of installation
method and distance when complying with CE Standard.
General-purpose
power supply filter
(Use if necessary)
General-purpose
power supply filter
(Use if necessary)
POWER IN
SLAVE
POWER IN
SLAVE
(The gure is an explanatory schematic.
Adjust the actual terminal layout to meet each device.)
-L*F1011 3/11-
If any of the side-by-side lines of DP, DN, 24V, or 0V exceeds the total length of
50m in a power supply system to be supplied, serially connect the "ASLINK filter
[Type ANF-01]" or "filter of COSEL Co., Ltd. [Type EAC-06-472]" to 24V and 0V in
the starting position of the side-by-side lines.
This will improve noise resistance, reduce the impact of crosstalk by transmission
signals, and stabilize the signals.
Insert a filter whether using a master power supply for the entire system or using a
local power supply.
If any of the side-by-side lines
of DP, DN, 24V, or 0V exceeds
the total length of 50m
If (A+B) of the side-by-side
lines of DP, DN, 24V, or 0V
exceeds the total length of 50m
If any of the side-by-side lines
of DP, DN, 24V, or 0V exceeds
the total length of 50m

■COSEL Co., Ltd. Type: EAC-06-472 Connection example
①Power supply to the entire system
②Local power supply/branching
DP
DN
24V
0V
LOAD
LINE
LG
24V0V
L N FG
～
DP
DN
DP
DN
24V
0V
DP DN
BT0
EAC-06-472*
24V DC
stabilized
power
supply
Two-wire
terminal
Four-wire
terminal
24V0V
24V0V
PE
AnyWireASLINK master
DP
DN
24V
0V
LG
24V0V
L N FG
～
DP
DN
24V
0V
DP
DN
DP
DN
24V
0V
DP DN
BT0
24V DC
stabilized
power
supply
Two-wire
terminal
DP
DN
Two-wire
terminal
DP
DN
Two-wire
terminal
Four-wire
terminal
DP
DN
24V
0V
Four-wire
terminal
Four-wire
terminal
DP
DN
24V
0V
Four-wire
terminal
DP
DN
24V
0V
Four-wire
terminal
24V0V
24V0V
PE
AnyWireASLINK master
24V
0V
L
N
FG
～
24V DC
stabilized
power
supply
24V0V
24V0V
PE
DP
DN
24V
0V
Four-wire
terminal
DP
DN
24V
0V
Four-wire
terminal
A
B
24V0V
24V0V
PE
■Filter notation in the drawing
General-purpose
power supply filter
(Use if necessary)
General-purpose
power supply filter
(Use if necessary)
General-purpose
power supply filter
(Use if necessary)
LOAD
LINE
EAC-06-472*
LOAD
LINE
EAC-06-472*
EAC-06-472*
LOAD
LINE
(The gure is an explanatory schematic.
Adjust the actual terminal layout to meet each device.)
-L*F1011 4/11-
If any of the side-by-side lines
of DP, DN, 24V, or 0V exceeds
the total length of 50m
If any of the side-by-side lines
of DP, DN, 24V, or 0V exceeds
the total length of 50m
* When using this lter, please be careful
of the positions of LOAD and LINE.
* When using this lter, please be careful
of the positions of LOAD and LINE.
If (A+B) of the side-by-side lines
of DP, DN, 24V, or 0V exceeds
the total length of 50m

[Installation] [Expansion]
[Removal]
[Installation Location]
D
A
A
Upper side
Upper side
D
B
G
Base Extension
LA-F1011 can be expanded by up to 31 LB-F1011 units.
The specications for the LA-F1011 and LB-F1011 are as follows.
Remove the connector cover.
(Do not lose the cover.)
[Precautions when Using]
Extension
Expansion connector
Base
LINK
IN
ALM
LINK
IN
ALM
C
A
24V-0V
LA-F1011
LB-F1011
DP-DN
25mA
1.9mA
■Consumption current
Common
LA-F1011
LB-F1011 Common One-point
One-point
■Number of occupied points
Up to 32 units
-L*F1011 5/11-
The installation and removal methods are the same for both the base
unit and the extension unit.
The extension unit can be installed as an expansion on the base unit.
Remove the connector cover on the base unit and connect the
extension unit to the built-in expansion connector.
A block with the LA-F1011 expanded by 31 LB-F1011 units occupies
32 input points.
Also, the DP-DN consumption current is 60.8mA.
If ber input with 32 optical axes or more is required, install a separate
block.
If only the LA-F1011 and LB-F1011 are connected, a single system
can support up to 128 units.
Hook movable latch A onto the DIN rail.
Push down on xed latch D on the opposite side until you hear a click.
Push this product in direction B, removing xed latch D from the DIN rail.
Lift up straight in direction G, lifting and removing the product.
- Location where this product is not directly subject to vibration or shock
- Location where this product is not directly exposed to dust
- Location where this product is not directly exposed to a conductor, such as
waste metal or sputter
- Location without condensation
- Location where the atmosphere is free of corrosive gas, ammable gas, and
sulfur
- Location far from high-voltage or high-current cables
- Location far from cables and controllers that generate servo, inverter, or other
high-frequency noise
If connecting this unit to a transmission line or expanding the base unit with an
extension unit, do so with supply of the transmission signal stopped.
Performing connections while wires are live may cause the unit to detect
chattering as an error upon connection and stop.
If installing vertically, bring the
movable latch below the DIN rail.

[Transmission line connection] [Fiber connection]
(Connection example using link connector)
To LP4-WW-10P crimped
transmission line link connector
■Link connector pin layout
1
2
3
4
DN
DP
0V
24V
Black
Red
White
Green
Pin number Details Line color
FK4-125-100
LP4-WR-10P
Master unit
To LP4-WW-10P crimped
transmission line link connector
FK4-125-100
LP4-WR-10P
Master unit
DP, DN
Local power supply
24V, 0V
[Base unit
transmission line color]
DP
DN
Red
Black
Line color Details
24V
0V
Green
White
: Transmission line (+)
: Transmission line (-)
: Unit drive power supply (+)
: Unit drive power supply (-)
DP
DN
: Red
: Black
24V
0V
: Green
: White
[Base unit
transmission line color]
■If mounting through an attachment: Fiber diameter φ1.0
■If mounting directly: Fiber diameter φ2.2
■Cutting of fiber
DP, DN
DP, DN
24V, 0V
■Power supply to the entire system
■Local power supply
Purchase the Omron thin ber attachment E39-F9 separately.
Knob
Fiber port
0.5mm
Fiber cutter
B289-FC *
φ1.0 Use with attachment (E39-F9)
φ2.2 Direct
Fiber diameter (mm) Installation method
■Included wire details
-L*F1011 6/11-
Connect the transmission line of the base unit to the transmission line
from the master unit.
This terminal is a four-wire (isolated) type that is used by connecting to
DP, DN, 24V, and 0V.
The LP connector (link connector) is a
mixed-contact type connector.
You can link connectors of the same
type to one another to easily perform
"connections" or "branching."
Press down the knob for the ber port on the amplier side, fully
insert the ber into the ber port, then return the knob upward.
Press down the knob for the ber port on the amplier side, fully
insert the ber into the ber port, then return the knob upward.
Cut the ber using the ber cutter included with the ber head.
When doing so, pass the ber through a hole suitable for the ber
diameter and cut at a right angle.
Do not use a hole that has already been used again.
* One ber cutter (B289-FC) is included with each AnyWireASLINK ber head
(AFT-4, AFT-1, AFT-2, AFT-1-1).
Attach to the amplier with the tip of
the ber sticking out approx. 0.5mm
beyond the tip of the attachment.
CAUTION
！When reusing a fiber that has already been mounted,
cut the tip of the fiber again.
Failure to do so may lower the amount of light emitted
and received.

[SET ON setting]
[SET OFF setting]
[Automatic setting]
Perform settings while no object
to be detected exists.
Work Black: DN
Red: DP AnyWireASLINK
Master
Green:
24V
White: 0V
Black: DN
Red: DP AnyWireASLINK
Master
Green:
24V
White: 0V
Hysteresis
Alarm value Hi
Alarm value Lo
5%
Threshold 50%
80%
20%
Perform settings while any object
to be detected exists.
Default: 50 (AD value)
If the display setting for the light receiving level is the AD value
display (parameter 08), then "threshold," "hysteresis," "alarm
value Hi," and "alarm value Lo" are automatically set to the
following percentages based on the difference in the AD
values between when a work is
present and when a work is
absent stored during teaching
operation.
Input
AnyWire address
Setting address
0 255
1 2 3
Example) Addresses with four ber ampliers connected
“0” “1” “2” “3”
[Various settings]
Open the protective cover
during settings
Setting port
■Common procedure for address writer operation
■Item
Transmission
signal
* Make sure to use a 24V DC stabilized power supply for the power supply to be connected.
Address number setting Teaching Parameter setting
ASLINKAMP
Fig. 1
Setting port
LINK
IN
ALM
Emitter
Black: DN
Red: DP AnyWireASLINK
Master
Green:
24V
White: 0V
24V DC*
Address number setting
Parameter setting
-L*F1011 7/11-
Teaching
■Change of threshold
AD value
0 - 4095
- Address writer (ARW-04): Parameter 01
0 - 100%
■Change of hysteresis
0 - 4095 Default: 5 (AD value)
- Address writer (ARW-04): Parameter 02
0 - 100%
■Alarm value Hi setting
■Alarm value Lo setting
0 - 4095 Default: 0 (AD value)
- Address writer (ARW-04): Parameter 03
0 - 100%
0 - 4095 Default: 0 (AD value)
- Address writer (ARW-04): Parameter 04
0 - 100%
Set a monitor time for the alarm judgment value.
Variable
3 - 255 Default: 50
- Address writer (ARW-04): Parameter 05
100ms
Unit
■Alarm value monitor time setting
Carry out setting with the work actually used.
0 - 100%
AD value 0 - 100%
AD value 0 - 100%
AD value
0 - 100%
* Setting scope depends on the setting of parameter 8.
Be sure to connect to the AnyWireASLINK master unit to use.
Setting requires the address writer ARW-04 (Ver.04-1.01 or higher).
For details about the operation method, refer to the address
writer's Products Guide.
Store the status when a work is present and when a work is absent in the
ASLINKAMP.
1. Connect the terminal to the AnyWireASLINK master unit.
Set with the address writer while supplying transmission signal (DP/DN)
and power supply (24V/0V).
2. Setting is required for all terminals.
Open the protective cover of the terminal to be set, and direct the address
writer toward the setting port as shown in Fig. 1 to perform settings
(Bring the emitter as close as possible to the setting port.)
Close the protective cover of terminals that are not to be set.
The address number is used to set which number of the
transmission frame to start with for the terminal to occupy.
Set the address number in a range from "0" to "254."
CAUTION
！
The default address-number setting of the terminal is "255," which
means no setting.
If the address number setting is "255," the terminal cannot perform
input/output operations.
Make sure to use the terminal after setting the address number within
the range of "0 to 254."
Set the threshold of the light receiving level to judge the presence/absence of
detection. * Difference in the detection state stored in teaching is 100%.
Set the amount of change in the light receiving value required to turn the
detection state from ON to OFF.
Set an upper limit for the alarm judgment value.
* Set the alarm values so that Hi is greater than Lo.
Set a lower limit for the alarm judgment value.
* Set the alarm values so that Hi is greater than Lo.

(7-segment display)
Fiber side
Transmission side
ON/OFF threshold display (Green)
Light receiving level display (Red)
-L*F1011 8/11-
■Setting for operation mode change
Set if there is a diagnosis mode.
Variable
0 Disabled (Simple mode)
1Enabled (Normal mode)
Default: 0
- Address writer (ARW-04): Parameter 07
■Light ON/Dark ON setting
Set Light ON/Dark ON.
Variable Details
0 Transmission type dark (shielding) ON
1
2 Reection type dark (w/o reection) ON
3
Default: 0
- Address writer (ARW-04): Parameter 06
■Light receiving level display setting
Set the display of the light receiving level.
Variable
0
1
Default: 0
- Address writer (ARW-04): Parameter 08
Transmission type light (transmission) ON
Reection type light (w/ reection) ON
■Light emitting power setting
Set the light emitting level.
Variable Details
0 High
1
2 Low
Default: 0
- Address writer (ARW-04): Parameter 09
Middle
AD value display (0 - 4095 Digit)
0 - 100% display
■ON Delay setting
Set the ON delay time.
Default: 0
- Address writer (ARW-04): Parameter 10
Variable
0 - 999 100ms
Unit
Set the OFF delay time.
Default: 0
- Address writer (ARW-04): Parameter 11
Variable
0 - 999 100ms
Unit
Set the One Shot time.
Default: 0
- Address writer (ARW-04): Parameter 12
Variable
0 - 999 100ms
Unit
■Address/Parameter automatic setting (base unit only)
Automatically set the address and parameter.
Variable
0 Automatic setting disabled
1
2 Automatic setting for parameter only
3
Default: 0
- Address writer (ARW-04): Parameter 17
Automatic setting for address only
Address/Parameter automatic setting
* Linked to base unit's parameters.
“3”
Extension
Extension
Extension
Base
Setting address “0”
“2”
“1”
Allot
Example)
For parameter 17 value 1
■7-segment display orientation switch setting (base unit only)
Variable
0
1
Default: 0
- Address writer (ARW-04): Parameter 18
Normal display
180° ipped display
0: Normal display Transmission side
Fiber side
1: 180° ipped display
■OFF Delay setting
■One Shot setting
Details
Details
Details
Details
For "Parameter 8 variable 0: AD value display" - Displays
the threshold set in the scope of 0 - 4095.
For "Parameter 8 variable 1: 0 - 100% display" -
Displays the setting threshold from 0 - 100%, with the
minimum AD value from teaching as 0 and the maximum
as 100%.
For "Parameter 8 variable 0: AD value display" - Displays
the amount of light received converted as an AD value
set in the scope of 0 - 4095.
For "Parameter 8 variable 1: 0 - 100% displays" -
Displays the received light from 0 - 100%, with the
minimum AD value from teaching as 0 and the maximum
as 100%.
This functional automatically reects in the extension unit the addresses and
parameters set in the base unit.
If this automatic setting mode is enabled (value 1, 2, or 3), addresses and
parameters set to the base unit are automatically alloted to the extension unit.
This function ips the 7-segment display by 180°.
This is convenient when, depending on the orientation of this product, the
numbers are difcult to read.

-L*F1011 9/11-
[Monitor display]
Displays the operation status of this product using the LEDs.
LED display
The display is the same for both the base unit and the extension unit.
LINK
IN
ALM
7-segment display
LINK
IN
ALM
LINK
(Green)
LINK
ALM
IN
(Orange)
Name Indication status
ALM
(Red)
Details
Both the transmission signal and
24V power supply are supplied
I/O power supply voltage drop,
Sensing level drop
Slave unit voltage drop
(including DP, DN disconnections and reverse connections)
Transmission error,
I/O power supply voltage reduction
No power supply
Normal
Master unit detecting that the unit ID (address) is
redundant or not set
ON
OFF
Flashing
On
Flashing
Alternate flashing
On
Off
Off
On
Off
LINK
ALM
Normal state: LINK flashing, ALM off, IN ON on/OFF off
Threshold display Light receiving level value display
[Troubleshooting]
LINK IN ALM Cause Measures
○○○
Off Off Off
●
On
○
Off
○
Off
◎
Flashing
(0.5 seconds
alternately)
○
Off
◎
Flashing
(0.5 seconds
alternately)
－－◎
Flashing
(On for
0.2 seconds,
off for
1.0 seconds)
LINK
IN
ALM
■Unit voltage (DP-DN) reduction detection
LINK
ALM
The display is the same for both the base unit and the extension unit.
LINK
IN
ALM
Flashing
Take measures as follows in the following case.
Symptom Measures
Detection cannot be
performed.
Setting cannot be
performed with
ARW-04.
Indication Cause Measures
[E-0303]
■Error voltage detection
Parameter Default variableVariable Details
[01.] 50
Set the light receiving level value to judge detection.0-4095
(0 - 100%)
Threshold
[02.] 5
Set the amount of change in the light receiving value
required to turn the detection state from ON to OFF.
0-4095
(0 - 100%)
Hysteresis
[03.] 0
Set an upper limit for light received to generate
an alarm.
0-4095
(0 - 100%)
Alarm value Hi
[04.] 0
Set a lower limit for light received to generate
an alarm.
0-4095
(0 - 100%)
Alarm value Lo
[05.]
50
Set a monitor time of light receiving value to generate
an alarm. (1 = 100ms)
3-255
Alarm value
monitor time
[06.]
0
Transmission type dark (shielding) ON
Transmission type light (transmission) ON
0
Light ON/Dark
ON
Reection type dark (w/o reection) ON
Reection type light (w/ reection) ON
[07.]
0
Simple mode (Preventive maintenance function disabled)
Normal mode (Preventive maintenance function enabled)
0
Operation
mode
[08.]
0
AD value display (0 - 4095 Digit)
0 - 100% display
Light receiving
level display
[18.]
0
Normal display
180° ipped display
7-segment
display
orientation
switch
(base unit only)
[10.] 0-999 Set the ON delay time. (1 = 100ms) 0
ON Delay
[11.] 0-999 Set the OFF delay time. (1 = 100ms) 0
OFF Delay
[12.] 0-999 Set the One Shot time. (1 = 100ms) 0
One Shot
[17.] Automatic setting disabled
Automatic setting for address only
Address/Parameter automatic setting
0
1
Automatic setting for parameter only
* Linked to base unit's parameters.
0
Address/
Parameter
automatic
setting
(Base unit only)
1
2
3
[09.]
0
High
Middle
0
Light emitting
power
Low
1
2
1
0
1
0
1
2
3
- AnyWireASLINK
transmission signal
is not connected.
- Power supply for
the AnyWireASLINK
system itself is not
turned on.
- Transmission waveform
cannot be received due
to reasons such as the
DP-DN line being
directly connected to
the 24-0V power supply.
- Conrm that there is no disconnection
between the ASLINKAMP and the
AnyWireASLINK system, and recover
the connection.
- Conrm the power status of the
AnyWireASLINK system, and turn on
the power.
The set parameter is
incorrect.
Check the parameter correspondence table and set
the correct parameter.
- Is wiring correct?
→Reconrm the transmission line and power supply line connections.
- Is power fed to the AnyWireASLINK system?
→Conrm the power supply.
- Has address setting been performed?
→Perform address setting.
- Are you using within the rated input range?
→Use within the rated detection range.
- Is wiring correct?
→Reconrm the transmission line connection, and that the transmission signal is
applied.
- Is power fed to the AnyWireASLINK system?
→Conrm the power supply.
- Was setting performed with the protective cover open?
→Open the protective cover. Setting cannot be performed with the cover closed.
- Is the set parameter correct?
→Check the parameter correspondence table and set the correct parameter.
- Re-connect to the AnyWireASLINK
system.
- The ASLINKAMP
maintains the
address 255
(default setting).
- Set any address other than 255.
- The ASLINKAMP has
an address redundant
with another unit.
- Look for the other unit which has the
same error indication, and set any
address different from it.
- The internal power
voltage of the
ASLINKAMP has been
reduced.
- DP-DN disconnections
and reverse connections
- Decrease the number of units
connected to the same
AnyWireASLINK system.
- Shorten the transmission line between
the ASLINKAMP and the master unit.
When the following errors are indicated on the display window of this
product, take measures as shown below.
Check the following points and remove the corresponding cause.
- Is the voltage of the 24V DC power supply supplied to the AnyWireASLINK
master within the allowable voltage range?
- Is there any looseness or poor contact in the connections between the main
line and branch lines?
- Do the unit and connection load currents meet the system conditions?
If the 24V DC voltage supplied to this unit is signicantly reduced (near
approx. 16V), "dc24 Lo" is displayed and the unit's functions stop.
Conrm the supply voltage and bring it within the allowable range.
When the following error is indicated on the address writer, take
measures as shown below.
[Parameters and items]

-L*F1011 10/11-
■Transmission specications
■Individual specications
[Specications]
DC power supply superimposed total frame/cyclic method
Transmission method
Frame/bit synchronization method
Synchronization method
Dedicated protocol Transmission procedure
Number of connection points
Number of units connected
RAS feature
Voltage 24V DC +15% to -10% (21.6 to 27.6V DC)
Power supply
voltage for use Ripple of 0.5Vp-p max.
0 - 55°C *1, 10 - 90%RH (No condensation)
Ambient temperature/humidity for use
-25 - 75°C, 10 - 90%RH (No condensation)
Ambient temperature/humidity for storage
No corrosive gas
■General Specications
Atmosphere for use
0 to 2000m
Altitude of use *2
2 or less
Pollution level *3
512 max. (IN: 256, OUT: 256)
Up to 128 units
Bus type (Multi-drop method, T-branch method, Tree branch method)
Connection mode
[Detection distance]
■Fiber head (AnyWire dedicated head)
Detection distance
Detection distance (mm)
Type With
diagnosis*
410
160
300
170
Transmission type
Transmission type
Transmission type
Transmission type
Model name Without
diagnosis*
600
210
420
240
AFT-4 (M4, R30)
AFT-1 (M3, R20)
AFT-2 (M3, R25)
AFT-1-1 (100°C, M3, R20)
[Outside Dimensions]
Unit: mm
■LA-F1011 (Base unit)
Φ4.1
Φ1.1
Four cores, AWG24
Cable length: Approx. 200mm
■Transmission line
36.7
72
70
32
7
10
LINK IN ALM
(200)
10
■LB-F1011 (Extension unit)
7
36.7
7272
32
10
14.25
LINK IN ALM
10
One-point input
IP40
Number of occupied points
24V-0V 25mA
1.9mA
DP-DN
Consumption current
Protective structure
1 - 2 cycles
Response time *4
21g (Base unit)
17g (Extension unit)
Mass
Incandescent lamp
Sunlight
Ambient illuminance for use 3000 lx or less
10000 lx or less
*1 When expanding with 1 to 2 extension units: 0 - 55°C
When expanding with 3 to 10 extension units: 0 - 50°C
When expanding with 11 or more extension units: 0 - 45°C
*2 Do not use or store the AnyWireASLINK device in an environment pressurized equal to
or higher than the atmospheric pressure at the altitude of 0m. Doing so could cause a
malfunction.
*3 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.
*4: Time from when ON or OFF is detected until the transmission signal is transmitted.
For the data to change, this time + 1 transmission cycle time is required.
* "Diagnosis" refers to the amplifier's monitoring and notification functions, such as
"sensor level reduction" and "transmission signal level reduction."
Transmission line disconnection, transmission line
short-circuit, transmission power supply reduction
detection ID redundancy, ID not set

-L*F1011 11/11-
[Address]
Anywire Corporation
:Contact by mailContact [email protected]
:Contact by website http://www.anywire.jp
Headquarters :1 Babazusho, Nagaokakyo-shi, Kyoto 617-8550 JAPAN
Printed in Japan 2016, 2017 UMA-12100C-EN