Anywire ASLINKAMP L-A1AW Series User manual

-L*A1AW 1/11-
[Function]
[Included items]
[Name of each part]
LA-A1AW (Base)
LB-A1AW (Extension)
Base unit ...1
Base unit ...1
ASLINKAMP
Voltage: 0-10V, 0-5V, 1-5V
Current: 4-20 mA, 0-20 mA
Measurement
input range
Resolution 1/16000
Model
Insulated
CH insulated
Expansion connector
Analog port
e-CON (3P)
LED display
7-segment display
Protective cover
LED display
7-segment display
Protective cover
Transmission line
Analog port
e-CON (3P)
Functions
Input specications setting
Reference point shift mode
Average number of moving times
Address/parameter automatic setting (Base unit only)
Miniature
AnyWireASLINK System Products Guide
ASLINKAMP
[Analog Input Unit (CH insulated type with 7-segment)]
L□-A1AW
[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.
[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-A1AW 1CH (Base unit)
1CH (Extension unit)
Analog input unit
(CH insulated type
with 7-segment)
LB-A1AW
Bit operation
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.
Extension
Base

-L*A1AW 2/12-
ALM
LINK
IN
■Example of mixture of two-wire (non-isolated)
and four-wire (isolated) terminals
ALM
LINK
IN
The branching has
no limitation.
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
Black: DN Red: DP
BT0
Red: DP Black: DN
ALM
LINK
IN
ALM
LINK
IN
ALM
LINK
IN
Black: DN
Red: DP
Black: DN
whiteGreenGreen
Red: DP
Two-point
Two-point
Photoelectric head
Photoelectric head 0
Photoelectric head 1
Photoelectric head 2
4-20mA
4-20mA
1-5V
Fiber head
ALM
LINK
IN
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
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
Eight-point
Eight-point
24V DC*
Photoelectric head
Photoelectric head 0
Photoelectric head 1
Photoelectric head 2
Photoelectric head 3
Fiber head
General-purpose power supply lter
ASLINK lter
××
×: Green and white are not used
for two-wire connection.
Protect the terminals from contact with other wires.
4-20mA
4-20mA
1-5V
■ Relationship between the size and length of the transmission line
and the supply current (Table 1)
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.
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
[How to connect AnyWireASLINK]
■Connection example using a two-wire (non-isolated) terminal
[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.
2P link connector is
convenient for
branching.
General-purpose
cabtire cable
Dedicated at cable
1.25mm2(two-wire)
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.
Two-point
Two-point
Two-point
Two-point
Two-point
Two-point Two-point
Two-point Two-point
Two-point
Two-point Two-point
* 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.
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.
General-purpose power supply lter
The sum of the
portions of DP, DN is
the total line length.

-L*A1AW 3/12-
[Notes on Combined Use with Four-Wire (Isolated) Terminals]
Insert the "ASLINK filter [Type ANF-01]" regardless of installation
method and distance when complying with CE Standard.
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.
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
■AnyWire Type: ANF-01 Connection example
①Power supply to the entire system
DP
DN
24V
0V
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
General-purpose
power supply filter
(Use if necessary)
If any of the side-by-side lines
of DP, DN, 24V, or 0V exceeds
the total length of 50m
②Local power supply/branching
POWER IN
SLAVE
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)
General-purpose
power supply filter
(Use if necessary)
POWER IN
SLAVE
POWER IN
SLAVE
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

-L*A1AW 4/12-
■COSEL Co., Ltd. Type: EAC-06-472 Connection example
* 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.
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)
LOAD
LINE
EAC-06-472*
LOAD
LINE
EAC-06-472*
EAC-06-472*
LOAD
LINE
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
②Local power supply/branching
[Notes on Combined Use with Four-Wire (Isolated) Terminals]
①Power supply to the entire system
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
General-purpose
power supply filter
(Use if necessary)
If any of the side-by-side lines
of DP, DN, 24V, or 0V exceeds
the total length of 50m

Remove the connector cover.
(Do not lose the cover.)
Expansion
connector
LA-A1AW
LB-A1AW DP-DN 20mA ①
■Current consumption
■Conditions for extension
common
LA-A1AW
LB-A1AW 16 points ③
16 points ②
■I/O points
4-20mA
4-20mA
1-5V
4-20mA
4-20mA
Other conditions:
-L*A1AW 5/12-
[Installation]
[Removal]
[Installation Location]
D
A
A
Upper side
Upper side
D
B
G
Base Extension
[Precautions when Using]
C
A
The installation and removal methods are the same for both the base
unit and the extension unit.
Put the moving claw on the A side on 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.
[Expansion]
An extension unit or power supply unit can be extended to a base unit
for this analog input unit.
Remove the connector cover of the base unit and connect the
extension unit with a built-in extension connector. (Power supply unit
→Refer to P6)
Decide the maximum number of extended devices within the range
meeting the conditions below.
Extension
Base
Example)
(1) Considering based on the limit of I/O points
LA-A1AW: Input 16 points × 1 device ②,
LB-A1AW: Input 16 points × 7 devices ③
Maximum input points: 256 points ⑦÷ 16 points = 16
16 × 1 + 16 × 7 = 128 ≦256 points ⑦(Maximum number of input points)
(2) Reviewing based on the limit of DP-DN current consumption per block
LA-A1AW: 20 mA × 1 device ①, LB-A1AW: 20 mA × 7 devices ①
In other words, LA-A1AW: (1 device × 20 mA), LB-A1AW (7 devices × 20 mA = 140 mA)
Therefore, 20 mA ＋140 mA = 160 mA ≦800 mA ⑤→No problem
(3) Reviewing based on the limit of 24V-0V current consumption per block
Analog sensor: 50 mA × 8 devices ⑥⑨
In other words, analog sensor: (8 devices × 50 mA = 400 mA)
(4) Reviewing based on the limit of DP-DN current consumption per system
Eight devices consisting of LA-A1AW: 1 device and LB-A1AW: 7 devices →160 mA ①
Therefore, 400 mA ≦800 mA ⑥→No problem
Therefore, 160 mA ≦2 A ⑧→No problem
31 ④
DP-DN: 800 mA or less ⑤
24V-0V: 800 mA or less ⑥
The maximum number of extended devices in
connecting the base unit to the extension unit or
power supply unit
Total DP-DN current consumption for 1 block
(base unit + extension unit)
Input: 256 points or less ⑦
Output: 256 points or less
50 m/1.25 mm2: 2 A ⑧
(Refer to P2)
■Conditions for 1 system
Make sure the total number of I/O points of
connected devices does not exceed the maximum
transmission points per one system by master setting.
Make sure the total DP-DN consumption of
connected devices does not exceed the maximum
allowable supply current per one system.
Transmission conditions: Transmission distance (total extension), transmission distance
diameter 1.25 mm
2
, I/O 256 points respectively
Device conditions: Only 1 LA-A1AW and 7 LB-A1AW are connected.
Analog sensor 24V Current consumption 50 mA × 8 devices ⑨
Total power supply unit 24V-0V current
consumption used for 1 block above
Mixed-connection of LB-A1AW and LB-A12W is possible to
LA-A1AW. The range of each channel can be mixed.
LB-F1011 cannot be connected.

-L*A1AW 6/12-
[Insulation between Channels]
[Analog Output Connection]
To LP4-WW-10P crimped
transmission line link connector
FK4-125-100
LP4-WR-10P
Master unit
FK2-125-100
Master unit
Analog output device
24V*
IN
0V
24V
IN
0V
Analog output unit
Analog GND
+OUT
Analog output sensor
0V
+OUT
+24V
24V
IN
0V
Pin1
Pin2
Pin3
■Analog side applicable connector
■Analog-side pin arrangement
■Analog-side connection example
Ex.) Mini clamp wire mount plug 37103 - **** - *00 FL
(3M Japan Limited)
Up to
100 mA
DP,DN
24V,0V
LP2-PWH-10P crimped
To transmission line link connector
24V (Green), 0V (White)
tip protection
DP (Red), DN (Black)
When using two-polarity connector, protect the tip so that
24V (green) and 0V (white) are not short-circuited.
LP2-BR-10P
LA-A1AW
DP,DN
LA-A1AW (CH insulated base AMP)
LA-A1AWLB-S24LB-A1AWLB-S24
LB-A1AW (CH insulated extension AMP)
LB-S24 (Power supply unit)
LB-S24 (Power supply unit)
Conguration example)
Block diagram)
Example of supplying power in a batch)
DP DN
IN 0V24V
24V 0V
IN 0V24V
Analog output connectionAnalog output connection
[Transmission Line Connection]
To LP4-WW-10P crimped
transmission line link connector
FK4-125-100
LP4-WR-10P
Local
power
supply
[Base unit
transmission line color]
DP,DN24V,0V
Example that a power supply unit is not used)
Example of local power supply)
To LP4-WW-10P crimped
transmission line link connector
FK4-125-100
LP4-WR-10P
DP,DN24V,0V
Master unit
Master unit
A/D CircuitA/D Circuit
Control
circuit
Control
circuit
Control
circuit
Control
circuit
Control
circuit
Control
circuit
When connecting only the analog input, use it to LA-A1AW and LB-A1AW by
connecting as it is.
When 24V supply is required for the analog output device, connect a dedicated
power supply unit (LB-S24) next to each unit and then perform extension.
When power is supplied to the transmission 24V, 0V, it is output to the analog
input connector after passing through the power supply unit (insulated).
Connect the transmission line of the base unit of the analog input unit to the
transmission line from the master.
The base unit's 24V and 0V are used to supply 24V to the load from the each
CH analog input connector with the power supply unit together.
■Link connector pin layout
1
2
3
4
DN
DP
0V
24V
Black
Red
White
Green
Pin number Details Line color
DP
DN
: Red
: Black
24V
0V
: Green
: White
[Base unit
transmission line color]
DP
DN
: Red
: Black
24V
0V
: Green
: White
[Base unit
transmission line color]
DP
DN
: Red
: Black
24V
0V
: Green
: White
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."
* When supplying power to the sensor side, connect the power supply unit
(LB-S24).

-L*A1AW 7/12-
Set the input specications of the analog.
0-10V
Input
specications 7-segment display LED indication
0
0-5V1
1-5V2
0-20mA3
4-20mA4
V ON
V ON
mA ON
mA ON
V ON
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
0-10V
Variable
0
0-5V1
1-5V2
0-20mA3
4-20mA
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
Variable Average number of moving times
0
Average number of moving times once
0～31 Setting range 0 to 31 (Average of MAX 32 times)
Address/parameter automatic setting (base unit only)
Variable
0
1
2
3
Supply
Extension
Supply
Base
Setting address “0”
“16”
Assignment
Ex.) Parameter 17
In the case of value 1
Before shipment: 0
Before shipment: 0
Before shipment: 0
When setting,
open the protection
cover.
Setting port
Analog port
e-CON (3P)
Red: DP
Black: DN
Transmission
signal
AnyWireASLINK
Master
24V DC*
* Make sure to use a 24V DC stabilized power supply for the power supply to be connected.
Analog input unit
Fig. 1
Setting port
LINK
V
mA
ALM
Input
AnyWire address
Setting address
0 255
16 32 48 63
Ex.) Address correspondence of a quadruple analog input unit
“0” “16” “32” “48”
- Address writer (ARW-04, ARW-03): Parameter 01
- Address writer (ARW-04, ARW-03): Parameter 03
- Address writer (ARW-04, ARW-03): Parameter 17
Address setting
■Address No. setting
Parameter setting
■Input specifications setting
■Setting of average number of moving times
■Address/parameter automatic setting (base unit only)
[Various settings]
■Item
Address setting Parameter setting
■Common procedure for address writer operation
Be sure to connect to the AnyWireASLINK master unit to use.
The operation requires the address writer ARW-03 (Ver.2.10 or
higher) or ARW-04 (Ver.04-1.00 or higher).
Refer to the address writer's Products Guide for details of the
operation method.
1. Connect the AnyWireASLINK slave to the master unit of the
AnyWireASLINK system.
Transmission signal is required to write and read setting items.
Set with the address writer while supplying the transmission signal to the
transmission lines (DP, DN) of the terminal.
2. Setting is required for all AnyWireASLINKs devices.
Open the protection cover of the set analog input unit and direct the
address writer to the setting port of the unit as shown in Fig.1 to set.
(Put the light emitting and receiving surface as close to the setting port as
possible.) Close the cover of the other units which are not set.
When receiving the transmission signal and starting, the unit displays set
input specications for about 3 seconds and then switches them to actual
input value display.
This is the setting of the average number of moving times of analog input.
The average value of the number of setting times +1 is adopted.
When this automatic setting mode becomes available (value 1, 2, 3), the
address or parameter set to the base unit is automatically assigned to
extension units.
They are assigned even when LB-A12W is mixed.
In the "reference shift mode," however, only ON or OFF is reected.
Set renewal of the reference value individually.
This is a function to automatically reect an address and parameter setting
set to the base unit to the extension unit.
An address number is set as a beginning number from which part of the
transmission frame is occupied to the unit.
Set any address number other than "255." The weight is "bit."
The factory address-number setting of the unit is
"255," which means no setting.
In this state, do not perform an address automatic
recognition (refer to the Manual of the master unit).
If the address number setting is "255," the unit
cannot perform an input/output operation.
Make sure to use the terminal after setting the
address number within the range of "0 to 254."
Automatic setting unavailable
Address/Parameter setting to the base unit and extension unit
respectively.
Address automatic setting
Only the address is automatically assigned to extension units
extended from the base unit in series.
Parameter automatic setting
Only the parameter is automatically reected to extension units
extended from the base unit.
Address/parameter automatic setting
The address is automatically assigned to extension units extended
from the base unit in series.
The parameter is automatically reected to extension units extended
from the base unit.
CAUTION

Variable Reference point shift mode
0
Reference point shift mode OFF
Every time 0 is rewritten to 1, a reference point is adjusted to a
device being connected at the time and renewed to a new one.
Reference point shift mode ON
A reference point is xed to a point set with the variable 1 and
conversion operation starts.
2
1
0-10V
Input
specications 7-segment display LED indication
0-5V
1-5V
0-20mA
4-20mA
V ON
LINK
V
mA
ALM
V ON
LINK
V
mA
ALM
V ON
LINK
V
mA
ALM
mA ON
LINK
V
mA
ALM
mA ON
LINK
V
mA
ALM
0V
Reference
point
0V
1V
0mA
4mA
LINK
V
mA
ALM
Ex.) When setting to 4-20 mA specication and operating
Displaying setting
specications
■When using as is
■When using the reference point shift mode
■When releasing the reference point shift mode
Renewing to the offset adjustment value
Operating in the reference point shift mode
Displaying the input
measurement value
(Ex.) During 12 mA
conversion
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
Displaying the input
measurement value
(Ex.) During 12 mA
conversion
LINK
V
mA
ALM
LINK
V
mA
ALM
Operating in the reference point shift mode
Releasing the reference point shift mode
Displaying the input
measurement value
(Ex.) During 12 mA
conversion
LINK
V
mA
ALM
LINK
V
mA
ALM
Displaying the input
measurement value
Alternately displaying
"CHG" and "Pr2"
Parameter 2
Changing 0 to 1
LINK
V
mA
ALM
LINK
V
mA
ALM
Parameter 2
When 1 continues
Parameter 2
Changing to 2
About 3 seconds
About 3 seconds
0.6 second interval
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
LINK
V
mA
ALM
Parameter 2
Changing to 0
LINK
V
mA
ALM
LINK
V
mA
ALM
About 3 seconds
isplaying the input
measurement value
(Ex.) During 12 mA
conversion
LINK
V
mA
ALM
LINK
V
mA
ALM
About 3 seconds
■Display example during operation
-L*A1AW 8/12-
[Data Structure]
Before shipment: 0
■Reference point shift mode
1415
Conversion data (16bit binary data)
Data (one word)
12 0345678910111213
LSBMSB
This is a function to adjust an offset error between the connected analog
output device and this analog input unit.
Shift the reference point by a set reference point adjustment value.
When "address/parameter automatic setting" is used, the extension unit
follows only ON/OFF of the reference shift mode.
Renew the reference point for each unit.
When the value of the parameter 2 is rewritten from 0 to 1, the 7-segment
display in the reference point shift mode indicates input specications set at
the parameter 1.
The average result of 32 times of voltage or current values input at this time
becomes the reference point adjustment value.
For AnyWireLink transmission, "measurement value - reference point
adjustment value" is stored as input data.
When the value of the parameter 2 is renewed to 1, the reference point shift
mode is turned ON.
When receiving the transmission signal and starting, the unit displays set
input specications for about 3 seconds and then switches them to actual
input value display.
Value of Parameter 2
0→1
Displaying the current input specications
(for about 1 second)
Value of Parameter 2
1 remains
Changing to alternate display of "CHG" and "Pr2"
Value of Parameter 2
1→2
Shifting to conversion operation by the reference point
shift and displaying an analog value to be input.
While the value of the parameter 2 is 1, "CHG" and "Pr2" is alternately
displayed for 7-segment display.
- Address writer (ARW-04, ARW-03): Parameter 02
MAX output digital value: -200 to 16200 (FF38Hex* to 3F48Hex)
* The minus values are two's complement notation.
Effective output digital value: 0 to 16000 (0Hex to 3E80Hex)

[Troubleshooting]
■Input abnormality detection
Over the lower limit of
the input value
Display example when the analog port is opened and disconnected
■Input abnormality
0-10V
0-5V
1-5V
0-20mA
4-20mA
: 0.00□(End is undened)
: 0.00□(End is undened)
: Lo _ _
: 0.00□(End is undened)
: Lo _ _
Confirm the input value to use within the specifications range.
LINK
V
mA
ALM
LINK
V
mA
ALM
Over the upper limit of
the input value
LINK
V
mA
ALM
LINK
V
mA
ALM
Repetition
Repetition
：
：
：
：
LINK
V
mA
ALM
■Unit voltage (DP-DN) drop detection
LINK
V
mA
ALM
0.6 seconds
The display is the same for both the base unit and the extension unit.
7-segment display
ALM OFF
In the case of 1-5V, 4-20 mA setting:
Digital data -200 (FF38Hex.)
ALM OFF
Digital data: 16200 (3F48Hex.)
-L*A1AW 9/12-
[Monitor display]
LED display
LINK
V
mA
ALM
7-segment display
LINK
LINK
ALM
Name Indication status
ALM
Details
Normal
Slave unit voltage drop
Transmission error
DPDN disconnection, no power supply
Normal
The master unit detects
"ID duplication or non-setting" of this unit.
At the time of voltage input setting
At the time of current input setting
Flashing
Flashing
Alternate flashing
On
Off
Off
On
On
LINK
ALM
Normal status: LINK Flashing, ALM OFF, V/mA OFF
V
mA
Displays the operation status of this product using the
LEDs.
The display part is common in both the base unit and
extension unit.
A message of an input analog value, input abnormality, transmission
signal voltage drop and reference point shift mode operation is
displayed in the 7-segment display part.
LED Display
LINK ALM Cause Measures
○ ○
Off Off
●
On
○
Off
◎
Flashing
(0.5 seconds
alternately)
◎
Flashing
(0.5 seconds
alternately)
－ ◎
Flashing
(On for
0.2 seconds,
off for
1.0 seconds)
- AnyWireASLINK
transmission signal
is not connected.
- Power supply for
the AnyWireASLINK
system itself is not
turned on.
- The DP-DN line is
directly connected to
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.
- 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.
- 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.
Confirm whether analog output is connected or whether there is
disconnection, etc.
Confirm the input value to use within the specifications range.
Confirm the following issues to eliminate corresponding factors.
- Is the voltage of the 24 DC power supplied to the AnyWireASLINK master is
within the allowable voltage range?
- Is there any looseness or contact failure at the connection part of the main
line or branch line?
- Does the current of the unit or connection load suit system conditions?
Take measures as follows in the following case.
Symptom Measures
Detection cannot be
performed.
Setting cannot be
performed with
ARW-04 and
ARW-03.
Indication Cause Measures
[E-0303]
The set parameter is
incorrect.
Check the parameter correspondence table and set
the correct parameter.
- Is wiring correct?
→Re-conrm the analog port and the connection of the transmission line.
- 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.
When the following errors are indicated on ARW-04, take measures as
shown below.

-L*A1AW 10/12-
[Example of Data Characteristics]
[Internal Circuit]
0 ～5V
1 ～5V
5.0V
16000
16200
1.0V
10.0V
10.125V
5.0625V
5.05V
20.025mA
20.2mA
0
0 ～10V
1=625μV
1=312.5μV
1=250μV
0 ～20mA
20mA
4 ～20mA
4mA 20mA
1=125nA
1=1000nA
24V (Green)
24V (3)
IN (2)
0V (1)
24V (3)
IN (2)
0V (1)
0V (White)
DP (Red)
DN (Black)
Power
supply
Control
circuit
Extension connector
Extension connector
Extension connector
250Ω
※
* ON at the time of current input setting
■LA-A1AW
■LB-A1AW
250Ω
※
* ON at the time of current input setting
Parameter
number Parameter variable
01
Before
shipment: 0
Before
shipment: 0
Before shipment: 0
Before
shipment: 0
0 0 - 10V input
Input
specications
setting
1 0 - 5V input
2 1 - 5V input
3 0 - 20 mA input
4 4 - 20 mA input
Average number of moving times once
Setting range 0 to 31 (Average of MAX 32 times)
03 0
0～31
Average number
of moving times
17
0
Address/
parameter
automatic setting
(base unit only)
1
2
3
02
0
Reference
point shift
mode
2
Item
[Parameters and items]
■LB-S24
Over the
upper limit
value
-200
Under the
lower limit
value
16000
16200
0
Over the
upper limit
value
-200
Under the
lower limit
value
5.0V
16000
16200
16000
16200
0
Over the
upper limit
value
-200
Under the
lower limit
value
0
Over the
upper limit
value
-200
Under the
lower limit
value
16000
16200
0
Over the
upper limit
value
-200
3.8mA
0.95V
-0.2mA
Under the
lower limit
value
Insulation
resistance
100V DC
Insulation
resistance
200V AC
Power
supply
Control
circuit
Control
circuit
Control
circuit
Insulation
resistance
200V AC
-0.0625V
-0.125V
Reference point shift mode OFF
Every time 0 is rewritten to 1, a reference point is
adjusted to a device being connected at the time and
renewed to a new one.
Reference point shift mode ON
A reference point is xed to a point set at the time of
the reference point shift mode OFF and conversion
operation starts.
Automatic setting unavailable
Address/Parameter setting to the base unit and
extension unit respectively.
Address automatic setting
Only the address is automatically assigned to
extension units extended from the base unit in series.
Parameter automatic setting
Only the parameter is automatically reected to
extension units extended from the base unit.
Address/parameter automatic setting
The address is automatically assigned to extension
units extended from the base unit in series.
The parameter is automatically reected to extension
units extended from the base unit.
A/D circuit
A/D circuit

-L*A1AW 11/12-
32
72
36.7
70
10
■LB-A1AW (Extension unit)
14.25
■Individual specications
[Outside Dimensions] Unit: mm
32
72
36.7
70
10
■LA-A1AW (Base unit)
Φ4.1
Φ1.1
Four cores, AWG24
Cable length: 200mm
■Transmission line
Transmission line
(200)
* The length of LB-S24 is also the same.
■Transmission specications
[Specications]
0 - 55°C, 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 *1
1200Vp-p
Resistance to noise
2 or less
Pollution level *2
*1 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.
*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.
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.
512 max. (IN: 256, OUT: 256)
Up to 128 units
Bus type (Multi-drop method, T-branch method, Tree branch method)
Connection mode
Transmission line disconnection, transmission line
short-circuit, transmission power supply reduction
detection ID redundancy, ID not set
LA-A1AW: Input 16 points (Base unit)
LB-A1AW: Input 16 points (Extension unit)
When connecting only LA-A1AW and LB-A1AW
(LA-A1AW: n devices)+(LB-A1AW: m devices)≦16 devices
Number of
occupied points
Number of
connection
devices
20 mA (DP-DN) (Base unit)
20 mA (DP-DN) (Extension unit)
Consumption
current
1CH (Base unit)
1CH (Extension unit)
Number of
analog input CH
0 - 10V, 0 - 5V, 1 - 5V (Input impedance 100kΩ or more)
0 - 20 mA, 4 - 20 mA (Input impedance within 250Ω±5%)
±0.1% (16digit)
Measurement voltage range
Measurement current range
Accuracy
（25℃）
±0.2% (32digit)
（0～55℃）
Input range Digital input value
0-10V
0-5V
0-16000
0-16000
0-16000
0-16000
0-16000
Resolution
625uV
312.5uV
250uV
1250nA
1000nA
Input
characteristics/
Resolution
1-5V
0-20mA
4-20mA
12V, 30 mA
Absolute MAX input
5ms
Response time *3
External supply
current
22 g (Base unit)
17 g (Extension)
Mass
Input abnormality
Input value over
Analog port open, disconnection: Digital value -200, ALM Display OFF
Over the lower limit: Digital value -200, ALM display ON, Lo _ _ display
Over the upper limit: Digital value 16200, ALM display ON, hi __display
*3 Time from detection of ON or OFF to sending of transmission signal.
This time plus the transmission 2 cycle time are transmission delay time.
When connecting the power supply unit (LB-S24) to
each analog input unit Available supply: Between
24V-0V, MAX 100 mA/CH

-L*A1AW 12/12-
[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-13311C-EN