Mitsubishi Electric's programmable controllers
together with Anywire's digital link sensors
realize seamless sensor communication
Digital link sensors
Digital link sensors
C o n n e c t e d . V i s i b l e .
M i t s u b i s h i E l e c t r i c
A n y w i r e r e a l i z e s e a m l e s s
D i g i t a l L i n k S e n s o r
“Higher operation ratio”, “shorter wiring/maintenance hours”, and “space saving” are the three
fundamental concepts of the digital link sensor AnyWireASLINK (AnyWire Actuator Sensor LINK).
AnyWireASLINK enables a programmable controller to centrally monitor all the sensor states to improve
the operation ratio while reducing the wiring and maintenance hours.
AnyWireASLINK also helps to save space in the machine and control system that uses various sensors.
AnyWireASLINK is compatible with iQ Sensor Solution ( ) which is an innovative solution that
realizes TCO reduction.
C o n n e c t e d . V i s i b l e .
t o g e t h e r w i t h
s e n s o r c o m m u n i c a t i o n
A n y W i r e A S L I N K
As a total solution provider, Mitsubishi Electric Corporation
offers a wide range of advanced industrial automation products
and solutions. From enterprise level information systems to
shop floor level field networks, Mitsubishi Electric Corporation
can provide a seamless network that optimizes operations from
development to maintenance.
Mitsubishi Electric Corporation,
a global leader in industrial automation
technology, introduces new
possibilities in sensor technology.
Anywire has consistently stayed one step
ahead when it comes to wire saving in
factories. With its innovative ideas, Anywire
contributes to the factory automation industry.
Starting with the original development of the world's first 'double
duplex' communication chip, Anywire has created new products
such as system sensors that merge sensing with wire-saving
and have realized advanced sensor innovation with
AnyWireASLINK.
Supporting iQ Sensor Solution ( ) to
broaden sensor control possibilities
Sensor
monitoring
Preventive maintenance can prevent
slight stop, etc., by detecting
disconnection of connector sensors and
by visualizing the internal state, by that
contributing to higher operation ratio.
Sensor
setting
read/write
Settings such as the sensor sensitivity
can be set and adjusted from the
programmable controller, by that
contributing to shorter wiring /
maintenance hours and improved
traceability.
Compact
Space saving can be achieved by using
the ASLINKER or ASLINKTERMINAL
and eliminating the relay box.
Directly connecting to the programmable
controller to centrally monitor sensor statuses!
Programmable controller
...P.9
—Simplifying sensor setting and monitoring—
This solution strengthens the
collaboration of the sensor,
programmable controller, display
and engineering environment to
achieve further TCO* reductions
for the user.
*TCO: Total Cost of Ownership
Connecting ! Visualizing ! For a more seamless sensor control ! iQSensorSolution
Sensor amplifier (amplifying
section)
Sensor head (detection
section)
Load side device ASLINKER
ASLINKER Circuit block diagram
Circuit block diagram
Circuit block diagram
Circuit block diagram
General-purpose sensor
General-purpose sensor General-purpose actuator
General-purpose actuator I/O connector
I/O connector
I/O connector ASLINKTERMINAL Connection terminal
ASLINKTERMINAL Connection terminal Transmission
circuit Input I/F
Transmission circuit Input I/F
Input I/F Output I/F
Output I/F I/O connector
ASLINKSENSOR
Input I/F (A/D conversion
section)
Sensor head (optical transmitter section)
Sensor head (optical receiver section)
ASLINKAMP
Refer to the “Sensor Solution iQ Sensor Solution Catalog L(NA)16029ENG” for details.
ASLINKER...P.11
ASLINKTERMINAL...P.12
(compact 8-point terminal)ASLINKAMP...P.13
ASLINKSENSOR...P.14
Transmission circuit
Output I/F Transmission
circuit
Transmission circuit
Transmission circuit
Load side device
Load side device
General-purpose actuator
General-purpose sensor head
Sensor amplifier (amplifying
section)
Sensor amplifier (amplifying
section)
Sensor head (detection
section)
Sensor head (detection
section)
Transmission circuit
Transmission circuit
Sensor amplifier (amplifying
section)
Sensor amplifier (amplifying
section) Input I/F
(A/D conversion section)
Sensor head (detection section)
General-purpose sensor ASLINKTERMINAL
Easily monitor and adjust sensor status and logging
settings
*1in the engineering environment.
Use the GOT at the site to easily monitor and adjust the sensor status and complete the logging settings
*3!
Engineering Environment
GOT Display
Monitor the sensor status
Adjust the setting values
Backup/restore the setting values
Set the output logging
Monitor the sensor status
Adjust the setting values
Backup/restore the setting values
Set the output logging
Easily grasp
the sensor status!
Easily troubleshoot!
Error codes and remedies are
displayed.
The slave module type and ID (address) status can be confirmed.
*3 *1
*3 Future support *1 Future support
To obtain the monitor screen for the adjustment shown above, please contact your local Mitsubishi Electric office or representative. (The monitor adjustment screen for GOT 2000 can be found in the GOT display screen design software MELSOFT GT Works3.) With the GOT2000 Series, sensor setting and monitoring can also be adjusted by using iQSS utility.
Easy
startup
Use the label names
*2!
Simple
programming
The sensor is automatically
detected and added to the
system configuration diagram!
Sensor label names
*2can be imported!
*2 These character strings are displayed instead of the device name, and help to improve the programming efficiency and prevent mistakes when inputting devices.
The input/output
status is clearly
displayed!
The operation status can
be seen clearly! Quickly
grasp the sensor status.
Graphically display
the measured
values.
Detailed information
can be displayed for
each sensor.
FB (Function Blocks) and sample ladders are scheduled to be released.
Please contact your local Mitsubishi Electric office or representative for further details.
GT16 GT15 GT14 GT27 GT25
NEW
G r a p h i c O p e r a t i o n Te r m i n a l
A tool for connecting! Visualizing!
For a more seamless sensor control!
Sensors used on the manufacturing floor are becoming more
intelligent and complex, requiring even more maintenance
of equipment and the overall management of various
configuration setup software. With iQSS, the intelligent
sensor solution provided by Mitsubishi Electric, configuration
and maintenance of sensors are further simplified with
the connectivity to other components such as automation
controllers, HMIs, and engineering software even further
enhanced reducing the overall TCO*.
* Total Cost of Ownership
Refer to the “Sensor Solution iQ Sensor Solution Catalog for details.
L(NA)16029ENG
Connecting ! Visualizing ! For a more seamless sensor control ! iQSensorSolution
Ethernet
GX Works2 Engineering software
MELSEC-L PLC
MELSEC-Q PLC MELSEC-F PLC
GOT2000 HMI Vision sensors Laser displacement
sensors
Laser sensors
Pressure sensors Fiber sensors Pressure sensors
Photoelectric sensors
Proximity sensors Proximity sensors
Easy tuning Easy
startup
Backup/ restore
Easy logging
(TBA)
Easy programming
Sensor monitoring
Dedicated linkup tool
Future release
connects everything
6 6
Duplicating lines
When you reorganize your factory space, the parameters for each
sensor on your existing lines must be individually set. Creating
multiple lines takes time.
Individual setting
！ ！
！
！ ！
！
！ ！
！ ！
！
Replacing sensors
When sensors fail, they don’t just have to be replaced. It is also
necessary to reset the parameters for the new sensor. System
recovery takes time.
Resetting parameters
Sensor setting
Complex sensors require many setting items, increasing setup
and maintenance time.
Setting 01 Setting 02 Setting 03 Setting 04
Setting
Changing the set-up
When you manufacture multiple products on a single line, sensor
parameters have to be changed every time the product changes.
Changing the set-up takes time.
Product A Setting
for A
Product B Setting
for B
Changing settings
Do you have problems to solve at your production site?
Enhanced linkups between third party partner sensors and Mitsubishi
PLCs, HMIs and engineering software reduces customers' TCO.
eliminates the problems of conventional sensor control.
System design
To manage projects simply, we provide a workspace tree that enables projects to be managed in a single location, and a system configuration chart that depicts the entire system graphically.
Programming
The labels used by PLCs can also be used by HMIs and sensors. This takes all the bother out of label setting. GOT sample screen libraries, sample ladders and function blocks, etc. are supported.
System configuration management
Label programming
Implementation
Functions are provided that allow monitoring from a single screen based on the system configuration chart so that the causes of problems can be identified quickly. This also shortens the time taken to adjust sections involving multiple devices.
Operation & maintenance
To make backups less laborious, batch read/write functions are provided for PLC, HMI and sensor settingsMonitoring
Features of AnyWireASLINK
Before AnyWireASLINK
With AnyWireASLINK
Before AnyWireASLINK
Before AnyWireASLINK
With AnyWireASLINK
With AnyWireASLINK
ON (sufficient)
Initial operation
After a
while
Sufficient lightis received for stable operation
Less light is received because of dust and contamination, etc.
Input terminal
Relay box
Transmission line
General-purpose
sensor (proximity)
General-purpose
cylinder
sensor
General-purpose
sensor (proximity)
General-purpose
cylinder sensor
Pressure
welding
branch
Transmission
line
1. Preventive maintenance – preventing intermittent stops
AnyWireASLINK enables a programmable controller to monitor and save the sensor information and to
change the parameters. Perform preventive maintenance to prevent intermittent stops.
2. Reduce adjustment hours, improve traceability
Adjusting the detection level of multiple sensors and recording the sensor values takes a lot of time.
AnyWireASLINK enables a personal computer or GOT to set detection levels and to save setting values
at once. AnyWireASLINK also provides traceability in sensor systems.
3. Eliminate relay boxes (space saving)
AnyWireASLINK is equipped with miniature relay connector-size terminals, which are capable of branching off
in pairs. Depending on the installation environment, it is possible to eliminate the relay box and downsize the
system.
Initial operation
Changes in the
incoming light amount
After operating for a while
Intermittent stop occurs!
No relay box!
Prevent intermittentstops with preventive maintenance!
• Perform maintenance in advance by checking the incoming light amount.
• Change the ON/OFF sensitivity to keep operating until the maintenance.
Status monitor
Parameter change
ON (caution)
OFF (insufficient)
Each sensor must be adjusted one by one.
Multiple sensors can be set in a batch.
Setting values are saved automatically.
Adjustment
takes many hours
Recording the
setting values
takes many hours
Setting value write
Setting value save
ASLINKER
Miniature!
Relay connector-size terminal.
Storable in the cable conduit.
Securely placed with the
dedicated adaptor.
ASLINKER ASLINK TERMINAL
ASLINKER ASLINK TERMINAL
ASLINKER ASLINK TERMINAL
ASLINK AMP
ASLINK SENSOR
ASLINK SENSOR
ASLINK SENSOR ASLINK
AMP
If a sensor cable is disconnected in a system where
a programmable controller is connected with
multiple sensors, the disconnected location had to
be traced from the contact signals with thorough
check on every cable.
A sensor cable disconnection is reported together with the
connected device’s ID (address), enabling quick identification of
the disconnection location.
Before AnyWireASLINK
With AnyWireASLINK
4. Sensor cable disconnection detection (error recovery support)
In AnyWireASLINK, disconnected sensor cables are quickly detected and reported to a programmable controller. If an input error
occurs due to a cable disconnection, the cause and faulty place are pinpointed immediately, supporting early recovery of the system.
5. RAS function*
2
In addition to the features above, AnyWireASLINK is equipped with RAS functions for basic transmission.
Transmission errors can be monitored with a programmable controller.
ON OFF
ON ON
No.0 No.1 No.2 No.3
OFF
OFF
OFF
ON
No.1 No.0 No.1 No.0
Input error!
Information reported
Disconnection to a
connected sensor detected!
Error! Point: Address 1
Type: ASLINKER
Status: IO Cable breakage
Use with GOT to
quickly identify the
error point
*1 When 2-wire type sensors are connected.
*2 This function contributes to improving the system’s Reliability, Availability and Serviceability.
ASLINK SENSOR
ASLINK SENSOR ASLINKER*1 ASLINK
TERMINAL ASLINK
AMP
ASLINKER ASLINK TERMINAL
ASLINK AMP
B287SB-02U-C
C-1
LINKIN0IN1ALM
IN0IN1
B287PB-02U-C
C-1
LINKOUT0 OUT1ALM
OUT0OUT1
ID (address)
duplicated!
Duplicated ID, unset ID detection
If an AnyWireASLINK master module finds a connected
machine assigned with duplicated IDs (addresses), the
master module reports an error to support ID (address)
mis-setting checks.
24 V DC
voltage drop!
Programmable controller AnyWireASLINK master module
Transmission circuit power drop detection
The AnyWireASLINK master module can detect a voltage
drop in the transmission circuit power (24 V DC) supplied
from an external source.
Transmission cable short-circuit detection
If the transmission cable is short-circuited, AnyWireASLINK
master module detects it and stops data transmission,
indicating a short-circuit occurrence on the transmission line.
Metal piece
(cutting chip,
cable, etc.)
Transmission cable disconnection detection
If a transmission cable is disconnected, the AnyWireASLINK
master module detects which module is disconnected,
narrowing down the cable disconnection location.
B28
7SB
-02U-C
C-1
LINKIN0IN1ALM
IN
0
IN
1
B287
PB
-02U-C
C-1
LINKOUT0OU T1ALM
OU
T0
OUT1
Cable
disconnected!
Cable
disconnection
AnyWireASLINK series
MELSEC-Q AnyWireASLINK master module QJ51AW12AL MELSEC-L AnyWireASLINK master module LJ51AW12AL MELSEC-F AnyWireASLINK master block FX3U-128ASL-M CC-Link−
AnyWireASLINK bridge module NZ2AW1C2AL CC-Link IE Field−AnyWireASLINK bridge module NZ2AW1GFAL
Overall length
Max. 200 m
2-wire (or 4-wire
(2 transmission wires 2 power wires)
)
Flexible topology
Transmission clock
27.0 kHz
Max.
512
points*1AnyWireASLINK master
modules connect sensor I/O to
programmable controllers.
A master module controls up
to 512 I/O points*
1with freely
arranged miniature sensors.
The power for sensors is
input from AnyWireASLINK
transmission line (2-wire),
allowing sensors to be easily
added.
Disconnected sensor detection,
slave module setting, and
many other setup features can
all be found in the engineering
software GX Works2. With
this integrated software, the
engineering hours will be
drastically reduced.
*1 MELSEC-F Series has 128 points.AnyWire SET LJ51AW12BY RUN LINK SET ALM
24V 0V DP DN LG
2 1 2 1 2 1 2 1 2 1
LINK01 LINK01
2 1
2 1
2 1
2 1
2 1 2 1
2 1
2 1
AnyWire SET LJ51AW12BY RUN LINK SET ALM
24V 0V DP DN LG 3M
4 3 2 1
B287PB-01U-CC-1 LINKOUT0ALM
OUT0
3M
4 3 2 1
B287PB-01U-CC-1 LINKIN0OUT0ALM IN0OUT0 B287SB-01U-CC-1 LINKIN0ALM IN0 3M
4 3 2 1
3M 4 3 2 1 3M 4 3 2 1
3M
4 3 2 1
3M 4 3 2 1
3M
4 3 2 1
B287PB-01U-C C-1 LINKOUT0ALM OUT0 B287SB-01U-CC-1 LINKIN0ALM IN0 3M
4 3 2 1
3M
4 3 2 1
3M
4 3 2 1
3M 4 3 2 1 3M 4 3 2 1
2 1
Basic configuration
Either the 2-wire type or 4-wire slave module can be selected according to the load current for AnyWireASLINK.
In addition to the 2-wire type, a 4-wire type can also be used by supplying the local power.
2-wire type
If the load current is low, 2-wire type
(non-insulated) slave devices can be used without
an external power supply.
4-wire type
The 4-wire type (insulated) slave devices require an external
24 V DC power supply to satisfy large load current
applications, for example.
Configuration with 2-wire/4-wire type (with local power feed)
Configuration with 2-wire type (with no local power feed)
Using with multiple amplifiers (master + slaves)
General-purpose head (photoelectric, fiber)
Connect only 2 wires
Connect only 2 wires
General-purpose head (photoelectric, fiber)
ASLINKER (cable type)
4-wire type (insulated) ASLINKER
(cable type)
ASLINKER (M12 connector type)
2-wire type (non-insulated) 2-wire type (non-insulated)
24 V DC
Dedicated flat cable (2-wire) ASLINKAMP ASLINKSENSOR Address writer Address writer
Terminator (for transmission line) LP connector (2P)
Photoelectric sensor (transmission type)
Proximity sensor Using with one amplifier (only master)
Using with multiple amplifiers (master + slaves) General-purpose head (photoelectric, fiber) General-purpose head (photoelectric, fiber)
24 V DC
Dedicated flat cable (2-wire)
Dedicated flat cable (4-wire)
2-wire type (non-insulated)
ASLINKTERMINAL
LP connector (4P)
24 V DC
Compact 8-point terminal
ASLINKER (cable type)
Connection terminal (e-CON) Connection cable
4-wire type (insulated)
4-wire type (insulated) 2-wire type (non-insulated)
Local power supply
Using with one amplifier (only master)
ASLINKER (cable type)
4-wire type (insulated)
Photo-interrupter
Terminator (for transmission line) AnyWireASLINK master module
Programmable
controller Programmablecontroller AnyWireASLINK master module
ASLINKAMP
2-wire type (non-insulated)
ASLINKMONITOR
ASLINKMONITOR
ASLINKAMP
10 10
MELSEC-Q/MELSEC-L/MELSEC-F Series AnyWireASLINK Master Module Performance
Item QJ51AW12AL LJ51AW12AL FX3U-128ASL-M
Number of connected I/O points Max. 512 points (256 input points/256 output points) Max. 128 points (128 input points/128 output points) Number of connected modules Max. 128 modules (varies according to each slave module’s current consumption)
Maximum transmission distance (overall length)*1 200 m*2
Transmission method DC power superimposed total frame cyclic method
Connection style Bus type (multi-drop method, T-branch method, tree branch method)
Transmission protocol Dedicated protocol (AnyWireASLINK)
Error control Checksum, double verification method
Transmission clock 27.0 kHz
RAS function Transmission cable disconnection detection function, transmission cable short-circuit detection function, transmission cable power drop detection function
Transmission cable (DP, DN)
* UL compatible universal 2-wire cable (VCTF, VCT 1.25 mm2, 0.75 mm2, rated temperature 70°C or more)
* UL compatible universal cable (1.25 mm2, 0.75 mm2, rated temperature 70°C or more)
* Dedicated flat cable (1.25 mm2, 0.75 mm2, rated temperature 90°C)
Power cable (24 V, 0 V)*1
* UL compatible universal 2-wire cable (VCTF, VCT 0.75 mm2...2.0 mm2, rated temperature 70°C or more)
* UL compatible universal cable (0.75 mm2...2.0 mm2, rated temperature 70°C or more)
* Dedicated flat cable (1.25 mm2, 0.75 mm2, rated temperature 90°C)
Transmission cable supply current*1 Using 1.25 mm2 cable: Max. 2A
Using 0.75 mm2 cable: Max. 1A
Number of EEPROM write times Max. 100,000 times
Power supply
External power supply
Voltage: 21.6...27.6 V DC (24 V DC -10...+15%), ripple voltage 0.5Vp-p or less Recommended voltage: 26.4 V DC (24 V DC +10%)
Module current consumption: 0.1A Transmission cable current supply: Max. 2A*1
Internal current consumption (5 V DC)
Voltage: 5 V DC±5% Current consumption: Max. 0.2A
Voltage: 5 V DC±5% Current consumption: Max. 0.13A
Number of occupied input/output points 32 points (I/O assignment: 32 points for intelli.) 8 points
External dimensions 98.0 mm(H)× 27.4 mm(W)×100.0 mm(D) 90.0 mm(H)× 28.5 mm(W)×104.5 mm(D) 90.0 mm(H)× 43.0 mm(W)×95.5 mm(D)
Weight 0.2 kg
*1: Refer to the following table for the relation of the overall length, transmission cable (DP, DN) wire diameter and transmission cable current supply. In some slave modules with cables, the wire diameter of the transmission cable (DP, DN) integrated with the module may be 0.75 mm2 or less.
There is no problem if the transmission cable (DP, DN) is as shown below.
Transmission cable (DP, DN) diameter
Transmission cable supply current value
Overall length 50 m or less Overall length 50 m...100 m Overall length 100 m...200 m
1.25 mm2 MAX 2A MAX 1A MAX 0.5A
0.75 mm2 MAX 1.2A MAX 0.6A MAX 0.3A
*2: With the slave module having an integrated transmission cable (DP, DN) and module, the length of the transmission cable (DP, DN) is included in the overall length.
CC-Link-AnyWireASLINK Bridge Module Performance
Item NZ2AW1C2AL
AnyWireASLINK performance Same as MELSEC-Q/MESELC-L Series AnyWireASLINK master module
CC-Link performance CC-Link Ver. 2.0 remote device station
Power supply External power supply
Voltage: 21.6...27.6 V DC (24 V DC -10...+15%), ripple voltage 0.5 Vp-p or less Recommended voltage: 26.4 V DC (24 V DC +10%)
Module current consumption: 0.2A Transmission cable supply current: 2A MAX.*1
External dimensions 96 mm(H)× 43 mm(W)× 102 mm(D)
Weight 0.2 kg
CC-Link IE Field-AnyWireASLINK Bridge Module Performance
Item NZ2AW1GFAL
AnyWireASLINK performance Same as MELSEC-Q/MESELC-L Series AnyWireASLINK master module
CC-Link IE Field performance Intelligent device station
Power supply External power supply
Voltage: 21.6...27.6 V DC (24 V DC -10...+15%), ripple voltage 0.5 Vp-p or less Recommended voltage: 26.4 V DC (24 V DC +10%)
Module current consumption: 0.3A Transmission cable supply current: 2A MAX.*1
External dimensions 96 mm(H)× 43 mm(W)× 102 mm(D)
Weight 0.2 kg
Communication Performance (Transmission Cycle Time*
3)
Number of transmissionI/O point setting
64 points (32 input points, 32 output points)
128 points (64 input points, 64 output points)
256 points*4 (128 input points, 128 output points)
512 points*4 (256 input points, 256 output points)
1 transmission cycle time 2.3 ms 3.5 ms 5.9 ms 10.6 ms
Cable type
ASLINKER directly connects a general-purpose sensor (input) or actuator
(output) to the AnyWireASLINK transmission line.
ASLINKER is a compact terminal with 2 I/O points and a wide range of
diag-nostic features including the cable disconnection detection.
* Use ASLINKTERMINAL if multiple input/output points are required.
M12 connector type
By using ASLINKER …
Conveyor line application
• The sensor wiring was congested in the relay box
making it difficult to add or remove sensors.
• Even if the sensor cable was cut off by an interfering workpiece,
it was not visible and was difficult to perform maintenance.
• The box housing relay terminals were installed onto a side
surface, deforming the layout and interfering passage of workers.
• Wires had to be housed in a relay box to be protected from
conveyor-cleaning water splashes, and those relay boxes were taking up space.
✓
Compact ASLINKERs can be dispersed and connected
to each sensor, making it easy to add or remove sensors.
✓
ASLINKER is equipped with a function that monitors
each sensor for disconnection. This function makes
the system operating state more visible and minimizes
the system downtime.
✓
Compact ASLINKERs can be dispersedly installed with
sensors, eliminating the need of relay boxes.
✓
The drip-proof ASLINKER (M12 connector type) allows
easy expansion without a relay box.
AnyWireASLINK technology
has been brought to a
general-purpose sensor
Being as small as a relay connector,
ASLINKER can be stored in a cable
conduit and easily bundled with the
cables. The relay box, required
previously, can be eliminated.
By supporting the existing
sensors and switches,
ASLINKER possibly
saves wiring space.
Use of
general-purpose sensor
ASLINKER is equipped with
sensor disconnection
detection, which
discriminants a cable
disconnection from a sensor
OFF state. Error locations
can be easily found, and the
downtime can be minimized.
* When 2-wire type sensors are connected.
Use of
general-purpose sensor
Number of I/O points: 2 points
Before ASLINKER
With ASLINKER
Relay box
Smartly wired
ASLINKER
(M12 connector type (drip-proof)) ASLINKER (cable type)
General-purpose cable
Transmission
circuit Input I/F
Circuit block diagram
General-purpose sensor connection type, actuator connection type
12 12
ASLINKTERMINAL directly connects a general-purpose sensor (input) or actuator (output) to the AnyWireASLINK
transmission line. In a system with many I/O devices, wiring is compactly arranged with ASLINKTERMINAL.
* Use ASLINKER when preventive maintenance by the cable disconnection detection function is necessary.
Basic device configuration (Figure shows an example with inputs.)
By using ASLINKER …
While the semiconductor manufacturing system needs to be compact, it requires many sensors so it is essential to
efficiently arrange the bundles of sensor cables in the system.
ASLINKTERMINAL is compact, and multiple sensor cables can be easily connected using e-CON, etc. Wiring
hours and space can be reduced, allowing downsizing and a shorter system delivery.
Even if the sensors are congested on the user-made board, these can be directly connected with
ASLINK-TERMINAL (compact 8-point terminal). The user-made board can be used just by configurating a connection cable.
Semi-conductor manufacturing system application
Device configuration
Compact 8-point terminal
Compact 8-point input terminal
Connection cable
Connection terminal
Basic device configuration (Figure shows an example with inputs.)
NEW
Connection terminal
Small terminal block type terminal
Compact 8-point terminal
User-made board
Compact size that fits into wiring
conduit. Adaptors for attaching
onto a frame are also available.
This terminal can be used
without a relay box.
Sensor Sensor
Sensor Sensor
Sensor
Sensor Sensor Sensor
Even in spaces crowded with
mechanical structures and
a concentration of
sensors, a link can
be established with
a compound wiring
board. This helps
to save space.
Connection terminal
Link with a pressure welded
connector such as e-CON at the
frame on the bottom of the system,
etc. This helps to
reduce wiring
hours.
e-CON
I/O
0V
NC
24V
Sensor
Sensor
Sensor Sensor
Sensor
General-purpose sensor
ASLINKTERMINAL
Sensor amplifier
(amplifying section) Sensor head(detecting section)
General-purpose sensor
Sensor amplifier(amplifying section) Sensor head(detecting section)
Transmission circuit Input I/F
Circuit block diagram
Connection terminal
(I/O connection section) Circuit block diagram
Parallel 8-point input
General-purpose sensor connected type, actuator connected type
1234567
Number of I/O points: 8 points or 16 points
1234567
Transmission circuit Input I/F
Circuit block diagram
Connection terminal
Being equipped with sensor amplifies, ASLINKAMP connects general-purpose
sensor heads to the AnyWireASLINK transmission line. A variety of sensor
heads provide "visualization", "preventative maintenance", "intelligence" and
other added values.
Sensor head separated type
ASLINKAMP master module
ASLINKAMP slave module
ASLINKAMP master module
ASLINKAMP slave module connected to ASLINKAMP master module.
✓
Through ASLINKAMP, which supports sensitivity
setting changes, a single programmable controller can
connect with different sensors and set/change the
sensitivity for each.
✓
ASLINKAMP, which operates by time sharing, does not
require communication interference measures for sensors.
✓
The setting values can be read from the programmable controller,
so the sensitivity check and control can be easily automated.
• A conveyor line for products with different transparencies
needed several sensors for each transparency.
Installa-tion and operaInstalla-tion of multiple sensors were difficult.
• Multiple sensors meant an increased possibility of sensor
interferences, which were hard to avoid.
• A multiple of photoelectric sensors, which require complicated setting
value control and adjustment, were required, reducing no cost.
By using ASLINKAMP …
Setting the sensitivity of a plastic container conveyor
The sensitivity can be set
automatically according
to the workpiece
No need for interference measures
Sensitivity setting
Sensitivity check
Example of sensitivity setting application for plastic container detection
Optical receiver side Optical transmitter side
1
1
1
2
2
The previously required shield
plate is not needed!
AnyWire SET LJ51AW12BY RUN LINK SET ALM
24V 0V DP DN LG
1 is transmitting
The transmission and reception are synchronized and operate sequentially, so there’s no need to separate the optical receiver side with a shield plate.
2 is transmitting
Detection
operation
General-purpose photoelectric head
AnyWireASLINK functionalities are brought into sensor amplifiers.
General-purpose fiber, photoelectric, and proximity heads are directly
connectable.
Fiber head amplifier
Photoelectric head amplifier
Anywire fiber head General-purpose fiber head
Transmission
circuit (A/D conversion section)Input I/F Sensor amplifier(amplifying section)
Circuit block diagram
* General-purpose head may be compatible depending on the conditions.
General-purpose proximity head
Proximity head amplifier
Number of input points: 1 point for master, 1 point for slave
14 14
ASLINKSENSORs (photoelectric, proximity, photo interrupter, etc.) can be directly connected to the
AnyWireAS-LINK transmission line. ASAnyWireAS-LINKSENSORs, which incorporate a part of transmission lines, take up minimum
space and provide "visualization", "preventative maintenance", "intelligence" and other added values.
✓
A drop in sensitivity is monitored
with the programmable controller.
Perform maintenance, or change
the sensitivity to avoid
mis-detection until the
maintenance.
By using ASLINKSENSOR …
Sensing level
Threshold
OFF
ON Caution Sufficient
Sufficient
Sensing level Threshold
OFF
ON Caution Sufficient
Sufficient
Start of operation
After a while
Metal chips and oil adherence ASLINK
proximity sensor
The sensitivity level is stable when there is no object to detect (OFF).
Number of I/O points: 1 point
ASLINK proximity sensor
NEW NEW
It can be a lot of work to pinpoint the cause and place of mis-detection caused by
contamina-tion on the sensor’s deteccontamina-tion surface. ASLINKSENSOR enables a programmable controller to
monitor such sensing states. Minimize or eliminate system downtime caused by mis-detection.
• A metal-sheet-transferring robot is equipped with a proximity sensor, which detects workpieces.
The sensor's sensitivity drops over time as it becomes contaminated with metal chips, oil, and dust.
If the detection surface is contaminated with metal chips, the sensing level gets close to ON even when there is no object to detect (OFF).
Photo interrupter
Proximity sensor
Photoelectric sensor
(regression reflection type)
Photoelectric sensor
(diffuse reflection type)
Photoelectric sensor
(transmission type)
ASLINKSENSOR
Measures to prevent mis-detection caused by contaminated detection surface
Optical signals are used for the detector signals between the U-shaped section.
M5 port (Internal-thread) Cylinder sensor
Cylinder sensor
Magnetic induction signals are used for the detector signals.
Cylinder sensor
Pressure sensor
Optical signals are used between the optical transmitter element and optical receiver element.
Optical
receiver side transmitter sideOptical
Reflection plate
Reflective object
Circuit block diagram Transmission
circuit (A/D conversion section)Input I/F (amplifying section)Sensor amplifier
Sensor head (optical transmitter and receiver sections) Circuit block diagram
Transmission
circuit (A/D conversion section)Input I/F (amplifying section)Sensor amplifier Sensor head(coil) Circuit block diagram
Transmission
circuit (A/D conversion section)Input I/F (amplifying section)Sensor amplifier (optical receiver section)Sensor head Circuit block diagram
Light emission
circuit Transmission
circuit
Circuit block diagram Transmission
circuit (A/D conversion section)Input I/F (amplifying section)Sensor amplifier Sensor head (optical transmitter and receiver sections)
Proximity sensor Photoelectric sensor
Photo interrupter
Cylinder type (Cylinder is not attached)
■
System configuration example
■
DLV30/45/70-ASL series
Overview
Delvo is the electric screwdrivers connectable to MELSEC-Q/L/F Series via
wire-saving AnyWireASLINK.
• Electric screwdriver equipped with LED.
LED colors are switchable in 7 colors including blue, green, and red via
AnyWireASLINK to prevent driver selection errors.
• POKAYOKE Terminals can also be used via AnyWireASLINK for screw
selection. With the improved working environment, a significant drop in
screw tightening mistakes can be expected.
• Cable disconnection detection between the programmable controller and
the driver.
• DLV7000/7100/7200/8000/8100/8200 series are also supported.
Electric screwdriver
Mitsubishi graphic operation terminal
GOT1000/GOT2000 seriesMitsubishi programmable controller
MELSEC-Q/L/F seriesDoor opening/closing type POKAYOKE Terminal
Lamp
Buzzer
Power supply 24 V DC
Power supply 100 V AC
I/O signals for electric drivers
Signal
Signal
ASLINKER (output)
ASLINKER (output) Signal + 24 V DC
100 V AC 100 V AC 100 V AC
AnyWireASLINK master module
Terminator for AnyWireASLINK (BT0)
NEW
NITTO KHOKI Head Office
9-4, Nakaikegami 2-chome, Ohta-ku, Tokyo 146-8555 Japan
Phone: +81-3-3755-1111 Fax: +81-3-3753-8791 E-mail: [email protected] URL: www.nitto-kohki.co.jp/e
Screw box No. 1
Screw box No. 2
Screw box No. 3
Cylinder sensor
2 1
Pressure sensor
2 1
2 1
3M
4 3 2 1
B287PB-01U-C
C-1
LINKIN0OUT0ALM
IN0OUT0
3M
4 3 2 1
B287PB-01U-C
C-1
LINKOUT0ALM
OUT0
3M
4 3 2 1
B287PB-01U-C
C-1
LINKOUT0ALM
OUT0
3M
4 3 2 1
2 1
2 1
3M 4 3 2 1
3M 4 3 2 1 3M 4 3 2 1 3M 4 3 2 1
3M
4 3 2 1
3M 4 3 2 1
3M
4 3 2 1
3M 4 3 2 1
3M
4 3 2 1
3M 4 3 2 1
3M
4 3 2 1 4 3 2 13M 4 3 2 13M
3M
4 3 2 1 4 3 2 13M
3M 4 3 2 1
2 1
2 1
2 1
2 1
2 1
2 1
2 1
2 1
2 1 2 1
LINK01 LINK01 LINK01 B287SB-02U-C C-1 LINKIN0IN1ALM IN0IN1 B287SB-02U-C C-1 LINKIN0IN1ALM IN0IN1 B287SB-02U-C C-1 LINKIN0IN1ALM IN0IN1
General-purpose sensor, LED, etc.
Manifold electric valve, etc.
3M
4 3 2 1
CC-Link IE Field - AnyWireASLINK bridge module 100-200VAC INPUT POWER AnyWire SET LJ51AW12BY RUN LINK SET ALM
24V 0V DP DN LG POWER LINK SET ALM
Integrated small 8-point terminal
3M 4 3 2 1
3M
4 3 2 1
Manifold driver
3M 4 3 2 1
3M
4 3 2 1
Relay terminal
3M 4 3 2 1
3M
4 3 2 1
Small terminal block type terminal
3M 4 3 2 1
3M
4 3 2 1
2 1
×
Configuration of AnyWireASLINK devices
General-purpose output device General-purpose sensor General-purpose sensor General-purpose output device Proximity sensor M12
M8 M18 M30
Input compact 8-point terminal
Connection terminal (e-CON) Connection cable
Connection terminal (JST)
General-purpose sensor, LED, etc.
Connection terminal (Molex) LP connector (4P) LP connector (4P) LP connector (4P) LP connector (4P) LP connector (4P) LP connector (4P) LP connector (4P) LP connector (4P) LP connector (4P) LP connector (4P) LP connector (4P)
LP connector (2P)
LP connector (2P) Output compact 8-point terminal Mixed compact 8-point terminal
* Connecting only two wires
ASLINKSENSOR (2-wire type)
Photoelectric sensor
(transmission type) Photoelectric sensor(regression reflection type) Reflection plate
Photoelectric sensor
(diffuse reflection type) Photo interrupter Reflective object
Coupled Coupled
Fiber type Photoelectric type General-purpose photoelectric head Proximity type Anywire fiber head
General-purpose
fiber head General-purpose proximity head
M12 connector type
Cable type Cable type
Input Mixed Output Input Mixed Output Input Mixed Output
Terminator (for transmission line)
ASLINKTERMINAL (4-wire type)
ASLINKAMP (2-wire type)
ASLINKER (2-wire type) ASLINKER (4-wire type)
ASLINKMONITOR (2-wire type)
To connect only DP/DN and branch * Connecting only two wires
CC-Link - AnyWire ASLINK bridge module
MELSEC-F Series
MELSEC-Q SeriesProgrammable controller MELSEC-L Series Address writer
* Connecting only two wires * Connecting only two wires
* Connecting only two wires
General-purpose output device General-purpose output device General-purpose sensor General-purpose sensor General-purpose output device General-purpose output device General-purpose sensor General-purpose sensor 16 16
■
■
List of function by AnyWireASLINK model
Model Specifications Example of
connection target
Function
Improved operation rate Reduced man-hours Space saving
Wire disconnection
detection*1 Sensor monitor RAS function
Sensor setting
value read/write Compact Drip-proof
ASLINKER
2-point input/
output cable type General-purpose sensor, switch, general-purpose output device ● — ● — ● — 2-point input/ output M12 connector type ● — ● — ● ●
ASLINKTERMINAL 8-point input/output — — ● — ● —
ASLINKAMP
1-point sensor input
General-purpose fiber head, general-purpose photoelectric head,
general-purpose proximity head ● ● Sensitivity,●
threshold, etc.
● —
ASLINKSENSOR - (sensor built-into body)
Proximity sensors ●
■
Product List
Mitsubishi Electric Corporation products
Product name Model Outline Standard/mark
UL CE KC
AnyWireASLINK master module QJ51AW12AL AnyWireASLINK system compatible master module for MELSEC-Q Series ● ● ● LJ51AW12AL AnyWireASLINK system compatible master module for MELSEC-L Series ● ● ●
AnyWireASLINK master block FX3U-128ASL-M AnyWireASLINK system master block for MELSEC-F SeriesFor FX3U/FX3G Series (FX3S Series is not supported) ● ● —
CC-Link IE Field-AnyWireASLINK bridge module NZ2AW1GFAL CC-Link IE Field-AnyWireASLINK bridge module ● ● ●
CC-Link - AnyWireASLINK bridge module NZ2AW1C2AL CC-Link - AnyWireASLINK bridge module CC-Link Ver. 2.0 compatible ● ● ●
* Please contact your local Mitsubishi representative for details.
Anywire Corporation products
Product name Model Outline
Supported configuration Standard/mark 2-wire type
(non-insulated) 4-wire type (insulated)UL CE KC
ASLINKER
Cable type
B281SB-02U-CC20 2 input points, DC input, NPN method, rated input voltage/current, 24 V DC/3.5 mA/point ● — ● ● ●
B281SB-02US-CC20 2 input points, DC input, PNP method, rated input voltage/current, 24 V DC/3.5 mA/point ● — ● — —
B281XB-02U-CC20 1 input point 1 output point, DC input/Tr output, NPN method,rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 100 mA/common ● — ● ● ●
B281XB-02US-CC20 1 input point 1 output point, DC input/Tr output, PNP method,rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 100 mA/common ● — ● — — B281PB-02U-CC20 2 output points, Tr output, NPN method, rated output voltage/current, 24 V DC/100 mA/point, 100 mA/common ● — ● ● ●
B281PB-02US-CC20 2 output points, Tr output, PNP method, rated output voltage/current, 24 V DC/100 mA/point, 100 mA/common ● — ● — — BL287SB-02F-CC20 2 input points, DC input, NPN method, rated input voltage/current, 24 V DC/3.5 mA/point — ● ● ● ●
BL287SB-02FS-CC20 2 input points, DC input, PNP method, rated input voltage/current, 24 V DC/3.5 mA/point — ● ● — —
BL287XB-02F-CC20 1 input point 1 output point, DC input/Tr output, NPN method,rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 100 mA/common — ● ● ● ●
BL287XB-02FS-CC201 input point 1 output point, DC input/Tr output, PNP method,rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 100 mA/common — ● ● — —
BL287PB-02F-CC20 2 output points, Tr output, NPN method, rated output voltage/current, 24 V DC/100 mA/point, 200 mA/common — ● ● ● ●
BL287PB-02FS-CC20 2 output points, Tr output, PNP method, rated output voltage/current, 24 V DC/100 mA/point, 200 mA/common — ● ● — —
M12 connector type
B280SB-02U-C1220 2 input points, DC input, NPN method, rated input voltage/current, 24 V DC/3.5 mA/point ● — — ● ●
B280SB-02US-C1220 2 input points, DC input, PNP method, rated input voltage/current, 24 V DC/3.5 mA/point ● — — — —
B280XB-02U-C1220 1 input point 1 output point, DC input/Tr output, NPN method,rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 100 mA/common ● — — ● ●
B280XB-02US-C1220 1 input point 1 output point, DC input/Tr output, PNP method,rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 100 mA/common ● — — — —
B280PB-02U-C1220 2 output points, Tr output, NPN method, rated output voltage/current, 24 V DC/100 mA/point, 100 mA/common ● — — ● ●
B280PB-02US-C1220 2 output points, Tr output, PNP method, rated output voltage/current, 24 V DC/100 mA/point, 100 mA/common ● — — — — Cable type
adaptor
ADP-81 2-wire type ASLINKER cable type mounting dedicated adaptor (incl. 4 adaptors) ● — — — — ADP-87 4-wire type ASLINKER cable type mounting dedicated adaptor (incl. 4 sets) — ● — — —
ASLINK TERMINAL
Compact 8-point terminal
BL296SB-08F-20 8 input points, DC input, NPN method, rated input voltage/current, 24 V DC/3.5 mA/point — ● ● ● ●
BL296SB-08FS-20 8 input points, DC input, PNP method, rated input voltage/current, 24 V DC/3.5 mA/point — ● ● — —
BL296XB-08F-20 4 input points 4 output points, DC input/Tr output, NPN method, rated input voltage/current, 24 V DC/3.5 mA/point, rated output voltage/current, 24 V DC/100 mA/point, 400 mA/common — ● ● ● ●
BL296XB-08FS-20 4 input points 4 output points, DC input/Tr output, PNP method, rated input voltage/current, 24 V DC/3.5 mA/point, rated output voltage/current, 24 V DC/100 mA/point, 400 mA/common — ● ● — — BL296PB-08F-20 8 output points, Tr output, NPN method, rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● ● ● ●
BL296PB-08FS-20 8 output points, Tr output, PNP method, rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● ● — —
Connection cable
BL296-08-CN20 Common, cable length: 0.2 m — —
BL296-08-CN50 Common, cable length: 0.5 m — —
BL296-08-CN1K Common, cable length: 1 m — —
Connection terminal (e-CON)
BL296S-08-4 For input, 8 points — — — — —
BL296X-08-4 For input/output, 4 input points 4 output points — — — — —
BL296P-08-4 For output, 8 points — — — — —
Connection terminal (JST)
BL296S-08-9 For input, 8 points, attached connector (JST XH Series) — — — — —
BL296X-08-9 For input/output, 4 input points 4 output points, attached connector (JST XH Series) — — — — —
BL296P-08-9 For output, 8 points, attached connector (JST XH Series) — — — — —
Connection terminal (Molex)
BL296S-08-10 For input, 8 points, attached connector (MOLEX 5045 Series) — — — — —
BL296X-08-10 For input/output, 4 input points 4 output points, attached connector (MOLEX 5045 Series) — — — — —
BL296P-08-10 For output, 8 points, attached connector (MOLEX 5045 Series) — — — — —
EP connector (for connection terminal e-CON)
EP4-RE-8P For wire diameter 0.14 sq...0.2 sq, sheath outer diameter f0.8...1.0 mm (red) — — — — —
EP4-YE-8P For wire diameter 0.14 sq...0.2 sq, sheath outer diameter f1.0...1.2 mm (yellow) — — — — — EP4-OR-8P For wire diameter 0.14 sq...0.2 sq, sheath outer diameter f1.2...1.6 mm (orange) — — — — — EP4-GR-8P For wire diameter 0.3 sq...0.5 sq, sheath outer diameter f1.0...1.2 mm (green) — — — — — EP4-BL-8P For wire diameter 0.3 sq...0.5 sq, sheath outer diameter f1.2...1.6 mm (blue) — — — — — EP4-GL-8P For wire diameter 0.3 sq...0.5 sq, sheath outer diameter f1.6...2.0 mm (gray) — — — — —
Adaptor for compact
8-point terminal ADP-96 ASLINKTERMINAL compact 8-point terminal installation dedicated DIN rail adaptor (incl. 4 adaptors) — — — — — Adaptor for
connection terminalADP-T96 ASLINKTERMINAL connection terminal installation dedicated DIN rail adaptor (incl. 4 sets) — — — — —
Integrated small 8-point terminal
NEW
BL296SB-08F-4-20 8 input points, NPN method, rated input voltage/current, 24 V DC/3.5 mA/point — ● ● — — BL296SB-08FS-4-20 8 input points, PNP method, rated input voltage/current, 24 V DC/3.5 mA/point — ● ● — —
BL296XB-08F-4-20 4 input points 4 output points, NPN method, rated input/output voltage/current, input 24 V DC/3.5 mA/point,output 24 V DC/100 mA/point, 400 mA/common — ● ● — —
BL296XB-08FS-4-20 4 input points 4 output points, PNP method,
rated input/output voltage/current, input 24 V DC/3.5 mA/point,output 24 V DC/100 mA/point, 400 mA/common — ● ● — — BL296PB-08F-4-20 8 output points, NPN method, rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● ● — — BL296PB-08FS-4-20 8 output points, PNP method, rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● ● — — Manifold
driver NEW
BL264PB-16F-T5 16 output points, NPN method, manufactured by CKD Corporation, MN4G-T70-FL series manifold supported — ● — — — BL264PB-16FS-T5 16 output points, PNP method, manufactured by CKD Corporation, MN4G-T70-FL series manifold supported — ● — — — Relay terminal BL296PB-08RS NEW 8 independent output points, G2R NO contact, 3A/point, 24 V DC, 200 V AC — ● — — —
Relay terminal
18 18
Product name Model Outline
Supported configuration Standard/mark 2-wire type
(non-insulated)4-wire type (insulated)UL CE KC
ASLINK TERMINAL
Small terminal block type terminal
NEW
BL296SB-08F 8 input points, NPN method, screw-type terminal block, rated input voltage/current, 24 V DC/3.5 mA/point — ● — — — BL296XB-08F 4 input points 4 output points, NPN method, screw-type terminal block,rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 400 mA/common — ● — — — BL296PB-08F 8 output points, NPN method, screw-type terminal block, rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● — — — BL296SB-08F-3 8 input points, NPN method, spring terminal block, rated input voltage/current, 24 V DC/3.5 mA/point — ● — — — BL296XB-08F-3 4 input points 4 output points, NPN method, spring terminal block,
rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 400 mA/common — ● — — — BL296PB-08F-3 8 output points, NPN method, spring terminal block, rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● — — — BL296SB-08F-11 8 input points, NPN method, Euro terminal block, rated input voltage/current, 24 V DC/3.5 mA/point — ● — — — BL296XB-08F-11 4 input points 4 output points, NPN method, Euro terminal block,
rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 400 mA/common — ● — — — BL296PB-08F-11 8 output points, NPN method, Euro terminal block, rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● — — — BL296SB-08FS 8 input points, PNP method, screw-type terminal block, rated input voltage/current, 24 V DC/3.5 mA/point — ● — — —
BL296XB-08FS 4 input points 4 output points, PNP method, screw-type terminal block, rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 400 mA/common — ● — — — BL296PB-08FS 8 output points, PNP method, screw-type terminal block, rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● — — — BL296SB-08FS-3 8 input points, PNP method, spring terminal block, rated input voltage/current, 24 V DC/3.5 mA/point — ● — — — BL296XB-08FS-3 4 input points 4 output points, PNP method, spring terminal block, rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 400 mA/common — ● — — —
BL296PB-08FS-3 8 output points, PNP method, spring terminal block, rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● — — —
BL296SB-08FS-11 8 input points, PNP method, Euro terminal block, rated input voltage/current, 24 V DC/3.5 mA/point — ● — — — BL296XB-08FS-11 4 input points 4 output points, PNP method, Euro terminal block, rated input/output voltage/current, input 24 V DC/3.5 mA, output 24 V DC/100 mA/point, 400 mA/common — ● — — —
BL296PB-08FS-11 8 output points, PNP method, Euro terminal block,
rated output voltage/current, 24 V DC/100 mA/point, 800 mA/common — ● — — — DIN rail adaptor
for fitting ASLINKTERMINAL (small terminal block type)
ADP-108 NEW DIN rail adaptor for AnyWireASLINK small terminal block type terminal installation (incl. 1 set) — — — — —
ASLINKAMP For fiber head
B289SB-01AF-CAM20-V 1 input point, ASLINKAMP master module (red light) ● — ● ● ●
B289SB-01AF-CAS-V 1 input point, ASLINKAMP slave module (red light) ● — ● ● ●
AFT-1 Fiber head, M3, bending R 20 — — — — —
AFT-1-1 Fiber head, M3, bending R 20, heat-resistance 100°C — — — — —
AFT-2 Fiber head, M3, bending R 25 — — — — —
AFT-4 Fiber head, M4, bending R 30 — — — — —
For photoelectric head
B289SB-01AP-CAM20 1 input point, ASLINKAMP master module, compatible head: general-purpose head ● — — ● ●
B289SB-01AP-CAS 1 input point, ASLINKAMP slave module, compatible head: general-purpose head ● — — ● ●
For proximity head
B289SB-01AK-CAM20 1 input point, ASLINKAMP master module, compatible head: general-purpose head ● — — ● ●
B289SB-01AK-CAS 1 input point, ASLINKAMP slave module, compatible head: general-purpose head ● — — ● ●
ASLINK SENSOR
Photoelectric sensor
B283SB-01-1KC 1 input point, transmission type, optical receiver module ● — — ● ●
B283SB-01-1KP 1 output point, transmission type, optical transmitter module ● — — ● ●
B283SB-PC-SET Set of B232SB-01-1KC and B283SB-01-1KP ● — — — —
B283SB-01-1KR-V 1 input point, regression reflection type (red LED) ● — — ● ●
B283SB-01-1KS 1 input point, diffuse reflection type ● — — ● ●
Pressure sensor
NEW
B284SB-01-1KPP30 1 input point, gauge pressure range: positive pressure 0...1000 kPa, M5 port (internal-thread) ● — — — — B284SB-01-1KNP30 1 input point, gauge pressure range: negative pressure 0...-100 kPa, M5 port (internal-thread) ● — — — — B284SB-01-1KLP30 1 input point, gauge pressure range: compound pressure -100...100 kPa, M5 port (internal-thread) ● — — — — B284SB-02-1KPP30 2 input points, gauge pressure range: positive pressure 0...1000 kPa, M5 port (internal-thread) ● — — — — B284SB-02-1KNP30 2 input points, gauge pressure range: negative pressure 0...-100 kPa, M5 port (internal-thread) ● — — — — B284SB-02-1KLP30 2 input points, gauge pressure range: compound pressure -100...100 kPa, M5 port (internal-thread) ● — — — — B284SB-J1-1KPP30 16 input points (analog 10 bit), gauge pressure range: positive pressure 0...1000 kPa, M5 port (internal-thread) ● — — — — B284SB-J1-1KNP30 16 input points (analog 10 bit), gauge pressure range: negative pressure 0...-100 kPa, M5 port (internal-thread) ● — — — — B284SB-J1-1KLP30 16 input points (analog 10 bit), gauge pressure range: compound pressure -100...100 kPa, M5 port (internal-thread) ● — — — —
Proximity sensor
B295SB-01-1K24 NEW 1 input point, shielded type, M8 full threads ● — — — —
B295SB-01-1K25 1 input point, shielded type, M12 full threads ● — — — —
B295SB-01-1K26 1 input point, shielded type, M18 full threads ● — — — —
B295SB-01-1K27 NEW 1 input point, shielded type, M30 full threads ● — — — —
Cylinder sensor B285SB-01-1K1 NEW 1 input point, SMC cylinder, corresponding to cylinder round groove ● — — ● ●
Photo interrupter B297SB-01-1K40 1 input point, standard type ● — — ● ●
ASLINKMONITOR NEW B287-74DP01-C20 Display device for the sensing level (analog raw data) ● — — — —
Address writer ARW-03 Address and parameter write/read tool — — — ● ●
ARW-04 NEW For pressure sensors (upward compatibility with ARW-03) — — — — —
Address writer remote head ARW-RH Optional address writer tool for setting narrow places — — — — —
Terminator (for transmission line) BT0 Transmission waveform rectifying module ● ● — — —
Flat cable (for transmission line)
FK2-125-100 Wire diameter 1.25sq, 2-core, 100 m coil ● — — — —
FK2-075-100 Wire diameter 0.75sq, 2-core, 100 m coil ● — — — —
FK4-125-100 Wire diameter 1.25sq, 4-core, 100 m coil — ● — — —
FK4-075-100 Wire diameter 0.75sq, 4-core, 100 m coil — ● — — —
LP connector (for transmission line)
For flat cable
LP2-BR-10P For wire diameter 1.25sq, 2-core flat cable, sheath outer diameter f2.54 mm ● — — — —
LP2-BK-10P For wire diameter 0.75sq, 2-core flat cable, sheath outer diameter f2.54 mm ● — — — — LP4-WR-10P For wire diameter 1.25sq, 4-core flat cable, sheath outer diameter f2.54 mm (claw-breaking prevention type) — ● — — — LP4-WH-10P For wire diameter 0.75sq, 4-core flat cable, sheath outer diameter f2.54 mm (claw-breaking prevention type) — ● — — —
For cabtyre cable
LP2-YEG-10P For wire diameter 0.5sq, 2-core cabtyre cable, sheath outer diameter f1.8...2.1 mm ● — — — — LP2-PWH-10P For wire diameter 0.3sq, 2-core cabtyre cable, sheath outer diameter f1.4...1.7 mm ● — — — — LP4-OR-10P For wire diameter 0.75sq, 4-core cabtyre cable, sheath outer diameter f2.1...2.4 mm — ● — — — LP4-YE-10P For wire diameter 0.75sq, 4-core cabtyre cable, sheath outer diameter f1.8...2.1 mm — ● — — —
LP4-ORG-10P For wire diameter 0.5sq, 4-core cabtyre cable, sheath outer diameter f2.1...2.4 mm — ● — — — LP4-YEG-10P For wire diameter 0.5sq, 4-core cabtyre cable, sheath outer diameter f1.8...2.1 mm — ● — — —
LP4-WW-10P For wire diameter 0.3sq, 4-core cabtyre cable, sheath outer diameter f1.1...1.4 mm — ● — — —
LP connector pressure welding tool LP-TOOL Dedicated tool for LP connector press welding ● ●
EP connector pressure welding tool EP-TOOL Dedicated tool for EP connector press welding — —
Reflection plate AKR-1 Reflection plate for photoelectric reflection sensor, 60.9 × 50.9 mm — — — — —
AKR-2 Reflection plate for photoelectric reflection sensor, 40 × 35 mm — — — — —
*For further information on the products above, please contact below:
Anywire Corporation
Headquarters: 1 Babazusho, Nagaokakyo-shi, Kyoto 617-8550 JAPAN E-mail: [email protected] URL: http://www.anywire.jp
Other Anywire product groups
In addition to AnyWireASLINK, a variety of products specialized for applications are available.
DB A20 series
AnyWire DB A20 / Bitty
Overall length
Max. 3 km
4-wire
(2 transmission wires, 2 power wires)
Flexible topology
Transmission speed 125 kHz/31.3 kHz, 7.8 kHz/2 kHz
Max.
1024 points
• This series is suitable for medium-
to small-scale wire-saving in
factories.
• The original transmission method
allows general-purpose cabtyre
cables to be used, and there are
almost no branching limits.
• The remote I/O, analog,
temperature/humidity terminal,
and POKAYOKE Terminal are
available.
• This series also supports trolley
and slip rings.
Mitsubishi Electric products
AnyWire DB A20
Master module
QJ51AW12D2
AnyWire DB A20
Master module
LJ51AW12D2
CC-Link−AnyWire DB A20
Bridge module
NZ2AW1C2D2
• This terminal is specialized for POKAYOKE applications.
• The rigid case, easy to read display, replaceable lever and
large size selection reflects opinions from the site.
• Installation onto pipes and flat tables is also supported.
• This terminal can be supported from a programmable
controller, and is perfect for structuring POKAYOKE in the
company.
Anywire products
7-segment+LED display type POKAYOKE Terminal
Pipe rack mounted type
A227XB-73MN-P
Bitty series
20 20 Overall length
Max. 100 m (power superimposed)2-wires
Flexible topology
Transmission speed
27.0 kHz
Max.
512 points
