ASLINKPOKAYOKE [ASLINK POKAYOKE Terminal] BL227XB …
Transcript of ASLINKPOKAYOKE [ASLINK POKAYOKE Terminal] BL227XB …
*The type end indicates the shape of the holder to be installed. There are 3 types, “P: H holder,” “P-H1: H1 holder,” and “PS: SUS holder.” Such speci�cations as parameters and data composition are common. Fitting method, mass and outside dimensions are different, so these items should be checked. As an example of explaining each item, the �gure of the “H holder,” “lever type” is used.
ASLINKPOKAYOKE [ASLINK POKAYOKE Terminal ]
AnyWireASLINK System Products Guide
BL227XB-FK7V4□□-P□□□BL227XB-F2K7V4□□-P□□□BL227XB-F1K7V4□□-P□□□BL227XB-F3K7V4□□-P□□□
■Applicable type
■Function List
-BL227XBF*K7V4**P*** 1/28-
BL227XB-FK7V4V-P□□□
BL227XB-FK7V4VN-P□□□
BL227XB-FK7V4VL-P□□□
BL227XB-FK7V4M-P□□□
BL227XB-FK7V4MN-P□□□
BL227XB-FK7V4ML-P□□□
BL227XB-F2K7V4V-P□□□
BL227XB-F2K7V4VN-P□□□
BL227XB-F2K7V4VL-P□□□
BL227XB-F2K7V4M-P□□□
BL227XB-F2K7V4MN-P□□□
BL227XB-F2K7V4ML-P□□□
BL227XB-F1K7V4V-P□□□
BL227XB-F1K7V4VN-P□□□
BL227XB-F1K7V4VL-P□□□
BL227XB-F1K7V4M-P□□□
BL227XB-F1K7V4MN-P□□□
BL227XB-F1K7V4ML-P□□□
BL227XB-F3K7V4V-P□□□
BL227XB-F3K7V4VN-P□□□
BL227XB-F3K7V4VL-P□□□
BL227XB-F3K7V4M-P□□□
BL227XB-F3K7V4MN-P□□□
BL227XB-F3K7V4ML-P□□□
LINK IN R/W ALM
LINK IN R/W ALM
Selection indication
Combination indication
Selection indication
Combination indication
Selection indication
Combination indication
Selection indication
Combination indication
BL227XB-FK7V4V□-P□□□BL227XB-FK7V4M□-P□□□
BL227XB-F2K7V4V□-P□□□BL227XB-F2K7V4M□-P□□□
BL227XB-F1K7V4V□-P□□□BL227XB-F1K7V4M□-P□□□
BL227XB-F3K7V4V□-P□□□BL227XB-F3K7V4M□-P□□□
Interlock
Independent
Independent
Interlock
Arm material
Arm angle when door is closed
Switch input
Door open/close abnormality
input
LED display
Indicating lamp and arm (door)
operation
Slave unit voltagedrop
I/Opower supply
voltagedrop
7-seg
Metal
Vertical Variable4 digits
LeverPushbuttonDownward re�ection
○ ○ ×
Plastic
■Notes on use ⇒ To set any address, an “Address writer ARW-02AS (Ver. AS-1.00 or higher), ARW-04 (Ver. 04-1.01 or higher), ARW-03 (Ver. 2.10 or higher)” is required. Please prepare it separately.
[Notes on Safety]Precautions that must be observed in order to use this system safely are indicated as shown below. You must observe these precautions.
WARNING! CAUTION!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.
○ System SafetyThis system is intended for general industrial applications. It does not have functions for supporting applications requiring higher levels of safety such as safety-related devices or accident prevention systems. The product must not be used for these purposes.
○ Always turn off the power 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, etc., in the hybrid unit including the
output unit and the output circuit may result in smoking or �ring. An external safety device such as a fuse must be installed.
WARNING!
CAUTION!○ System power supply
Use a stable, 24V DC power supply. Use of an unstable power supply may cause problems with the system.○ Separately route high-voltage and power cables
Although the AnyWireASLINK has a high noise margin, keep the transmission line and I/O cables 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 overloaded nor disconnected.· 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. A malfunction may occur.○ Use the AnyWireASLINK within the range of the speci�cations and conditions shown below.
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[Example of system configuration]
[Warranty]■ 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 warrantyShould a defect occur in any part of the Product during the foregoing warranty period when it is used normally in acordance 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 other than the delivered Product;[3] The unauthorized modi�cation or repair of the Product by any person other than the Company's personnel;[4] Any unusual force of nature, disaster or other cause beyond the Company's control.The term "warranty," as used herein, refers to the warranty applicable to the delivered product alone. The Company shall not be liable for consequential or incidental damages resulting from any malfunction.
■ Repair at costAfter the expiration of the warranty period, the owner shall be responsible for all costs and expenses incurred for the trouble-shooting and repair of the Product. Even during the warranty term, the Company shall repair any defects arising from causes other than within the scope of the warranty as speci�ed above, at the owner's cost.
The AnyWireASLINK can employ a two-wire or four-wire terminal selectively depending on the load current.If the load current is small, using a two-wire (non-isolated) terminal allows for achieving simpli�ed wiring without local power supply.In the case of prioritizing the sites of concentrated loads and/or the number of connections, 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.
[How to connect AnyWireASLINK]
- 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 or branch number has no limitation.- Include the length of the cable provided with the terminal in
the “total line length.”- Connect the terminator “BT0 (polar)” to the DP, DN terminal
farthest from AnyWireASLINK master.
If the load power consumption is large, a four-wire (isolated) terminal can be selected.This terminal can correspond to I/O of the controller with an external power supply.
The branching has no limitation.
Black: DN
Red: DP
Black: DN
Red: DP
AnyWireASLINK master
24V DC*
Black: DN
Black: DN
Red: DP
Red: DP
AnyWireASLINK terminatorOne 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
Two points
Two points
Two
poi
nts
Two
poi
nts
Eight points
Eight points
24V DC*
ASLINK �lterGeneral-purpose power supply �lter
-The ASLINK POKAYOKE terminal is a four-wire terminal.
4P link connector is convenient for branching.
Dedicated �at cable 1.25mm2 (four-wire)
The sum of the portions of DP/DN is the total line length.
Gene
ral-p
urpos
e pow
er su
pply
�lter
* When complying with the UL Standard, make sure to use a 24V DC stabilized power supply of “NEC Class 2 Output.”
* Make sure to use a 24V DC stabilized power supply for the power supply to be connected.
CAUTION!
■Relationship between the size and length of the transmission line and the supply current (Table 1)
Supply current on the transmission line (DP, DN)
Total length50m or less
1.25mm2
0.75mm2
MAX 2AMAX 1.2A
MAX 1AMAX 0.6A
MAX 0.5AMAX 0.3A
0.5mm2 MAX 0.8A MAX 0.4A MAX 0.2A
Total length: Over 50 m,no longer than 100 m
Size of the transmission line (DP, DN) Total length: Over 100 m,
no longer than 200 m
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[Precautions for use with 4-Wire (Insulated) Terminal]
■AnyWire Type: ANF-01 Connection example (The following is the explanatory connection diagram. Actual terminal arrangement should meet each device.)
■Filter allowable power current
DPDN24V0V
POWER IN SLAVE
LG
24V0V
L N FG
~
DP
DN
24V
0VDP
DN
DP
DN
24V
0VDPDN
BT0
ANF-01
24V DC stabilized power supply
General-purpose power supply �lter(Use it if necessary.)
If any of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m
24V0V
24V0V
PE
①Power supply to the entire system
AnyWireASLINK master
Insert the “ASLINK �lter [Type ANF-01]” regardless of installation method and distance when complying with CE Standard.
[Installation Location]
-Location where the unit is not subject to vibration or shock-Location where the unit is not directly exposed to dust-Location where the main body is not directly exposed to conductors such as waste metal and sputter-Location where humidity is not condensed-Location where the atmosphere is free of corrosive gas, �ammable gas and sulfur-Location where the unit is removed from high-voltage or high-current cables-Location where the unit is removed from cables and controllers that generate servo, inverter or other high-frequency noise.
If any of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m in a power supply system to be supplied, serially connect
the “ASLINK �lter [Type ANF-01]” or “�lter 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.
In any case of power supply to the entire system from the master driving power supply or power supply from the local power supply, insert a �lter.
ASLINK �lter ANF-01 MAX 5A/24V DCFilter of COSEL Co., Ltd. EAC-06-472 MAX 6A/24V DC
Model Type Allowable power current
4-wire terminal
4-wire terminal
2-wire terminal
-BL227XBF*K7V4**P*** 4/28-
DPDN24V0V
LINELOAD
LG
24V0V
L N FG
~
DP
DN
24V
0VDP
DN
DP
DN
24V
0V
DPDN
BT0
24V0V
L N FG
~
■COSEL Co., Ltd. Type: EAC-06-472 Connection example (The following is the explanatory connection diagram. Actual terminal arrangement should meet each device.)
24V0V
24V0V
PE
DPDN24V0VLG
DP
DN
24V
0VDP
DN
DP
DN
24V
0V
DPDN
BT0
DP
DN
DP
DN
24V
0VDP
DN
24V
0V
24V0V
24V0V
PE24V0V
24V0V
PE
DP
DN
24V
0V DP
DN
24V
0V
A
B
①Power supply to the entire system
②Local power supply/branching
LINELOAD
LINELOAD
EAC-06-472
EAC-06-472
EAC-06-472
24V0V
LNFG
~
24V0V
L N FG
~
24V DC stabilized power supply
ANF-01
ANF-01
DPDN24V0VLG
DP
DN
24V
0VDP
DN
DP
DN
24V
0V
DPDN
BT0
DP
DN
DP
DN
24V
0VDP
DN
24V
0V
24V0V
LNFG
24V0V
24V0V
PE24V0V
24V0V
PE
DP
DN
24V
0V DP
DN
24V
0V
A
B
②Local power supply/branching
POWER IN SLAVE
POWER IN SLAVE
~
4-wire terminal
2-wire terminal
4-wire terminal
2-wire terminal
4-wire terminal
4-wire terminal
AnyWireASLINK master
General-purpose power supply �lter(Use it if necessary.)
If any of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m
24V DC stabilized power supply
General-purpose power supply �lter(Use it if necessary.)
If (A+B) of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m
4-wire terminal
4-wire terminal
2-wire terminal
4-wire terminal
4-wire terminal
If any of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m
AnyWireASLINK master
24V DC stabilized power supply
When using this �lter, please be careful of the positions of LOAD and LINE.
General-purpose power supply �lter(Use it if necessary.)
2-wire terminal
2-wire terminal
4-wire terminal
4-wire terminal
4-wire terminal
4-wire terminal
AnyWireASLINK master
24V DC stabilized power supply
General-purpose power supply �lter(Use it if necessary.)
When using this �lter, please be careful of the positions of LOAD and LINE.
If any of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m
24V DC stabilized power supply General-purpose power
supply �lter(Use it if necessary.)
4-wire terminal
4-wire terminal
If (A+B) of the side-by-side lines of DP, DN, 24V and 0V exceeds the total length of 50m
-BL227XBF*K7V4**P*** 5/28-
Pipe mounting holder
LINK IN R/W ALM
LINK IN R/W ALM
1 2 43
1 2 43
7-segment indicator lamp
Hexagon socket head bolt
The figure is an example of metal arm
The figure is an example of metal arm
[Name of Each Part]
■BL227XB-F□K7V4□-P□□□ (Lever type)
Transmission line connecting connector
Transmission indication (LINK)
Setting port (R/W)LINK indicator (IN)
Alarm indicator (ALM)
Lever switch
Lever switchArm
Arm
When the lever switch is tilted, input is turned ON. Tilt it by approx. 30 degrees.
■BL227XB -F□K7V4□N-P□□□ (Push button type)
Transmission line connecting connector
Transmission indication (LINK)
Setting port (R/W)
LINK indicator (IN)
Alarm indicator (ALM)
7-segment indicator lamp
Push-button switch
Pipe mounting holder
Hexagon socket head bolt
When the push-button switch is pressed, input is turned ON.
[Items in Package]
LINK IN R/W ALM
LINK IN R/W ALM
1
2
1
Item in Package Description Q’ty
BL227XB-FK7V4□□-P□□□ unitBL227XB-F2K7V4□□-P□□□ unit
1
Auxiliary plate for mounting corrugated plastic
Corrugated plastic mounting screw(Truss black screw M4 × 10)
Hexagon socket head bolt(M6×15) * SUS holder type is M6 × 25.
BL227XB-F1K7V4□□-P□□□ unitBL227XB-F3K7V4□□-P□□□ unit
Item in Package Description Q’ty
1
1Hexagon socket head bolt(M6×15) * SUS holder type is M6 × 25.
-BL227XBF*K7V4**P*** 6/28-
[About connection]
■Wiring of POKAYOKE Terminal
To link connector on trunk line side
Trunk line
■ Example of correspondence between wiring color and link connector pin No.
○Use the cable with a connector protruding from the back of the unit.○It is convenient to use a dedicated �at cable for a transmission line.
AnyWireASLINK master
Power for transmission 24V DC
1 = DN (Black)2 = DP (Red)3 = N/C4 = N/C
1 = DN (Black)2 = DP (Red)3 = 0VA4 = 24VA
[Supply power con�guration example]
● Connection example
Local power supply for shelf
1 = DN (Black)2 = DP (Red)3 = 0VA (White)4 = 24VA (Brown)
[Batch power supply zone]
[Local power supply zone]
0VA
24VA
1234
LP4-WR-10P LP4-WH-10PBlack (DN)Red (DP)White (0V)Green (24V)
FK4-075-100FK4-125-100
The following drawing is not an actual wiring drawing.For actual wiring, check the pin layout etc.
In case of FK4-125-100
In case of FK4-125-100
○Connect the cable, being careful not to reverse the connection or cause a short circuit.○When swaging by the link connector, we recommend using a dedicated tool that can realize stable work quality. (Model: LP-TOOL)
Dedicated flat cable
Black (DN)Red (DP)White (0V)Brown (24V)
1234
FK4-125-100
LP4-WR-10P
Attached to LP4-WW-10P
The link connector is a female and male integrated connector.“Connection” and “branching” are easily carried out only by coupling the connectors of the same pin No.
When making the connection, make sure that the cable is not under tension.
In addition, do not �x the unit while the cable is under tension.Incorrect connection may cause a contact failure.
Pay attention to the crimping direction of the link connector.Improper connection results in malfunction or failure.
The hinge part side of the connector cover is the black line.
For details on link connector pressure welding work, refer to “How to pressure-weld link connector to �at cable” in our separate manual.(Contact our Sales Department.)
At time of terminal treatment
At time of intermediate treatment
Connector cover
Connector cover
1 = DN (Black)2 = DP (Red)3 = 0V (White)4 = 24V (Brown)
Type: FK4-125-100 (Wire diameter 1.25mm2/4-core, 100m winding)Applicable link connector: LP4-WR-10P
Type: FK4-075-100 (Wire diameter 0.75mm2/4-core, 100m winding)Applicable link connector: LP4-WH-10P
CAUTION!
LINK IN R/ W ALM
LINK IN R/ W ALM
LINK IN R/ W ALM
LINK IN R/ W ALM
■BL227XB-F□K7V4□L-P□□□ (Bottom reaction type)
Transmission indication (LINK)
Setting port (R/W)LINK indicator (IN)
Alarm indicator (ALM)
1 2 43
Transmission line connecting connector
Downward re�ection switch
Downward re�ection switch
Downward re�ection switch
Hexagon socket head bolt
By holding a hand, etc., over the switch, it turns on.The default of the reaction range is approx. 8.5cm from the detection surface.
Pipe mounting holder
Arm
The figure is an example of metal arm
LINK IN R/W ALM
7-segment indicator lamp
-BL227XBF*K7V4**P*** 7/28-
[Various settings]
■Common procedures for address writer operation
To use the address writer, make sure to connect it to the AnyWireASLINK master unit.For operation, an address writer is required. For detailed operation procedures, refer to the product guide of the address writer.
1. Connect the terminal to the AnyWireASLINK master unit.Make settings with the address writer, while transmission signals (DP/DN) and power (24V/0V) are being supplied.
2. Settings are required for all terminals.Direct the address writer toward the setting port of the body to set.(Bring the light transmission and light receiving parts close to the setting port whenever possible.)
Infrared rayR/W
Viewing from POKAYOKE top surface
Viewing from POKAYOKE side surface
Address writer(ARW-04)
Almost the center of the address writer is transmitting and receiving parts.
Address writer(ARW-04)
*For details on address number setting procedures, refer to the product guide of the address writer.
An address number indicates an allocation starting number in the transmission frame written in the terminal.Set an address number between “0~254.”
· This terminal has the same address number for both input and output.
· When reading the address number which was written in the terminal, also use the address writer.
Black: DN
Red: DP
24V 0V
Transmission signal
AnyWireASLINK master
24V DC*
24V: Green0V: WhiteDP: RedDN: Black
24V DC*
Address number setting Parameter setting
*Make sure to use a 24V DC stabilized power supply for the power supply to be connected.
Do not duplicate the address set value.It may cause a transmission error.
Address number setting
The default of the terminal is “255,” which means no setting.When the address number is set at 255, the terminal does not perform an input/output operation.Make sure to set an address number between “0~254” prior to use.
CAUTION!
CAUTION!
LINK IN R/W ALM
LINK IN R/ W ALM
-BL227XBF*K7V4**P*** 8/28-
Display specified number (variable) and description
Indication of “F” Indication of “A”
0: Not displayed (blank)
1: F
2: - (Hyphen)
3: -1 (minus 1)
■7-segment display setting
In the hexadecimal number mode (parameter 14: variable 2), it is possible to select the display pattern from “F” and “A.”
Default: 1
80: Not displayed (blank)
81: F
82: - (Hyphen)
83: -1 (minus 1)
Setting of BCD data “F”:
Default: 81
Setting of BCD data “A” :
■LED display setting
*For details on parameter setting procedures, refer to the product guide of the address writer.
Note) The actual color is close to orange.
Parameter setting
For the display color of selective type LED display, 7 colors can be selected with the address writer.Set the mode of the ARW-02AS to “COLOR” (ARW-04, ARW-03: parameter 01), select a display color, and write it to the terminal. ・Selection color: Green, red, blue, yellow Note), sky blue, purple, white
・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 01
Default: 0
Speci�ed number (variable) and descriptionof indication color
0: Green1: Red2: Blue3: Yellow Note)
4: Sky blue5: Purple6: White
* Do not write 7 or larger numerical value.
・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 02
・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 03
■ Downward reflection switch sensitivity setting
The downward reflection switch may detect unnecessary reflections due to the influence of the installation environment.In such a case, adjust the light emitting and receiving condition.Set the mode of ARW-02AS to “SENSE” (ARW-04, ARW-03: parameter 07), select a variable and write it to the terminal.
・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 07
Default: 3
1
0
2
3
4
5
6
7
Approx. 8.5cm
Approx. 4.5cm
Approx. 14cm
Variable Rough standard for the detection distance
* The detection distance is a rough standard when white work gloves are used
■LED display lighting and flickering interval setting
It is possible to select the lighting pattern of the indicating lamp.In the ARW-02AS mode “FLICK” (ARW-04, ARW-03: parameter 04), and write it to the terminal.
・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 04
Default: 0Variable Description
0 Lighting
1 High-speed flickering (0.1s interval)
Mid-speed flickering (0.5s interval)
Low-speed flickering (1.0s interval)
2
3[Lighting (flickering) pattern example of indicating lamp at output ON]
Lights up
Indicating lamp operation
Goes out
Lights up
Indicating lamp operation
Goes out
ONOutput
OFF
ONOutput
OFF
In case of variable: 0 (Lights up): In case of variable: 2 (mi-speed flickering):
0.5s 0.5s0.5s
0.5s 0.5s
-BL227XBF*K7V4**P*** 9/28-
[Arm (door) operation abnormality detection function]When the arm (door) is forcibly opened or closed, or when it is stuck and cannot ascend or descend completely, the unit is equipped with a function that detects this interference and transmits it to the controller.Setting of 8 patterns can be performed with the address writer.
■Abnormality detection function modes
3. Alarm signal
Bit no.Offset address
Un\G0 15 14 13 3 2 1 0
F E D 3 2 1 0
Ex.) Set the address to “0.”
②「Own address + 1」
・・・
・・・
・・・
・・・
Bit no.Offset address
Un\G0 15 14 13 3 2 1 0
F E D 3 2 1 0
Switch ON/OFF
③「Own address + 128」
Alarm signal ON/OFF
Switch ON/OFFAlarm signal ON/OFF
・・・
・・・
・・・
・・・
Un\G1 15 14 13 3 2 1 0・・・ ・・・
: 15 14 13 3 2 1 0・・・ ・・・
: 15 14 13 3 2 1 0・・・ ・・・
Un\G8 15 14 13 3 2 1 0・・・ ・・・
: 15 14 13 3 2 1 0・・・ ・・・
Bit no.Offset address
Un\G0 15 14 13 3 2 1 0
F E D 3 2 1 0
Switch ON/OFF
①「OFF」
・・・
・・・
・・・
・・・
4. Classi�cation of detection
*1
*1
*1
*1
*1
ON
OFF
ON
OFF
ON
OFF
[Example in the case where arm (door) is forcibly opened]
*1: In case of QJ51AW12AL (MELSEC Q AnyWireASLINK master unit)
Default: 1・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 08
There are 8 types of the detection mode for arm (door) operation abnormality. Select the detection mode to respond to the status.If the detection function is not used, write variable “0.”If any abnormality is detected, it is displayed and a �ag is raised according to the classi�cation of detection during the occurrence of the abnormality.When the abnormality is cleared, the display and �ag return to normal status at that time.
0
1
2
3
4
5
6
7
Variable 1. Detection of open/close by an external force 2. Open/close abnormality detection 3. Alarm signal 4. Classification of detection
OFF
ON
ON
ON
ON
ON
ON
ON
OFF OFF
OFF
Not present
Not present
Not present
Present
Present
Present
-
-
ON
ON
OFF
OFF
ON
ON
ON
Own address + 1
Own address + 128
Own address + 1
Own address + 1
Own address + 128
Own address + 128
When parameter 11 is set to variable 2, 4, or 6, perform a setting so that the value of +128 including the address number does not exceed the maximum transmission number. Normal operation cannot be obtained if the maximum transmission number is exceeded.
Example:When the maximum transmission number is set to “256,” set the address number up to “128.”
1. Detection of open/close by an external force
This indicates that even if no ascending signal is received, the arm (door) ascends exceeding 2 steps due to an external force such as that applied by a hand.In the same way, this indicates that even if no descending signal is received, the arm (door) descends exceeding 2 steps due to an external force such as that applied by a hand.
Door open/close abnormality ON Door open/close abnormality OFF
Red �ashes
UnlightedReturn to the original position.
Forced to open operation
2. Open/close abnormality detection
This indicates that even if an ascending signal is received, the arm (door) does not move to the set position for 6 seconds or longer owing to the interference caused by catching, etc.In the same way, this indicates that even if a descending signal is received, the arm (door) does not move to the set position for 6 seconds or longer owing to the interference caused by catching, etc.
[Example in the case where arm (door) is opened]
Door open/close abnormality ON Door open/close abnormality OFF
Red �ashesUnlighted
Remove the obstacle.
Stuck
Arm (door) open signal Stuck for 6 seconds
Door open/close abnormality
In the event of an error, turn off the arm (door) opening signal once to remove the obstacle.After removing the obstacle, turn on the arm (door) opening signal again.
* The same is true in the case where the arm (door) is closed.
IndicatorClassificationof detection
Notpresent During the detection of
open/close abnormality
Detection of opening/closing by external force
During the detection of open/close abnormality
Detection of opening/closing by external force
ON
ON
Alarm bitContent
present Red �ashes ON/OFF (alternately)
*2: Flashes at an interval of 300 ms.
*3: Repeats ON and OFF at an interval of 500 ms.
Red �ashes *2
*2*3
Unlighted
Door open/close abnormality
* The same is true in the case where the arm (door) is forcibly closed.
CAUTION!
-BL227XBF*K7V4**P*** 10/28-
■Door (arm) open/close operation time setting
*Set the open/close position so that the open position will be higher than the close position.
・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 09
■Setting of arm (door) opening (raising angle)
・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 10
■Setting of arm (door) closing (lowering angle)
■Setting of arm (door) open/close position
Default: 7
Default: 0
Default: 0
Default: 1・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 11
・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 12
■Setting of arm (door) closing (operation time)
■Setting of arm (door) opening (operation time)12345678910
0 0 1 (No �ashing) 2 (No �ashing) 3 (No �ashing) 4 (No �ashing) 5 (No �ashing) 6 (No �ashing) 7 (No �ashing) 8 (No �ashing) 9 (No �ashing) 10 (No �ashing)
Variable Delay time (sec)11121314151617181920
1 (Flashing) 2 (Flashing) 3 (Flashing) 4 (Flashing) 5 (Flashing) 6 (Flashing) 7 (Flashing) 8 (Flashing) 9 (Flashing) 10 (Flashing)
Variable Delay time (sec)
* In case of �ashing, the lamp �ashes at intervals of 300 ms while the delay time is operating.
●Example of arm (door) close operation time setting
When closing operation time is set to 4 seconds:
When 4 seconds has elapsed after the arm (door) open signal is turned OFF from ON, the arm (door) descends automatically to the close position.
Open
ON
OFF
Close
Arm (door) close signal
Arm (door) operation
4 seconds
* The angle is a rough standard
The arm (door) open/close (ascend/descend) angle can be set in seven stages by approximately up to 180°. Adjustment can be made for any case where the door bumps into a shelf or work. Write the number for the position where you want to stop the arm (door) by arm (door) open position setting and arm (door) close position setting.
● Open/close example of arm (door)
Open angle
When arm (door) angle is set as follows
The arm (door) opens and closes in a range of approx. 90 degrees.
Close angle
Open
Close
* When using a broken-type corru-gated plastic, do not set the No. of the position where the corru-gated plastic stops at an angle before the vertical position.When it is closed, the lower stage door plate may tightly �t and the c o r r u g a te d p l a s t i c m ay n o t descend.
● Variable of angle when arm (door) opens (ascends)
0° Approx. 25°
Approx. 45°
Approx. 73°
Approx. 90°
Approx. 130°
Approx. 155°Approx. 180°
● Variable of angle when arm (door) closes (descends)
0° Approx. 25°
Approx. 45°
Approx. 73°
Approx. 90°
Approx. 130°
Approx. 155°Approx. 180°
When the output is turned ON, the arm (door) descends automatically after a certain time. When the output is turned OFF, the arm (door) ascends automatically after a certain time. For the delay time (door closing operation time) to arm (door) lowering and delay time (door opening operation time) to raising, 21 pat-terns can be set with the address writer.
[Operation]
(1) When the output of the arm (door) is turned ON, the delay timer starts to operate from that time point, and the arm (door) ascends after the set delay time.
(2) When the output is turned OFF, the delay timer starts to operate from that time point, and the arm (door) descends after the set delay time. If the eject indicator lamp is turned ON again before the set delay time passes, the delay timer is reset at the time point, and the arm (door) is also kept raised.
(3) To use the eject indicator with it �ashing, set as follows: - Time to keep the eject indicator lamp OFF < Door close set delay time, OR - Set the variable for the parameter 7 to a value other than “0.”
(4) When turning OFF the eject indicator lamp by lever input and lowering the arm(door), set as follows:- Time to keep the eject indicator lamp OFF > Door close set delay time.
● Example of arm (door) open operation time setting
When opening operation time is set to 4 seconds:
When 4 seconds has elapsed after the arm (door) open signal is turned ON from OFF, the arm (door) ascends automatically to the open position.
Close
OFFON
Open
Arm (door) open signal
Arm (door) operation
4 seconds
LINK IN R/ W ALM
Variable 0: decimal number (with 0 blank)
-BL227XBF*K7V4**P*** 11/28-
■7-segment display number setting
The 7-segment display can be selected from decimal number and hexadecimal number.
The number of digits to be used for a 7-segment display can be selected.
■7-segment display digit number setting
Variable Description
0 Decimal number (with 0 blank)
1 Decimal number (without 0 blank)
2 Hexadecimal number[0 blank function]
In case of decimal number display, the display of an unused part as an effective digit (parameter 15) is “0” or “blank.”
With 0 blank Set the display of an unused part as an effective digit to “0.”
Without 0 blank Set the display of an unused part as an effective digit to “ ” (blank).
Example of display Effective number of digits: 3 digitsDisplay data: 56
LINK IN R/ W ALM
Variable 1: decimal number (without 0 blank)
Non-effective digit: the display of a non-effective digit is blank.
Variable Description
0 0-digit effective
1 1-digit effective
2 2-digits effective
3 3-digits effective
4 4-digits effectiveThe position of a 7-segment display to be used by an effective number of digits is fixed.
LINK IN R/ W ALM
Variable 1: 1-digit effective
LINK IN R/ W ALM
LINK IN R/ W ALM
Variable 2: 2-digits effective
LINK IN R/ W ALM
Default: 2・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 14
Default: 1・ Address writer (ARW-02AS) : mode ・ Address writer (ARW-04,ARW-03) : Parameter 15
Variable 3: 3-digits effective Variable 4: 4-digits effective
-BL227XBF*K7V4**P*** 12/28-
① Switch input (take-out check) only
② Output to continuous position of switch input (take-out check) and alarm.
Offset of n+128
③ Output to the position “+128 bits” offset of switch input (take-out check) and alarm.
■ Data composition (output)
(Parameter 08: variable 0, 7)
(Parameter 08: variable 1, 3, 5)
(Parameter 08: variable 2, 4, 6)
* n = address number of terminal
This terminal has the functions of LED display (selective type, combination type), arm (door) and 7-segment display (max. 4 digits).The 7-segment number of digits to be used is set with parameter 15, and the number of occupied data varies depending on the used number of digits.As for the number displayed on a 7-segment display, decimal number or hexadecimal number can be selected by parameter 14 setting.
BCD data
Display value
1111
F
1110
E
1101
d
1100
C
1011
b
1010
A
1001
9
1000
8
0111
7
0110
6
0101
5
0100
4
0011
3
0010
2
0001
1
0000
0
[BCD data in hexadecimal notation]
As for the display values “A” and “F,” the four ways of display can be selected by parameter setting, respectively.
F 02
ParameterDisplay value0
123
Not displayed (blank)Displayed (F)- (Hyphen)-1 (minus 1)
Variable Description
[Data composition]
■ Data composition (input)
In addition to the switch input (take-out check), this terminal has a function to detect the occurrence of such troubles as forced opening or closing or failure to rise or fall when the arm (door) operates and sends these troubles to the controller side.A bit to provide an error signal (alarm) depends on the setting of parameter 08.
SwitchIdle
Data composition (bit)n+1 n
SwitchAlarm
Data composition (bit)n+1 n
SwitchIdle
Data composition (bit)n+1 n
Alarm
n+128Data composition (bit)
A 03
ParameterDisplay value80
818283
Not displayed (blank)Displayed (A)- (Hyphen)-1 (minus 1)
Variable Description
-BL227XBF*K7V4**P*** 13/28-
[Data composition]
(Parameter 14: variable 2, parameter 15: variable 4)[5] 7-segment display, hexadecimal number, 4 digits: output 17 points
D B AC
Data composition (bit)n+8n+9n+10n+11n+16
Indicator lampArm (door) 4 digits 7-segment display (BCD)
D B ACn+12n+13n+14n+15
3 digits 7-segment display (BCD)D B AC
n+4n+5n+6n+7
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
(Parameter 14: variable 0 or 1, parameter 15: variable 4)[10] 7-segment display, decimal number, 4 digits: output 17 points
Data composition (bit)n+8n+9n+10n+11n+16
Indicator lampArm (door)
n+12n+13n+14n+15 n+4n+5n+6n+7 nn+1n+2n+3
7-segment display (decimal number: 0 ~ 9999)
(Parameter 14: variable 0 or 1, parameter 15: variable 1)
Data composition (bit)
[7] 7-segment display, decimal number, 1 digit: output 5 points(Parameter 14: variable 0 or 1, parameter 15: variable 2)
[8] 7-segment display, decimal number, 2 digits: output 9 points
(Parameter 14: variable 0 or 1, parameter 15: variable 3)[9] 7-segment display, decimal number, 3 digits: output 13 points
nn+1n+2n+3n+4Indicator lamp
Arm (door) 7-segment display (decimal number: 0 ~ 9)
(Parameter 14: variable 0 or 1, parameter 15: variable 0)
Data composition (bit)
[6] 7-segment display, decimal number, 0 digit: output 1 point
nIndicator lamp
Arm (door)
Data composition (bit)n+4n+5n+6n+7n+8
Indicator lampArm (door)
nn+1n+2n+3
7-segment display (decimal number: 0 ~ 99)
Data composition (bit)n+4n+5n+6n+7n+12
Indicator lampArm (door)
n+8n+9n+10n+11 nn+1n+2n+3
7-segment display (decimal number: 0 ~ 999)
(Parameter 14: variable 2, parameter 15: variable 1)
BL227XB-FK7V4□□-P□□□/BL227XB-F1K7V4□□-P□□□ indicator lamp and arm (door) opening operation are interlocked.
[In case of BL227XB-FK7V4□-P□□□/BL227XB-F1K7V4V□-P□□□ (LED selective type)]
* n = address number of terminal
D B AC
Data composition (bit)
[2] 7-segment display, hexadecimal number, 1 digit: output 5 points
(Parameter 14: variable 2, parameter 15: variable 2)[3] 7-segment display, hexadecimal number, 2 digits: output 9 points
(Parameter 14: variable 2, parameter 15: variable 3)[4] 7-segment display, hexadecimal number, 3 digits: output 13 points
nn+1n+2n+3n+4Indicator lamp
Arm (door) 7-segment display (BCD)
(Parameter 14: variable 2, parameter 15: variable 0)
Data composition (bit)
[1] 7-segment display, hexadecimal number, 0 digit: output 1 point
nIndicator lamp
Arm (door)
D B AC
Data composition (bit)n+4n+5n+6n+7n+8
Indicator lampArm (door) 2 digits 7-segment display (BCD)
D B ACnn+1n+2n+3
1 digit 7-segment display (BCD)
D B AC
Data composition (bit)n+4n+5n+6n+7n+12
Indicator lampArm (door) 3 digits 7-segment display (BCD)
D B ACn+8n+9n+10n+11
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
■ 7-segment display positionLINK IN R/ W ALM LINK IN R/ W ALM
1-digit display 2-digits displayA = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
As for BCD data on a 7-segment display, check page 12.
LINK IN R/ W ALM
3-digits display
-BL227XBF*K7V4**P*** 14/28-
(Parameter 14: variable 2, parameter 15: variable 1)
[In case of BL227XB-FK7V4M□-P□□□/BL227XB-F1K7V4M□-P□□□ (LED combination type)]
* n = address number of terminal
D B AC
Data composition (bit)
Data composition (bit)
[2] 7-segment display, hexadecimal number, 1 digit: output 7 points
(Parameter 14: variable 2, parameter 15: variable 2)[3] 7-segment display, hexadecimal number, 2 digits: output 11 points
(Parameter 14: variable 2, parameter 15: variable 3)[4] 7-segment display, hexadecimal number, 3 digits: output 15 points
nn+1n+2n+3
n+2Indicator lamp (blue)
Arm (door)
n+1Indicator lamp (green)
Arm (door)
nIndicator lamp (red)
Arm (door)
n+6Indicator lamp (blue)
Arm (door)
n+5Indicator lamp (green)
Arm (door)
n+4Indicator lamp (red)
Arm (door)
n+10Indicator lamp (blue)
Arm (door)
n+9Indicator lamp (green)
Arm (door)
n+8Indicator lamp (red)
Arm (door)
n+14Indicator lamp (blue)
Arm (door)
n+13Indicator lamp (green)
Arm (door)
n+12Indicator lamp (red)
Arm (door)
n+18Indicator lamp (blue)
Arm (door)
n+17Indicator lamp (green)
Arm (door)
n+16Indicator lamp (red)
Arm (door)
7-segment display (BCD)
(Parameter 14: variable 2, parameter 15: variable 0)[1] 7-segment display, hexadecimal number, 0 digit: output 3 points
D B AC
Data composition (bit)n+4n+5n+6n+7
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
D B AC
Data composition (bit)n+4n+5n+6n+7
3 digits 7-segment display (BCD)D B AC
n+8n+9n+10n+11
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
■ 7-segment display positionLINK IN R/ W ALM LINK IN R/ W ALM LINK IN R/ W ALM
1-digit display 2-digits display 3-digits display
(Parameter 14: variable 2, parameter 15: variable 4)[5] 7-segment display, hexadecimal number, 4 digits: output 19 points
D B AC
Data composition (bit)n+8n+9n+10n+11
4 digits 7-segment display (BCD)D B AC
n+12n+13n+14n+15
3 digits 7-segment display (BCD)D B AC
n+4n+5n+6n+7
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
n+18Indicator lamp (blue)
Arm (door)
n+17Indicator lamp (green)
Arm (door)
n+16Indicator lamp (red)
Arm (door)
(Parameter 14: variable 0 or 1, parameter 15: variable 4)[10] 7-segment display, decimal number, 4 digits: output 19 points
Data composition (bit)n+8n+9n+10n+11n+12n+13n+14n+15 n+4n+5n+6n+7 nn+1n+2n+3
(Parameter 14: variable 0 or 1, parameter 15: variable 1)
Data composition (bit)Data composition (bit)
[7] 7-segment display, decimal number, 1 digit: output 7 points
(Parameter 14: variable 0 or 1, parameter 15: variable 2)[8] 7-segment display, decimal number, 2 digits: output 11 points
(Parameter 14: variable 0 or 1, parameter 15: variable 3)[9] 7-segment display, decimal number, 3 digits: output 15 points
nn+1n+2n+3n+2Indicator lamp (blue)
Arm (door)
n+1Indicator lamp (green)
Arm (door)
nIndicator lamp (red)
Arm (door)
n+6Indicator lamp (blue)
Arm (door)
n+5Indicator lamp (green)
Arm (door)
n+4Indicator lamp (red)
Arm (door)
n+10Indicator lamp (blue)
Arm (door)
n+9Indicator lamp (green)
Arm (door)
n+8Indicator lamp (red)
Arm (door)
n+14Indicator lamp (blue)
Arm (door)
n+13Indicator lamp (green)
Arm (door)
n+12Indicator lamp (red)
Arm (door)
(Parameter 14: variable 0 or 1, parameter 15: variable 0)[6] 7-segment display, decimal number, 0 digit: output 3 points
Data composition (bit)n+4n+5n+6n+7 nn+1n+2n+3
Data composition (bit)n+4n+5n+6n+7n+8n+9n+10n+11 nn+1n+2n+3
As for BCD data on a 7-segment display, check page 12.
* For the color of the indicator lamp, 7 types of coloring are possible by combining RGB.
■ Combination color
7-segment display (decimal number: 0 ~ 9)
7-segment display (decimal number: 0 ~ 99)
7-segment display (decimal number: 0 ~ 999)
7-segment display (decimal number: 0 ~ 9999)
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
Red (R)
Green(G)
Blue(B)
WhiteYellow
Skyblue
Purple
-BL227XBF*K7V4**P*** 15/28-
(Parameter 14: variable 2, parameter 15: variable 1)
[In case of BL227XB-F2K7V4V□-P□□□/BL227XB-F3K7V4V□-P□□□ (LED selective type)]
* n = address number of terminal
D B AC
Data composition (bit)
Data composition (bit)
[2] 7-segment display, hexadecimal number, 1 digit: output 6 points
(Parameter 14: variable 2, parameter 15: variable 2)[3] 7-segment display, hexadecimal number, 2 digits: output 10 points
(Parameter 14: variable 2, parameter 15: variable 3)[4] 7-segment display, hexadecimal number, 3 digits: output 14 points
nn+1n+2n+3
n+1Indicator
lamp
nArm
(door)
n+5Indicator
lamp
n+4Arm
(door)
n+9Indicator
lamp
n+8Arm
(door)
n+13
Indicatorlamp
n+12
Arm(door)
n+17Indicator
lamp
n+16Arm
(door)
7-segment display (BCD)
(Parameter 14: variable 2, parameter 15: variable 0)[1] 7-segment display, hexadecimal number, 0 digit: output 2 points
D B AC
Data composition (bit)n+4n+5n+6n+7
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
D B AC
Data composition (bit)n+4n+5n+6n+7
3 digits 7-segment display (BCD)D B AC
n+8n+9n+10n+11
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
■ 7-segment display positionLINK IN R/ W ALM LINK IN R/ W ALM LINK IN R/ W ALM
1-digit display 2-digits display 3-digits display
(Parameter 14: variable 2, parameter 15: variable 4)[5] 7-segment display, hexadecimal number, 4 digits: output 18 points
D B AC
Data composition (bit)n+8n+9n+10n+11
4 digits 7-segment display (BCD)D B AC
n+12n+13n+14n+15
3 digits 7-segment display (BCD)D B AC
n+4n+5n+6n+7
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
(Parameter 14: variable 0 or 1, parameter 15: variable 4)[10] 7-segment display, decimal number, 4 digits: output 18 points
Data composition (bit)n+8n+9n+10n+11n+12n+13n+14n+15 n+4n+5n+6n+7 nn+1n+2n+3
(Parameter 14: variable 0 or 1, parameter 15: variable 1)
Data composition (bit)
[7] 7-segment display, decimal number, 1 digit: output 6 points
(Parameter 14: variable 0 or 1, parameter 15: variable 2)[8] 7-segment display, decimal number, 2 digits: output 10 points
(Parameter 14: variable 0 or 1, parameter 15: variable 3)[9] 7-segment display, decimal number, 3 digits: output 14 points
nn+1n+2n+3
(Parameter 14: variable 0 or 1, parameter 15: variable 0)[6] 7-segment display, decimal number, 0 digit: output 2 points
Data composition (bit)n+4n+5n+6n+7 nn+1n+2n+3
Data composition (bit)n+4n+5n+6n+7n+8n+9n+10n+11 nn+1n+2n+3
As for BCD data on a 7-segment display, check page 12.
7-segment display (decimal number: 0 ~ 9)
7-segment display (decimal number: 0 ~ 99)
7-segment display (decimal number: 0 ~ 999)
7-segment display (decimal number: 0 ~ 9999)
BL227XB-F2K7V4□□-P□□□/BL227XB-F3K7V4□□-P□□□ indicator lamp lighting and arm (door) opening operation are independent each other.
Data composition (bit)n+1
Indicatorlamp
nArm
(door)
n+5Indicator
lamp
n+4Arm
(door)
n+9Indicator
lamp
n+8Arm
(door)
n+13Indicator
lamp
n+12Arm
(door)
n+17Indicator
lamp
n+16Arm
(door)
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
-BL227XBF*K7V4**P*** 16/28-
(Parameter 14: variable 2, parameter 15: variable 1)
[In case of BL227XB-F2K7V4M□-P□□□/BL227XB-F3K7V4M□-P□□□ (LED combination type)]
* n = address number of terminal
D B AC
Data composition (bit)
Data composition (bit)
[2] 7-segment display, hexadecimal number, 1 digit: output 8 points
(Parameter 14: variable 2, parameter 15: variable 2)[3] 7-segment display, hexadecimal number, 2 digits: output 12 points
(Parameter 14: variable 2, parameter 15: variable 3)[4] 7-segment display, hexadecimal number, 3 digits: output 16 points
nn+1n+2n+3
n+2Indicator
lamp (blue)
n+3Arm
(door)
n+7Arm
(door)
n+11Arm
(door)
n+15Arm
(door)
n+19Arm
(door)
n+1Indicator
lamp (green)
nIndicatorlamp (red)
Indicatorlamp (blue)
Indicatorlamp (green)
Indicatorlamp (red)
Indicatorlamp (blue)
Indicatorlamp (green)
Indicatorlamp (red)
n+6 n+5 n+4
n+10 n+9 n+8
n+14 n+13 n+12
n+18 n+17 n+16
7-segment display (BCD)
(Parameter 14: variable 2, parameter 15: variable 0)[1] 7-segment display, hexadecimal number, 0 digit: output 4 points
D B AC
Data composition (bit)n+4n+5n+6n+7
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
D B AC
Data composition (bit)n+4n+5n+6n+7
3 digits 7-segment display (BCD)D B AC
n+8n+9n+10n+11
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
■ 7-segment display positionLINK IN R/ W ALM LINK IN R/ W ALM LINK IN R/ W ALM
1-digit display 2-digits display 3-digits display
(Parameter 14: variable 2, parameter 15: variable 4)[5] 7-segment display, hexadecimal number, 4 digits: output 20 points
D B AC
Data composition (bit)n+8n+9n+10n+11
4 digits 7-segment display (BCD)D B AC
n+12n+13n+14n+15
3 digits 7-segment display (BCD)D B AC
n+4n+5n+6n+7
2 digits 7-segment display (BCD)D B AC
nn+1n+2n+3
1 digit 7-segment display (BCD)
n+18 n+17 n+16
(Parameter 14: variable 0 or 1, parameter 15: variable 4)[10] 7-segment display, decimal number, 4 digits: output 20 points
Data composition (bit)n+8n+9n+10n+11n+12n+13n+14n+15 n+4n+5n+6n+7 nn+1n+2n+3
(Parameter 14: variable 0 or 1, parameter 15: variable 1)
Data composition (bit)
[7] 7-segment display, decimal number, 1 digit: output 8 points
(Parameter 14: variable 0 or 1, parameter 15: variable 2)[8] 7-segment display, decimal number, 2 digits: output 12 points
(Parameter 14: variable 0 or 1, parameter 15: variable 3)[9] 7-segment display, decimal number, 3 digits: output 16 points
nn+1n+2n+3n+6 n+5 n+4
n+10 n+9 n+8
n+14 n+13 n+12
(Parameter 14: variable 0 or 1, parameter 15: variable 0)[6] 7-segment display, decimal number, 0 digit: output 4 points
Data composition (bit)n+4n+5n+6n+7 nn+1n+2n+3
Data composition (bit)n+4n+5n+6n+7n+8n+9n+10n+11 nn+1n+2n+3
As for BCD data on a 7-segment display, check page 12.
* For the color of the indicator lamp, 7 types of coloring are possible by combining RGB.
Red (R)
Green(G)
Blue(B)
WhiteYellow
Skyblue
Purple
■ Combination color
7-segment display (decimal number: 0 ~ 9)
7-segment display (decimal number: 0 ~ 99)
7-segment display (decimal number: 0 ~ 999)
7-segment display (decimal number: 0 ~ 9999)
Indicatorlamp (blue)
Indicatorlamp (green)
Indicatorlamp (red)
Indicatorlamp (blue)
Indicatorlamp (green)
Indicatorlamp (red)
Indicatorlamp (blue)
Indicatorlamp (green)
Indicatorlamp (red)
Indicatorlamp (blue)
Indicatorlamp (green)
Indicatorlamp (red)
Indicatorlamp (blue)
Indicatorlamp (green)
Indicatorlamp (red)
Indicatorlamp (blue)
Indicatorlamp (green)
Indicatorlamp (red)
Data composition (bit)n+2
Indicatorlamp (blue)
n+3Arm
(door)
n+7Arm
(door)
n+11Arm
(door)
n+15Arm
(door)
n+19
Arm(door)
n+1Indicator
lamp (green)
nIndicatorlamp (red)
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
A = 20, B = 21, C = 22, D = 23
Hexagon socket head screw �xing standard tightening torque1.5 ~ 2.0 N·m
Main body hinge portion
Fitting B
Body piece
Body
Fitting B �ute
Hexagon socket head screw �xing standard tightening torque1.5 ~ 2.0 N·m
■ SUS holder
SUS corporation green frameGFF-000
Hitch the �xing projection on the back to the projection of the green frame and �x it by tightening the hexagon socket head screw.
■ H1 holder
Body piece
BodyFitting A �ute
■ H holder
Main body hinge portion
Fitting A
-BL227XBF*K7V4**P*** 17/28-
[How to Mount Fittings on the Pipe]
Hexagon socket head screw �xing standard tightening torque1.5 ~ 2.0 N·m
LINK IN R/W ALM
LINK IN R/W ALM
LINK IN R/W ALM
Hook the boss of �tting A onto the hinge part of the body.
Hook �tting A onto the pipe, and then pull the body to make the connection. When the body piece snaps into the �ute of �tting A, a temporary �xing has been made.
Slide the body to adjust the position.
Once the position has been determined, fasten �tting A to the pipe with the provided bolts.
Hook the boss of �tting B onto the hinge part of the body.
Hook �tting B onto the pipe, and then pull the body to make the connection. When the body piece snaps into the �ute of �tting B, a temporary �xing has been made.
Slide the body to adjust the position.
Once the position has been determined, fasten �tting B to the pipe with the provided bolts.
-BL227XBF*K7V4**P*** 18/28-
[How to replace the lever]
A Rubber lever
Retention ring for rubber lever
Arm
Mounting position ofthe retention ring for the rubber lever (D)
Rubber lever �xture
② Rubber lever
① Retention ring for rubber lever
Keep the arm off the lever
① New rubber lever
② New retention ring for rubber lever
Rubber lever
Retention ring for rubber lever
■Removal of Rubber Lever ■Mounting the Rubber Lever
Front View
Front View
Outer circumference of rubber lever boot section
C
C
D
E
FView B
Retention ring for rubber lever
Example of �tting while fastening
View A
LINK IN R/W ALM
B
Rubber lever �xture
A Rubber lever
LINK IN R/W ALM
Arm
■Rubber Lever Set for Replacement
Type: A027-LES-01-5P(5 sets)
Remove the plastic corrugated board and keep the arm off the lever to replace the rubber lever.Excessive stress may cause a failure when removing and mounting the retention ring for the rubber lever.CAUTION!
(1) Push the black part of the retention ring for the rubber lever in the direction of B and release the stopper �tting to loosen the ring.
(1) Ensure that a rubber lever �xture has been pushed completely into the boot section and place the retention ring over the rubber lever. Use a new retention ring for the rubber lever.
(2) Remove the rubber lever from the rubber lever �xture in order (① → ②).
(2) Mount the retention ring for the rubber lever to the (D) position (Rubber lever boot section) in the front view.Fasten the outer circumference of the rubber lever boot section after pushing the black mark part in the direction of C with pliers, etc., and matching the stopper piece until D and E contact each other (Refer to F).After fastening, pull the lever and ensure that the lever is securely �xed.
-BL227XBF*K7V4**P*** 19/28-
[How to install the door]
To expand the door area, attach plates, etc., to the door of the main body.A lightweight material having strength such as corrugated plastic is suitable as the plate.Examples of material and size driven for this terminal are shown.
■BL227XB-FK7V4□□-P□□□BL227XB-F2K7V4□□-P□□□
LINK IN R/ W ALM
Straight 200100 3
E F t
■Allowable corrugated plastic dimension (Unit: mm)
E
4014
F
2-ø5
Mounting hole
Door
Mounting hole dimensionThread diameter M4
Fixing screw (attachment)Truss screw M4×10Tightening torque 1.27N·m
(42)
*0.1 × 0.2 × 500 = 10g
■ Processing example of door
t
1 2 43
■Recommended material for door
Straight : Corrugated plastic of thickness 3mmDensity : 500g/m2 or less
-BL227XBF*K7V4**P*** 20/28-
■BL227XB-F1K7V4□□-P□□□BL227XB-F3K7V4□□-P□□□
[How to install the door]
To expand the door area, attach plates, etc., to the door of the main body.A lightweight material having strength such as corrugated plastic is suitable as the plate.Examples of material and size driven for this terminal are shown.
t
Straight 200100 3
E F t
■Allowable corrugated plastic dimension (Unit: mm)
■Recommended material for door
LINK IN R/W ALM
1 2 43
E
409
F
(60) 4-ø4
Mounting hole
Extension plate
Mounting hole dimensionBoss diameter ø6Preparation hole diameter ø2.5Length 6
Fixing screw example Taptite Nominal diameter 3 Flat washer M3 Tightening torque 0.8N·m
6
ø2.5ø6
*0.1 × 0.2 × 500 = 10g
■ Processing example of extension plate
Straight : Corrugated plastic of thickness 3mmDensity : 500g/m2 or less
DoorDoor
LINK IN R/W ALM
[Monitor Display]
-BL227XBF*K7V4**P*** 21/28-
Transmission indication (LINK)
Input indication (IN) Alarm indication (ALM)
When the following errors are indicated on the display window of the main body, take measures as shown below.
[Troubleshooting]
LINK (Green)
LINKALM
LED name Indication status
ALM (Red)
Description
Normal (transmission sign, 24V power is supplied)
Slave unit voltage drop0.2s Lights up ⇔ 1s Goes out
Transmission signal error
24V power supply is not available
Input OFF
When master unit detects duplication of ID (address) of this unit or non-setting
Flashing
Flashing
Alternate flashing
Lit
Unlit
Unlit
Input ONLit
LINKALM
IN (Orange)
LED
ind
icat
ion
LINK
○Unlit
○Unlit
・ AnyWireASLINK are not connected to the ASLINKPOKAYOKE. ・ Power supply for the AnyWireASLINK system itself is not turned on.
・ Con�rm that there is no disconnection between the ASLINKPOKAYOKE and the AnyWireASLINK system, and recover the connection.
・ Con�rm the power status of the AnyWireASLINK system, and turn on the power.
●Lit
○Unlit
・ Transmission signal is not correctly supplied.
・ Reconnect anew to AnyWireASLINK system
・ ASLINKPOKAYOKE is duplicated in address with other unit.
・ Look for other units with the same error indication and set an address different from those units.
◎Flashing(0.5s alternate)
◎Flashing(0.5s alternate)
・ ASLINKPOKAYOKE remains at address 255 (default).
・ Set address other than 255.
- ◎Flashing(0.2s lit, 1.0s unlit)
・ The internal power voltage of the ASLINKPOKAYOKE lowers.
・ Decrease the number of units connected to the same AnyWireASLINK system.
・ Shorten the transmission line between the ASLINKPOKAYOKE and the master unit.
ALM Cause Measures
Parameter No. Corresponding items Item contents Variable Description
01
02
GreenRedBlue
YellowSky bluePurpleWhite
0000000100020003
00000001000200030080008100820083
000400050006
03
04
Indication color
05 ~ 06 Spare
07
08
Sensitivity
Arm (door) abnormality setting
[Parameter and setting items]
LED display method00020003
LightingHigh-speed flickering (0.1s internal)
Mid-speed flickering (0.5s interval)
Low-speed flickering (1.0s interval)
00010000
0002
0002
0003
0003
0001
0001
0000
0000
0006
0006
0007
0007
0005
0005
0004
0004
Approx. 4.5cm
Approx. 8.5cm
Approx. 14cmNo abnormality detected
-BL227XBF*K7V4**P*** 22/28-
Default: 0001
A display methodDefault: 0081
F display method
Not displayed (blank)Displayed (F)
- (Hyphen)-1 (minus 1)
Not displayed (blank)Displayed (A)
- (Hyphen)-1 (minus 1)
Set color when the indicator lamp turns on.
*Only for selective LED display type
Default: 0000
Set the lighting pattern of the indicating lamp.
Default: 0000
Set downward re�ection sensitivity.*Only for downward re�ection type
Default: 0003
Default: 0001
Door opening/closing abnormality ON/OFF, output destination of alarm
signal, and set indicating lamp lighting pattern at abnormality.
Detection of opening/closing by external force: ONOpen/close abnormality detection: ONAlarm signal: Address + 1Detection discrimination not present
Detection of opening/closing by external force: ONOpen/close abnormality detection: ONAlarm signal: Address + 128Detection discrimination not present
Detection of opening/closing by external force: ONOpen/close abnormality detection: OFFAlarm signal: Address + 1
Detection of opening/closing by external force: ONOpen/close abnormality detection: OFFAlarm signal: Address + 128
Detection of opening/closing by external force: ONOpen/close abnormality detection: ONAlarm signal: Address + 1Detection discrimination present
Detection of opening/closing by external force: ONOpen/close abnormality detection: ONAlarm signal: Address + 128Detection discrimination present
Detection of opening/closing by external force: ONOpen/close abnormality detection: ONAlarm signal: NoneDetection discrimination not present
-BL227XBF*K7V4**P*** 23/28-
09
Approx. 0°Approx. 25°Approx. 45°Approx. 73°Approx. 90°
Approx. 130°Approx. 155°Approx. 180°
Approx. 0°Approx. 25°Approx. 45°Approx. 73°Approx. 90°
Approx. 130°Approx. 155°Approx. 180°
00000001000200030004000500060007
00000001000200030004000500060007
00000001000200030004000500060007
10
11
12
Arm (door) open position
Arm (door) close position
Arm (door) close operation time
Set the arm (door) open position.
Set the arm (door) close position.
Setting of time before arm (door) starts to close and �ickering operation during that time.
Arm (door) open operation time
Setting of time before arm (door) starts to open and �ickering operation during that time.
Default: 0007
Default: 0000
Default: 0001
Default: 0000
0008000900100011001200130014001500160017
00000001000200030004000500060007
0008000900100011001200130014001500160017
001800190020
001800190020
Parameter No. Corresponding items Item contents Variable Description
0 sec. 1 sec. (No �ashing) 2 sec. (No �ashing) 3 sec. (No �ashing) 4 sec. (No �ashing) 5 sec. (No �ashing) 6 sec. (No �ashing) 7 sec. (No �ashing) 8 sec. (No �ashing) 9 sec. (No �ashing) 10 sec. (No �ashing) 1 sec. (Flashing) 2 sec. (Flashing) 3 sec. (Flashing) 4 sec. (Flashing) 5 sec. (Flashing) 6 sec. (Flashing) 7 sec. (Flashing) 8 sec. (Flashing) 9 sec. (Flashing) 10 sec. (Flashing)
0 sec. 1 sec. (No �ashing) 2 sec. (No �ashing) 3 sec. (No �ashing) 4 sec. (No �ashing) 5 sec. (No �ashing) 6 sec. (No �ashing) 7 sec. (No �ashing) 8 sec. (No �ashing) 9 sec. (No �ashing) 10 sec. (No �ashing) 1 sec. (Flashing) 2 sec. (Flashing) 3 sec. (Flashing) 4 sec. (Flashing) 5 sec. (Flashing) 6 sec. (Flashing) 7 sec. (Flashing) 8 sec. (Flashing) 9 sec. (Flashing) 10 sec. (Flashing)
14Decimal number (with 0 blank)
Decimal number (without 0 blank)
Hexadecimal number
0 digit effective
1 digit effective
2 digits effective
3 digits effective
4 digits effective
00000001000200030004000500060007
7-segment display number
Set a number on a 7-segment display.
Factory setting: 0002
157-segment
display number of digits
Set an available 7-segment number of digits.
Factory setting: 0001
-BL227XBF*K7V4**P*** 24/28-
16 ~ 19 Spare
[Specifications]
■Individual specification
: Input 2 points, output 1-17 points: Input 2 points, output 3-19 points: Input 2 points, output 2-18 points: Input 2 points, output 4-20 points: Input 2 points, output 1-17 points: Input 2 points, output 3-19 points: Input 2 points, output 2-18 points: Input 2 points, output 4-20 points
BL227XB-FK7V4V□-P□□□
BL227XB-FK7V4M□-P□□□
BL227XB-F2K7V4V□-P□□□
BL227XB-F2K7V4M□-P□□□
BL227XB-F1K7V4V□-P□□□
BL227XB-F1K7V4M□-P□□□
BL227XB-F3K7V4V□-P□□□
BL227XB-F3K7V4M□-P□□□
Number of occupied data items
■Common specifications
DP - DN side: 6mA24V - 0V side: 19mA (at standby) 580mA (in operation)
Consumption current
BL227XB-FK7V4□-P□□□
BL227XB-FK7V4□N-P□□□
BL227XB-FK7V4□L-P□□□
BL227XB-F2K7V4□-P□□□
BL227XB-F2K7V4□N-P□□□
BL227XB-F2K7V4□L-P□□□
BL227XB-F1K7V4□-P□□□
BL227XB-F1K7V4□N-P□□□
BL227XB-F1K7V4□L-P□□□
BL227XB-F3K7V4□-P□□□
BL227XB-F3K7V4□N-P□□□
BL227XB-F3K7V4□L-P□□□
Mass
145g139g139g145g139g139g149g142g142g149g142g142g
166g160g160g166g160g160g170g163g163g170g163g163g
146g140g140g146g140g140g150g144g144g150g144g144g
TypeH
HolderSUSH1
Parameter No. Corresponding items Item contents Variable Description
Ambient temperature useAmbient humidity useTemperature/humidity storage AtmosphereAltitude use *1
Pollution level *2
Noise resistance
Power supply voltage use
Transmission method
Synchronization methodTransmission procedureConnection mode
Number of connection pointsNumber of connection points
24V DC +15% to -10% (21.6 to 27.6V DC) with a ripple of 0.5Vp-p or lessDC power supply superimposed total frame/cyclic methodFrame/bit synchronization methodDedicated protocolBus type (Multi-drop method, T-branch method, Tree branch method)512 max. (IN: 256, OUT: 256)Up to 128 units
■General Specifications
■Transmission Specifications
0 - +55℃10 - 90%RH No condensation-25 - +75℃No corrosive gas0 - 2000m2 or less1200Vp-p (pulse width 1μs)
*1 Do not use or store the AnyWireASLINK device in an environment pressurized equal to or higher than the atmospheric pressure at an altitude of 0m. Doing so could cause a malfunction.
*2 Index that indicates the occurrence of conductive material in the environment where the device is used.Contamination level 2 indicates that only non-conductive contamination occurs.However, incidental condensation could create temporary conductivity in this environment.
[Outside Dimensions]
■H holderUnit : mm
* Oblique line portion (lever switch) only relevant to: BL227XB-F1K7V4V-P BL227XB-F1K7V4M-P BL227XB-F3K7V4V-P BL227XB-F3K7V4M-P
-BL227XBF*K7V4**P*** 25/28-
* *
* * ** Oblique line portion (lever switch) only relevant to: BL227XB-FK7V4V-P BL227XB-FK7V4M-P BL227XB-F2K7V4V-P BL227XB-F2K7V4M-P
Commercial type of round pipeø28.0
(84.5)73
35.8 (64.5)
(2.4)
(18.5)
6.2
1 = DN (Black)2 = DP (Red)3 = 0V (White)4 = 24V (Green)
Hexagon socket head screw �xing standard tightening torque1.5 ~ 2.0 N·m
(150
)
(9.9
)
36
(66)
54
2240
189
302.5
8.5
(106
)
Commercial type of round pipeø28.0
(84.5)
4–ø2.5 hole
73
35.8 (64.5)
(3.3)
(18.5)
6
1 = DN (Black)2 = DP (Red)3 = 0V (White)4 = 24V (Green)
(150
)
(10.
8)
36
(66)
54
67(1
08)
40
18
18
9
3060
83
2.5
8
Hexagon socket head screw �xing standard tightening torque1.5 ~ 2.0 N·m
■H1 holder Unit : mm
-BL227XBF*K7V4**P*** 26/28-
Commercial type of round pipeø28.0
(84.5)
4–ø2.5 hole
73
35.8 (64.5)
(3.3)
(18.5)
6
1 = DN (Black)2 = DP (Red)3 = 0V (White)4 = 24V (Green)
(150
)
(10.
8)
36
(66)
67(1
08)
4018
6083
8
Hexagon socket head screw �xing standard tightening torque1.5 ~ 2.0 N·m
M6×15L
Commercial type of round pipeø28.0
(84.5)73
35.8 (64.5)
(2.4)
(18.5)
6.2
1 = DN (Black)2 = DP (Red)3 = 0V (White)4 = 24V (Green)
Hexagon socket head screw �xing standard tightening torque1.5 ~ 2.0 N·m
M6×15L
(150
)
(9.9
)
36
(66)
2240
8.5
(106
)
* Oblique line portion (lever switch) only relevant to: BL227XB-F1K7V4V-P-H1 BL227XB-F1K7V4M-P-H1 BL227XB-F3K7V4V-P-H1 BL227XB-F3K7V4M-P-H1
* *
* * ** Oblique line portion (lever switch) only relevant to: BL227XB-FK7V4V-P-H1 BL227XB-FK7V4M-P-H1 BL227XB-F2K7V4V-P-H1 BL227XB-F2K7V4M-P-H1
■SUS holder Unit : mm
-BL227XBF*K7V4**P*** 27/28-
SUS green frameGFF-000
(84.5)
4–ø2.5 hole
73
35.8 (64.5)
(3.3)
(25.5)
6
1 = DN (Black)2 = DP (Red)3 = 0V (White)4 = 24V (Green)
(150
)
(10.
8)
36
(66)
67(1
08)
4018
60
83
8
Hexagon socket head screw �xing standard tightening torque1.5 ~ 2.0 N·m
M6×25L
SUS green frameGFF-000
(84.5)73
35.8 (64.5)
(2.4)
(25.5)
6.2
1 = DN (Black)2 = DP (Red)3 = 0V (White)4 = 24V (Green)
Hexagon socket head screw �xing standard tightening torque1.5 ~ 2.0 N·m
M6×25L
(150
)
(9.9
)
36
(66)
2240
8.5
(106
)
* Oblique line portion (lever switch) only relevant to: BL227XB-F1K7V4V-PS BL227XB-F1K7V4M-PS BL227XB-F3K7V4V-PS BL227XB-F3K7V4M-PS
* *
* * ** Oblique line portion (lever switch) only relevant to: BL227XB-FK7V4V-PS BL227XB-FK7V4M-PS BL227XB-F2K7V4V-PS BL227XB-F2K7V4M-PS
-BL227XBF*K7V4**P*** 28/28-Printed in Japan 2016, 2017 UMA-15454B
Anywire CorporationHeadquarters :1 Babazusho, Nagaokakyo-shi, Kyoto 617-8550 JAPAN
:Contact by mailContact [email protected]:Contact by website http://www.anywire.jp
[Address]