B&PLUS RCD22T-211-CLC User Manual

Remote System
User's Guide
Remote Coupler System
CC-Link version
Remote part ：RCD22T-211-CLC
Base part part：RCD22E-211-CLC
【Function of each Component】
Remote Mounted on a moving side. It transmits CC-Link data to the Base and supplies power to connected CC-Link interface device.
Base Mountes on the fixed side. It transmits CC-Link data to the Remote and supplies power to the Remote inductively through air-gap.
Demensions
D22T-211-CLC
Remote：RCD22T-211-CLC
90
4-φ10 depth 6
75
4-φ5.5
63
FG(faston 0.25")
Status LED(Green/Yellow) Power LED(Green)
pin signal(4pin) Power(4pin)
1 SLD
2 DB
① ①
3 DG
4 DA
Signal Power
66e
② ③ ④ ④ ③ ②
Dip-switch
Specifications
RCD22T-211-CLC
Type number
Output voltage 24V ± 1.5V DC
Output current ≦ 2A
3...5mm
Transmitting distance
± 4mm
Center off-set
Operating temperature 0...+50 ℃
Degree of protection IP 67
Connector Signal/ Power M12/4 pin Male Acoding / M12/4 pin Female Acoding
Available connector cable Signal/Power VA-4DSX5CCG4[5m] / TM-4DBX5HG2-1/3[5m])
Housing Aluminum anodized finish
Material
Active surface ABS + PBT
Ferrite core clamp ( Gray x2 / White x1 )
Bundled items
*Compatible with CC-Link Ver.1.10/Ver.2.0.
No settings for station type, number of occupied stations, etc.
are required.
*The built-in DIP switches can be used only to set the
communication speed and internal terminating resistor.
*No communication problem even if multiple remote coupler
system CC-Link specifications are used.
T312101Oe
2022.11.15
Construction of the system
CC-Link CC-Link CC-Link CC-Link CC-Link CC-Link
unit ユニ ッ ト unit ユニ ッ ト unit ユニ ッ ト
Terminator
終端
抵抗
Power supply
Base part
24V DC
24V DC
Power supply CC-Link data
Remote part
CC-Link CC-Link
終端 終端
CC-Link unit CC-Link unit
機器 機器
ユニ ッ ト 抵抗 ユニ ッ ト 抵抗
RCD22E-211-CLC
Base：RCD22E-211-CLC
90
45
4-φ10 depth 6
30
75
4-φ5.5
10
63
FG(faston 0.25")
Power LED(Green)
Status LED(Green/Yellow)
+24V
Not use ① ③
24G
Not use
Signal Power
② ③ ④ ④ ① ②
Dip-switch
A65e
RCD22E-211-CLC
Type number
Supply voltage (include ripple)
24 V DC ± 5 ％
Current consumption ≦ 3 A
Communication CC-Link data
Communication speed 156kbps....10M bps （Changes by Dip switch）
Data delay max.30bit
Start-up time ≦ 2 sec*
Operating temperature 0...+50 ℃
Connector Signal/ PowerSignal M12/4 pin Male Acoding / M12/4 pin Male Acoding
Available connector cable Signal/Power VA-4DSX5CCG4[5m] / TM-4DSX5HG2-1/3[5m]
Degree of protection IP 67
Material Housing Aluminum anodized finish
Active surface ABS + PBT
Bundled items Ferrite core clamp ( Gray x2 / White x1 )
＊ This means the time since the timing when a Remote
part and a Base part are energized within
the transmission area until the timing when the
wireless signal transmission starts. It doesn't mean
the time until the system as CC-Link established.
Transmitting Area Diagram
Y
Master CC-Link
unit ユニ ッ ト
8
Terminator
終端
7
抵抗
6
電源
5
4
3
The built-in terminating
resistor SW4 in this 2
configuration example
1
is set to Base part part
OFF and Remote part
-10 -8 -6 -4 -2 0 2 4 6 8 10
ON.
Output current ≦ 2A
LED indication
LED Color LED
Power LED ON
Green OFF
Base &
Remote part
Blink
45
30
Base part Blink
10 Green
Blink
Remote part Green Blink
Status LED Yellow ON
ON
Base &
Green
Remote part
Blink
*Indicates External power supply at Base and indicates Base part at Remote.
Installation
-To avoid the influence of surrounding metal and mutual interference between products,
be sure to open a space larger than the value shown in the table below.(Fig.1）
Type number
pin signal(4pin) Power(4pin)
RCD22T-211-CLC
1 SLD +24V
RCD22E-211-CLC
2 DB Not use
3 DG 24G
-Be sure to attach the included ferrite clamp (gray) to the communication
4 DA Not use
cable and power cable in two turns, and attach the ferrite clamp (white) to the
communication cable and power cable together in one turn within 20 cm from
the Base part part and Remote part main unit. Figure 2. (Figure 2)
- When installing a ferrite clamp, be careful not to apply excessive stress
to the cable due to sudden bending at the connector end or both ends of
the ferrite clamp.
- When routing cables with bends, install them above the bend
radius of the cables to be used.
- Install so that water and cutting water do not get on the end (wiring
part) of the cable. Moisture is transmitted from the cable core to the main
body, causing short circuits and corrosion.
- Fix the peripheral cables and install them so that they will not be
shaken or shocked.
- Use the tab terminal (FG) in a place where the noise environment is bad. (Fig.3)
- To reduce the effect of self-heating, it is recommended to install it on
metal using case mounting screws.
- Since metal overheating and internal elements may be damaged, install
the base so that it does not face the metal before turning on the power. (Fig.4)
- Do not put metal objects between the operating heads.
- If foreign material get inside the device from the end of the
connector, it may cause fire, smoke, fire, electric shock, or malfunction
due to malfunction or short circuit.(Fig.5)
Base part
( 一 _ 一；)
（Fig.4） Metal facing
[Example : Supply voltage at 24V DC]
（Non-flush mounted）
mm
-Design the product so that it can be used under the wiring
and ambient conditions specified in the specifications. Also,
design the product to meet the requirements for "transmission
distance," "axis misalignment," "output voltage," and "output
current.
Designing out of the specifications may cause unexpected
malfunctions, troubles, or failures due to deterioration of internal
components.
-In remote coupler systems, the control signal may become
X
unstable outside of specification. If it affects the operation of
Ｘ：Center off set (mm)
the equipment, start data communication after it is within the
Ｙ：Transmitting distance (mm)
specification range.
State
The power supply* is supplied.
The power supply* is not supplied.
Anomalous temperature（turn on : 9s / turn off : 2s）
Supply voltage is low. （turn on : 0.5s / turn off : 0.5s）
Supply voltage is high. （turn on : 0.1s / turn off : 0.1s）
Output voltage is low. （turn on : 0.5s / turn off : 0.5s）
Inzone.
Unusual data is received continuously.
Interval of blinking varies by the baud rate. （Refer to upper table. ）
A (mm) B (mm) C (mm)
50 45 300
moisture
metal
Foreign material https://www.b-plus-kk.jp/ E-mail sales@b-plus-kk.jp
（Fig.5） Foreign material invades inside the sensor
When temperature and voltage are abnormalities - - -
sec or 0.1 sec.
LED turned on for 6 sec changes to blink of the interval of 0.5
2 sec
Anomalous TEMP ON 6 sec
OFF
Anomalous TEMP&Voltage ON
OFF
（0.5 sec interval / Votage low）
＊ When excessive heat is generated.It stops
the power supply and once heat cool-down.
RCD22E would be restarted.
C
A
(^_^)
(^_^)
B
（Fig.1）arrange with space
Setting ferrite core clamp
Power Max.20cm
Ferrite
core(Gray)
Ferrite
core(White)
Ferrite
core(Gray)
CC-Link signal
（Fig.2）Clamping
（Fig.3）Installation using the tab terminal