1. EX600 Wireless System
EX600 Series

2. The advantages of Industrial wireless communication
1. Less wire Space and wiring time
Construction and the wiring cost of the communication cable can be reduced.
Also the construction time can be shortened.
2. Communication line exclusion from moving area
It’s possible to install this system in places where wiring is difficult.
3. Flexible to change & corrections
It is possible to correspond to flexible changes & corrections of the facility.
Sep.2017

3. Features - Maximum 1280 Inputs／1280 Outputs
(Up to 127 slave registries）
- Min. 250ms　slave connection time
- Min. 5ms latency of I/O response
- Approx. 10m communication distance
(Master to Slave)
Sep.2017

4. Features (Cont’d)
The SMC wireless communication system provides a stable and reliable network that meets the needs of the Factory Automation environment.
Noise
Resistance
- Adopt radio frequency that is higher than the frequency of the noise source generated by a factory facilities [ 2.4GHz ISM band ]
- Prevention of interference with other wireless communication by the Frequency Hopping
- Interference reduction to the other communication equipment in the same areas by reduce radio power. [1mW or less]
Sep.2017

5. Features (Cont’d) High speed connection High speed response
-Quick start operation from power supply turn on or tool change applications. [ Minimum 0.25 seconds]
- Quick response of signal thanks to compact data packets and the time synchronous system. [ Minimum 5 msec]
- The encryption prevents process data manipulation and leak outside the network.
- To provide a technology capable of realizing communication with high quality without interruption. [Re-try, Auto synchronous, CRC check ]
High speed response
High reliability
Sep.2017

6. Wireless modules Wireless master Wireless Slave NFC antenna
MAC adrs： 00:26:C6:00:0A:01
PID ： xx:xx:xx:xx
LED display
To I/O Units
Ethernet I/F
To　solenoid valves
To　solenoid valves
To I/O Units
Ex. Master unit I/O unit connection
Ex. Slave unit I/O connection
Sep.2017

7. Wireless master / slaves
I/O modules + valve outputs capability
Wireless master / slaves
I/O modules 1
Digital inputs
(M12/M8/D-sub/spring terminal) 2
Digital outputs
(M12/D-sub/Spring terminal) 3
Digital I/O
(D-sub/Spring terminal) 4
Analog IO
(M12 connector)
Max. 9 x I/O modules
Max. 32 coils
Sep.2017

8. NFC I/F for parameter settings and I/O monitoring.
　NFC：Near Field Communication
- NFC reader/writer
Setting items for master / slave
Addressing
I/O size
Valve status in error condition (Hold / Clear)
Sep.2017

9. Application Example1; Handing robot / Tool changer
With wired communication
With wireless communication
-Communication line exclusion from moving area.
- It’s possible to operate the JIG’s independently. (A power supply is required)
Control Panel
Periodic maintenance is required
Master
Slave
Robot
Robot
Slave
Slave
JIG A
JIG B
JIG C
JIG A
JIG B
JIG C
Confidential / May (for MAKINO)

10. Application Example2; Welding robot facility
;Communication line that
becomes unnecessary
by wireless
A robot
panel R H
JIG # 10
slave
Master
Network
Handling
robot
Welding 20 30
Confidential / May (for MAKINO)

11. Application Example2; Turn table
Master
slave
Assembly2
Loder
Assembly1
Un-Loder
Only Air and power
>Communication line is
unnecessary
Sep.2017

12. Depending on environment and connection number of slaves
Specifications - wireless related
Items
Specifications
Field bus
Ethernet / IP ,
SMC original protocol
Radio Protocols (
Physical layer :
IEEE
802 . 15 . 4 )
Encription
SMC proprietary
Signal spread
Frequency Hopping (
FHSS )
method
Frequency / CH 2 . 4
GHz ISM band ( 2 .
403 - 2 .
481
GHz
) / 79 ch
Communication
250
kbps
data speed
Data latency
Min 5
msec
(*)
Communication
Master -
Slave :
approx . 10 m
(*)
distance
(*)
Depending on environment and connection number of slaves .
Sep.2017

13. Specifications - wireless related (Cont’d)
RF laws
工事設計認証
Japan
Countory
Standard
CE Marking （ R
&
TTE Directive ) EU
FCC
USA
Sep.2017

14. Thank you