SMC串行传送系统，EX120-SCS1
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串行传送系统 EX
一体型／输出对应
系列/CAD 防护等级 通信协议 适合阀
EX120 IP20 DeviceNetTM CC-Link 欧姆龙(CompoBus/S) SUNX(S-LINK) NKE (省配线系统) SV1000,2000,3000,4000 VQ1000,2000
EX121 IP20 DeviceNetTM CC-Link 欧姆龙(CompoBus/S) SUNX(S-LINK) NKE (省配线系统) SY3000,5000
EX122 IP20 DeviceNetTM CC-Link 欧姆龙(CompoBus/S) SUNX(S-LINK) NKE (省配线系统) SY3000,5000
EX123 IP65 DeviceNetTM CC-Link 欧姆龙(CompoBus/S) SUNX(S-LINK) NKE (省配线系统) VQ2000,4000,5000
EX124 IP65 DeviceNetTM CC-Link 欧姆龙(CompoBus/S) SUNX(S-LINK) NKE (省配线系统) VQ2000,4000,5000
EX126 IP67※1 DeviceNetTM CC-Link 欧姆龙(CompoBus/S) SUNX(S-LINK) NKE (省配线系统) SV1000,2000,3000 VQC1000,2000,4000
EX140 IP20 DeviceNetTM CC-Link 欧姆龙(CompoBus/S) SUNX(S-LINK) NKE (省配线系统) SZ3000,SQ1000,2000
EX180 IP20※2 DeviceNetTM CC-Link 欧姆龙(CompoBus/S) SUNX(S-LINK) NKE (省配线系统) SJ2000,3000
※1 只对应CC-Link
※2 只对应CC-Link 、DeviceNetTM
串行传输系统，可控制多个电磁
通过只使用从PLC的通信线路的阀
通信模块（主模块）或它可以读取
来自各种传感器的信号。此系统也可以被称为
“现场总线系统”。
接线线圈的每一个电磁阀，一个接一个，输出
在PLC上的单元被称为“并行布线”。使用在每个阀
需要连接。因此，根据布线
在使用电磁阀或传感器的数量是必需的。
在Si单元是一个装置，可以控制电磁阀
通过串行通信。
输出数是多少的电磁阀或输出
是可以控制的设备。
输入数量等各种传感器的数目
自动开关，压力开关等可连接的。
输出到控制装置，用于打开/关闭
电磁线圈。
输入/输出是指ON-OFF控制的能力
（输出）的电磁阀，以及读取（输入）的
的传感器信号，如从一个自动开关或压力
切换。
议定书装置的串行数据被发送和/或接收在
根据命名规范。
开放式网络意味着已经取得了一个标准，
公共和被广泛接受。
综合型是指SI单位和电磁阀
歧管集成。 SI单位有必要为每
协议。
分散型指的GW（网关）
的系统。
从该网关，电磁阀的歧管和所述
输入设备可位于远程。更换
网关使之间的各种变化
协议。
术语表
外壳被评为使用的IP（国际
保护）标准（IEC60529），专注于
防止灰尘或水。
IP20：防止手指进入机箱，但
没有专门针对水。
IP65：防止灰尘进入机箱，而不是
股水柱从四面八方很大的影响。
IP67：防止灰尘进入机箱
在一个特定的压力和时间浸泡在水中。
阀接口之间的连接
SI单位和电磁阀的歧管。
插件：连接器上的SI单位和
电磁阀的歧管直接插入
相互转化。
插头引线：SI单位和电磁线圈
与电线的连接
连接器。
扁平电缆：SI单位和电磁
阀门歧管相连
连同扁平电缆
有MIL连接器。
术语表
集成型和分散型
酒吧股票型（毛重系统）和堆叠式
机箱阀接口
酒吧股票类型由
歧管铝基地
固定数目的歧管站。
堆叠的类型由
纸盒基座歧管或tierod的的
这两个基地歧管
允许增加/降低
站的数量容易。
SMC串行传送系统，EX120-SCS1
A serial transmission system can control multiple solenoid
valves by using only the communication line from the PLC’s
communication module (master module) or it can read the
signal from the various sensors. This system can also be called
a “Fieldbus system”.
Wiring the coil of each solenoid valve, one by one, to the output
unit on the PLC is called “Parallel wiring”. Each valve in use
needs to be connected. Therefore, wiring in accordance with
the number of solenoid valves or sensors in use is required.
A SI unit is a device which can control the solenoid valve
through serial communication.
Number of outputs is the number of solenoid or output
devices that can be controlled.
Number of inputs is the number of various sensors such as
an auto switch, pressure switch, etc. that can be connected.
Output refers to the control device for turning on/off the
solenoid coil.
Input/Output refers to the ability for ON-OFF control
(output) of a solenoid valve, as well as the reading (input) of
a sensor signal, such as from an auto switch or pressure
switch.
Protocol means the serial data is sent and/or received in
accordance with a named specification.
Open network means a standard that has been made
public and is widely accepted.
The integrated type means the SI unit and solenoid valve’s
manifold are integrated. An SI unit is necessary for every
protocol.
The decentralized type refers to the GW (Gateway)
system.
From the Gateway, the solenoid valve’s manifold and the
input devices can be located remotely. The replacement of
the Gateway enables changing between the various
protocols.
Glossary of terms
The enclosure is rated using the IP (International
Protection) standard (IEC60529) which focuses on
protection against dust or water.
IP20: Protection against fingers entering the enclosure but
not specifically against water.
IP65: Protection against dust entering the enclosure and not
greatly affected by jets of water from all directions.
IP67: Protection against dust entering the enclosure and
immersion in water at a specific pressure and time.
The valve interface is the connection between
the SI unit and the solenoid valve’s manifold.
Plug-in: The connector on the SI unit and the
solenoid valve’s manifold directly plug
into each other.
Plug lead: The SI unit and the solenoid coil are
connected with wires having a
connector.
Flat ribbon cable: The SI unit and solenoid
valve’s manifold are connected
together with a flat ribbon cable
having a MIL connector.
Glossary of terms
Integrated and Decentralized type
(GW system) Bar stock type and Stacking type
Enclosure Valve interface
The bar stock type consists of a
manifold base made of Aluminum with
a fixed number of manifold stations.
The stacking type consists of a
cassette base manifold or a tierod
base manifold both of which
allow increasing/decreasing of
the number of stations easily.
SMC串行传送系统，EX120-SCS1
