西门子X-100非网管型介质转换器

通过SCALANCE X-100 产品系列非管理型介质转换器，可以实现以太网总线、星形和环形拓扑结构中各传输介质的低成本转换。 它们设计用于安装在控制柜中。

通过SCALANCE X-100介质转换器光路，可以实现网段中单程、远程终端单元的链接。 冗余环中可集成光路，后备链路中也可集成安装SCALANCE X-100介质转换器。

产品型号

SCALANCE X101-1和SCALANCE X101-1LD
SCALANCE X101-1POF，
SCALANCE X101-1FL和
SCALANCE X101-1AUI

• 用于在总线、星形和环形拓扑结构工业以太网中将电气信号转换成光学信号
• 工业以太网介质转换器带电气10/100 Mbit/s RJ45端口和：
  • SCALANCE X101-1
    100 Mbit/s 多模接口，带BFOC 接头
  • SCALANCE X101-1 LD
    100 Mbit/s 单模接口，带BFOC 接头
  • SCALANCE X101-1POF
    100 Mbit/s 塑料光纤接口， 带SC-RJ接头
  • SCALANCE X101-1AUI
    10 Mbit/s AUI接口，带SUB-D型接头
  • SCALANCE X101-1FL
    100 Mbit/s 多模接口，带BFOC 接头
• 冗余电源，带2个24 V DC
• 通过 LED（电源、链路状态、数据通讯）和信令触点（信号掩码可使用按钮现场设置）进行设备诊断。
• 电气RJ45接口，工业标准设计，带有附加护套，用于连接新式 IE FC RJ45接头

The SCALANCE Industrial Ethernet media converters with a rugged metal housing are optimized for mounting on a standard rail and an S7-300 DIN rail. Direct wall mounting in various positions is also possible. Due to the housing dimensions that correspond to those of the S7-300, the devices are ideally suited for integration into an automation solution using S7-300 components.

The SCALANCE X-100 media converters feature:

• a 4-pin terminal block for connecting the redundant power supply (2 x 24 V DC)
• a row of LEDs for displaying status information (power, link status, data communication, signaling contact)
• a 2-pole terminal block for connecting the floating signaling contact
• a SET button for local configuration of the signaling contact and of cascading mode

The following port types are available:

• 10/100BaseTX, RJ45 connector:
  RJ45 connector, automatic detection of the data rate (10 or 100 Mbit/s), with Autosensing and Autocrossover function for connecting IE FC cables via IE FC RJ45 Plugs over distances up to 100 m
• 100BaseFX, BFOC connections with glass fiber optic cable:
  BFOC sockets for direct connection to Industrial Ethernet glass fiber-optic cables up to 3000 m or 26000 m for configuring line, star or ring topologies.
• 100BaseFX, SC RJ connections with plastic fiber optic cable:
  SC RJ sockets for direct connection to Industrial Ethernet POF fiber-optic cables up to 50 m or to Industrial Ethernet PCF fiber-optic cables up to 100 m for configuring line, star or ring topologies
• 10BaseFL, BFOC connections with glass fiber optic cable:
  BFOC sockets for direct connection to Industrial Ethernet glass fiber optic cables up to 3000 m for configuring line, star or ring topologies.
• AUI, 15-pin Sub-D connector :
  15-pin Sub-D socket for connecting an Industrial Ethernet AUI cable (connecting cable 727-1/drop cable) to 50 m.

• Configuring electrical and optical Industrial Ethernet line, star or ring topologies
• Uncrossed connecting cables can be used due to Autocrossover function integrated in the TP ports
• Easy configuration and extension of the network;
  no limits to network extension when switches or media converters of the SCALANCE X-100 family are cascaded.
• Integration of existing 10Base FL and/or 10Base5 networks

Function overview of Industrial Ethernet media converters

Network topology and network configuration

The SCALANCE X-100 media converters are typically accommodated in one control cabinet together with the nodes to be connected. They can be installed in line, star and ring topologies.

When configuring the network, it is necessary to observe the following boundary conditions:

• Length of the TP cable between two SCALANCE X media converters:
  • Max. 100 m with Industrial Ethernet FastConnect products
• Length of the optical cables:
  • Max. 3000 m with Industrial Ethernet multimode fiber-optic cables.
  • Max. 26000 m with Industrial Ethernet singlemode fiber-optic cables.
  • Max. 100 m with Industrial Ethernet PCF fiber-optic cables
  • Max. 50 m with Industrial Ethernet POF fiber-optic cables
• Length of the AUI cable:
  • max. 50 m with Industrial Ethernet connecting cable 727-1 (AUI drop cable)

Optical star topology with SCALANCE X101-1/X101-1LD and remote SCALANCE W Access Point

Electrical and optical linear topology with SCALANCE X101-1

Mixed ring topology with twisted-pair and fiber optic cables

Mixed ring topology with fiber optic and twisted-pair cables