Page 1 Industrial Ethernet Preface Basics of communication with Industrial Ethernet Network structures and network configuration SIMATIC NET Examples of applications Industrial Ethernet / PROFINET Industrial Ethernet SCALANCE network components Cloud Gateway System Manual TeleControl Communications processors for PCs Communications processors for SIMATIC S7...
Page 2 Note the following: WARNING Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems.
Page 3: Preface
On the one hand the target groups are decision makers and planners; with this document, they can gain an overview of the technical principles, the SIMATIC NET product range and the most important practical applications. On the other hand, it provides configuration engineers and commissioning personnel with extensive information data to which they can refer when setting up their network systems.
Page 4 SIMATIC NET glossary Explanations of many of the specialist terms used in this documentation can be found in the SIMATIC NET glossary. You will find the SIMATIC NET glossary on the Internet at the following address: 50305045 (https://support.industry.siemens.com/cs/ww/en/view/50305045) Industrial Ethernet...
Page 5 Siemens’ products and solutions undergo continuous development to make them more secure. Siemens strongly recommends that product updates are applied as soon as they are available and that the latest product versions are used. Use of product versions that are no longer supported, and failure to apply the latest updates may increase customers’...
Page 6 Preface Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 7: Table Of Contents
Basics of Industrial Ethernet ....................16 1.2.2 PROFINET ..........................18 1.2.2.1 Basics of PROFINET ......................18 1.2.2.2 PROFINET IO ......................... 20 1.2.3 SIMATIC NET ......................... 20 1.2.4 Transmission procedures and real-time response ..............23 1.2.5 Time-Sensitive Networking ..................... 24 1.2.5.1 Introduction ..........................24 1.2.5.2 Time synchronization ......................
Page 8 "Virtual Private Networks" (VPNs) ..................102 2.4.5 Cell protection concept ......................102 2.4.6 SIMATIC NET products for network security ............... 104 Examples of applications ........................107 Virtual segmentation ......................107 Redundantly coupled networks .................... 108 Data protection during remote maintenance ................ 110 Cell protection concept ......................
Page 9 3.12 Process automation in hazardous areas ................125 SCALANCE network components ....................... 127 Industrial networks with SIMATIC NET ................. 127 Product families ........................128 Common properties of all SCALANCE devices ..............129 Web Based Management for configuring networks .............. 131 SCALANCE X Industrial Ethernet Switches .................
Page 10 Table of contents 4.5.10 SCALANCE XR-100WG ...................... 150 4.5.10.1 Description ........................... 150 4.5.10.2 Features ..........................150 4.5.10.3 Interfaces ..........................150 4.5.10.4 Article numbers ........................151 4.5.11 SCALANCE X-200IRT ......................151 4.5.11.1 Description ........................... 151 4.5.11.2 Features and functions ......................152 4.5.11.3 Interfaces ..........................
Page 11 Table of contents 4.5.19 SCALANCE XR-300WG ....................... 185 4.5.19.1 Description ..........................185 4.5.19.2 Features and functions ......................185 4.5.19.3 Interfaces ..........................186 4.5.19.4 Article numbers ........................187 4.5.19.5 Accessories SFP transceiver ....................187 4.5.20 SCALANCE XM-400 ......................189 4.5.20.1 Description ..........................189 4.5.20.2 Features and functions ......................
Page 12 Table of contents 4.6.11 SCALANCE W1788/W1748 ....................227 4.6.11.1 Description ........................... 227 4.6.11.2 Features and functions ......................228 4.6.11.3 Interfaces ..........................229 4.6.11.4 Article numbers ........................230 4.6.12 SCALANCE W1750D ......................231 4.6.12.1 Description ........................... 231 4.6.12.2 Features and functions ......................231 4.6.12.3 Interfaces ..........................
Page 13 Table of contents 4.10 Accessories ........................... 282 4.10.1 C-PLUG Configuration Memory .................... 282 4.10.2 KEY-PLUG ..........................283 4.10.3 Configuration License PLUG (CLP) ..................285 Cloud Gateway ........................... 287 Description ..........................287 Features and functions ......................289 Article numbers ........................290 TeleControl ............................
Page 14 Table of contents Gateways ............................351 10.1 IE/PB Link PN IO........................353 10.2 IE/AS-i Link PN IO........................ 355 10.3 PN/BACnet Link Gateway ....................356 10.4 PN/CAN link ......................... 358 Appendix ............................. 361 Overview of the standards relevant for network installation ..........361 Content of the standards ......................
Page 15: Basics Of Communication With Industrial Ethernet
SIMATIC NET SIMATIC NET stands for a variety of network components that are available for innovative, consistent realization of automation solutions under the umbrella of "Totally Integrated Automation".
Page 16: Industrial Ethernet
Basics of communication with Industrial Ethernet 1.2 Industrial Ethernet Industrial Ethernet 1.2.1 Basics of Industrial Ethernet Properties of Industrial Ethernet Industrial Ethernet is a powerful communication medium complying with the international standard IEEE 802.3 (Ethernet) that was designed for the requirements in an industrial environment.
Page 17 Basics of communication with Industrial Ethernet 1.2 Industrial Ethernet Fast Ethernet The Fast Ethernet standard IEEE 802.3u is an expansion of the existing standard (IEEE 802.3). Fast Ethernet is based essentially on the classic Ethernet standard for twisted pair cables. Ethernet and Fast Ethernet have the following common features: ●...
Page 18: Profinet
Basics of communication with Industrial Ethernet 1.2 Industrial Ethernet 1.2.2 PROFINET 1.2.2.1 Basics of PROFINET What is PROFINET? PROFINET is the open Industrial Ethernet standard (IEC 61918, for PROFINET also IEC 61158/61784) for industrial automation. PROFINET uses the existing IT standards and allows end-to-end communication from the field level to the management level as well as plant-wide engineering.
Page 19 PROFINET is implemented in the SIMATIC products as follows: ● Communication between field devices is implemented in SIMATIC with PROFINET IO. ● Installation technology and network components are available under the SIMATIC NET brand name. ● For remote maintenance and network diagnostics, the tried and tested IT standards from the office world are used (e.g.
Page 20: Profinet Io
SIMATIC NET is the product name for networks and network components. The network solutions of SIMATIC NET are an integral component of Totally Integrated Automation (TIA). With TIA, Siemens is the only manufacturer that offers a consistent basis for the realization of customer-specific automation solutions.
Page 21 Thanks to its scalable performance, SIMATIC NET allows the implementation of enterprise- wide communication – from the simplest device to the complex system. The SIMATIC NET components used with Industrial Ethernet are particularly powerful. The devices of the SCALANCE product family constitute the latest and most progressive generation of active SIMATIC NET network components.
Page 22 Basics of communication with Industrial Ethernet 1.2 Industrial Ethernet Technical requirements Communication networks are a central part of modern automation solutions. Industrial networks must fulfil special requirements, for example: ● Coupling of automation systems, PCs as well as simple sensors, actuators and computers ●...
Page 23: Transmission Procedures And Real-Time Response
The RT communication is suitable for transfer of alarms and cyclic data. Special switches must be used here. All SIMATIC NET switches are suitable for this. There is, however, not yet any need for particular communication planning in the form of a special configuration.
Page 24: Time-Sensitive Networking
This is the case, for example, for motion control applications, which require reaction and update times in the range of a few milliseconds. The use of special switches is required in this case. In SIMATIC NET, the suitable switches have "IRT" in their product names.
Page 25: Time Synchronization
Basics of communication with Industrial Ethernet 1.2 Industrial Ethernet Requirements To enable real-time communication in a network, a technology must fulfil the following requirements: ● Time synchronization Depending on the application case, time synchronization can reference the work cycle of a machine or "time"...
Page 26: Tsn Configuration (Ieee 802.1Q)
Basics of communication with Industrial Ethernet 1.2 Industrial Ethernet 1.2.5.3 TSN configuration (IEEE 802.1Q) The IEEE 802.1Qcc standard describes three possibilities of the TSN configuration. The suitable configuration method is dependent on the application example, the size of the network and the properties of the devices. ●...
Page 27: Technologies Of Industrial Ethernet
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet User-Network Interface A deterministic data transfer between two devices can only work if the communication requirements of the devices match the resources available in the network. A suitable transmission path must be made available for time-critical OPC UA data. The User Network Interface (UNI) automatically takes on this decentralized coordination task.
Page 28: Basics Of Communication With Ip
50 m POF • points conditions, 100 m PCF • Check via Link 5000 m multimode • (https://webservices.siemens. com/tstcloud/#/Start/) Up to 200 km single • mode GE (1000 Mbps) 750 m multimode • 2000 m multimode •...
Page 29 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet Correct values: 255.255.0.0 D = 1111 1111.1111 1111.0000 0000.0000 0000 B 255.255.128.0 D = 1111 1111.1111 1111.1000 0000.0000 0000 B 255.254.0.0 D = 1111 1111.1111 1110.0000 0000.0000.0000 B Incorrect value: 255.255.1.0 D = 1111 1111.1111 1111.0000 0001.0000 0000 B Relationship between the IP address and subnet mask The first decimal number of the IP address (from the left) determines the structure of the...
Page 30: Structure Of An Ipv6 Address
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet You have entered the following: 255.255.255.0 for the subnet mask; 141.30.0.5 for the IP address and 141.30.128.0 for the gateway address. Only the fourth decimal number of the IP address and gateway address may be different.
Page 31 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet Structure of the IPv6 address The IPv6 protocol distinguishes between three types of address: Unicast, Anycast and Multicast. The following section describes the structure of the global unicast addresses. IPv6 prefix Suffix Global prefix:...
Page 32: Ipv4 / Ipv6
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet 1.3.2.3 IPv4 / IPv6 What are the essential differences? IPv4 IPv6 IP configuration DHCP server Stateless Address Autoconfiguration (SLAAC): Stateless • • autoconfiguration using NDP (Neighbor Discovery Proto- Manual •...
Page 33 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet IPv4 IPv6 IP addresses per interface One IP address Multiple IP addresses LLA: Link Local Address (formed automatically) fe80::/64 • Unique in the link, can however occur more than once globally.
Page 34 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet IPv4 IPv6 ICMP ICMP ICMPv6 Router Solicitation (ICMPv6 type 133) Sent by a client to localize servers. Router Advertisement Messages (ICMPv6 type 134) Sent by a server as response to a Solicit message to indicate availability.
Page 35: Ipv6 Terms
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet IPv4 IPv6 DHCP via UDP with broadcast via UDP with unicast Clients normally send their queries to the so-called "all DHCP relay agents and servers" multicast address (FF02::1:2). This is a link-local multicast address and all servers and relay agents belong to the corresponding group.
Page 36 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet Link A link is, according to IPv6 terminology, a direct layer 3 connection within an IPv6 network. Neighbor Two network nodes are called neighbors when they are located on the same link. IPv6 interface Physical or logical interface on which IPv6 is activated.
Page 37: Active And Passive Network Components
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet 1.3.3 Active and passive network components active passive Industrial Ethernet networks are created using network components: ● Active network components are for example switches, access points, client modules, media converters and link modules. ●...
Page 38 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet Table 1- 2 Passive network components for PROFINET/Industrial Ethernet Medium Connectors Cable type / transmission medium Standard Copper RJ45 plug-in connect- Two pair, symmetric and shielded copper cable: (electrical) IEC 61158 IE FC RJ-45 plug IE FC TP standard cable GP 2x2...
Page 39 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet Medium Connectors Cable type / transmission medium Standard Radio N-Connect IEEE 802.11/mobile wireless (2G, 3G, 4G) (wireless) R-SMA Antenna cables (in each case standard cable and ca- bles suitable for railway applications): N-Connect/R-SMA male/male flexible connection •...
Page 40: Management Functions
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet See also SCALANCE X Industrial Ethernet Switches (Page 133) SCALANCE W components for the Industrial Wireless LAN (Page 203) SCALANCE M industry router (Page 241) SCALANCE S Industrial Security Appliance (Page 261) Communications processors for PCs (Page 299) Communications processors for SIMATIC S7 (Page 309) Compact switch module (Page 343)
Page 41: Power Over Ethernet (Poe)
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet SNMP v3 Compared with the previous versions SNMP v1 and SNMP v2c, SNMP v3 introduces a comprehensive security concept. SNMP v3 supports ● Fully encrypted user authentication ● Encryption of the entire data traffic ●...
Page 42 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet Characteristic 802.3af (also 802.3at type 1 or PoE) 802.3at Type 2 (also PoE+) Power management When the connection is first established, When the connection is first 3 power classes are negotiated established, 4 power classes are negotiated or there is continuous negotiation in steps of 0.1 W...
Page 43 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet SIMATIC NET devices with PoE Some devices of the SCALANCE W und SCALANCE X series are capable of PoE. The abbreviations in brackets describe the way in which PoE is supported.
Page 44: Fault Tolerance And Redundancy
"LAN A" and "LAN B". The connected components must be suitable for redundant operation which is the case with the SIMATIC NET modules with "RNA" in the name (abbreviation for "Redundant Network Access). Every component is connected to both networks and all data is transported at the same time via both networks.
Page 45: Access Methods
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet 1.3.7 Access Methods Switching mechanisms PROFINET is based on Fast Ethernet with 100 Mbps or Gigabit Ethernet with 1000 Mbps and switch mechanisms and has further developed this technology. Compared with other methods this has the advantage that each node can send at any time since it always has a free point-to-point connection to the next switch.
Page 46: Layer 3 Functions
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet 1.3.8 Layer 3 functions Introduction The term layer 3 function effectively means routing. The term routing describes the specification of paths (routes) for communication between different networks. This means: how a data packet travels from subnet A to subnet B.
Page 47 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet VRRPv3 Version 3 of VRRP is based on Version 2. VRRPv3 has the following characteristics: ● VRRPv3 supports IPv4 and IPv6. Both can be configured and operated at the same time with VRRP3.
Page 48 Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet System Area Border Router (ASBR). On the ASBR, one interface is connected to another AS, for example, an AS that uses the RIP routing protocol. With OSPF, messages can be authenticated. Only trustworthy routers can take part in the routing with OSPF.
Page 49: Ethernet/Ip
Basics of communication with Industrial Ethernet 1.3 Technologies of Industrial Ethernet Protocol Independent Multicast (PIM) allows the routing of multicast packets, regardless of lower-level routing protocols such as OSPFv2 or static routing (IPv4). PIM expands the routing information of the unicast routing protocol active on the router with additional information for multicast operation.
Page 50: Switches And Switched Lans
Basics of communication with Industrial Ethernet 1.4 Switches and switched LANs Technical basics Time-critical IO communication is sent in EtherNet/IP using UDP as multicast, which however results in a high network load. This can be eliminated in part by using managed switches with "IGMP snooping".
Page 51 Basics of communication with Industrial Ethernet 1.4 Switches and switched LANs ● Separating load   By filtering the data traffic based on the Ethernet (MAC) addresses, local data traffic remains local. The data is distributed to all ports/network nodes using the direct switching method.
Page 52: Wireless Lan
Basics of communication with Industrial Ethernet 1.5 Wireless LAN Wireless LAN 1.5.1 What is wireless LAN? WLAN A wireless LAN or WLAN is a "Wireless Local Area Network"; in other words, a network based on wireless covering a limited area. WLAN is based on the IEEE 802.11 standard. IWLAN The Industrial Wireless LAN (IWLAN) technology is a further development of WLAN for industrial applications.
Page 53: Preferred Areas Of Application For Wlans
Basics of communication with Industrial Ethernet 1.5 Wireless LAN Complexity of the RF field Radio waves propagate through space are and deflected by obstacles or weakened when passing through. This means that an RF field with a complex structure is created that changes when the obstacles move.
Page 54 Basics of communication with Industrial Ethernet 1.5 Wireless LAN The IEEE 802.11 group Under the project number "802", a number of working groups were given the task of developing standards for setting up and operating networks. A known example is the "802.3" working group that is concerned with the standards for Ethernet connections.
Page 55: Ieee 802.11N/Ac
Basics of communication with Industrial Ethernet 1.5 Wireless LAN 1.5.5 IEEE 802.11n/ac Overview The IEEE 802.11ac standard is a further development of the IEEE 802.11n standard and is downward compatible with the standards IEEE 802.11a, IEEE 802.11h and IEEE 802.11n. The mechanisms of the PHY and MAC layer implemented in the IEEE 802.11n standard have been improved.
Page 56 Basics of communication with Industrial Ethernet 1.5 Wireless LAN Multi-User MIMO With multi-user MIMO, multiple frames are sent simultaneously to different multi-user MIMO clients over the same frequency range. A multi-user MIMO therefore supplies up to four multi-user MIMO clients with data simultaneously. Spatial mutliplexing With spatial multiplexing, different information is sent using the same frequency.
Page 57: Ieee 802.11R
Basics of communication with Industrial Ethernet 1.5 Wireless LAN Frame aggregation With IEEE 802.11n/ac, it is possible to bundle together individual frames to form one larger frame, a process referred to as frame aggregation. There are two types of frame aggregation: ●...
Page 58: Encryption And Data Security
Basics of communication with Industrial Ethernet 1.5 Wireless LAN Requirement ● The access points are members of the same mobility domain ● Only possible with WPA2 encryption (WPA2-PSK and WPA2 RADIUS) 1.5.7 Encryption and data security WPA2 and AES ("Advanced Encryption Standard") WPA2 is seen as a standard today and differs from WPA essentially in the encryption method: The weaknesses identified in WPA no longer exist in the AES method used in WPA2.
Page 59: Avoiding Collisions In Wireless Networks
Basics of communication with Industrial Ethernet 1.5 Wireless LAN 1.5.8 Avoiding collisions in wireless networks CSMA/CA with RTS/CTS Ethernet uses the bus access method CSMA/CD. This acronym stands for Carrier Sense Multiple Access with Collision Detection. After the node wanting to send has listened to the line and identified it as being free (Carrier Sense CS), the data is sent.
Page 60: Structure Of An Iwlan
Basics of communication with Industrial Ethernet 1.5 Wireless LAN 1.5.9 Structure of an IWLAN Basic structure of a WLAN WLANs do not have a physical topology like traditional wired networks. There are no "buses", "rings" or "stars". Instead wireless networks are divided into cells. Figure 1-3 Simple WLAN structure with two access points/wireless cells, RCoax cable and IWLAN/PB Link PN IO gateway...
Page 61: Network Structures
Basics of communication with Industrial Ethernet 1.5 Wireless LAN 1.5.10 Network structures 1.5.10.1 Infrastructure mode In infrastructure mode, communication is handled via an access point. The nodes (clients) need to log on with the access point and transmit on the channel specified by the access point.
Page 62 Basics of communication with Industrial Ethernet 1.5 Wireless LAN Multichannel configuration If neighboring SCALANCE W access points use the same frequency channel, this can lead to longer response times due to collisions that may occur. If the configuration shown in the figure is implemented as a single-channel system, computers A and B cannot communicate at the same time with the SCALANCE W access points in their cells.
Page 63 Basics of communication with Industrial Ethernet 1.5 Wireless LAN Wireless Distribution System (WDS) WDS allows direct connections between SCALANCE W access points and or between SCALANCE W and other WDS-compliant devices. These are used to create a wireless backbone or to connect an individual SCALANCE W to a network that cannot be connected directly to the cable infrastructure due to its location.
Page 64 Basics of communication with Industrial Ethernet 1.5 Wireless LAN Redundant Wireless LAN (RWLAN) RWLAN allows a redundant, wireless connection between two SCALANCE W access points with at least two WLAN interfaces. This is used to set up a redundant wireless backbone that cannot be implemented as a wired network due to its location but nevertheless has high demands in terms of availability.
Page 65 Basics of communication with Industrial Ethernet 1.5 Wireless LAN The figure above shows how a moving node (in this case an automated guided vehicle system) is handed over between two wireless cells: The client module runs regular scans of the wireless signals on all the channels stipulated by the standard being used. The client module then connects to the access point with the channel on which it finds the best reception.
Page 66: Ad Hoc Networks
Basics of communication with Industrial Ethernet 1.5 Wireless LAN 1.5.10.2 Ad hoc networks Ad hoc networks In ad hoc mode, nodes communicate with each other directly (connection 4) without involving an access point. The nodes access common resources (files or even devices, for example printers) of the server (connections 1 to 3 in the figure).
Page 67: Industrial Wireless Control
Basics of communication with Industrial Ethernet 1.6 Industrial Wireless Control Industrial Wireless Control 1.6.1 Mobile wireless standards GSM, UMTS and LTE Introduction Industrial wireless control is the connection of widely distributed process stations to one or more central control systems. Various wireless methods are used for the communication required for monitoring and control.
Page 68: The Mobile Wireless Standard Of The 5Th Generation
Basics of communication with Industrial Ethernet 1.6 Industrial Wireless Control LTE (3.9G) LTE stands for Long Term Evolution and is known as the 3.9G standard because it does not completely implement the 4G specification of the ITU-T standard. It supports six different bandwidths between 1.4 and 24 MHz and allows transmission rates up to 300 Mbps.
Page 69 Basics of communication with Industrial Ethernet 1.6 Industrial Wireless Control Enhanced Mobile Broadband (eMBB) This 5G function will be available right from the start, because the highest possible data transfer rate is the main demand for public mobile wireless networks. The typical application for this scenario is HD streaming of music and videos.
Page 71: Network Structures And Network Configuration
Network structures and network configuration Integration of a production network in an enterprise network Introduction The increasing integration of production networks in enterprise networks requires special measures to ensure network security and system integrity. The communication components used in the industrial environment play an important role in the process. The following section describes which requirements these devices have to fulfil with regard to hardware and functionality.
Page 72 Network structures and network configuration 2.1 Integration of a production network in an enterprise network Example of a configuration The structure of an industrial network is explained using a bottling plant as an example. Figure 2-1 Connection of a production network to an enterprise network ●...
Page 73 Network structures and network configuration 2.1 Integration of a production network in an enterprise network ● Common data management Data are only entered once and are available to the user across the entire factory (on the PLC or computer end, in the visualization system or the distributed I/Os). If the data are required at a different point, the software accesses the shared database.
Page 74 ● The process automation places very specific requirements on components and control engineering. Thanks to their particular suitability for process automation, the devices of the following series fulfil the Siemens classification "PAready": – SCALANCE XC-200EEC – SCALANCE XF200-2BA –...
Page 75: Network Structures
Network structures and network configuration 2.2 Network structures Network structures 2.2.1 Network topologies Network topologies are oriented according to the requirements of the equipment to be networked. The most common topologies include bus, star and ring structures. In practice, plants usually consist of mixed structures. These can be implemented both with electrical cables as well as with optical cables (fiber-optic cables).
Page 76: Star Structure
Network structures and network configuration 2.2 Network structures A further restriction for networks with line structure exists in the physical arrangement of the nodes. Depending on their position, the backbone may need take long detours which may, in turn, lead to problems with frame delay times. In the case of linear network topologies, network components such as switches typically have only one or a few connection points for network nodes.
Page 77 Network structures and network configuration 2.2 Network structures Figure 2-3 Star structure with SCALANCE X005 ● The use of a switch optimizes data throughput in the network. Messages are transferred only on the star segments between sender and recipient and the segments of the other nodes remain unaffected by them.
Page 78 Network structures and network configuration 2.2 Network structures Example Figure 2-4 Star network structure with SCALANCE XC124 More complex network structures can be set up by using switches with a higher number of ports, in the example above a SCALANCE XC124 device with 24 electrical ports. In terms of the numbers of nodes and the physical span of the network, this is practicable only up to a certain limit.
Page 79: Ring Structure
Network structures and network configuration 2.2 Network structures 2.2.4 Ring structure "Ring" If the ends of a bus are connected via an additional connection, this results in a ring structure. The switches connected together in a ring do not need to be interconnected only with FO cables or only electrical cables.
Page 80 Network structures and network configuration 2.2 Network structures Example: Structure of a redundant network with SCALANCE X switches With the aid of a redundancy manager (RM), the two ends of a bus can be closed to form a redundant ring. All the media converters SCALANCE X100/200/300/400 and X500 devices can be used in this ring.
Page 81: Redundant Coupling Of Network Segments With Electrical And Fiber-Optic Components
Network structures and network configuration 2.2 Network structures 2.2.5 Redundant coupling of network segments with electrical and fiber-optic components General SCALANCE X switches support not only ring redundancy within a ring but also redundant coupling of multiple rings or open network segments (linear bus). In the redundant link, two rings are connected together via two Ethernet connections.
Page 82: Vlan
Network structures and network configuration 2.3 Media redundancy For a redundant link as shown in the figure, two devices must be configured as standby redundancy switches within a network segment. Here, network segments are rings with a redundancy manager (RM, in the example, the SCALANCE X202-2IRT switches). Instead of rings, network segments might also be linear.
Page 83: Media Redundancy In Ring Topologies
Network structures and network configuration 2.3 Media redundancy 2.3.2 Media redundancy in ring topologies Structure of a ring topology Nodes in a ring topology can be external switches and/or the integrated switches of communications modules. To set up a ring topology with media redundancy, you bring together the two free ends of a linear bus topology in one device.
Page 84: Mrp
If the redundancy manager fails, the ring becomes a functional linear bus. Media redundancy methods The following media redundancy methods are supported by SIMATIC NET products: ● HRP (High Speed Redundancy Protocol) Reconfiguration time: 0.3 seconds ●...
Page 85 Network structures and network configuration 2.3 Media redundancy Topology The following figure shows a possible topology for devices in a ring with MRP. Figure 2-9 Example of a ring topology with the MRP media redundancy protocol The following rules apply to a ring topology with media redundancy using MRP: ●...
Page 86: Mrp Interconnection
These include, for example, some of the Industrial Ethernet SCALANCE X switches, some of the communications processors (CPs) for SIMATIC S7 and PG/PC or non- Siemens devices that support this function. ● All devices must be interconnected via their ring ports.
Page 87 Network structures and network configuration 2.3 Media redundancy Topology The diagram below shows the redundant linking of two MRP rings. In addition, MRP Interconnection also supports additional topologies which are, however, not supported by the current firmware. Figure 2-10 Redundant connection of two MRP rings with MRP Interconnection Operating principle The requirement for MRP Interconnection is that MRP is used in all rings involved.
Page 88: Mrpd
Network structures and network configuration 2.3 Media redundancy Depending on the connection status of the interconnection ports, the MIC sends status messages (Link up or Link down) to the MIM. Interconnection ports are ports that are connected over the primary or secondary connection. This means the MIM is always informed about the connection status between the Primary MIC and the Primary Coupled MIC ("primary connection") as well as its own connection to the Secondary Coupled MIC ("secondary connection").
Page 89: Hrp
Network structures and network configuration 2.3 Media redundancy 2.3.6 HRP - High Speed Redundancy Protocol HRP is the name of a redundancy method for networks with a ring topology. The switches are interconnected via ring ports. One of the switches is configured as the redundancy manager.
Page 90 Network structures and network configuration 2.3 Media redundancy two ports of an interface of the device or via a SCALANCE X-200RNA. This means that data of the end device can be transferred at the same time via both networks. If a transmission path is interrupted, the data reaches the communications partner via the second parallel path.
Page 91: Rna
LAN B are connected correctly. A message with the identifier "LAN A" must be received at the corresponding port. The PRP ports of SIMATIC NET devices have the following identifiers. The CP ports are the ports of the interface with PRP capability.
Page 92: Stp / Rstp / Mstp
Network structures and network configuration 2.3 Media redundancy 2.3.9 STP / RSTP / MSTP Spanning Tree Protocol (STP) STP (IEEE 802.1D standard) is the method with which loops are prevented in redundant network structures. With this method, it is not end devices that know the path from the sender or recipient, but rather the switches.
Page 93: Rstp
Network structures and network configuration 2.3 Media redundancy ● Alternative port (substitute for the root port) A substitute for the root port is configured. If the connection to the root bridge is lost, the device can establish a connection over the alternate port without any delay due to reconfiguration.
Page 94: Topology For Rstp
Network structures and network configuration 2.3 Media redundancy 2.3.10.2 Topology for RSTP+ RSTP network and MRP ring The redundant integration of MRP rings into an RSTP network is not possible without RSTP+ because parallel operation of RSTP and MRP on one port is not permitted. Only the devices of the MRP ring that are connected to the RSTP network must support RSTP+.
Page 95 Network structures and network configuration 2.3 Media redundancy Multiple RSTP network areas and MRP ring Another use case of RSTP+ is the connection of two or more RSTP network areas over one MRP ring. RSTP+ must be enabled for all devices in the MRP ring that are connected to one of the RSTP networks.
Page 96 Network structures and network configuration 2.3 Media redundancy Multiple MRP rings RSTP+ can also be used to connect multiple MRP rings with each other over RSTP. RSTP+ ensures in this case that MRP still manages the ring redundancy without being affected by RSTP.
Page 97: Link Aggregation
Network structures and network configuration 2.3 Media redundancy 2.3.11 Link aggregation Link aggregation With link aggregation, several parallel physical connections with the same transmission speed are grouped together to form a logical connection with a higher transmission speed. This method based on IEEE 802.3ad is also known as port trunking or channel bundling. Link aggregation works only with full duplex connections with the same transmission speed in point-to-point mode.
Page 98: Network Security
2.4 Network security Network security 2.4.1 The Industrial Security concept of Siemens Achieving information security as a complex task Using the advantages that come along with digitalization has become indispensable for industrial companies. Trends such as cloud-based technologies or the increased usage of Ethernet-based protocols down to the field level offer significant competitive advantages, but also the risk of being subject to cyber attacks.
Page 99 – Implementation of the defense in depth concept for the implementation of security- relevant functions on all levels. 3. Always active Subscribing to Siemens ProductCert Security Advisories to stay informed about product vulnerabilities and security updates. Defense in Depth Defense in Depth is a multi-level concept for comprehensive protection of your plant. The concept is based on plant security, network security and system integrity and is based on the recommendations of IEC 62443 - the leading standard for security in industrial automation.
Page 100: Firewalls
Network structures and network configuration 2.4 Network security between two existing networks. The designation "Perimeter network" is also used for such a structure. – Implementation of a patch management strategy – Use of special hardware for firewall and VPN (SCALANCE S) to realize a cell protection concept.
Page 101: Nat/Napt
Network structures and network configuration 2.4 Network security "Stateful Inspection" "Stateful Inspection" goes a step further than the packet filter and takes into consideration the "context" within the communication in addition to the addresses and ports. This means that web page packets that are sent from an external server to an internal client can only pass the firewall if the internal client has specifically requested these packets beforehand.
Page 102: Virtual Private Networks" (Vpns)
Network structures and network configuration 2.4 Network security 2.4.4 "Virtual Private Networks" (VPNs) The function of Virtual Private Networks A VPN is used to transmit private data in a public network by "embedding" the private communication in the traffic of the public network. The participants of the VPN have the impression that they are connected directly to each other.
Page 103 Network structures and network configuration 2.4 Network security Figure 2-11 Cell protection concept Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 104: Simatic Net Products For Network Security
2.4 Network security 2.4.6 SIMATIC NET products for network security SIMATIC NET provides the user with a complete range of high-performance hardware and software components to protect individual devices or an entire network against the following impairments: ● Data manipulation, i.e. violation of the integrity ●...
Page 105 Network structures and network configuration 2.4 Network security SCALANCE M The following SCALANCE M industry routers ensure protected remote access via public and private networks and support firewall and VPN functionality: ● SCALANCE M804PB (connection of existing machines and plants via PROFIBUS/MPI) ●...
Page 106 Network structures and network configuration 2.4 Network security SINEMA Remote Connect SINEMA Remote Connect is a server application for convenient and secure maintenance of widely distributed plants and machines. SINEMA Remote Connect uses VPN tunnel connections for protected secure remote access. No special IT know-how is required to operate the SINEMA Remote Client.
Page 107: Examples Of Applications
Examples of applications Virtual segmentation Task Two production areas and an automated warehouse are to use a shared network infrastructure. To reduce the network load and minimize the effects of possible disturbances, only nodes that are assigned to the same area should communicate with each other. Solution The two sections of production and storage are separated by virtual segmentation.
Page 108: Redundantly Coupled Networks
Examples of applications 3.2 Redundantly coupled networks Benefits ● Lower network loads because broadcast frames are only sent to the nodes of the corresponding VLAN ● The data traffic can be prioritized in accordance with the standard IEEE 802.1Q. ● Segmentation can be a security function when routing between segments is restricted, for example, through firewalls.
Page 109 Examples of applications 3.2 Redundantly coupled networks router. Because the virtual addresses are used unchanged, the ARP table must not be updated when the master router is changed. ① ③ The two connection paths to the production network between the devices as well ②...
Page 110: Data Protection During Remote Maintenance
Examples of applications 3.3 Data protection during remote maintenance Data protection during remote maintenance Task Remote access is to be granted to the service technicians of two machine manufacturers for the machines supplied by them. Access should be possible using the wired phone network as well as the mobile wireless network.
Page 111: Cell Protection Concept
Examples of applications 3.4 Cell protection concept Service technician A uses the SINEMA RC Client software to establish VPN tunnel 1 to the SINEMA RC Server via the Internet. Mobile wireless is used for the communication. After successful authentication the SINEMA RC server establishes the VPN Tunnel 3 to Plant A through which the service technician receives access to this plant.
Page 112 There are three device categories that can be used for such an application: ● SIMATIC NET communication processors with integrated security functions (for example, SIMATIC CP 1543-1 with firewall and VPN) ●...
Page 113: Network For High Data Throughput And Many Nodes
Examples of applications 3.5 Network for high data throughput and many nodes Network for high data throughput and many nodes Task In a production facility, CAE data must be exchanged between many nodes on a large scale. Apart from sufficient band width, comprehensive network management functions are required.
Page 114: Optimization Of A Power Screwdriver Control
Examples of applications 3.6 Optimization of a power screwdriver control Optimization of a power screwdriver control Task Handheld compressed air screwdrivers are used in the final assembly of motor vehicles and they can be supplied via mobile stations on overhead monorails. These units need to be replaced by new, motor-driven screwdriver stations and the customer would like to do away with the previously necessary sliding contacts that were always subject to wear and tear.
Page 115 Examples of applications 3.6 Optimization of a power screwdriver control Benefits ● Low investment costs thanks to fewer screwdriver stations. ● Reduction of maintenance costs and downtimes through reliable wireless and therefore wear-free data transmission to mobile communications partners. ● Shorter downtimes if a fault occurs thanks to the C-PLUG (configuration plug) in the SCALANCE devices.
Page 116: Controlling Material Transportation With Scalance Components
Examples of applications 3.7 Controlling material transportation with SCALANCE components Controlling material transportation with SCALANCE components Task Transportation vehicles in a building need to be controlled using wireless. These vehicles move steel pipes with a weight of several tons. One important aspect is easy scalability if additional vehicles are used.
Page 117 Examples of applications 3.7 Controlling material transportation with SCALANCE components ③ The data of the central controller is forwarded to the access points via Industrial Ethernet switches SCALANCE X324-12M and SCALANCE XC206-2SFP. ④ Industrial Wireless LAN is used for the wireless communication with the vehicles. In the ⑤...
Page 118: Crane Carriage Control For A High-Bay Warehouse
Examples of applications 3.8 Crane carriage control for a high-bay warehouse Crane carriage control for a high-bay warehouse Task An existing SIMATIC S5 controller of a case picking high-bay warehouse system needs to be modernized. The customer also aims to reduce plant costs by using modern and future-proof components.
Page 119 Examples of applications 3.8 Crane carriage control for a high-bay warehouse IWLAN was selected for the communication between the stationary parts of the system and the mobile crane carriage. This meant that the previously required cable festoons were no longer necessary. Broken cables and the associated maintenance effort would therefore no ⑥...
Page 120: Using Power Over Ethernet
Examples of applications 3.9 Using Power over Ethernet Using Power over Ethernet Task In a plant in the food and beverages industry, two new production areas and an additional outside storage area need to be integrated into an existing IT infrastructure. Due to the large distances between the new parts of the company minimization of the cabling effort was sought.
Page 121: Connecting A Profibus Network To A Profinet Installation
Examples of applications 3.10 Connecting a PROFIBUS network to a PROFINET installation The second production area with office as well as the outside storage area are supplied by a ③ SCALANCE XP208 PoE . Both in the production and in the storage area the requirements are the same: An access point has the purpose of making access to the company network possible, for example, to query logistics and job data.
Page 122 Examples of applications 3.10 Connecting a PROFIBUS network to a PROFINET installation Solution The new solution consists of Industrial Wireless LAN and PROFINET IO. This combines a high data rate in the wireless communication with a communications concept for modular distributed applications based on Ethernet.
Page 123: Communication Components For Extreme Ambient Conditions
Examples of applications 3.11 Communication components for extreme ambient conditions 3.11 Communication components for extreme ambient conditions Task A mobile loading crane in a harbor needs to be supplied with data from a logistics center. The devices used must be able to stand up to extreme environmental conditions (salt water spray, strong vibration caused by the movement of the crane, etc.).
Page 124 Examples of applications 3.11 Communication components for extreme ambient conditions Benefits ● High availability thanks to maintenance-free components for data transmission ● Unrestricted suitability of the implemented solution for the difficult environmental conditions ● Easy integration into the existing company network ●...
Page 125: Process Automation In Hazardous Areas
Examples of applications 3.12 Process automation in hazardous areas 3.12 Process automation in hazardous areas Task The aim was to allow mobile access to the process data of the entire plant in a hazardous area (production of polyoxymethylene thermoplastic). Extremely complicated constraints had to be taken into account when interfacing to the existing PCS 7 plant.
Page 126 Benefits ● A modular structure and scalability make any necessary expansions simpler ● Price advantage because industrial components from SIMATIC NET meet users' requirements without them having to take any additional measures ● Simple integration in the PCS 7 system and simple configuration of the SCALANCE components used thanks to Web-based management.
Page 127: Scalance Network Components
SCALANCE network components Industrial networks with SIMATIC NET Data communication is the basis for digitalization. Therefore, SIMATIC NET offers all important products and services for industrial communication networks. Professional Services for Industrial Networks Consulting during planning and implementation of communication networks. The range of...
Page 128: Product Families
You can find further information on the Internet (https://support.industry.siemens.com). TIA conformity SIMATIC NET components were developed with regard to the automation concept TIA (Totally Integrated Automation) and tested in a TIA environment. You can find further information on the Internet (https://new.siemens.com/global/en/products/automation/topic-areas/tia.html).
Page 129: Common Properties Of All Scalance Devices
The TIA Selection Tool is available for further information to support you when selecting SCALANCE network components. TIA Selection Tool (https://siemens.com/tst) Common properties of all SCALANCE devices All SCALANCE devices have the following properties. If there are exceptions, these will be pointed out in the description of the relevant device.
Page 130 SCALANCE network components 4.3 Common properties of all SCALANCE devices Avoiding loops The typical configuration of a network with SCALANCE products is a tree structure. The direct connection of two ports on the switch or accidental connection over several switches causes an illegal loop.
Page 131: Web Based Management For Configuring Networks
SCALANCE network components 4.4 Web Based Management for configuring networks Web Based Management for configuring networks Configuration over a Web interface All SCALANCE devices that have management functions can be configured using "Web Based Management" (WBM). The devices have an integrated Web server that can be accessed by the configuration engineer with a browser via every Ethernet connection.
Page 132 SCALANCE network components 4.4 Web Based Management for configuring networks Advantages ● Access is possible from any PC with a Web browser installed on it and with an Ethernet connection to the target device. With SCALANCE W devices, this connection can also be over a wireless network.
Page 133: Scalance X Industrial Ethernet Switches
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches SCALANCE X Industrial Ethernet Switches 4.5.1 Overview of the performance classes The following overview graphic provides you with a summary of the performance classes covered by the various SCALANCE X devices. Figure 4-2 Overview of IE switches Industrial Ethernet...
Page 134: Type Designations
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.2 Type designations The design and basic properties can be identified based on the following type key. Figure 4-3 Type key SCALANCE X Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 135 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Basic properties of the SCALANCE X devices Type of mounting Apart from a few exceptions, the devices are suitable for wall mounting, DIN rail mounting and S7-300 or S7-1500 standard rail mounting. In individual cases the required type of mounting can be realized by using a mounted adapter.
Page 136 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Interface Property SC port 1000 Mbps single mode FO cable (up to max. 70 km). SC port 1000 Mbps single mode FO cable (up to max. 120 km) Combo ports Combo port is the name for two communication ports. A combo port has the two following jacks: ●...
Page 137: Functions Of Scalance X Devices
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.3 Functions of SCALANCE X devices This section describes certain functions of SCALANCE X devices. For further information on all the functions, refer to the compact operating instructions of the devices or the configuration manual.
Page 138 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches IGMP snooping and IGMP querier IGMP (Internet Group Message Protocol, RFC 2236) is a protocol used for the group management of IP multicasts. The group management is on a central device, for example a switch. With IGM snooping, the switch (IGM querier) queries the multicast group membership of its connected devices.
Page 139: Scalance Tap
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches ● Standby redundancy, see section "HRP (Page 89)" ● MRP interconnection, see section "MRP Interconnection (Page 86)" Limiting the transfer rate of incoming and outgoing data To limit the transfer load, the maximum number of data packets per second can be specified for the individual ports.
Page 140: Characteristics
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.4.2 Characteristics SCALANCE TAP104 main features are as follows: ● 2x RJ45 ports with additional securing collar for connecting the IE FC RJ45 Plug 180 ● 2x electrical TAP ports ● Device diagnostics at the device via LED: Power and data traffic at TAP port ●...
Page 141: Features
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches The unmanaged Industrial Ethernet switches of the SCALANCE X-000 product line are suitable for setting up small Industrial Ethernet networks with 10/100 Mbps in linear or star structures with switching functionality in machine or plant islands. The devices have a rugged metal housing in IP30 degree of protection and are designed for installation in the control cabinet.
Page 142: Scalance Xb-000
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.6 SCALANCE XB-000 4.5.6.1 Description Figure 4-6 SCALANCE XB-000 The unmanaged Industrial Ethernet switches of the SCALANCE XB-000 product line are suitable for setting up small Industrial Ethernet networks in linear or star structures with switching functionality in machine or plant parts.
Page 143: Characteristics
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.6.2 Characteristics The individual devices have the characteristics shown in the following table: XB004-1 XB004-2 XB004-1G XB004-1LD XB004-1LDG XB005 XB005G XB008 XB008G Gigabit Ethernet ● Diagnostics LED ● ● ● Power supply 24 V DC ●...
Page 144: Scalance X-100
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Device Description Article number SCALANCE XB004-2 4x 10/100 Mbps RJ45 ports electrical, 6GK5004-2BD00-1AB2 2x 100 Mbps SC port optical (multimode, glass), up to max. 5 km SCALANCE XB005 5 x 10/100 Mbps RJ-45 ports electrical 6GK5005-0BA00-1AB2 SCALANCE XB008 8 x 10/100 Mbps RJ-45 ports electrical...
Page 145: Characteristics
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches plug-in connector into the housing. The transfer of data and energy to Power-over-Ethernet capable end devices via the SCALANCE X108PoE data cable reduces network installation costs. Secure operation is guaranteed by the redundant power supply and a signaling contact with on-site configuration.
Page 146: Article Numbers
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.7.4 Article numbers Device Description Article number SCALANCE X108PoE 6x 10/100 Mbps RJ45 ports, electrical 6GK5108-0PA00-2AA3 2x 10/100 Mbps RJ45 PoE ports, electrical 4.5.8 SCALANCE XB-100 4.5.8.1 Description Figure 4-8 SCALANCE XB-100 The devices of the SCALANCE XB-100 product line are unmanaged Industrial Ethernet switches for the setup of small Industrial Ethernet networks with transmission rates of 10/100 Mbps in linear or star structures.
Page 147: Features
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.8.2 Features The individual devices have the characteristics shown in the following table: XB108-2 XB112 XB116 XB124 Gigabit Ethernet Power supply 24 V DC / 24 V AC Redundant power supply ●...
Page 148: Scalance Xc-100
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.9 SCALANCE XC-100 4.5.9.1 Description Figure 4-9 SCALANCE XC-100 The devices of the SCALANCE XC-100 product line are unmanaged Industrial Ethernet switches for the setup of Industrial Ethernet networks with transmission rates of 10/100 Mbps in linear or star structures.
Page 149: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches XC106-2 XC108 XC116 XC124 Signaling contact ● On site display (Set button) ● ● Suitable / available or according to the specified standard 4.5.9.3 Interfaces Device Twisted pair Fiber-optic cables 10/100 Mbps 10/100 Mbps Max.
Page 150: Scalance Xr-100Wg
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.10 SCALANCE XR-100WG 4.5.10.1 Description Figure 4-10 SCALANCE XR124WG The SCALANCE XR-100WG (Work Group switches) are unmanaged Industrial Ethernet switches for applications in the industry-oriented area. They are suitable for setting up Industrial Ethernet networks with transmission rates of 10/100 Mbps in line and star structure.
Page 151: Article Numbers
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.10.4 Article numbers Device Properties Article number SCALANCE XR124WG 24 V DC variant 6GK5124-0BA00-2AR3 24x 10/100 Mbps RJ45 ports, 2x 24 V DC, connector for the power supply on the front 240 V AC variant 6GK5124-0BA00-3AR3 24x 10/100 Mbps RJ45 ports, 1x 240 V AC,...
Page 152: Features And Functions
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches switches meet the real-time requirements of PROFINET. They are used in networks that have special requirements for automation solutions with regard to line topology, hard real time and unrestricted IT openness incorporated in one technology. The device variant IRT has a compact metal housing in the IP30 degree of protection for installation in control cabinets.
Page 153: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Functions All devices have the following functions: ● Configuration with the Primary Setup Tool (PST) V3 or higher; to use the Primary Setup Tool to assign the IP address, the switches must be accessible via Ethernet.
Page 154: Article Numbers
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.11.4 Article numbers Device Description Article number SCALANCE X200-4P IRT 4x 100 Mbps POF/PCF SC RJ ports 6GK5200-4AH00-2BA3 SCALANCE X201-3P IRT 1x 10/100 Mbps RJ45 port, 3x 100 Mbps 6GK5201-3BH00-2BA3 POF SC RJ ports SCALANCE X201-3P IRT 1x 10/100 Mbps RJ45 port, 3x 100 Mbps 6GK5201-3JR00-2BA6...
Page 155: Features And Functions
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches All ECC versions of the device are approved for railway applications according to EN 50155 and EN 50121-4. 4.5.12.2 Features and functions Features The individual devices have the characteristics shown in the following table: X204RNA X204RNA EEC Diagnostics LED...
Page 156: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.12.3 Interfaces Device Total number of Twisted pair Fiber-optic cables Combo ports available ports 10/100 Mbps 10/100 Mbps 100/1000 Mbps X204RNA 4x RJ45 (of which 2x PRP ports) X204RNA EEC Max. 4x RJ45 2x SFP (100 Mbps) as PRP ports (of which 2x PRP...
Page 157: Accessories Sfp Transceiver
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.12.5 Accessories SFP transceiver Pluggable transceiver SFP (100 Mbps) Type Property Article number SFP991-1 1 x 100 Mbps, LC port optical for glass FO cable 6GK5991-1AD00-8AA0 (multimode), up to max. 5 km SFP991-1 (C) 1 x 100 Mbps, SC port optical, for glass FO cable 6GK5991-1AD00-8FA0...
Page 158: Scalance Xb-200
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.13 SCALANCE XB-200 4.5.13.1 Description Figure 4-14 SCALANCE XB-200 The SCALANCE XB-200 series provides devices suitable for industry at aa favorable price. They can be used anywhere where there are no high requirements regarding mechanical load, degree of protection and equipment.
Page 159 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches XB208 XB205-3 (SC) XB205-3LD (SC) XB205-3 XB216 XB213-3 (SC) XB213-3LD (SC) XB213-3 On site display (Set button) C-PLUG slot ● Suitable / available or according to the specified standard Functions All devices have the following functions: ●...
Page 160: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.13.3 Interfaces Device Twisted pair Fiber-optic cables 10/100 Mbps 10/100 Mbps Max. segment length / km XB208 8x RJ45 XB205-3 (SC) 5x RJ45 3x SC, multimode XB205-3LD (SC) 5x RJ45 3x SC, single-mode 26** XB205-3 5x RJ45...
Page 161: Scalance Xc-200
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.14 SCALANCE XC-200 4.5.14.1 Description Figure 4-15 SCALANCE XC-200 The devices of the SCALANCE XC-200 product line are managed Industrial Ethernet switches for the setup of Industrial Ethernet networks with transmission rates of 10/100/1000 Mbps in linear, star or ring structures.
Page 162: Features And Functions
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.14.2 Features and functions Features The individual devices have the characteristics shown in the following table: XC206-2 (ST/BFOC) XC216-4C XC206-2SFP XC216-4C G XC206-2 (SC) XC206-2SFP G XC224-4C G XC208 XC208G XC216 XC224 Gigabit Ethernet ●...
Page 163: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches ● Configuration with STEP 7 V 5.3 plus SP 1 ● Web Based Management ● Command Line Interface / Telnet ● SNMP / SNMP-supported diagnostics ● SNTP ● Ring redundancy including RM functionality ●...
Page 164: Article Numbers
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Device Total num- Twisted pair Fiber-optic ca- SFP slots Combo ports ber of avail- bles able ports 10/100 Mbps 10/100/1000 100 Mbps Mbps XC216 16x RJ45 XC216 EEC 16x RJ45 XC216-4C 12x RJ45 Max.
Page 165: Accessories Sfp Transceiver
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Device Description Article number Article number (EtherNet/IP) (PROFINET) SCALANCE XC208EEC 8x 10/100 Mbps RJ45 ports, 6GK5208-0BA00-2FC2 coated PCB SCALANCE XC208G EEC 8x 10/100/1000 Mbps RJ45 6GK5208-0GA00-2FC2 ports, coated PCB SCALANCE XC216 16x 10/100 Mbps RJ45 ports 6GK5216-0BA00-2AC2 SCALANCE XC216EEC...
Page 166 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Type Property Article number SFP991-1LD (C) 1 x 100 Mbps LC port optical for glass FO cable 6GK5991-1AF00-8FA0 (single mode) up to max. 26 km, varnished SFP991-1LH+ 1 x 100 Mbps LC port optical for glass FO cable 6GK5991-1AE00-8AA0 (single mode) up to max.
Page 167 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Pluggable transceiver SFP (1000 Mbps) Type Property Article number SFP992-1 1 x 1000 Mbps, LC port optical for glass FO cable 6GK5 992-1AL00-8AA0 (multimode), up to max. 750 m SFP992-1+ 1 x 1000 Mbps, LC port optical for glass FO cable 6GK5 992-1AG00-8AA0 (multimode), up to max.
Page 168: Scalance Xf-200/Xf-200Irt
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Pluggable transceiver Twisted pair Fiber-optic cables 1000 Mbps 1000 Mbps Max. segment length / km SFP992-1LH+ 1x LC, single-mode SFP992-1ELH 1x LC, single-mode SFP992-1BXMT 1x LC, multimode 0.500 SFP992-1BXMR 1x LC, multimode 0.500 4.5.15 SCALANCE XF-200/XF-200IRT...
Page 169: Features And Functions
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches The SCALANCE XF-200 are characterized by an ultra-flat housing in IP30 degree of protection and are suitable for use in small cabinets. They can be mounted on a standard DIN rail without tools. The SCALANCE XF-200 have different port configurations with electrical RJ45 ports with securing collars for connection of an IE FC RJ45 Plug 180 secured by latching as well as optical ST/BFOC ports for glass multimode fiber optic cables.
Page 170: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches ● SNMP / SNMP-supported diagnostics ● SNTP ● Ring redundancy including RM functionality ● Passive Listening ● Topology support (LLDP) ● PROFINET diagnostics The IRT devices have the following additional functions: ●...
Page 171: Accessories Bus Adapter
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Device Description Article number SCALANCE XF201-3P IRT 1x 10/100 Mbps RJ45 ports, 3 x 100 Mbps 6GK5201-3BH00-2BD2 POF SC RJ ports, BusAdapter installed SCALANCE XF202-2P IRT 2x 10/100 Mbps RJ45 ports, 2x 100 Mbps 6GK5202-2BH00-2BD2 POF SC RJ ports, BusAdapter installed SCALANCE XF204IRT...
Page 172: Scalance Xf-200Ba
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.16 SCALANCE XF-200BA 4.5.16.1 Description Figure 4-18 SCALANCE XF204-2BA DNA The SCALANCE XF204-2BA DNA provides a Dual Network Access functionality (DNA or Y- switch functionality). This device connects a redundant PROFINET ring to a fault tolerant PROFINET system (R1 system).
Page 173: Features And Functions
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Figure 4-19 Y functionality 4.5.16.2 Features and functions Features The devices have the characteristics shown in the following table: XF204-2 BA XF204-2 BA DNA Diagnostics LED ● Redundant power supply ● Signaling contact ●...
Page 174: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches XF204-2 BA XF204-2 BA DNA On site display (Set button) ● C-PLUG slot ● ● Suitable / available or according to the specified standard Functions All devices have the following functions: ●...
Page 175: Article Numbers
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.16.4 Article numbers Device Description Article number SCALANCE XF204-2BA 4x 10/100 Mbps, 2x BusAdapter interface 6GK5204-2AA00-2GF2 SCALANCE XF204-2BA 4x 10/100 Mbps, 2x BusAdapter interface 6GK5204-2AA00-2YF2 DNA (Y-Switch) 4.5.17 SCALANCE XP-200 4.5.17.1 Description Figure 4-20 SCALANCE XP-200...
Page 176: Features And Functions
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches The devices support the S2 system redundancy and H-Sync and can be integrated into SIMATIC S7-1500 R/H systems. In addition, the devices support Configuration in Run (CiR/H-CiR). This enables configuration changes defined via PROFINET to be performed at the switch during operation.
Page 177: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches ● MRP interconnection ● STP/RSTP (Spanning Tree Protocol/Rapid Spanning Tree Protocol) as well as RSTP+ ● Passive listening ● Topology support (LLDP) ● VLAN (Virtual Local Area Network) port based ● IGMP Snooping/Querier (Internet Group Management Protocol) ●...
Page 178: Scalance X-300
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Device Description Article number Article number (PROFINET) (Ethernet/IP) SCALANCE XP216 EEC 12x 10/100 Mbps and 4x 6GK5216-0HA00-2ES6 10/100/1000 Mbps M12 connector technology electrical, coated PCB SCALANCE XP216PoE EEC 12x 10/100 Mbps und 4x 6GK5216-0UA00-5ES6 10/100/1000 Mbps M12 connector technology electrical, coated PCB,...
Page 179 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Figure 4-23 SCALANCE XR324-12M, fully modular device equipped with media modules The managed Industrial Ethernet switches of the SCALANCE X-300/XR-300 product line are suitable for the setup of electrical and/or optical line, ring or star structures with transmission rates of 10/100/1000 Mbps in high-performance plant networks.
Page 180: Features And Functions
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.18.2 Features and functions Features The individual devices have the characteristics shown in the following table: X308-2M X308-2M TS X308-2M PoE XR324-12M XR324-12M TS XR324-4M PoE XR324-4M EEC Modular design ● ●...
Page 181 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches ● IGMP snooping/querier (Internet Group Management Protocol) ● DHCP server / DHCP client / DHCP options 66, 67, 82 ● GMRP (Generic Multicast Protocol) ● Broadcast, Multicast, Unicast limiter ● Broadcast blocking ●...
Page 182 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Device Description Article number SCALANCE X308-2M TS 4x 10/100//1000 Mbps RJ45 ports, electri- 6GK5308-2GG10-2CA2 2x 10/100/1000 Mbps slots for 2 port media modules, electrical or optical, with extend- ed temperature range and approval EN 50155/EN 50121-4 for railway applications SCALANCE XR324-12M Fully modular 19"...
Page 183: Media Modules And Sfp Transceivers
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Device Description Article number SCALANCE XR324-4M PoE Partially modular 19" Industrial Ethernet switch; 8x 10/100/1000 Mbps RJ45 Ports with PoE 8x 10/100/1000 Mbps RJ45 ports without 4x 10/100/1000 Mbps slots for 2-port media modules, optionally electrically or optically equipped 24 VDC power supply...
Page 184 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Component Twisted pair Fiber-optic cables 10/100 Mbps 10/100/1000 100 Mbps 1000 Mbps Max. segment length / Mbps MM992-2CU 2x RJ45 MM992-2SFP 2x RJ45 MM992-2 2x SC, multimode 0.75 MM992-2LD 2x SC, single-mode MM992-2LH 2x SC, single-mode MM992-2LH+...
Page 185: Scalance Xr-300Wg
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.19 SCALANCE XR-300WG 4.5.19.1 Description Figure 4-24 SCALANCE XR-300WG The devices of the SCALANCE XR-300WG product line are managed Industrial Ethernet switches for the setup of Industrial Ethernet networks with transmission rates of 10/100/1000 Mbps in linear, star or ring structures.
Page 186: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Functions All devices have the following functions: ● Configuration with the Primary Setup Tool (PST) V3 or higher; to assign the IP address using the Primary Setup Tool, the switch must be accessible via Ethernet.
Page 187: Article Numbers
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.19.4 Article numbers Device Properties Power supply Article number SCALANCE XR324WG 24x 10/100 Mbps RJ45 ports 2x 24 V DC 6GK5324-0BA00-2AR3 Connection for the power supply on the front 1x 100 to 240 V AC 6GK5324-0BA00-3AR3 Connection for the power supply on the rear...
Page 188 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Type Property Article number SFP992-1LD+ 1 x 1000 Mbps LC port optical for glass FO cable 6GK5 992-1AM30-8AA0 (single mode) up to max. 30 km SFP992-1LH 1 x 1000 Mbps LC port optical for glass FO cable 6GK5 992-1AN00-8AA0 (single mode) up to max.
Page 189: Scalance Xm-400
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.20 SCALANCE XM-400 4.5.20.1 Description Figure 4-25 SCALANCE XM-400 The devices of the product group SCALANCE XM-400 provide both RJ-45 ports (1000 Mbps) as well as individual receptacles for pluggable transceivers. Each device can be expanded by port extenders, the maximum number of ports is 24.
Page 190 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Functions All devices have the following functions ● Configuration with the Primary Setup Tool (PST) V3 or higher; to assign the IP address using the Primary Setup Tool, the switch must be accessible via Ethernet.
Page 191: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches ● Multicast routing (PIM-SM, PIM-SSM, PIM-BiDir, MSDP) ● IPv6: – Management – RIPng – OPSFv3 – VRRPv3 4.5.20.3 Interfaces Device Total number of availa- Twisted pair Fiber-optic cables Combo ports ble ports 100/1000 Mbps 10/100/1000 Mbps 1000 Mbps...
Page 192: Accessories Sfp Transceiver
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Device Description Article number SCALANCE XM416-4C 12x 10/100/1000 Mbps RJ45 ports, 6GK5416-4GS00-2AM2 4x combo ports (usable either for plug-in transceiver SFP 100/1000 Mbps or as 10/100/1000 Mbps RJ45 ports); Max. 1 Port Extender, Layer 3 with KEY- PLUG 12x 10/100/1000 Mbps RJ45 ports, 6GK5416-4GR00-2AM2...
Page 193 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Type Property Article number SFP992-1LD+ 1 x 1000 Mbps LC port optical for glass FO cable 6GK5 992-1AM30-8AA0 (single mode) up to max. 30 km SFP992-1LH 1 x 1000 Mbps LC port optical for glass FO cable 6GK5 992-1AN00-8AA0 (single mode) up to max.
Page 194: Extender Modules Scalance Pe-400
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Note Slots for pluggable transceivers of the product group SFP991 The pluggable transceivers SFP991 with a transmission rate of 100 Mbps cannot be used for devices with the letter "G" in the type designation (Gigabit Ethernet) or in the slots for pluggable transceivers of the product groups SFP992 (1000 Mbps) and SFP993 (10 Gbps).
Page 195: External Power Supply Units Scalance Ps-900Poe
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches SCALANCE XM-400 basic devices are not capable of PoE. With the extnder module PE408PoE, however, the XM-400 devices can be expanded with ports that allow a power supply via Ethernet. Interfaces Device Twisted pair Fiber-optic cables...
Page 196 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches The devices with degree of protection IP20 can be used in ambient temperatures between - 40 °C und +70 °C. A SCALANCE PS-900 PoE supplies a maximum power of 86 W. To supply all eight ports of a PE408PoE with power two SCALANCE PS-900 PoE must therefore be connected.
Page 197: Scalance Xr-500
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.21 SCALANCE XR-500 4.5.21.1 Description Figure 4-28 SCALANCE XR-500 SCALANCE XR500 switches are ideal for use in industrial networks and for integrating the industrial network in an existing enterprise network. From the control level to the management level, the switch handles the networking of both plant sections and distributed field devices and ensures high plant availability with wide-ranging diagnostics options and high transmission speeds.
Page 198: Features And Functions
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.21.2 Features and functions Features The individual devices have the characteristics shown in the following table: XR552-12M XR524-8C XR528-5M XR526-8C Modular design ● Combo ports ● Gigabit Ethernet ● ● 10 Gigabit Ethernet ●...
Page 199: Interfaces
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches ● GMRP (Generic Multicast Protocol) ● Broadcast, Multicast, Unicast limiter ● Broadcast blocking ● DHCP server / DHCP client / DHCP options 66, 67, 82 ● Access Control List (ACL) ● IEEE 802.1x (Radius) ●...
Page 200 SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Device Properties Layer 3 Power supply Article number 8x combo ports (usable 2 x 100 to 240 VAC 6GK5524-8GS00-4AR2 either for plug-in transceiver Connectors on rear SFP 100/1000 Mbps or as Integrated 2 x 24 VDC 6GK5524-8GR00-2AR2...
Page 201: Media Modules And Sfp Transceivers
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches 4.5.21.5 Media modules and SFP transceivers Media modules Component Twisted pair Fiber-optic cables 1 port SFP slots 10/100/1000 Mbps 100 Mbps 1000 Mbps Max. segment 100/1000 Mbps length / km MM991-4 4x BFOC, multimode 4* / 5** MM991-4LD...
Page 202: External Power Supply Unit Scalance Ps598-1
SCALANCE network components 4.5 SCALANCE X Industrial Ethernet Switches Component Fiber-optic cables 100 Mbps 1000 Mbps 10 000 Mbps Max. segment length / SFP992-1ELH 1x LC, single-mode 1) 2) SFP993-1 1x LC, multimode 0.300 SFP993-1LD 1x LC, single-mode SFP993-1LH 1x LC, single-mode * With a cable cross-section of 50 µm ** With a cable-cross section of 62.5 µm Only pluggable in combination with SFP shaft module MM992-4SFP...
Page 203: Scalance W Components For The Industrial Wireless Lan
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Note Requirement for connecting at the rear Note that the connector on the rear of the PS598-1 can only be used if the power supply is mounted on the SCALANCE XR-500M. Note Replacing the filter mat To replace the filter pad use the material Viledon P 15/150 G2 EN 779.
Page 204 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN To protect against unauthorized access, the products provide modern standard mechanisms for user identification (authentication) and encryption of data and can furthermore be integrated easily into existing security concepts. ●...
Page 205 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Overview of the performance classes of the SCALANCE W devices The following overview table provides you with a summary of the performance classes covered by the various SCALANCE W devices. Figure 4-30 SCALANCE W access points and clients according to IEEE 802.11n/ac Example of a topology...
Page 206: Type Designations
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Note In the online help of the Web-Based Management, you will find further information on the configuration parameters of the particular SCALANCE W devices. 4.6.2 Type designations The design and basic properties of a SCALANCE W device can be identified based on the following type key: Figure 4-32 Type designations of the SCALANCE W devices complying with IEEE 802.11n/ac...
Page 207: Functions Of Wlan Devices
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Shorter delay times are required for time-critical applications, for example, Voice over IP. The standard IEEE 802.11r contains amendments which optimize roaming and therefore is also referred to as Fast BSS Transition (FT). With FT, the WLAN client must not authenticate every time the access point changes.
Page 208 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN ● Frame aggregation ● Channel bonding Support of IEEE 802.11ac The SCALANCE W1700 devices support the IEEE 802.11ac standard. The data throughput for these devices is up to 1733 Mbps. Detailed information is available in the section "IEEE 802.11n/ac (Page 209)".
Page 209: Ieee 802.11N/Ac
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN ● IPCF-MC: IPCF Management Channel The iPCF-MC function is a further development of iPCF. This mode should be used when IWLAN nodes that also support iPCF MC are moving freely in the RF field. This method is particularly suitable when using omnidirectional antennas, when deterministic data needs to be exchanged.
Page 210 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN The following table contains the most important differences. IEEE 802.11n IEEE 802.11ac Frequency band 2.4 GHz and 5 GHz 5 GHz Channel bandwidth 20 MHz, 40 MHz 20 MHz, 40 MHz, 80 MHz Optional: 160 MHz Spatial streams (data streams) 1 to 4...
Page 211 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Multi-User MIMO With multi-user MIMO, multiple frames are sent simultaneously to different multi-user MIMO clients over the same frequency range. A multi-user MIMO therefore supplies up to four multi-user MIMO clients with data simultaneously.
Page 212: Scalance W760/W720
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Frame aggregation With IEEE 802.11n/ac, it is possible to bundle together individual frames to form one larger frame, a process referred to as frame aggregation. There are two types of frame aggregation: ●...
Page 213: Features And Functions
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN PROFINET IO. The access point SCALANCE W761-1 RJ45 can also be operated as a client module. The following variants exist: ● SCALANCE W761-1 RJ-45 access point ● SCALANCE W721-1 RJ-45 Ethernet Client Module ●...
Page 214: Interfaces
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN ● IEEE 802.1X (RADIUS) ● EAP-TLS, EAP-TTLS, PEAP ● NAT / NAPT ● iQoS: industrial Quality of Service ● IEEE 802.11e (QoS/WMM) ● STP / RSTP (IEEE 802.1d/w) ●...
Page 215: Scalance W774/W734
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Clients Device Description Article number SCALANCE W721-1 RJ45 Ethernet interface RJ45, 6GK5721-1FC00-0AA0 1x R-SMA antenna connections 6GK5721-1FC00-0AB0 SCALANCE W722-1 RJ45 Ethernet interface RJ45, 6GK5722-1FC00-0AA0 1x R-SMA antenna connections 6GK5722-1FC00-0AB0 6GK5722-1FC00-0AC0 US variant...
Page 216: Features And Functions
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN 4.6.7.2 Features and functions Features The individual devices have the characteristics shown in the following table: Functionality W774-1 RJ45 W774-1 M12 EEC W734-1 RJ45 PoE (Power over Ethernet) according to IEEE ●...
Page 217: Interfaces
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN ● SNMP ● Syslog With the optionally available KEY-PLUG, the following functions can be used: ● iPCF ● iPCF-MC (only in client mode) ● iPCF-HT ● iPRP ● iREF (only in access point mode) ●...
Page 218: Scalance W778/W738
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN 4.6.8 SCALANCE W778/W738 4.6.8.1 Description Figure 4-35 SCALANCE W778/W738 The access point and client devices of the SCALANCE W778/W738 product group are designed for easy and cost-effective wireless machine networking. They support the IEEE 802.11n standard and use the 2 x 2 Single-User MIMO antenna technology that reaches a data transmission speed of up to 300 Mbps.
Page 219: Features And Functions
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN 4.6.8.2 Features and functions Features The individual devices have the characteristics shown in the following table: Table 4- 4 Functionality W778-1 M12 W778-1 M12 EEC W738-1 M12 PoE (Power over Ethernet) according to IEEE ●...
Page 220: Interfaces
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN ● VLANs (Multi-SSID) ● PROFINET IO diagnostics ● SNMP ● Syslog With the optionally available KEY-PLUG, the following functions can be used: ● iPCF ● iPCF-MC (only in client mode) ●...
Page 221: Scalance W786
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN 4.6.9 SCALANCE W786 4.6.9.1 Description Figure 4-36 SCALANCE W786 access point The SCALANCE W786 devices are intended for applications with high mechanical loads, for example outdoors or when the installation location is open to the public. The functions correspond to the IEEE 802.11a/b/g/n standards.
Page 222 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN W786-1 RJ45 W786-2 SFP W786-2 RJ45 W786-2IA RJ45 Operating temperature minimum -40 °C -40 °C Operating temperature maximum +60 °C +60 °C Resistant to condensation ● ● Resistant to salt water spray ●...
Page 223: Interfaces
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN ● iREF (only in access point mode) ● AeroScout (only in access point mode) For more detailed information on this, please refer to the documentation of the AeroScout company (www.aeroscout.com).
Page 224: Scalance W788/W748
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN 4.6.10 SCALANCE W788/W748 4.6.10.1 Description Figure 4-37 SCALANCE W788 M12 access point The access points W788-x RJ45/W788-x M12 and the client modules W748-1 RJ45/W748-1 M12 support the standard IEEE 802.11a/b/g/n. These devices are intended to set up Industrial Wireless LAN (IWLAN) wireless networks for 2.4 GHz or 5 GHz.
Page 225: Features And Functions
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN 4.6.10.2 Features and functions Features The individual devices have the characteristics shown in the following table: W788-1 RJ45 W788-1 M12 W788-2 M12 EEC W788-2 RJ45 W788-2 M12 W748-1 RJ45 W748-1 M12 PoE (Power-over-Ethernet) according to IEEE 802.3at Type 1, previously IEEE 802.3af.
Page 226: Interfaces
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN ● STP / RSTP (IEEE 802.1d/w) ● WDS (Wireless Distribution System) ● Operation possible as IWLAN client ● VLANs (Multi-SSID) With the optionally available KEY-PLUG, the following functions can be used: ●...
Page 227: Scalance W1788/W1748
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Device Description Article number SCALANCE W788-2 M12 Ethernet interface 1x M12 max. 1 6GK5788-2GD00-0AA0 Gbps, PoE 6GK5788-2GD00-0AB0 2x integral wireless cards 6x N-Connect female, antenna connections SCALANCE W788-2 M12 EEC Ethernet interface 1x M12 max.
Page 228: Features And Functions
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN The access points and client devices of the SCALANCE W1700 product line support the IEEE 802.11ac standard. These devices are intended to set up Industrial Wireless LAN (IWLAN) wireless networks for 5 GHz. You use the 4 x 4 Multi-User MIMO technology (Multiple Input Multiple Output) and Wave 2 that let you reach transmission speeds of up to 1733 Mbps (gross).
Page 229: Interfaces
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN W1788-1 M12 W1788-2 M12 EEC W1788-2 M12 W1788-2IA W1748-1 M12 IEEE 802.11ac ● ● IEEE 802.11ac MU-MIMO (Input x Output Streams) 4 x 4 4 x 4 ● Suitable / available or according to the specified standard Observe installation instructions Functions All devices have the following functions:...
Page 230: Article Numbers
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN W1788-1 M12 W1788-2 M12 W1788-2IA M12 W1748-1 M12 W1788-2 M12 EEC Connectors for external 4x N-Connect female 8x N-Connect female - 4x N-Connect female antennas Connector for 2x M12 (X-coded) 2x M12 (X-coded) 2x M12 (X-coded) 2x M12 (X-coded)
Page 231: Scalance W1750D
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN 4.6.12 SCALANCE W1750D 4.6.12.1 Description Figure 4-39 SCALANCE W1750D The controller-based SCALANCE W1750D Direct Access Point supports the IEEE 802.11ac Wave 2 standard. The device includes a virtual controller and is suitable for centralized management of up to 128 access points.
Page 232 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN W1750D-2IA RJ45 Operating temperature maximum +50 °C Resistant to condensation Resistant to salt water spray UV resistant Conformal coating Railway approval Use in EX Zone 2 IEEE 802.11ac ●...
Page 233: Interfaces
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN 4.6.12.3 Interfaces W1750D-2IA RJ45 WLAN interface Internal antennas Connections for external antennas Ethernet interface 10/100/1000 Mbps 2x RJ45 Connection PoE according to IEEE 802.3af / 802.3at for Type 1 1x 48 V DC Power supply connection DC connector 2.1/5.5 mm...
Page 234 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Two further related properties are important for any antenna: ● Radiation characteristics The radiation characteristics describe how strong the directionality of an antenna is. You have three options: –...
Page 235 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Radiating cable IWLAN RCoax cable In environments that make it difficult to use wireless or when the node only moves along predefined rails, it is sometimes preferable to replace omnidirectional antennas with an RCoax radiating cable.
Page 236: Product Overview
SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN 4.6.13.2 Product overview Table 4- 5 Omnidirectional antennas Device type Horizontal Antenna gain at Antenna gain Connection Mounting Degree radiation angle/ 2.4 GHz 5 GHz of pro- Direct Detached characteristics tection...
Page 237 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Device type Horizontal Antenna gain at Antenna gain Connection Mounting Degree radiation angle/ 2.4 GHz 5 GHz of pro- Direct Detached characteristics tection 360° 6 dBi 1x N- ●...
Page 238 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Table 4- 7 Antennas with strong directionality Device type Horizontal Antenna gain 2.4 Antenna gain Connection Mounting Degree radiation angle/ GHz / dBi 5 GHz / dBi of pro- Direct Detached characteristics...
Page 239 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Table 4- 8 RCoax antennas for SCALANCE W-700 IWLAN RCoax cable according to IEEE802.11a/b/g/n Device type Horizontal Antenna gain 2.4 Antenna gain Connection Mounting Degree radiation angle/ GHz / dBi 5 GHz / dBi of pro- Direct...
Page 240 SCALANCE network components 4.6 SCALANCE W components for the Industrial Wireless LAN Designation Description Article number ANT795-6MN Mounting aid for installing the ANT795-6MN below a roof, including installa- 6GK5795-6MN01-0AA6 Mounting tool tion fittings ANT795-6MT MIMO antenna with 3 QMA jacks, antenna gain 6 dBi, for 2.4 GHz / 5 GHz, 6GK5795-6MT00-0AA0 IP65 (-40 °C to +80 °C), incl.
Page 241: Scalance M Industry Router
4.7 SCALANCE M industry router Accessories for IWLAN In the product range of SIMATIC NET there are other accessories for IWLAN, for example connection cables, connectors, couplers and lightning protection elements. For more detailed information, refer to the following document:...
Page 242 SCALANCE network components 4.7 SCALANCE M industry router Figure 4-40 SCALANCE M product family GPRS / UMTS / LTE for complex stations with increased security requirements GPRS, UMTS and LTE packet oriented mobile communications services. With their high high transmission speeds, UMTS and LTE allow fast communication and are suitable above all for mobile Internet access.
Page 243 SCALANCE network components 4.7 SCALANCE M industry router Example of a topology Figure 4-41 Example of a topology for the TeleControl network: Industrial Remote Communication Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 244: Scalance M812-1, M816-1 And M826-2
SCALANCE network components 4.7 SCALANCE M industry router 4.7.2 SCALANCE M812-1, M816-1 and M826-2 4.7.2.1 Description Figure 4-42 SCALANCE M812-1, SCALANCE M816-1 and SCALANCE M826-2 The routers of the SCALANCE M81x/M826 series allow wired communication of programmable controllers via the Internet or via 2- or 4-wire cable. All devices have proven security mechanisms such as firewall (stateful packet inspection) and VPN.
Page 245: Features And Functions
SCALANCE network components 4.7 SCALANCE M industry router Figure 4-43 Example of a topology for using the devices SCALANCE M816-1 and M826-2 4.7.2.2 Features and functions Features The individual devices have the characteristics shown in the following table: M812-1 M816-1 M826-2 Diagnostics LED ●...
Page 246: Article Numbers
SCALANCE network components 4.7 SCALANCE M industry router M812-1 M816-1 M826-2 DSL interface 1x RJ45 1x RJ45 Terminal strip for 2- wire/4-wire cable Digital input/output Power supply 24 V DC ● ● ● Redundant power supply ● ● ● C-PLUG slot ●...
Page 247: Scalance M874-3 And M-876-4
SCALANCE network components 4.7 SCALANCE M industry router 4.7.3 SCALANCE M874-3 and M-876-4 4.7.3.1 Description Figure 4-44 SCALANCE M874-x and SCALANCE M876-x The routers of the SCALANCE M87x series allow mobile wireless connection of Ethernet- based devices. All devices have proven security mechanisms such as firewall (stateful packet inspection) and VPN.
Page 248 SCALANCE network components 4.7 SCALANCE M industry router Figure 4-45 Example of a topology for using the SCALANCE M-800 Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 249: Features And Functions
SCALANCE network components 4.7 SCALANCE M industry router 4.7.3.2 Features and functions Features The individual devices have the characteristics shown in the following table: M874-2 2.5G M874-3 3G M876-3 3G M876-4 LTE (EU) M876-3 3G (ROK) M876-4 LTE (NAM) Supported wireless networks UMTS UMTS UMTS...
Page 250: Article Numbers
SCALANCE network components 4.7 SCALANCE M industry router 4.7.3.3 Article numbers Device Description Article number SCALANCE M874-2 Mobile wireless router for GSM with 2-port switch 6GK5874-2AA00-2AA2 SCALANCE M874-3 Mobile wireless router for GSM and UMTS with 2- 6GK5874-3AA00-2AA2 port switch SCALANCE M876-3 Mobile wireless router for GSM, UMTS, CDMA 6GK5876-3AA02-2BA2...
Page 251: Features And Functions
SCALANCE network components 4.7 SCALANCE M industry router Figure 4-47 Example of a topology for the remote maintenance of PROFIBUS systems via the SCALANCE M804PB 4.7.4.2 Features and functions Features The device has the characteristics shown in the following table: M804PB Diagnostics LED ●...
Page 252: Interfaces
SCALANCE network components 4.7 SCALANCE M industry router ● DHCP client ● DHCP server for internal network ● NAT (IP masquerading, NAT traversal, 1:1 NAT) ● Port forwarding ● DNS cache ● Firewall (Stateful inspection) ● VPN with up to 20 connections ●...
Page 253 SCALANCE network components 4.7 SCALANCE M industry router The teleservice adapter is available in two versions: Teleservice adapter IE basic and teleservice adapter IE advanced. Both devices allow the connection of an Ethernet network to the phone network. A full device consists of a TeleService adapter IE as the basic device and a TS module suitable for the telecommunications infrastructure.
Page 254: Features And Functions
SCALANCE network components 4.7 SCALANCE M industry router 4.7.5.2 Features and functions Features of the basic devices and modules The basic devices have the features listed in the table: TS adapter IE basic TS Adapter IE Advanced Suitable for module TS Module Modem TS Module GSM TS Module ISDN...
Page 255: Modem Md720
SCALANCE network components 4.7 SCALANCE M industry router 4.7.6 Modem MD720 4.7.6.1 Description Figure 4-50 Modem MD720 The GSM/GPRS modem MD720 is used for the remote control system SINAUT ST7 for data transmission via a dial-up connection (CSD service) and for a remote control system based on TeleControl Server Basic for data transmission via GPRS.
Page 256: Features And Functions
SCALANCE network components 4.7 SCALANCE M industry router Example of a topology IP-based communication via GPRS/DSL with the MSC protocol 4.7.6.2 Features and functions Features Modem MD720 Interface - internal network 1 x D-sub 9-pin Interface mobile wireless 1 x SMA Digital inputs and outputs Supported wireless networks Supported wireless services...
Page 257 SCALANCE network components 4.7 SCALANCE M industry router Functions The MD720 modem has the following functions: ● Quadband GSM (850/900/1800/1900 MHz) ● GPRS multislot class 10 (gross: 13.4-27 kbps upload, 40-54 kbps download). ● Automatic establishment and keeping up of the IP-based online connection via GPRS to the Internet ●...
Page 258: Antennas For Mobile Wireless
SCALANCE network components 4.7 SCALANCE M industry router Article number Device Description Article number MD720 Mobile wireless modem with RS-232 interface for the GSM 6NH9720-3AA01-0XX0 services CSD, GPRS, SMS, quadband GSM, AT com- mand interface. Automatic GPRS connection establish- ment incl. gender changer for RS-232/PPI adapter 4.7.7 Antennas for mobile wireless 4.7.7.1...
Page 259 SCALANCE network components 4.7 SCALANCE M industry router Table 4- 10 Antennas for detached mounting Antenna GSM (2G) GPRS UMTS WLAN Europe North Ameri- ● ● ● ● ● ANT896-4ME ● ● ● ● ANT794-4MR ● ● ANT794-3M ● ANT895-6ML ●...
Page 260 Accessories for mobile wireless devices In the product range of SIMATIC NET there are other accessories for mobile wireless devices, for example connection cables, connectors, couplers and lightning protection elements. For more detailed information, refer to the following document:...
Page 261: Scalance S Industrial Security Appliance
SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance SCALANCE S Industrial Security Appliance 4.8.1 Overview Areas of application for SCALANCE S The SCALANCE S Industrial Security Appliance devices protect nodes connected to the protected network with a combination of different security measures. SCALANCE S devices have different protective functions and individual devices or even entire automation cells can be integrated into the protected area.
Page 262: Technical Basics
Configuration and administration With the TIA Portal, all SIMATIC NET security products can be configured and diagnosed from a central location. The configuration of individual devices is possible in Web Based Management (WBM), Command Line Interface (CLI) or by using SNMP.
Page 263 SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance Firewall The firewall functionality of SCALANCE S Industrial Security Appliances protects the internal network from influences or disturbances from external networks. This means that, depending on the configuration, only certain specified communication relations between the network nodes from the internal network and the network nodes from the external networks are allowed.
Page 264 SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance SCALANCE S as DHCP server A DHCP server assigns an IP address to each client throughout the network. DHCP (Dynamic Host Configuration Protocol) in conjunction with a suitable server, allows the dynamic assignment of an IP address and other configuration parameters to computers within the network.
Page 265: Description
SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance 4.8.3 Description SCALANCE S615 Figure 4-53 SCALANCE S615 The SCALANCE S615 protects from unauthorized access with a stateful inspection firewall. In addition, the device supports IPsec and OpenVPN (as a client in SINEMA RC) with up to 20 VPN connections.
Page 266: Features And Functions
SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance Figure 4-55 SCALANCE SC642-2C and SCALANCE SC646-2C The devices of the SCALANCE SC-600 product line are Industrial Security Appliances for protection against unauthorized accesses. The rear of the robust enclosure in the SIMATIC S7-1500 format consists of die-cast aluminum and offers all options for the installation that are required in the industrial environment (SIMATIC S7-1500 and S7-300 standard rail standard DIN rail, wall mounting).
Page 267: Interfaces
SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance S615 SC632-2C SC636-2C SC642-2C SC646-2C On site display (Set button) ● ● ● ● ● C-PLUG slot ● ● ● ● ● ● Suitable / available or according to the specified standard. Functions The following table indicates the functions provided by the individual devices: S615...
Page 268: Article Numbers
SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance 4.8.6 Article numbers Device Description Article number SCALANCE S615 5x 10/100 Mbps RJ45 ports; 6GK5615-0AA00-2AA2 1x digital input 1x digital output SCALANCE SC632-2C 2x 100/1000 Mbps combo ports (usable 6GK5632-2GS00-2AC2 either for plug-in transceiver SFP 100/1000 Mbps or as 10/100/1000 Mbps RJ45 ports);...
Page 269 SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance ● The SOFTNET Security Client uses proven IPsec mechanisms to establish and operate Virtual Private Networks (VPNs). ● End-to-end intuitive configuration without specialist security knowledge. ● A common configuration tool with a common database for SCALANCE S modules and the SOFTNET Security Client.
Page 270 SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance The communication via these IPsec tunnels makes it possible for PG/PC applications such as NCM (Network and Communication Management) diagnostics or with STEP 7 to securely access devices or networks that are located in an internal network protected by SCALANCE S.
Page 271: Sinema Rc
SCALANCE network components 4.8 SCALANCE S Industrial Security Appliance ● Configuration tool (German / English), ● The electronic manual on CD-ROM is available in the following languages: – German – English – French – Spanish – Italian Product Description Article number SOFTNET Security Client Edition 2008 For Microsoft Windows XP Professional, 32-bit incl.
Page 272 SINEMA RC Server is protected against unauthorized accesses via authentication mechanisms as well as through specified task-specific access rights. Note You will find more information on SINEMA RC in SINEMA RC (https://siemens.com/sinema- remote-connect). Features and functions SINEMA RC has the following characteristics and functions: ●...
Page 273 ● Auto configuration interface – For simple configuration to a connection of the SINEMA Remote Connect. ● Easy integration of the Siemens industrial routers, Industrial Security Appliances and selected SIMATIC CP units by means of auto-configuration ● Optimal connection and easy selection of identical machines with identical local...
Page 274: Network Management Software
SIMATIC NET network components, Ethernet CPs and gateways. This is only possible if the SIMATIC NET devices have a default ETHERNET (MAC) address and can be reached online in the network. The nodes must also support the DCP protocol.
Page 275 SCALANCE network components 4.9 Network management software Functions Depending on the properties of the addressed components and interfaces, the following functions are available in the PST: ● Basic functions: – Searching a network for devices with an Ethernet interface – Calling up Web Based Management –...
Page 276 SCALANCE network components 4.9 Network management software It is possible to set addresses for the following SIMATIC NET network components using PST: ● SCALANCE W-700 ● SCALANCE X-200 ● SCALANCE X-300 ● SCALANCE X-400 ● SCALANCE X-500 It is possible to set addresses for the following Ethernet CPs using PST: ●...
Page 277: Sinec Nms
Hardware requirements at least: Clock frequency 600 MHz / 512 MB RAM / screen resolution 1024 x 768 / color quality 16 bit Note You will find more detailed information on the Primary Setup Tool and on downloading the software at PST (https://support.industry.siemens.com/cs/ww/en/view/19440762). 4.9.2 SINEC NMS Description The network management system SINEC NMS is a software for central monitoring and management of industrial networks with up to 12500 nodes.
Page 278 Device representation in network topologies, in as far as the devices provide the neighborhood information. ● Manufacturer-independent visualization of all network nodes and comprehensive support of Siemens devices ● Rule-based network configuration for industrial communication (Policy Based Network Management) – Device-independent configuration function and firmware update function for individual or multiple network components –...
Page 279 SCALANCE network components 4.9 Network management software ● Distributed approach – Complete view of the network, irrespective of size and complexity – Scalability of the network for expanding systems ● Manufacturer-independent diagnostics of NAT routers and their lower-level networks ● Reporting function –...
Page 280: Softnet Tsn
4.9.3 SOFTNET TSN Description The SOFTNET TSN software of the SIMATIC NET product family enables the connection of a PC station to a TSN network (Time Sensitive Networking) in accordance with the standard IEEE 802.1. SOFTNET TSN uses a defined interface of the switch for connection of the end devices to a TSN network;...
Page 281 There are two operating-system-specific variants: ● SOFTNET TSN for operating under Windows ● SOFTNET TSN for operating under Linux TSN-compatible devices The following SIMATIC NET network components are suitable for connection to a TSN network: SIMATIC CP 1545-1TSN SCALANCE XC208G TSN...
Page 282: Accessories
Function If an empty CPLUG (as supplied) is inserted in a SIMATIC NET component, the device automatically backs up the configuration data during startup. Changes to the configuration during operation are also saved on the C-PLUG without any additional operator intervention being necessary.
Page 283: Key-Plug
KEY-PLUG corresponds to the C-PLUG, in addition the KEY-PLUG contains the release licenses. There are several variants of the KEY-PLUG for the SCALANCE W and SCALANCE X series. The KEY-PLUG can be used in all SIMATIC NET products with a C-PLUG slot. Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 284 SCALANCE network components 4.10 Accessories KEY-PLUG for SCALANCE W: With SCALANCE W, the KEY-PLUG releases security functions and iFeatures. The following versions exist: ● KEY-PLUG W700 SECURITY Activates Inter AP Blocking function. This function is available only in access point mode. ●...
Page 285: Configuration License Plug (Clp)
SCALANCE network components 4.10 Accessories 4.10.3 Configuration License PLUG (CLP) Description The SCALANCE CLP is an exchangeable storage medium for the storage and securing of configuration data that can be used in all SCALANCE devices with CLP slot (for example, with SCALANCE W1700).
Page 286 Article number SCALANCE CLP 2GB Exchangeable storage medium for saving configuration data, 6GK1900-0UB00-0AA0 can be used in SIMATIC NET products with CLP slot SCALANCE CLP EEC 2GB Exchangeable storage medium with coated PCBs for saving 6GK1900-0UQ00-0AA0 configuration data, usable in SIMATIC NET products with CLP...
Page 287: Cloud Gateway
Cloud Gateway Description Figure 5-1 CloudConnect 7 SIMATIC CC712 and SIMATIC CC716 The Cloud Gateway is used for the connection and data transmission of a SIMATIC S7 or Modbus process station to a cloud system or of a SIMATIC S7 process station to an OPC UA client.
Page 288 Cloud Gateway 5.1 Description The device has an industry-suitable housing in the SIMATIC S7-1500 format in the degree of protection IP20 and is suitable for operating temperatures of -20 °C to +60 °C. It offers the following installation options: SIMATIC S7-1500 and S7-300 standard rail, standard DIN rail, on a base or wall mounting.
Page 289: Features And Functions
Cloud Gateway 5.2 Features and functions Features and functions Features The device has the characteristics shown in the following table: SIMATIC CC712 SIMATIC CC716 Diagnostics LED ● ● On site display (Set button) ● ● Power supply 24 V DC ●...
Page 290: Article Numbers
Cloud Gateway 5.3 Article numbers ● NTP/NTP (secure) ● Trigger Management: Event-driven/threshold/cyclic Article numbers Device Description Article number SIMATIC CC712 Gateway for connection of a SIMATIC S7 or Mod- 6GK1411-0AC00 bus station to a cloud system or an OPC UA serv- er for transmission of SIMATIC S7 data SIMATIC CC716 Gateway for connection of seven SIMATIC S7...
Page 291: Telecontrol
/ Internet, or private networks with special transmission protocols. Both standard protocols (DNP3, IEC 60870) as well as Siemens protocols (SINAUT ST7, TeleControl Basic) are supported. A distinction is made between compact and modular RTUs. This section describes the compact RTU series SIMATIC RTU3000C.
Page 292 TeleControl 6.1 SIMATIC RTU3000C 12 - 24 V DC via the power supply unit. Optional modules are available for energy self- sufficient use cases: An accumulator with a solar panel or up to six redundant connectable battery modules. All options can be combined with each other. The RTUs can be used for monitoring the following systems: ●...
Page 293: Description
TeleControl 6.2 Description Description Figure 6-3 SIMATIC RTU3010C Figure 6-4 SIMATIC RTU3030C and RTU3031C The remote control stations of the SIMATIC RTU3000C product line are used at remote measuring stations. An RTU is connected to the sensors of the measuring station and transfers recorded process values via the LAN interface and an external router to the central control center.
Page 294: Features And Functions
● ● ● GSM/GPRS/UMTS antenna LTE-M/NB ● Temperature sensor for moni- ● ● ● ● toring the housing temperature Slot for memory card (SD 1.0, ● ● ● ● SD 1.1, SDHC, Siemens SMC) Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 295: Interfaces
TeleControl 6.4 Interfaces RTU3010C RTU3030C RTU3031C RTU3041C Slot for SIM card ● ● ● C-PLUG slot ● Suitable / available or according to the specified standard A redundant power supply is possible through parallel connection to multiple energy suppliers: Combination of external power supply/battery modules/battery Functions All devices have the following functions:...
Page 296: Article Numbers
TeleControl 6.5 Article numbers Article numbers Device Description Article number SIMATIC RTU3010C Compact low power RTU 6NH3112-0BA00-0XX0 SIMATIC RTU3030C Compact low power RTU, integrated UMTS modem 6NH3112-3BA00-0XX0 SIMATIC RTU3031C Compact low power RTU, integrated UMTS modem, GPS 6NH3112-3BB00-0XX0 SIMATIC RTU3041C Compact low power RTU, integrated LTE-M/NB modem, GPS 6NH3112-4BB00-0XX0 Accessories...
Page 297 TeleControl 6.5 Article numbers Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 299: Communications Processors For Pcs
Communications processors for PCs Overview Communication processors for PCs/PGs allow you to establish a connection to Industrial Ethernet with a PC/PG or a SIMATIC Microbox PC (PCI-104 interface). There are two categories of communication processors for PCs/PGs: ● Communication processors with their own microprocessor This relieves the PC/PG CPU.
Page 300 Communications processors for PCs 7.1 CP 1604 Example of a topology Figure 7-1 Connection of PROFINET nodes via CP1604 to Industrial Ethernet CP 1604 Description Figure 7-2 CP 1604 EEC The CP 1604 is a PCI-104 card with its own microprocessor Ethernet real-time ASIC ERTEC 400 which supports PN IO communication.
Page 301 Communications processors for PCs 7.1 CP 1604 Features CP 1604 CP 1604 EEC Required slot on the PC PCI-104 (32-bit) Number and type of the interfaces for Industrial Ethernet 4x RJ45 Gigabit Ethernet Own microprocessor ● Optional external power supply 12 ... 24 VDC ●...
Page 302 Communications processors for PCs 7.2 CP 1616 CP 1616 Description Figure 7-3 CP 1616 The CP 1616 is a PCI card with its own microprocessor and an integrated 4-port switch for connecting PCs and SIMATIC PGs/PCs to PROFINET IO. The module universal keyed 3.3 V and 5 V;...
Page 303 Communications processors for PCs 7.3 CP 1623 Article numbers Component Description Article number CP 1616 PCI-104 card (32-bit; 3.3 / 5 V universal keyed) with ASIC 6GK1161-6AA02 ERTEC 400 for connecting PCs to PROFINET IO with 4-port real-time switch (RJ45); including IO-Base software for PROFINET IO controller and NCM PC CP 1623 Description...
Page 304 PCI Express x1 card for connection to Industrial Ethernet (10 / 6GK1162-3AA00 100 / 1000 Mbps), with 2-port switch (RJ-45) via HARDNET-IE S7 /S7-1613 and S7 REDCONNECT; Support of operating systems according to the SIMATIC NET software CP 1626 Description...
Page 305 Communications processors for PCs 7.4 CP 1626 Features CP 1626 Required slot on the PC PCI Express x1 Number and type of the interfaces for Industrial Ethernet 4x RJ45 Gigabit Ethernet Own microprocessor ● Optional external power supply 12 to 24 V DC ●...
Page 306 Communications processors for PCs 7.5 CP 1628 CP 1628 Description Figure 7-6 CP 1628 The CP 1628 is a PCI Express card with its own microprocessor and integrated 2-port switch for connecting PCs and SIMATIC PGs/PCs to Industrial Ethernet. PNIO is not supported by this module.
Page 307 PCI Express x1 card for connection to Industrial Ethernet 6GK1162-8AA00 (10/100/1000 Mbps), with 2-port switch (RJ45) and integrated security (firewall, VPN) via HARDNET-IE S7 and S7 REDCONNECT; Support of operating systems according to the SIMATIC NET software Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 308 Communications processors for PCs 7.5 CP 1628 Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 309: Communications Processors For Simatic S7
Communications processors for SIMATIC S7 Overview For each SIMATIC S7 system there are communications processors that provide a connection of a station (the so called system connection) to a communication network. This means that S7 controllers can exchange data with other network nodes via Industrial Ethernet or PROFIBUS.
Page 310: Siplus Version
Communications processors for SIMATIC S7 8.1 SIPLUS version Example of a topology Figure 8-2 Connecting S7 systems to Industrial Ethernet based on the example of a linear bus topology SIPLUS version For applications in harsh environmental conditions, in aggressive environments or in extreme temperature ranges, the standard properties of an individual device or system are often inadequate.
Page 311: Communications Processors For Simatic S7-300
● With conformal coating for extreme ambient conditions and for use on rolling stock according to EN 50155. Note SIPLUS Detailed information and the technical documentation on SIPLUS is available under: SIPLUS (https://w3.siemens.com/mcms/siplus/en/siplus-extreme/Pages/Default.aspx) Communications processors for SIMATIC S7-300 Description Figure 8-3 SIMATIC S7-300: CP 343-1 ERPC The communication processors of the category SIMATIC S7-300 have a rugged plastic housing for installation on an S7-300 standard rail.
Page 312 Communications processors for SIMATIC S7 8.2 Communications processors for SIMATIC S7-300 CP 343-1 Lean CP 343-1 CP 343-1 Advanced CP 343-1 ERPC SIPLUS CP 343-1 Lean SIPLUS CP 343-1 SIPLUS CP 343-1 Advanced Gigabit interface ● ● 30 MB flash memory / ●...
Page 313 Communications processors for SIMATIC S7 8.2 Communications processors for SIMATIC S7-300 ● Diagnostics and network management: – Extensive diagnostics functions of all modules of the rack – Integration in network management systems by supporting SNMP V1 ● Configuration of all functions with STEP 7 as of V5.4 or STEP 7 Professional V11 ●...
Page 314 Communications processors for SIMATIC S7 8.2 Communications processors for SIMATIC S7-300 ● Communications services: – Open communication with TCP/IP, UDP, multicast for UDP and ISO – Inter-network PG/OP communication with S7 routing – S7 communication (client, server, multiplexing) ● Media redundancy (MRP): –...
Page 315 Communications processors for SIMATIC S7 8.2 Communications processors for SIMATIC S7-300 ● CP 343-1 Advanced with security function: Security of the system against unauthorized access by – Central access protection for any device within an automation cell, for example, by secure authentication of the network nodes –...
Page 316 Communications processors for SIMATIC S7 8.2 Communications processors for SIMATIC S7-300 Article numbers Device Description Article number CP 343-1 Lean To connect SIMATIC S7-300 in Industrial Ethernet using TCP/IP and 6GK7343-1CX10-0XE0 UDP multicast. S7 communication, open communication (SEND/RECEIVE), FETCH/WRITE, PROFINET IO device, MRP, integrated 2-port switch ERTEC SIPLUS CP 343-1 Lean For an extended temperature range and harsh environmental loads.
Page 317: Communications Processors Sinaut St7 For Simatic S7-300
Communications processors for SIMATIC S7 8.3 Communications processors SINAUT ST7 for SIMATIC S7-300 Communications processors SINAUT ST7 for SIMATIC S7-300 Description Figure 8-4 SINAUT TIM 3V-IE The SINAUT ST7 TIM communication modules allow S7-300 stations SINAUT communication via telecommunications networks or IP-based networks. The devices have a rugged plastic housing with IP20 degree of protection for installation on an S7-300 standard rail.
Page 318 Communications processors for SIMATIC S7 8.3 Communications processors SINAUT ST7 for SIMATIC S7-300 Functions The communications processors of this category support the following protocols: Protocol / function TIM 3V-IE TIM 3V-IE Advanced TIM 3V-IE DNP3 TIM 4R-IE TIM 4R-IE DNP3 TCP/IP ●...
Page 319: Communications Processors For Simatic S7-400
Communications processors for SIMATIC S7 8.4 Communications processors for SIMATIC S7-400 Communications processors for SIMATIC S7-400 Description Figure 8-5 CP 443-1, CP 443-1 Advanced, CP 443-1 RNA and CP 443-1 OPC UA The communication processors of the category SIMATIC S7-400 have a rugged plastic housing for installation on an S7-400 rack.
Page 320 Communications processors for SIMATIC S7 8.4 Communications processors for SIMATIC S7-400 Functions The communications processors of this category support the following protocols and technologies: Protocol / function CP 443-1 CP 443-1 Advanced CP443-1 RNA CP 443-1 OPC UA SIPLUS CP 443-1 SIPLUS CP 443-1 Ad- Ethernet RNA inter-...
Page 321 Communications processors for SIMATIC S7 8.4 Communications processors for SIMATIC S7-400 CP 443-1 / SIPLUS CP 443-1 The CP 443-1 and the SIPLUS CP 443-1 are designed to connect a SIMATIC S7-400 system to Industrial Ethernet networks. The communications processors support: ●...
Page 322 Communications processors for SIMATIC S7 8.4 Communications processors for SIMATIC S7-400 ● Security mechanisms: – Access protection with a configurable IP-ACL (IP Access Control List) ● Configuration of all functions with STEP 7 as of V5.4 ● Configuration with STEP 7 Professional V11 or higher. ●...
Page 323 Communications processors for SIMATIC S7 8.4 Communications processors for SIMATIC S7-400 ● CP 443-1 Advanced with security function: Security of the system against unauthorized access by – Central access protection for any device within an automation cell, for example, by secure authentication of the network nodes –...
Page 324 Communications processors for SIMATIC S7 8.4 Communications processors for SIMATIC S7-400 ● IP access protection on the RNA interface (IP-ACL) Using IP access protection gives you the opportunity of restricting communication over the CP of the local S7 station to partners with specific IP addresses. ●...
Page 325 Communications processors for SIMATIC S7 8.4 Communications processors for SIMATIC S7-400 The communication processors support: ● PG/OP communication ● Communication via OPC UA as OPC UA server and/or OPC UA client for exchanging process data (data access) With this CP, the SIMATIC S7-400 control unit exchanges data via a standardized OPC UA interface with other nodes.
Page 326 Communications processors for SIMATIC S7 8.4 Communications processors for SIMATIC S7-400 Article numbers Device Description Article number CP 443-1 Communication processor for connection of SIMATIC S7-400 to 6GK7443-1EX30-0XE0 Industrial Ethernet 2x 10/100 Mbps RJ45; TCP/IP, ISO and UDP; PROFINET IO controller, MRP, integrated real-time switch ERTEC with two ports SIPLUS CP 443-1 Communication processor for connection of SIMATIC S7-400 to...
Page 327: Communications Processors For Simatic S7-1200
Communications processors for SIMATIC S7 8.5 Communications processors for SIMATIC S7-1200 Communications processors for SIMATIC S7-1200 Description Figure 8-6 SIMATIC S7-1200: CP 1242-7 (GPRS) and communication with S7-1200 The communications modules for the SIMATIC S7-1200 connect S7-1200 controllers with higher-level systems or a control room. The modules have either an Ethernet interface or a mobile wireless interface (GSM or LTE).
Page 328 Communications processors for SIMATIC S7 8.5 Communications processors for SIMATIC S7-1200 Figure 8-7 Example of the configuration for connecting two stations with a CP 1243-7 and a CP 1243-1 The following product variants exist: Modules with Ethernet interface ● CP 1243-1 for connecting SIMATIC S7-1200 to TeleControl Server Basic ●...
Page 329 ● ● ● ● Basic Control center connection → TeleControl Server Basic ● ● ● → Siemens Industrial Services Operating Center → Control room conforming to ● ● DNP3 → Control room conforming to ● ● IEC 60870-5 → Control room conforming to ●...
Page 330: Communications Processors For Simatic S7-1500
CP 1243-7 LTE US For connecting SIMATIC S7-1200 to TeleControl 6GK7243-7SX30-0XE0 Server Basic via an LTE network with the frequen- cies used in the U.S. Note the national approvals in: Approvals (https://www.siemens.com/mobilenetwork- approvals) Communications processors for SIMATIC S7-1500 Description Figure 8-8...
Page 331 Communications processors for SIMATIC S7 8.6 Communications processors for SIMATIC S7-1500 CM 1542-1 The communication module CM 1542-1 expands an S7-1500 control system by a PROFINET connection which is implemented as a 2-port switch with 10/100 Mbps. With the CM 1542-1 as a PROFINET controller for up to 128 PNIO devices, a separate PROFINET segment can be set up.
Page 332 Communications processors for SIMATIC S7 8.6 Communications processors for SIMATIC S7-1500 Figure 8-10 Protection and segmentation by firewalls with the CP 1543-1 CP 1545-1 The communication processor CP 1545-1 with CloudConnect functionality transfers data recorded by SIMATIC S7-1500 to MindSphere or a cloud solution that supports the standardized MQTT protocol, for example, Microsoft Azure or IMB Cloud.
Page 333 Communications processors for SIMATIC S7 8.6 Communications processors for SIMATIC S7-1500 Figure 8-11 Cloud connection with SIMATIC CP 1545-1 as part of modern TIA systems Features The devices have the features listed in the table: CM 1542-1 CP 1543-1 CP 1545-1 SIPLUS CP 1543-1 Power supply 15 VDC via backplane...
Page 334 Communications processors for SIMATIC S7 8.6 Communications processors for SIMATIC S7-1500 Functions The communication processors of this category support the following protocols and technologies: Protocol / function CM 1542-1 CP 1543-1 CP 1545-1 SIPLUS CP 1543-1 IPv6 ● ● TCP/IP ●...
Page 335: Communication Module Tim 1531 Irc
Communications processors for SIMATIC S7 8.7 Communication module TIM 1531 IRC Communication module TIM 1531 IRC Description Figure 8-12 TIM 1531 IRC for SIMATIC S7-1500 The TIM 1531 IRC is a communication module for TeleControl applications for the SIMATIC automation systems S7-300, S7-400 and S7-1500. The TIM is designed as an independent device and can be used as a substation, node station or central station.
Page 336 Communications processors for SIMATIC S7 8.7 Communication module TIM 1531 IRC The figure shows an application example: Figure 8-13 Example of a topology: TIM 1531 IRC stand-alone use with master or node functionality Redundant transmission paths With the TIM 1531 IRC a station can be connected to a control center through redundant paths.
Page 337 Communications processors for SIMATIC S7 8.7 Communication module TIM 1531 IRC Figure 8-14 Example of a topology: Connection of telecontrol stations on the basis of S7-1500 with TIM 1531 IRC to a TeleControl control center Features The TIM 1531 IRC offer the features listed in the table: TIM 1531 IRC RS 232 connections for external data transfer 1x D-sub 9-pin...
Page 338 Communications processors for SIMATIC S7 8.7 Communication module TIM 1531 IRC Functions The communication module TIM 1531 IRC supports the following protocols and technologies: Protocol / function TIM 1531 IRC TCP/IP ● DNP3 ● IEC 60870-5-101/104 ● SINAUT ST1 SINAUT ST7 ●...
Page 339: Communication Processors For Simatic Et 200Sp
Communications processors for SIMATIC S7 8.8 Communication processors for SIMATIC ET 200SP Communication processors for SIMATIC ET 200SP Description Figure 8-15 CP 1542SP-1 with plugged in BusAdapter The communication modules for the SIMATIC ET 200SP connect the SIMATIC ET 200SP Distributed Controller with Industrial Ethernet networks.
Page 340 Communications processors for SIMATIC S7 8.8 Communication processors for SIMATIC ET 200SP Examples of a topology The figure shows an application example for connection to a higher-level network and the network separation of automation cells: Figure 8-16 Example of a topology: Network separation and access protection with CP 1543SP-1 The figure shows an application example for the connection of TeleControl stations on the basis of S7-1500 to a TeleControl control center.
Page 341 Communications processors for SIMATIC S7 8.8 Communication processors for SIMATIC ET 200SP Figure 8-17 Example of a topology: Using the CP 1543SP-1IRC in TeleControl applications Features CP 1542SP-1 CP 1542SP-1 IRC CP 1543SP-1 External power supply 24 V DC ● ●...
Page 342 Communications processors for SIMATIC S7 8.8 Communication processors for SIMATIC ET 200SP Functions The communication processors of this category support the following protocols and technologies: Protocol / function CP 1542SP-1 CP 1542SP-1 IRC CP 1543SP-1 TCP/UDP ● ● ● ● ●...
Page 343: Compact Switch Module
Compact switch module Overview The Compact Switch Modules are industrial Ethernet switches with a compact, modular design for use in the immediate vicinity of the SIMATIC S7 CPUs. Using a CSM, the Ethernet interface of a SIMATIC S7 CPU can be multiplied. This means that simultaneous communication with operator control and programming devices, other controllers or office networks is possible.
Page 344: Csm 377
Compact switch module 9.1 CSM 377 Example of a topology Figure 9-1 Linear bus structure with CSM 377 CSM 377 Description Figure 9-2 CSM 377 unmanaged The Compact Switch Module CSM 377 is an unmanaged switch for connecting a SIMATIC S7-300 module with an integrated PROFINET interface or with an Industrial Ethernet CP or ET 200M to an Industrial Ethernet network.
Page 345 Compact switch module 9.1 CSM 377 Features CSM 377 External power supply 24 VDC ● Connection to Industrial Ethernet/PROFINET 4 x RJ-45 Gigabit interface ● Suitable / available or according to the specified standard. Functions The device has the following functions: ●...
Page 346: Csm 1277
Compact switch module 9.2 CSM 1277 CSM 1277 Description Figure 9-3 CSM 1277 unmanaged The Compact Switch Module CSM 1277 is an unmanaged switch for connecting a SIMATIC S7-1200 module to an Industrial Ethernet network in line, tree or star structure. Simple automation networks can be implemented at low cost with the CSM12 connection of the SIMATIC S7-1200 77 and control of SIMATIC S7-1200 systems.
Page 347 0 °C to +55 °C. Note SIPLUS The SIPLUS extreme products are based on the Siemens Industry standard products. Detailed information and the technical documentation on SIPLUS is available in the portal of Siemens AG under SIPLUS (https://w3.siemens.com/mcms/siplus/en/siplus-...
Page 348: Logo! Csm
Compact switch module 9.3 LOGO! CSM LOGO! CSM Description Figure 9-4 LOGO! CSM 12/24 With the Compact Switch Modules LOGO! CSM 230 and LOGO! CSM 12/24, the logic system modules of the LOGO! product series can be expanded with additional Ethernet interfaces.
Page 349 Compact switch module 9.3 LOGO! CSM Functions The individual devices have the following functions: ● Diagnostics LEDs ● 1x Ethernet port on the front of the module for direct diagnostic access in the cabinet ● Connection of a LOGO! module and up to 3 further nodes to an Industrial Ethernet network at 10/100 Mbps in electrical linear bus, tree or star structures.
Page 350 Compact switch module 9.3 LOGO! CSM Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 351: Gateways
Gateways Gateways allow the connection of Industrial Ethernet networks and other networks that differ in terms of the transmission media and handling of the data traffic. This makes data exchange possible with devices that cannot be connected directly to Industrial Ethernet. Examples of a topology ①...
Page 352 Gateways Device versions IE/PB Link PN IO The IE /PB Link PN IO is a gateway between Industrial Ethernet and PROFIBUS. This device can also be used as a PROFINET IO proxy. This means that PROFIBUS DP slaves are handled like IO devices with an Ethernet interface. IE/AS-i Link PN IO The IE/ AS-i Link PN IO is a gateway between a PROFINET/Industrial Ethernet (PROFINET IO device) and an AS interface.
Page 353: Ie/Pb Link Pn Io
Gateways 10.1 IE/PB Link PN IO 10.1 IE/PB Link PN IO Description Figure 10-3 IE/PB LINK PN IO ● Rugged plastic housing in SIMATIC ET 200SP design, IP20 degree of protection ● Installation on the DIN rail ● Optional use of the C-PLUG memory medium (does not ship with the product) for storage of device parameters to allow quick device exchange ●...
Page 354 Gateways 10.1 IE/PB Link PN IO Functions ● Ethernet transmission rate 10/100 Mbps full/half duplex with autosensing for the automatic switchover ● Data transmission rate PROFIBUS 9.6 kbps to 12 Mbps incl. 45.45 kbps for PROFIBUS ● By using the PROFINET IO proxy function, existing PROFIBUS devices can continue to be used in a PROFINET environment.
Page 355: Ie/As-I Link Pn Io
Gateways 10.2 IE/AS-i Link PN IO 10.2 IE/AS-i Link PN IO Description Figure 10-4 IE/AS-i LINK PN IO ● Single or double AS-Interface master for connection of 62 or 124 AS-Interface slaves (for dual master) ● Compact plastic housing with IP20 degree of protection for installation on a DIN rail ●...
Page 356: Pn/Bacnet Link Gateway
Gateways 10.3 PN/BACnet Link Gateway ● Integrated short-circuit to ground monitoring for the AS-interface cable ● PROFINET IO ● TCP/IP ● SNMP Article numbers Device Description Article number IE/ AS- Gateway between PROFINET/Industrial Ethernet and i Link PN IO AS-Interface incl. plug-in screw connections COMBICON for connection of an AS-Interface cable, with a double master two AS-interface cables and an optional power supply of 24 V.
Page 357 Gateways 10.3 PN/BACnet Link Gateway ● Configuration via STEP 7 TIA Portal as of V14 SP1 or higher ● Supported controllers: S7-1200, S7-1500, ET 200SP, OpenController Features SIMATIC PN/BACnet link Connection PROFINET/Industrial Ethernet 2x RJ45 Connection BACnet/IP 1x RJ45 Transmission rate - Industrial Ethernet Max.
Page 358: Pn/Can Link
Gateways 10.4 PN/CAN link Article numbers Device Description Article number SIMATIC SIMATIC PN/BACnet LINK gateway from PROFINET 6BK1621-0AA00-0AA0 PN/BACnet link to BACnet/IP networks, device profile: B-GW, IP20 10.4 PN/CAN link Description Figure 10-6 PN/CAN link Gateway between PROFINET and CANopen Manager or Slave (according to CiA 301 & 302) ●...
Page 359 Gateways 10.4 PN/CAN link SIMATIC PN/CAN Link Integrated 2-port real-time switch ● Diagnostic LEDs ● C-PLUG slot ● ● Suitable / available or according to the specified standard. Functions ● PROFINET IO ● Per 512 receive /transmit PDOs ● Baud rates from 50 kBaud up to 1000 kBaud on the CAN side ●...
Page 360 Gateways 10.4 PN/CAN link Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...
Page 361: Appendix
Appendix Overview of the standards relevant for network installation Introduction The section provides you with a general overview of the standards that you need to consider during the installation of networks in buildings in general and of Industrial Ethernet in particular.
Page 362 Appendix A.1 Overview of the standards relevant for network installation Standards for application-neutral communication cable networks in the industrial environment Standard Area of application ISO/IEC 24702 International standards for the planning of application-neutral networks in indus- trial buildings EN 50173-2 European standard for network planning in industrial buildings;...
Page 363: Content Of The Standards
Appendix A.2 Content of the standards Content of the standards Content of the standards IEC 24702 and EN50173-3 The standards for the application-neutral building networking of industrially used buildings describe: ● Structure of the building network ● Performance requirements for cables (fiber-optic cable, electrical), ●...
Page 364: Application Of The Standards
Appendix A.3 Application of the standards Application of the standards Application of the EN standards 50173/50174 Standard Project phase Tasks EN50173-1 Planning of cabling Topology, cables, connection technology, limit val- ues for transmission links EN50174-1 Planning phase Management of the cabling, safety requirements, EN50174-2 laying of cables, equipotential bonding) EN50174-3...
Page 365: Index
Index 50174 Cable length, 130 Standard, 364 Carousels, 53 Cell protection concept, 102 Client, 60, 128 Cloud Gateway, 287 CloudConnect 7 802.11 SIMATIC CC712/CC716, 287 WLAN standards, 54 CLP, 285 Collision detection, 59 Collision domain, 50 Communication processor Access point, 60, 60, 128 CP 1623, 303 Active network components CP 1628, 306...
Page 366 Index Features, 305 SCALANCE XF-200/XF-200IRT, 169 Functions, 305 SCALANCE XF-200BA, 174 CP 1628 SCALANCE XM-400, 190 Description, 306 SCALANCE XP-200, 176 Features, 306 SCALANCE XR-300WG, 186 Functions, 306 SCALANCE XR-500, 198 C-PLUG, 282 SIMATIC RTU3000C, 295 Cranes, 53 CSM 1277, 346 CSM 377, 344 CSMA/CA, 59 Gateways...
Page 367 Index Infrastructure mode, 61 Wireless networks, 61 NAPT, 101 IP access protection (IP-ACL), 324 NAT, 101 IP address, 28 Network Address Port Translation, 101 iPCF, 16 Network Address Translation, 101 iPCF-MC, 16 Network management software IPv6 Primary Setup Tool (PST), 274 Notation, 30 SINEC NMS, 277 IRT, 136...
Page 368 Index Fault-tolerant systems, 44 SCALANCE M812-1 Implementation, 19 Description, 244 Isochronous Real Time, 24 Features, 245 Redundancy, 44 Functions, 246 Switching mechanisms, 45 SCALANCE M816-1 PROFINET Cabling and Interconnection Technology Description, 244 Guidelines, 362 Features, 245 PROFINET IO, 19, 20 Functions, 246 PRP, 89 SCALANCE M826-2...
Page 369 Index Functions, 232 XF-200BA, 172 Interfaces, 233 XM-400, 189 SCALANCE W1788/W1748 XP-200, 175 Description, 227 XR-100WG, 150 Features, 228 XR-300WG, 185 Functions, 229 XR-500, 197 Interfaces, 229 SCALANCE X-000 SCALANCE W760/W720 Description, 140 Description, 212 Features, 141 Features, 213 Interfaces, 141 Functions, 213 SCALANCE X-100 Interfaces, 214...
Page 370 SIMATIC ET 200SP Description, 168 Communication processor CP 1500SP-1, 339 Features, 169 SIMATIC mode, 323 Functions, 169 SIMATIC NET, 15 Interfaces, 170 SIMATIC NET glossary, 4 SCALANCE XF-200BA SIMATIC RTU3000C, 291 Description, 172 Description, 293 Features, 173 Features, 294 Functions, 174...
Page 371 Index TeleService Adapter IE Basic, 252 TIA, 20 Time-of-day synchronization on the RNA interface, 323 Totally Integrated Automation, 20 Trailing cable, 53 TSN, 24 Tunneling, 102 UMTS, 128 Virtual Private Network, 102 VPN, 102 Web diagnostics, 324 WEP, 58 Wi-Fi Protected Access, 58 Wired Equivalent Privacy, 58 Wireless cell, 60, 60 Wireless networks...
Page 372 Index Industrial Ethernet System Manual, 09/2019, C79000-G8976-C242-10...

Siemens SIMATIC NET System Manual

1 Basics of Communication with Industrial Ethernet

2 Network Structures and Network Configuration

3 Examples of Applications

4 SCALANCE Network Components

5 Cloud Gateway

6 Telecontrol

7 Communications Processors for Pcs

8 Communications Processors for SIMATIC S7

Quick Links

Related Manuals for Siemens SIMATIC NET

Summary of Contents for Siemens SIMATIC NET