Priority Queues: 4 Max. Housing: IP30 protection Dimensions: Please see page for product information related to the IM series Gigabit and fast Ethernet interface modules. The EDS modular Gigabit Ethernet switch features a versatile modular design that allows different combinations of fiber and copper modules, creating a wide array of connection options ideal for any automation network. The modular design lets you install up to 4 Gigabit ports and 24 fast Ethernet ports.
The EDS is specially designed for redundant Gigabit network backbones and uses a modular configuration to provide a high degree of flexibility for.
The EDS also features industrial-grade construction, a console port for automatic configuration backup, and an angled LED troubleshooting panel that can be conveniently viewed from both horizontal and vertical orientations. Switch Properties Priority Queues: 4 Max. The versatile modular design of the compact EDS series Ethernet switch allows users to combine fiber and copper modules to create switch solutions suitable for any automation network.
Note: The EDS switch system is delivered without interface modules. Please see page for product information related to the CM series fast Ethernet interface modules. The EDS-G is equipped with 9 Gigabit Ethernet ports and up to 5 fiber optic ports, making it ideal for upgrading an existing network to Gigabit speed or building a new full Gigabit backbone.
Gigabit transmission increases bandwidth for higher performance and transfers large amounts of video, voice, and data across a network quickly. The EDS-G series is designed especially for communication demanding applications, such as video and process monitoring, shipbuilding, ITS, and DCS systems, all of which can benefit from a scalable backbone construction.
Alarm Contact: 2 relay outputs with current carrying capacity of 1 A 24 VDC Digital Inputs: 2 inputs with the same ground, but electrically isolated from the electronics. Housing: Metal, IP30 protection Dimensions: The Ethernet redundant Turbo.
The EDSA also supports advanced management and security features. Standards: IEEE The EDSA series is designed especially for communication demanding applications such as process control, shipbuilding, ITS, and DCS systems, which can benefit from a scalable backbone construction. Models with an wide. Introduction The EDS-G and EDS-G switches are equipped with 5 and 8 Gigabit Ethernet ports, respectively, and up to 2 fiber optic ports, making them ideal for applications that demand high bandwidth.
Two models are available in this series. One model has an. The built-in relay warning function alerts network engineers when power failures or port breaks occur, and the switches are designed for harsh industrial environments, such as in hazardous locations Class I, Div. Input Current: EDS 0. The switches can be easily installed on a DIN-Rail as well as in distribution boxes.
The IKS series of industrial rackmount Ethernet switches are designed to meet the rigorous demands of mission critical applications for industry and business, such as traffic control systems NEMA TS2 and maritime applications. The modular design of the IKS also makes network planning easy, and allows greater flexibility by letting you install up to 2 Gigabit ports and 24 fast Ethernet ports.
Housing: IP30 protection Dimensions: x 44 x Please see pages to determine which PM interface modules are suitable for your application.
Available Models. Introduction The IKS series fixed-type industrial managed rackmount switches are designed to seamlessly integrate your control networks and field networks. See page for details. Please see page to determine which PM interface modules are suitable for your application.
Product Model. The EDS-P switches provide up to The Ethernet switches support advanced management and security features. The EDS-P series is designed especially for security automation applications such as IP surveillance, and gate of entry systems, which can benefit from a scalable backbone construction and Power-over-Ethernet support.
The switches are classified as power source equipment PSE , and when used in this way, the EDS-P switches enable centralization of the power supply and provide up to The switches can be used to power IEEE In addition, the built-in relay warning function alerts network engineers when power failures or port breaks occur.
Introduction The IKSPoE series of industrial rackmount Ethernet switches are designed to meet the demands of mission critical applications for business and industry, such as traffic control systems NEMA TS2 , power automation, and critical facility surveillance. The switches support advanced management and security features, and are designed especially for security automation applications such as IP surveillance and gate of entry systems, which can benefit from a scalable backbone construction and Power-over-Ethernet support.
In addition, the modular design of the IKSPoE makes network planning easy, and allows greater flexibility by letting you install up to 16 PoE ports, 2 Gigabit ports, and 24 fast Ethernet ports. Input Current: Max. Housing: IP30 protection Dimensions: x 44 x mm Housing: Plastic, IP30 protection Dimensions: Introduction The EOM series Ethernet switch modules are designed for device manufacturers who would like to embed Ethernet modules in their products to enhance performance and reliability.
The EOM series modules provide an easy and cost-effective integrated solution for adding an Ethernet switch module to an existing. Power Requirements Input Voltage: 3. Evaluation Kits The EOM Evaluation Kit includes an evaluation board, power adaptor, software CD, and serial and Ethernet cables to allow quick and easy evaluation of all embedded Ethernet switch functions.
The evaluation board is equipped with Ethernet ports, console port, and Turbo Ring DIP switch to help you test your modules and applications. Users can easily create a secure Ethernet Fieldbus network from a user-friendly web UI with a single click operation. Physical Characteristics Housing: Metal Dimensions: All selected network components can be managed graphically via web browser from both local and remote sites—anytime and anywhere.
MXview Industrial network management software with a license for nodes by IP address MXview Industrial network management software with a license for nodes by IP address MXview Industrial network management software with a license for nodes by IP address MXview Industrial network management software with a license for 50 nodes by IP address.
This powerful function lets operators use an existing HMI software environment to create a customized and real time view of the integrity of all Ethernet network devices, the overall Ethernet network traffic volume, and overall Ethernet network status. This solution gives control engineers the power to monitor the network from a central location with existing and familiar visualization and control applications.
We recommend doing a link budget analysis and reserving a 3 dB margin for such factors. RS RJ45 console port connection Store the complete configuration of one switch Load the system configuration automatically after system reboot Manually load and save the system configuration through the web console. With the ABC, you can quickly re-install a substitute switch of the same model or recover the entire system configuration, including IP address, if a switch failure occurs.
Number of Ports Max. To let users choose a precise solution to fit their railway. Future-proof Gigabit Solution Enables Next-generation Train Networks Many new applications in the railway industry, such as video surveillance, emergency intercom, and web-like entertainment require large amounts of bandwidth.
Network designers can take advantage of the Power-over-Ethernet technology to power networked devices in difficult to reach locations and to simplify field wiring to reduce installation costs. If a path in the network fails, the system will return to normal communication in under 20 ms. Bypass Relay Function for Linear Topologies In a linear topology, a failure in any of the upstream links will result in the failure of the downstream links as well.
For railway communication systems with interconnected networks, such a failure will cause chaos. If one of the Ethernet switches fails due to power loss, its ports are bypassed with the relay circuit, and the transmission lines will interconnect automatically to assure continuous system operation.
EN addresses the conditions of operation, design, construction, and testing of electronic equipment used on rail vehicles rolling stock in railway applications. The ToughNet series of M12 Ethernet switches are compliant with both the performance tests and environmental tests dictated by EN Reliable performance can be assured under different power supply conditions, such as voltage variations, power interruption, supply change over, and other conditions.
The switches can also withstand environmental disturbances such as vibration, shock, and temperature variations. EN defines the electromagnetic compatibility EMC of an apparatus installed on rolling stock in railway applications.
The TN series switches are compliant with this standard. EN EN defines the emission and immunity standards for a signaling and telecommunications apparatus.
The TN series switches are EN compliant. The TS2 standard was later introduced to overcome the limitations of TS1. Section 2 contains the environmental and testing requirements, including guidelines for temperature, humidity, voltage, vibration, and shock.
The TN series switches use M12 and other circular connectors to ensure tight, robust connections, and guarantee reliable operation against environmental disturbances, such as vibration and shock.
The switches are classified as power source equipment PSE and provide up to PDs such as surveillance cameras, wireless access points, and IP phones when AC power is not readily available or is cost-prohibitive to provide locally for rolling stock. Dimensions: TNPoE series: x x mm 7. Introduction The ToughNet TN series M12 unmanaged Ethernet switches are designed for industrial applications in harsh environments.
The TN series switches use M12 connectors to ensure tight, robust connections, and guarantee reliable operation against environmental disturbances, such as vibration and shock.
The M12 connectors ensure tight, robust connections, and guarantee reliable operation, even for applications that are subject to high vibration and shock. PoE per port Max. Output Power: Output Current: mA Max. Overload Protection: mA. The switches support IEEE Introduction The TN series Ethernet switches are IP67 rated for the toughest industrial applications, which means that the rugged housing and connectors guard against dust, water, and oil.
By using M12 connectors, you can rest assured that Ethernet cables will connect tightly to the switch, and will be robust enough to protect your. Overload Current Protection: 1. IEC Ethernet Switches for Substation Automation Industrial Ethernet is not only being used in a wide range of vertical markets, but is also finding uses in different facets of each market.
For example, IEC industrial Ethernet networks are applied as the physical medium for power substation automation, which means that a host of legacy field buses must be connected to the Ethernet network. When used as a unified communication protocol in power automation, the IEC standard provides benefits that help power automation designers construct a complete, Ethernet-based communication system.
These benefits include:. The IEC protocol is preferred since programmers only need to use one protocol to develop the required monitoring applications. Maintenance and Implementation: System designers find it easier to select components and controllers that have been designed specifically to meet the standard requirements of the IEC protocol, saving on both implementation and system maintenance. Integrated Protocol: The costs associated with setting up a monitoring system in a substation that uses different communication protocols.
To reduce redundant network cabling and network planning costs, and to ensure high network reliability, three topology options are supported: ring coupling, dual-ring, and dual homing. The distribution system carries electric power from the transmission system and delivers it to large numbers of consumers. Consequently, a typical electric power distribution system consists of a complex network that allows various connections by the power utilities.
Moreover, compared with Turbo. Time-to-Market: The fact that leading manufacturers such as ABB, Siemens, and Schneider Electric are producing integrated IEC based products saves time, since system integrators can design systems with products right off the shelf. Ring in power distribution systems, Turbo Chain is more flexible and cost-efficient and has the potential to save a significant amount on development costs, time, effort, cabling, and Ethernet ports.
Isolated Power Input Redundancy Non-stop operation is the key criterion for mission-critical applications. The ABC backup configuration tool can both save and load configurations automatically when connected to a Moxa managed Ethernet switch. This novel management tool helps reduce downtime, and can be used for fast configuration duplication of large-scale networks. IEEE Precision Time Protocol for the PowerTrans Series products are designed to operate in tough power substation environments and provide highly accurate time synchronization for each process utility.
To ensure the best time synchronization network design for power automation, substation designers must consider the convenience of IEEE deployment for Ethernet switches. Scalable Network Infrastructure Capability Substation and transportation automation networks can be extremely large and cover expansive territories. Controlling network traffic on separate subnets can improve the performance of the entire network. Time synchronization can be accomplished using the IEEE Standard for a Precision Clock Synchronization Protocol for Networked Measurement and Control Systems IEEE to synchronize real-time clocks incorporated within each component of the electrical power system in power automation applications.
Note: Please check PowerTrans Ethernet Switch selection guide on page for detailed features supported by each product model. Demand is growing for applications in industrial networks that consist of multiple, interconnected Gigabit backbones among different network centers.
Moxa offers a range of Gigabit managed Ethernet solutions that can be used to form a Gigabit backbone that connects to control centers, video-over-IP servers, Ethernet-enabled devices, or other Ethernet switches. These Gigabit Ethernet switches support faulttolerant rings with fiber-optic ports, allowing operation in the toughest industrial environments.
The modular design benefits users in three ways:. Front cabling is ideal for maintenance, whereas rear cabling is neater and results in an arrangement that is safer in the event that a cable gets disconnected. Two different classes of devices are defined in the standard according to how EMI stress affects performance.
IEC specifically addresses immunity from certain environmental conditions and electromagnetic interference EMI for communication networks and systems in substations.
The EMI immunity requirements are based on IEC , which establishes performance criteria for key functions within the substation.
To be compliant with the standard, critical functions, such as protection relay and control functions, on-line processing and regulation, as well as metering and network communication, must experience no delays or data loss when exposed to various EMI phenomena.
Compliant devices in this class must not experience any data errors, delays, or losses under EMI stress conditions. IEEE is another industry standard that establishes EMI immunity requirements for networking devices in electric power substations. Included in this standard are ratings, environmental performance requirements, and testing requirements for compliant communication devices. Compliant devices in this class may experience some data errors, losses, or delays under EMI stress conditions.
The TS2 standard was later introduced to address some drawbacks of the original guidelines. NEMA TS2 defines controllers, cabinets, and systems more completely than TS1, promotes better interchangeability, and allows for future expansion. All PowerTrans series switches are certified according to the EN standard, ensuring safe deployment for railway applications. The PowerTrans PT switches are high performance Layer 3 Ethernet switches that support Layer 3 routing functionality to facilitate the deployment of applications across networks.
The modular design of the PT makes network planning easy, and allows greater flexibility by letting you install up to 4 Gigabit ports and 24 fast Ethernet ports. Optional front or rear wiring makes the PT switches suitable for a variety of applications. Note: The PT Ethernet switch system is delivered without interface modules. See page to choose PM interface modules. Note: The PT Layer 3 Ethernet switch systems provide combinations of 1 slot for a Gigabit Ethernet interface module, 3 slots for fast Ethernet interface modules, or 4 slots for fast Ethernet interface modules.
See page to select the PM Gigabit Ethernet and fast Ethernet interface modules for your own application. Introduction The PowerTrans PT-G is equipped with 9 combo Gigabit Ethernet ports, making it ideal for upgrading an existing network to Gigabit speeds and building a new full Gigabit backbone.
Gigabit transmission increases bandwidth to provide higher performance and transfer large amounts of video, voice, and. The choice of either front or rear wiring makes the PT-G suitable for different types of application. The modular design of the PT also makes network planning easy, and allows greater flexibility by letting you install up to 4 Gigabit ports and 24 fast Ethernet ports.
Along with the optional front or rear wiring, these features together make the PT suitable for a variety of industrial applications. Note: The PT Ethernet switch system is delivered without interface module. PT Modular Rackmount Ethernet Switch System The PT switch system consists of 18 modular managed rackmount Ethernet switch systems with 3 slots for fast Ethernet modules, 1 slot for a Gigabit Ethernet module, or 4 slots for fast Ethernet modules.
Note: The PT Ethernet switch systems provide combinations of 1 slot for a Gigabit Ethernet interface module, 3 slots for fast Ethernet interface modules, or 4 slots for fast Ethernet interface modules.
See page to select the PM Gigabit Ethernet and fast Ethernet interface modules that you need for your own application. VAC power supplies increase the reliability of the communications and reduce cabling and wiring costs. The modular design of the PT makes network planning easy, and allows greater flexibility by letting you install up to 2 Gigabit ports and 8 fast Ethernet ports, or 10 fast Ethernet ports.
Note: The PT Ethernet switch systems provide 1 slot for a Gigabit Ethernet interface module and 1 slot for a fast Ethernet interface module. Introduction to Fieldbus Gateways Seamless communication between Ethernet and Fieldbus devices Fieldbus is an industrial network system used for real-time distributed control, and provides a way to connect devices in a manufacturing plant. Fieldbus works on a network structure that typically allows daisy-chain, star, ring, branch, and tree network topologies.
In the past, computers were connected using RS serial connections , which only allows two devices to communicate with each other. This is equivalent to the currently used mA communication scheme, which requires that each device has its own communication point at the controller level.
Fieldbus, on the other hand, is equivalent to LAN-type connections, which require only one communication point at the controller level and allow multiple analog and digital points to be connected at the same time.
The fact that Fieldbus works over a network is the main reason it is now widely used in industrial applications. In particular, ProCOM is a user-friendly tool that simplifies implementation.
Multiple masters Priority control Smart routing Serial redirector Powerful Windows Utility with multi-language support Built-in protocol analyzer ProCOM Built-in optical isolation for industrial device protection isolation models only. A problem faced by many engineers is figuring out how to connect devices that use these two different protocols. One option is to buy an expensive, budget-busting PLC communications interface module. Optical isolation helps prevent dangerous ground loops, spikes, and surges.
Priority Control for Critical Commands patent pending Flag urgent commands for immediate response. Other Modbus gateways simply transfer all requests between Modbus networks on a FIFO first in first out basis, with no accommodation for urgent commands that require immediate attention. The priority control feature allows the advanced models of the MB series to get around the latency experienced by other Modbus gateways. With the priority control feature, the advanced MB models are an ideal component of real-time control systems.
Other Modbus gateways require a separate socket connection for each serial port, making them useless for TCP masters that can only open one connection.
With smart routing on the MB Modbus gateway, a TCP master can use just one socket connection to command serial slaves on every serial port. The serial redirector function allows the commands of a serial master to be redirected to serial slaves on another port.
In addition, a serial master can operate simultaneously with TCP masters or other serial masters, without altering the Modbus architecture or software.
Using the serial redirector function, advanced MB gateways can establish redundant backup control or Ethernet monitoring of Modbus networks that were originally designed for a single serial master. Each connection can be set up for connected messaging CM or unconnected messaging UCMM , and can send up to 16 requests at one time.
Even when using a 1-port gateway, some legacy devices are only manufactured with one unique ID for all units.
In this case, the ID must be translated before a message is sent to the same control network, and it helps the host computer to recognize all devices as individual units. If a gateway provides only one IP on the Ethernet network, devices connected to other serial ports will never receive requests or commands from the SCADA software.
Up to 16 simultaneous Modbus TCP masters are supported, with up to. With these models, Modbus serial slave devices can be seamlessly incorporated into an existing Modbus TCP network, and. Modbus TCP slaves can be made accessible to serial masters. The MB, MB, and MB offer features that make network integration easy, customizable, and compatible with almost any Modbus network.
The MB can manage up to 62 serial slave nodes, and the MB can manage up to serial slave nodes. Dimensions: Without ears: MB 22 x 52 x 80 mm 0. The MB and MB are advanced Modbus gateways that provide maximum flexibility for integrating industrial Modbus networks of all types and sizes. Ethernet masters. A special priority control feature allows urgent commands to obtain an immediate response. All models are ruggedly constructed, are DIN-rail mountable, and offer built-in optical isolation for serial signals as an option.
With the serial redirector function, a serial master can. This allows the serial and TCP masters to access serial slaves simultaneously. Dual Ethernet ports allow users to string multiple Modbus gateways together using standard RJ45 Ethernet cables, eliminating the need for a separate Ethernet switch.
Redundant Power Inputs Advanced models of the MB series have dual power inputs for greater reliability. The power inputs allow simultaneous connections to two live DC power sources, so that continuous operation is provided. The higher level of reliability makes these advanced Modbus gateways ideal for demanding industrial applications.
Warning by Relay Output A relay output is provided for the Ethernet link and power input status. The relay output gives maintenance engineers an additional tool for.
Priority Control for Urgent Commands patent pending As Modbus networks increase in size and complexity, the lag time between commands and responses becomes a major concern. Advanced models of the MB series provide a priority control function for urgent commands, allowing users to force certain. With a number of innovative functions, the. Both 1 and 2-port gateways are available for use with different sized control networks.
Each client can send up to 16 requests. The utility helps users determine the root cause of failures and performance bottlenecks. The gateway supports up to 4 virtual COM port connections and offers greater flexibility when designing redundant control systems. Since no set of resistor values is. Complex device networks that incorporate high amperage devices could be subject to electrical signal distortion from electrical. It also comes with an SD socket, USB host, and 4 digital input and 4 digital output channels, making it the ideal computer for a variety of industrial applications such as data acquisition, data processing, protocol conversion, and remote device control and monitoring via wireless communication.
The SMG comes pre-installed with Linux and offers a reliable and powerful computing platform for industrial environments. Programmers will find that the SMG provides a convenient programming environment for producing bug-free industrial applications at a lower cost. Implemented with the protocol conversion functionality, the SMG can serve both serial master and slave and the built-in IPsec function guarantees that data transmission is encrypted even in a wireless environment.
The data is stored in a flash card and can be retrieved via FTP. Output Channels: 4, sink type Output Current: Max. Dimensions: without ears or antenna x x 40 mm 5. The MDM2. It comes in a standard inch, 1U high form factor with built-in IPsec, making it an ideal communication platform for industrial applications. One of the key benefits of this architecture is that it can work with an unlimited number SMG units to facilitate and accelerate the remote monitoring and management of Modbus devices.
Data Bits: 5, 6, 7, 8 Stop Bits: 1, 1. SC Single-mode: 8. SECC 1. PD Remote Reset. Metal IP30 IEC Edition 1. EN Edition 1. The primary advantages of fiber optic communications compared to wired cabling are ESD immunity, wide bandwidth, zero data loss, and long distance data transmission capability.
Media converters are generally used in connected pairs. That is, two media converters are used in tandem, with one converter located at the control center, and the other converter located at a remote site. This is the ideal setup from a central management point of view, in which all data is transmitted back to the control center for processing in a central computing system.
For systems that require many media converters at the central site, system integrators must determine how and where to mount the converters and how to arrange power supplies. Chassis-type media converters are a perfect choice for systems that require installing several converters in a confined space.
Installing the power supply module in the chassis can save quite a bit of space since you do not need to deal with numerous power adaptors connecting to the various converters installed in your control center. Two main types of slide-in modules are available. One type handles data transmission only, whereas the other type is used to manage the entire chassis system.
A TRC chassis comes. Housing: SECC 1. Output: 5. Double-click the downloaded EXE file to decompress it, then installation will start automatically. Canon Singapore Pte. Canon reserves all relevant title, ownership and intellectual property rights in the Content. You may download and use the Content solely for your personal, non-commercial use and at your own risks. Canon shall not be held liable for any damages whatsoever in connection with the Content, including, without limitation, indirect, consequential, exemplary or incidental damages.
You shall not distribute, assign, license, sell, rent, broadcast, transmit, publish or transfer the Content to any other party. You shall also not and shall not let others reproduce, modify, reformat, disassemble, decompile or otherwise reverse engineer or create derivative works from the Content, in whole or in part. By proceeding to downloading the Content, you agree to be bound by the above as well as all laws and regulations applicable to your download and use of the Content.
Provide your booking code and email address you used for the registration, we will re-send the confirmation email to you. Consumer Business ENG. Consumer Switch to: Business. First—time Installation and Configuration Step 5: Access the Web Console Step 6: Establish a Cellular Connection Step 7: Verify the Cellular Connection Web Console Configuration Accessing the Web Console Configuration Menu Overview General Setup System Information Settings Network Settings System Time Device Operation Mode Cellular Settings Cellular WAN Settings Auto IP Report Settings GPS Settings OnCell Central Manager Setting Advanced Settings DHCP Server Packet Filters Port Forwarding Function SNMP Agent Serial Port Settings Operation Mode Logs and Notification System Log E-Mail Notifications DNS Status SIM Status GPS Status Relay Status DI, Power, and System Status Console Settings Ping Command Firmware Upgrade Load Factory Default Account Settings Change Password Miscellaneous Settings Manual SMS Remote SMS Control Saving Configuration Software Installation and Configuration Wireless Search Utility Installing the Wireless Search Utility Configuring the Wireless Search Utility Supporting Information Firmware Recovery DoC Declaration of Conformity Federal Communication Commission Interference Statement Dynamic Domain Name Server Well-Known Port Numbers The wide-temperature support and power and antenna isolation design makes the OnCell GA-LTE rugged enough for any harsh industrial environment.
This 4G cellular gateway provides a reliable connection to your Ethernet network for cellular applications. If any of these items is missing or damaged, please contact your customer service representative for assistance.
Additional information is available at Chapter 3, Basic Settings section. You can also refer. A well-trained technician should be enlisted to ensure safe deployment of OnCell GA-LTE units, and to establish a wireless network. The Configuration Menu Overview in Chapter 3 provides a convenient means of determining which functions you need to use. In addition, you will need access to a notebook computer or PC equipped with an Ethernet port. To install a SIM card in one of the slots, do the following:.
Remove the screw on the SIM card slot cover. For SIM 1, orient the card such that the gold contacts are facing down and the cut-off edge is to the left. For SIM 2, orient the card such that the gold contacts are facing up and the cut-off edge is to the right. Put back the screw on the SIM card slot cover and secure the cover by tightening the screw.
For security reasons, we strongly recommend changing the default password to ensure higher level security. NOTE After you click Apply to apply the password change, the new password will be effective immediately and the web page will be refreshed.
This is indicated by the text, Updated that appears next to the page header:. Make sure that you enter the correct APN information in the web console. Check the Overview page in the web console.
Log in to the web console to display the Overview page. Test the cellular network access on your computer. After the configuration process is complete, your computer will be able to access the Internet. The following topics are covered in this chapter:. If an incorrect username or password is entered, a warning message is displayed. The default retry count is 5 times and the default lockout time is seconds.
Once an account is locked, the user will have to wait out the duration of the lockout period before retrying.
0コメント