Start-up guide

3.Operation

3.1.Install and Run the Utility Software

The FieldServer is shipped with a utility CD- ROM containing all the utility software that needs to be installed.

All configuration file transfers and system diagnostics are executed via the RUI or “Remote User Interface” which is installed with the utility software.

Insert the supplied Utility CD into the PC and follow the installation instructions on the screen.

Once installed, the FieldServer Utilities can be located in the Windows Start menu.

Refer to the FieldServer Utilities manual for information on how to connect to the FieldServer via serial or Ethernet ports.

3.2.Use PING to Identify the FieldServer on the Network

• Select StartProgramsFieldServer Utilities, browse to the Ping Utility and select it

•The display should show

FieldServer Name

IP Number (192.168.2.X) FieldServer Version

•If it does not (even after repeated attempts) then either the network cabling is incorrect or the computer network card is faulty or incorrectly configured.

•Check the Ethernet Link OK LED displayed on the FieldServer. This LED will be lit if the 10/100BaseT cable is good. (Refer to Appendix B)

•Check the “Activity” LED on the Ethernet connection (see Figure 2-3), this should flash at least once every 2 seconds if RUI is still running, and perhaps more often, depending on network traffic. (Refer to Appendix B)

•Check that the IP netmask of the PC matches the FieldServer. This means the first three sections of both IP addresses match.

•Confirm that there is an Ethernet adapter installed in the PC’s Device Manager List, and that it is configured to run the TCP/IP protocol.

•If using Windows XP, ensure that the firewall is disabled.

3.3.Connect using “Remote User Interface” (RUINET)

Browse to the Remote User Interface icon in the Start menu directory and click on it - the RUI menu screen should appear.

Refer to the FieldServer Utilities manual for further information.

3.4.Use RUINET to change the FieldServer IP Address and Network

Should it be necessary to change the IP address of the FieldServer, this can be done via the “I” screen on Ruinet. Refer to the FieldServer Utilities manual for details.

3.5.Upload the Default Configuration

NOTE: Refer to the Configuration Manual and the Driver Manual(s) provided with the FieldServer for further information on configuration files.

The configuration of the FieldServer is provided to the FieldServer’s operating system via a comma-delimited file called “CONFIG.CSV”. If ordered with the FieldServer, the custom configuration is installed; (Reference documentation FS- 8790-XX). If a custom configuration is not purchased, a template config.csv is loaded on the FieldServer to facilitate user configuration of the FieldServer.

The initial default configuration software will be loaded on the FieldServer. In the main menu of the Remote User Interface screen, type “U” to upload the configuration. Then type “U” again. The Utility will fetch the default configuration and put it into the Config File folder which is located in (StartProgramsFieldServerUtilitiesConfigur ation File folder).

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FS-X20 Series FieldServer Start-up Guide (07-2005)

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FieldServer FS-X20 Operation Install and Run the Utility Software, Use Ping to Identify the FieldServer on the Network
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FS-X20 specifications

The FieldServer FS-X20 is a versatile communication gateway designed to facilitate interoperability among various devices and protocols in industrial automation and control environments. With its robust features and advanced technologies, the FS-X20 serves as a key component for enhancing the efficiency and reliability of data exchange between disparate systems.

One of the standout characteristics of the FS-X20 is its support for an extensive range of protocols. It enables seamless communication between legacy systems and modern devices, making it an ideal solution for industries that require integration of both new and existing infrastructure. The FS-X20 supports more than 140 protocols, including commonly used ones like Modbus, BACnet, and SNMP, among others. This extensive protocol support ensures that the FS-X20 can be deployed in a myriad of applications, streamlining the process of connecting previously isolated systems.

Equipped with a powerful processor, the FS-X20 ensures high performance and fast data processing speeds. This capability is essential for handling large volumes of data generated in real-time, allowing operators to monitor and control processes with minimal latency. The device's memory and storage options further enhance its performance, providing the necessary resources for complex data manipulation and storage requirements.

In terms of connectivity, the FS-X20 offers multiple communication options, including Ethernet, serial, and wireless interfaces. This flexibility allows organizations to choose the most suitable connectivity method according to their specific operational needs and existing network infrastructure. Additionally, the FS-X20 is designed to be easily integrated into various environments, including factories, building automation systems, and utilities, making it a cost-effective solution for businesses looking to optimize their operations.

Another significant feature of the FS-X20 is its user-friendly configuration interface. The device comes with intuitive software tools that simplify the configuration process, enabling engineers and technicians to set up and deploy the system quickly. This ease of use reduces downtime during installation, allowing companies to benefit from increased productivity sooner.

Security is also a primary focus in the design of the FS-X20. The device incorporates advanced security features to protect sensitive data transmitted over networks. With built-in encryption protocols and user authentication options, the FS-X20 ensures that data integrity and confidentiality are maintained throughout the communication process.

In summary, the FieldServer FS-X20 stands out as a powerful and flexible communication gateway that facilitates interoperability across various protocols and devices. Its extensive protocol support, exceptional performance capabilities, multiple connectivity options, user-friendly configuration interface, and robust security measures make it an excellent choice for industries seeking to enhance their automation and control systems effectively.
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