FP Web-Server 2

• Uses existing Intranet, saves wiring
• Uses standard browser, saves Scada software
• Remote control
• Remote monitoring
• Remote programming
• Alarm information via e-mail

• Web-Server:
  - PLC data presented as HTML (or XML) pages
  - Access via standard Internet browser
  - PLC data handling via HTML and Java Applet
  - Optional: Password protection, IP lock security
• e-mail:
  - PLC can send e-mails
  - e-mail via LAN e-mail server or Internet dial-up
  - PLC-defined or pre-stored e-mail text
  - PLC data array as attachment to an e-mail
• RS232C device server:
  - Ethernet <-> RS232C conversion (MEWTOCOL)
  - Transparent RS232C data tunnelling via Ethernet
  - Programming and visualisation via TCP or UDP
• Modem dial-in / Ethernet gateway:
  - FP Web-Server can be dialled up via modem
  - One remote gateway for multiple FP Web-Servers
• Modem dial-out / Internet system:
  - FP Web-Server can dial out to the Internet (and stay online)
  - Various Internet / GPRS system solutions available
• Modbus-TCP protocol:
  - Communication via standard industrial Ethernet protocol (server and client)
  - Gateway for Modbus-RTU units (master and slave)
• IEC 60870-5-101 and IEC 60870-5-104 protocol:
  - Communication via RS232C, RS485 adapter, multipoint modem, dial-up modem, Ethernet
• Network time server synchronization:
  - PLC real-time clock update via NTP server

For an initial test of the HTTP function of the FP Web-Server you can access the Internet demo unit.

• Automatic integration of PLC data into HTML pages
• Preparation of pre-stored e-mail addresses and texts
• Internet dial-up and e-mail server settings
• TCP/IP address and parameter changes
• Passwords and security setup
• IEC 60870-5 parameters and modem settings
• Configuration of different functions

Using the Internet or Intranet (Ethernet LAN or WAN)
The PLC connects to the FP Web-Server via RS232C and MEWTOCOL; the FP Web-Server uses an Ethernet (10Base-T / 100Base-TX) connection to access the TCP/IP network.

Using a Dial-up Network
The PLC connects to the FP Web-Server via RS232C and MEWTOCOL. A modem is connected to the second RS232C of the FP Web-Server. The modem can be dialled up via telephone line. The modem can also be used for Internet dial-up and to send e-mails via an Internet e-mail server.

Combinations: LAN plus Dial-up Gateway
Any combination of the above LAN and dial-up concepts is possible, e.g. an Ethernet network connecting several FP Web-Servers and an additional FP Web-Server initialised as a gateway for dial-up connections and to send e-mails via Internet dial-up.

Application Examples:

• Visualisation and remote control via HTTP
• PLC data can be presented as HTML pages
• Control FPWIN remote programming via TCP/IP
• Programming and monitoring access via Ethernet
• Alarm sending via e-mail:
  Predefined alarm messages can be sent to a user (optionally via Internet dial-up)

Features of FP Web Designer

• WYSIWYG (What you see is what you get) editor for graphic design of applications
• The designed pages can be called up by a Web browser on any PC connected to a LAN or WAN. All process values are shown automatically on the screen.
• Each diagram can display up to 5 trend curves for measured values stored in PLCs. A simple mouse click updates the page.
• The measured values together with trend curves can be stored as CSV files.
• Alarm information can be visualized on a Web browser and saved. Updating alarm information runs in the background so that Web pages always display the current status in the browser.
• The Web pages in the browser can be password-protected to prevent unauthorized access and changes.
• Process values can be imported in CSV format from PLC programs written with FPWIN Pro
• Extensive and expandable macro libraries available
• Online help in English and German