Digi One-- IAP Overview --- Industrial protocol conversion/bridging --- Industrial serial-to-Ethernet connectivity --- Multi-master/multi-protocol support --- Additional serial port can be used as pass-through port Digi One IAP provides a means of connectivity and true interoperability of industrial serial and Ethernet devices such as Programmable Logic Controllers (PLCs), process and quality equipment, motors, drives, bar-code readers, operator displays and other types of manufacturing equipment. Digi One IAP is a device server and a protocol bridge rolled into one. The device server functionality allows virtually any device with a serial port to be connected to a TCP/IP network. Applications may communicate with the serial device using TCP/UDP or Digi's patented RealPort-- COM port redirection for remote native COM port access. RealPort makes it possible to establish a connection between the host and networked serial device by creating a local COM or TTY port on the host computer, allowing existing software applications to work without modification. The protocol conversion portion of Digi One IAP means that Digi can actually bridge together two industrial devices provided that they speak any of the supported serial (DF1, Modbus, ASCII) or Ethernet (ModbusTCP, AB/Ethernet, Ethernet/IP) protocols. It also allows for multi-master access, which means that many masters can simultaneously communicate with a single slave, even if they are using different protocols. Digi One IAP is also able to convert ASCII data from devices like scales, bar-code readers, RFID devices, cameras and more to Industrial Ethernet protocols. Another significant feature of Digi One IAP is a second serial port which can act as a pass-through port. This means that a local serial device, like an HMI panel, can communicate through Digi One IAP to a PLC slave without disrupting its serial to Ethernet connection to an application across the network. Digi One IAP delivers the functionality specifically required by industrial applications, including DIN rail mounting, device sharing, IA protocol support, Class 1 Div2 rating, industry leading low latency and many more. Features 10/100Base-T Ethernet support TCP/UDP Socket Services Support for 64 concurrent socket connections Web-based browser configuration Patented RealPort® technology for COM and TTY ports SNMP (read/write) PPP DHCP/RARP, ARP-Ping, Static IP for IP address assignment Digi Port Authority---Remote management diagnostics and auto-discovery tool Flash upgradeable firmware DB-9M and screw terminal block serial port DB-9M can be enabled as second direct RS-232 port connection to device on screw terminal Baud rates up to 230 Kbps Protocol bridge support --- Ethernet protocols: Modbus/TCP, EtherNet/IP, Allen-Bradley Ethernet --- Serial protocols: ASCII, DF1, Modbus RTU/ASCII Multi-master support for above plus Omron serial protocols and user-defined 35 mm DIN rail mounting Removable screw terminal for power 9-30VDC input Powered Ethernet 802.3af (midspan) support and fail-over capability when used with 9-30VDC input LED status for serial signals, power, Ethernet and diagnostics Full modem and hardware flow control 6 ms serial over Ethernet latency Environmental Operating temperature: 0? C to 60? C (32? F to 140? F) Relative humidity: 5% to 90% (non-condensing) Ethernet isolation: 1500VAC min per IEEE 802.3/ANSI X3.263 Serial port protection (ESD): +15 kV air GAP and +8 Kv contact discharge per IEC 1000-4-2 Regulatory Approvals FCC Part 15, Class A CE Class 1, Div 2 --- UL 1604 ICES-003, A EN55022, A EN6100-6-2 + EN55024 UL 1950 CSA 22.2 No. 950 EN60950 AS3548 Power Requirements 9-30VDC @ .5 Amps max IEEE 802.3af compliant 2 kV isolation between power supply and serial ground product. Operating Systems AIX Compaq Tru64 HP-UX Linux Windows® XP Windows 2000 Windows NT® Windows 98/ME Windows Server--- 2003 SCO® OpenServer--- SCO UnixWare--- Solaris--- (Intel) Solaris (SPARC)