The easiest way to connect input signals to remote outputs over an IP network
Configuration of ioMirror servers is easy using ioAdmin for Windows. With ioAdmin, input-to-output signal mapping between ioMirror servers can be configured from a local or remote host. Basic Configuration, which is also available in the web console, is used for simple mapping of all channels from box to box. Advanced Configuration is used for customized channel-to-channel mapping and allows one input channel to be mapped to multiple output channels. ioAdmin also provides a graphical representation of ioMirror server relationships complete with signal direction, making it easy to map signals quickly and accurately.
Take advantage of existing Ethernet infrastructure
Why spend extra effort laying down additional signal wires if you already have a high-speed Ethernet infrastructure? Modern LANs, whether Ethernet, fiber optic, or wireless, already provide the necessary high-speed connectivity. General input/output signals can be carried by a pair of ioMirror I/O servers, making wiring simpler than ever.
No PLC or PC controllers, and no programming
Unlike traditional solutions, a PLC or PC is not required as a controller to transmit input signals over a network. The ioMirror hardware handles all signal mapping automatically, with no ladder or C programming required.
With ioMirror, input signals can be easily extended over Ethernet from one server to another, without programming or a separate controller. The ubiquity and flexibility of Ethernet makes this a very powerful way to increase the range of input signals for remote control and monitoring applications. Using ioMirror for signal extension also reduces wiring costs, eliminates signal degradation problems, and provides a solution for areas where physical access is limited or difficult. |
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Simultaneously send input signals to two locations
The ioMirror E3000 can send one input signal simultaneously to two digital outputs over the network. This function could be used, for example, to monitor tank levels from two different display panels.
Easy and flexible installation
Installation of ioMirror E3000 servers is easy using the Windows utility that is provided. If all channels are simply mapped from one module to another, you may simply assign the remote IP address. For more sophisticated mapping, individual channels can be mapped quickly and easily using the comprehensive graphical interface.
Useful troubleshooting tools
Many useful tools are provided that help keep you informed about the health and performance of your ioMirror E3000 servers and connections.
• Optional LCD attachment for local IP configuration
• Alarm port for 24 VDC alarm devices, such as pole displays, LEDs, buzzers
• Remote alarm and independent event log that records each connection and disconnection
• Windows utility that graphically displays operational status and ioMirror mapping relationships
• Fast recovery after network disconnection
• Modbus/TCP support for SCADA connectivity
ioMirror servers in different network infrastructures |
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Lower wiring costs for industrial or business automation
ioMirror is the easiest and fastest way to connect input signals to remote outputs over Ethernet and IP networks. It is ideal for monitoring or for applications that are not mission critical. Using ioMirror servers, maximum signal transmission distance can be obtained with no programming and no controller.
• Remote signal display
• Signal splitting
• System monitoring
• Tank level monitoring with pump and valve control
• Power station monitoring
• Telecom machine room monitoring
• Security system for factory, office, or public building
Real-world application for ioMirror in tank monitoring panel
This real-world application involves ioMirror servers in the vegetable oil industry, where oil tank levels are monitored constantly. The customer uses a computer-based SCADA system for general management and control, with an LED panel in the control room for direct monitoring of tank levels. Using the LED panel originally meant maintaining 200m of copper wire dedicated to 24 V signals, which was a significant challenge. With the ioMirror Ethernet I/O server, the existing fiber network could be used instead. The level sensor simply connects to an ioMirror server, which is connected to the network. Sensor signals are automatically forwarded over the network to another ioMirror server, which sends matching 24 VDC digital output signals directly to the LED. The ioMirror system was so easy to set up that the customer completed the project in just a few days, at very little cost.
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ioMirror E3000 Series |
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