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The Banner SureCross Wireless System is an industrial wireless I/O network that can operate in extreme environments and eliminate the need for costly wiring. The most basic SureCross sensor network includes a Gateway system controller and one or more Nodes that monitor and/or control I/O in remote locations.
.Nodes are deployed throughout a facility for gathering sensor data. This sensor data is then transmitted back to the Gateway. Installation is fast and easy with flexible mounting and power options. Some Nodes must be powered by 10 to 30V dc, whereas FlexPower Nodes may be powered by solar panels or battery packs, often with a multi-year battery life while also providing power for external sensors. |
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Performance Gateways »
Performance Gateways are master devices in a star topology, autonomously controlling input-to-output mapping. A Gateway may also act as a Modbus slave in a host control system using RS-485 Modbus RTU. Performance Gateways are designed to work with the Performance Nodes when transmitting at 1 Watt. |
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Performance Nodes »
Nodes are the slave devices within Banner's wireless I/O networks. Nodes collect data from sensors connected to their I/O points and transmit this information back to the Gateway. Performance Nodes are designed to work with the Performance Gateways when transmitting at 1 Watt. |
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MultiHop Radios »
SureCross MultiHop radios are wireless industrial communication devices used to extend the range of a Modbus or other serial communication network. MultiHop radios may be configured to operate as the wireless network master, a repeater radio, or a slave radio. |
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DX80 Gateways »
DX80 Gateways »
The Gateway is the master device in a star topology, autonomously controlling input-to-output mapping. A Gateway may also act as a Modbus slave in a host control system using RS-485 Modbus RTU. |
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DX80 Nodes »
Nodes are the slave devices within Banner's wireless I/O networks. Nodes collect data from sensors connected to their I/O points and transmit this information back to the Gateway. Nodes may be powered by either 10 to 30V dc or by battery supply module. These Nodes come in a variety of input/output options. |
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Data Radios »
Data radios are wireless industrial communication devices used to extend the range of a Modbus or other serial communication network. |
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DX99 Intrinsically Safe Flex Power Nodes »
Certain models of FlexPower Nodes are available for locations requiring intrinsically safe (Class I, Division 1/Zone 0) devices. |
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Flex Power Solar Solutions »
The FlexPower Solar Supply provides standalone power for continuous wireless sensing and monitoring applications in a compact, plug-and-play power solution. The products listed on this page can be powered by the solar supply. |
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Flex Power Power Supplies »
Several different power supply options are available for more of the FlexPower devices, including single battery packs, a 6-pack battery supply module, and a solar supply assembly. |
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Sensors Optimized for Flex Power Nodes »
These special sensors have been optimized to be powered from the FlexPower Nodes. |
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DX70 Point to Point Systems »
These special sensors have been optimized to be powered from the FlexPower Nodes. |
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DX85 Modbus RTU Remote I/O »
These special sensors have been optimized to be powered from the FlexPower Nodes. |
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DX80 Configured Kits »
These special sensors have been optimized to be powered from the FlexPower Nodes. |
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Legacy Products »
For data sheets and information on some older mo |
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