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Gateway(ворота) - ведущее устройство в пределах радиосети. У каждой беспроводной сети должен быть один Gateway, отвечающий за контроль обмена данными по сети и управляющий конфигурацией ввода / вывода сети. Радиосеть содержит только один Gateway, но может содержать много Nodes(узлы).
Устройство SureCross Gateway действует как портал между беспроводной сетью и хост-контроллером. Когда Gateway, использующий связь Modbus RTU RS-485, является Modbus slave
к хост-контроллеру Modbus RTU, беспроводная сеть может содержать до 47 Nodes(узлов) в одной беспроводной сети, и Gateway содержат
реестры Modbus всех беспроводных устройств в пределах этой сети.
Node(узел) - устройство конечной точки беспроводной сети, используемое для сбора сигналов в отдаленном районе или фабрике. Узел собирает данные
от датчиков и сообщает данные Gateway. Каждый Node(узел) может быть подключен к датчику или выходному устройству и сообщать статус Входа/Выхода на Gateway
Wireless I/O Gateways for Industrial Sensor Networks
The most basic SureCross® sensor network includes a Gateway system controller and one or more Nodes that monitor I/O in remote locations.
A SureCross Gateway is the wireless network master device used to control network timing, schedule communication traffic, and hold the configuration for the entire I/O sensor network. Similar to how a gateway device on a wired network acts as a “portal” between networks, the SureCross Gateway acts as the portal between the wireless network and the central control process. Every wireless I/O sensor network requires one Gateway device.
Gateway models are available with discrete I/O, analog I/O, and a mix of discrete and analog I/O. Models ending in C use external terminal blocks instead of internal terminal blocks. These "C" models are Class I, Division 2 certified when installed in a suitable enclosure.
The Wireless I/O Network Manual is the full product manual for the DX80 devices and contains detailed information about the menu system, operation, installation, maintenance and repairs, troubleshooting, accessories, and the agency certifications for these devices. Manual 132607
For a basic description of how antennas work, how to connect a remote antenna system, and the differences between omni and Yagi antennas, refer to Antenna Basics.
SureCross Performance Gateways
- Enhanced Gateways offer increased range in the 900 MHz frequency band
- High density I/O capacity provides up to 12 discrete inputs or outputs or up to four temperature inputs (thermocouple or RTD)
- Universal analog inputs allow current or voltage to be selected in the field
Performance FlexPower® Gateway (Low-Profile Housing) | Performance Gateway (IP67 Housing) |
DX80...C (IP20; NEMA 1) models are also available. To order a Performance radio with an IP20 housing, add a C to the end of the model number. For example: DX80G9M6S-P8C. |
Model | Frequency | Power | Housing | I/O | Datasheet |
DX80G9M2S-P | 900 MHz | 10 to 30V dc, solar, or battery power sources | Low Profile | N/A | |
DX80G2M2S-P | 2.4 GHz | ||||
DX80G9M6S-P2 | 900 MHz | 10 to 30V dc | IP67 | Inputs: Four selectable discrete, two 0–20 mA or 0–10V analog Outputs: Four sourcing discrete, two 0–20mA analog |
155861 |
DX80G2M6S-P2 | 2.4 GHz | ||||
DX80G9M2S-P7 | 900 MHz | 10 to 30V dc, solar, or battery power sources | IP67 | Inputs/Outputs: Up to 12 sinking (NPN) inputs or up to 12 sinking (NMOS) outputs, or a mix of inputs and outputs not exceeding 12 I/O points | 155285 |
DX80G2M2S-P7 | 2.4 GHz | ||||
DX80G9M6S-P8 | 900 MHz | 10 to 30V dc | IP67 | Inputs/Outputs: Up to 12 sourcing (PNP) inputs or up to 12 sourcing (PNP) outputs, or a mix of inputs and outputs not exceeding 12 I/O points | 158214 |
DX80G2M6S-P8 | 2.4 GHz |
Performance Gateways (Board Only Models)
Performance Gateway Board Module |
Model | Frequency | Power | I/O | Quick Start Guide | Datasheet |
DX80G9M6S-PB2 | 900 MHz | 10 to 30V dc | Inputs: Two sourcing discrete, two 0 to 20 mA analog Outputs: Two sourcing discrete, two 0 to 20 mA analog |
164886 | |
DX80G2M6S-PB2 | 2.4 GHz |
Performance GatewayPros
The SureCross Performance GatewayPro combines, in one unit, the function of a SureCross Performance Gateway with the ability to interface to Ethernet using Modbus/TCP or EtherNet/IP™ protocols. The GatewayPro has a serial port as well as an industrial Ethernet port. There are two basic models of the GatewayPro: DX80P*T6* and DX80P*A6*.
- The GatewayPro “T” models provide a simple interface to serial communication protocols such as Modbus/TCP and EtherNet/IP.
- The GatewayPro “A” models enable full configuration capability and access to many advanced settings for complete custom setup of the SureCross product line. This device can be used for complex mapping and to interface with existing PLC or DCS systems.
Connect a GatewayPro to a host system using the industrial Ethernet connection on the DX80 GatewayPro. To connect the GatewayPro directly to the host system without using an Ethernet switchbox/hub, some host systems may require a crossover cable. By default, the GatewayPro is configured to use Modbus/TCP server. To use EtherNet/IP, connect the GatewayPro to a managed switch. For more information, see SureCross Wireless I/O Product Manual or Host Configuration Manual.
Model | Frequency | Power | Features | Datasheet |
DX80P9T6S-P | 900 MHz | 10 to 30V dc | Modbus/TCP to EtherNet/IP Converter | 157639 |
DX80P2T6S-P | 2.4 GHz | |||
DX80P9A6S-P | 900 MHz | Advanced web-based configuration | ||
DX80P2A6S-P | 2.4 GHz |
DX80 Gateways
The standard IP67 base with internal terminal blocks | The low-profile IP20 base with external terminal blocks. |
Discrete I/O
Model | Frequency | Base | I/O | Datasheet |
DX80G9M6S8P4 | 900 MHz | IP67 | Discrete: Eight inputs, four outputs (When your wireless network does not include a host system, the four inputs/eight output devices must be mapped to the eight input/four output devices.) |
132157 |
DX80G9M6S8P4C | IP20 | |||
DX80G2M6S8P4 | 2.4 GHz | IP67 | ||
DX80G2M6S8P4C | IP20 | |||
DX80G9M6S4P8 | 900 MHz | IP67 | Discrete: Four inputs, eight outputs (When your wireless network does not include a host system, the four inputs/eight output devices must be mapped to the eight input/four output devices.) |
132158 |
DX80G9M6S4P8C | IP20 | |||
DX80G2M6S4P8 | 2.4 GHz | IP67 | ||
DX80G2M6S4P8C | IP20 | |||
DX80G9M6S6P6 | 900 MHz | IP67 | Discrete: Six inputs, six outputs | 132159 |
DX80G9M6S6P6C | IP20 | |||
DX80G2M6S6P6 | 2.4 GHz | IP67 | ||
DX80G2M6S6P6C | IP20 | |||
DX80G9M6S6N6 | 900 MHz | IP67 | Discrete: Six NPN inputs, six NPN outputs | 136323 |
DX80G9M6S6N6C | IP20 | |||
DX80G2M6S6N6 | 2.4 GHz | IP67 | ||
DX80G2M6S6N6C | IP20 | |||
DX80G9M6S6P6Z | 900 MHz | IP67 | The M-GAGE® Gateway works with the M-GAGE Nodes. The six discrete inputs are mapped to baseline up to six M-GAGE Nodes and six discrete outputs mapped to the M-GAGE Node's inputs. |
134303 |
DX80G9M6S6P6ZC | IP20 | |||
DX80G2M6S6P6Z | 2.4 GHz | IP67 | ||
DX80G2M6S6P6ZC | IP20 |
Analog I/O
Model | Frequency | Base | I/O | Datasheet |
DX80G9M6S0P0M4M4 | 900 MHz | IP67 | Analog: Four inputs, four outputs (0-20 mA) | 134302 |
DX80G9M6S0P0M4M4C | IP20 | |||
DX80G2M6S0P0M4M4 | 2.4 GHz | IP67 | ||
DX80G2M6S0P0M4M4C | IP20 | |||
DX80G9M6S0P0V4V4 | 900 MHz | IP67 | Analog: Four inputs, four outputs (0-10V) | 136325 |
DX80G9M6S0P0V4V4C | IP20 | |||
DX80G2M6S0P0V4V4 | 2.4 GHz | IP67 | ||
DX80G2M6S0P0V4V4C | IP20 |
Discrete and Analog I/O
Model | Frequency | Base | I/O | Datasheet |
DX80G9M6S4P4M2M2 | 900 MHz | IP67 | Discrete: Four inputs, four outputs Analog: Two inputs, two outputs (0-20 mA) |
131935 |
DX80G9M6S4P4M2M2C | IP20 | |||
DX80G2M6S4P4M2M2 | 2.4 GHz | IP67 | ||
DX80G2M6S4P4M2M2C | IP20 | |||
DX80G9M6S4P4V2V2 | 900 MHz | IP67 | Discrete: Four inputs, four outputs Analog: Two inputs, two outputs (0-10V) |
134301 |
DX80G9M6S4P4V2V2C | IP20 | |||
DX80G2M6S4P4V2V2 | 2.4 GHz | IP67 | ||
DX80G2M6S4P4V2V2C | IP20 |
To order the internal antenna models, replace the "S" as the 9th digit with a "W." Internal antennas require an additional week for manufacture and shipping. For example, DX80G9M6S6P6 is the external antenna model and DX80G9M6W6P6 is the internal antenna model.
DX80 GatewayPros
The SureCross DX80 GatewayPro combines, in one unit, the function of a SureCross DX80 Gateway with the ability to interface to Ethernet using Modbus/TCP or EtherNet/IP™ protocols. The GatewayPro has a serial port as well as an industrial Ethernet port. There are two basic models of the GatewayPro: DX80P*T6* and DX80P*A6*.
- The GatewayPro “T” models provide a simple interface to serial communication protocols such as Modbus/TCP and EtherNet/IP.
- The GatewayPro “A” models enable full configuration capability and access to many advanced settings for complete custom setup of the SureCross product line. This device can be used for complex mapping and to interface with existing PLC or DCS systems.
Connect a GatewayPro to a host system using the industrial Ethernet connection on the DX80 GatewayPro. To connect the GatewayPro directly to the host system without using an Ethernet switchbox/hub, some host systems may require a crossover cable. By default, the GatewayPro is configured to use Modbus/TCP server. To use EtherNet/IP, connect the GatewayPro to a managed switch. For more information, see SureCross Wireless I/O Product Manual or Host Configuration Manual.
GatewayPro | Ethernet Bridge |
Model | Frequency | I/O | Datasheet |
DX80P9T6S | 900 MHz | The "T" models of the GatewayPro combine a standard Gateway with the communications protocol features of the Ethernet Bridge to enable protocol conversion between Modbus/TCP (default) and EtherNet/IP™. The GatewayPro has no inputs or outputs. | 131933 |
DX80P2T6S | 2.4 GHz | ||
DX80P9A6S | 900 MHz | The "A" models of GatewayPro combine a standard Gateway with the Ethernet Bridge to enable Web-based configuration of wireless devices and I/O parameters. Modbus/TCP is the communications protocol. The Gateway Pro has no inputs or outputs. | |
DX80P2A6S | 2.4 GHz | ||
DX83T | N/A | The "T" model of the DX83 Ethernet Bridge can be connected to a standard Gateway to add communications protocol conversion between Modbus/TCP (default) and EtherNet/IP. The Ethernet Bridge has no inputs or outputs. | 131934 |
DX83A | N/A | The "A" model of the DX83 Ethernet Bridge can be connected to a standard Gateway to enable Web-based configuration of wireless devices and I/O parameters. The Ethernet Bridge has no inputs or outputs. |
Wireless I/O Nodes for Industrial Sensor Networks
Discrete I/O »
All Nodes with discrete I/O only. This list includes Nodes powered by 10-30V dc and FlexPower Nodes.
Analog I/O »
All Nodes with analog I/O only and powered by 10-30V dc.
Discrete and Analog I/O »
All Nodes with both discrete and analog I/O, including the 10-30V dc Nodes and the FlexPower Nodes.
Temperature »
All Nodes with temperature-rated I/O, including the Thermocouple Node, the RTD Node, and the Serial Interface Node.
M-GAGE® »
M-GAGE Nodes are used to detect the presence of vehicles.
Counter »
Counter Nodes are FlexPower devices, capable of being powered by 10-30V dc, Battery Supply Modules, the Solar Power Assembly, or with a 3.6V Lithium battery integrated into the housing depending on the model.
Serial Interface »
Nodes with the Serial Interface include FlexPower Nodes and Nodes with a battery integrated into the housing.
Wireless Nodes with Discrete I/O
These Nodes are available with only discrete I/O.
Models ending in C use external terminal blocks instead of internal terminal blocks. These C models are Class I, Division 2 certified when installed in a suitable enclosure.
SureCross® Performance Nodes
These SureCross® Performance Nodes are designed to function with the SureCross Performance Gateways, but may be also be configured to work with the existing DX80 Gateways.
- Enhanced Nodes offer increased range in the 900 MHz frequency band
- High density I/O capacity provides up to 12 discrete inputs or outputs or up to four temperature inputs (thermocouple or RTD)
- New “environmental” housing option provides integrated battery and wiring terminals all in one unit
- Universal analog inputs allow current or voltage to be selected in the field
SureCross Performance Node | SureCross Performance Node, "E" Housing Style |
Model | Frequency | Power | I/O | Data Sheet |
DX80N9X2S-P7 | 900 MHz | 10 to 30V dc, solar, or battery power sources | Inputs/Outputs: Up to 12 sinking (NPN) inputs or up to 12 sinking (NMOS) outputs, or a mix of inputs and outputs not exceeding 12 I/O points | 155286 |
DX80N2X2S-P7 | 2.4 GHz | |||
DX80N9X6S-P8 | 900 MHz | 10-30V dc | Inputs/Outputs: Up to 12 sourcing (PNP) inputs or up to 12 sourcing (PNP) outputs, or a mix of inputs and outputs not exceeding 12 I/O points | 158215 |
DX80N2X6S-P8 | 2.4 GHz |
10-30V dc DX80 Node Models
The standard IP67 base with internal terminal blocks | The low-profile IP20 base with external terminal blocks. |
Model | Frequency | Base | I/O | Data Sheet |
DX80N9X6S4P4 | 900 MHz | IP67 | Four selectable inputs, four PNP/sourcing outputs | 131293 |
DX80N2X6S4P4 | 2.4 GHz | |||
DX80N9X6S8P4 | 900 MHz | IP67 | Eight selectable inputs, four PNP/sourcing outputs (When your wireless network does not include a host system, the eight input/four output devices must be mapped to the four input/eight output devices.) |
132160 |
DX80N9X6S8P4C | IP20 | |||
DX80N2X6S8P4 | 2.4 GHz | IP67 | ||
DX80N2X6S8P4C | IP20 | |||
DX80N9X6S4P8 | 900 MHz | IP67 | Four selectable inputs, eight PNP/sourcing outputs (When your wireless network does not include a host system, the four input/eight output devices must be mapped to the eight input/four output devices.) |
132161 |
DX80N9X6S4P8C | IP20 | |||
DX80N2X6S4P8 | 2.4 GHz | IP67 | ||
DX80N2X6S4P8C | IP20 | |||
DX80N9X6S6P6 | 900 MHz | IP67 | Six selectable inputs, six PNP/sourcing outputs | 132162 |
DX80N9X6S6P6C | IP20 | |||
DX80N2X6S6P6 | 2.4 GHz | IP67 | ||
DX80N2X6S6P6C | IP20 | |||
DX80N9X6S6N6 | 900 MHz | IP67 | Six selectable inputs, six NPN/sinking outputs | 136324 |
DX80N9X6S6N6C | IP20 | |||
DX80N2X6S6N6 | 2.4 GHz | IP67 | ||
DX80N2X6S6N6C | IP20 |
To order the internal antenna models, replace the "S" as the 9th digit with a "W." Internal antennas require an additional week for manufacture and shipping. For example, DX80N9X6S4P4 is the model number for the external antenna device and DX80N9X6W4P4 is the internal antenna device.
DX80 FlexPower® Models
FlexPower devices may be powered using 10-30V dc, the DX81 Battery Supply Module, the DX81P6 Battery Supply Module, or the Solar Power Assembly.
The standard IP67 base with internal terminal blocks | The low-profile IP20 base with external terminal blocks. |
Model | Frequency | Base | I/O | Data Sheet |
DX80N9X2S4N4 | 900 MHz | IP67 | Four selectable inputs, four NMOS sinking outputs Power outputs: Two (constant power) |
136328 |
DX80N9X2S4N4C | IP20 | |||
DX80N2X2S4N4 | 2.4 GHz | IP67 | ||
DX80N2X2S4N4C | IP20 |
To order the internal antenna models, replace the "S" as the 9th digit with a "W." Internal antennas require an additional week for manufacture and shipping. For example, DX80N9X2S4N4 is the model number for the external antenna device and DX80N9X2W4N4 is the internal antenna device.
Models with batteries integrated into the housing are so noted. For all other FlexPower models, the DX81 or DX81P6 Battery Supply Modules must be ordered separately to power these devices from battery.
Wireless Nodes with Analog I/O
These Nodes are available with analog I/O only and require 10-30V dc power.
Models ending in C use external terminal blocks instead of internal terminal blocks. These "C" models are Class I, Division 2 certified when installed in a suitable enclosure.
The standard IP67 base with internal terminal blocks | The low-profile IP20 base with external terminal blocks. |
Model | Frequency | Base | I/O | Data Sheet |
DX80N9X6S0P0M4M4 | 900 MHz | IP67 | Four 0-20 mA inputs, four 0-20 mA outputs | 134322 |
DX80N9X6S0P0M4M4C | IP20 | |||
DX80N2X6S0P0M4M4 | 2.4 GHz | IP67 | ||
DX80N2X6S0P0M4M4C | IP20 | |||
DX80N9X6S0P0V4V4 | 900 MHz | IP67 | Four 0-10V inputs, four 0-10V outputs | 136326 |
DX80N9X6S0P0V4V4C | IP20 | |||
DX80N2X6S0P0V4V4 | 2.4 GHz | IP67 | ||
DX80N2X6S0P0V4V4C | IP20 |
To order the internal antenna models, replace the "S" as the 9th digit with a "W." Internal antennas require an additional week for manufacture and shipping. For example, DX80N9X6S0P0M4M4 is the external antenna and DX80N9X6W0P0M4M4 is the internal antenna.
Wireless Nodes with Both Discrete and Analog I/O
These Nodes are available with both discrete I/O and analog I/O integrated into one device.
Models ending in C use external terminal blocks instead of internal terminal blocks. These C models are Class I, Division 2 certified when installed in a suitable enclosure.
SureCross® Performance Nodes
These SureCross® Performance Nodes are designed to function with the SureCross Performance Gateways, but may be also be configured to work with the existing DX80 Gateways.
- Enhanced Nodes offer increased range in the 900 MHz frequency band
- High density I/O capacity provides up to 12 discrete inputs or outputs or up to four temperature inputs (thermocouple or RTD)
- New “environmental” housing option provides integrated battery and wiring terminals all in one unit
- Universal analog inputs allow current or voltage to be selected in the field
SureCross Performance Node | SureCross Performance Node, "E" Housing Style |
Model | Frequency | Power | I/O | Data Sheet |
DX80N9X2S-P1 | 900 MHz | 10 to 30V dc, solar, or battery power sources | Discrete Mode Inputs: Two selectable discrete and two thermistor Outputs: Two NMOS/sinking discrete Switch power: Two Analog Mode |
155748 |
DX80N2X2S-P1 | 2.4 GHz | |||
DX80N9X1S-P1E | 900 MHz | 10 to 30V dc or integrated battery | ||
DX80N2X1S-P1E | 2.4 GHz | |||
DX80N9X6S-P2 | 900 MHz | 10-30V dc | Inputs: Four selectable discrete, two 0–20 mA or 0–10V (universal) analog Outputs: Four sourcing discrete, two 0–20mA analog |
155862 |
DX80N2X6S-P2 | 2.4 GHz |
Performance Nodes (Board Only Models)
Performance Node Board Module |
Model | Frequency | Power | I/O | Data Sheet |
DX80N9X2S-PB1 | 900 MHz | 10 to 30V dc, solar, or battery power sources | Inputs: Two sinking discrete, two 0 to 20 mA analog Outputs: Two NMOS/sinking discrete Switch Power: Two |
|
DX80N2X2S-PB1 | 2.4 GHz | |||
DX80N9X6S-PB2 | 900 MHz | 10 to 30V dc | Inputs: Two sourcing discrete, two 0 to 20 mA analog Outputs: Two sourcing discrete, two 0 to 20 mA analog |
163212 |
DX80N2X6S-PB2 | 2.4 GHz |
10-30V dc DX80 Nodes
The standard IP67 base with internal terminal blocks | The low-profile IP20 base with external terminal blocks. |
Model | Frequency | Base | I/O | Data Sheet |
DX80N9X6S2P2M2M2 | 900 MHz | IP67 | Discrete: Two selectable inputs, two PNP/sourcing outputs Analog: Two inputs, two outputs (0-20 mA) |
131295 |
DX80N2X6S2P2M2M2 | 2.4 GHz | |||
DX80N9X6S4P4M2M2 | 900 MHz | IP67 | Discrete: Four selectable inputs, four PNP/sourcing outputs Analog: Two inputs, two outputs (0-20 mA) |
131936 |
DX80N9X6S4P4M2M2C | IP20 | |||
DX80N2X6S4P4M2M2 | 2.4 GHz | IP67 | ||
DX80N2X6S4P4M2M2C | IP20 | |||
DX80N9X6S4P4V2V2 | 900 MHz | IP67 | Discrete: Four selectable inputs, four PNP/sourcing outputs Analog: Two inputs, two outputs (0-10V) |
134323 |
DX80N9X6S4P4V2V2C | IP20 | |||
DX80N2X6S4P4V2V2 | 2.4 GHz | IP67 | ||
DX80N2X6S4P4V2V2C | IP20 |
To order the internal antenna models, replace the "S" as the 9th digit with a "W." Internal antennas require an additional week for manufacture and shipping. For example, DX80N9X6S2P2M2M2 is the model number for the external antenna device and DX80N9X6W2P2M2M2 is the internal antenna device.
DX80 FlexPower® Nodes
FlexPower® devices may be powered using 10-30V dc, the DX81 Battery Supply Module, the DX81P6 Battery Supply Module, or the Solar Power Assembly.
The standard IP67 base with internal terminal blocks | The low-profile IP20 base with external terminal blocks. |
Model | Frequency | Base | I/O | Data Sheet |
DX80N9X2S2N2M2 | 900 MHz | IP67 | Discrete Mode Inputs: Two selectable discrete Outputs: Two NMOS discrete Switch Power: Two, Configurable Analog Mode |
131296 |
DX80N9X2S2N2M2C | IP20 | |||
DX80N2X2S2N2M2 | 2.4 GHz | IP67 | ||
DX80N2X2S2N2M2C | IP20 | |||
DX80N9X2S2N2V2 | 900 MHz | IP67 | Discrete Mode Inputs: Two selectable discrete Outputs: Two NMOS discrete Switch Power: Two, Configurable Analog Mode |
|
DX80N9X2S2N2V2C | IP20 | |||
DX80N2X2S2N2V2 | 2.4 GHz | IP67 | ||
DX80N2X2S2N2V2C | IP20 | |||
DX80N9X1S2N1M1 | 900 MHz | IP67, integrated battery | Discrete: Two selectable inputs, one NMOS sinking outputs Analog: One 0-20 mA input (Battery powered only) |
147502 |
DX80N2X1S2N1M1 | 2.4 GHz | |||
DX80N9X1S2N1V1 | 900 MHz | Discrete: Two selectable inputs, one NMOS sinking outputs Analog: One 0-10V input (Battery powered only) |
||
DX80N2X1S2N1V1 | 2.4 GHz | |||
DX80N9X2S2N2M4 | 900 MHz | IP67 | Discrete: Two selectable inputs, two NMOS sinking outputs Analog: Four inputs (0-20 mA or 4-20 mA, depending on configuration) |
131762 |
DX80N9X2S2N2M4C | IP20 | |||
DX80N2X2S2N2M4 | 2.4 GHz | IP67 | ||
DX80N2X2S2N2M4C | IP20 | |||
DX80N9X2S2N2V4 | 900 MHz | IP67 | Discrete: Two selectable inputs, two NMOS sinking outputs Analog: Four inputs (0-10V) |
|
DX80N9X2S2N2V4C | IP20 | |||
DX80N2X2S2N2V4 | 2.4 GHz | IP67 | ||
DX80N2X2S2N2V4C | IP20 |
To order the internal antenna models, replace the "S" as the 9th digit with a "W." Internal antennas require an additional week for manufacture and shipping. For example, DX80N9X2S2N2M2 is the model number for the external antenna device and DX80N9X2W2N2M2 is the internal antenna device.
Models with batteries integrated into the housing are so noted. For all other FlexPower models, the DX81 or DX81P6 Battery Supply Modules must be ordered separately to power these devices from battery.
FlexPower® Nodes with Temperature I/O
These Nodes are available with temperature I/O, either for thermocouples, RTDs, or temperature/humidity serial sensors. Unless the model specifies that it contains a battery integrated into the housing, these models may be powered by 10-30V dc, DX81 Battery Supply Modules, or the Solar Power Assembly.
Models ending in C use external terminal blocks instead of internal terminal blocks. These C models are Class I, Division 2 certified when installed in a suitable enclosure.
SureCross® Performance Nodes
These SureCross® Performance Nodes are designed to function with the SureCross Performance Gateways, but may be also be configured to work with the existing DX80 Gateways.
- Enhanced Nodes offer increased range in the 900 MHz frequency band
- High density I/O capacity provides up to 12 discrete inputs or outputs or up to four temperature inputs (thermocouple or RTD)
- New “environmental” housing option provides integrated battery and wiring terminals all in one unit
- Universal analog inputs allow current or voltage to be selected in the field
SureCross Performance Node | SureCross Performance Node, "E" Housing Style |
Model | Frequency | Power | I/O | Data Sheet |
DX80N9X2S-P1 | 900 MHz | 10 to 30V dc, solar, or battery power sources | Discrete Mode Inputs: Two selectable discrete and two thermistor Outputs: Two NMOS/sinking discrete Switch power: Two Analog Mode |
155748 |
DX80N2X2S-P1 | 2.4 GHz | |||
DX80N9X1S-P1E | 900 MHz | 10 to 30V dc or integrated battery | ||
DX80N2X1S-P1E | 2.4 GHz | |||
DX80N9X2S-P3 | 900 MHz | 10 to 30V dc, solar, or battery power sources | Inputs: Two selectable discrete, four thermocouple, one thermistor for CJC Outputs: One NMOS sinking discrete |
155863 |
DX80N2X2S-P3 | 2.4 GHz | |||
DX80N9X1S-P3E | 900 MHz | 10 to 30V dc or integrated battery | ||
DX80N2X1S-P3E | 2.4 GHz | |||
DX80N9X2S-P4 | 900 MHz | 10 to 30V dc, solar, or battery power sources | Inputs: Four 3-wire RTDs | 155864 |
DX80N9X1S-P4E | 10 to 30V dc or integrated battery |
SureCross® DX80 Nodes
The standard IP67 base with internal terminal blocks | The low-profile IP20 base with external terminal blocks. |
Model | Frequency | Base | I/O | Data Sheet |
DX80N9X2S2N2T | 900 MHz | IP67 | Thermocouple: Three inputs, one thermistor CJC input Discrete: Two selectable inputs, two NMOS sinking outputs |
131297 |
DX80N9X2S2N2TC | IP20 | |||
DX80N2X2S2N2T | 2.4 GHz | IP67 | ||
DX80N2X2S2N2TC | IP20 | |||
DX80N9X2S0P0R | 900 MHz | IP67 | RTD: Four three-wire inputs | 131597 |
DX80N9X2S0P0RC | IP20 | |||
DX80N2X2S0P0R | 2.4 GHz | IP67 | ||
DX80N2X2S0P0RC | IP20 | |||
BWA-TPROBE-001 | 900 MHz | IP67 | Temperature probe powered by an internal battery and uses three thermocouple inputs to measure the temperature of three depths of a compost pile | 156525 |
BWA-TPROBE-002 | 2.4 GHz | IP67 |
To order the internal antenna models, replace the "S" in the 9th digit with a "W." Internal antennas require an additional week for manufacture and shipping. For example, DX80N9X2S2N2T is the model number for the external antenna device and DX80N9X2W2N2T is the internal antenna device.
Models with batteries integrated into the housing are so noted. For all other FlexPower models, the DX81 or DX81P6 Battery Supply Modules must be ordered separately to power these devices from battery.
Wireless M-GAGE® Nodes for Vehicle Detection
The M-GAGE® Node detects the presence of absence of vehicles and is powered by a 3.6V lithium D cell integrated into the housing. Example applications for this product include:
- Vehicle detection for car washes or any other automated process
- Automated parking meter control
- Parking kiosk access and control
- Loading dock accupancy detection
- Train car detection and trainyard marshalling
- Automatic gate control for gated communities
DX80N9X2S4A2 | ||
A compact round housing for easy burial installation |
Model | Frequency | Base | I/O | Data Sheet |
DX80N9X1W0P0ZR | 900 MHz | Round | M-GAGE sensor with an internal antenna and a battery integrated into a compact, round housing | 147116 |
DX80N2X1W0P0ZR | 2.4 GHz |
Wireless Nodes with Counter I/O
Counter Nodes come in a variety of FlexPower® Nodes with both counter inputs and discrete inputs. Unless it is indicated that a battery is integrated into the housing, these models may use 10-30V dc power, the DX81 Battery Supply Modules, or the Solar Supply Assembly to power the device.
Models ending in C use external terminal blocks instead of internal terminal blocks. These C models are Class I, Division 2 certified when installed in a suitable enclosure.
The standard IP67 base with internal terminal blocks | The low-profile IP20 base with external terminal blocks. |
Model | Frequency | Base | I/O | Data Sheet |
DX80N9X2S4A2 | 900 MHz | IP67 | Discrete: Two selectable inputs, two NMOS sinking outputs Counter: Two selectable inputs |
136348 |
DX80N9X2S4A2C | IP20 | |||
DX80N2X2S4A2 | 2.4 GHz | IP67 | ||
DX80N2X2S4A2C | IP20 | |||
DX80N9X1S2A1 | 900 MHz | IP67 | Discrete: One selectable input, one NMOS sinking outputs Counter: One selectable input Battery integrated into the housing |
136972 |
DX80N2X1S2A1 | 2.4 GHz |
To order the internal antenna models, replace the "S" as the 9th digit with a "W." Internal antennas require an additional week for manufacture and shipping. For example, DX80N9X2S4A2 is the model number for the external antenna device and DX80N9X2W4A2 is the internal antenna device.
Models with batteries integrated into the housing are so noted. For all other FlexPower models, the DX81 or DX81P6 Battery Supply Modules must be ordered separately to power these devices from battery.
FlexPower® Nodes with Serial Interface
FlexPower® Nodes with Serial Interface are designed to work directly with Banner®'s serial FlexSensors. Some models can be powered by 10-30V dc or by Battery Supply Modules and some Serial Interface Nodes include a 3.6V dc Lithium D Cell integrated inside the DX80 Node housing.
FlexPower Node for Banner Serial FlexSensors
Standard FlexPower base | Battery integrated into the housing |
Model | Frequency | Base | I/O | Data Sheet |
DX80N9X2S2S | 900 MHz | IP67 | One serial port to handle up to two Banner® serial FlexSensors | 136971 |
DX80N9X2S2SC | IP20 | |||
DX80N2X2S2S | 2.4 GHz | IP67 | ||
DX80N2X2S2SC | IP20 | |||
DX80N9X1S1S | 900 MHz | Integrated Battery | One serial port to handle one Banner® serial FlexSensor | 137322 |
DX80N2X1S1S | 2.4 GHz |
To order the internal antenna models, replace the "S" in the 9th digit with a "W." Internal antennas require an additional week for manufacture and shipping. For example, DX80N9X2S1S is the model number for the external antenna device and DX80N9X2W1S is the internal antenna device.
Models with batteries integrated into the housing are so noted. For all other FlexPower models, the DX81 or DX81P6 Battery Supply Modules must be ordered separately to power these devices from battery.