Signal selection
| I/O types and channels | Confirm against the module datasheet; no assumed ratings |
|---|---|
| Power supply | Confirm for the selected unit |
| Network and integration | Verify gateway compatibility and project network configuration |

FAMILY / COMMON PLATFORM BASIS
Wireless input/output module
WIRELESS INPUT/OUTPUT MODULE · STANDARD
Wireless input/output module with LCD, link up to 5 km and battery life up to 12 months with data sent every 3–5 minutes. Compatible with WI-MG-STD for Modbus integration. Bottom entry for conduit or liquidtight connection; signal types and channels by configuration.
Documentary basis: DYSCO / configuration technical documentation · Web revision 2026-10 · R3
WI family: LCD, radio up to 5 km and Modbus through WI-MG-STD. Sensor/module battery life up to 12 months with data sent every 3–5 minutes; gateway externally powered.
| I/O types and channels | Confirm against the module datasheet; no assumed ratings |
|---|---|
| Power supply | Confirm for the selected unit |
| Network and integration | Verify gateway compatibility and project network configuration |
| Family compatibility | Every WI device is compatible with the WI-MG-STD gateway |
|---|---|
| Modbus interface | RS-485 / Modbus RTU through WI-MG-STD; not a direct Modbus sensor output |
| Wireless coverage | Up to 5 km with line of sight and suitable link conditions |
| Design objective | Designed to meet Class I, Division 2; verify unit marking and installation conditions |
| Local indication | LCD |
| Battery life | Up to 12 months with data sent every 3–5 minutes, depending on battery and use conditions |
| Battery-life conditions | Battery-life reference: data sent every 3–5 minutes. Internal sampling is configured separately |
Signal types, channel count and electrical-entry thread are defined for the ordered configuration.
The band and radio operation must match the variant and local installation regulations.
Common head: front 83 mm, width with radio 115 mm, depth 112 mm, body 90 mm and Ø84 / Ø76 mm. Bottom conduit / liquidtight electrical entry; no pressure sensing element or process fitting.
Signal types, channel count and electrical-entry thread are defined for the ordered configuration.
Every WI sensor and module is compatible with WI-MG-STD. Sensor / I/O → wireless link → WI-MG-STD → RS-485 / Modbus RTU → PLC, RTU or cloudLOGGER SCADA. The gateway provides the family Modbus interface.
cloudLOGGER SCADA ↗Industrial instrumentation ↗Modbus RTU is implemented on the gateway serial interface. Radio frequency and operation are verified for the installation country. If MQTT is required, it is provided at the integration layer, not claimed as a native sensor protocol.
Designed to meet Class I, Division 2. This design statement is not third-party certification; hazardous-area selection is verified against unit marking, documentation and installation conditions.
ISO/IEC 20922 ↗Modbus ↗IECEx ↗The page distinguishes model-datasheet data from common platform references. Performance of the proposed variant is confirmed against its configuration and current documentation.
Common head: front 83 mm, width with radio 115 mm, depth 112 mm, body 90 mm and Ø84 / Ø76 mm. Bottom conduit / liquidtight electrical entry; no pressure sensing element or process fitting. Signal types, channel count and electrical-entry thread are defined for the ordered configuration.
Specify the variable or signal, operating conditions, connection, power, authorized band, distance and monitoring platform. Model-specific ranges and interfaces are defined for the selected equipment.
Every WI sensor and module is compatible with WI-MG-STD. Sensor / I/O → wireless link → WI-MG-STD → RS-485 / Modbus RTU → PLC, RTU or cloudLOGGER SCADA. The gateway provides the family Modbus interface.
Yes. The preview and PDF are built in your browser from the same technical data as this page. The PDF includes the image, specifications, dimensional drawing, integration and contact details.
Designed to meet Class I, Division 2. This design statement is not third-party certification; hazardous-area selection is verified against unit marking, documentation and installation conditions.