I/O Description: MTX-IOT [3-S-N-GPS] / MTX-IOT [4-S-N-GPS]

Description of I/O interfaces: DB15 expansion connection: 3 digital inputs (2 of them pulse counters), 2 digital outputs and 2 A/D conversors (0-50V in tension mode, 0-20mA in current mode) Serial interfaces: 1x RS232 (DB9) or 1x RS485 (configurable with switches) GPS: internal, connected to the secondary port MTX-Tunnel software uses these inputs/outputs as follows: […]

Tunnel – Reading data from W-Mbus water meters and W-MBus temperature sensors. Sending data transparently to the MQTT platform. Configuration of time windows, period and filters by manufacturer and serial number of each device.

Scenario details: It is necessary to monitor 300 W-Mbus pulse counters from the manufacturer Adeunis and 30 temperature sensors also from the manufacturer Adeunis Each meter emits 1 RF frame with the count data every 1 minute, but only the W-Mbusconcentrator must store and send 1 frame every hour to the data platform. The temperature […]

Tunnel – WIRELESS M-BUS configuration parameter: “WMBUS_”

The parameters with a WMBUS_ prefix are those related to the MTX-Tunnel configurations installed in MTX modem models that have W-MBUS support. Using these configuration parameters will allow the modem to be configured to read, store and send the W-MBUS frames collected from devices that have such technology (such as temperature sensors, water meters, electricity […]

Tunnel – DUAL SIM configuration parameters: “DUALSIM_”

The parameters with a DUALSIM_ prefix are those related to the MTX-Tunnel configurations installed in MTX modem models that have the DUALSIM feature. The fact of having dual SIM in the modem has the following advantages depending on the modem model: It is not mandatory to use two SIMs. Only a single SIM card slot […]

Tunnel – IEC870-5-102 configuration parameter: “IEC102_”

The parameters with an IEC102_ prefix are those related to the MTX-Tunnel configurations in meter telemetry scenarios that use the IEC870-5-102 protocol. The MTX-Tunnel has part of the IEC870-5-102 protocol implemented inside it, which allows it to read certain parameters such as the ABSOLUTE_ACTIVE ENERGY (VabA), the ABSOLUTE_REACTIVE_INDUCTIVE_ENERGY (VabRi), the ABSOLUTE_ENERGY_REACTIVE_ENERGY (oneb_REACTIVE_ENERGY) with IEC870-5-102 protocol… […]