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… […]
Automatic connection to the Cervello platform via SMS
Scenario details: It is necessary to connect the MTX modem to the Cervello Web Platform. The Web Platform will be used as “Device Manager” and through which the status of the MTX modem can be known in real time (coverage, IP, etc.) as well as being able to perform operations on the MTX modem (readings […]
Tunnel – Writing to Modbus RTU devices based on the digital and analog inputs of the modem.
Scenario details: 2 sensors need to be monitored. An analog 0-10V sensor and a digital dry contact sensor The modem has 2 PLCs with Modbus RTU support connected to its RS485 port. One has the Modbus RTU @ 1 address and the other has the Modbus RTU @ 2 address. When changing the state of […]
Tunnel – Control of the relays, digital outputs, digital inputs and 0-10V/4-20mA analog inputs of an MTX modem from a SCADA system using the MODBUS TCP protocol.
Scenario details: It is necessary to control 1 relay, 4 digital outputs (also connected to relays), 4 dry contact inputs and 2 analog inputs (one 0-10V type and another 4-20mA) located in a remote location Communication must be done from a SCADA system using Modbus TCP protocol For simplicity it is intended to use SIM […]
Tunnel – JSON customization and sending topics in the data frames sent by MTX-Tunnel.
Scenario details: 8 dry contact sensors need to be monitored. In the status of the entries, they must be sent quickly to an MQTT platform (example Cervello) when a change occurs in one of them. It is also necessary to monitor 2 analog sensors, one of the 0-10V type and the other of the 4-20mA […]
Tunnel – DATALOGGER. Telemetry (digital and analog inputs) sent periodically to broker MQTT (via JSON object) + transparent IP-RS232 gateway for remote access to RS232 device.
Scenario details: 3 digital inputs and 2 analog inputs must be sent to a web server via HTTP request using a JSON object The MTX will collect the digital and analog data every 10 minutes, sending it to an MQTT broker using a JSON object. If there is no 4G/3G/2G coverage or the web server […]
Tunnel – DATALOGGER. Telemetry (digital and analog inputs) sent periodically to the web server via HTTP (via JSON object) + transparent IP-RS232 gateway for remote access to the RS232 device.
Scenario details: 3 digital inputs and 2 analog inputs must be sent to a web server via HTTP request using a JSON object The MTX will collect digital and analog data every 10 minutes, sending it to the web server via HTTP request using a JSON object. If there is no 4G/3G/2G coverage or the […]
Tunnel – Automatic activation of relay output depending on the value of an analog 0-10V probe.
Scenario details: It is necessary to control 1 relay to activate the pumping motor of a well An analog 0-10V level sensor is available. When the level is low, that is, when the sensor returns a value below 2V, the relay acting on the motor must be activated to pump water. When the sensor returns […]
Tunnel – Automatic activation of relays according to the value of Modbus registers. Automatic sending of state changes to the MQTT/S platform.
Scenario details: It is necessary to control 8 fans of a farm autonomously. Each fan has an associated Modbus RTU protocol temperature probe, with RS485 connection When the Temperature Sensor X is above 30 degrees, the associated Fan X should be activated to facilitate air circulation and lower the temperature of the room. When Temperature […]
Geben Sie den Verbindungsmodus „ethernet“ oder „modem“ ein:
Stellen Sie bei einer Ethernet-Konfiguration sicher, dass die IP-Parameter mit dem Serverzugriff entsprechend der lokalen Netzwerkkonfiguration des Hubs kompatibel sind. Bei einer Ethernet-Verbindung muss die Konfiguration mit der lokalen Netztopologie des Hubs kompatibel sein, damit dieser auf die Server zugreifen kann. Diese Konfiguration erfolgt über die Konfigurationsseite „Networks“ (siehe Kapitel 3.2.2.3: „Netzwerke (Networks)“).
Bei einer Modemverbindung muss das Modem korrekt konfiguriert sein, bevor eine Verbindung hergestellt werden kann. Diese Konfiguration erfolgt auf der Konfigurationsseite „Modem“ (siehe Kapitel 3.2.2.4: „Modem“).
Die minimal zu konfigurierenden Serverparameter sind folgende:
Diese Felder müssen konfiguriert werden: „Interface“, „Type“, „Server type“, „Address“, „Port“, „Login“ und „Password“.
In den übrigen Feldern können die Standardwerte beibehalten werden, solange die Verzeichnisse zuvor korrekt angelegt wurden. Weitere Einzelheiten siehe Kapitel 3.1.2: „Konfigurationsdateien“.
Warten Sie. Der Hub startet nach ein paar Augenblicken mit der Werkseinstellung neu.
