Titan – AN16: OpenVPN – Client & Server
Scene Details It is intended to link a Server PC from a central office with 3 remote PLCs through an OpenVPN network. This will use a Titan router to provide connectivity to both the server PC and remote PLCs. Let\’s see it in the following example: Basically with this example it is intended to have access […]
Titan – AN15: Using Titan Router to Read Temperature and Humidity Probe, Send Readings to the Cloud and Use AT Commands via Telnet
Scene Details The Titan Routers have all the typical features of a 2G / 3G / 4G router but also have a number of additional features that make it one of the most profitable routers on the market. One of the additional features is the ability to interrogate autonomously Modbus RTU or TCP devices, with the subsequent […]
Titan – AN14: Silo Level Reading and Sending with Router Titan and Maxbotix Distance Sensor
Scene Details The Titan Routers have all the typical features of a 2G / 3G / 4G router but also have a number of additional features that make it one of the most profitable routers on the market. One of the additional features is the ability to store and send data from a Maxbotix RS232 series distance […]
Titan – AN12: OpenVPN Under Demand
Scene Details This application note is intended to be a quick step-by-step that allows you to configure the OpenVPN of the Titan series router to offer a fast maintenance service in a timely manner. That is to say, if at a moment, for reasons of maintenance, we want to connect remotely with a router and, or we […]
Titan – AN11: Plugin No-NAT – Solving Connectivity Problems
Scene Details Every day are more common applications of telecontrol, meter telemetry etc. In mny of these scenarios an IP connection is required from one or more control stations to the modem, which the device to be read is connected. Sometimes this type of communication is not possible, because the GSM operator does not allow or block that […]
Titan – AN10: Sending SMSs, Emails, SNMP Traps from a Modbus-TCP Device
Introduction The Titan routers include all the typical features of a 2G/3G/4G router. However, they also include a series of additional features that help make it one of the leading market routers based on the number of features it includes. One of these additional features is the ability to execute AT commands via Modbus TCP. In other […]
Titan – AN9: Integration with the Web Platform GroveStreams – Sending Modbus Data
Introduction The Titan routers include all the typical features of a 2G/3G/4G router. However, they also include a series of additional features that help make it one of the leading market routers based on the number of features it includes. In this Application Note, we will see an example of how to configure the Titan router in […]
Titan – AN8: Implementing a Modbus RTU/TCP – SNMP Gateway
Scenario Details The Titan routers include all the typical features of a 2G/3G/4G router. However, they also include a series of additional features that help make it one of the leading market routers based on the number of features it includes. One of these additional features is the ability to create SNMP (v2) connectivity for any Modbus […]
Titan – AN7: Implementing a Modbus TCP – Modbus RTU gateway
Scenario Details The Titan routers include all the typical features of a 2G/3G/4G router. However, they also include a series of additional features that help make it one of the leading market routers based on the number of features it includes. One of these additional features is the ability to create up to five simultaneous IP-RS232/RS485/USB gateways. Examples […]
Titan – AN6: Metering – How to implement a radio communication concentrator to read meters
Scenario Details The Titan routers include all the typical features of a 2G/3G/4G router. However, they also include a series of additional features that help make it one of the leading market routers based on the number of features it includes. One of these additional features is the ability to use the Titan router as a radio […]
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.
