Telegram Bot Connector
Since smartphones have been available, completely new possibilities have opened up for remote access to industrial processes. The interactions that are possible with the smartphone can be designed in a variety of convenient ways and go beyond simple text notifications.
With the Telegram Bot connection, the OPC Router enables the “Telegram” messenger to be linked to the industrial process. Authenticated users of the bot can receive messages, i.e. alarms, production messages, operating states, (push notifications), but can also actively trigger actions via the Telegram Bot. Application-specific queries and activities can be configured in the OPC router, which are then called up from the smartphone via authenticated remote access.
You can easily create a convenient remote access to your production system and give the users the possibility for quick reactions in exceptional situations and easy access to production data.
Achieve More with Combined Systemen
In production, systems work with important data – data that is vital for the production value chain. Easy connectivity, which is established with the OPC Router, seaks to get the right data to the right people just in time, making production a value-rich experience by optimizing data transfers.
Industry 4.0 with Telegram Bots
Industry 4.0 relies on fast and automated data exchange. The Telegram Messenger plug-in involves people and ensures optimized information distribution through targeted and bidirectional messaging.
About the OPC Router
With the OPC Router you can graphically network your systems. Numerous plug-ins make it a data hub in the industrial environment. It creates the connection from OPC to Telegram, from SQL to Telegram, from SAP to Telegram, from MQTT to Telegram and much more.
Simple configuration, sophisticated monitoring and robustness characterize it.
That’s how easy it is.
The transfer object of the Telegram Messenger plug-in establishes the connection to the Telegram Bot. When a transfer is triggered, messages can be sent to selected recipients. Different formats are available for the messages.
Text for classic text messages.
Image for sending images.
Audio for sound recording.
Video for video sequences.
Document for sending files.
Location to send location information displayed on the smartphone in the map app.
Contact for sending VCards.
The Telegram Messenger plug-in has its own trigger. In connections this trigger can be used and gets a name. The name of the trigger becomes a command in the Telegram Bot. At the Telegram Client (Smartphone/Web/PC) this command can be called directly by the user. The call then causes the connection containing the trigger to be executed and the data transfers contained in it to take place.
The created triggers are listed to the user after calling the “/help” command:
The Telegram Messenger Plug-in does not have its own browsing.
How do Transfer Objects, Trigger and Browsing work?
The connections the OPC Router establishes between systems can be addressed with the core functions of the OPC Router. Depending on the nature of the respective plug-in, functions vary, which is due to the functional scope of the respective connceted systems.
Sources and Destinations
Transfer objects are the sources and destinations inside the OPC Router. They contain data fields with read and write functions. Depending on the respective interconnected system, the possible configuration scope of sources and destinations may vary.
Homegeinity on the Outside – Heterogeinity on the Inside
Triggers determine execution time of data transfers. Various Triggers can be active, independent of source or destination. Various Triggers can be used in combination via AND/OR-connections. Triggers can also serve as data sources if the prompting event is coupled with receiving data.
Searching and Finding Data Fields
The configuration of sources and destintions is simplified. Differing browsing mechanisms are available, depending on the type of system and/or plug-in.
Reading out Structures
Even complex structures can be selected without requiring detailed knowledge about subsystems. The plug-ins presents structures of data sources according to the specification of the respected plug-in.