TXdata RS485 ModBus WiFi/RF/GSM 
(versions: I, E) available [get it now - below]
TXdata is a very low consumption transmitter that can act as a bridge between a ModBus device (anything, e.g. a ModBus anemometer, an energy meter, voltage, humidity, sunlight, rain) or in general as a bridge between a ModBus bus, and a automation/control system, via WiFi / HTTP, WiFi / MQTT and / or GSM / HTTP and also in the battery saving RF433 mode. 
TXdata can periodically send, with adjustable interval, one or more ModBus queries (customizable) to the ModBus device connected to its terminals (possibly first feeding it and waiting for some time), and then transmit the response (s) (typically a measurement or something like that; in any case a sequence of bytes). 
Interfacciare dispositivi ModBus con WiFi, HTTP, MQTT, sistemi di automazione e controllo, Internet, trasmettere misure: TXdata! 
TXdata can transmit to your Web server (se non ce l'hai, te lo possiamo fornire) via WiFi / HTTP or GSM, or to any element of a automation via HTTP or MQTT, including VisualVision's SuperClock and DisplayRX devices, and controllers / collectors such as ControlHUB and RXTXeasy GSM, which in addition can also receive 433 MHz transmissions from the RF433. 
(TXdata in version I; battery cover opened) 
RF433 is the most "saving" mode and which allows a longer battery life of the TXdata transmitter; in this mode only a few bytes extracted from the response can be transmitted (to save battery consumption). 
By combining TXdata with the RXTXeasy GSM data concentrator / collector / repeater, perhaps placed in a point where access to the electricity network is more convenient, the data transmitted by a TXdata RF can be collected and bridged to the HTTP Web or to MQTT
RXTXeasy GSM is also very useful when there are several TXdata / TXtemp / TXsoil and it is convenient to retransmit the data of all of them with a single SIM in GSM; while if there is only one TXdata it is more convenient to take a GSM version TXdata. 
The ModBus output is available via screw clamp terminals and includes 5V (or 9V or 12V, optionally) between the V / G terminals which can be used to power a ModBus device. A typical application is in fact to use a TXdata to remotely read a ModBus meter, eg. a professional humidity meter, a voltage / energy / watt meter, an anemometer, or one of the many other ModBus gizmos available and bridge to an MQTT or HTTP automation. 
If the ModBus device requires another kind of power supply, the 5 or 12V output can be used for example to activate a relay that opens / closes this additional power supply. 
Normally TXdata works with 4 AA batteries (normal AA 1.5V alkaline or Lithium batteries). A non-battery version is also available, it can be powered via the V / G terminals with a voltage between 5 and 6V; this is useful if a mains plug is near and therefore the batteries are not needed; any 5V DC power supply is fine (eg USB power supply for mobile phones; it will draw max 100mA). 
(TXdata in version I; closed battery cover, with terminals) 
(TXdata in version E) 
TXdata can be configured and read with a smartphone or PC / Mac with just a few clicks. 
Version I is recommended for indoors, version E is within a IP56 box and can therefore be used in more difficult conditions. 
Quick manual... 
[Get TXDATA NOW >>> go below to the Order form >>>] 
We also have TXtemp (temperature and humidity) and TXsoil (soil moisture) 
For the measurement of the temperature we have TXtemp, for the soil moisture we have TXsoil (affordable and practical, they do not require external devices). 
The ways in which TXtemp TXsoil TXdata can work: supported by VisualVision products or used for generic automation via WiFi / GSM / HTTP or WiFi / MQTT 
We tried to build an organic system so that whoever gets a TXtemp, TXsoil sensor or a bridge for RS232 or ModBus sensors and devices like TXdata can immediately use them without wasting time in configurations (and we also took the opportunity to insert some things into our system some "extra" not foreseen by the standards!). 
Basically, therefore, they can be used with RXTXeasy GSM or DisplayRX or ControlHUB.. 
But we didn't want to do a "closed system". We have also included the most widespread industrial standards, HTTP and MQTT, so that our elements can be used in any automation
[Get TXDATA NOW >>> go below to the Order form >>>] 
Quick manual for TXdata 
1) turn on by pressing the power button 
2) connect to wfeasy.com WiFi 
3) connect with the browser (Safari, Chrome, Firefox, etc.) to the wfeasy.com website 
4) the configuration screen appears, indicating the WiFi channel on which to transmit and / or (in the versions that provide it) the RF433 radio channel 
trasmettere dati modbus gsm 
5) if you choose a WiFi channel, make sure the receiving device is turned on (whether it is DisplayRX, ControlHUB, RXTXeasy GSM - or your device or your WiFi if you choose to send data to your real or virtual web server ) then choose the "Settings / WiFi" menu 
6) scroll the page until you find the WiFi section, select the WiFi of the above device (possibly have it redo a WiFi search with the appropriate reload button; if it is one of the VV devices it will find it automatically and give a button to connect), if you need the WiFi password, enter "Save" (sometimes it disconnects here; just reconnect) 
tx da modbus a wifi 
7) if you are connected to DisplayRX, ControlHUB or RXTXeasy GSM take care to insert, a little below, the password of use, if enabled; eg if the device is DisplayRX and its access password is mickey123, here it should be written mickey123
1) connect etc. as in point A 
2) choose the menu "Configure device commands"; the command window appears (which also has utilities to generate or verify CRC ModBus rather intuitive to use and which we do not explain here) 
3) choose a Channel 433 (eg Channel 0); choose the transmission frequency; in the appropriate box enter the ModBus command (or the commands, each followed by the "return" key; typically you enter them as HexAscii): 
test comando modbus rs485 
4) connect your ModBus device to TXdata (cables A, B; maybe the power supply), and press the Test button to test the command. In this example we have connected a ModBus voltage meter and we are sending it the command 01 04 0000 0001 31CA which (for the model we have) is equivalent to asking it to tell us what the voltage it is measuring is. 
By clicking TEST, TXdata sends the command and displays the response. 
risposta modbus da tx wifi o gsm 
1) connect etc. as in point A 
2) choose the menu "Configure device commands"; the command window appears (which also has utilities to generate or verify CRC ModBus rather intuitive to use and which we do not explain here) 
3) choose a Channel 433 (eg Channel 0); choose the transmission frequency; in the appropriate box enter the ModBus command (or the commands, each followed by the "return" key): 
trasmettere risposta modbus 433 
6) then click Save and save the setting: from now on, with the chosen periodicity, TXdata will query any device you want to connect, with the specified ModBus command, and from the ModBus response it will get, it will extract the specified bytes, which will be transmitted (if WiFi is chosen or if GSM is chosen, everything will be transmitted and it will not be necessary to specify bytes to be extracted) 
1) connect etc. and configure the ModBus command as in point B (the only difference: you will choose a WiFi channel, and for WiFi the entire response will be transmitted, so it will not be necessary to choose the bytes) 
2) right under WiFi settings, instead of WiFi TX to DisplayRX / RXeasy, choose other settings and write your server / script URL. The data are sent via the usual CGI/GET standard, click here for the format... 
modbus a server web http 
D. CONFIGURE THE GSM VERSION TO SEND MODBUS COMMAND (S) AND TO TRANSMIT RESPONSE / DATA TO YOUR WEB SERVER1) connect etc. and configure the ModBus command as in point B (the only difference: for GSM the entire response is transmitted and it will not be necessary to choose the bytes) 
2) the GSM version also allows you to indicate a possible PIN (leave blank if there is no PIN) and the APN of your operator (search on Google if necessary). As for WiFi, the URL of the server / script that will receive the data transmitted is then indicated; the specifications for the data transmitted are very simple (click here...)
da modbus a server web gsm  
3) in the event that you transmit to a ControlHUB made accessible via the Web thanks to a static IP or to a Dyn DNS (see ControlHUB website), it will be necessary to insert the standard internal ControlHUB as a script, namely: 
(DYN DNS goofy.dyndns.com) http://goofy.dyndns.com/x 
1) connect etc. and go to Settings as in point C. You will need to connect to a WiFi (home, work, laboratory, etc.) from which an MQTT broker is accessible. Always in the WiFi settings, you must choose "WiFi / MQTT" as an option. Right after that, below the page, are the MQTT settings. 
You can enter the data related to the Broker and immediately read the name of the Topic needed to command it and to read; basically, to receive the HexAscii string that TXdata will receive after interrogating ModBus, just listen to the topic tx-o-nameofthedevice 
Get TXdata RF WiFi e/o GSM 
The product is sent in a shockproof box. Batteries not included. 
Languages for the user interface: English, Franηais, Italiano, Espaρol, Deutsche. 
Made in Italy.  
(For any questions contact us...) 
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[availble soon] 
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Choose the battery version and the OUTPUT voltage on the V / G terminal block (3.3V 750mA; 5V 500mA; 12V 500mA; 9V 500mA). 
Or here you can choose the non-battery version that will have as power INPUT the V / G terminal block: you will supply 5V or 6V. 
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