The RTU-X is a robust electronic device that features digital inputs and outputs, analog inputs, a variety of built-in communication interfaces and protocols, and local programming capabilities.
It is an ideal product for the implementation of monitoring, acquisition and control applications, which integrates with countless sensors, actuators and IoT platforms.
- Infinite sensors
- Edge Computing & Control
It is available in two formats. Depending on the application, the IP68 model can be used, which allows it to be installed directly in harsh environments, or the DIN model, designed to be easily mounted on electrical panels.
The functionalities of the basic model can be expanded by installing optional internal extension or communications modules, such as RS-485, SDI-12 or NB-IoT module, among others.
One of the main functions of the RTU-X is to collect information from the world through different sensors. For this reason, we design it compatible with the most used interfaces for sensor connection, with digital inputs, pulse counting, analog inputs (0-10V, 0-5V, 0-20mA, 4-20mA), BLE and communication buses. .
By having WiFi and Bluetooth as a base, and the possibility of incorporating additional communication modules, such as NB-IoT modem, it is possible to choose between the most used technologies to configure it and connect it to the cloud.
Thanks to its internal battery and its very low consumption mode of operation, it can operate for months, or even years, without the need for external power.
Edge computing & control
It has the ability to execute a user-defined script, in a language similar to C, from which all aspects of the device’s operation can be controlled, giving the end user the possibility to implement processing and control logics autonomously .
Security is one of the main concerns when it comes to IoT, and the RTU-X is no stranger to it. Some of the most prominent security aspects are the use of communication MQTTs (MQTT encrypted) for connection to the cloud and signed FOTA updates.
|Voltage||[VAC Model]: 90-264 VAC [VDC Model]: 8-30 VDC (can be connected directly to a solar panel)|
|Battery||Internal 3.7V Li-Ion Battery [IP68 Model]: 20.000mAh [DIN Model]: 5.000mAh|
|Consumption||Normal operation < 2W Sleep mode with battery = 40uA|
Inputs and Outputs
|Digital inputs||[IP68 Model]: 2 dry contact digital inputs [DIN Model]: 8 dry contact digital inputs|
|Digital outputs||[IP68 Model]: 1 open collector digital output Max voltage: 30V, Max current: 1.2A [DIN Model]: 8 opoto-isolated digital outputs Max voltage: 300V, Max current: 100mA|
|Analog Inputs||3 analog inputs, 12 bit resolution configurable: 0-10V, input impedance = 30 kOhm 0-20mA, input impedance = 165 Ohm|
|Módem and GPS [NBIOT Module]||Quectel BG96 Cat M1 / NB-IoT – B1/ B2/ B3/ B4/ B5/ B8/ B12/ B13/ B18/ B19/ B20/B28 EGPRS 850/900/1800/1900 MHz|
Up to 2 expansion modules
|Inputs and Outputs [IO Module]||3 individually configurable inputs or outputs.|
|RS-485 [RS485 module]||Modbus RTU master or slave.|
|Temperature probe [TEMP Module]||PT100/PT1000 probe input.|
|Energy Meter [EM Module]||Energy meter with solid-state relay switch capacity up to 3 Amps. Measures voltage, current, active and reactive power, frequency and power factor.|
|MQTT(S)||JSON or Ultra light 2.0 format, TLS encryption|
|Modbus||Modbus TCP over Wifi. Modbus RTU over RS-485 (with expansion module). Master up to 8 slave devices.|
|Script||Local programming capacity on a language similar to C that allows to control all aspects of the device.|
|Log||Internal flash memory with capacity to store up to 200.000 registers with name, value and timestamp.|
|FOTA||Secure remote firmware updates.|
|Enclosure||[IP68 Model]: ABS plastic, IP68 [DIN Model]: ABS plastic, DIN mounting|
|Size||[IP68 Model]: 145 x 95 x 90 mm [DIN Model]: 103 x 87 x 58 mm|
|Operating temperature||-30ºC to 60ºC|