Services
IoT Services
Monitoring and information management just one click away!
MLDUARTE offers various innovative technological solutions that enable companies to manage and continuously monitor their systems, allowing them to identify problems and take effective measures to resolve them.
DU-RAS®
MLDUARTE offers an innovative IoT service called DU-RAS® Remote Access System. Above all, this system was developed to optimize the monitoring and remote management of systems or products.
Through this system, data is acquired in real time and then transformed into a vast range of strategic information. These insights can be easily accessed, analyzed, and monitored via the internet.
Additionally, DU-RAS® technology ensures continuous transmission and optimized visualization across different devices, such as smartphones, tablets, and computers. This way, users benefit from centralized management, increased operational efficiency, and enhanced security in supervising their products and systems.
How It Works
To ensure efficient real-time monitoring, DU-RAS® structures and automates the entire process:
First, the system collects essential device information, including not only performance levels but also hardware status, network data, and operational details.
Next, it transmits all data to a centralized system, ensuring continuous and reliable communication.
Then, it reports normal activities according to the predefined schedule and immediately communicates any anomalies or failures in real time.
Instantly, it processes the information, monitors the data, and generates detailed reports to facilitate visualization and analysis.
Finally, when operational anomalies are detected, it automatically sends alerts to supervisors, enabling a quick and effective response.
Advantages
The implementation of the DU-RAS® remote system offers several advantages. Among the key benefits are:
24/7 continuous performance monitoring with real-time access.
Early identification of inefficiencies and failures, preventing costly repairs and extending equipment lifespan, resulting in cost reduction.
Fast and precise responses, both in identifying and swiftly resolving issues.
Intelligent monitoring, thanks to real-time data acquisition with instant alerts.
Early warnings that allow efficient planning and preventive actions.
High adaptability, with easy installation and integration into existing infrastructures or products.
Constant monitoring for risk prevention, contributing to greater safety.
Remote intervention, allowing remote monitoring and control.
Inavitas Energy Meters
SEM / Smart Energy Manager
The Inavitas SEM is a compact and highly efficient device for monitoring and control in energy management applications in commercial, industrial, and distribution network environments. It supports most common industrial communication protocols as well as protocols used in IoT applications.
Thanks to its integrated and modular communication board, it is possible to select any type of transmission medium, including GSM, Wi-Fi, Ethernet, Zigbee, or LoRa.
The SEM’s energy measurement functionality allows simultaneous monitoring of two three-phase circuits with a sampling rate of 3.2 kHz.
Additionally, it features an optional SD card of up to 32GB, ensuring data storage even in case of communication loss.
MCU / Main Control Unit
The Inavitas MCU series is a small and compact industrial controller based on a 32-bit, 216 MHz ARM CPU. With intuitive software and hardware, users can develop applications quickly and easily.
The MCU can perform almost any function in remote utility applications, such as solar plants and power distribution substations.
It combines a GPRS/GSM modem, digital inputs, outputs, and a data logger into a single device.
The device features 2 integrated digital inputs and outputs and includes Ethernet and serial communication ports, enabling flexible connectivity with SCADA systems, field devices, and remote control systems.
MCU+ / Main Control Unit with Linux OS
The Inavitas MCU+ series is a compact and advanced industrial controller based on a 32-bit, 454 MHz ARM CPU. With the power of the Linux operating system, it enables fast and simplified application development.
The MCU+ can perform various functions in remote utility applications, such as solar power plants and power distribution substations.
It integrates a GPRS/GSM modem, Wi-Fi, Bluetooth, and a data logger into a single device.
Additionally, it features Ethernet and serial communication ports, providing flexible connectivity with SCADA systems, field devices, and remote control systems, paving the way for an advanced connectivity and control ecosystem.
MCU++ / Advanced Main Control Unit with Linux OS
The Inavitas MCU++ series is a compact and advanced industrial controller based on a 32-bit, 454 MHz ARM CPU. With the power of the Linux operating system, it enables fast and simplified application development.
The MCU++ can perform various functions in remote utility applications, such as solar power plants and power distribution substations.
It integrates a GPRS/GSM modem, Wi-Fi, Bluetooth, as well as digital inputs and outputs and a data logger into a single device.
The device features 2 integrated digital inputs and 2 digital outputs, along with two Ethernet and serial communication ports, ensuring flexible connectivity with SCADA systems, field devices, and remote control systems.
VTU / Voltage Tracking Unit
The Inavitas VTU (Voltage Tracking Unit) is a next-generation digital input module that enables voltage monitoring in single-phase or three-phase systems.
This digital input module features power analysis capabilities, offering 4 voltage input channels and 3 current input channels.
In addition to power analysis and voltage tracking, the VTU allows monitoring of energy parameters in the connected single-phase or three-phase systems. Through the VTU configuration software, users can define the voltage range in which the device will operate, configuring logical states 1 and 0.
Additionally, power parameters can be observed in real-time, providing advanced connectivity and efficient control.
PMU / Power Meter Unit
The Inavitas PMU (Power Meter Unit) is a next-generation power analyzer that measures and enables real-time monitoring of energy parameters.
The PMU can monitor up to 5 three-phase circuits or 15 single-phase circuits, as well as allowing any combination of single-phase and three-phase circuits.
This flexibility makes the Inavitas PMU ideal for installations with multiple users, such as distribution substations, office buildings, data centers, and shopping malls.
Users can track all energy parameters in real-time and easily configure current and voltage polarities, transformation ratios, and serial communication settings through the Inavitas PMU interface software.
Inavitas Sensors & AC Controllers
ESU 101 / Environmental Sensor Unit
The Inavitas ESU 101 is a cost-effective environmental sensor equipped with an infrared (IR) controller for split-type air conditioners.
Thanks to its flexible design, the ESU 101 has a learning mode that allows it to be used with almost all split-type air conditioning systems.
Additionally, it features an RS-485 interface supporting the Modbus/RTU protocol, enabling integration into SCADA applications.
ESU 201 / Environmental Sensor Unit
The Inavitas ESU 201 is an advanced environmental sensor equipped with an infrared (IR) controller for split-type air conditioners.
Thanks to its flexible design, the ESU 201 has a learning mode that allows it to be used with almost all split-type air conditioning systems.
Additionally, it integrates a low-power Bluetooth communication protocol, enabling control via any device compatible with this technology.
Inavitas RTUs & Gateways
DIO / Digital Input/Output
The Inavitas DIO module allows the visualization of on/off or 1/0 data for up to 16 channels. The input channels have high impedance, reducing the input current and increasing noise immunity through hysteresis.
The device features an anti-jump filter to prevent false contacts. Additionally, it has 32-bit change registers that display the level changes in the input channels.
The DIO has 8 isolated solid-state relay output channels, where each output channel is isolated from the others. The output type can be configured as latched or unlatched with a specified time.
The user can configure input polarities, anti-jump filter time, serial communication port settings, and output latch time through the DIO interface. Additionally, the “Test Mode” can be activated on the module, allowing all inputs and outputs to be adjusted for site testing.
MDIO / Mini Digital Input/Output
The Inavitas MDIO module allows the visualization of on/off or 1/0 data for up to 4 channels. The input channels have high impedance, reducing the input current and increasing noise immunity through hysteresis.
The device features an anti-jump filter to prevent false contacts. Additionally, it has 32-bit change registers that indicate the level changes in the input channels.
The Mini DIO has 3 isolated solid-state relay output channels, where each output channel is isolated from the others. The output type can be configured as latched or unlatched with a specified time.
The user can configure input polarities, anti-jump filter time, serial communication port settings, and output latch time through the Mini DIO interface. Additionally, the “Test Mode” can be activated on the module, allowing all inputs and outputs to be adjusted for site testing.
