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MiDoMet is a system for the smart monitoring of water networks, simple to use, easy to install, small in size and with long autonomy. MiDoMet has designed a range of products for the remote control of water networks and large users.
An intelligent system to save resources and detect leaks. A series of dataloggers and Gateways designed for the management of water resources of aqueducts andwater company. Midomet devices are able to measure network pressure and tank levels and to remote read water usage. The MiDoMet devices are IP68 waterproof, they have an autonomy of up to 10 years and are compatible with any present sensor or meter present.
The data protocol is open and available for integration of reading data into pre-existing management systems. We can also offer our systems complete with data SIM for transmission and Cloud data management system included for 5 years .
Remote reading is the most intelligent and convenient system to control remotely the consumption of large users such as: hospitals, schools, aqueducts, municipalities, condominiums.
Smart metering can bring significant advantages to the managers of the various services. The innovative MiDoMet NBIoT systems allow precise analysis of consumption, timely detection of leaks and constant control of the volumes passing through the networks. Water consumption is constantly monitored and controlled with periodic readings of the connected meters. No waste can escape the correct analysis of MiDoMet intelligent systems.
MiDoMet NBIoT Pulse is a self-powered data logger for collecting data from digital meters or sensors. Furthermore, the device supports up to 4 digital meters or sensors. It is a plug&play device, which can be installed without technical skills.
Reservoirs are important construction pieces used for the storage of water, especially for the accumulation of drinking water for aqueducts. In essence, they are artificial reservoirs intended for the temporary accumulation and subsequent controlled release of water as needed. Controlling and monitoring the levels of the tanks with smart devices is essential to guarantee the correct supply of water. The maximum efficiency of the tanks can be guaranteed by data loggers MiDoMet NBIoT Special. The smart software and protocols minimize risks and maximize the efficiency and functionality of systems.
MiDoMet NBIoT Special is suitable to monitor the levels in tanks, to have optimal control, to protect the systems from intrusions, to monitor and to alert in case the thresholds are reached. It is the ideal solution to adopt in the case of non-electrified places, it can be used in places with strong environmental harshness which make operations difficult because they are difficult to reach.
The MiDoMet NBIoT Special is a self-powered datalogger with inputs configured to the customer's needs, equipped with an NB-IoT modem for remote data transfer via the open MQTT protocol. The device supports up to 2 analog inputs 4-20mA, 0-5V, 0-10V configured according to sensors and up to 4 digital inputs for meters or sensors. It is a plug&play device, which can be installed without technical skills
n the water resources management market it is extremely important to have correct control of the measurement of flow rates and pressures. Water districtization as a response to the M1-M2 macro-indicators of resolution 917/2017 is the most effective intervention implemented by the aqueducts to manage the problem. The need therefore arises to effectively manage the various water districts, which require supports for measuring flow rates and pressures, which are essential for understanding the functioning of the network and quantifying water losses.
MiDoMet NBIoT Pressure was created to support the management of water network segmentations and to monitor the pressure in each district, facilitating correct functioning. The device, equipped with smart technology for measuring flow rates and pressures in real time, allows you to obtain information on the status of a node or network in a simple and immediate manner, thus simplifying the phase search for leaks that require repairs. MiDoMet NBIoT Pressure can make a significant contribution to the modernization work adopted in recent years by aqueducts to optimize water networks based on the integration between engineering activities and field activities.
A self-powered data logger is a valid solution for managing the water pressure in each district, facilitating the correct functioning of the network at the optimal pressure level and improving the quality of the service.
The MiDoMet NBIoT Pressure system is specialized for pressure monitoring, equipped with an NB-IoT modem for remote data transfer via protocol open MQTT. The device supports an analog input configured according to the pressure transmitter and up to 2 digital inputs for meters or sensors.
Stable and reliable high-precision level, pressure and temperature measuring instruments
Thanks to the bi-directional interaction between nodes and servers, sampling frequencies can be changed remotely. High-frequency analysis campaigns can be launched to be used in modeling and/or for internal analyses.
The platform features the AI section, intelligent algorithms capable of autonomously observing the "dynamics" of the node network and making assessments regarding critical situations, export and interoperability with the customer's systems. The data and reports are printable and exportable in various formats.
Integral monitoring
and control
Billing based on
real consumption
Detects: losses,
anomalies and thefts
Savings on
management costs
Quantify the
unused resource
Water balance
Devo monitorare solo i miei consumi
Devo ripartire i consumi di acqua e/o calore di tutti i condomini
MiDoMet LoRa
+
Gateway
Devo monitorare i contatori di un'area urbana
Devo monitorare serbatoi, pressione e livelli
Devo monitorare i consumi di grandi utenze
Devo monitorare solo i miei consumi
Devo ripartire i consumi di acqua e/o calore di tutti i condomini
soluzione
MiDoMet Lora
+
MiDoMet LoRaWAN Gateway
Devo monitorare i contatori di un'area urbana
Devo monitorare serbatoi, pressione e livelli
Devo monitorare i consumi di grandi utenze
