Metrix Italia S.R.L.

The MX-3000S/ DL-3000S is an ultra-flat, compact volume converter device with a built-in 2G GPRS (CTR) or NBIOT (DLMS Cosem) modem. MX-3000S/ DL-3000S is the latest generation of modern gas volume converters designed for installation in hazardous areas; its efficient processor offers the advantage to combine low energy-consumption with efficient computational performance. Its original design allows to fix the converter on commercial and industrial diaphragm, turbine, rotary gas meters and quantometers through specific installation kits, thus integrating the traditional meter with the smart functions of the converter / data logger in a single assembly. In the Data Logger version these devices constantly allow to monitor the system by detecting volume, pressure and temperature and recording these values over time to give a constant flow of information of the system. These combinations of smart metering with all its information provided from installations allow gas utilities to turn from operators of traditional gas distribution and transmission networks into operators of modern smart networks. MX-3000S/ DL-3000S can be applied in the industrial/commercial field to obtain precise and automatic remote consumption and data measurements (correct volumes, pressure, temperature, alarms). This can happen also for single industrial areas or process, to allow maximum efficiency of consumption and costs, energy saving and optimization of environmental impact. Transmitting data via modem to the dedicated portal (MeterVision) allows the industrial field to have faster, more simple and cheaper installations compared to traditional systems through cable with dedicated SW and plc.

The MX-3000S/ DL-3000S is an ultra-flat, compact volume converter device with a built-in 2G GPRS (CTR) or NBIOT (DLMS Cosem) modem. MX-3000S/ DL-3000S is the latest generation of modern gas volume converters designed for installation in hazardous areas; its efficient processor offers the advantage to combine low energy-consumption with efficient computational performance. Its original design allows to fix the converter on commercial and industrial diaphragm, turbine, rotary gas meters and quantometers through specific installation kits, thus integrating the traditional meter with the smart functions of the converter / data logger in a single assembly. In the Data Logger version these devices constantly allow to monitor the system by detecting volume, pressure and temperature and recording these values over time to give a constant flow of information of the system. These combinations of smart metering with all its information provided from installations allow gas utilities to turn from operators of traditional gas distribution and transmission networks into operators of modern smart networks. MX-3000S/ DL-3000S can be applied in the industrial/commercial field to obtain precise and automatic remote consumption and data measurements (correct volumes, pressure, temperature, alarms). This can happen also for single industrial areas or process, to allow maximum efficiency of consumption and costs, energy saving and optimization of environmental impact. Transmitting data via modem to the dedicated portal (MeterVision) allows the industrial field to have faster, more simple and cheaper installations compared to traditional systems through cable with dedicated SW and plc.

The domestic gas governor is a device designed to regulate and stabilize the inlet pressure of natural gas or liquefied petroleum gas (LPG) entering a house, a residential or commercial building. Its main purpose is to ensure that the inlet gas pressure is within safe and operational limits. The domestic gas governor is generally set between the gas supply line and the main gas meter of the building. It works by reducing the gas pressure to a constant, predefined level before the gas enters the building distribution system. This is particularly important since gas pressure might considerably vary in the distribution network due to several factors, such as supply and demand, temperature and piping length. MG 90/180: Designed for domestic application before the gas meter. Available in in-line or square version, it can be equipped with a shut-off valve for minimum pressure. ST 486: Designed for small users, it is equipped with double diaphragm system; it provides higher safety in the event of a failure of the first working diaphragm thus making this product safe and reliable.

The domestic gas governor is a device designed to regulate and stabilize the inlet pressure of natural gas or liquefied petroleum gas (LPG) entering a house, a residential or commercial building. Its main purpose is to ensure that the inlet gas pressure is within safe and operational limits. The domestic gas governor is generally set between the gas supply line and the main gas meter of the building. It works by reducing the gas pressure to a constant, predefined level before the gas enters the building distribution system. This is particularly important since gas pressure might considerably vary in the distribution network due to several factors, such as supply and demand, temperature and piping length. MG 90/180: Designed for domestic application before the gas meter. Available in in-line or square version, it can be equipped with a shut-off valve for minimum pressure. ST 486: Designed for small users, it is equipped with double diaphragm system; it provides higher safety in the event of a failure of the first working diaphragm thus making this product safe and reliable.

The pressure regulators H 5-6-7 series are designed to reduce the pressure of natural gas and LPG in civil, industrial and commercial applications, in secondary stations for regulating the pressure of the gas network and in all installations where a rapid response is required (burners, industrial furnaces, boilers, etc.). They are suitable for low, medium and high pressures. H 5-6-7 series are direct acting gas pressure regulators, with diaphragm control and spring contrast. The balanced shutter design ensures constant calibration as the upstream pressure variations. Designed to provide high precision in regulation, these devices are suitable for the use with pre-filtered non-corrosive gases. H 5-6-7 pressure regulators series are “top entry” type, which allows operation maintenance without removing the body from the line. Regulators can be equipped with safety device for the shut-off valve for minimum and maximum downstream pressure. H 5-6-7 regulators are CE marked and approved according to the European Directive 2014/68/EU (PED) according to EN 334 / EN 14382.

ERG-H1 is a high- and medium-pressure regulator suitable for all types of gases: Natural Gas, LPG and non-corrosive gases. Mainly used in industrial applications with Natural Gas or as a first stage regulator (high pressure) in LPG. It can be equipped with a shut-off valve and an outlet pressure gauge. The body is very versatile as it can be supplied in in-line or square version with different combinations of fittings. It’s very compact and ideal for assemblies in small boxes and cabinets.

The “Smart Gas metering” concept refers to the use of advanced technologies for the intelligent metering and management of gas consumption and volumes. Advanced technologies for smart gas metering are now applied also to traditional commercial and industrial gas meters through the combination with smart solutions such as electronic volume converters; combined with the traditional industrial gas meter and they collect consumption, pressure and temperature data; accordingly they provide the correction of measured volumes. They transmit measurement data as well as a wide range of other information such as network signal quality, battery level; besides they send alarms for different anomalies, including fraudulent event. This allow to transform a previously installed commercial/industrial gas meter into a smart metering solution. The bidirectional communication allows the updating of FW systems over time, allowing technological update and preserving the value of the investment. These combinations of smart metering with all its information provided from installations allow gas utilities to turn from operators of traditional gas distribution and transmission networks into operators of modern smart networks. The same solutions can be applied in the industrial / commercial field to obtain precise and automatic remote consumption measurements and other data like corrected volumes, pressure, temperature, alarms. This can happen also for single industrial areas or process, to allow maximum efficiency of consumption and costs, energy saving and optimization of environmental impact. Transmitting data via modem to the dedicated portal (MeterVision) allows the industrial field to have faster, more simple and cheaper installations compared to traditional systems through cable with dedicated SW and plc.

The “Smart Gas metering” concept refers to the use of advanced technologies for the intelligent metering and management of gas consumption and volumes. Advanced technologies for smart gas metering are applied also to commercial and industrial meters; DSM is the a range of integrated diaphragm meters of the latest generation with smart functionality and volume correction, based on operating pressure and temperature. These meters with electronic display combine a volume converter, a data-logger and the transmission modem NBIOT (DLMS Cosem) version with a traditional mechanical volumetric diaphragm gas meter. Besides its basic functions, they provide additional information such as network signal quality and battery level; they also send alarms for different anomalies, including fraudulent event. This allow to transform also a commercial / industrial user into a smart metering solution. The bidirectional communication allows the updating of FW systems over time, allowing technological update and preserving the value of the investment. Power is guaranteed by two independent lithium batteries, one for the metrological part and one for the modem. The converted volume is calculated based on the precise measurement of temperature and pressure, using the conversion formula PT or PTZ. Pressure and temperature sensors are integrated into the gas meter housing. These combinations of smart metering with all its information provided from installations allow gas utilities to turn from operators of traditional gas distribution and transmission networks into operators of modern smart networks.

A domestic smart gas meter is a device used to measure and monitor gas consumption in a household or building. Unlike traditional meters, smart gas meters are equipped with advanced technology that allows real-time data on gas consumption to be collected and transmitted to a remote management system. Here are some of the typical features and functionalities of a smart domestic gas meter: Precise measurement: Smart gas meters use electronic ultrasonic sensors to accurately measure the gas flow passing through. This ensures a more precise reading than traditional mechanical rotation meters. Connectivity: Smart gas meters come with built-in connectivity such as Wi-Fi or mobile data connection. This allows them to send real-time consumption data to a remote management system, allowing gas suppliers and consumers to monitor consumption and receive regular updates. Real-time monitoring: Smart gas meters allow you to monitor gas consumption in real time, that can be seen on mobile application, on web portal or displayed in the meter itself.- thus allowing you to take consciousness decisions and optimize energy efficiency. Alarms and alerts: Smart gas meters are designed to send alarms or alerts in case anomalies are detected, such as exceptional high consumptions or gas leakages. Smart home system integration: some smart gas meters can be integrated with other smart home devices. Precise billing: Thanks to accurate measuring and real-time data, smart gas meters enable a more accurate billing. Consumers are charged only for the real consumptions, thus avoiding estimate amounts or misreadings by the gas suppliers.

The quantometer is a turbine gas meter whose functionality is based on the proportion between the quantity of gas passing through the meter itself and the number of revolutions of the turbine. A driving system moves the counting unit, showing the volume of gas flowing under operating conditions. The CPT-04 E quantometer, with an electronic counter, represents the evolution of mechanical measurement by integrating modern electronic solutions. Thanks to its modular architecture, it can be fitted with various communication interfaces, simplifying integration with SCADA and BMS systems. Information on volume, flow, and measurement history is easily accessible via the integrated display, improving data management and monitoring.

The turbine gas meter functionality is based on the proportion between the quantity of gas passing through the meter itself and the number of revolutions of the turbine. A driving system moves the counting unit, showing the volume of gas flowing under operating conditions.

The Rotary gas meter piston is a volumetric meter designed for high-precision fiscal measurements. It is normally used both in transport and gas distribution. The measuring cartridge is separated from the outer body so that it’s not involved in case of mechanical stress, due to imperfect flanges alignment. The rotary piston meter ensures minimal pressure drop and a wide measuring range.

The new generation of UG meters combines high accuracy, stability and measurement reliability as well as extreme fraud protection, thanks to its patented numerator. The measuring units have high metrological accuracy and low pressure absorption. UG diaphragm gas meters can be used for the precise measurement of natural gas, LPG and other non-corrosive gases.

The new generation of UG meters combines high accuracy, stability and measurement reliability as well as extreme fraud protection, thanks to its patented numerator. The measuring units have high metrological accuracy and low pressure absorption. UG diaphragm gas meters can be used for the precise measurement of natural gas, LPG and other non-corrosive gases.