moneoconfigure as a module version is part of our IIoT software moneo and can be combined with other modules, allowing for settings to be made according to the requirements for data analysis.
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Thanks to IO-Link, you can seamlessly integrate sensors and actuators in Industry 4.0. You receive detailed information from your devices in real time, thereby increasing efficiency, improving troubleshooting and optimising plant availability.Find more benefits and details on IO-Link here.
IO-Link sensors have many functions that are difficult to access without parameter-setting software. Setting them via the sensor itself is also difficult.
Our software makes it possible to use all functions of the sensor fully and effortlessly.
Simply install moneo configure free on your Windows PC and it will act as a central tool for manufacturer-independent detection, parameter setting and visualisation for diagnostics and set-up of your IO-Link devices.
Accelerate and simplify the programming of your IO-Link sensors and the management of your parameter data sets. The shrewd combination of moneo software with your hardware makes for trouble-free optimisation of your processes.
Discover the efficient addition to moneo configure free and the IIoT core (QM9112): GSDML IO-Link parameter setting with PLC tools (QMP031). This tool, which is subject to separate charge, makes it easier for you to set the parameters of IO-Link devices in your PLC software if you use ifm ProfiNet Master. Effortlessly expand the GSDML file with the desired parameters of your IO-Link devices and make them visible in the PLC tool. This saves you valuable time when setting up the machine.
QM9111 on-premises starter licence for the no-code IIoT platform to digitise production processes; download; package licence; (incl. maintenance and support until the end of the subsequent year); on-premises full version
QM9112 on-premises licence for the no-code IIoT platform to digitise production processes; download; package licence; (incl. maintenance and support until the end of the subsequent year); on-premises full version
moneo configure enables easy and simultaneous parameter setting of multiple IO-Link sensors. Moreover, it allows central parameter setting of ifm IO-Link masters in the entire network. Using the integrated, manufacturer-independent IODD management in conjunction with the IODD database, you can integrate sensors from other manufacturers into the IO-Link network and also set their parameters.
Parameter setting of an IO-Link network within an IIoT network
The software runs on one or several PCs / notebooks within an IIoT network. The PCs are part of this network and can be connected to the ifm masters via a router or wi-fi (via IoT interface / fieldbus interface).
In a bold leap towards enhanced operational efficiency and seamless IO-Link sensor integration, ifm electronics are proud to introduce moneo configure free, the cutting-edge tool designed to empower businesses with intuitive smart IO-Link management.
moneo configure free offers unparalleled ease and efficiency by enabling simultaneous parameter setting of multiple IO-Link sensors while also facilitating central parameter setting of IO-Link masters across the network. This innovative solution significantly streamlines the configuration process, saving valuable time and enhancing the overall process reliability of production operations.
One of the standout features of moneo configure free is its integrated, manufacturer-independent IODD (IO-Link Device Description) management, leveraging the extensive IODD database. This empowers users to seamlessly integrate sensors from various manufacturers into the IO-Link network, allowing for the seamless configuration of their parameters. This interoperability not only fosters flexibility but also underscores our commitment to industry collaboration and future-focused solutions.
Furthermore, during setup or error analysis, moneo configure free provides clear indication of up to two process data values for each IO-Link sensor in the cockpit, irrespective of the manufacturer. This invaluable feature enhances visibility and facilitates swift decision-making, ultimately contributing to optimized operational performance.
The use of genuine data sources (VSE, IO-Link master) is a prerequisite for testing the moneo software under realistic conditions. Only then will you get a realistic impression of how moneo can support you in optimising your production processes.
Developed specifically to be versatile, easy to use and fast to implement, the new moneo IIoT platform from ifm electronic provides a convenient and cost-effective solution to the challenge of converting the huge amount of data generated by modern plant and machines into useful information that can be used to reduce downtime, optimise efficiency and cut costs.
Other software modules in the moneo range include moneo configure, which offers powerful management, fault-finding and configuration facilities for connected IO-Link sensors and devices; moneo infopoints which collects data from connected devices; moneo RTM-AVA which provides the ability to record vibration spectrum for detailed analysis; and moneo edgeconnect, which allows easy interchange of data between ifm sensors and devices connected to your moneo installation with your IT systems.
To complement the moneo software modules, ifm is offering moneo appliance, a ruggedised industrial PC that is preconfigured to provide a convenient basis for moneo implementations. For users wishing to use alternative hardware, however, the modules are also available in versions that can be used on a standard PC running the Microsoft Windows operating system.
Um den Einstieg in die IIoT-Welt noch einfacher zu machen, bietet ifm die Software moneo configure ab sofort kostenlos an. Anwender knnen diese auf der ifm-Website herunterladen und anschlieend sofort mit ihrem ersten IIoT-Projekt starten.
In order to be able to carry out maintenance and servicing tasks at exactly the right time, one thing in particular is necessary: the measured values that are recorded in the plant by sensors must be converted into information and made available in real time. The RTM module in the Moneo digitalisation platform is designed for precisely this task. With a few mouse clicks, the user can configure individual dashboards that provide all important information as an image of the plant.
A plant image can be used as a background to visualise the position of the sensors. The measured values of individual sensors or calculated values can be displayed in different forms, for example as a bar chart, pointer chart or xy-diagram. The user can easily set warning thresholds and limit values. The display is colour-coded and thus shows at a glance where a limit value is exceeded.
By creating rules, notifications, warnings or alarms can be triggered, with communication taking place by e-mail, for example. Since the system always uses the live status of the system, moneo RTM triggers these actions in real time. For Real Time Maintenance, tickets are generated directly, which contain all important information. The system saves the tickets in an event history, in which comments are also recorded. In this way, an employee can, for example, directly document maintenance work that has been carried out.
It is also possible to analyse the recorded values by acknowledging the tickets. This makes it possible to identify the causes of certain system states, which is helpful in troubleshooting. The future Shop Floor Integration (SFI) module enables a direct connection to the corresponding maintenance SAP tool. The RTM module in moneo ensures optimal digitalisation in maintenance. The results are improved efficiency, higher plant availability and thus lower costs.
Since its foundation in 1969 the ifm group has developed, produced and sold sensors, controllers, software and systems for industrial automation worldwide. Therefore, the company is the ideal partner when it comes to pioneering automation and digitisation technology.
To integrate intelligent IO-Link sensors from ifm, the ctrlX CORE control is the perfect platform due to its open architecture. With the help of the innovative IO-Link master with EtherCAT and IoT interface, the process data, parameters and diagnostic information of the sensors can be transferred to the ctrlX CORE. The moneo software solution is a perfect complement to ctrlX WORKS and supports set-up as well as visualizing the added value of IO-Link.
Nowe standardy komunikacyjne odgrywają kluczową rolę dla Przemysłu 4.0, umożliwiając m.in. efektywne monitorowanie parametrw produkcji czy redukcję częstotliwości usterek. Mowa zarwno o urządzeniach, jak i oprogramowaniu. Warto zapoznać się przede wszystkim ze standardem IO-Link, ktrego komponenty można konfigurować z platformą moneo.
Czym jest IO-Link? To rozbudowany, zaawansowany standard komunikacyjny, ktry umożliwia szybkie przesyłanie danych między urządzeniami, czujnikami i oprogramowaniem. Sprawny transfer informacji ma kluczowe znaczenie w obszarze Przemysłu 4.0, gdzie analiza danych i efektywne zarządzanie odgrywają coraz ważniejszą rolę z uwagi na możliwość zwiększenia wydajności procesw. Sensory i inne komponenty z systemem IO-Link otwierają szereg możliwości przed przedsiębiorstwami przemysłowymi, ktre dzięki rozwiązaniom tego typu mogą liczyć m.in. na zdalny dostęp do parametrw czujnika, mierzenie rżnych wartości z poziomu jednego urządzenia czy wysoką dokładność mierzonych wartości.
Zaawansowane rozwiązania z zakresu komunikacji, takie jak standard IO-Link, mają spory wpływ na rozwj Przemysłu 4.0. Wynika to przede wszystkim z usprawnienia obszaru automatyzacji poprzez zapewnienie dostępu do precyzyjnych danych z czujnikw, dostępnych w czasie rzeczywistym. Co więcej, wcześniej ustalone parametry mogą być sprawnie przesłane do sensorw już w fazie rozruchu maszyny. Ważną zaletą jest też możliwość zdalnej optymalizacji procesu przez ustawianie parametrw na sterowniku i przejrzysty dostęp do czujnikw. Wszystko to przekłada się na jeszcze sprawniejszy rozwj koncepcji Przemysłu 4.0, w ktrej automatyka i inteligentne systemy odgrywają bardzo istotną rolę pod względem zwiększenia wydajności produkcji oraz redukcji ryzyka usterek i awarii.
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