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Mitsubishi - Mitsubishi Electric Europe BV was founded in 1996 as a 100% subsidiary of Mitsubishi Electric Corporation and has taken over Mitsubishi Electric's entire European sales and marketing business. In the course of this, the German branch was founded to carry out the German sales and marketing activities. The corporate statement of the Mitsubishi Electric Group 'Changes for the Better' encompasses everything the company stands for: to create a better future for society in professional and everyday life through innovations. MITSUBISHI ELECTRIC is characterized by a continuous striving for perfection and is lived by every single employee. The result is advanced technology for change for the better ? around the world. The diverse products and solutions are in use everywhere and will certainly meet your requirements for quality, durability and investment security. Find selected top products from Mitsubishi Electric here at eibabo in the online catalog and convince yourself of the high-quality innovative products from Mitsubishi Electric Europe.

Found in shop categories: 9

Frequency converter = - Do you have an AC motor and want to control its speed? Then the use of a frequency converter is an interesting product for you. A frequency converter is always used when you need permanent speed control on a machine. This can be, for example, pumps or compressors, but also fans, mixers or mills with electric motors. A frequency converter converts the fixed mains voltage into a variable voltage. This enables not only operation of the motor at a constant speed, but also acceleration and deceleration. In this way, the speed of a machine can be adapted to the current work requirements, energy can be saved if necessary, or production processes can be varied over time.Use the high-quality frequency converters from the eibabo® shop, protect materials with speed control and thereby extend the service life of your machines. Manufacturers of high quality goods are ABB, Eaton, KEB Automation, Maico, Mitsubishi, Omron, Rockwell, Schneider Electric and Siemens.What is electrical frequency?In order to explain electrical frequency and to be able to deduce the function of a frequency converter, we must first look at the basics of electricity generation. There is direct current and alternating current. Direct current always flows in one direction. Alternating current periodically changes direction. This change is represented in a diagram in the form of a sine wave, which is alternately in the positive and negative area of the zero point. Accordingly, an alternating voltage is also an oscillating electrical voltage.Already knew?The Danish company Danfoss was the first company to start series production of frequency converters. This was in 1968.The AC frequency describes the number of cycles in this sine wave per second and corresponds to the number of changes in direction. This is given in Hertz (Hz). 1 Hertz corresponds to a complete cycle from the zero point to the positive range, to the negative range and back to the zero point. The more cycles per second occur, the higher the frequency. The usual mains electricity in Germany and Europe has a fixed frequency of 50 Hertz.How does a frequency converter cause a change in motor speed?The standard speed of an AC motor is tuned to a specific frequency. This is based on the structure of the respective motor. A constant magnetic field with stationary poles prevails between two field magnets. Within this magnetic field is a rotating, also magnetic 'anchor' with two poles. If alternating current is passed through the armature, its polarization changes in time with the alternating current. With a mains frequency of 50 Hz, this happens 50 times per second. Accordingly, the attractive and repulsive forces between the field magnet and the armature change direction 50 times. Once set in motion, this alternation ensures a certain rotational movement of the armature and speed of the motor. Each change in frequency therefore also causes a proportional change in motor speed. The frequency converter is responsible for changing the frequency.The advantages are:infinitely variable control of the desired nominal speedReach very high and very low speedsdirect switching of the direction of rotation Picture: Schneider Electric ATV320U22N4C frequency converterWhat are the reasons for a change in engine speed?An almost constant frequency is applied to the classic AC network and therefore only one speed is available to you. The frequency converter regulates the frequency and voltage of the power supplied to the motor. That is why this device is often also called a speed controller. There are many reasons why the engine speed needs to be adjusted:to save energy and increase efficiencyto optimize the flow of manufacturing processesto protect material and extend the service life of machinesto meet the requirements of processing various materialsto adjust the torque / power of a driveto lower the noise levelto reduce peak loads Modern frequency converters have network and diagnostic functions. This makes it possible to integrate the devices into the control system of a plant and to monitor and optimize all processes.Where are frequency converters used?Frequency converters are used in numerous industries and applications. These devices are mainly found in compressor, pump and fan drives. But the speed of conveyor belts, production lines or cranes can also be controlled with frequency converters. An adapted or infinitely variable speed enables energy-efficient and optimized production processes.What should be considered when buying a frequency converter?The correct selection of the frequency converter is crucial for the optimal operation of the corresponding devices. Before selecting the drive, determine the number of input phases. Will the device be three phase or single phase? Will the device handle resistive loads, inductive loads, capacitive loads, or mixed loads? The individual loads cause different inrush currents when starting. Please consider this. Before you buy, find out about:the requirements of the operating environmentthe starting torquethe load torque characteristicsthe speed control range and the static speed accuracy  TIP:You are very flexible with regard to the location. Frequency converters are available for installation in the control cabinet, for wall mounting and for decentralized field use. Since a certain level of expertise is required to evaluate these properties, we recommend consulting an experienced electrician.  Catalogue content:In this eibabo® catalogue Low-voltage industrial components > Frequency converter =< 1 kV you will find items from the following product groups:Item overview:Built-in converterConverter unitDrive amplifierEngine controlEngine outputFan controlFan speed controllerFrequency controllerFrequency converterMotor controllerPump converterServo amplifierServo converterServo driveSpeed controllerSpeed settingVariable speed starterfrom the following manufacturers:Manufacturer overview catalogue Frequency converter =
Base unit - In industrial technology, automated processes are no longer possible without programmable logic controllers. If you would also like to set up automated processes, the following article will give you a brief overview of this modern technology. At eibabo® you get a variety of:Basic devices for PLC controls, for Alpha XL and Siemens Logo!Basic devices and CPU compact devicesCPU central assemblies and fieldbus controllersInline controllers and control units Today, these devices are used in all industries, both in large and small automation systems.What are Programmable Logic Controllers (PLC)?A controller in automated systems carries out the control of physical processes in accordance with an underlying algorithm. For this purpose, it uses information received from sensors and output to end devices. Every automatic device has a control controller - a module that determines the logic of the device.What are programmable logic controllers (PLCs)?Programmable logic controllers (PLCs) are real-time devices for automating technological processes. The PLC is programmed digitally and can therefore be easily adapted to the requirements of a specific process. With the increasing demands on modern machines and production processes, PLC automation solutions have become indispensable in everyday industrial production. The main areas of application of the PLC are in their long-term use without the need for human intervention. PLCs are generally used to control sequential processes. The status of an object is determined by means of input signals and output parameters and corresponding control actions are carried out.The History of Programmable Logic Controllers (PLC)Before programmable logic controllers emerged in modern form, their development began with comparatively simple ladder logic in the middle of the last century. With the advent of microprocessor technology towards the end of the 1960s, industrial automation processes were also directly influenced. Digital circuits developed, which have since been used in automatic control systems.In 1968, a group of engineers at General Motors were tasked with making easily programmable industrial controllers. These should be easy to maintain and repair. A modular design should also make it possible to replace the installed modules or add new modules. The world's first programmable logic controller was called 'Modicon 084' and was presented in 1969. The device weighed about a hundredweight and consisted of a cabinet with a number of modules whose storage capacity was just 4 kilobytes. Already knewThe invention of the first PLC is credited to American engineers Richard E. Morley and Odo J. Struger. In 1970, the world's first automated control system based on this controller was presented at the Chicago Machine Tool Show.Where are basic PLC devices used?Programmable logic controllers offer a simple and cost-effective solution for many automation tasks and are the ideal solution for the individual control of a wide variety of applications, machines, systems and processes or for digital power control. With any automation-based control system, the focus is on achieving the desired result efficiently and reliably. As part of process automation, they control robotic arms in the automotive industry, complex conveyor technology or processes in nuclear energy, transport and traffic.How is a basic PLC device constructed?A basic device for the programmable logic controller typically consists of the following components:Inputs for signal acquisition ? the device monitors the current status of the system via connected buttons, thermometers, tachometers or sensorsOutputs for signaling ? the devices of a system are connected here, with which the PLC executes a processSoftware ? the user program that is used to determine the switching of outputs depending on the activation of the inputsCommunication interface - this is used to connect the PLC to other systems The base unit also requires its own power supply and contains a processor and the internal bus.Mitsubishi AL2-24MR-A #215074 basic unitHow does a basic PLC device work?A programmable logic controller is a device that collects, converts, processes and stores information and generates control commands. Data is exchanged via inputs and outputs on the device. In this way, sensors, buttons, actuators and other devices can be connected to the control object. It is therefore a small computer, controlled by a microprocessor with its own operating system. This is adapted to the needs of solving automation problems in real time and works with the shortest possible response time. The PLC receives the signals from the controlled process via the inputs in the form of:On/off states - for example position detection by limit switches or proximity switchescontinuous analog signals - these include temperatures, pressure, speeds, levels and so on The devices that run the automated process are connected to the output side. These in turn receive the signals from the basic device in the form of:On/off control signals - for example for an electromagnetic relay, a motor contactor, a signal lamp and so oncontinuous analog control signals - for example to open or close valves or to adjust engine speeds The processor is located between the inputs and outputs. This is also called the Central Processing Unit (CPU) and controls the output signals based on the data of the input signals. Individual programming (using software for parameterization) can be used to determine how the PLC reacts to the input signals or their changes. This information is stored in the basic device. There is usually a separate interface on the device for this purpose. Another option is to connect the base unit to a network. Then communication within the framework of the network hierarchy with other peripheral devices and systems is possible.What advantages does a PLC have over a classic relay circuit?Over time, PLCs have adapted to the specific needs of the industrial environment. PLC functions have a number of advantages. Due to their flexibility, they can be used in a wide variety of industries. In addition to the possibility of remotely controlling a PLC, the greatest advantages lie in the ability to communicate and the individual programmability of the functional logic. The settings can be changed at any time without affecting the operation of the device itself. A PLC can usually be installed directly on a production machine.How do I choose the right basic PLC device?A large number of factors must be considered and evaluated when making the selection. By combining the technological requirements for a specific automation object with a comparison of modern programmable logic controllers, you can make the right decision. The selection of the right PLC depends, among other things, on the following criteria:system requirementsThe system requirements describe the task that the PLC should fulfil. Define the goals to be achieved and break them down into several simple and understandable steps. Determine the type of input devices and output devices to be connected to the PLC and their respective functions. Would you like to implement further special functions? How many inputs and outputs are required on the basic device? How much storage is required? What are your processor speed requirements?serviceMost PLCs are initially programmed with a computer. This is then no longer required to operate the PLC itself. Therefore, consider whether you want a PLC with an integrated display and touch panel. It can be enough to read the values and manage the system via the existing IT infrastructure.communicationIs the data exchanged with other devices outside of the actual process? Is the device part of a network?conditions of useIs the PLC exposed to special operating conditions that affect the properties and function or have an impact on reliability and maintenance intervals?electrical needsWhat are your power requirements for the individual inputs and outputs and for the PLC itself?operating speedThe speed of operation is responsible for the security and flow of 'time-critical' operations.Manufacturers of high-quality basic devices for the PLC include: Mitsubishi Electric, Pilz, Siemens, WAGO Kontakttechnik or Phoenix Contact.  Catalogue content:In this eibabo® catalogue PLC's > PLC CPU-module you will find items from the following product groups:Item overview:Bus controllerBus couplerBus participantsCommunicationControl accessoriesControl relayController boardControllersDecentralizedEADecentralizedIOExpansion moduleFieldbus componentFieldbus controllerFieldbus couplerFieldbus moduleFieldbus technologyGroup carrierHead stationInterbus tapInterfaceLogic moduleMain group carrierModular controlRectangular connectorRectangular plugRoom automationRoom controllerShip approvalfrom the following manufacturers:Manufacturer overview catalogue Base unit:ABBEatonMitsubishiOmronPhoenixPilzSchneider ElectricSiemensStahlThebenWAGOWeidmüller
Transfer module - Transfer modules are components of the electrical installation. They represent a safe and maintenance-free connection for the flexible wiring of signals and thus take over the transmission and distribution of signals within the field and control level. The signals are converted from standardized plug connections to terminal connections. Transfer modules therefore offer the advantage of quick installation and commissioning, efficient inspection and troubleshooting thanks to clear wiring, maintenance-free connections of the signal lines and efficient use of space in the meter cabinet thanks to a high packing density. In the eibabo online shop you can get high-quality transfer modules from well-known manufacturers such as Weidmüller, Wago, Siemens, Schneider-Electric, Phoenix and Mitsubishi. Depending on the type and model, the structure of the module and the number of poles are different. Simply select the right component for your application.Catalogue content:In this eibabo® catalogue pLC's > interface module you will find items from the following product groups:Item overview:Board connectorConnecting bridgeConnection moduleConnectorControl accessoriesCoupling relayFastenerHeaderInterface moduleLogic building blocksMounting basePlug-in card blockPlug-in card holderPlug-in terminalPotential distributorPower stripRelay couplerRelay moduleScrew socketScrew terminal blockScrew terminal socketSnap footSystem wiringTerminal blockTransfer adapterTransfer blocksTransfer elementTransfer modulefrom the following manufacturers:Manufacturer overview catalogue Transfer module:MitsubishiPhoenixSchneider ElectricSiemensWAGOWeidmüllerWisi
Alarm control panel - Would you like to control and regulate as many functions of your KNX building automation as possible from a central location? Then take a look at our multifunctional alarm control panels. With these convenient control centers, you always have an overview of all the comfort settings, automatisms and security-related parameters integrated in the building network. Read more about the use and function of these devices below.Image: Busch Jaeger 8136/12-811 KNX Comfort PanelWhat is the KNX protocol?In order to be able to understand the full potential of the alarm control panels, you must first know the KNX standard and its possibilities.There is a growing desire for more convenience and versatility in managing the heating, lighting and security of a home or office building. At the same time, the efficient use of energy is becoming increasingly important. People want a comfortable, environmentally friendly and safe environment to live and work in. And this is where automation can make a valuable contribution. More comfort, greater security and at the same time lower power consumption can only be achieved with intelligent controls for all devices involved. However, this is fundamentally a problem, since when implementing such a system, numerous different sensors and actuators must be controlled using different command devices. Furthermore, the large number of cabling means increased construction work and more effort during installation for planners, as well as higher costs for the user. Simplification would require a system that eliminates the problems of isolated devices. And that is KNX. KNX ensures that all components communicate in a common language. It doesn't matter what kind of device you want to use. The functions can be individually adapted to your needs and include, for example:lighting and blindsSecurity systems, alarm and surveillance systemsEnergy management, heating, ventilation, air conditioningremote controlsAudio and video controlsInterfaces to systems for building maintenance and building management All these functions work with the KNX fieldbus for building automation via a single system. All components interact with each other and create a dynamic building control system. With over 500 KNX-compliant manufacturers, flexibility and choice are huge. KNX is thus the global standard for intelligent building control and ensures full compatibility between manufacturers and related products. The KNX system can be used in almost any building or open space - from a small house to a large shopping center or industrial complex.What are KNX annunciator control panels?A KNX annunciator panel and control panel are usually highly complex, room-spanning control devices, infotainment interfaces and entertainment centers. With these devices, the complete control of a KNX building automation can be implemented at a central point.Which controls are possible with alarm control panels?There are countless equipment details for complex, logical functions. These include, among others:switching and dimmingBlind controls and automatisms for shadingroom temperature controlsCentral functions and scene controlsMultimedia, IP telephony, RSS reader, intercom with image, e-mail, voice memo and graphic memoMonitoring of consumption dataDoor communication with integrated camera and proximity sensorVideo surveillance with alarm and reporting function Everything is now possible. More and more KNX manufacturers are also offering direct interfaces to other home automation systems. These include Bang & Olufsen (B&O), Philips, Siemens Logo, Siemens SPS, CoDeSys, Beckhoff, Omron, Mitsubishi and many other systems. The menu structures of the KNX signaling control panels are partly already implemented or completely freely parameterizable.What should I look out for when buying a KNX annunciator control panel?The requirements for operating your building automation can be quite different. Depending on the type and complexity of your system, a simple device may be sufficient or a complex device may be required.Saving TIPIf it is 'only' about basic functions such as dimming, setting blinds or controlling the heating, we recommend our high-quality KNX push-button sensors. These can also be parameterized individually, look smart and are significantly cheaper to buy.This results in some purchase criteria that you can consider when making your choice:What is my budget?Do I need a complex annunciator control panel at all or can I achieve the same result with alternative devices (e.g. a push button sensor)?Which functions do I want to map?What color and design do I like (glass, stainless steel, plastic)?How should it be operated (keys, touch)?Should the bus coupling be integrated?What other interfaces are required?Where and how is the device installed (surface-mounted, flush-mounted)?Do I only need the control element or also mounting material and frame?Should a possible display be in color or is a monochrome variant sufficient?Is a special degree of protection necessary (e.g. for outdoor installation)?and more What should be considered during installation and integration into the home network?The devices are very complex. You should therefore note that commissioning can also be very time-consuming. Integration into a network via KNX IP router (routing & tunneling protocol) or KNX IP interface (tunneling protocol) is often necessary for full functional use, depending on the required protocol. Therefore, please ensure that you also lay a network cable in addition to a 230V AC power supply and the KNX bus cable. designeibabo® offers versions in high-quality stainless steel or with the finest capacitive glass surfaces as well as individual frame designs. This makes these all-rounders an eye-catcher in every multimedia KNX smart home. In this eibabo® catalog you will find high-quality KNX panels, KNX comfort panels, design frames, KNX touch panels, KNX control panels, KNX mini panels, KNX smart panels, KNX glass color displays, KNX LED displays and many other devices for controlling your Attachment. The leading manufacturers are ABB, Berker, Busch-Jaeger, Eaton, Elsner-Electronics, Hager, Issendorf, Jung, Legrand, MDT, Merten, Peha, Pro-face, Siemens and Warema.  Catalogue content:In this eibabo® catalogue Installation bus systems > Signalling and operation panel for bus system you will find items from the following product groups:Item overview:Annunciator panelColor displayComfort PanelControl panelCover frameDisplayDisplay controlDisplay deviceDisplay unitFlush-mounted boxFrameMinitableauMultifunction deviceOperating unitRadio controlRemote controlRoom managerSmartphone operationStatus indicatorTactile screenTouch computerTouch displayTouch panelTouch screenVisualizationVisuControlfrom the following manufacturers:Manufacturer overview catalogue Alarm control panel:ABBBerkerBusch JaegerEatonElsnerfrogblue AGHagerIssendorffJungMDTMertenPro-faceSchneider ElectricSiemens
Communication module - With the communication modules for programmable logic controllers (PLC) offered by eibabo you connect your PLC installation with other systems, such as the EIB / KNX bus system or other automation systems. You will find a variety of communication modules for PLC control systems, modules for Alpha XL and Siemens logo !, basic devices and compact devices for communication as well a interface modules, communication processors and interface adapters. Manufacturers for which you can buy basic units for PLC controls at eibabo include: Mitsubishi Electric, Pilz, Siemens, WAGO Kontakttechnik or Phoenix Contact. Communication modules are an important component in the modular system of PLCs. Programmable logic controllers, PLC?s, are electronically operating devices, which are used for control and regulation functions in the automation technology. In automation technology, processes are monitored, controlled and regulated. Due to its modular structure, the controller (PLC) also has, besides input and output interfaces (signal inputs and outputs), communication modules and interfaces to other systems. Simply choose from our offer of communication modules the device that fits your planned or existing PLC.Catalogue content:In this eibabo® catalogue PLC's > PLC communication module you will find items from the following product groups:Item overview:Bus interfaceCentral extensionCompany specific busController boardDecentralised peripheryDecentralized ExtensionExpansion moduleExpansion rackExtension moduleFiber optic interfaceFO interfaceInterfaceInterface interfaceMaster slavePLC communication modulePLC communication modulesProfibus interfacePtPRS BUSRS232 interfaceRS422 interfaceRS485 interfaceSafety device PLC communication moduleSafety-related PLC - communication moduleSafety-related PLC communication moduleSerial interfaceV.24 interfaceV24 interfacefrom the following manufacturers:Manufacturer overview catalogue Communication module:ABBABNEatonGewissMitsubishiPhoenixRockwellSchneider ElectricSiemensWAGO
Slot plc-pc control - In this eibabo® catalogue PLC's > Slot PLC (PC-based controls) you will find items from the following product groups:Item overview:ControlController boardEmbedded controlEmbedded PLCISA plug-in cardPC connectionPC-based automationPC-based controlPCI plug-in cardPLC runtimePlug-in cardSlot PLCSlot PLC (PC-based controls)Steeringfrom the following manufacturers:Manufacturer overview catalogue Slot plc-pc control:MitsubishiSchneider ElectricSiemens
Patch cable optical fiber industry - In this eibabo® catalogue Data and telecommunication > Patch cord fibre optic industry you will find items from the following product groups:Item overview:Adapter cableConnecting cableConnecting cordConnecting pipeConnection cableE2000 compact patch cordE2000 patch cordESCON patch cordExtension circuitExtension cordFC patch cordFDDI patch cordFiber optic patch cordFiber optic patch cord industryLC duplex patch cordLC patch cordMT-RJ patch cordMT/MPO patch cordPatch cablePatch cordPatch cord fiber optic industryPatch cord fibre optic industryPC cablePC-cableSC duplex patch cordSC patch cordST patch cordVF-45 patch cordfrom the following manufacturers:Manufacturer overview catalogue Patch cable optical fiber industry:MitsubishiPhoenixSiemens
El. motor control - protect. device - You have certainly heard of an engine control unit. They were on everyone's lips when their manipulation influenced the exhaust emissions from diesel engines and as a result the required limit values for the permitted pollutant emissions could be achieved. But engine control units are not only used for the engines in vehicles. Electric motors that move shading, roller blinds and blinds, for example, are also equipped with an upstream motor control unit. Depending on the model and area of application, they are programmed accordingly in order to be able to intelligently control various types of sun protection products in conjunction with the central control unit and the necessary operating elements of a system. Since we at the eibabo online shop are among the specialists for modern and intelligent building control with over 20 years of worldwide experience, we offer you a selected and extensive range of high-quality items for the production of individual smart home installations.Catalogue content:In this eibabo® catalogue Low-voltage industrial components > Motor management device you will find items from the following product groups:Item overview:Acquisition moduleBusbar converterCurrent detectionCurrent measurement moduleElectronic engine control and protection deviceElectronic engine control unitElectronic motor control and protection deviceElectronic motor protection deviceEngine controlEngine control unitEngine managementEngine management deviceEngine management systemEngine protectionEngine protection/engine control unitFull engine protectionMotor management deviceMultiple controllerPlug-in current transformerPower offProtective current transformerReversing relaySafety current transformerShutter actuatorShutter controlSun protection controlThrough-hole current transformerVoltage measurement modulefrom the following manufacturers:Manufacturer overview catalogue El. motor control - protect. device:MitsubishiPhoenixRittalSchalkSiemensSomfyWarema
Simulation module - In this eibabo® catalogue PLC's > PLC simulation module you will find items from the following product groups:Item overview:Accessories for PLCAnalog input simulatorAnalog output simulatorControl relayDigital input simulatorDigital output simulatorEntrance simulatorExit simulatorInput simulator for PLCPlaceholder assemblyPLC input simulatorPLC simulation moduleProcess simulationReservation assemblyReserve assemblySimulation assemblySimulatorTeaching aidsTraining materialfrom the following manufacturers:Manufacturer overview catalogue Simulation module:EatonMitsubishiSiemens
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Mitsubishi - AL2-24MR-D #215075 - Alpha XL basic device 24VDC 15I/9O - Compact PLC CPU-module PLC-CPU-module AL2-24MR-D #215075
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Mitsubishi - FR-D720S-042SC-EC - Frequency converter 0.75kW 4.2A 200-240V FR-D720S-042SC-EC
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Mitsubishi - FR-D740-160SC-EC - Frequency converter 7.5kW 16A 3x380-480V FR-D740-160SC-EC
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Mitsubishi - FR-D720S-025SC-EC - Frequency converter 0.4kW 2.5A 200-240V FR-D720S-025SC-EC
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Mitsubishi - FR-D740-050SC-EC - Frequency converter 2.2kW 5A 3x380-480V FR-D740-050SC-EC
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Mitsubishi - FR-D740-036SC-EC - Frequency converter 1.5kW 3.6A 3x480V FR-D740-036SC-EC
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Mitsubishi - A6BAT - Backup battery - Battery/accumulator for controls A6BAT
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Mitsubishi - FR-E740-095SC-EC - Frequency converter 380...480V 3,7kW FR-E740-095SC-EC
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Mitsubishi - FR-E740-060SC-EC - Frequency converter 380...480V 2,2kW FR-E740-060SC-EC
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Mitsubishi - FR-D740-012SC-EC - Frequency converter 0.4kW 1.2A 3x380-480 FR-D740-012SC-EC
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Mitsubishi - FR-D740-022SC-EC - Frequency converter 0.75kW 2.2A 3x480V FR-D740-022SC-EC
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Frequency converter 0.75kW 2.2A 3x480V
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Mitsubishi - FR-D720S-014SC-EC - Frequency converter 0.2kW 1.4A 200-240V FR-D720S-014SC-EC
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