The following 3742 products have been found matching your search "Industrieuhr":

Item/s (3742)

Categories | Others (10)

Found in manufacturer pages: 5

Ziehl - The eibabo® technology store is a competent sales partner for the products of the Ziehl industrie-elektronik GmbH & Co. KG., a company for innovative measurement, control and regulation electronics. The company therefore deals with all facets of automation in industrial plant construction in order to make technical processes in machines and plants or during production processes faster, more efficient and more precise. Experience, competence and the claim to develop intelligent solutions lie on the one hand in the history of the company, which was founded in 1967 by Uwe Ziehl, and on the other hand in the Ziehl family itself. Two generations earlier, in 1910, the Ziehl-Abegg Electricity -Gesellschaft mbH founded by Emil Ziehl. It is a manufacturer of fans for ventilation and air conditioning technology as well as drive motors for elevators. However, the two companies are not legally linked. The Ziehl industrie-elektronik GmbH & Co. KG employs more than 50 people at the company location in Schwäbisch Hall and sees itself as a trendsetter when it comes to industrial plants, companies, private homes or rental properties with modern and reliable measurement, control and regulation technology for every requirement equip. Sustainability, energy efficiency and maximum cost-effectiveness play a decisive role in the development of the products. In accordance with the company's own philosophy, the range bears the title "Made in Germany". The offer is divided into the product groups: temperature monitoring devices, network monitoring, digital measuring devices, switching relays and controls as well as measuring transducers. The eibabo® shops from eibmarkt® sell, among other things, voltage and frequency relays, instrument transformers and energy flow relays from the Ziehl brand.
Wieland - It was 1910, more than 110 years ago, when the 'Elektrische Industrie Fritz Wieland' company started production. Initially, signaling devices for measuring power losses and junction boxes were manufactured. With the invention of a divisible slotted terminal, Fritz Wieland helped his company achieve a breakthrough. The component that became known as the Wieland clamp proved to be of particularly high quality and was the first safe electrical cable clamp connection that has proven itself a million times over. But it didn't stay with the terminal and the company grew into an internationally active solution provider and market leader for pluggable electrical installations in building technology and into a provider for safety and automation technology. The independent subsidiaries Wieland Electric and STOCKO Contact operate under the Wieland Holding umbrella. With a market share of 80 percent, Wieland Electric, for example, is the market leader in pluggable building installations with its gesis system. The company's product range now includes over 20,000 different components for automation technology and building installation. This means that the company and its products fit very well into the range of eibabo® shops from eibmarkt®. The areas of application of the components can be found in industry as well as in building and lighting technology, in wind turbines or in network communication with IIoT in machines. The company's headquarters are in Bamberg. However, with its numerous branches, Wieland feels at home in all markets worldwide. Despite a strong international orientation, the majority of the products are still manufactured in Bamberg. Further production facilities were set up in Canada, the Czech Republic and Serbia. As a well-known online mail order company, the eibabo® technology store sells, among other things, installation terminals, plug parts, feed-through terminals, socket parts, monitoring devices, fuse terminals, terminal blocks, connectors, protective conductor terminals, isolating terminals and numerous other products from the Wieland range.
Devi - DEVI stands for Dansk El-Varme Industri and was founded in 1942 in Copenhagen, Denmark. However, the head office is now in Vejle. The company produces high-quality electric heating solutions that create a comfortable living environment. In the beginning, DEVI manufactured heating elements for industrial purposes. Later the focus was on the development of electrical heating cables. DEVI is currently the leading brand for electric heating in Europe. There are subsidiaries in Germany, Sweden and Norway, as well as in some countries of the former Eastern bloc. Outside Europe, the company is represented in Canada, China and South Africa, among others. Since 2003 it has been part of the Danfoss Group, Denmark's largest industrial company. Danfoss is one of the world's leading heating, cooling and air conditioning companies. This merger made it possible to open up new markets and use the Danfoss sales structures that were already established worldwide. About 90% of DEVI products are manufactured in the European Union. The company is particularly proud that its heating solutions now provide comfort in millions of single-family homes, hotels, offices and industrial facilities from Norway to New Zealand. However, the area of application of the products is not limited to the interior. Solutions are also developed for outdoor use, for example as protection against black ice in house entrances or driveways. DEVI offers a product guarantee of up to 20 years. This is a service that undoubtedly stands for the high quality of the products. You are therefore always on the safe side by purchasing these products here in the eibabo® technology store. The numerous items that our efficient logistics center always has in stock include room thermostats, humidity sensors, heating cable and heating mat sets for thin-bed installation, actuators, clock thermostats, timers, heating tapes, line sensors, floor sensors and gutter heaters. The eibabo® shops from eibmarkt® offer many secure payment methods and worldwide shipping.

Found in shop categories: 5

Dc power supply - Are you looking for a reliable DC power supply within your electrical installation? But you need more information to be able to decide on a specific device? In the following article we clarify frequently asked questions and support you in choosing the right device. At eibabo® we list a large number of switching devices for low voltage. This allows you to implement a DC power supply that can be used in electrical distribution installations in low-voltage networks.What is a DC power supply?Devices for the direct current supply supply the consumers connected to your electrical distribution system (fuse box or distribution cabinet) with low voltage. The scope of performance of the devices we offer ranges from under 5V to 12V, 24V, 48V to 54V.Good to knowWhen electric current flows, charge carriers move. If the voltage has the same polarity continuously, the direction of movement of electrons and protons is also constant and it is direct current. If the polarity changes periodically, the direction of movement of the charge carriers also changes. Then there is alternating current.Most of the devices are mounted on the DIN rail in the control cabinet. In home automation and building technology, flush-mounted power supplies are also increasingly being used, which you can install directly in flush-mounted boxes (deep switch boxes). Discover a large selection of high-quality DC power supply products with us. These include, for exampleDC/DC converterCompact power supplies, power supplies and power packsSwitching power supplies and switching power supplies (for mounting on DIN rails, for surface mounting, for flush mounting and for fixed installations)as well as primary switching regulators, transformer rectifiers and wide-range switching power supplies What are DC/DC converters?DC/DC converters are used wherever one direct voltage has to be converted into another. In other words, DC/DC converters convert the power of a direct current (DC) source from one voltage level to another. In this case, the input energy is temporarily stored and then delivered to the output with a different voltage. The output voltage can be either higher or lower than the input voltage. Electrical energy is stored either in magnetic field storage components (such as a transformer) or in electric field storage components (such as a capacitor). The devices will not work with AC power sources. Good to know:The devices for direct current supply are characterized by a very favorable price-performance ratio and a high level of efficiency. Considering efficiency is important because there are power losses when converting between different voltage levels. Depending on the voltage, current and type of DC/DC converter, the efficiency varies from 75% to 95% or more.What are DC power supplies?In contrast to DC/DC converters, DC power supplies are supplied with AC voltage and provide a specific DC output voltage. The devices are available with different performance data, among other things in order to meet the sometimes different mains voltages in many regions of the world. On the other hand, the various electronic components in an installation require different voltages to achieve their highest efficiency values. In addition to direct current power supplies, which supply a fixed constant voltage, you will also find power supplies with dual outputs or multiple outputs at eibabo. Each output can have a different constant voltage. You are thus able to supply several loads with different operating voltages from one power pack.Power supply or power supply?A power supply is usually a compact device that usually supplies a fixed voltage. A power supply unit, on the other hand, is more complex and expensive. This means that several voltages can often be set variably.In Europe, 12V and 24V power supplies are the most common. Our range of products covers the power range from below 5V to 54V. The spectrum ranges from small, narrow, efficient power supplies to very powerful DC power supplies, converters and complex power supplies.What is the difference between a transformer, a transformer rectifier and a switching power supply?A transformer is a component consisting of coils, copper wire and an iron core. Typically, a transformer increases or decreases electrical voltages. Incoming AC voltage is converted into outgoing AC voltage in a certain ratio. The device does not transform AC voltage into DC voltage. A transformer always uses AC voltage, while a power supply unit uses DC voltage.A transformer rectifier is something like the predecessor of the switching power supply and is only used occasionally today. The device generates DC voltage from AC voltage. With an internal transformer, this device also increases or decreases incoming AC power. The AC voltage is rectified by means of a bridge circuit and then smoothed by a capacitor. A built-in linear regulator on some models ensures that the output voltage is kept at a constant level. These devices are called regulated power supplies, while models without a linear regulator are called unregulated power supplies. A capacitor for short-term damping of voltage peaks is also not installed in all models. The direct current can be taken from the device output. A major disadvantage of these devices is the relatively high permanent power consumption, even when no consumer is connected.The switching power supply is the further development of the transformer rectifier. Here, too, an AC voltage is converted into a larger or smaller AC voltage by a transformer. For safety reasons, the primary circuit (e.g. with 230V mains voltage) is galvanically isolated from the secondary circuit (e.g. with 12V). A bridge rectifier now generates the required direct current, which is also smoothed here by a capacitor.Image: Eltako SNT12-230V/24VDC-1A switching power supplyWhat are wide range power supplies?Power supplies with a 'wide range' on the input side can be operated with different nominal voltages. These devices do not have to be adjusted manually or automatically to the nominal voltage applied.Which devices for DC power supply are recommended?When purchasing a DC power supply, make sure the device meets your requirements for the intended use. Recommended devices for DC power supply are characterized by:a high quality finisha very good efficiencya high energy efficiency You will find the information on efficiency and all other technical specifications in the data sheets as well as in the product description of the respective devices. Here in the shop you only get devices from top manufacturers. These include Eaton, Eltako, Jung, MDT, Phoenix, Omron, Merten, Siemens and many other well-known manufacturers. To make your selection easier, the items in this catalog are pre-sorted according to relevance. You are welcome to filter according to further technical properties. Please use the detailed search for this.  Catalogue content:In this eibabo® catalogue Low-voltage industrial components > DC-power supply you will find items from the following product groups:Item overview:Blind controlCentral supplyCompact power supplyConstant currentConstant voltage sourceDC power supplyEnergy managementEnergy monitoringHome automationHome controlLoad monitoring deviceMains rectifierPower adapterPower converterPower guardPower modulePower monitoring relayPower relayPower suppliesPower supply moduleSecurity of supplySupply deviceSwitching power supplySystem devicesVideo network deviceVoltage moduleVoltage regulatorWide voltagefrom the following manufacturers:Manufacturer overview catalogue Dc power supply:ABBanzadoAssa Abloy effeffBlockEatonEltakoEmtronFinderHagerHeitecHekatronHirschmannIfm ElectronicIndexaJumoJungKonzeptLEG Industrie-Elekt.Legrand BticinoLeuzeMean WellMertenMicrosensMurrelektroniknVent ThermalOligoOmronPepperl + FuchsPhoenixPulsRiedelRockwellRutenbeckSBA-TrafoTechSchneider ElectricSiemensSomfySpectraStahlThebenTrafo-Technik-HoppeckeTurckWAGOWantecWeidmüllerWielandWindowMaster
Accessories measuring device - The use of measuring devices is important and ensures the correct functioning of electrical systems. But measuring devices alone are often not enough to carry out certain work. That's why we offer you numerous accessories here in the eibabo online shop that you can use when you want to take measurements on your electrical installations. Our product range includes, for example, three-phase adapters, clamps, clamp and test probes, test adapters, data interfaces, alligator clips, counters and many other things. As a large specialist dealer for electrical installations, we naturally also carry the right measuring devices for your applications. Become a satisfied customer of our eibabo technology store and benefit from more than 20 years of experience. Secure payment methods, extensive buyer protection and worldwide shipping distinguish us.Catalogue content:In this eibabo® catalogue Measuring instruments and tester > Accessories for measuring instrument you will find items from the following product groups:Item overview:Accessories for measuring and testing instrument electroAccessories for measuring instrumentAccessories for test and measurement instruments (electrical)AccuAlligator clipBanana busBattery (rechargeable)Carrier bagCleaning materialConnecting cordConnection cableConnectorCrocodile clipDocumentationExtension rodImprintable labelInterface moduleLighting clipMains power supplyMeasuring conductorMeasuring conductor connectionMounting materialProtective bagScreen protector foilSpare fuseSuspensionTesting cableTripodfrom the following manufacturers:Manufacturer overview catalogue Accessories measuring device:ABBBaumerBenningChauvinDEHNEndress + HauserFlukeFluke NetworksGMC-I MesstechnikGossen MetrawattGrotheHTIdealIDEAL INDUSTR.IntecKlaukeKreilingKurthLingg & JankeMetzPhoenixSiemensSKSSofting ITStäubliSt?ubliTelegärtnerTelevesTestoTriaxWAGO
Accessories frequency controller - The eibabo online shop is your large specialist store for electrical installations and offers you numerous products that you can use to control and regulate electrically operated devices. It also includes frequency controllers that manipulate the incoming AC frequency to suit the needs and requirements of the operation and control of electromechanical equipment connected to them. Individual installations can be implemented using a wide range of high-quality accessories, which are also available here in the eibabo online shop. With over 20 years of experience in worldwide online mail order, we are your reliable partner in all areas of modern electrical engineering and smart home building automation. Convince yourself. Our company and our service is rated with the highest level of customer satisfaction.Catalogue content:In this eibabo® catalogue Low-voltage industrial components > Accessories for frequency controller you will find items from the following product groups:Item overview:Accessories for frequency controllerAccessories/spare parts for frequency controllerApplication softwareBreaking resistanceBreaking unitCableCap for breaking resistanceCap for EMV-filterCommunication moduleControl panelCoverEncoder input moduleExtension moduleFilterFlangeI/O extensionInput extensionMounting frameMounting kitMounting setOutput extensionPotentiometerProtection hood connection terminalsReactance coilRelay moduleSoftware toolSpare parts for frequency controllerSplitterfrom the following manufacturers:Manufacturer overview catalogue Accessories frequency controller:ABBBauerEatonGöringHagerKEB AutomationKOSTAL IndustrieLenzeMitsubishiMurrelektronikRockwellSchneider ElectricSiemens
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
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