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Bircher - Opening and closing, as well as controlling, regulating and monitoring access is an important aspect of modern security measures. For their implementation using smart sensor technology, you will find suitable articles from the BBC Bircher Smart Access in the eibabo® shops from eibmarkt®. BBC Bircher Smart Access develops, produces and sells innovative sensor systems for smart access. It is one of seven subsidiaries of the Behr Bircher Cellpack BBC group of companies and thus covers the sensor technology area within the group. In order to secure the ever-increasing flow of people and vehicles around the world and to make access systems convenient and efficient, the company is constantly developing new solutions to master all challenges in trade, industry, health care or at municipal level. The company was founded by Max Bircher in 1957 and focused on the manufacture and sale of machines and small electrical controls. Shortly thereafter, electromechanical devices such as programmers and electronic time relays were added. Today, BBC Bircher Smart Access has grown into a leading provider of automation solutions, with an increasing focus on gate and door applications. Of course, the company sets the highest Swiss quality standards for itself and its products. They are developed and manufactured according to national and international standards and type examinations. Furthermore, customer-specific wishes and requests can be realized individually. In order to be able to maintain these standards, almost 200 expert employees work for the company. The certified safety, longevity and user-friendliness are the top priority. This makes the company here in the eibabo® technology store a suitable supplier of high-quality sensor electronics components.

Found in shop categories: 9

Monitoring emergency power - In this eibabo® catalogue Accessories for lighting > Test device for emergency power luminaires you will find items from the following product groups:Item overview:Annunciator panelCentral batteryCentral battery systemCentral battery systemsControl deviceInterface moduleMonitoring deviceMonitoring device for emergency power supply lightsMonitoring equipmentMonitoring unitMulti DigitSurveillance systemSurveillance systemsSwitchoverTest device for emergency power luminairesfrom the following manufacturers:Manufacturer overview catalogue Monitoring emergency power:CeagRP-TechnikRZBZumtobel

Monitoring system switch cab. - With the use of a control cabinet monitoring system, you always have an overview of the most important functions and statuses within your control center. The modern monitoring systems available in the eibabo online shop use their sensors to record the current temperatures and/or humidity and report this to the respective control system installed on your premises. Some models can also be used in potentially explosive areas, register vandalism and unauthorized access, or also have triangulation sensors or contact switches that control the door and thus monitor the correct locking of the control cabinet. If a complete climate and access monitoring of your control cabinet is important to you, you should not do without a high-quality control cabinet monitoring system from the eibabo technology store.Catalogue content:In this eibabo® catalogue Cabinet enclosures > Monitoring system (switchgear cabinet) you will find items from the following product groups:Item overview:AdapterAdapter for monitoring systemAdapter for surveillance systemCommunication moduleConnecting cableConnection cableControl deviceControl unitData centerExtension cableExtension cordInstallation kitInstallation kit for monitoring systemInstallation setInstallation set for monitoring systemJunction boxLeakage monitoringLevel guardMonitoringMonitoring system (control cabinet)Monitoring system (enclosure/cabinet)Monitoring system (switchgear cabinet)Pipeline ruptureSensorSensor cableSurveillance systemSystem monitoringTemperature sensorfrom the following manufacturers:Manufacturer overview catalogue Monitoring system switch cab.:MetzRittalSchneider ElectricSiemens

Sensor monitoring - There are numerous techniques and products for sensory monitoring of physical or chemical states such as temperature, pressure, brightness, humidity, pH values or currents, as well as for determining quantities, speeds, presences, directions and so on. Almost all engineering-based processes can be detected or monitored by sensors to increase overall safety, acquire information, and facilitate work or improve it in terms of accuracy and speed. You can find many of them here in your eibabo technology store. High-quality sensors of all kinds, relays, control devices, monitoring modules, signaling devices and security terminals are just a small part of our large range with which you can set up your sensory monitoring system.Catalogue content:In this eibabo® catalogue Installation bus systems > Sensor control for bus system you will find items from the following product groups:Item overview:Bus system sensor monitoringCommunication toolControl unitDetector/Contact/SensorEIBLight controlMotion detectorMotion sensorPresence detectorSecurity terminalSensor control for bus systemSensor relaySignalling group terminalWeather stationZone terminalfrom the following manufacturers:Manufacturer overview catalogue Sensor monitoring:ABBBusch JaegerEltakoHagerZumtobel

Graphic panel - The graphic panels offered in the eibabo technology store are visual output devices for monitoring and operating machines and systems. They are used, for example, in production, process or building automation and display the states to be monitored graphically on their screens or provide the operator of a system with numerical data. They have numerous interfaces and support the processing of a wide variety of data transmission protocols. Thus, the integration into the operating system of the corresponding system is possible flexibly. The devices are designed according to their areas of application, are robust and, depending on the model, have a touchscreen or additional control buttons. Your high-quality graphics and control panels will be delivered at short notice, well packaged and, of course, always insured.Catalogue content:In this eibabo® catalogue PLC's > Graphic panel you will find items from the following product groups:Item overview:Alarm displayControl elementControl panelDisplay and control unitDisplay panelDisplay unitFront installationGraphic panelGraphics operator panelGraphics panelMachine terminalObservation panelOperating unitOperator panelOperator terminalOutdoor areaProcess visualizationResistive touchScreenScreen recorderShip approvalTouch displayTouch operator panelTouch panelTouch screenWidescreenfrom the following manufacturers:Manufacturer overview catalogue Graphic panel:EatonMitsubishiPhoenixRockwellSchneider ElectricSiemens

Current monitoring device - If you would like to be in control of your electrical installation, then monitor your cables and wires for correct function and proper current flow. Especially if you want to minimize downtime or failures within production processes, you can counteract any problems early and effectively with a current monitoring relay. Learn more about the types and uses of power monitoring devices here. Use our help when making a purchase decision and choose from numerous quality products at top conditions here in your eibabo® shop.Analysis and EvidenceHigh-quality current monitoring devices are able to store errors that occur for later evaluation, to communicate with other components and, if necessary, to send out alarm signals.Devices of this type are typically installed in the control cabinet and use suitable relays to protect your system against undervoltage or overvoltage or against undercurrent or overcurrent.What types of surveillance devices are there?A monitoring device is a protective relay that is used to monitor various states of an electrical system. It is therefore an electrical switch which is triggered when certain specified parameters are exceeded. The device provides protection by shutting down the system in the event of an abnormal condition. A monitoring device (also called a control relay) typically consists of two main components: a sensing circuit for detecting condition and a trigger element. The detection element is used to determine the monitored parameters. The triggering element serves to trigger the switching process.Individual settings can often be made by the user with these devices. The protection parameters can thus be adapted to the requirements of the respective system. This is done using adjustment wheels and screws or, in the case of digital relays, using buttons and a display. Among other things, the following can be set:Delay ? to avoid false alarms due to sudden power surgesReset (manual or automatic) - used to reset the electrical system after a shiftRemote Reset - to remotely reset the electrical system after a shiftAlarm ? to trigger an alarm in the event of a trip Surveillance devices fall into different categories. These are based on the parameter being monitored. This can be voltage and current, but also filling levels or temperatures. The most common monitoring devices are:Voltage monitors - trip when the voltage in an electrical system exceeds and/or falls below a specified level.Phase monitors ? are used to monitor and protect against polarity reversal, phase failure and phase asymmetry. These constantly check the phase difference between two or more phases.Current monitors - protect equipment in an electrical system from overcurrent or undercurrent. Current monitoring relays trigger when the current exceeds or falls below a predetermined value.Frequency Monitors - Used primarily in Alternating Current (AC) systems where line frequency control is required. These relays are therefore used to protect against frequency anomalies.Temperature monitors ? primarily protect against overheating by constantly monitoring the temperature of the system and the devices that are being protected. Areas of application are predominantly industrial plants where extreme temperatures are a problem.Level monitors - are switches for level control in cisterns, tanks and other storage containers. These devices are used wherever liquid levels need to be monitored. Image: Pilz S1IM #828050 current monitoring relayThe different types of current monitorsCurrent monitors are important devices when it comes to protecting electrical systems. These help prevent damage to equipment and components by shutting off a circuit in the event of a fault. There are different types of electricity monitors. Each has its own advantages and areas of application. Depending on this, please select the right type to ensure proper protection.Primary and secondary power monitorsPrimary devices are mostly part of a circuit breaker and are mainly used in electrical networks with voltages up to 1000 volts. Secondary current monitors are connected to the circuit through a current transformer, which in turn is connected to the power supply. The current transformer reduces the current to a value suitable for the function of the monitoring device. Secondary current monitors are in turn divided into the following subspecies:Electromagnetic DevicesThe devices based on the principle of electromagnetism are the most common. These consist of a core with a copper winding and an armature with attached switch contacts. When the current is off, a spring keeps the armature away from the core. When a voltage is applied, a magnetic field builds up around the core. This attracts the armature and thus switches the connected contacts. The majority of electromagnetic devices are so-called polarized relays. These contain two cores with windings, a permanent magnet and a contact rod. Operation is dependent on the polarity of the input signal. There are electromagnetic relays for alternating and direct current. Their advantages lie in high-quality galvanic isolation, low price, low contact voltage drop and low heat development. No refrigeration is required. Devices of this type are resistant to impulse loads and interference from lightning strikes. The main disadvantages are the limited mechanical and electrical service life and the low operating speed.induction relayThe principle of operation of induction relays is based on the interaction between the current induced in a conductor and a variable magnetic flux. Therefore, with alternating current, these are used as indirect protection relays. The integrated components of the device are arranged in such a way that they are aligned with each other at the set frequency of the current and are not deflected. When the frequency changes, a moving element moves, causing the contacts to close or open. We distinguish between induction devices with a frame, with a pane and with glass.differential relaySuch devices compare the current strength before the consumer and after it. This consumer is usually a power transformer. In the normal state, both values are approximately the same. However, if a short circuit occurs, this balance is disturbed. As a result, the relay closes the contacts and turns off the faulty section of the circuit. Often found in household appliances and lamps, these relays protect people from electric shock.Relays on microcircuits in the integrated electronicsThe devices work with semiconductors such as triacs or thyristors. In the basic principle, such a device compares the incoming signal with the parameters stored in the device for trouble-free operation. If there is a deviation, the relay breaks the circuit.thermal relayThermal relays work with an integrated bimetal. This heats up when an electric current is passed through it. If the current flow deviates from the specified value, the bimetallic strip deforms, causing the contacts to open and close.What should you look for in a current monitoring device?In order for the current monitor to work, its parameters must meet the requirements of the assigned tasks. When selecting a device, pay attention to the following features:Voltage in volts - this is the voltage range in which the device normally operatesCurrent in amperes - each device is rated for a specific currentTripping power in watts - this is the minimum power of the electrical current supplied for normal operationControl power in watts - this is the maximum power of electric current at which the relay will perform its functions correctly TIPWhen making your selection, pay attention to the prevailing operating conditions. Is the device used in critical environments with high humidity, dirt, heat, cold or vibrations? Furthermore, the error detection depends on the accuracy of the measurement of the current strength in amperes. The response time of the device is another important parameter. How long does the device take from the moment of the event to triggering? Under certain circumstances, it can be advantageous to be able to individually set a delay before switching the device on or off for critical loads.As a specialist for smart home technology, we at the eibabo® online shop are your competent partner for all questions relating to intelligent electrical installation. You can get high-quality current monitoring devices from us from well-known manufacturers such as ABB, Dold, Eaton, Eltako, Hager, Pilz, Siemens and many others. Catalogue content:In this eibabo® catalogue Relays > Current monitoring relay you will find items from the following product groups:Item overview:Current measurementCurrent measuring relayDry run protectionFuse clampsLevel measurementLevel monitoringLevel relayLevel switchLoad monitoring relayLoad relayLoad shedding relayModular installation deviceOvercurrent monitorOvercurrent monitoringOvercurrent relayPower guardPower monitoringPower monitoring devicePower monitoring relayPower relayPower window relaySecurity moduleSelectivitySupplementary moduleTest functionThree-phase monitoring deviceTransfer blocksWindow current relayfrom the following manufacturers:Manufacturer overview catalogue Current monitoring device:ABBBenderDoldEatonEberleEltakoETAFinderHagerLützeMetzMurrelektronikPhoenixPilzSchalkSchneider ElectricSiemensWAGO

Speed monitoring - In this eibabo® catalogue Relays > Speed-/standstill monitoring relay you will find items from the following product groups:Item overview:Control relayMeasuring relayMonitoring deviceMonitoring relayOverspeedPulse evaluatorResidual voltage monitoringSafety relaySafety switching deviceSafety switching relaySecurity moduleSecurity technologySpeed monitorSpeed monitoringSpeed monitoring deviceSpeed monitoring relaySpeed-/standstill monitoring relaySpeed/standstill monitoring deviceStandstill detectionStandstill guardStandstill monitor for safety circuitsStandstill monitoring deviceStandstill monitoring relayUnderspeedV-belt guardV-belt monitoringfrom the following manufacturers:Manufacturer overview catalogue Speed monitoring:DoldIfm ElectronicMetzPepperl + FuchsPhoenixPilzSchneider ElectricSiemens

Temperature monitoring relays - With a temperature monitoring relay you can measure the temperatures of solids, liquids and gases. The measurement is carried out using different types of sensors. But what does it exactly mean? Depending on your individual application, such a relay is used to monitor over- or under-temperature. The individual values for triggering a switching process can be configured individually for each device. You can also decide for yourself whether the relay reacts according to the open or closed current principle. If a switching process takes place and the relay thus changes its position, the current status is displayed on the device according to the configured parameters. Other names for this type of relay are, for example, motor protection relays, safety temperature limiters or thermistor relays. In the eibabo online shop you will find a large and inexpensive selection.Catalogue content:In this eibabo® catalogue Low-voltage industrial components > Relay for thermistor protection (PTC) you will find items from the following product groups:Item overview:Engine protectionFull protection relayMachine protection deviceMotor current relayMotor thermistorOverload relayProtection relayRelay for thermistor protection (PTC)Temperature monitorTemperature monitor (motor protection)Temperature monitoringTemperature monitoring deviceTemperature monitoring relayTemperature monitoring relay (motor protection)Temperature relayTemperature switchThermal protection relayThermistorThermistor machine protection deviceThermistor motor protection relayThermistor protectionThermistor protection relayThermistor relayfrom the following manufacturers:Manufacturer overview catalogue Temperature monitoring relays:ABBDoldEatonMetzPilzSchneider ElectricSiemensTele

Energy management - This catalogue offers articles used for energy measurement or energy optimization in various bus systems, for example for radio bus system applications or the KNX bus system. KNX energy meters can be used for utility cost billing or cost monitoring, for cost center billing, energy optimization, visualization or installation monitoring. These KNX meters do not only capture and display consumption values, they also display other functions. They can be used to identify high consumption devices, to switch off specific channels if thresholds are exceeded or just to display the daily energy costs, voltage, current and power data. KNX visualization can generate a variety of display formats depending on time or load profile, can store your energy provider?s current prices and display accrued costs and compare them. For billing purposes, the meter should absolutely be calibrated and have MID approval. MID means Measuring Instruments Directive. The MID is a EU directive covering measuring instruments. Even in case of bus failure, the meters should continue to collect and store data. All KNX meters can be ordered as calibrated or uncalibrated type and with / without MID certificate. In Germany, for example, electricity meters used commercially must be calibrated. Therefore, check whether the meter intended for commercial application can be used in your country. After expiration of the calibration period (8 years for electronic meters, 12 years for mechanical transducer meters with induction system or 16 years for mechanical meters with induction system), the meter has to be replaced or the calibration period extended. Carefully study the features and parameters of the meters provided by different manufacturers to find the most suitable meter. There are different types of KNX meters, for example, direct meters or transformer meters for very high currents. In single-family houses or apartment buildings KNX direct meters are generally used. These are usually available up to 100A. In this eibabo category you will find, for example, radio single-phase meters, KNX energy meters, interface modules, energy measurement sensors, KNX power modules, KNX sensors, KNX meter interfaces, wireless energy sensors, KNX peak load limiters, bus electricity meters of the brands ABB, Busch-Jäger , Eaton, Eltako, Gira, Hager, Lingg & Janke, Merten and Siemens for various automation systems.Catalogue content:In this eibabo® catalogue Installation bus systems > Energy management for bus system you will find items from the following product groups:Item overview:5-level maximum guardBus systemBus system energy managementConsumption meterDIN rail counterDirect/ConverterDirect/transformerEIBElectricity meterEnergy counterEnergy efficientEnergy management for bus systemEnergy measurementEnergy meterEnergy visualizationInput moduleMaximum demand monitor for distribution boardMaximum guardMaximum GuardianMaximum monitorMaximum monitoringMeter scannerMoellerfunkPeak load monitoringSwitching actuatorThree-phase meterTransducer measurementTransmitter modulefrom the following manufacturers:Manufacturer overview catalogue Energy management:ABBEatonEltakoGiraHagerJungKOSTAL SolarElectricLingg & JankeMertenSchneider Electric