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The following 7500 products have been found matching your search "Sick":

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Sick - Efficiency is the prerequisite if processes are to be implemented economically. Many production processes are automated because doing them manually today would be far too expensive, take longer and lead to errors. Automation is therefore the sequence of independently running steps as part of a defined overall process. The use of sensors is often absolutely necessary for this, because they can record certain properties and conditions of their environment and convert them into electrical signals that can be processed further. This allows, for example, a completed process to be recognized and a subsequent one to be started. Sick is a manufacturer of such sensors and sensor solutions and is active in all areas of automation technology, safety technology, analysis and process measurement technology. With its innovative sensor solutions, the company keeps industry moving. As a technology and market leader, with sensor intelligence and application solutions, it offers the perfect basis for controlling processes safely and efficiently, protecting people from accidents and avoiding damage to the environment. Since Sick was founded by Erwin Sick in 1946, it is one of the pioneers of sensor-controlled automation processes. More than 50 subsidiaries and holdings as well as numerous agencies ensure the company's presence all over the world. More than 10,000 people work for Sick around the globe. So that you too can increase your efficiency, the eibabo® shops from eibmarkt® offer you numerous components with which your processes can be automated, for example light barriers, (heated) reflectors, diffuse reflection sensors, proximity sensors, cylinder sensors, ultrasonic sensors and assembly and alignment technique. The eibabo® technology store is one of the leading online mail order companies for building and process automation.
SEG
SEG Hausgeräte

Found in shop categories: 7

Room thermostat - The correct setting of the room temperature is an important aspect for well-being in our apartment or house. If you are not sure which room temperature controller you should choose, here are a few tips and hints.Are you also one of those people who react sensitively to temperature changes, who quickly freeze or sweat? Setting an incorrect temperature can cause discomfort and even health problems. With a room temperature controller, you are able to keep the temperature in your home constant. You don't have to worry about rooms that are too warm or too cold. In the office, warmer room temperatures are not only beneficial for employees, but also have a positive effect on productivity. If the temperature is too cold, employees get sick more often and cannot concentrate as well. It is all the more important that the temperature in the office is right. With a room temperature controller, you can easily regulate the temperature yourself and ensure a pleasant working atmosphere.Tips for searchingThis catalog is located in the main category 'Electrical Material'. Here you will find analogue room temperature controllers, programmable devices, room temperature inserts and actuators. If you are looking for KNX room temperature controllers for your building automation, please use our search or visit the main category 'Smart Home'.There are many different types of room temperature controllers on the market. We will help you to find a device that is suitable for your needs.What types of room temperature controllers are there?There are different types of room temperature controllers. These differ in structure, mode of operation, type of operation and price. The simplest room temperature controllers are the analogue devices. These are easy to use and inexpensive to purchase. The temperature is usually regulated steplessly by means of a rotary disc. Some models also have an ON/OFF switch. The installation is usually flush-mounted. There are also models that can be surface-mounted. With digital controllers, enter the setpoints directly. There is no dial here. If these are programmable, set the room temperature for different days and times in advance. Such a device then adheres to the specified configuration over the programmed period of time. So-called 'smart' room temperature controllers offer many individual options for setting the temperature. These can be freely programmed and provide interfaces to building automation systems. It is usually operated using buttons on the device or a touch screen.Image: Gira 039603 room thermostatWhere should the room temperature controller be installed?A few things should be considered so that a room temperature controller can measure and regulate the temperature precisely. Basically, such a device determines a difference between the current room temperature and a target temperature. This can be done mechanically or via a sensor. Corresponding signals are then passed on to the heating, which lead to an increase or decrease in the room temperature. Attach the controls so that an accurate measurement can be made. Incorrect measurements mean that the heating is activated too early or too late and the room temperature does not match the desired temperature.Which circumstances could lead to incorrect measurements?The room air cannot circulate around the room temperature controller. Heat builds up in niches. The air exchange is also low behind cupboards or curtains. Here the controller may measure too high a temperature or react too slowly to changes. A measurement too close to the radiator is also critical. It gets warm too quickly here and the controller switches the heating off again. As a result, the desired temperature is not reached in the room. In contrast, installing it in areas with a lot of drafts or near a window that is often open will result in readings being too low. Here it can happen that the room gets too warm or a lot of heating energy is wasted. The controller does not switch off the heating correctly.AssemblyFlush-mounted room temperature controllers can be installed in a normal switch box or a cavity wall box. Surface-mounted devices are attached directly to the wall. In any case, please follow the manufacturer's instructions exactly when wiring. This is the only way to ensure trouble-free functionality.Please pay attention to the following during installation:a mounting at about 1.60m above the floorgood air circulation without heat build-up or draughtsa mounting location without direct sunlightattachment to an internal wall Which temperatures are ideal for well-being?The ideal living room temperature depends on personal preferences and the time of day. As a rule, however, the temperature in living rooms should not be below 16 degrees Celsius, otherwise the risk of catching a cold or other health problems increases. During the day temperatures can be a bit higher, while the bedrooms are usually cooler. In Germany, the following values are considered optimal:Living room: 20°C to 22°CChildren's room: 20°C to 22°C (18°C at night)Bedroom: 16°C to 18°CBath: 20°C to 23°C (depending on usage and time of day)Kitchen: 19°C  TIP:Each additional degree of room temperature increases the heating costs. Use the possibilities of modern heating systems and lower the room temperature in unused rooms by around 5°C during this time. To save energy, you can schedule heating breaks, for example. Adjust the devices so that the room temperature is lower when you are not at home. If you are away for a few days, reduce the temperature to 15°C or slightly lower. Based on this, you will reach the feel-good temperature after your return within 1 to 2 hours.Do room temperature controllers require a power connection?In order to work correctly, a room temperature controller needs a power supply. Unless it is a device with radio technology, you need a cable from the heating circuit distributor to the controller. This serves to supply the controller with power and to connect an actuator. You therefore need a cable with at least four conductors and a corresponding cross-section, of which the yellow-green protective conductor is used exclusively for protective earthing. When buying, make sure that you have a 24V or 230V system.How do I set the exact temperature with analogue room temperature controllers?Some analogue room temperature controllers with a rotary disk do not show the room temperature in °C, but rather a scale, often from 1 to 6. It can be a bit difficult to find the optimal temperature here. However, there is a reason for this. The manufacturers do not label the heating controllers with degrees, since other factors influence the room temperature. Deviations arise, for example, from accumulated heat or draughts. If this is the case, the temperature on the controller does not match the temperature in the room and differences arise. The scale roughly corresponds to the following temperatures:* (asterisk - if present) corresponds to approx. 5°C and is designed as frost protectionLevel 1 corresponds to about 12°CLevel 2 corresponds to around 16°CLevel 3 corresponds to around 20°CLevel 4 corresponds to around 24°CLevel 5 corresponds to around 28°C If it is colder on the room temperature controller than in the rest of the room due to drafts, the set level 3 may already correspond to room temperature level 4. In the opposite case, the room temperature may only be 16°C, although for the controller it is in a niche Accumulated heat has already reached 20°C. The heating is switched off too early. In these circumstances you have to try something to find the optimal setting position.With a modern heating system, you can regulate the temperature in your immediate vicinity individually. In the eibabo® technology store you will find numerous room temperature controllers that you can integrate into your heating system depending on the requirements or equipment. When buying, pay attention to quality. Here in the shop you can get top devices from manufacturers such as Busch Jaeger, Eberle, Gira, Jung, Theben, Devi and dozens more.  Catalogue content:In this eibabo® catalogue Stats, switches and controllers > Room thermostat you will find items from the following product groups:Item overview:Control unitCooling systemElectronicsExternal controllerFloor temperature controlGlass heaterHeating technologyInfrared heaterMaster controllerMechanicallyOutside temperature controllerPanel heatingProtection temperature controllerRadiant heatRemote sensorRoom temperature controllerRoom thermostat insertSpace heatingSwitch rangeTemperatureTemperature sensorTemperature switchText displayTiled stove temperature controllerUnderfloor heatingVentilation controlWet room controllerWet room temperature controllerfrom the following manufacturers:Manufacturer overview catalogue Room thermostat:ABBAlre-itBerkerBusch JaegerCarelDelta DoreDeviEberleEGOEHT AEGElsoEthermaFricoGiraGlen DimplexGlenHagerHeliosJumoJungKraemer & KrausLegrand SEKOMaicoMertenRademacherSiemensSomfyStiebel EltronThebenVitramoWindowMaster
Switches - disability adapted - In this catalog from the eibabo technology store you will find handicapped elements for installation switch programs and plug and socket devices. But what does that mean? We understand disabled elements to mean special pull-cord switches and patient handsets that enable sick people, patients, senior citizens or disabled people with physical limitations to draw attention to themselves or to request support. These are, for example, switching and button systems that are equipped with a cable pull and can be moved to the bedside. Or there are wired handheld devices that enable simple switching operations. Among other things, disabled people are able to control the lighting and make emergency calls. Our extensive product portfolio also includes classic call buttons, cancel buttons and duty room units with the appropriate labeling.Catalogue content:In this eibabo® catalogue Domestic switching devices > Handicapped person element for domestic switching devices you will find items from the following product groups:Item overview:Call button insertCall compact setClinic installationCommunication technologyDisability element for installation switch programsDisabled call systemDuty room terminalDuty room unitEmergency call systemEmergency switchHandicapped elementHandicapped person element for domestic switching devicesHospital installationNurse callSignaling deviceSpare partStop buttonSwitch materialToilet call setfrom the following manufacturers:Manufacturer overview catalogue Switches - disability adapted:BerkerBusch JaegerElsoHagerJungMertenNovar AckermannPeha
Illuminated sign - In this eibabo® catalogue Luminaires > Sign luminaire you will find items from the following product groups:Item overview:Display lightEmergency luminaireEmergency/information lightHouse number lightHouse number lightingIndicator lightInformation lightLight emitting diodeModule lightProfile lightSafety lightSecurity lightingSelf-contained lightSelf-contained safety lightSign luminairefrom the following manufacturers:Manufacturer overview catalogue Illuminated sign:ElsoScharnberger+Has.
Installation relay - What is a relay and how does it work? What types of relays are there? Where are relays used? And which relay suits your project best? Here you can learn more about switching and controlling electrical circuits. Installation relays are used in many different applications. You will find relays in domestic electrical installations, in electrical appliances, in commerce and industry, and in vehicles.A look into historyThe first relay was invented by the American J. Henry in 1831 and was based on the electromagnetic principle of operation. Henry used the relay in his university lab as a 'gimmick' to entertain his students. However, it was not yet possible to switch gears. The first switching relay was invented by Samuel Morse in 1837. Morse refined Henry's device and adapted it to transmit signals (the Morse code) down miles of wire. This was also the basis for the telegraph.Did you know that the world's first computer was also built with only relays? It was a development by Konrad Zuse, which was presented in 1941. A lot has happened since then and relays are no longer used in modern computers. Nevertheless, the relay is still an important and popular component in electrical installations today. Think, for example, of switching on and off the lighting in the stairwell. The circuit works regardless of which floor you are on. However, there are numerous other areas of application. That is why different installation relays are also available in the eibabo® shop. Simply browse through our virtual catalogue. You will surely find some high-quality and inexpensive installation relays that arouse your interest.Image: Eltako ER12-110-UC switching relayWhat are relays?Relays are components within electrical installations of all kinds. They are mainly used as circuit breakers and control switches in electrical devices or are used as important components in many control processes. There are numerous types of relays, which differ in detail. The manufacturers develop the devices for special tasks and adjust the triggering characteristics accordingly. Relays that are often bought in this catalog are coupling relays, power relays, switching relays, interface relays, semiconductor relays and many more. The basic operating principle of a relay is to open and close circuits or contacts by reacting to electrical quantities such as current or voltage.How are relays differentiated?Relays are classified according to various criteria. These include:the type of physical inputs to which the relay respondsthe area of application that the relay assumes in control systemsthe structure of the device design and the principle of operationthe switching capacitythe shape and sizeand some others A relay consists of three main elements:entering / entering a valuethe intermediateof execution / actuation by actuator If we look at the type of physical input variable, we distinguish between electrical, thermal, optical, mechanical, magnetic or acoustic relays. NoticeNot all relays work with fixed physical quantities. Differential relays, for example, react to the difference in values. Polarized relays respond to a change in sign of a specific value. The acquisition of the measurand is the primary element of the relay. This converts the input value into another physical quantity. The receiving element can have different designs depending on the purpose of the relay and the nature of the physical quantity. In the case of a latching relay or a voltage relay, the receiving element consists of an electromagnet. In the case of a pressure relay, this can be a membrane or bellows. The sensing element of a level relay is usually a float and so on.The intermediate element compares the input value with the specified limit value of the device and, if it is exceeded, transmits an impulse to the executing actuator.The actuator transmits the pulse from the relay to the working circuits. Each relay basically contains a control circuit and one or more operating circuits. Depending on the type of actuator, the relays are divided into contact relays and contactless relays. Contact relays act on the outgoing circuit with the help of electrical contacts. Their closed or open state allows either full closure or full mechanical break of the work circuit. Contactless relays act on the working circuit by a sudden change in parameters in the control circuit. This is achieved via resistance, capacitance, inductance or a change in voltage level or current level.How does an installation relay work?Depending on the requirement and application, relays are simple or complex. However, the basic functional principle does not differ significantly. In the center is the coil with an iron core. When current flows through the coil, an electric magnetic field builds up. A movable, ferromagnetic armature reacts to this magnetic field and is attracted. This change in position connects two contact springs with each other and the so-called working contacts in the relay close. In this case, the relay acts as a closer. In some designs, so-called break contacts are opened when the magnetic field is created. These are called openers. Combinations of openers and closers are also possible. These are changeover contacts or changeover contacts.Already knew?If the coil of a relay is suddenly de-energized, high voltage peaks can occur. Therefore, depending on the model, resistors or diodes are used to prevent these voltage peaks from flowing back into the control circuit. Sensitive components remain protected.As soon as the coil no longer generates a magnetic field, the armature is returned to its original position by spring force. The make contacts are no longer closed and the break contacts are no longer open.What are Solid State Relays?More and more relay functions are currently being taken over by semiconductor circuits, so-called solid-state relays (SSR). A solid state relay is an electronic device that turns on and off a high power circuit with low voltages. There are no mechanically moving elements in this type of relay. The device consists of:a sensor that responds to an input signala solid-state electronics with high-performance circuitry Solid state relays can be used with both direct current and alternating current. With the help of thyristors and transistors it is possible to switch currents of several hundred amperes. Compared to electromechanical relays, semiconductor relays have a significantly higher switching speed. Solid-state relays are less suitable for switching under short-term overload conditions. Compared to electromechanical relays, solid state relays offer the following advantages:smaller dimensionshigh switching speedsnoiselesspowerfulmore energy efficientspark-free circuitmaintenance freelong lifetimelow sensitivity to adverse conditions What should I look out for when buying an installation relay?In the eibabo® shop there is a huge selection of different relays with numerous specifications. Choosing the right installation relay can be difficult. Before you buy, you should determine the function of your circuit and then define the task of the relay. Then select a suitable relay for your project. Decision criteria include:What kind is the physical input quantity?Will the device be subjected to vibration and shock?Where will the installation take place?Are dust, moisture or temperature fluctuations to be expected?What is the switching voltage and the switching current?Which current magnitudes and voltage magnitudes occur?What is the expected switching frequency?What requirements do I place on the durability of the relay?Are special functions or additional programming required?  Notice:When switching active and inductive loads, opening the circuit for the contacts is the most difficult. In this case, arcing occurs, which puts a lot of strain on the contacts. The switching relays offered by eibabo® are high quality, inexpensive, versatile, reliable and universally applicable. The best-known manufacturers in our range are ABB, Doepke, Dold, Eaton, Eberle, Eltako, Finder, Hager, Jung, Schalk, Schneider Electric, Siemens and WAGO.  Catalogue content:In this eibabo® catalogue Devices for distribution board- / surface mounting > Installation relay you will find items from the following product groups:Item overview:AC contactorAC voltage relayBoiler relayBuilt-in distributor deviceCan relayCoupling relayDC contactorExpansion moduleInstallation relayInstallation switching relayMemory relayModular installation devicePower relayPreset relayRelay interfaceRelay stationSwitching relayUniversal voltage relayfrom the following manufacturers:Manufacturer overview catalogue Installation relay:ABBDoepkeDoldEatonEberleEltakoFinderHagerJungSchalkSchneider ElectricSiemensWAGO
Communication column - In this eibabo® catalogue Communication technique > Communication column you will find items from the following product groups:Item overview:Column for modulesCommunication columnCommunication pillarDetachedDoor stationInformation sign pillarLetter boxMailbox pillarMailbox systemModular systemModule columnPedestalPillarPost boxSurface-mounted columnfrom the following manufacturers:Manufacturer overview catalogue Communication column:Comelit GroupElcomSiedleTCS
Safety lamp - Don't panic now! Keep calm and leave the building as quickly as possible! Of course, none of us want to experience such a scenario. Nevertheless, situations can arise that require immediate action or at least special attention. Safety lights help for this purpose. These warn of dangers, show us the shortest escape route or illuminate danger spots so that you don't inadvertently injure yourself.With the eibabo® safety lights, you ensure that potential dangers are identified more quickly, damage is avoided and, in the first instance, evacuations can be carried out quickly. Many safety lights are equipped with economical LED technology and are therefore also designed for efficient continuous use. Your purchase in the eibabo® technology store is also particularly secure. This is ensured by the Trusted Shops buyer protection and a high level of customer satisfaction. Use one of over 20 payment methods and have your order delivered worldwide. And should something not go to your satisfaction, our accommodating customer service will be happy to help you.What types of safety lights are there?In emergency situations related to the failure of the main lighting, emergency lighting systems are used. These can be caused, for example, by power failures, fires or accidents caused by people. The purpose of safety lights is to:enable safe evacuation of people from buildingsindicate potential security risksensure the completion or continuation of work in progress (backup lighting) Depending on the type of lighting, these are connected to the existing house electricity network, connected to backup energy sources or function independently using their own energy supply. While backup lighting allows ongoing activities to be terminated or resumed, evacuation and hazard detection lights are designed to:indicate escape routesTo illuminate danger zones - such as moving machine parts, crash sites, tripping hazards, black ice, fire zonesAvoid panic - crowds of people are guided to the escape routes with instructions Image: Ceag ExitCube #40071353420In which areas should safety lights be used?Safety lighting is rarely found in the private sphere and is generally not required. Safety lights should still be present in those private buildings and areas:where critical crowds can occurwhere visitors and other public traffic are to be expectedif there is at least one branch from the exit of the apartment to the elevator or stairs And of course, the following buildings, among others, must be equipped with safety lights:high-rise apartment buildingsall public, commercial and industrial facilitiesCovered and open areas of petrol stations, multi-storey car parks and traffic tunnelsObjects that are characterized by a high number of visitorsestablishments with retail sale of alcohol  Please noteThe exact regulations differ depending on the country and can be found in the national regulations for escape route marking. Emergency lighting, which is not related to the evacuation of people, is necessary:in production with a continuous technological cyclein medical facilitiesat airports and train stationsin all other establishments where even a brief cessation of activity may result in death or accidents How are escape routes and danger areas illuminated?Illumination for evacuationThe main aim of marking escape routes is to leave the building safely and as quickly as possible. The route to evacuation starts right from the premises of housing, work or using services. Therefore, an evacuation lamp and a light indicator with the appropriate pictogram should be installed above the exit from the room. Other important marking points along the escape route are changes in the direction of movement and the floor, flights of stairs, entrances and exits.Already knew?A universal and globally understandable pictogram for escape routes is the green human silhouette walking through a doorway. Often this sign is accompanied by a directional arrow.emergency lightingIn addition, there are devices for emergency lighting along the entire escape route up to the exit from the building to the outside. In addition to the trend-setting infographics mentioned, these are also actual lamps for illuminating the floor, walls or steps. On the other hand, the escape route lighting also serves as escape route lighting for orientation for helpers and rescue personnel. This shows the way to safety zones and provides information about where, for example, fire extinguishers or first-aid equipment is located.Always recognizableAll signs identifying evacuation, hazardous areas, and emergency equipment locations must be sufficiently visible and recognizable. The minimum character height is calculated based on the maximum viewing distance divided by 200. Example: With a maximum viewing distance of 15 meters (= 1500 cm), the infographic must be at least 7.5 cm tall.hazard lightingThe purpose of hazardous area lighting includes protection of open chemical tanks, moving machinery, high-pressure vessels, electrical voltage, furnaces, and so on. Unguarded fall areas, escalators or automated production areas are also marked in this way.What is anti-panic lighting?If potential crowds of people are to be expected indoors and outdoors, this could cause difficulties for some people in finding escape routes. Anti-panic lighting should prevent uncontrolled stressful situations in an emergency and ensure that escape routes can be identified from any point in the danger zone. This is done through good lighting, clear instructions and unambiguous infographics. All of this reduces confusion and promotes calm and organized movement to the emergency exit when an alarm is announced.What is backup lighting needed for?The main task of backup lighting is not related to the evacuation of people. There are facilities where numerous important technical processes and humanitarian services take place. These cannot be interrupted. These include hospitals, certain authorities, airports, train stations or military facilities. This is where back-up lighting systems come into play to prevent human injury or death or the occurrence of other man-made accidents. TIPThe presence of backup lighting does not exclude the need for evacuation lighting with all the necessary indicators. The use of separate lights for backup systems is usually not economical. Rather, if the main power supply fails or is interrupted, the standard lighting is automatically switched to a source from the central emergency power supply. The running time of such a back-up light is calculated for a period of between a few minutes and several hours, depending on the setup.  Catalogue content:In this eibabo® catalogue Luminaires > Emergency luminaire you will find items from the following product groups:Item overview:All-plastic lampCeiling lightCentral battery emergency lightCompact guardComplete deviceDisc lightEmergency exit lightEmergency light insertEmergency lightingEscape route lightEscape Sign LuminaireExit sign panel lightIndicator lightInterior lightLight signalMounted lightMounted spotlightMultivariableOutdoor lightOutdoor motion detectorPictogramPressure switchRound lightSafety lightSecurity lightingSelf-contained lightSingle batteryToledoFlatfrom the following manufacturers:Manufacturer overview catalogue Safety lamp:ABBCeagESYLUXFischerIDVLegrand BticinoRidi-LeuchtenRP-TechnikRZBScharnberger+Has.SchuchSitecoSLVStahlZumtobel
Labelling field telecomm. strips - In data telecommunication technology, identification fields for telecommunication strips are used among others for marking and identification purposes. In addition to matching marker caps our offer also includes label holders (latchable / collapsible). The label holders of identification fields for telecommunications strips differ from telecommunication and communication cables with regard to the connection type and the possible number of wires of communication and communication cables.Catalogue content:In this eibabo® catalogue Data and telecommunication > Labelling plate for telecommunication terminal strips you will find items from the following product groups:Item overview:Accessories for connection stripsCommunication barFolding sign frameIdentification field for telecommunications barsLabel plateLabeling stripsLabelling plate for telecommunication terminal stripsLSA Plus marking stripsLSA Plus sign frameMarking stripsSign frameStrip holderTelecommunications bar identification fieldTerminal Block AccessoriesTerminal Strip Identification Panelfrom the following manufacturers:Manufacturer overview catalogue Labelling field telecomm. strips:3MCobiNetCommScope EMEACommScope/AMP NetconnCorning
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Sick - WL100L-F2131 - Reflection light barrier - Photoelectric sensors retroreflective WL100L-F2131
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Sick - WL12L-2B530 - Retroreflective sensor, 18m DC, pnp/npn, M12.5p. - Photoelectric sensors retroreflective WL12L-2B530
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Sick - WL34-V240 - Retro-reflective sensor NPN, PNP - Photoelectric sensors retroreflective WL34-V240
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Sick - PL40A - Reflector 40x60mm - Rectangular reflector for light barrier PL40A
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Reflector 40x60mm - Rectangular reflector for light barrier
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¥1,583.76 excl. VAT

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Retro-reflective sensor - Photoelectric sensors retroreflective
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3D
Sick - IME12-08NPSZC0S - Proximity sensor inductive sn=8mm,nb,M12,S,pnp - Inductive proximity switch 8mm IME12-08NPSZC0S
¥216.89 excl. VAT

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Proximity sensor inductive sn=8mm,nb,M12,S,pnp - Inductive proximity switch 8mm
Sick
| IME12-08NPSZC0S
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Sick - WL34-R230 - Retro-reflective sensor - Photoelectric sensors retroreflective WL34-R230
¥1,281.68 excl. VAT

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Retro-reflective sensor - Photoelectric sensors retroreflective
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| WL34-R230
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3D
Sick - WL150-P430 - Reflex. light barrier, 2m DC, set, incl. refl. - Photoelectric sensors retroreflective WL150-P430
¥1,294.56 excl. VAT

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Reflex. light barrier, 2m DC, set, incl. refl. - Photoelectric sensors retroreflective
Sick
| WL150-P430
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3D
Sick - WL280-2H4331 - Light barrier package - Photoelectric sensors retroreflective WL280-2H4331
¥996.02 excl. VAT

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Light barrier package - Photoelectric sensors retroreflective
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3D
Sick - VL18-4P3240 - Reflex light barrier, 2m M12, 4-pin - Photoelectric sensors retroreflective VL18-4P3240
¥889.83 excl. VAT

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Reflex light barrier, 2m M12, 4-pin - Photoelectric sensors retroreflective
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| VL18-4P3240
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3D
Sick - WL100-2P4439 - Retro-reflective sensor - Photoelectric sensors retroreflective WL100-2P4439
¥763.28 excl. VAT

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Retro-reflective sensor - Photoelectric sensors retroreflective
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RECOMMENDED
3D
Sick - PL80A - Reflector 80x80mm - Square reflector for light barrier PL80A
¥248.18 excl. VAT

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Reflector 80x80mm - Square reflector for light barrier
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