Name: AS5600 Magnetic Encoder Cotter 12bit I2C Module
Brand: Svet Črnil
Price: 5.00 EUR
Availability: InStock
Rating: 4,5 (59 reviews)

Question 1

Where in Ljubljana is PLC Siemens and Mitsubishi?

Accepted Answer

Where is PLC Siemens and Mitsubishi in Ljubljana Target group: maintenance managers, process technologists, procurers and production owners who need pLC fast service Siemens and Mitsubishi in Ljubljana, without waiting and without risk of production failure. Psychological Pain Points That Hurt You Today Line stands – PLC failure means minutes, hours or days of congestion. The cost and pressure are rising, the team is waiting, delivery deadlines are on fire. Chinese PLC excluding EU stock – if you bought a machine in China, spare modules are often unsuppliable or not in stock in Europe. Moving to European Standard is not a plug and play – replacement at Siemens or Mitsubishi requires knowledge about binding, I/O folders, programming, security functions and testing. Ordering from China is slow and expensive – often charge double or triple, logistics and customs extend delivery. Solution: local fast service in Ljubljana Buy time with usThe fastest and most cost-effective route is local PLC service in Ljubljana, which has diagnostics, replacements, programming, validation and spare parts in stock for Siemens and Mitsubishi. This eliminates waiting for shipments and the risk of wrong parts. Why This Is Key to You Reserve parts in stock – CPU, I/O extension, communication modules, power supplies, HMI. No waiting, quick shift. Experience with Siemens and Mitsubishi – diagnostics of errors, backup and restore programs, migration from Chinese PLC to European standards, adaptation of I/O folders and safety chains. Quick Response in Ljubljana – arrival at the location, error isolation, line start, stability monitoring. Transparent costs – no surprises due to triple prices and intercontinental shipments. Example from practice Package line with Chinese PLC stops. The supplier offers a module at a high price and delivery time of 2-3 weeks. The local service in Ljubljana conducts a rapid diagnostic, temporarily resolves by replacing the compatible module, safely downloads the program and I/O settings, tests the sensors and completes the startup the same day or the next. Saving: thousands of euros due to averted congestion and damage to stocks. Our approach in 5 steps Quick call and pre-diagnostic – symptoms, error code, type PLC. Arrival to Location – measurement of power supplies, communications, I/O, inspection of binding. Remediation – replacement of module from stock, backup and restore, correction of error. Testing – safety features, manual and automatic cycles, record changes. Prevention – recommendations for redundancy, list of critical spare parts. What Do You Get Time, Peace and Control. Fast service PLC Siemens and Mitsubishi in Ljubljana, with knowledge for migration from Chinese PLC to European standards, with real stock of parts. Exactly what you need.

Question 2

What is the difference between SR20 and ST20 PLC from Siemens ?

Accepted Answer

The difference between Siemens S7-200 SMART SR20 and ST20: which one to choose as a reserve?Target group: Maintenance managers, process technologists and suppliers in pharmaceutical and food industry who operate packaging machines with SIMATIC S7-200 SMART controllers (often installed by Chinese manufacturers) and want a reliable reserve that the line does not stand.Psychological Pain Points and How to Save them Fear of line failure: wrong choice of reserve means that the program or binding does not work the same way and the startup is delayed. The right choice of SR20 or ST20 reduces switching time and start. Uncertainty in order from China: The models are very similar by name, but functionally different. Clear distinction eliminates doubts and concerns in purchasing. Risk in motion control: if the machine uses PTO/PWM for tap or servo, the wrong type of output causes twitching, uneven dosing or engine alarms. Correct choice eliminates poor quality and complaints.SR20 vs ST20 – concise comparison PropertySR20ST20 Power CPUAC power supplyDC power supply Output typeRelay DoTransitory DO Suitable load typesValves, contactors, lamps, AC/DC loadsFast signals, pulses, driver control Switch speedSlower switch, no stable rapid pulsesFast switch, stable PTO/PWM Application PTO/PWMNot recommended on relay exitsRecommended — destined for PTO/PWM Output lifetimeMechanical relays – wear of contacts on frequent switchingSemiconductor output – high cyclic endurance Typical installationUse without advanced positioningMachinery with dosing snails, transporters, displacements, robots When to select SR20 and when ST20 Select SR20, if the exits control mainly valves, contactors, lights and machine no he needs rapid pulses. Relejski DO are robust for various loads, binding is simple and tolerates electrical disturbances. Select ST20if the programme applies PTO/PWM ed step or servo drives or if you need fast, repeatable commutation. Transitory DOs are necessary for smooth movement and accurate dosing.Examples from practice (packaging in pharmacy and nutrition) Dosing snail: if the snail drives the step engine through the driver and CPU generates pulses, ST20 it's the right backup. SR20 will cause irregular appetite or will not work properly at all. Fan batteries and contactors: if control is predominantly on/off without positioning, SR20 is a rational and robust choice. Hybrid: if pulses are generated by an external jamming controller and CPU only controls on/off, it can be sufficient SR20If the pulses are generated by CPU, take ST20.Quick guide for proper reserve order Check the type designation on the existing controller (e.g. 6ES7288-1)SR20- 0AA0 or 6ES7288-1ST20- 0AA0). Check the application for use PTO/PWM exits. If YES — ST20. Focus on the charges: valves/contactors — SR20, step/servo - ST20. Check power supply: AC power is favored by SR20, DC power is favored by ST20. Check extensions: if you have EM modules or board signals, stay with standard versions and maintain the same type of output.Why Difference MattersSR20 and ST20 are not interchangeable. SR20 is mechanically robust for universal loads, but not for quick positioning. ST20 is electronically fast and accurate for drives, but requires proper power and compatible drivers. The right choice means faster exchange, fewer risks, fewer scrap products and less stress on the night shift.Link for additional readingOcial S7-200 SMART family page with CPU overview and properties:https://new.siemens.com/global/en/products/automation/systems/industrial/plc/simatic-s7-200-smart.html

Question 3

How is the price of repairing LED car headlights ?

Accepted Answer

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Question 4

Zakaj so na Epson kartušah čipi in kako jih resetiramo

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UvodEpson kartuše imajo čipe, ker ti omogočajo tiskalnikom, da natančno spremljajo raven črnila. To izboljša uporabniško izkušnjo z natančnejšimi informacijami o tem, kdaj je potrebno zamenjati kartušo. Vendar pa lahko ti čipi povzročijo frustracije, saj lahko nepravilno delovanje prepreči tiskanje, čeprav je v kartuši še črnilo. Obstajajo različne rešitve za resetiranje teh čipov, ki vam lahko pomagajo prihraniti denar in zmanjšati količino odpadkov.Rešitev vaših težav:1. Visoki stroški tiskanja: Uporabniki pogosto čutijo finančni pritisk zaradi visokih stroškov zamenjave kartuš. Rešitev je uporaba resetterja, ki lahko ponovno nastavi nivo črnila na 100% in omogoča ponovno uporabo kartuš.2. Nezanesljive informacije o ravni črnila: Čipi lahko včasih napačno poročajo o ravni črnila, kar povzroča zmedo in nepravilno delovanje tiskalnika. Uporaba auto-reset čipov ali nadomestnih čipov je ena od rešitev, ki lahko odpravi to težavo.3. Tehnična zahtevnost: Nekateri uporabniki se lahko počutijo preobremenjeni zaradi tehničnih postopkov resetiranja čipov. Rešitve vključujejo uporabo preprostih naprav za resetiranje ali modulov, ki avtomatizirajo proces in zmanjšajo potrebo po človeškem posegu.

Question 5

Kako lahko reguliram hitrost DC motorja?

Accepted Answer

Kako lahko reguliram hitrost DC motorja?Ste se kdaj soočili z izzivom, kako preprosto regulirati hitrost DC motorja? Morda vas skrbi, da bo postopek preveč zapleten ali da nimate dovolj znanja o mikrokontrolerjih. Ne skrbite, obstajajo rešitve za vsakogar!Regulacija hitrosti s spreminjanjem napetostiDC motorji, ki jih poganja usmerjeni tok, omogočajo enostavno regulacijo hitrosti preko napetosti. S prilagajanjem vira napetosti lahko neposredno vplivate na hitrost vrtenja motorja. To je idealna metoda za začetnike, saj ne zahteva kompleksne opreme ali poglobljenega znanja.Napredna regulacija s PWM modulacijoZa tiste, ki želijo natančnejši nadzor, je na voljo regulacija s PWM modulacijo. Ta metoda uporablja hitro vklapljanje in izklapljanje napetosti za nadzor hitrosti motorja. Čeprav zahteva poznavanje mikrokontrolerjev, je z uporabo popularne razvojne plošče Arduino postopek bistveno poenostavljen. Arduino omogoča dostop do številnih virov in skupnosti, ki vam lahko pomagajo pri učenju.Zakaj izbrati Arduino?Arduino razvojna plošča je odlično orodje za tiste, ki želijo raziskati naprednejše metode regulacije. Z njegovo pomočjo lahko enostavno implementirate PWM modulacijo in se naučite osnov programiranja mikrokontrolerjev.Ne dovolite, da vas strah ustavi!Ne glede na vašo stopnjo znanja, obstaja rešitev za regulacijo hitrosti DC motorja, ki ustreza vašim potrebam. Začnite z enostavnimi metodami in postopoma nadgrajujte svoje znanje. Uspeh je na dosegu roke!

Question 6

What is the difference between ESP32 and ESP32 S3 N16R8

Accepted Answer

What is the difference between ESP32 and ESP32-S3 N16R8? If you are developing a smart device, a sensor, home automation or a small industrial controller, the question quickly arises: Is it enough to take an ESP32 or is it better to take an ESP32-S3 N16R8? The shortest answer is simple. ESP32 is an excellent choice for verified IoT projects where you need WiFi, Bluetooth, enough inputs and outputs and a good price/performance ratio. ESP32-S3 N16R8 is a stronger and more modern development panel that is more suitable for projects where you need more memory, better support for more demanding software logic, USB features, signal processing, displays, cameras or advanced automation. And most important for a customer who doesn't want to waste time: we always have both in stock. So you can choose the solution that is really right for your project, not just what is currently accidentally available. To whom is this comparison most intended? The largest target group are developers, repairers, electronics, local masters, students, programmers and companies who want to quickly assemble a reliable prototype or a smaller smart device. These are people who do not want to buy the wrong development panel and then find out that they run out of memory, speed or connections. The pain is familiar. The project first looks simple. Then add a web interface. And then the sensor. And then the relay. Then the screen. Then you want to store data, send MQTT messages, add Bluetooth or make a connection to home automation. And suddenly you realize that a cheaper choice was not necessarily the smartest choice. ESP32 - verified classic for IoT projects The classic ESP32 has been one of the most popular development panels for IoT projects for years. It has WiFi, Bluetooth, a lot of community support, a lot of code examples and a very good price-performance ratio. This means that it is ideal for smart sockets, weather stations, temperature measurements, relay modules, simple controllers, wireless sensors and home projects. If you want to make a device that reads the sensor, turn on the output, send the data to the phone or communicate via a WiFi network, the ESP32 is often completely enough. It is stable, affordable and very well documented. ESP32-S3 N16R8 - more power for modern projects ESP32-S3 N16R8 is intended for users who want more reserve. The N16R8 designation usually means 16 MB Flash Memory and 8 MB PSRAM, which is a great advantage in more demanding projects. More memory means you can use larger programs, graphic libraries, web interfaces, data structures, communication protocols and more advanced logic. ESP32-S3 uses Xtensa LX7 cores up to 240 MHz, supports WiFi and Bluetooth Low Energy and has additional capability for signal processing and AloT projects. Espressif presents it as a chip suitable for AI + Internet of Things applications such as smart home, voice commands, smart panels, smart devices and signal processing at the edge of the network. Comparison of ESP32 and ESP32-S3 N16R8 Property ESP32 ESP32-S3 N16R8 Main purpose Verified IoT projects, sensors, relays, basic automation More demanding IoT, AloT, screens, USB, larger programs, advanced automation Processor Xtensa LX6 Xtensa LX7, up to 240 MHz Memory Depending on the performance of the panel 16 MB Flash and 8 MB PSRAM in N16R8 execution Bluetooth Bluetooth Classic and BLE with classic ESP32 Bluetooth Low Energy, without a classic Bluetooth audio USB features Usually via USB-UART interface Better support for modern USB features depending on the panel Most suitable for Simple and medium-scale projects Projects where you want more reserve and longer availability When to choose ESP32? ESP32 is selected when you want a quick, beneficial and reliable solution. If you produce a temperature gauge, relay control, WiFi switch, simple MQTT sensor, moisture control, smart light or test prototype, ESP32 will be a very good choice. When Good Price Is Important When you need many examples of code When developing a simple IoT device When You Don’t Need Much Additional Memory When you want a verified and stable platform When to choose ESP32-S3 N16R8? Select ESP32-S3 N16R8 when you know from the start that the project will not remain quite simple. If you add a screen, web interface, multiple sensors, data storage, graphics, camera, more complex logic or industrial communication, additional memory is very valuable. When you need 16 MB Flash and 8 MB PSRAM When you want more room for a larger application When developing a smart home, AloT or industrial automation When you want a development panel with more reserve for future upgrades When a project includes a screen, web interface, data processing or multiple communication functions Practical example from automation Let's say you want to make a controller for a smaller machine. At the beginning you only need one entrance and one exit. ESP32 will do. Then add WiFi settings, web interface, event recording, multiple sensors, MQTT connection, security conditions and remote diagnostics. At the time, ESP32-S3 N16R8 is a much more comfortable choice because more memory allows you to develop more peacefully. We don't just sell development records here. We develop and program advanced technological solutions for automation of production and home. This means that ESP32 and ESP32-S3 N16R8 not only are we familiar with the catalogue, but also with real projects where stability, proper power supply, reliable communication and long-term usefulness count. What is a psychological error in choice? The biggest mistake is that the customer chooses the panel only at the lowest price. That's understandable. Nobody wants to pay more than necessary. But in electronics, it is often the least expensive thing at first. If you have to change the board later, correct the code, re-design the circuit board and re-test the device, you have lost time, nerves and money. So the better question is: What record do I need for the project to work in three months when I add new features? Our Recommendation If you are working a basic sensor, a simple relay module or a favorable IoT prototype, select ESP32. However, if you are developing a more serious project where you want more memory, better backup and a more modern base, select ESP32-S3 N16R8. The best part is, you don't have to make blind decisions. With us we always have both ESP32 and ESP32-S3 N16R8. This allows you to use an affordable ESP32 for basic projects and a more efficient ESP32-S3 N16R8 for more demanding projects. If you want to make a smart device for home, prototype for production or advanced solution for automation, the right choice is the first step towards a stable result. And we can also help you with programming, development and practical technical knowledge. Conclusion ESP32 is an excellent choice for verified, affordable and simple IoT projects. ESP32-S3 N16R8 is the right choice when you want more power, more memory and more space for project growth. Both records have their place. The right decision depends on whether you are building a simple device or solution that must withstand future upgrades. Is it really wise to save a few euros on the development panel if the wrong choice can later cost you hours of programming and testing?

Question 7

Which sensors do I choose for the student robot: distance, inclination, orientation and position of the axis?

Accepted Answer

Distance, inclination, orientation and as axes are different measurements. Select the appropriate sensor for each sensor and check how to use the data in robot control.What to check outCheck the ToF-sensor for distance, its field of vision, target area and the effect of ambient light.Accelerator and gyroscope enable the assessment of movement and inclination; MPU6050 alone does not have a magnetometer for the absolute direction.For sensor fusion modules, check the reference system, calibration and magnetic interference.The magnetic encoder, such as AS5600, is interesting for the angle of the axis with a properly selected and installed magnet.A Practical ExampleThe robot can use ToF to check the obstacle, IMU to monitor the inclination and encoder the position of the mechanism. None of these measurements alone provide the exact location of the entire robot in the space.Common errorDo not combine data from different coordinate systems without conversion. A magnet with an engine or steel structure can affect magnetic measurements.For further readingSTMcroelectronics: VL53L0X sensor documentation (English). Example of official specifications and software resources to measure the distance on the robot.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Laser TOF module VL53L0X for measuring distances I2C 5vGyroscope modules MPU-6050 for Arduino I2C 5VIMU BNO055 9-DOF absolute orientation sensorBNO086 Qwiic IMU breakout module for VR and robotics 3 axesAS5600 Magnetic Encoder Cotter 12bit I2C ModuleESP32 38 pin WIFI IoT Bluetooth

Question 8

Ali lahko naredite prototip po moji zamisli ?

Accepted Answer

Seveda lahko! Uresničimo vašo idejo s pomočjo naprednih rešitevČe se sprašujete, ali lahko izdelamo prototip po vaši zamisli, je odgovor preprost – da, brez dvoma! Vemo, da je proces pretvorbe ideje v fizični izdelek lahko zastrašujoč. Strah, da vaša vizija ne bo uresničena tako, kot ste si jo zamislili, je pogost. Poleg tega vas morda skrbi, da boste naleteli na ovire, kot so tehnične omejitve ali nezadostno znanje v oblikovanju in izdelavi prototipov. A tu vstopamo mi.Naša ekipa strokovnjakov ima večletne izkušnje z ustvarjanjem prototipov po meri. Ne glede na to, kako zahtevna je vaša ideja, imamo na voljo napredna orodja in procese, da jo pretvorimo v resničnost. Uporabljamo CAD in 3D modeliranje za natančno vizualizacijo vašega prototipa že v fazi razvoja. Poleg tega, če je vaša zasnova zahtevna za material, kot so aluminij, inox, titan ali celo inconel, naše napredne varilne tehnike (vključno z laserskim varjenjem) omogočajo izdelavo čvrstih in estetsko dovršenih spojev.Če torej imate odlično idejo, a vam primanjkuje znanja, časa ali tehnične opreme za njeno realizacijo, nas kontaktirajte še danes. Naši strokovnjaki vam bodo z veseljem pomagali premagati vse tehnične izzive in vam zagotovili visokokakovosten prototip, ki bo resnično odražal vašo vizijo.

Question 9

Kako lahko izboljšam jaslice z uporabo Arduina

Accepted Answer

Kako lahko izboljšam jaslice z uporabo Arduina? Uporaba platforme Arduino pri izdelavi jaslic omogoča navdušencem, da svoje postavitve dvignejo na višjo raven z dodajanjem interaktivnih in dinamičnih elementov. S tem ne le povečajo vizualno privlačnost, temveč tudi ustvarijo bolj realistično in očarljivo izkušnjo za opazovalce. Zakaj avtomatizirati jaslice z Arduinom? Mnogi ustvarjalci jaslic se soočajo z izzivi, kako vnesti gibanje, osvetlitev in zvok v svoje postavitve na enostaven in prilagodljiv način. Tradicionalne metode lahko zahtevajo zapletene mehanične rešitve ali drago opremo. Arduino ponuja cenovno dostopno in uporabniku prijazno platformo, ki omogoča enostavno avtomatizacijo različnih elementov v jaslicah. Praktični primeri avtomatizacije jaslic z Arduinom: Osvetlitev: S pomočjo LED luči, povezanih na Arduino, lahko ustvarite dinamične svetlobne učinke, kot so postopno prižiganje in ugašanje luči, simulacija dnevnega in nočnega cikla ali utripanje zvezd na nebu. Gibanje figur: Z uporabo majhnih motorjev in servomehanizmov lahko animirate figure, kot so pastirji, ki hodijo, živali, ki se premikajo, ali celo vodni mlini, ki se vrtijo. Zvok: Arduino lahko predvaja zvočne datoteke, kot so božične pesmi, petje ptic ali zvok tekoče vode, kar doda dodatno dimenzijo vaši postavitvi. Senzorji: Z vgradnjo senzorjev gibanja lahko poskrbite, da se določeni elementi aktivirajo le, ko se obiskovalci približajo, kar poveča interaktivnost in prihrani energijo. Prednosti uporabe Arduina pri jaslicah: Prilagodljivost: Arduino omogoča enostavno prilagajanje in nadgradnjo sistema glede na vaše potrebe in želje. Enostavnost uporabe: Zaradi obsežne skupnosti in številnih virov je učenje in uporaba Arduina dostopna tudi začetnikom. Cenovna dostopnost: Komponente za Arduino projekte so običajno cenovno ugodne in široko dostopne. Zaključek Integracija Arduina v vaše jaslice vam omogoča, da ustvarite edinstveno in očarljivo postavitev, ki bo navdušila tako vas kot vaše obiskovalce. S pomočjo te vsestranske platforme lahko enostavno dodate dinamične in interaktivne elemente, ki bodo vaše jaslice popeljali na novo raven.

Question 10

Kaj je PLC ?

Accepted Answer

Izzivi pri uporabi PLC-jev Programabilni logični krmilniki (PLC) so ključni elementi v industrijski avtomatizaciji, saj omogočajo nadzor in optimizacijo različnih procesov. Kljub njihovemu pomenu se mnogi soočajo z določenimi psihološkimi izzivi pri njihovem razumevanju in uporabi. Strah pred kompleksnostjo Mnogi posamezniki dojemajo PLC-je kot zapletene naprave, kar lahko povzroči občutek preobremenjenosti. Ta strah lahko vodi v odlašanje z učenjem ali celo v popolno izogibanje tehnologiji. Primer: Inženir, ki je navajen tradicionalnih relejnih sistemov, se lahko počuti negotovo pri prehodu na PLC-je zaradi domnevne kompleksnosti programiranja. Dvomi o lastnih tehničnih sposobnostih Posamezniki lahko dvomijo v svoje sposobnosti za učinkovito programiranje in uporabo PLC-jev, zlasti če nimajo predhodnih izkušenj s programiranjem. Primer: Tehnik brez programerskega znanja se lahko počuti nesposobnega za delo s PLC-ji, čeprav osnovni modeli, kot je Siemens LOGO!, omogočajo enostavno programiranje. Skrb glede zanesljivosti in stroškov Nekateri lahko dvomijo v zanesljivost PLC-jev ali pa jih skrbijo stroški implementacije, kar lahko ovira sprejetje te tehnologije. Primer: Podjetnik v majhnem proizvodnem obratu lahko okleva pri naložbi v PLC-sistem zaradi skrbi glede začetnih stroškov in potencialnih stroškov vzdrževanja. Argumenti in rešitve PLC-ji niso tako zapleteni, kot se zdijo na prvi pogled, in številni modeli so zasnovani za enostavno uporabo. Tukaj je nekaj argumentov in rešitev za premagovanje teh izzivov: Dostopnost enostavnih PLC-jev: Na trgu so na voljo cenovno ugodni PLC-ji, ki ponujajo osnovne funkcije, kot so časovniki in sprožilci. Postopno učenje in podpora: Spletni tečaji, priročniki in skupnosti omogočajo postopno pridobivanje znanja in samozavesti pri uporabi PLC-jev. Dokazana zanesljivost in prilagodljivost: PLC-ji so zanesljivi in prilagodljivi, kar pomeni dolgoročne prihranke in izboljšano učinkovitost. Zaključek Razumevanje in premagovanje izzivov pri uporabi PLC-jev je ključno za uspešno integracijo te tehnologije v industrijske procese. Z ustrezno podporo, izobraževanjem in izbiro primernih naprav lahko izkoristite vse prednosti, ki jih ponujajo programabilni logični krmilniki.

Question 11

Ali lahko varite aluminijasto dvigalo po meri ?

Accepted Answer

Ali lahko varite aluminijasto dvigalo po meri? Ste se kdaj soočili z omejitvami pri prenosu vašega invalidskega skuterja v avtomobil? Naša rešitev je prilagojena prav vam! Razumemo, da je mobilnost ključnega pomena za kakovost življenja, zato smo razvili inovativno rešitev za varjenje aluminijastih dvigal po meri. Rešitev za vse avtomobile in tipe skuterjev Za našo stranko, ki je potrebovala dvigalo za svoj invalidski skuter, smo razvili popolnoma avtonomno napravo. Dvigalo vključuje: Visokokakovosten aluminij za nizko težo in trajnost. Motor z reduktorjem, ki omogoča enostavno dvigovanje in spuščanje. Napajanje iz li-ion akumulatorja Parkside za popolno neodvisnost od avtomobilskega akumulatorja. Rezultat? Stranka je lahko brez težav naložila skuter v prtljažnik svojega avtomobila, ne glede na model avtomobila ali tip skuterja. Zakaj izbrati nas? Imamo bogate izkušnje in znanje pri varjenju aluminija ter razvoju rešitev po meri. Naša delavnica je opremljena z najnovejšo tehnologijo, kar omogoča: Natančno varjenje aluminija za visoko nosilnost in varnost. Prilagoditev dimenzij glede na vaše potrebe. Enostavno in hitro montažo brez dodatnih prilagoditev avtomobila. Kaj pridobite z našo rešitvijo? Z našimi dvigali po meri izboljšate svojo samostojnost in preprosto rešite težave z dostopnostjo. Če poznate nekoga, ki potrebuje tovrstno rešitev, nas kontaktirajte. Poskrbeli bomo za prilagoditev, ki bo izboljšala njegovo kakovost življenja. Najboljša rešitev za mobilnost Vaše udobje in varnost sta na prvem mestu. Kontaktirajte nas in si zagotovite rešitev, ki bo prilagojena vašim potrebam!

Question 12

Kako s pomočjo robota varimo aluminij ?

Accepted Answer

Kako s pomočjo robota varimo aluminij? Ali ste kdaj naleteli na izziv varjenja aluminija, ki je zahteval izjemno natančnost, čistočo in časovno učinkovitost? S pomočjo sodobnih kolaborativnih robotov (cobotov) in laserskega varjenja lahko dosežete popolne rezultate tudi pri najzahtevnejših materialih, kot je aluminij. Zakaj je aluminij težak za varjenje? Aluminij ima zaradi svoje kemijske sestave in visoke toplotne prevodnosti edinstvene izzive pri varjenju. Tradicionalne metode pogosto zahtevajo dolgotrajno čiščenje in pripravo, kar povečuje stroške in zmanjšuje učinkovitost. A s pravo tehnologijo je lahko postopek bistveno enostavnejši. Prednosti uporabe cobota in laserskega varjenja Izjemna natančnost: Cobot s svojo programabilnostjo omogoča enakomerno in natančno izvedbo varjenja, kar zagotavlja visoko kakovost spojev. Čisto varjenje brez dodatnega čiščenja: Če uporabljate dušik kot zaščitni plin, so spoji popolnoma čisti in takoj pripravljeni za nadaljnjo obdelavo ali uporabo. Prihranek časa in denarja: Zmanjšana potreba po naknadnem čiščenju in hitra izvedba bistveno znižata operativne stroške. Univerzalnost: Laserski žarek omogoča varjenje različnih kovin, vključno z aluminijem, jeklom in titanom. Primer iz prakse Podjetje v avtomobilski industriji je z uvedbo cobotov in laserskega varjenja aluminija zmanjšalo proizvodni čas za 30 %. Njihovi produkti so zdaj brezhibni, saj zaščitni plin dušik preprečuje nastanek oksidacij in umazanih spojev. Rezultat? Zadovoljni kupci in nižji stroški. Zakaj izbrati našo rešitev? Naši coboti so opremljeni z najsodobnejšo tehnologijo za lasersko varjenje. Ponujamo celovito podporo pri integraciji robota v vaš proizvodni proces. Naše rešitve so prilagojene vašim potrebam, kar pomeni, da lahko varite vse od aluminija do jekla brez kompromisov pri kakovosti. Ali ste pripravljeni optimizirati svoj proces varjenja? Ne odlašajte! Z našimi rešitvami lahko že danes izboljšate kakovost, hitrost in učinkovitost vašega varjenja aluminija. Kako dolgo si še lahko privoščite zamujanje prednosti robotizacije?

Question 13

How about Arduina ESP32 mount OLED-screen I2C and why it stays empty?

Accepted Answer

When empty OLED-monitor check power supply, connection SDA/SCL, address I2C and the chosen driver. The same screen resolution does not necessarily mean the same controller.What to check outRead the labels on the module and its documentation. The order of four connections is not the same for all modules.In ESP32 check the voltage of pull-up resistance at SDA and SCL. The power supply connection of the module and the permissible signal levels are separate data.Run the detection test I2C-the address on the pines actually used. Then use the minimum example for the appropriate controller and screen size.If the address is detected but the picture is not, check initialization, reset and call to refresh the display.A Practical ExampleThe meter should first display a permanent text. Only then add the sensor and menus to separate the screen problem from the wrong measurement.Common errorAddresses 0x3C do not assume without checking. Also, do not use another family's pine schedule ESP32 only because the case is written for ESP32.For further readingEspressif: use of I2C in Arduino ESP32 (English). Documentation for initialising the bus, selecting connections and communicating with modules.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Mini OLED screen for Arduino 128x64 pixlov 0.96in i2C BlueArduino nano clone with USB C connector CH340ESP32 38 pin WIFI IoT Bluetooth

Question 14

How to ESP32 saving measurements at SD-card and prevent data loss?

Accepted Answer

For recording measurements at SD-the card needs a proper electrical interface, a proper file system and a controlled method of closing records. Do not use the card as an unlimited fast and indestructible storage.What to check outCheck if the module has a regulator and a signal conversion. Naked SD-use card 3,3-V environment; the permitted power supply of the module is checked separately.Connect Relevant SPI-signals and individual CS. Check their cooperation with several devices on the same bus.Start with a short file creation, recording and rereading test. The format of the card must be supported by the used library.Record the measurements with the serial number, time and validity status. Plan a flush or close files, full card and restart.A Practical ExampleCSV-the record may contain columns time, temperature, validity and serial number. After the disconnection test check which records have remained legible and how much of the latest data you may lose.Common errorPower supply directly from GPIO is not an appropriate general solution. Current shocks in writing require a suitable supply path.For further readingEspressif: SD-sPI bus card (english). Initialisation instructions SD-cards and sharing of SPI guides with other devices.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Module for reading SD cards for Arduino Raspberry SPIESP32 38 pin WIFI IoT BluetoothESP32-S3 N16R8 WiFi development panel BT 8MB PSRAM

Question 15

I2C, SPI or UART: How do I choose the right connection for sensor and development plate?

Accepted Answer

I2C, SPI and UART are different methods of connecting devices. The choice should be determined by the actual interface of the module and the requirements of the project, not just the number of free wires.What to check outI2C is convenient for several slower peripheral devices with different addresses. Check pull-up resistance, tension and capacitance connection.SPI is suitable for rapid data exchange, for example by SD-card. Devices normally need a separate CS signal and a harmonised transmission mode.UART uses broadcasting and reception that you correctly cross-connect. They must match speed, data format and signal levels.For longer connections in a disturbed environment, consider a dedicated physical interface and protection.A Practical ExampleOn the same panel, OLED can use I2C, SD-card SPI and external controller UART. Before binding, prepare the connector table so that functions do not overlap.Common errorTTL UART is not directly RS-232 or RS-485. Modbus also describes the protocol, not automatically the electrical compatibility of the connector.For further readingEspressif: I2C interface documentation (English). Detailed example of one of three interfaces: I2C settings and data transmission.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Mini OLED screen for Arduino 128x64 pixlov 0.96in i2C BlueModule for reading SD cards for Arduino Raspberry SPITTL module for serial communication MODBUS and automationESP32 38 pin WIFI IoT Bluetooth

Question 16

When for Arduina or ESP32 use relays, MOSFET or SSR?

Accepted Answer

The relay is suitable for rarer switching, MOSFET for suitable low voltage DC-load and often PWM, and SSR must be selected for a specific type of current and load.What to check outSpecify voltage, constant current, start current and type of load. Engine, heater and LED-strap not having the same requirements.In MOSFET-check control at actual GPIO voltage and expected current losses.In the case of a relay, check the charge of the coil, the active input level and the permitted contact characteristics for your load.For SSR, separate versions for AC and DC. Check cooling, off current and minimum load.A Practical ExampleFor dimming 12-V LED-the strap may be properly checked MOSFET-module. Use mechanical relays for less frequent switching, not fast PWM-switching.Common errorIRF520 is not a universal MOSFET for direct control with 3,3 V. Also, the presence of an optoscope does not guarantee galvanic separation if the power supply and binding of the masses do not allow this. Network voltage interventions require adequate competence.For further readingVishay: MOSFET IRF520 (PDF) data sheet (English). Check the conditions under which the current, resistance and steering voltage of the transistor are determined.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Diode automation relays 10A 5VDCDouble 5V DC automatic relay with diode and optocoplerMOSFET Module 15A 400W PWM DC 5V-36V Strength Arduino ModuleMOSFET IRF520 development module 0-24V

Question 17

Refrigerator miscools: how do I check if the problem is NTC-sensor?

Accepted Answer

Miscooling shall not constitute failure of the NTC. The cause may also be cable, connector, fan, defrosting, neck sealing or other part of the device.What to check outWrite down the refrigerator model, the symptoms and any error code. Find the service information for the exact sensor used.Before access, disconnect the device from the power grid. Do not aim the mutiny on the power grid.Measure the unset sensor at known and stable temperatures and compare the result with the corresponding service R/T-table.Check the cable and the connector. If necessary, compare the measurement at the sensor with the measurement through its cable; interruption or poor contact may mimic the sensor failure.A Practical ExampleIf the resistance in the slight movement of the cable jumps, the connection may be a problem. If stable, however, you still need a correct table to assess if it fits the temperature.Common errorDo not heat the tip with an open flame or bypass protection. In case of electrical or cooling system interventions, diagnostics should be continued by a qualified repairer.For further readingVishay: selection and measurement NTC-terminators (PDFs)) (English). Explanation of self-heating, response time and relationship between resistance and temperature.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Inox probe NTC sensor for a temperature of 10K 0,5m cable

Question 18

Can I replace the original fridge sensor with an INOX NTC-son of 10 kiloohms?

Accepted Answer

INOX NTC 10 k? is the appropriate replacement only if it corresponds to the original sensor specification. The metal casing and the nominal resistance alone do not demonstrate compatibility.What to check outConfirm the nominal resistance reference temperature, usually R25, and the total R/T curve or coefficients.Compare tolerance, permissible temperature range, response time, electrical insulation and installation mode.Check dimensions, connector, cable and condensation and sealing requirements.After change, perform the prescribed performance test and compare the temperature with an independent reference meter.A Practical ExampleTwo probes can have about 10 k at 25°C and different resistance at refrigerator temperature. The controller could therefore misjudge the temperature by otherwise undamaged replacement.Common errorFor our INOX-sun, before confirming the replacement, request information on the curve and installation conditions. We do not advertise it as a universal replacement for all refrigerators or for all types of media.For further readingVishay: expert questions about NTC-types (English). R-T curve interpretations, resistance selection and measurements. To replace it, it remains the key piece of the original sensor.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Inox probe NTC sensor for a temperature of 10K 0,5m cable

Question 19

NTC 10 or 100 kiloohms: how do I choose the right temperature sensor?

Accepted Answer

10 k? and 100 k? are the nominal resistances applicable at that reference temperature. The sensors are not directly interchangeable just because they both measure the temperature.What to check outCheck the required resistance and reference temperature in the controller or original sensor documentation.Compare More R/T-curve, tolerance, temperature range and probe structure.In 3D-tiskalniku the sensor table in the firmware must also correspond. Missetting may lead to dangerously incorrect display.With your own meter, adjust the divider and recalculate the actual sensor and check the reading at multiple temperatures.A Practical ExampleINOX 10-k? the probe may be a candidate for its own low temperature meter, appropriate 100-k? and the termist for a certain hotend. The choice is always confirmed by the controller and documentation, not just by use.Common errorThe word universal in the commercial title does not remove the requirement for comparison of characteristics. Code 3950 also needs an explanation for which temperature interval is applicable.For further readingVishay: overview of temperature sensors NTC (English). Overview of performances and connections to specifications useful when comparing temperature sensors.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Inox probe NTC sensor for a temperature of 10K 0,5m cable100K ohm NTC 3950 Thermistor for 3D printers universal3D Printer NTC Thermoistor 100 K accuracy 1 percent

Question 20

Why do two NTC-types with the same resistance at room temperature later show different?

Accepted Answer

The same resistance at one temperature does not mean the same curve. B-value, tolerance and characteristic may vary throughout the working range.What to check outCompare data sheets of both sensors: R at reference temperature, B and the interval for which it is given.Repeat the measurement at several known temperatures and wait for the thermal balance.Separate the systematic deviation from poor contact, self-heating and differences in the measurement site.Use appropriate tables or coefficients in your own program. In the case of an existing controller, use a sensor appropriate to its setting.A Practical ExampleIf the sensors match at room temperature but not in a cold environment, a single correction of the deviation often does not correct the difference across the range.Common errorCalibration at one point is not a confirmation of the entire area. Do not declare the typer defective until you have verified that you compare equivalent performance.For further readingVishay: curves R-T and coefficients NTC-terminators (English). The NTC section provides explanations of temperature curves, coefficients and measurement conditions.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Inox probe NTC sensor for a temperature of 10K 0,5m cable100K ohm NTC 3950 Thermistor for 3D printers universal3D Printer NTC Thermoistor 100 K accuracy 1 percent

Question 21

How to deal with Arduina or ESP32 measuring temperature with INOX NTC-probe?

Accepted Answer

Connect the NTC to a voltage divider with a known resistance, measure the voltage with ADC and convert it to temperature with the corresponding sensor characteristics.What to check outFor ESP32, use a divider and supply voltage that does not exceed the permitted ADC range. Check ADC and GPIO restrictions for a specific family.R NTC = R ref × V mer / (V nap - V mer) shall be used to bind the reference power resistance and the NTC against mass. The formula applies to this arrangement.Convert the resistance by certified R/T-table or coefficients. Do not enter random B-value just because the probe is 10 k?.Check several measuring points, effect of current through the sensor and operation at disconnection. In the program, separate temperature from error.A Practical ExampleAt a voltage close to half the charge, the resistance in such a divider is approximately the same. This is a useful electrical test before you trust the output temperature.Common error12-bitni ADC doesn't mean automatic precision to a thousand degrees. Important are the input range, ADC calibration, resistance tolerance, sensor and thermal contact.For further readingEspressif: calibration of the ADC analogue converter (English). Official procedures for converting ADC measurements into voltage and reducing measurement tolerance.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Inox probe NTC sensor for a temperature of 10K 0,5m cableArduino nano clone with USB C connector CH340ESP32 38 pin WIFI IoT BluetoothMini OLED screen for Arduino 128x64 pixlov 0.96in i2C Blue

Question 22

Can I extend the NTC-prone cable, and how can I reduce the disruption in the industrial cabinet?

Accepted Answer

The NTC cable can only be extended taking into account the measurement error, environment and connection mode. In the case of two-wire measurement, the resistance of the conductors is part of the measured resistance.What to check outCheck the permitted length according to the controller documentation. Choose a suitable cable and reliable joints.Guide typical water separately from motor and power lines. The assembly and its connection shall be performed after the design of the system.Protect joints from moisture and tensile stress. INOX-con does not automatically protect cable coupling.After an extension, compare the measurements with the reference and test the operation when the engines are switched on and other sources of interference.A Practical ExampleMeasure the probe resistance before and after the extension at the same stable temperature. Then check if the display changes during the operation of the machine.Common errorStrong program smoothing can hide jumping bad contact and simultaneously slow down the alarm. First fix the cause of the disturbance, then determine the filter.For further readingVishay: thermal and measurement characteristics of NTC (PDF) (English). A more detailed explanation of the impact of the implementation of the probe, coupling conductors and measuring conditions.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Inox probe NTC sensor for a temperature of 10K 0,5m cable

Question 23

How does the controller detect a interrupted or short-circuit temperature sensor?

Accepted Answer

In addition to temperature, the controller shall monitor the validity of the sensor. Interruption, short circuit and outdated data must lead to a clear error and an assumed safe condition.What to check outDetermine the expected electrical range for normal operation. In the case of the divider, check which supply line is to be reached at break or short contact.Add timing and obviously impossible changes. A single threshold is not enough for all mistakes.For the heater, anticipate off on invalid measurement and require independent temperature protection.Tests for malfunctions shall be performed under control of a disabled exit and according to the instructions for the device.A Practical ExampleThe recorder shall record the SENSOR ERROR status and the empty temperature when the sensor is disconnected. Thus, the graph does not show a fictional value or actual measurements.Common errorThe interruption does not always appear to be the same extreme temperature: it depends on binding and program. Software protection is not a reason to remove thermal fuse or protect firmware.For further readingMarlin: temperature sensor and heater protection (english). Example of control of sensors and temperature defects in software 3D-tiskalnika.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Inox probe NTC sensor for a temperature of 10K 0,5m cableESP32 38 pin WIFI IoT BluetoothDouble 5V DC automatic relay with diode and optocopler

Question 24

When do I select NTC-sun, Type K thermocouple or infrared temperature sensor?

Accepted Answer

NTC is a contact resistance sensor, the thermocouple generates temperature-dependent voltage and the infrared sensor assesses the surface temperature from radiation. The choice depends on what you actually want to measure.What to check outSpecify temperature range, required accuracy, response and possibility of physical contact.For NTC you need an appropriate measuring input and R/T-caracteristics. MAX31855 is not a NTC converter.For the thermocouple, use the correct version of the converter, type of probe and appropriate connections and compensation of the cold joint.Infrared measurements check the emissivity, field of vision, distance and ambient reflections.A Practical ExampleThe temperature of the liquid can be measured using an appropriately installed contact probe. It is interesting for a moving surface IR-measurement, but it must be checked for its material and measurement geometry.Common errorLight metal may be IR-it gives a misleading result. Also, the nominal range of the converter does not demonstrate the same range of the whole probe and cable.For further readingAnalog Devices: converter for thermocouples MAX31855 (English). Example of an interface for thermocouples with cold joint compensation and fault detection.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Inox probe NTC sensor for a temperature of 10K 0,5m cableModule Infrared Thermometer MLX90614ESF-DCC for Arduino

Question 25

When Do I Change PTFE-tube in 3D-tiskalniku and how to prepare her end properly?

Accepted Answer

PTFE-replace the tube when damaged, worn, deformed or the connection does not remain securely in place. The real shape of the end depends on the role of the pipe in the hotend.What to check outCheck the outer and internal diameter, length and hotel requirements. Bowden's tube isn't always the same as the inside stake of the hotel.Use a sharp blade and a straight rectangular cut; make the shot only where required by the instructions.Check the connector and safety and remove the intended airiness without damage to the hose.After assembly, check the unimpeded passage of the filament and the close exertion according to the manufacturer’s instructions.A Practical ExampleIf the tube moves off the connector at each passing and retraction, check the wear of the connection and the exterior of the tube, not only the length of the retraction.Common errorThe colour of the hose does not specify the permissible temperature. In the case of a Hot Work PTFE, do not exceed the specific composition limits.For further readingE3D: hotenda assembly V6 and installation PTFE-tubes (English). In step PTFE Tube Installation is shown the correct position and preparation of the end of the tube.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.PTFE tube for 3D printers 1 meter for 1,75mm filament3D printing nozzle 0,4mm E3D V6

Question 26

How do I select and set the TMC2208 driver for the NEMA 17 march engine?

Accepted Answer

TMC2208 select according to engine, module and control panel requirements. The NEMA 17 indicates the mechanical size of the flange, not the required current or driver compatibility.What to check outCheck the exact chip code on the module; the TCM2208 commercial record must be checked against the actual TMC2208.Find the rated engine current and allow the module flow at the scheduled cooling. Separate RMS and peak value.Check the orientation of the module, power supply, logic levels and STEP/DIR or UART mode.Set the current according to the documentation of the specific module and its measuring resistors. Start the test without dangerous mechanical stress.A Practical ExampleIf the driver is too small for the required engine current, the power supply does not in itself remove the limit. Check engine heating and driver during actual use.Common errorOne formula for Vref does not apply to all modules. Do not connect or disconnect motor conductors while powering the driver.For further readingAnalog Devices: TMC2208 driver (English). Official data sheet with electrical limitations, modes of control and driver configuration.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Cora engine NEMA 17 17HS8401 48mm 52NcmDriver for corner motors TCM2208 with refrigerator

Question 27

Why 3D-tiskalnik lost steps and layers shift?

Accepted Answer

The delay of the layer occurs when the actual position of the axle does not follow the ordered steps. The cause may be mechanical slip, obstruction, excessive acceleration, or electrical or thermal problems.What to check outCheck smooth movement, straps and fastening of straps in the case of an off-mode.Check if the head or the model is being treated against an obstacle. Also check the free movement of cables.Compare print at lower speed and acceleration without changing settings at the same time.Check the correct set current, driver cooling and engine connections.A Practical ExampleIf the delay occurs at the same height at all times, seek a reproducible obstacle or collision. If it occurs only after longer operation, check electronic heating.Common errorAn increase in current without checking the engine and driver can generate additional overheating. Too tight a strap also increases the load instead of improving accuracy.For further readingPrussian: Removing layer indentation (English). Procedure for checking straps, straps and mechanical causes of lost steps.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Cora engine NEMA 17 17HS8401 48mm 52NcmDriver for corner motors TCM2208 with refrigeratorGT2 beam width 6mm length 400mmGear 2GT 16T hole 6mm for pulley 6mmPOM scrolling wheel on ALU profile for 3D printers

Question 28

Why the Z axis causes repeated lines to 3D-izdelku and how to check T8-spindle?

Accepted Answer

Repeated lines along axis Z may be connected to a spindle, clutch, guidance or uneven extrusion. A periodic pattern is a clue for examination, not a final diagnosis.What to check outCompare track spacing with mechanic movement. Check if the problem recurs on several different models.Check the alignment of the spindle, nuts and engine, and the correct fitting of the clutch.Check smooth movement throughout height and required cleaning and lubrication.When changing T8, compare the diameter, thread step, start number and shift to turn; the T8 mark itself does not specify the shift.A Practical ExampleTwo spindles of the same diameter can move the queen from one plant to a different distance. In the case of shift change, the queen and the set of steps per millimetre must also be appropriate.Common errorDo not settle the drill with additional force clamping without design. Too limited a spindle can carry a fault to a wheelchair.For further readingPrus: guides for surface quality defects (English). Starting point to compare recurring errors, their appearance and possible causes.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.Screw bar for 3D printers T8 600mm with screw nutFinal bearing KFL08 for CNC or 3D printersFinal bearing KP08 for CNC or 3D printers

Question 29

Final switch or 3D Touch: what do I need to refer and settle the foundation?

Accepted Answer

The final switch normally determines the axis reference point. However, a 3D Touch probe may measure the position of the surface of the substrate; its use requires mechanical, electrical and software compatibility.What to check outSpecify whether you only need axle reference or also base grid measurements.Check the power supply, signal levels, pinouts and input on the controller for the concrete execution of the probe.Install the probe correctly and set the displacements from the nozzle and the prescribed reference procedure.Before moving automatically to the base, check the detection manually according to the manufacturer’s instructions and prepare the stopping option.A Practical ExampleThe probe may be mechanical at the nozzle, but the program must be told its deviation. Without this, measurements may be made in the wrong place or outside the substrate.Common errorProducts with similar appearance do not necessarily have the same layout of guides. The base grid does not remove loose mechanics or incorrectly set nozzle displacement.For further readingMarlin: Foundation alignment sensor configuration (English). Inspection of sensor types, connections and settings for reference and background measurement.Compatibility check productsSelect products according to the above criteria; the list is not a confirmation that they are all interchangeable.3D Touch foundation alignment sensor for 3D printersOptical infrared sensor module for Arduino H206 5VHallSense M12-10 Industrial Automation Sensor

Question 30

Kakšna je razlika med originalno in obnovljeno kartušo ali tonerjem?

Accepted Answer

Za naše stranke je pomembno vedeti razlike med originalnimi in obnovljenimi kartušami, saj te razlike vplivajo na stroške, ekološki odtis in kakovost tiskanja.1. Razlike v pakiranju:Originalne kartuše prihajajo v privlačnih embalažah, vendar mi verjamemo v praktičnost in ekološko odgovornost. Naše kartuše so pogosto pakirane v recikliranih plastičnih posodah, saj želimo zmanjšati odpadke. To pomeni, da boste kartušo morda prejeli v embalaži od skute, vendar nič zato – vse se lahko ponovno uporabi.2. Količina črnila ali tonerja:Pri masovni proizvodnji originalnih kartuš se pogosto zgodi, da so kartuše napolnjene manj kot bi morale biti. Pri nas se to ne dogaja – kartuše napolnimo maksimalno, včasih še več. Uporabljamo napredno vakumsko komoro za črnilo in vibracijsko tehnologijo za toner, kar zagotavlja najboljšo napolnjenost.3. Čipi:Redko menjamo čipe, razen kadar je to nujno potrebno za delovanje. Večina čipov služi le za prikaz nivoja barve, kar ne predstavlja velike vrednosti za stranko, a močno poveča ceno izdelka. Če želite funkcijo čipov, jih lahko dokupite posebej.4. Cena:Naše kartuše so več kot 70% cenejše od originalnih. To pomeni, da lahko znatno prihranite, ne da bi pri tem žrtvovali kakovost.5. Ekološki vidik:Vse naše kartuše so proizvedene lokalno v Ljubljani, kar pomeni manjši ekološki odtis. Originalne kartuše so večinoma proizvedene v Aziji in prepotujejo dolge razdalje, kar negativno vpliva na okolje.Podprite lokalno in delujte globalno z našimi trajnostnimi kartušami!

Question 31

Kje lahko prevzamem ?

Accepted Answer

Če se sprašujete, kje lahko prevzamete svoje naročilo, imamo odlično novico za vas! Naša trgovina se nahaja na naslovu Rakuševa ulica 8, Ljubljana, kjer lahko prevzamete vse izdelke in izkoristite večino naših storitev. Lokacija je enostavno dostopna, saj smo v bližini McDonaldsa in Hoodburgerja, kar vam omogoča, da se med potjo še okrepčate.Zavedamo se, da so časovne omejitve pogosto vir stresa, zato smo pripravili rešitev tudi za tiste, ki ne morete priti v okviru našega delovnega časa. Paketnik je vaša elegantna rešitev! Tukaj lahko preprosto pustite svoje prazne kartuše ali tiskalnike, ki potrebujejo servis, in ko so popravljeni, jih lahko tam tudi prevzamete. Ko bo vaše naročilo obdelano, vas bomo nemudoma obvestili.Da bi vam še dodatno olajšali postopek, priporočamo, da v paketniku pustite kontaktne podatke, kot je vaš email ali telefonska številka, da vas lahko pokličemo. Plačilo je povsem enostavno – povezavo za plačilo vam bomo poslali prek SMS-a, vi pa jo lahko opravite s kartico. Vaše naročilo običajno obdelamo še isti dan ali najkasneje naslednji delovni dan.Za več informacij o našem delovnem času obiščite Kontakt

Question 32

Ali je mogoče prevzeti naročeno izven delovnega časa ?

Accepted Answer

Ali je mogoče prevzeti naročeno izven delovnega časa?Seveda, popolnoma razumemo, kako neprijetno je, ko vaši dnevi postajajo vse bolj natrpani in iskanje prostega časa med delovnimi urami je pogosto izziv. Zato smo ustvarili rešitev, ki vam omogoča, da prevzamete svoje naročene artikle kadar koli želite – brezplačno in brez stresa. Naš paketnik, ki se nahaja desno od vhoda v trgovino, je na voljo 24/7. Tako lahko prevzamete svoje naročilo ob katerem koli času, ko vam najbolj ustreza, ne da bi vas omejeval urnik trgovine.Kako deluje? Zelo preprosto – samo oddajte naročilo pred 12. uro, in ko izbirate način dostave, označite prevzem v paketniku. Vaše naročilo bo pripravljeno isti dan, in kadarkoli boste želeli, boste lahko opravili prevzem – bodisi zgodaj zjutraj bodisi pozno ponoči. Nič več čakanja ali prilagajanja prostemu času med delovnim urnikom trgovine.Veliko naših strank že koristi to možnost, saj jim omogoča fleksibilnost in prihranek časa. V situacijah, ko se vam mudi ali enostavno želite izogniti čakanju v vrsti, je prevzem v paketniku popolna rešitev. Predstavljajte si, da si lahko naročilo prevzamete na poti domov po napornem dnevu ali pa celo med vikendom, ko imate več časa.Zakaj izbrati prevzem v paketniku?Brezplačno – nobenih dodatnih stroškov za to storitev.Dostopno 24/7 – popolna fleksibilnost, prilagojena vašemu urniku.Enostavno in hitro – brez čakanja v vrstah ali iskanja prostega časa.Varen prevzem – vaši artikli bodo varno shranjeni v paketniku do vašega prihoda.Ne pustite, da vas čas omejuje – izberite prevzem v paketniku in uživajte v svobodi. Naročite še danes in bodite brez skrbi, saj boste vedno imeli dostop do svojih naročil, kadar koli vam ustreza. Ali ste že preizkusili naš paketnik?

Question 33

Ali lahko s prodajo vaših izdelkov tudi jaz kaj zaslužim?

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Heres the SEO-optimized response and keywords for your target audience considering a reselling opportunity with your products:---Ali lahko s prodajo vaših izdelkov tudi jaz kaj zaslužim?Seveda! Če imate podjetniško žilico in vas zanima dodatni zaslužek, potem je prodaja naših izdelkov prava priložnost za vas. Z vsakim novim kupcem, ki ga pridobite, si lahko zagotovite nagrado od 5% do kar 35% vrednosti naročila – vse je odvisno od vrste in količine izdelkov, ki jih prodajate naprej.Pri nas ni nujno, da imate registrirano podjetje ali samostojno dejavnost – skupaj bomo našli rešitev, ki vam bo omogočila preprost začetek. Lahko začnete s priporočilom naših inkov brez siloksanov ali celo s pridobitvijo naše refill station Urh, s katero boste lažje ponudili storitev polnjenja kartuš svojim strankam.Ne odlašajte! Z investicijo v kakovostne izdelke in malo podjetniškega duha lahko ustvarite dodatni zaslužek, ob tem pa tudi pomagate strankam do izdelkov, ki so ekonomsko in okolju prijazni. Vsak korak, ki ga naredite, vas bliža finančni svobodi in uspehu.---Meta opis za SEO: Pridružite se naši prodajni mreži in zaslužite do 35%! Za začetek ne potrebujete podjetja – podpiramo vas na poti do uspeha in dodatnega zaslužka.

Question 34

Kaj naj uporabim namesto Anydesk ali Teamviewer?

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Brezplačna alternativa AnyDesk in TeamViewer: Spoznajte RustDesk V zadnjem času so priljubljene platforme za oddaljeni dostop, kot sta AnyDesk in TeamViewer, začele uvajati vse več omejitev za brezplačno uporabo svojih storitev. To je povzročilo frustracije med uporabniki, ki se zanašajo na te rešitve za oddaljeno pomoč in sodelovanje. Naraščajoči stroški in omejitve funkcionalnosti so mnoge prisilili v iskanje alternativ, ki so cenovno dostopne, zanesljive in enostavne za uporabo. RustDesk: Odprtokodna rešitev za oddaljeno namizje Ena izmed najbolj obetavnih odprtokodnih alternativ je RustDesk. Gre za brezplačno platformo za oddaljeno namizje, ki ponuja popoln nadzor nad vašimi podatki in omogoča enostavno povezovanje z drugimi napravami. RustDesk je na voljo za različne operacijske sisteme, vključno z Windows, macOS, Linux, Android in iOS, kar zagotavlja široko združljivost. Ključne prednosti RustDesk Popoln nadzor nad podatki: Ker je odprtokodna rešitev, lahko RustDesk gostite na lastnih strežnikih, kar zagotavlja večjo varnost in zasebnost. Enostavna namestitev in uporaba: Postopek namestitve je preprost. Prenesite program z uradne spletne strani, ga zaženite in prejeli boste dostopno kodo ter geslo, ki ju delite z osebo, ki ji želite omogočiti dostop do vašega računalnika. Brezplačna uporaba brez omejitev: Za razliko od nekaterih komercialnih rešitev RustDesk ne uvaja omejitev za brezplačne uporabnike, kar omogoča neprekinjeno uporabo brez nepričakovanih prekinitev. Kako začeti z RustDesk Prenos: Obiščite uradno spletno stran RustDesk in prenesite ustrezno različico za vaš operacijski sistem. Namestitev: Po prenosu zaženite namestitveni program in sledite navodilom na zaslonu. Povezovanje: Ob prvem zagonu vam bo RustDesk dodelil edinstveno dostopno kodo in geslo. Te podatke posredujte osebi, ki ji želite omogočiti oddaljen dostop do vašega računalnika. Z RustDesk lahko uživate v svobodi in fleksibilnosti, ki ju ponuja odprtokodna platforma za oddaljeno namizje, brez skrbi glede skritih stroškov ali omejitev. Njegova enostavna uporaba in zanesljivost sta že prepričali številne uporabnike po vsem svetu.

Question 35

Ali ste pooblaščeni servis za katerokoli znamko?

Accepted Answer

Ali ste pooblaščeni servis za katerokoli znamko? Ne, nismo pooblaščeni servis, kar ima tako prednosti kot slabosti. A zakaj bi to sploh lahko bila prednost za vas? Prednosti neodvisnega servisa Fleksibilnost pri popravilih: Kot neodvisni servis nismo omejeni s smernicami proizvajalca, kar pomeni, da lahko najdemo najboljšo rešitev za vašo napravo. Nižji stroški: Pooblaščeni servisi pogosto zaračunavajo višje cene zaradi uporabe izključno originalnih delov in strogega postopka popravila. Hitrejša izvedba: Ker nismo omejeni na določene dobavitelje, lahko hitreje pridobimo dele in opravimo popravila. Prilagoditev specifičnim potrebam: Ponujamo rešitve, ki so prilagojene vašim zahtevam in niso vezane na standardizirane smernice proizvajalca. Slabosti, ki jih je treba upoštevati Garancijska vprašanja: Če je naprava še v garanciji, se lahko popravilo pri neodvisnem servisu smatra kot kršitev pogojev garancije. Originalni deli: Pooblaščeni servisi uporabljajo zgolj originalne dele, medtem ko mi ponujamo tudi kakovostne nadomestne rešitve. Zakaj izbrati nas? Naša ekipa ima več kot 20 let izkušenj s popravilom raznolikih naprav. Pri nas ne gre le za hitro in cenovno ugodno storitev, temveč tudi za prilagojen pristop. Veliko strank nas izbere, ker jim omogočimo prilagodljive rešitve, ki jih pooblaščeni servisi pogosto ne nudijo. Primer iz prakse Ena naših strank je želela hitro popravilo tiskalnika, ki je bil ključnega pomena za njihovo poslovanje. Pooblaščeni servis bi potreboval več tednov za dobavo specifičnega dela, mi pa smo uporabili prilagodljivo rešitev in težavo odpravili v treh dneh. Stranka je bila več kot zadovoljna! Zaključek Če potrebujete hitro, prilagodljivo in cenovno ugodno popravilo, smo mi prava izbira. Kaj je za vas pomembnejše – strogo sledenje proizvajalčevim smernicam ali rešitve, ki so narejene za vas?

Question 36

Kaj vse počnemo v Svetu Črnil

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Vse, kar počnemo v Svetu Črnil – inovacije za tiskanje in avtomatizacijo V podjetju Svet črnil se že od leta 2004 osredotočamo na inovativne rešitve na področju tiskanja in industrijske avtomatizacije. Naša široka paleta storitev in izdelkov je zasnovana tako, da odgovarja na specifične potrebe naših strank, pri čemer se osredotočamo na reševanje ključnih izzivov, s katerimi se soočajo v svojih panogah. 1. Visoki stroški tiskanja in vzdrževanja tiskalnikov Podjetja in posamezniki se pogosto soočajo z visokimi stroški tiskanja ter vzdrževanja tiskalnikov. Naša zgodba se je začela leta 2004 s servisom kartuš in tonerjev, kar smo kmalu nadgradili s servisiranjem tiskalnikov. Leta 2010 smo kot prvi v Sloveniji uvedli predelavo tiskalnikov z vgradnjo CISS sistemov, ki omogočajo cenejše tiskanje brez uporabe dragih kartuš. S tem smo strankam omogočili znatne prihranke pri stroških tiskanja. 2. Potreba po prilagodljivem in stroškovno učinkovitem tiskanju etiket Podjetja, ki se ukvarjajo s pakiranjem, pogosto potrebujejo prilagodljive in stroškovno učinkovite rešitve za tiskanje etiket v manjših serijah. Razvili smo namenski tiskalnik etiket iz role na rolo, ki deluje brez kartuš in omogoča skoraj brezplačno tiskanje. Ta tiskalnik je idealen za podjetja z velikim številom različnih dizajnov etiket, saj omogoča tiskanje majhnih serij po potrebi. 3. Učinkovito etiketiranje izdelkov z ravnimi površinami Ročno lepljenje etiket na izdelke z ravnimi površinami je lahko zamudno in nepraktično. Zato smo razvili avtomatsko etiketirko, ki omogoča hitro in natančno lepljenje etiket na ravne površine. Ta rešitev je še posebej koristna za podjetja, ki želijo povečati učinkovitost in doslednost v procesu etiketiranja. 4. Potreba po natančni in kakovostni obdelavi kovin Industrije, ki zahtevajo natančno in kakovostno obdelavo kovin, se pogosto soočajo z izzivi pri varjenju različnih vrst kovin. Leta 2015 smo začeli z obdelavo kovin in varjenjem vseh vrst kovin s pomočjo laserja. Lasersko varjenje je idealno za materiale, kot so jeklo, inox, zlato, srebro, titan in aluminij, saj ne povzroča pregrevanja in omogoča avtogeno varjenje, kar zagotavlja najmočnejši možen var. 5. Iskanje zanesljivih partnerjev za industrijsko avtomatizacijo in robotizacijo Podjetja, ki želijo izboljšati svojo proizvodno učinkovitost, pogosto iščejo zanesljive partnerje za industrijsko avtomatizacijo in robotizacijo. S svojo dolgoletno prisotnostjo v industriji in lastnimi raziskovalno-razvojnimi zmogljivostmi smo zanesljiv partner za podjetja, ki želijo optimizirati svoje procese in povečati produktivnost. Zaključek V Svetu črnil se zavedamo izzivov, s katerimi se soočajo naša stranke, in ponujamo prilagojene rešitve, ki temeljijo na inovacijah, kakovosti in učinkovitosti. Naša zgodovina in izkušnje so zagotovilo, da lahko odgovorimo na vaše specifične potrebe in vam pomagamo doseči vaše poslovne cilje.

Property	AS5600	Classic optical encoder
Resolution	12bit (4096)	1024 – 2048
Sensitivity to dirt	Low (magnetic reading)	High (optic slots clogged)
Mechanical wear	No friction	Yes (lays, discs)
Price	Favourable, Cheaper	Cost
Integration	I2C plug-and-play	Often requires additional electronics
Eligibility for mobile devices	Excellent, low consumption	Average

AS5600 Magnetic Encoder Cotter 12bit I2C Module

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AS5600 Magnetic Encoder 12bit I2C – cheaper, affordable, local in Ljubljana

Key specifications AS5600 – power of precision

Use AS5600 – from robotics to industrial automation

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Benefits of AS5600 – savings, robustness, local supply Ljubljana

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Final thought – AS5600 solves complex problems in a favorable way

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