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Remote management of air quality monitoring solutions requires a stellar cellular router. Click here to learn more. Cellular Router for Remote Air Quality Monitoring PDF PDF PDF Highlights ✔ Orion SRL is an Italian designer of integrated networking solutions in the sphere of environmental parameters, ensuring top-notch and continuous measurement of chemical-physical variables of industrial processes. ✔ For its automated and remote air quality monitoring solution, Orion needed a cellular router with FTP support to establish remote access and management capabilities. ✔ It chose the Teltonika Networks RUT241 cellular router, relying on its uninterrupted connectivity via automatic WAN failover. The challenge – air quality assurance Human innovation isn’t free – it comes at the cost of pollution that harms the quality of our air. To offset this cost, air quality monitoring is a sector that is gaining momentum in recent years. It collected $4.7 billion in 2022 and is forecasted to reach a market size of $8.6 billion in 2032, at a CAGR of 6.4%. Our partners at Orion take part in this growth with their effective air quality monitoring solution. Using state-of-the-art analysis equipment and capitalising on automation, their customisable mobile and stationary air quality monitors ensure strict and optimal adherence to air pollution standards. However, excellent air quality monitors by themselves are not enough to compete in an increasingly saturated market, especially when the European Union had decreed the neutralisation of gas emissions by 2050. This is why Orion chose to implement remote access and management capabilities in its solution. Remote management optimises all facets of the air quality solution’s operation, minimises costs, and ultimately offers a higher-value product to its end clients. Remote management capabilities aren’t free either, though. They demand uninterrupted connectivity. In other words, Orion needed to include an industrial cellular router in its air quality monitor setup. After searching for the best device for the job, they turned to Teltonika Networks. Topology The solution – cellular router for remote management Orion chose the Teltonika Networks RUT241 cellular router for its automated and remote air quality monitoring solution. In each deployed air quality monitor, the router is connected via Ethernet to a dust sampler, which measures exposure to dust particles in the solution’s vicinity. Data from the dust samplers is then sent from this 4G router to Orion’s cloud analytics platform and monitoring centre, where the company can ensure operations are running smoothly. The data is collected and transmitted at LTE Cat 4 speeds using the FTP protocol – a staple of computer file transfer. In addition, the FTP protocol allows Orion to send SMS messages to its networking solution to check its status at any given time and receive real-time updates. This eliminates the need for its engineers to travel to the solution’s location and access the solution in person – and all associated costs. Integral for any remote management solution is connection reliability, and Orion’s air quality monitor is no exception. The RUT241 cellular router is equipped with automatic WAN failover, which switches to an available backup connection in case of disruption, thereby maintaining stable connectivity. This cellular router’s sturdy aluminium housing and resistance to extreme temperatures from -40 °C to 75 °C mean that no industrial environment is too much for it to handle. Orion knew that the right cellular router was paramount for its solution’s remote access and management capabilities. With the RUT241, they can rest assured. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Related products RUT906 View more View less Related accessories POWER CABLE WITH 4-WAY SCREW TERMINAL ETHERNET CABLE 1.5M DIN RAIL KIT COMPACT DIN RAIL KIT COMBO MIMO MOBILE/GNSS/WI-FI ROOF SMA ANTENNA View more View less

Check how boiler rooms are monitored with Teltonika Networks' TRB IoT gateways. Get real-time data in challenging environments — learn more! Uninterrupted Monitoring of Industrial Boiler Rooms PDF PDF HIGHLIGHTS ✔ Industrial boiler rooms are known for their complexity and need for continuous remote monitoring. However, since boiler rooms are most commonly in basements, strong and reliable network connectivity is hard to guarantee. ✔ NS Koncept creates automation solutions revolving around industrial and thermal power processes. For this challenge, it put its trust in our TRB gateways for creating an automated monitoring and control solution. ✔ TRB140, TRB142, and TRB145 ensure robust and uninterrupted network connectivity alongside key features like ping reboot and SMS configuration, making them irreplaceable for this demanding solution. THE CHALLENGE – RESTRICTED BY UNDERGROUND BARRIERS The most complex infrastructures often function much like everyday appliances, and the same could be said about industrial boiler rooms. Think of an industrial boiler as a pressure cooker. To cook with it, you need to put the cooker on direct heat, wait for the water inside to boil, and let the steam gradually come out. The boiler works the same way; it’s just ten times bigger, so it deals with way more intense pressure. And instead of cooking food, it generates steam to supply heating for households. If the industrial boiler is like a pressure cooker, an industrial boiler room is like a kitchen. And like a kitchen, it needs more than just one appliance. A boiler room needs temperature meters, water tanks, pipes, and other equipment to ensure a smooth heating process. Massive damages, like flooding or boiler explosions, can happen if unsupervised infrastructure busts. That’s why monitoring it is not an option, but a requirement. The challenge we’re about to dissect consists of many boiler rooms, all requiring high-speed network connectivity to collect real-time information about equipment parameters and send immediate alarms if anything goes south. However, all of them are located in building basements, where a connection is generally not great, and each of their PLCs features a different communication interface: RS232, RS485, or Ethernet. So, this challenge revolves around three serious concerns: a troublesome location, different communication requirements, and an infrastructure reliant on uninterrupted monitoring. TOPOLOGY THE SOLUTION – LETTING GATEWAYS TAKE THE WHEEL NS Koncept took this challenge and evaporated the steam of these concerns by connecting the headquarter’s computers with each boiler’s PLC through a remote network connection enabled by our TRB gateways. Even though the boiler rooms are located in basements, the TRBs’ reliable network connectivity and features like ping reboot help maintain a stable Internet connection when it has to pass through thick walls underground. This uninterrupted network ensures that all necessary data is continuously transferred to the headquarters for monitoring purposes, making information like temperature, pressure parameters, and instrument status available at all times. Continuous data throughput also helps guarantee that the right amount of power gets generated. If anything is off, the boiler room system notifies monitoring stations through alarms and heat meters indicators. Besides the robust network connectivity support, our TRB series gateways excel with their diversity of interface ports, which is exactly what NC Koncept needed. All three gateways have different ports: TRB140 – Ethernet, TRB142 – RS232, and TRB145 – RS485. For this reason, communication between a PLC of each boiler room and headquarters’ computers becomes possible. The devices also provide remote control via SMS so you can have complete power over device configuration and access to functions, like changing mobile settings according to your needs. With many versatile features, our TRB gateways complement this solution with additional benefits while ensuring it stays reliable and simple. DOWNLOAD CATALOG! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Energy & utilities FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Replacing legacy water infrastructure equipment and deploying a SCADA system isn’t easy. Here’s how a cellular router can help. Cellular Router for Water Infrastructure SCADA Systems PDF PDF PDF PDF Highlights ✔ Watt Unit is a Romanian specialist in electrical system engineering, procurement, and project management, leveraging technological expertise for industrial challenges of any kind. ✔ To execute a water infrastructure upgrade project and establish a SCADA system in the city of Medgidia, Watt Unit needed an industrial cellular router for reliable and secure connectivity. ✔ The chosen device is our RUT951 cellular router, deployed alongside the TSW010 Ethernet switch . This router provides this solution with uninterrupted connectivity, remote monitoring capabilities, and a wide and flexible range of support communication protocols and interfaces. The Challenge – New Infrastructure, New Problems Improving water infrastructure is no simple undertaking. That’s why when Raja , Romania’s premier regional water operator, took the reins of a water infrastructure improvement project in the city of Medgidia, it chose our partner, Watt Unit, to handle all things electricity. The project’s goal was to improve access to high-quality drinking water services by connecting all Medgidia residents to a distribution network, ensure continuous operations, and reduce water losses. In practice, legacy equipment in four wells had to be replaced, including laying down the foundations of a Supervisory Control and Data Acquisition (SCADA) system and adding on-site sensors for measuring water parameters. The data would be wirelessly transmitted to a SCADA control centre, where it could be monitored and analysed in real time. Of course, these IoT remote monitoring capabilities demand reliable connectivity, and therein lies the challenge. The wells in which the equipment was to be installed were in areas with poor accessibility, weak General Packet Radio Service (GPRS) signals, and adverse weather conditions. A meticulously planned network infrastructure would be needed to maintain a reliable connection in such conditions. And as the bright minds at Watt Unit know, the infrastructure of any remote monitoring network solution starts with its beating heart: a cellular router. Topology The Solution – Enabling SCADA with Connectivity Watt Unit chose the Teltonika RUT951 industrial cellular router for Medgidia’s water infrastructure SCADA system. This 4G LTE router is at the heart of an array of end devices, protocols, and key features needed in this network solution, so let’s unravel things piece by piece. At the far end of one side are the on-site sensors, such as water level, flow, and pressure sensors. These are connected to the Teltonika TSW010 Ethernet switch via its RJ45 ports. The 5-port switch centralises the network the sensors are connected to, allowing for streamlined network management. The Ethernet switch is then connected to the RUT951 industrial cellular router, also via RJ45. The router collects the data from the sensors and transmits it wirelessly to the SCADA system on the other end of the solution. And it is here, in this wireless transmission, that the real IoT magic happens. The 4G LTE router is paired with a GNSS Wi-Fi SMA antenna for improved capabilities, as well as VPN and firewall services for enhanced data security. Seamless communication with the SCADA system is done via the OPC UA protocol, while Modbus TCP and Modbus RTU are used for communication with secondary panels. Further cementing this solution’s reliable connection is the RUT951 cellular router’s dual SIM functionality, utilising auto- failover , backup WAN, and other switching scenarios to ensure network redundancy and uninterrupted LTE Cat 4 connectivity. These give the solution room for future adaptation to additional end devices, remote operations, and more. Narrowing down on the physical side of things, this industrial cellular router is housed in rugged aluminium and features operating temperatures of -40 °C to 75 °C Indeed, the RUT951 plays a pivotal role in Watt Unit’s masterful execution of this SCADA system network solution. Together with the TSW010 5-port switch, this 4G router provides reliable connectivity, advanced remote monitoring capabilities, and data protection essential for the modernisation of Medgidia's water infrastructure. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Energy & utilities FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Add a Title Energy & utilities Related products TRB500 RUT901 RUT301 View more View less Related accessories SMA CABLE EXTENSION SIM ADAPTER KIT POWER CABLE WITH 4-WAY SCREW TERMINAL MOBILE MAGNETIC SMA ANTENNA ETHERNET CABLE 1.5M DIN RAIL KIT ADAPTER COMPACT DIN RAIL KIT View more View less

If smart IoT solutions in urban environments interest you, read our use case about how Teltonika Networks provides connectivity for irrigation systems! Remotely Controlled Urban Irrigation System PDF PDF PDF SUMMARY The urban areas keep growing at an astounding rate. The landscape changes so fast that the microclimate within the city limits also alternates noticeably. A big city can affect temperature, rainfall, wind, air pressure and much more. Fog lingers around for longer, and the pollution gets more concentrated. The dark tones of asphalt and roofing for offices and residential buildings absorb heat from the sunlight. Then, during the night, that heat is radiated out. Due to this, urban engineering is putting all efforts into combating these unwanted side effects. And it seems that one of the main ways to make things better is the green city movement. CHALLENGE A garden or a nice lawn set atop your apartment rooftop, a wall covered in green vines, or trees planted all along the sidewalks not only decrease the heat absorbed throughout the day but also help to clean the air. However, as many of you may know, plants need constant care and sufficient moisture to grow and flourish. Since the greenery growing within the city will experience the drastic changes of the local microclimate, it needs the moisture to be just right. Having staff physically go around the city to check and take care of all the green spaces is highly inefficient. An irrigation system can eliminate such needs, making the watering process much faster. The irrigation system can be automated to increase such a solution's efficiency further. However, such a solution needs connectivity for all of its sensors and control options for the irrigation system. PARTNERS HB Water Technology has provided technological solutions for various water features for many years. They take care of the entire process, from advising and engineering the solution to its installation. Their expertise ranges from irrigation systems for roof gardens, vertical gardens and planters, to other high-quality green projects. Comgate has been helping to provide wireless connectivity for IoT solutions since 2015. They specialize in supplying SIM cards with IoT bundles, offering Mobile Broadband and IoT subscriptions for your devices. SOLUTION Three companies have combined their expertise to provide remote irrigation system control for green city spaces. HB Water Technology has developed an IMC (Irrigation Moisture Control) box to track changes in weather conditions and active the irrigation system remotely when needed. The box monitors moisture in the soil, temperature, water pressure and flow. Based on this data, the irrigation can be set up to water the plants automatically, once all the requirements are met, or be remotely activated with an APP or via an internet browser. Connectivity for this solution comes from Teltonika Networks RUT241 industrial cellular router housed within the IMC Box and featuring an eSIM data bundle provided by Comgate. Teltonika Networks router is a perfect fit for this scenario as it can withstand extreme environments, like heat, cold and moisture. The sensor can then relay the data to a monitoring center where the system can be adjusted accordingly and the information analysed. This lets you take care of the city greenery without having trained staff on site. TOPOLOGY BENEFITS RUT241 can work in extreme environmental conditions, like heat and moisture, which the irrigation system encounters regularly. Multiple I/O connections allow for remote monitoring and control of connected elements. The industrial cellular router provides 4G LTE connectivity which allows transferring the gathered data from the sensors to the monitoring center. Remote management of connected elements via an APP or browser. WHY Teltonika Networks? HB Water Technology has chosen Teltonika Networks due to our compact and sturdy products history. RutOS compatibility with various software was a great boon in this solution, letting them monitor every deployed device and gather data on their state. The client was also happy with the available support that Teltonika Networks provides for our customers. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Automated fee calculations in landfills demand connectivity. Discover how the TRB141 IoT gateway is the perfect device for the job. Waste-Dependant Fee Calculations in Landfills PDF PDF SUMMARY Landfills aren’t something that gets talked about often, but they’re definitely significant when it comes to keeping our environment clean and safe from disease spreading. Waste management is crucial for the smooth maintenance of waste reduction around us, so it’s essential to keep incoming waste supervised and regulated. It’s no secret that in order to dispose your waste in landfills, tipping fees must be paid. Disposal costs depend on the waste amount. Hence, waste services require instant and accurate weight calculations to determine the tipping fee. CHALLENGE The scarcity of space in landfills is alarming, pushing us to think of supervising options for their capacity and waste charging fees. The main challenge is to establish a connection between the waste-weighing system components, which would allow obtaining accurate weight measurements of waste to designate its space occupation and exact cost. Besides managing waste weight and tipping fees, other functions and operations of transfer facilities and landfills need to be taken care of too. Monitoring the amount of disposal oil and supervision over areas like inventory management, reporting, or statistics are just as necessary. Since manual data collection is too time-consuming and prone to human errors, all the calculations, maintenance, and monitoring of processes need to be digitalized. In other words, all the information needs to be accessible through management software that’s powered by network connectivity. By having this option, companies will be able to obtain and use data for an efficient workflow. SOLUTION The solution for this case begins with industrial scales that measure and calculate weight-dependent waste disposal fee. With the help of network connectivity, all information collected from the weighting system gets instantly transferred to the monitoring software via Wi-Fi, which can be accessed by any connected device, like a computer or tablet. Immediate data allows for the fees to be assigned quickly and without errors. The cellular RUTX11 router enables you to connect as many industrial scales as needed to the management software wirelessly. And although landfills and transfer stations are usually located far away from urban areas, this router provides its data accessibility even in rural locations. The solution is accompanied by the TRB141 gateway. This device, connected to liquid level sensors of oil disposal containers, sends constant information about container capacity levels to the landfill data server over a wired connection. Once the capacity levels are reached, the sensors give notice to the monitoring software, alerting that the containers must be replaced. TOPOLOGY BENEFITS The RUTX11 router provides fast and reliable 4G LTE CAT 6 connectivity with an auto-failover option – ideal for communication without interruptions; Featuring Dual-Band Wi-Fi 5 802.11ac, the RUTX11 router becomes the perfect option for when high data transmission or robust wireless performance is prioritized; The TRB141 gateway excels by its low power consumption and is advantageous for continuous data transmission capabilities; Both RUTX11 and TRB141 are designed to be easy to use. Their installation and maintenance do not require any particular training or know-how. WHY TELTONIKA NETWORKS? Reducing the risks of human errors ensures efficient and smooth management of transfer stations and landfills. Devices like RUTX11 and TRB141 are easy to use and reliable, ensuring simple and smooth workflow in any industry. Teltonika Networks devices are perfect for cases like these, where strong and stable network connectivity is crucial for the efficient functioning of facilities. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Related products TRB141 View more View less Related accessories SURFACE MOUNTING KIT POWER CABLE WITH 4-WAY SCREW TERMINAL MOBILE SMA ANTENNA COMPACT DIN RAIL KIT View more View less

As the world is facing a pandemic crisis, the tools chosen to help in this fight must be reliable and secure, ensuring fast to deploy mission-critical connectivity. Drive through testing PDF PDF SUMMARY At the beginning of 2020, we have heard rumors that there is a virus, which can cause chaos in the world. Many people did not believe that; however, everything changed rather quickly as the number of cases rose. Now, the world is dealing with a massive crisis, called COVID-19, in all the ways possible. Each country has its unique strategies, but the most common initiatives include quarantine, travel ban, and social distancing. Non-essential businesses are shutting down or continue working from home, schools and universities are, medical employees are standing in the front line. CHALLENGE Because finding out about new virus cases is essential for managing the healthcare system, countries have established drive-through testing posts. They are beneficial because they require as little contact between the public and medical employees as possible. It works pretty simply. Cities are choosing the right spot and deploying the temporary site, in which there‘s a medical booth with employees. The people, who think that they might be infected, drive with a car to the booth where the medical staff takes the details, registers the person, takes a sample, and stores it for later delivery to the lab. However, it is a bit more challenging to deploy such a solution quickly. To register the person that is being tested, the testing staff must have reliable connectivity to the Internet because they must input his or her data into the medical case registration system. The connectivity must also be secure to protect personal data and ensure there are no threats of anyone accessing medical databases. To summarize, amongst other logistical challenges, deploying drive-through testing facilities requires secure and reliable Internet connectivity that must be deployed immediately. SOLUTION Apart from connection security & reliability, the essential solution features are ease of set-up and speed of deployment. In this particular application, RUTX11 plays an important role. This professional cellular router is used to provide Internet connectivity through 4G LTE by sharing it using Dual-Band Wi-Fi (2.4 & 5Ghz). On-site medical staff can register patient details using a wireless connection and ensure they forwarded to the medical case registration system, so their sample can be delivered to the lab and followed up if necessary. Also, the same RUTX11 can be connected directly to CCTV cameras or the Network Video Recorder (NVR) using Gigabit Ethernet interfaces. It is worth mentioning that this cellular router comes with Dual SIM functionality with an auto-failover feature, which means that you can set-up your connection to switch to a backup cellular provider if the primary one fails. Finally, all our routers are equipped with multiple VPN options and firewall for security. As mentioned before, the speed of deployment is crucial, but also is the ability to configure and set-up the temporary network over-the-air. RUTX11 complies with both of the requirements with the help of Teltonika RMS cloud platform. It allows the device to be preconfigured or configured remotely, so the medical teams don’t need to worry about any set-up or come into contact with any unnecessary technical staff. TOPOLOGY BENEFITS Fast deployment – RUTX11 is fast to set up and easy to use, it is ideal for professional temporary network deployments. Fast connection – With 4G LTE Cat6, this device is capable of speeds up to 300Mbps, which is more than sufficient to support both CCTV and case registration activities in the drive-though virus testing facility. Remote set-up & management – with Teltonika RMS, the router can be set-up and configured over the air to comply with all security requirements to satisfy internal medical systems for case registration. WHY TELTONIKA NETWORKS? As the world is facing a pandemic crisis, the tools chosen to help in this fight must be reliable and secure, ensuring fast to deploy mission-critical connectivity. Teltonika has more than two decades of experience designing, developing, and manufacturing IoT and Networks solutions that are validated in the most challenging public and private infrastructure solutions. We stand by the medical & emergency workers and continue to provide technology solutions that are secure, reliable, and easy to use. Interested in more use cases like this? Download our use case catalog! DOWNLOAD CATALOG! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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農業を効率化する「センターピボット灌漑システム」の自動化 LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Smart city FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Add a Title Smart city Related products RUTX14 RUTX11 View more View less Related accessories SURFACE MOUNTING KIT SMA CABLE EXTENSION POWER CABLE WITH 4-WAY SCREW TERMINAL ETHERNET CABLE 1.5M DIN RAIL POWER SUPPLY, 20W, 12V DIN RAIL KIT COMPACT DIN RAIL KIT COMBO MIMO MOBILE ROOF SMA ANTENNA US POWER SUPPLY, 18 W View more View less

Revolutionise smart logistics with Teltonika Networks' TSW202 PoE+ switch. Enhanced network control and efficiency in warehouses. Learn more! MANAGED POE+ SWITCH FOR SMART LOGISTICS WAREHOUSE PDF PDF PDF Highlights ✔ Logistics warehouses are inevitably getting smarter , as technology integration provides them with greater truck tracking efficiency and management capabilities. However, it’s imperative to maintain robust control over these new systems, beginning with consistent connectivity. ✔ To the rescue comes the Teltonika Networks TSW202 – a managed PoE+ switch serving 8 Gigabit Ethernet ports with 30 W of power each, providing robust network connectivity and more granular management capabilities. ✔ Enriched with QoS and port management as well as support for multiple protocols, like Profinet, the TSW202 allows you to control and apply configurations to each port individually, according to your needs and preferences. The challenge – under constant operational pressure In logistics warehouses, there’s a high emphasis on precision and efficiency. With high volumes of trucks coming and leaving the facilities at different times, the accuracy of regulatory data and documentation revolving around truck management is non-negotiable. However, due to traffic, truck breakdowns, personnel issues, and other unexpected challenges, achieving this is difficult. So, what can be done if precision is essential, yet real-life challenges persist? The answer lies within IoT technology integration, as it can help save time and facility resources. But the seamless operation of smart warehouses highly depends on the setup complexity of their systems. Technology integration in warehouses includes a system to recognise each truck based on its number plate and then assign it to particular garage doors. This calls for an automatic number plate scanning at the entrance barrier. On top of that, smart warehouses include RFID scanners to provide greater monitoring capabilities over where and how trucks are loaded or offloaded, consequently enhancing overall inventory control. To ensure safety within the facilities, smart warehouses must have multiple IP and PTZ cameras that continuously monitor truck movements around the facilities, staff activities, and access points, preventing any risks of unauthorised access. Nonetheless, the keystone that seamlessly integrates all these elements into one cohesive system is a networking device, ensuring robust M2M communication support for each part. Given the complexity of smart warehouses mean a simple unmanaged switch won’t do the trick. This is because if any end device connected to it fails, the entire network infrastructure becomes prone to crashing down. Topology The solution – more than meets the eye The solution calls for the TSW202 managed switch – the ideal choice for a network infrastructure consisting of numerous end devices, all demanding uninterrupted control. The control room of the smart warehouse provides network connectivity to the two strategically placed TSW202 8 port PoE+ switches via SFP ports. The switches are located in the logistics centre, specifically at the gates and loading docks, where they can easily grant network management and extend connectivity distribution while equipping end devices with 30 W of power per Gigabit Ethernet port. With ensured connectivity support, all these devices can relay data back to the control room and uphold real-time M2M communication within this network ecosystem. But there’s more to come with port management and QoS. If it’s the case that data from the number plate and RFID scanners are of utmost importance, you can employ QoS port priority functionality. This ensures that their data is given precedence over less critical traffic on the network in case of network congestion or heavy traffic. To safeguard against data loss, you can use port management to activate port mirroring, which enables replicating the data travelling from one port to another. Port management also proves invaluable when you need to logically separate the network traffic, further avoiding any potential network crowding. Additionally, Teltonika Networks' 8-port PoE+ switch supports a wide array of industrial protocols, including Profinet for automated data processing and MRP, or MRP systems, for ring topologies, ensuring network redundancy. MRP systems allow the TSW202 PoE+ switches to switch from a primary path for data traffic to a backup one that becomes active when the primary one fails or gets interrupted. With integrated protocols like Profinet and MRP, QoS, and port management, The TSW202 8 port PoE+ switch offers precise control over each port, allowing for detailed monitoring and control over end device performance and even reboots. This not only enables seamless M2M communication and data transfers, but essentially enhances warehouse efficiency. Oh, and did we mention? The TSW202 PoE+ switch comes with a nifty DIN rail mount for that ‘snap-in-place’ moment. Now that’s convenient! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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Teltonika’s RUTX11 mobile router enables integrated automatic odour sampling and monitoring systems. Click here to learn more. Mobile Router for Odour Detector & Monitoring System PDF PDF PDF Highlights ✔ Lab Service Analytica is an Innovative Italian SME producer and distributor of environmental solutions complying with reference methods and standards in the field of environmental monitoring. ✔ For its integrated automatic odour sampling and monitoring system, the OdorPrep odour detector, Lab Service Analytica needed a reliable mobile router for data transmission and remote monitoring and management capabilities. ✔ The chosen device was Teltonika’s RUTX11 cellular router. A trio of RUTX11 works alongside RMS to ensure OdorPrep fires on all cylinders when it comes to remote operations, thereby enhancing the value of this product. The Challenge – Monitoring the Odour Monitor In 2023, the market size of odour control systems was valued at $7.6 billion. It is projected to grow $13.17 billion by 2030, at a CAGR of 7.5%. Behind these numbers lies the unavoidable truth of all sectors and industries: smells matter. In addition to being an indicator of air quality and its health implications, odour is also an environmental parameter used to determine a variety of chemical emission-related factors in industrial environments, such as landfills, water treatment plants , mills and the food industry. In such locales, the difference between a chemically hazardous environment and one adhering to safety regulations is one of detectable odours. Enter the OdorPrep odour detector—an integrated automatic odour sampling and monitoring system developed by our Italian partner, Lab Service Analytica. This EN13725 -compliant system is automatically activated, either by instantaneous recognition of characteristic pollutants via its NetPID monitoring system, or by odour recognition via its instrumental odour monitoring system (I.O.M.S). However, such an excellent odour control system cannot perform without reliable connectivity and remote management capabilities. The nature of this industrial solution means the OdorPrep odour detector is deployed in a variety of different locations, many of which aren’t easily accessible. In order to access and analyse OdorPrep’s data, as well as enable remote monitoring and management and minimising the risk of downtime, a reliable mobile router must be integrated into the system itself. Topology The Solution – Odour to Joy Lab Service Analytica chose our RUTX11 industrial cellular router to provide connectivity and enable remote monitoring and management capabilities in this IoT solution. Connected to the NetPID and I.O.M.S sensors and the OdorPrep PLC via LAN are three RUTX11: one for each end device. These mobile routers transmits the data sampled by them to a dedicated cloud server via the MQTT protocol . There, the data is readily accessible to end users via the OdorPrep app, where automated notifications and reactive measures can be configured to ensure prompt responses. The RUTX11 4G router is perfect for this solution. The connectivity it provides is LTE Cat 6, featuring cellular speeds up to 300 Mbps with carrier aggregation. The transmission to the cloud server is done wirelessly via the RUTX11’s 802.11ac Wave-2 dual band Wi-Fi. To ensure a reliable connection, this mobile router also features dual SIM cards with auto-failover, backup WAN and other switching scenarios. This means that if one of the SIM cards is interrupted for any reason, the router will automatically switch to the second SIM card, eliminating this risk of downtime. This 4G router has a few other tricks up its sturdy aluminium sleeve. GPS support for device geolocation, Bluetooth LE, a wide range of support protocols, including DNP3 and Modbus TCP, and four RJ45 Gigabit Ethernet ports all make the RUTX11 a versatile mobile router ready for future adaptations of this IoT solution. In addition, this cellular router can withstand operating temperatures from -40 °C to 75 °C and operating humidity from 10% to 90% (non-condensing). This makes it a reliable role player in any industrial environment, further adding to its ease of deployment. In addition to the RUTX11, this industrial IoT solution also make great use of Teltonika’s Remote Management System (RMS). Using this remote management tool, Lab Service Analytica is able to remotely monitor and manage both the fleet of RUTX11 mobile routers integrated into OdorPrep systems, and, via RMS Connect, remotely access the WebUI of other end equipment comprising the system. Such remote functionality is invaluable in a remote solution such as this. Any routine operations, from firmware updates and password changing to providing support to end clients, can be done entirely remotely. This eliminates travel costs of engineers and enables Lab Service Analytica to provide faster and more efficient support to its end clients, enhancing the value of its product. Don’t miss out on the value offered by connectivity-powered remote capabilities—deploy the RUTX11 mobile router alongside our RMS remote management tool in your odour control systems and odour detectors. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. 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The RUT956 cellular router is used for providing real-time monitoring of environmental conditions within CERN’s Large Hadron Collider. Click here to learn more. The Large Hadron Collider’s Spy Bug PDF PDF PDF PDF HIGHLIGHTS ✔ The European Organization for Nuclear Research ( CERN ) is the world’s top physics research organization, working tirelessly to uncover the mechanics of the universe while creating and implementing cutting-edge technologies in pursuit of that goal. ✔ In order to provide real-time monitoring of environmental conditions within its Large Hadron Collider, CERN needed a connectivity device to be part of its innovative Train Inspection Monorail ( TIM ). ✔ CERN chose our RUT956 cellular router for this important role. Its combination of low power consumption, connection stability with added security features, and a versatile array of I/Os make the RUT956 the perfect fit to be added to TIM’s core. THE CHALLENGE – LIGHTSPEED WORK ENVIRONMENT The Large Hadron Collider is the world’s most famous particle collider, used by CERN to test hypotheses in the field of physics. That includes firing particles at just a smidge under the speed of light, which is pretty damn fast. Calling it incredible would be an understatement, to say the least. As you can probably imagine, these experiments require rigorous control of the environmental conditions within the Collider, such as its oxygen levels, temperature, and whether its thousands of supercooled electromagnets or any other structural pieces are all intact and in place. The deeper into physics you go, the less room you have for errors. Specialized sensors and cameras are great for monitoring an industrial environment, but they can only get you so far by themselves. The Collider is a 27km (16.7 miles) tunnel, so the amount of equipment needed to cover it in its entirety is colossal, not to mention all the extra wiring and the trouble of connecting every single device to CERN’s internal network. Without the latter, the scientists won’t have direct access to the data collected. Since CERN is full of very smart people, it came up with a simpler alternative: a small, mobile vehicle equipped with a set of cameras and sensors, suspended from the tunnel’s ceiling and moving around the Collider using a monorail system. It is known as the Train Inspection Monorail, though there are some who call it TIM. TIM goes around the tunnel and surveys critical variables like an advanced spy bug, thereby solving the needless complexity issue. However, to solve the connectivity issue, TIM needed a device that could connect all sensors and cameras equipped to it and send their data to CERN’s internal network. Without one, the data ceases to be real-time, and when you do things at the speed of light – that’s just not good enough. TOPOLOGY THE SOLUTION – TO CONNECTIVITY AND BEYOND! To resolve the connectivity issue, CERN added our RUT956 cellular router to TIM’s core, establishing a stable and secure 4G connection that sends the aggregated data to CERN’s internal network, where the scientists can access it in real time. The main feature that elevates RUT956 to this prestigious role is its versatile set of I/Os, reducing complexity when connecting the different cameras and sensors, each with its own interface. Other cellular routers may excel in other features but would narrow down the range of compatible devices. Using the RUT956, that range can remain wide so that CERN can work with the best ones for the job. Additional security features like a built-in VPN and stability measures such as dual SIM failover further bolster the value this router provides to TIM, while its low power consumption is critical since TIM runs on a battery. And all of that from a sturdy, compact, and industrially-designed device that can handle the extreme temperatures and vibrations of such a hazardous working environment. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Related products RUTX50 RUTX11 RUT906 View more View less Related accessories SURFACE MOUNTING KIT STRAIGHT COMPACT MOBILE SMA ANTENNA POWER CABLE WITH 4-WAY SCREW TERMINAL MOBILE SMA ANTENNA MOBILE MAGNETIC SMA ANTENNA COMPACT DIN RAIL KIT View more View less

Aquaculture management systems require connectivity – underwater. Discover how the RUTX10 and RUT300 Ethernet routers enable this use case together. Underwater Connectivity for an Aquaculture Management System PDF PDF PDF SUMMARY As the global population continues to grow rapidly, the ever-increasing demand for food poses a threat to certain ecosystems that, if not managed properly, risk collapsing. One type of ecosystem dealing with this threat is aquaculture. Fisheries throughout the world have historically had overfishing issues, risking the exhaustion of this food supply and, as a result, cutting off veins for meeting demand. An aquaculture management system needs to be established in fisheries to tackle this issue effectively. CHALLENGE This system needs to accomplish several different goals. It needs to routinely monitor the number of fish and the oxygen level in the water, and provide an overview of the fish to know when they’re ready for harvest. To accomplish these, its infrastructure needs to be underwater. However, for this data to be efficiently used, it also needs to be relayed to above-water personnel. In other words, internet connectivity must be established underwater. This is quite a hurdle, since laying down the foundations for a wired connection that spans the great distances between different fisheries is both very expensive and an inefficient use of resources. SOLUTION The solution is a complex orchestra of connected devices and both wired and wireless communication working in tandem. An underwater capsule containing cameras, a Raspberry Pi media player, and our RUT300 industrial Ethernet router provide video feed from the fish cages. This module is connected via an Ethernet cable to an above-water cabinet with additional cameras, a high-gain antenna, and our RUTX10 industrial Ethernet router. The video feed is then relayed from the RUTX10 at the cabinet to a nearby barge (a type of boat) that patrols the area and is also equipped with a RUTX10 router. The underwater capsule already needs wiring for its other devices, so wired connectivity without LTE is a simple solution for this internal network. RUT300 is very cost-effective for cases where wireless connectivity is not needed, making it the perfect choice. As this is an internal network The RUTX10 routers, on the other hand, boast Dual-Band 2.4GHz and 5Ghz Wi-Fi, providing a high-speed, stable internet connection between the cabinet and barge. In addition, RUTX10 is capable of supporting up to 128 active VLANs. This enables efficient network distribution to the different devices of the setup and easier management of their IP addresses. TOPOLOGY BENEFITS Using this setup, the monitoring and relaying of important aquaculture data runs smoothly and maintains high- speed uninterrupted communication. RUT300 is very cost-effective in cases where wireless connectivity is not needed, such as for this underwater module. RUTX10 can support up to 128 active VLANs, allowing for a high degree of network customizability and easier management of IP addresses among different devices. With Dual-Band 2.4GHz and 5Ghz Wi-Fi, RUTX10 provides a seamless, stable high-speed internet connection. WHY TELTONIKA NETWORKS? Having products in our portfolio serving different functions is paramount for providing our clients with the flexibility they need for their IoT solutions. In this case, the interaction between our two Ethernet routers and the VLAN capacity and customizability of RUTX10 resulted in this masterwork of a setup. We don’t consider quality internet connectivity to be optional. The question is never whether it’s possible, but rather – which of our devices is best suited for it. DOWNLOAD CATALOG! LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Industrial & automation FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Add a Title Industrial & automation Related products RUTX10 RUTX08 RMS View more View less Related accessories ETHERNET CABLE 1.5M COMPACT DIN RAIL KIT EU POWER SUPPLY, 9 W View more View less

Out-of-band management networking solutions are subject to slow connection speeds and high recurring charges. Here's how you can prevent these. UPGRADING OUT-OF-BAND MANAGEMENT WITH A CELLULAR ROUTER PDF PDF PDF Highlights ✔ Out-of-band management is a common method of remotely accessing a network or device. However, OOB solutions are subject to slow connection speeds and high recurring charges. ✔ Deploying the Teltonika Networks RUT956 cellular router allows you to keep your existing legacy infrastructure but make OOB faster and more reliable while reducing costs. ✔ This is thanks to the RUT956 being easy and fast to deploy, its LTE Cat 4 connectivity enhanced by a myriad of network reliability features, and compatibility with RMS. The challenge – out-of-band management turtles A common method of remotely accessing a network or device is out-of-band management, also known as OOB. This method relies on using a separate network from the one you wish to access, allowing engineers to remotely monitor and troubleshoot any issues with the local network or the end devices themselves. Popular forms of OOB include Public Switched Telephone Network (PSTN), analogue Plain Old Telephone Service (POTS) lines, and Integrated Switched Digital Network (ISDN) lines. Using any of these alongside a Cisco ISR device at the remote site would enable incoming calls from the engineer working in their office – no travel costs needed. These are referred to as legacy connection methods and can be considered as the turtles of the IoT world. Slow and steady wins the race, or in this case, gets the job done. The thing is – we live in a world where getting the job done, and especially winning the race, does not require a sacrifice of speed. OOB methods such as PSTN, ISDN, or POTS line, in combination with Cisco ISR devices, are subject to slow connection speeds and high monthly recurring charges. In addition, older equipment is simply more vulnerable and therefore less reliable, forcing engineers to rely more heavily on OOB. Indeed, scrapping the legacy infrastructure and establishing a more cutting-edge remote access solution would be ideal, but ideals are more often than not more costly. Is there a way to keep the existing infrastructure, but make OOB faster and more reliable? Topology The solution – speed & reliability with a cellular router Deploying the Teltonika Networks RUT956 cellular router at the remote site is the perfect way to enhance your remote access solution. This affordable LTE Cat 4 router offers up to 150 Mbps and supports both 3G and 2G technologies in case your legacy solution requires either. This speed is more than enough for fast and streamlined remote access for OOB. The RUT956 provides not only speed but reliability as well. This industrial cellular router has 2 SIM card slots with auto-failover, backup WAN, and other switching scenarios. This means the device will automatically switch to a backup connection in case the first one is interrupted, maintaining a seamless, uninterrupted connection. Another strong aspect of this cellular router is how easy and fast it is to deploy. Either side of the RUT956 can be mounted on a DIN rail, and it measures a compact 110 x 50 x 100 mm. The device is compatible with the Teltonika Networks Remote Management System (RMS) for easier and more also comprehensive remote access and management capabilities, including your Cisco ISR’s console interface using RMS Connect. Last but not least, the RUT956 industrial cellular router is a durable device made to last. Housed in sturdy aluminium casing with plastic panels, it can withstand extreme temperatures from -40 °C to 75 °C. In essence, this means it will perform optimally not matter how hot the server room gets. Whether your out-of-band management solution relies on PSTN, ISDN, or POTS line, improving its speed and reliability while reducing its costs is a simple task. All it takes is the RUT956 cellular router. LIKE THIS STORY? Share it with friends! Facebook X (Twitter) LinkedIn Copy link GOT A QUESTION? We’re here to help! CONTACT US Add a Title Enterprise FEATURED PRODUCT Heading 5 Description Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Add a Title Add paragraph text. Click “Edit Text” to update the font, size and more. To change and reuse text themes, go to Site Styles. Name Add a Title Start Now Add a Title Start Now Add a Title Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Add a Title Enterprise Related products View more View less Related accessories SURFACE MOUNTING KIT COMPACT DIN RAIL KIT 5G MOBILE MAGNETIC SMA ANTENNA View more View less