Real-time monitoring - Import export

Save both time and money by staying informed about the whereabouts of your machines not only during daily operations but also in case of incidents. GemOne provides real-time tracking of your fleet and securely stores the data, enabling you to utilize it for reporting or making business decisions. Rest assured, it fully complies with GDPR guidelines.

The Logtag UTRED 30-Wifi is a real-time data logger specifically for monitoring temperature during transport and storage. Connect the datalogger to the LogTag Online cloud and upload the data real time to the cloud. By sending the data to the cloud, you can access the data anytime, anywhere.

By working with this device, you don't need a computer to get to the data you need. LogTag Online is a secure cloud solution created to manage and share your temperature data through a user accessible system. The interface holder offers several features such as, real-time alarm notifications, location monitoring, temperature logs and troubleshooting. No software is required, LogTag online is accessible from any device with internet.

The intuitive configuration, control, and monitoring software MediorWorks can be downloaded from any MediorNet mainframe via the Configuration Port of the Processing Card. This way you always have access to the correct software version of a specific installation. The software is a JavaTM based application, allowing any computer with a JavaTM Runtime environment such as Windows, Mac OS X or Linux to serve as the host for the application. MediorWorks auto senses the configuration and status of the system it is connected to. Five windows give easy access to any aspect of the MediorNet installation. All windows are visible at the same time. Alternatively, they can easily be accessed via one mouse click on the “Views”-window, which is floating above all other windows. The “Device Browser” shows all available nodes, the cards installed in the node and each connector of the specific media card. If a connector is selected, the “Connections”-window shows the active connections and how the...

Inbound logistics Controlled operations: complete supply chain visibility, real-time information exchange, total product monitoring Resource sharing (space, materials, staff) to create operational flexibility Value-added services for improved flow management. Storage at Transmec Group’s own facilities and dedicated warehouses Distribution and consolidation solutions at retail distribution centres Home delivery with trained staff transporting goods direct to customers

Very small, ultra-light, with on-board GPS, data logger, battery pack and color TFT display for very comfortable and easy mercury monitoring in ambient air and other gases.

MP101M beta gauge monitor with its optional optical particulate monitor.

The Cairsens© SO2 sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© NO2 sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© CO sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© NH3 micro-sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© NH3 micro-sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© sensor allows specific pollutant measurement comparable to reference methods.

Real time laser monitoring Belt width 1400-2200 mm (55” to 87”) See more >

The Cairsens© O2 + NO3 sensor allows specific pollutant measurement comparable to reference methods.

The Cairsens© H₂S / CH₄S sensor allows specific pollutant measurement comparable to reference methods.

The last generation of Cairsens® micro-sensors for Particulate Matters (PM) monitoring operates without any influence from moisture in ambient air. They measure PM1, PM2.5 and PM10 concentrations.

Ferro-Mon Sensor measures the concentration of iron by detecting the change in magnetic flux when magnetic particles such as Fe, Ni,.. etc are collected in the sensor probe. This sensor outputs the amount of magnetic material as “Fe saturation %” so that it detects and evaluates abnormal wear conditions of rotating machines. Two output channels for fine particles and large particles can detect normal wear and abnormal wear. ▪ Real-time monitoring of iron concentration % ▪ Easy installation ▪ Sensor probe and control panel are integrated in one sensor ▪ Integrated Ferro-Mon Sensor can be applied for all equipment. ▪ Particularly, user can get the best effect when applying to gearboxes, engines, transmissions, pumps, bearings, etc., which are vulnerable to wear.

Water contamination is a representative cause that badly affects oil along with particle contamination. Water contamination reduces oil life , e.g., damage to the base oil, loss of additives, etc., accelerates corrosion of the equipment and destroys the lubricating film which brings metal-to-metal contact. Metal-to-metal contact causes abnormal wear and failure of the equipment. Water in oil exists in three types, i.e., free, emulsified and dissolved. When water flows into oil from the outside or is generated by dew condensation, it is necessary to quickly detect and establish countermeasures to prevent the above-mentioned problems. ● Real-time monitoring of water and temperature for lube oil, hydraulic oil, gear oil, engine oil, fuel oil, insulating oil, ● turbine oil, synthetic oil, and various types of fuel (diesel oil, heavy oil) is possible. ● Lubrication system Hydraulic system Gearbox Transformer Engines Storage tank Purifiers

Cairnet® device is a real-time standalone and networkable air-monitoring station including up to six Cairsens® microsensors. It is powered by solar panels and offers cellular communication.

The TIP900 system is a comprehensive thermal imaging and noncontact profiling system designed to supervise the temperature of wallboards coming out of the oven. It uses an infrared thermal imager to continuously scan the entire board surface temperatures and allows the detection in real time of moisture and density variations inside each board. The powerful TIP900 software provides sophisticated data integration, visualization and event analysis, and offers users a complete solution of real-time monitoring, detection and traceability. It also analyzes and provides optimal oven dryer profile balance. The detailed wallboard quality maps, the historical temperature trend charts and the images can be seen locally at the operator workstation or remotely. All data is stored in the LogViewer database for complete process visibility and long term traceability. TIP900 System Software Detailed continuous board quality monitoring (100% of all board images are archived)

Tap-Off Boxes are used to draw power from the Busbar TrunkingTo supply the Rack Cabinets with the required energy and monitor the consumption. EAE offers a wide range of Tap-Off Boxes constructed out of sheet metal and plastic.Customized Tap-Off Boxes provide an independent setup for choosing a variety of electrical equipment to be installed regardless of the brand. Energy Metering over RJ-45 connection, utilizing the structured cabling is one of the value-added features of the EAE Tap-Off Boxes. As for the real-time monitoring of energy consumption and other critical power parameters in the data centres, thereby creating a more efficient IT infrastructure.

Real-time monitoring of the measurement The HawkEye software offers various forms of representation for monitoring and controlling the ongoing measurement. Any number of pages can be created in the software with different forms of presentation of the measurement data. By supporting a server-client architecture, monitoring is scalable and can be distributed across any number of PCs. •,Real-time phase analysis •,Speed signals are calculated and displayed in real time. •,Different forms of representation for the measurement signals (time domain, FFT, Bode diagram, orbit, waterfall, machine order monitoring) •,Real-time monitoring and visual representation of implemented limit values. •,Visual and acoustic signal when limit values are exceeded. •,The screen layout can be flexibly adapted to the respective monitoring requirements and user needs. •,No license fees for using the software. •,MS Windows compatible

A fully equipped computer that can be used to record data from connected Dragonfly amplifiers. Depending on the number of connected devices and CPU power, data can also be processed for real-time monitoring and forwarded to a network-connected PC or laptop. •,Different CPU versions (Core i3, i5 or i7) are available. •,Internal SSD stores data from connected Dragonfly amplifiers •,12V power supply (also possible via Dragonfly battery) •,Ideal for systems that record data autonomously over a longer period.

Our conveyor systems are designed to be the heart of Industry 4.0, the fourth industrial revolution that is transforming the manufacturing landscape. Industry 4.0 is characterized by the integration of digital technologies and automation into the manufacturing process, resulting in increased efficiency, improved productivity, and reduced costs. Our conveyor systems are at the forefront of this revolution, incorporating advanced technologies such as Internet of Things (IoT), artificial intelligence (AI), and machine learning (ML). These technologies enable our conveyor systems to collect and analyze real-time data, optimize production processes, and make intelligent decisions. With IoT capabilities, our conveyor systems can communicate with other machines and systems in the production line, creating a seamless and interconnected network. This allows for real-time monitoring and control, ensuring that any issues or bottlenecks are quickly identified and addressed.

In order to ensure maximum productivity in process plants, the software provides real-time monitoring of process-relevant data, securely archives them in the CLOUD, processes them and gives access to information on the status of the machine as well as any potential faults. The real-time status of the machine or process plant can be monitored from a smartphone, tablet or PC.

The heating boiler UT-L offers high performance and is extremely compact. The design complies with the Gas Appliances Regulation. — Very high efficiency up to 105% for optimised energy costs — Compact design for easy positioning and effective use of heat — Flexible application and low return flow temperature of 50 °C possible — Specific control concept and optional real-time monitoring — Future-proof heat supply and options for CO2-neutral operation — Proven and durable Bosch system from a single source — Fuel: Oil, gas, multi-fuel firing, Biogas, bio-oil, hydrogen, special fuels

The various output sizes and temperature ranges up to 190 °C of the UT-M enable flexible operation for countless process heat and heating applications. — Efficient heat and process heat for low running costs and emissions — Compact design for easy positioning and quick heating — Flexible use for industrial, commercial and district heating applications with temperatures up to 190 °C — Project-specific control solutions and optional real-time monitoring — Complete system from a single source, low-emission or CO2-neutral customer-specific operation possible — Proven and maintenance-friendly construction for a long service life and reliability — Fuel: Oil, gas, multi-fuel firing, Biogas, bio-oil, hydrogen, special fuels

Wi-CaM is an advanced wireless charging and monitoring device specifically engineered for WiT-es and WiPr-es sensors. Deployed when the energy needed for WiT-es and WiPr-es operations is insufficient, Wi-CaM also displays real-time sensor data (temperature or pressure) for field operators. Streamlining the installation process, Wi-CaM charges the relevant sensor in just 2 seconds and exhibits the sensor's information on its built-in screen. Featuring easy usage, mobility, accuracy, and fast interaction, this innovative device, patented by Escom Enhanced Solutions, offers a convenient handheld design for real-time monitoring of temperature, pressure, MAC address, signal power rate, sensor name, and charge level. Wi-CaM boasts a waterproof, dustproof construction and a rechargeable internal lithium-ion battery, ensuring optimal performance and durability in demanding field conditions.