The challenge was an animal feed plant in Russia, required a reliable, maintenance free and economically priced content measurement for many of their storage silos (raw materials and granular). They were trying several technologies before approaching UWT for a solution. The difficulty in this application surely is the dusty environments as well as aggressive physical properties of some of the materials. The ideal solution from UWT is the NB 4200 electromechanical level measurement system which is well proven in this kind of applications around the globe. The big advantage is the easy operational set up as well as the long life time and the trouble free operation of this instrument. The electromechanical technology is insensitive of the physical material properties and is available in a tape version with an integrated tape cleaner that prevents the dust to enter into the mechanical chamber of the unit. This feature increases the life time of the units as it minimizes wear & tear. Another strong point for this instrument is the economical pricing of the instrument.

UWT NivoCapa® NC8000 capacitive sensors are used for continuous level measurement in liquid and bulk solids applications. The rod version of the NivoCapa® has a measuring range of up to 5m and in the rope version up to 25m. Its high sensitivity starting at a DK value of 1.5 brings functional reliability and makes it flexible to use in many media. The NC8000 is a 2-wire instrument that combines easy-to-set electronics with field-proven probes. The probe measures the electrical capacity in the process, which is proportional to the level in the tank. The Active Shield technology protects the measurement against malfunctions because of cacking. Even at high process temperatures and pressures, the NC8000 capacitive sensor delivers reliable measurement results.

UWT NivoGuide® radar sensors are used for continuous level measurement in bulk solids applications. The measuring range of up to 75m (246ft) and its high sensitivity from a DK value of 1.5 make it usable in almost all bulk solids. The measuring signal is guided on a rod or rope and is reflected by the medium, received again at the sensor and converted into a level signal. This makes it possible to measure reliably even in narrow and tall containers, regardless of the formation of dust or condensation. The NivoGuide® can also be used in high process pressures and temperatures. A menu-driven quick start wizard makes commissioning easy and safe. • TDR-sensor for level measurement in solids • Automatic probe end tracking makes it suitable for use in almost all solids • High flexibility by shortenable probe length • Measuring range up to 75m • Easy commissioning by quick setup guide • Works in applications with buildup, dust or condensation. • Easy setting and diagnosis with control module and display. • Process temperature up to 200 ° C. • A variety of approvals available. • Rod and rope version. • High chemical resistance of the probe. • High pressure and high temperature versions.

• TDR-sensor for level measurement in liquids • High flexibility by shortenable probe length • Measuring range up to 75m • Easy commissioning by quick setup guide • Maintenance free • Standard rod version. • Works in applications with vapour, buildup, foam generation and condensation. • Easy setting and diagnosis with control module and display. • Process temperature up to 200°C. • Process pressure up to 40bar. • A variety of approvals available. • High chemical resistance of the probe

The optical visualization of switching states in hazardous areas requires the highest level of safety and reliability. With the NivoLED® NL 9000, UWT offers an innovative and compact LED indicator light specifically designed for dust and gas hazardous areas. The NL 9000 is certified with the ignition protection type "Increased Safety (ec)" for explosive gas atmospheres (Zone 2) and "Protection by Enclosure (tb)" for explosive dust atmospheres (Zone 21). A robust, light-transmitting housing made of non-metallic material and standardized connection threads make the NivoLED® NL 9000 the perfect solution for color-coded switching state indication in green or red. The NivoLED® NL 9000 offers versatile application possibilities: it can be mounted directly on the sensor, on control cabinets, in process installations, or on other electrical equipment to reliably visualize the switching state. In addition to comprehensive explosion protection, the NivoLED® NL 9000 impresses with its strong luminous intensity, 360° visibility, and flexible usability – making it ideal for a wide range of applications.

The NivoRadar® 3300 enables continuous level measurement of bulk solids under all process conditions.

Application area The non-contact 80 GHz FMCW radar sensor NivoRadar® NR 4100 with a very narrow beam angle of 4° is used in various industrial applications in storage silos, process tanks and IBC containers or on stockpiles for continuous level measurement. The free-radiating level transmitter has a compact design with a 1" process connection (PVDF) and a measuring range of up to 30 m as well as a very fast response time. The radar sensors are food compliant, WHG-certified and suitable for use in hazardous areas. The radar level transmitters have a high dust protection class and can be used in abrasive bulk materials as well as materials prone to caking. Your benefit - Reliable and high-precision measurement results independent of medium properties and ambient conditions for trouble-free operation - Inexpensive and at the same time durable, robust and maintenance-free measurement technology - Simple and user-friendly configuration, commissioning and diagnosis of the radar level sensor via the UWT LevelApp.

The free-radiating level transmitter has a compact design with a 1 1/2" process connection (PVDF) and a measuring range of up to 8 m as well as a very fast response time. The food-compliant radar devices are suitable for use in processes in the food industry. The radar level transmitters can be used in aggressive media such as acids, alkalis and solvents as well as in highly viscous liquids and oils. Your benefit: -Reliable and high-precision measurement results independent of medium properties and ambient conditions for trouble-free operation -Inexpensive and at the same time durable, robust and maintenance-free measurement technology -Simple and user-friendly configuration, commissioning and diagnosis of the radar level sensor via the UWT LevelApp.

The NivoRadar® 8300 offers precise continuous level measurement of liquids, even under the most demanding process conditions. Equipped with a PTFE-encapsulated antenna and a robust flange connection, this radar sensor is the ideal solution for use with aggressive materials. All materials used are chemically resistant, ensuring long-lasting durability and reliable performance. Additionally, the sensor complies with strict SIL 2/3 guidelines and can be supplied in an intrinsically safe manner. Your benefit: * Time-saving and easy commissioning via the UWT LevelApp, the integrated display, or PACTware * Reliable and precise level measurement thanks to 80 GHz radar technology * High durability through the use of chemically resistant materials for maximum resilience

NivoTec®- Level monitoring and visualization system Various technologies are available for level indication. Simple LED digital displays for the evaluation of a 4-20 mA signal for installation in control cabinets or up to wall mounted touch panels and web server modules with visualization software. These can then be configured on a project by project basis and adapted to customer requirements. UWT has standardized product versions of the NivoTec® NT 4000 series, which meet many requirements of a level indicator and monitoring at a cost effective price. The NT 2000 series includes control cabinet modules with local display and control elements, which is useful for a limited number of containers. The NivoTec® NT 3000 series can be individually adapted to the customer's project. This web server solution meets all requirements of modern silo level monitoring.

The JOEST shakeout is specifically designed for the robust separation of molding sand and castings in foundry operations. It is used wherever molding boxes need to be emptied efficiently and sand lumps reliably broken down – particularly in large casting processes with high-mass cold box molding materials. Targeted vertical oscillations break up the mold block while castings remain on the grate. The system is engineered for extreme loads of up to 80 tons and can be customized as a single- or multi-part design to accommodate various spatial requirements. Isolation frames can be integrated to effectively isolate vibrations from the foundation, ensuring smooth and reliable operation even under heavy loads. With its wear-resistant construction, high mechanical strength, and modular design, JOEST’s shakeout technology is a proven solution for demanding foundry processes – efficient, low-maintenance, and built to last.

Nordfab has extended its High Vacuum product range, offering a more comprehensive product range with added dimensions and superior fit. Nordfab's High Vacuum (HV) duct system includes all components needed for a complete and flexible extraction solution. Connections are made using couplings which seal securely. The High Vacuum (HV) ductwork systems are versatile and can be used in various applications across different industries. The systems are designed to ensure optimal air quality, precision, and efficiency, making them a robust solution for maintaining a clean and safe work environment. In addition to galvanised steel, Nordfab now offers High Vacuum (HV) ductwork in 304 Stainless Steel as part of our standard product range. Products in 316SS are available upon requests.

Novindustra Services is composed of a highly motivated and qualified team of service engineers. We focus our work on tailor-made services, fast on-site support, continuous optimization of production processes, equipment technology and equipment availability. The «in-house» control systems developed by Novindustra guarantee fast and smooth start-up, and contribute to future modifications and improvements.

The OMC 2500 reliably and precisely determines the moisture content or dry matter of bulk materials, suspensions, or pasty substances online. The measurement is non-contact and uses near-infrared (NIR) light. Due to the significantly longer wavelength of NIR compared to visible light (VIS), it penetrates the material more deeply, regardless of its color. The OMC is largely insensitive to irregularities in the material being measured, such as particle size and variations in material thickness.