Physical or electronic devices for reporting or measuring free water or relative moisture in oil. Moisture sensors with local or remote display.

Large industrial fans, e.g. in the steel, cement and wood industries, mining or in power plants, are exposed to extremely high levels of particle jet wear. This is caused by the fact that the conveying gas flow/process gas carries highly abrasive dusts such as quartz and clinker dust, corundum, sinter or wood dust. The wear changes the flow geometry and leads to a loss of efficiency and strength. Uneven wear on the impeller causes imbalances that lead to unacceptable vibrations and prevent safe operation of the system. The amount of repair and welding work required increases. In the worst case, this can lead to unplanned system downtimes or destruction of the fan. This can result in considerable costs. As a leading supplier of large industrial fans, TLT-Turbo has been using and developing innovative solutions to protect fans and highly stressed components from blast wear for many years. It does not matter if your Fan is from TLT or from a third party-together we find the right solution for you.

Reduce unexpected downtime risks with spindle data analysis.

Smart lubricators combine the advantages of automatic lubrication with smart monitoring technology. As a result, they eliminate unnecessarily complex and time-consuming tasks, which simplifies machine lubrication. More application possibilities: Four individually programmable outlets, sufficient outlet pressure for longer distances, more filling capacity for high lubricant requirements More insights: Recognition of inserted cartridges, display of remaining lubricant quantity, high back pressure warnings Less maintenance: Fewer inspections, fewer unplanned downtime, more peace of mind Talk with our experts

The Wi-care™ wireless monitor, designed for monitoring vibration, impact, and temperature, offers advanced IoT monitoring capabilities for rotating equipment. Its advanced capacities enable the seamless transmission and delivery of industrial equipment reliability and condition data via the Internet. Our proven wireless solution facilitates large-scale, automated monitoring, empowering you to manage your assets more efficiently and precisely.

WIKA presents its holistic approach to conditional monitoring and alarming in the chemical, pharmaceutical and biotechnology sectors. This includes a WIKA cloud platform, various connectivity solutions including the setup of own LoRaWAN & Mioty networks and of course IIoT devices. For connectivity solutions, we support technologies such as LoRAWAN, Mioty, LTE-M/NB-IoT and Bluetooth LE. Our IIoT devices for the measurands pressure, temperature, flow, level and force are based on WIKA’s 75 years of expertise. Highlights – Battery-powered LowPower devices – Wide range of process connections – For ATEX and No-ATEX environments – With 0 … 5 V and 4 … 20 mA connection for retrofitting in the field – Highest quality, accuracy and robustness

PACO’s origin and core competence lie in the manufacture of highly precise metal wire meshes. In the company’s own weaving mill, meshes are produced from a wide variety of materials and wire diameters, with widths of up to 3.2 meters. Whether standard or custom-made meshes, PACO offers one of the most extensive product portfolios on the market — flexibly manufactured, often available from stock, and tested to the highest quality standards. The mesh range includes a broad variety of weave types, mesh openings, and wire diameters. Meshes are manufactured, among others, from stainless steel (e.g. 1.4301, 1.4401, 1.4571), copper, brass, nickel, and aluminum, as well as high-performance alloys such as Inconel or Hastelloy. Special materials such as platinum or silver, as well as composite wires consisting of metal with a plastic coating, are also among the materials used. All wires undergo intensive incoming inspection. State-of-the-art inline measurement technology such as the MeshInspector, along with internal and external testing standards (DIN EN ISO 9044, DIN EN ISO 3310, among others), ensure consistently highest mesh quality — for excellent filtration and screening results in a wide range of applications. PACO combines materials expertise with decades of application experience and also provides support with tests and trials—either in its own technical center or directly on the customer’s premises.

The Acoem Wireless Balancer continues Acoem’s pioneering work in wireless condition monitoring, representing a significant innovation in balancing rigid rotors on one or two planes. It enhances safety and efficiency by eliminating the complexity and hazards of traditional wired systems, delivering precise real-time diagnostics. Its core Unique Selling Propositions (USPs) stem from its wireless design, offering maximum safety and flexibility. The system ensures a lower installation time and avoids cable defects, resulting in lower total operating costs. The elimination of cables removes the need to replace, transport, or clean 10 to 15 meters of cable per sensor, reducing maintenance costs. Crucially, there are no cables near the rotating parts, avoiding entanglement. Remote access allows balancing operations from a safe distance of up to 20 meters. Unmatched precision and speed are achieved via two wireless triaxial acceleration sensors. These sensors utilize Multi-Sensor-Synchronization for simultaneous measurements in six directions. The significant advantage is that they measure simultaneously in the horizontal and vertical direction, synchronized from both sensors. This functionality minimizes the number of required balancing operations, resulting in a substantial time advantage and shorter overall balancing time. The system is robustly designed for harsh industrial environments, compact (fitting into a case weighing less than 2 kg), and uses the intuitive GuideU™ 3D interface and intelligent assistants to minimize human error. It integrates seamlessly with the Acoem ecosystem, including NEST Vision.

Combined with our powerful, cloud-based, Waites reliability portal, the ND3 node installed with our line of vibration/temperature sensors and universal adapters will keep your equipment running properly and alert you long before unexpected failures occur. With well over half a million sensors installed and monitored, customers with Waites systems realize hundreds of millions of dollars per year in documented lost production savings and increased production capacity. Key Capabilities: -Transmits data to gateway -Supports 6 sensors; Tethered / Universal Adaptor -Battery (10+ yrs) or line powered

Repeaters are used to extend the coverage of a gateway. They are line-powered and can be used to cover longer distances or areas with more interference or obstructions in the communication path to the sensors in your facility. Key Capabilities: -Line-powered mesh network repeaters -Extends network range to multiple kilometers -Daisychain-able (≤4 repeaters)

Equip your team with smart tools and easy-to-use functions to identify potential failures early and resolve problems quickly.