New Products & Services
April 2026
Source: Syntegon
The The seamless AIM9 platform provides fully integrated Container Closure Integrity Testing (CCIT), offering headspace gas analysis, high‑voltage leak detection, or both, without the need for additional equipment. Together with the full range of visual inspection technologies for the detection of particles and cosmetic defects, the new AIM9 ensures maximum detection and minimal false reject rates. In addition to the patented SD technology, area and line-scan cameras, users can further opt for deep learning integration or the bubble masking tool, which distinguishes harmless bubbles from harmful defects. — Syntegon Technology GmbH, Crailsheim, Germany
Loftware Connect is a new platform that redefines how organizations manage product identification across global supply chains, by introducing the industry’s first secure, scalable network that connects companies with their trading partners, replacing fragmented coordination with a unified digital foundation designed to improve resilience, compliance and speed. As supply chain networks grow more distributed and regulatory requirements more complex, traditional siloed systems can no longer keep pace. Loftware Connect addresses this challenge by shifting product identification from isolated enterprise systems to a dynamic collaborative network. The platform establishes structured digital connections between organizations and their trading partners, creating visibility and governance across every interaction that supports product identification and supply chain execution. By enabling organizations to onboard suppliers rapidly and at scale, standardize product identification processes across regions, and ensure accuracy at every point of delivery, Loftware Connect delivers measurable business outcomes. Companies can reduce rejected shipments, avoid regulatory fines, lower operational and compliance costs, and accelerate order processing, all while improving inventory velocity and minimizing downtime across global operations. As disruptions become inevitable — whether driven by regulatory change, geopolitical instability, or shifting market demand — organizations that can see across their supplier network and coordinate in real time gain the agility to adapt quickly. Loftware Connect provides the necessary speed and control, helping organizations translate insight into rapid, confident action.
Source: Loftware
Loftware Connect establishes the foundation of this network through secure connection management and workspace-based collaboration that replace manual email-driven coordination with a centralized digital experience. Organizations can invite and manage suppliers through a structured process, track onboarding in real time, and enable suppliers to self-register and participate directly within the network, significantly reducing administrative burden while accelerating time to value. Within the platform, shared workspaces create controlled environments for collaboration, enabling companies to distribute standardized printing instructions. Each connection point in the supply chain defines how it wants goods identified and securely publishes that format to the network. Authorized trading partners simply subscribe to that connection point, automatically identifying and labeling products in the manner required for their partners to receive goods without requiring direct access to label templates or core systems. This approach ensures compliance while simplifying execution. By formalizing how identification requirements are distributed and governed, Loftware introduces a scalable, low-touch model for supplier printing that allows organizations to change requirements without disrupting suppliers; saving companies billions while improving operational consistency across global supply chains. — Loftware Inc., Portsmouth, N.H.
Source: Munson Macinery
A new GB-35-ARL rotary batch mixer for glass mix/cullet, sand, ceramics, refractories, aggregates and other dry bulk abrasive materials achieves total uniformity in one to three minutes in batches from 5 to 35 cu. ft. (0.14 to 1 m3), regardless of particle sizes, shapes, bulk densities or ingredient ratios. The mixer's drum is supported on each end by trunnion rings, eliminating the need for internal shafts, bearings, seals and related maintenance. As it rotates, proprietary mixing flights tumble, fold, cut and turn the material, while elevating the batch toward a stationary plug gate valve for discharge with no segregation or residual material in the vessel. All internal wear surfaces including lifters, baffles and inlet/outlet chutes are fabricated of hardened steel and secured with bolts for rapid replacement. The unit's stationary inlet and outlet allow inline operation and continuous rotation during loading and unloading, further reducing cycle times. A large side door provides access to all material contact surfaces which, together with the absence of residual material, allows rapid cleaning. — Munson Machinery Company, Inc., Utica, N.Y.
Source: NETZSCH Pumps & Systems
The NEMO MY magnetically coupled pump is a hermetically sealed model designed for applications that require fully leak-free operations. It is ideal for use in chemical, pharmaceutical, paint, and food applications to convey highly viscous products. While mechanical seals are widely used and are a proven method of preventing leakage in pump systems, the failure of a mechanical seal system leads to a seal leak. The NEMO MY pump features a hermetically sealed design, eliminating the risk of leakage. The pump utilizes a magnetic coupling to transmit torque, ensuring a completely sealed and robust system. This design enhances safety and reliability, making it ideal for handling aggressive, toxic or abrasive products. The pumps can handle a wide range of viscosities, from low-viscosity fluids to highly viscous, shear-sensitive substances. The pump provides continuous, pressure-stable and low-pulsation conveyance, ensuring consistent and reliable performance. NEMO MY pump also offer the significant advantage of a maintenance-free sealing system. The magnetic coupling eliminates the need for constant sealing pressure and fluid level monitoring. This pump, specifically designed for handling slurries, can efficiently manage products with viscosities up to 20,000 cps. The pump is also compliant with ATEX and can be used in potentially explosive atmospheres without problems. — NETZSCH Pumps & Systems, Waldkraiburg, Germany
Source: Finish Thompson
An expansion of the ULTRAChem® line, the UCR and UCP series of centrifugal mag-drive pumps are engineered for the most demanding applications in the corrosive fluid transfer industry. ANSI-dimensional pumps designed for ultra reliability and ultra durability, the UCR and UCP series offer reliability and cost savings while addressing the specific needs of the corrosive fluid marketplace. The UCR series is engineered for exceptional reliability in the most extreme chemical processing applications. Featuring pure ETFE housing lining, barrier liner and molding over magnets, the UCR provides the ultimate in corrosion resistance, making it ideal for applications in plating, mining, chemical and metal manufacturing, fume scrubbers and more. The UCP series is built to provide outstanding chemical resistance and enhanced hydraulic capabilities at a lower cost. Its polypropylene/ETFE construction allows a less expensive alternative to pumps made with ETFE exclusively, providing a competitive pricing advantage while retaining the durability and efficiency of the ULTRAChem line. — Finish Thompson, Inc. (FTI), Erie, Pa.
www.finishthompson.com
This company's pre-packaged steam manifolds are easily installable and include filters coupled with a housing, condensate traps, lockable isolation valves, as well as upstream and downstream pressure gauges – all designed to work together, providing single source convenience and utility. The Manifolds are designed and built to customer specification. They arrive assembled and ready for installation with minimal downtime. Integrated isolation valves allow for easy filter cleaning or removal, and pressure gauges are provided to monitor filter performance. With MicroPure Steam Manifolds, the steam used to agitate, mix or cook products is free of contaminates that can spoil the appearance, smell or taste of the product. Models to meet 3-A culinary steam standards, FDA specifications or any customer specification are also available. They are ideal for bulk or point-of-use filtration for bottling or canning lines, packaging lines, wort aeration and other applications within food, beverage and pharmaceutical processing industries. The filter at the heart of these systems features a segmented element design that captures sub-micron particles from steam supplies without filter bags or elements, thus reducing costly maintenance and disposal fees. They can be backwashed in place 150 times with no loss of filtering effectiveness (third-party verified).
Source: MicroPure Filtration
Independently functioning modular segments are clamped together by a stainless-steel retention rod that provides continuous support upstream and downstream of the filter membrane. The cartridge length and diameter are variable and are determined by the application pressure and flowrate. Steam flows into the openings on the outside of each segment disc and passes through the filter and into an adjacent disc. Filtered steam exits through the opening at the center of the cartridge, free of contaminants. Unlike conventional pleated cartridges that degrade with each sterilization, MicroPure filters can be steam sterilized in place 150 times with no loss of filtering effectiveness (validated by an internationally recognized food laboratory). Other sterilization or cleaning methods commonly used are autoclave, hydrogen peroxide or various sanitizing agents. Robust construction tolerates extreme pressure and temperature variations for reusability. — MicroPure Filtration, Cleveland, Ohio
The Nibbler GNB lump breaker is now available in a gas-tight model. Devised to allow automated particle size reduction to be integrated in pneumatic conveying lines, the gas-tight lump breaker combines a stainless-steel pressure vessel housing, heavy-duty geared motor, and specialized seals based on the application to match the pressure generated by the sending vessel. The gas-tight, dust-tight Nibbler GNB safely accommodates a maximum pressure rating of 1.5 bars.
Source: Gericke
Installed upstream of the conveyor pickup point, the high-pressure Nibbler GNB automatically reduces dry and wet solids to a preset particle size ranging from 1mm to 25mm to ensure proper formation of the pulsed slugs required for smooth, efficient material transfer in dense phase pneumatic conveying. The rugged lump breaker features a proprietary, rotating paddle assembly that cuts the material instead of grinding, shears it through a screen, and harnesses the compressed air pressure to prevent screen blinding, all without generating excess heat or using excess energy. The gas-tight Nibbler GNB is available in standard sizes from 200 mm up to 1,200 mm to process high throughputs up to 50,000 kg/h, and in custom sizes to suit high-pressure food, chemical, mineral and pharmaceutical applications. — Gericke USA, Inc., Somerset, N.J.
Source: Evonik
This company has launched a new tribological material, designed especially for use in slide bearings needing to withstand high-temperature and high-pressure environments. Based on PEEK (polyether ether ketone), the VESTAKEEP Easy Slide 2 product can be used either as a polymer coating in hybrid bearings, or as a full PEEK-based bearing, depending on the application. The material is ideally processed by injection molding, but also can be extruded. VESTAKEEP® Easy Slide 2 is produced without any intentionally added fluoropolymers such as PTFE. Fluoropolymers are commonly used in polymer-based slide bearings for their desirable properties. According to the manufacturer, "comprehensive test data has shown VESTAKEEP® Easy Slide 2 to have superior tribological properties – especially in its resistance to high temperatures, pressure and velocity – when compared to other polymer-based slide bearing materials." Other benefits of the material include energy efficiency, compatibility with injection molding and noise dampening capability. — Evonik Industries AG, Essen, Germany
Source: DuPont
New Inge ultrafiltration modules feature an integrated pre-filter (iP-F). Where conventional ultrafiltration plant processes require a separate pre-filtration manifold to remove debris and particulates, the integrated pre-filter offering combines pre-filtration and ultrafiltration into a single module housing—which can help reduce plant footprint and the associated capital and operational costs of standalone pre-filtration units. The new product line maintains the same membrane materials, dimensions, and drinking water certifications as existing Inge™ UF modules, while combining two filtration steps into one. Inge™ UF modules with iP-F are well suited for new installations, plant expansions, and containerized systems where space efficiency and streamlined operations are critical. Inge™ UF modules with iP‑F can provide consistent permeate quality, pathogen removal, and tolerance to feedwater quality swings—all in a smaller footprint than conventional media filters and traditional UF plant designs with upstream prefilters. System performance and design scenarios can be evaluated using this copmany's WAVE PRO modeling software, helping customers assess treatment configurations as part of the overall process design.— DuPont Water Solutions, Wilmington, Del.
Source: ABB
This company has launched its first fully integrated gas analyzer package for carbon capture, utilization and storage (CCUS) applications, combining three proven technologies into a single, streamlined solution. The new offering provides a comprehensive, real-time measurement suite for CO₂ impurity detection and compliance across the entire CCUS value chain. The solution will support the decarbonization of hard-to-abate industries, including cement, waste-to-energy, oil refining, bioenergy, LNG, power generation, and chemicals. The offering combines Sensi+ CCUS laser gas analyzer, GCP100 process gas chromatograph and ACF5000 CCUS, an FTIR infrared solution, to ensure complete CO₂ stream quality from capture through transport to storage. This one-stop shop solution is designed to deliver high-precision detection of trace impurities, help operators manage CO₂ quality, protect pipelines, and ensure compliance with stringent purity standards. The offering brings together the three technologies in a single, turnkey solution delivered in a fully equipped analyzer shelter with a modular design. This simplifies procurement, reduces engineering effort, and ensures measurement consistency across the CCUS chain. Even minor variations in CO₂ impurities can have major operational consequences. Contaminants such as H₂S, moisture, oxygen, and inert gases can affect compressibility, increase corrosion risk, and lead to pipeline rejection. Non-compliance may result in disconnection from CO₂ networks and force operators to return emissions to the stack, incurring costly financial penalties. This integrated analyzer suite provides continuous real-time measurement to help operators avoid these risks and maintain process integrity. — ABB, Zurich Switzerland
Source: Atlas Copco
The DHS 3000 VSD+ dry-screw vacuum pump was designed specifically for massive-flow industrial applications. A dry technology, it is well-suited for paper processing, conveying technologies and pick-and-place applications in the food industry, as well as a central vacuum system. Powered by a highly efficient IE4 motor with a patented asymmetrical rotor design, users benefit from energy savings of up to 50% compared to competitive products. The low-maintenance, compact vacuum pump has a low noise level and also runs vibration-free. An integrated intelligent control system with frequency converter automatically adjusts the speed of the DHS 3000 VSD+ to the requirements, ensuring that the exact vacuum level required is delivered in each process section. This results in significantly lower energy consumption and reduced wear on all moving components. Overall, this also extends the maintenance intervals and service life of the vacuum pump. A wear-free gearbox ensures optimum power transmission from the motor to the screw. The oil-free technology and simple, robust design also contribute to low maintenance costs. Other features of the pump include: paper filters that protect against dust and particles; a compact footprint; adaptation of flow to read demand; and a full-service preventative maintenance plan. — Atlas Copco, Stockholm, Sweden www.atlascopcogroup.com
Source: Magid Glove & Safety
This company has recently launched the M-Defense FR Arc & Flash Fire Resistant (AR/FR) apparel line, engineered to deliver dependable protection without sacrificing comfort. The new line includes the ARP450GN long-sleeve shirt and ARH650GN balaclava. Designed for demanding work environments where arc flash and flash fire hazards are present, M-Defense FR apparel combines certified protection with advanced comfort features to support worker performance throughout the day. Constructed from an inherently flame-resistant proprietary blend of Lenzing™ FR Viscose and Nomex®, the lightweight, breathable fabric offers a soft, premium feel while maintaining durable protection. Advanced moisture-wicking and quick-dry technology helps keep workers cool and comfortable, even in high-heat conditions. The garments feature ergonomic construction with reinforced stitching to enhance mobility and durability on the job, supporting a full range of motion without compromising protection. M-Defense™ FR apparel is UL Certified to NFPA 2112 and compliant with NFPA 70E and ASTM F1506 standards, ensuring trusted protection against flash fire and arc flash hazards. The line also provides UPF 50+ sun protection, offering an added layer of defense for outdoor work environments. — Magid Glove & Safety, Romeoville, Ill.
This company has expanded its Magnetrol-branded Pulsar Model R80 produce range by introducing a newly developed solids-measurement antenna. This update enables the existing 80 GHz FMCW radar platform to perform reliably in demanding bulk-solids applications. The new Pulsar Model R80 solids antenna delivers improved measurement capability through its high-frequency signal, narrow beam angle and advanced configuration software. It measures low-dielectric materials and maintains stable performance in environments with dust, vapor, or uneven surface profiles created during filling or emptying. The Pulsar Model R80 transmitter is designed to make commissioning straightforward while providing consistent performance across a wide range of industrial environments, says the manufacturer. Key features of the Pulsar Model R80 include: 80 GHz FMCW signal with narrow beam angles; 3-in./150# and 4-in//150# process connections; Swivel-mount flange for accurate radar alignment; Purge connection for in-situ lens cleaning; and measuring range up to 60 m (200 ft). The system comes equipped with software-guided commissioning functionality and proactive diagnostics with actionable troubleshooting insights. A replaceable transmitter head maintains the process seal. — AMETEK Level Measurement Solutions, Zele, Belgium
Source: Mouvex
A new version of G-FLO Series eccentric-disc pump has been introduced, with capabilities to handle fluids at temperatures as high as 160°C (320°F). This upgrade makes the G-FLO Series suitable for high-temperature chemical applications, including PVC additives, starch, resins, acrylic acids and more. Thanks to an upgrade in internal components and specific materials, the enhanced G-FLO Series now combines a higher temperature tolerance with its proven operational efficiency. The G-FLO Series features a sealless design that delivers high suction vacuum and high air compression on discharge, allowing it to self-prime and fully maximize product recovery. Its adjustable tangential inlet ports optimize fluid flow, while an advanced piston-locking mechanism streamlines maintenance without specialized tools. Its robust construction handles viscous fluids up to 10,000 cP and soft solids up to 20 mm. It delivers flow rates up to 50 m³/h (220 gal/min) and maximum pressures of 10 bar (145 psi). Additionally, the G-FLO Series remains fully compliant with CE, ATEX and TA Luft standards. Available in various sizes to meet chemical processing demands, the G-FLO Series can ensure product containment and operational safety at elevated temperatures, making it a versatile solution for high-value, high-temperature fluid transfer. — Mouvex, Auxerre, France
Source: WIKA
The ILT radar sensor free-beam sensor enables non-contact level measurement — even through the walls of plastic containers. Its compact design makes the ILT particularly suitable for applications where space is limited. Manufacturers can, for example, install the sensor in mobile working machines or heating systems. Furthermore, non-contact technology enables high-precision measurement of the level of particle-containing, highly viscous or solid materials. Possible applications range from wastewater plants to all types of raw material containers and fuels. The ILT-C01 version is designed for a temperature range of –40 to +100 °C, while the ILT-C05 version also covers high temperatures up to 150°C. Metal shielding protects the sensor from interference caused by electrical fields in the environment. The instrument operates reliably even under adverse conditions such as dust, moisture and heat, and can tolerate vibrations and shocks of up to 100g. With up to two additional switch points, further switching outputs can be integrated, for example for overflow or dry run protection. Additionally, the radar sensor ensures low operating costs, as it is maintenance-free thanks to its non-contact measuring principle and wear-free design. — WIKA, Klingenberg, Germany
Source: INDCO
BUG gear-drive, bung-mount mixers feature a heavy-duty 5:1 helical gearbox to create ample torque to quickly blend higher-viscosity materials like heavy paints, resins, and polymers, and to re-suspend settled materials. They screw into 2-in. NPT bung openings and come standard with stainless-steel wetted parts, and folding impellers, making them ideal for mixing 55-gal drums. BUG-series mixers are available with ¾–4 HP air motors that operate from 60-600 rpm, ¼–1 HP TEFC electric motors at 350 rpm, 1/3–1 HP variable speed electric motors that operate from 0–350 RPM, and ¼ to 1 HP Explosion proof electric motors at 350 RPM. Gear-drive, bung-mount mixers are ideal for tackling tough mixing applications, including blending higher-viscosity materials in 55-gallon drums or other containers with standard 2-in. bung openings. BUG-series mixers come with multiple motor types and options to ensure compatibility with power and safety requirements. Totally enclosed, fan-cooled (TEFC), explosion-proof (EP) and air motors are available as standard. TEFC models come with a cord, switch, and three-prong plug, while electric variable-speed models feature a speed controller mounted directly on and prewired to the motor. Air motors deliver variable speed for maximum flexibility or multiple applications, are lighter in weight than electric models, and reduce the possibility of explosion in a combustible environment. EP explosion proof electric units have motor leads only, ensuring safe operation in hazardous environments. The unique folding propellers collapse to fit easily through 2” NPT openings, then expand to 4-in., working well with closed or open drums. All wetted parts are made of stainless steel for chemical resistance and long-lasting performance. — INDCO, New Albany, Ind.
Source: Alfa Laval
New EnSaLine hygienic agitators deliver energy savings for hygienic processes in the food, dairy, beverage, pharmaceutical and home and personal care industries. EnSaLine agitators feature the unique EnSaFoil impellers that deliver higher efficiency than comparable technologies. The exceptional efficiency cuts mixing time and reduces energy consumption by up to 80%, increasing productivity and providing a typical pay-back time of less than two years. The EnSaFoil impeller design ensures gentle product treatment for high product quality and high yield. Inside the tank, the fully flushable design and the seal housing offer excellent cleanability and raise the bar for hygienic processing and product safety. The new range of agitators offers connectivity functionality for predictive maintenance. Sensors continuously monitor operating conditions to help avoid unplanned downtime, optimize service intervals and ultimately extend service life of equipment. The EnSaLine platform is designed for simplified configuration and fast installation. Side-mounted and bottom-mounted agitator configurations are available. All EnSaLine seals and bearings are contained in one, replaceable cartridge to enable safe and easy maintenance. In addition, the unique EnSaLine shaft seal assembly reduces complexity and requires a minimal number of spare parts. Several of the innovative maintenance solutions have achieved patent protection. — Alfa Laval AB, Lund, Sweden
Source: Metso
This company's new Grate Kiln is a system engineered to produce premium-quality pellets that meet the demanding requirements of modern DRI (direct reduced iron) and low-carbon iron and steelmaking processes. Designed to ensure uniform mixing and heating, the rotary-killn technology used in the Grate Kiln system delivers consistent pellets with excellent physical and metallurgical properties, including high cold crush strength, optimal porosity, low temperature breakdown and strong reducibility characteristics. Engineered for optimal performance and low total cost of ownership, the new Grate Kiln system combines efficient process controls, advanced combustion technologies, improved heat recovery and digital solutions to enhance safety, efficiency and overall plant performance. The digital solutions for the Grate Kiln are designed to further improve process stability and product quality, while also reducing energy consumption. Typical improvements can include a several percent reduction in energy use and a more than 10% increase in pellet quality. — Metso Corp., Espoo, Finland
Source: Migatron
The RPS-429AA-80P-IS2 is a new intrinsically safe ultrasonic sensor can achieve precise distance measurement and object detection in explosive atmospheres and hazardous areas without worrying about costly downtime. The RPS-429AA-80P-IS2 has been thoroughly tested and approved to meet global standards for intrinsic safety in explosive atmospheres and hazardous locations. The RPS-429AA-80P-IS2 is approved for use in Europe (ATEX), Internationally (IECEx), and in North America (C-UL-US). The ultrasonic sensor is designed to reduce downtime, lowering the odds of the equipment failing, making it an essential tool that can be relied on for long periods of time. The IP66/IP67 rated enclosure protects the RPS-429AA-80P-IS2 from dust, moisture, and washdown exposure in demanding industrial environments such as oil and gas, mining, and chemical processing. With no moving parts and minimal maintenance requirements, the sensor is designed for continuous, long-term operation, reducing downtime, service calls and overall project risk for engineers and OEMs. — Migatron Corp., Woodstock, Ill.
SONOFLOW CO.55 SD V3.0 is a non-contact ultrasonic flowmeter designed for single-use bioprocessing. With its intuitive touch display, the high accuracy flowmeter enables real-time flow monitoring and direct parameter adjustment at the point of use. The SONOFLOW CO.55 V3.0 series was developed with a focus on the low-flow range in process development and fill and finish applications. Extensive testing has proven that the ultrasonic sensor achieves an accuracy of 1% or better at the lowest flowrates. The SONOFLOW CO.55 SD V3.0 is ideal for precise flow and volume dosing in pharmaceutical manufacturing, ensuring consistent product quality and regulatory compliance. Its non-invasive, clamp-on design guarantees contamination-free measurement, protecting the sterility of critical processes while reducing cleaning and validation efforts.
Source: SONOTEC
Beyond flow control, the SONOFLOW CO.55 SD V3.0 provides valuable signal and quality data that can be used in AI-driven bioprocess models. Variations in signal strength or quality can serve as early indicators of changing media properties or ambient conditions, helping bioprocess engineers detect process deviations sooner. Over time, this data can support improving process stability, scaling from development to GMP production, and enhanced batch consistency across the entire biomanufacturing lifecycle. The clamp-on technology allows for flo rate measurement on flexible tubing from the outside, eliminating any risk of contamination. The stainless steel housing is the preferred choice for environments with strict disinfection and sterilization requirements due to its high corrosion resistance. The SONOFLOW CO.55 SD V3.0 stainless-steel sensor increases efficiency and ensures process and product quality throughout the entire manufacturing cycle. — SONOTEC GmbH, Halle, Germany
Source: Wacker
POWERSIL Resin 710 is designed for for heat-resistant molded parts that can withstand temperatures above 200°C over long periods. WACKER offers a material solution for Using the silicone resin compound, molded parts can be produced by compression molding, pressure gelation, or even injection molding. The material is suitable for thermal class R components, which are able to withstand temperatures of up to 220°C for extended periods of time. The new product is an alternative to high-temperature-resistant polymers such as PTFE (polytetrafluoroethylene) and PEEK (polyetheretherketone). Components manufactured using the new product are characterized by good electrical insulation properties, mechanical strength and UV stability. POWERSIL Resin 710 is solvent-free and not subject to labeling requirements. It comes with a low viscosity, which facilitates processing. The material is available either as a peroxide-curing version for the production of heat-resistant, ready-to-use parts or as a variant that cures with small quantities of a standard silicone catalyst. — Wacker Chemie AG, Munich, Germany
The OpreX Pressure Transmitter EJX S Series is the successor to this company's core EJX A lineup of plant field instruments. Building on a silicon resonant sensor technology, the EJX S Series offers enhancements in accuracy, long-term stability and durability that ensure stable plant operations and improve maintenance efficiency. The transmitters off an accuracy of ±0.025% (with optional specification code /HAC) and long-term stability of ±0.1% per 20 years. The devices are designed with support for the HART and PROFINET communication protocols. With an IP68 dustproof and waterproof rating, compliance with SIL2 requirements, and enhanced noise immunity, the EJX S Series is even more reliable and robust. In addition, a new color backlit graphic display significantly improves visibility of process variables and device status information.
Source: Yokogawa
Compliance with a variety of explosion-proof standards, support for dual power connections and advanced diagnostic functions are all provided as standard features with the EJX S Series, allowing these devices to cover a wider range of applications and reducing the need for the ordering of products with specific model and suffix codes. Furthermore, a modular design allows parts replacement and maintenance work to be carried out easily and efficiently. Together, these characteristics help to improve maintenance efficiency and reduce inventory costs. In addition, the LCD color display supports NAMUR NE107-compliant alert indications, enabling intuitive recognition of device status even from a distance. This facilitates faster on-site inspections. — Yokogawa Electric Corp., Tokyo