ProGlove launches on-demand wearables to help in peak demand
The offering gives warehouses and logistics businesses the flexibility to scale their operations to meet fluctuating demands during the peak retail season. ProGlove has launched its new on-demand rental program for its MARK wearable scanner. This unique program offers short-term rentals of ProGlove’s MARK range of smart scanners. The goal is to give logistics and warehouse operators the flexibility to scale operations to meet demand during peak periods without the long-term financial commitment that comes with traditional expansion methods. Warehouses face mounting pressure to adapt to fluctuating demands and supply chain disruptions, especially with the approaching holiday season. Companies often cannot predict demand surges far enough in advance to commit to large-scale seasonal hiring. It is crucial to implement technological safeguards that support existing staff, reduce workload strain, and minimize the risk of sickness, injury, or turnover. The combination of earlier shopping habits and changing consumer expectations has created another challenging environment for logistics operations. Operators are increasingly relying on a seasonal workforce to maintain efficiency amid surging workloads, but integrating these temporary workers effectively can be equally complex especially when operating at peak capacity. High stock levels, repetitive movements and higher worker concentration all contribute to the risk of workplace hazards. ProGlove’s short-term device rental addresses this growing challenge by making its wearable devices available on demand. This flexibility allows businesses to dynamically adjust their hardware needs, scaling up or down as required during peak times without the commitment of a long-term contract. As part of the offering, customers can also get to access ProGlove’s software solution, which captures and analyzes operational data in real-time. With that, managers can access crucial insights to optimize workflows, identify bottlenecks, and even proactively address potential ergonomic risks through worker activity patterns. “The holiday season is no longer confined to December. With Christmas merchandise appearing as early as September, retailers and their suppliers are facing an extended period of peak demand. As a result, warehouse operators face growing pressure to meet expedited deadlines. To navigate this challenge successfully, businesses must prioritize accuracy, agility, and efficiency in their operations. At ProGlove, we’re committed to empowering warehouses with the tools they need to thrive during this crucial period,” said Suzana Tasic, Senior Product Manager at ProGlove. “We understand the delicate balance between managing hardware costs while ensuring optimal warehouse performance. Our short-term rental solution is here to offer a flexible and cost-effective way for warehouse operators and retailers to address the unique demands of the season. By renting our MARK line of scanners, businesses can quickly and easily supercharge their operations without the long-term commitment of purchasing new equipment. Our intuitive devices are designed to integrate seamlessly with existing systems with minimal training required so there’s hardly any downtime and maximum productivity.” The short-term rental offering will be available from today. Customers renting the solution will also receive a comprehensive, all-in-one package, comprising of MARK scanners of their choice for the rental period, access to the Insight platform, device chargers, connectivity devices, and ProGlove Care – ProGlove’s coverage service.
Patti Engineering’s Sam Hoff to present at MiA 2024
Patti Engineering CEO Sam Hoff will present “Utilizing Digital Tools for Commissioning and Life Cycle Management” at 10:00 a.m. on Wednesday, September 25 in Suite Pantry Lobby 4 during the Manufacturing in America 2024 event co-hosted by Siemens and Electro-Matic Products at Ford Field, in Detroit, MI. The Patti Engineering team will be exhibiting at booth #402 at this same event. Patti Engineering, Inc. has announced its multi-faceted participation in the upcoming Manufacturing in America (MiA) 2024 event, hosted by Siemens and Electro-Matic Products. The event takes place on Wednesday, September 25, 2024 at Ford Field in Detroit, MI. Patti Engineering Founder and CEO Sam Hoff will present a seminar titled “Utilizing Digital Tools for Commissioning and Life Cycle Management” at 10:00 a.m. in Suite Pantry Lobby 4. In addition, engineers from Patti Engineering will meet with attendees at exhibit #402 to discuss control system integration and Industry 4.0 digitalization strategies. “The Manufacturing in America conference has always been a great way for us to both learn from others in the manufacturing community as well as share our own depth of knowledge on topics such as robotics, legacy controls upgrades, countless strategies for OEE improvement, edge/cloud computing, digital twins, data analytics, vision system integration, and other advanced Industry 4.0 technologies,” said Hoff. “It’s an exciting event and we always look forward to it.” Hoff’s presentation will discuss how various tools including FANUC’s ROBOGUIDE robot simulation software, Siemens’ Tecnomatix Process Simulate, Siemens’ Tecnomatix Plant Simulate and Siemens’ virtual PLC software, PLCSim Advanced can be used to virtually commission a system in a visualized environment, therefore speeding up and reducing the costs of the physical commissioning process. In addition, Hoff will discuss how the same tools can be continually updated post-commissioning based on the actual system’s real-world parameters so that it behaves in the same way as the real system – popularly called a digital twin. Finally, Hoff will address how a mature digital twin can be used to guide the process of continuous improvement of OEE parameters throughout the system’s entire lifecycle. MiA 2024 brings together thousands of professionals from the manufacturing community to share and explore the latest advancements in manufacturing technology, discuss current best practices, and guide the future of this dynamic industry. Attendees can participate in dozens of technical seminars and exhibits dedicated to automation, digitalization, controls, drive technologies, smart manufacturing for automotive OEMs, artificial intelligence in manufacturing, AGV/AMR logistics systems, IT/OT integration, and aerospace automation.
EDC announced recertifications in UL508 Panel Shop
EDC announces the ongoing certification achievements of its engineers in UL, Rockwell Automation, Siemens, Ignition, and other critical areas, highlighting their commitment to safety, security, and technical proficiency. Electronic Drives and Controls, Inc. has announced the UL508A recertification of Anthony Fasolo. The UL508A certification is an accreditation for industrial control panels which ensures that the panels meet comprehensive safety and performance standards set by Underwriters Laboratories (UL), a global safety science leader. UL508A-certified companies can mark a panel as UL-certified, a guarantee for clients that the panels used in their operations comply with the stringent requirements in safety, reliability, and quality. This reduces the risk of electrical hazards and enhances overall operational safety and reliability. Chuck Dillard, Vice President of EDC, emphasized the significance of the UL certification. “The UL508A recertification is a testament to our rigorous standards and commitment to delivering safe and reliable control panel solutions. This certification not only assures our clients of our technical proficiency but also demonstrates our adherence to the highest safety standards in the industry.” In addition to the recent UL508 recertification, EDC engineers have achieved and maintained certifications in Rockwell Automation, Siemens, Ignition, and CSIA, among others. Further information on these certifications can be found here. Ed Sefcik, Engineering Manager at EDC, elaborated on the importance of Rockwell certification. “Maintaining the Rockwell Automation certification keeps us current on any changes and ensures we maintain a high level of knowledge of those products.” He further added of the CSIA certification, “The CSIA certification process challenges our organization to deeply evaluate our processes, instilling discipline and promoting continuous improvement.” Among other things, CSIA certification ensures that clients receive full documentation and have access to system backups, providing peace of mind and reliability in their operations. Regarding safety and security certifications, Paul Rosato, EDC’s Safety Coordinator, stated, “There’s no mission greater than safety. We want our team to return home safely every day. This commitment to safety and conscientiousness is the foundation of everything we do.”
Catron’s Tyro 2S of remote control systems for equipment and transportation
Cattron leverages advanced, hardened, technology to expand its offerings to various markets and demanding and specialized applications across North America. Cattron has announced the North American availability of the Tyro 2S line of wireless remote control systems. This addition significantly enhances Cattron’s portfolio, expanding its market reach with the proven reliability and performance of Tyro products, which have been trusted in Europe for over 20 years. Tyro products are widely used, specifically in mobile equipment, transportation, construction, industrial automation, agriculture, material handling, and industrial cleaning, among others. Tyro 2S systems are designed for demanding and highly specialized mobile equipment applications. They are particularly well-suited for environments where robust, durable, and reliable remote control is essential. With IP65 to IP68 ratings, Tyro systems are resistant to shock, impact, dust, moisture, and water. This durability makes them ideal for the harsh conditions often encountered in rugged and remote locations. The latest generation of Tyro 2S products, the S2 generation, supports a range of frequencies, including 434 MHz for Europe, 915 MHz for North America, and 2.4 GHz globally. This universal compatibility ensures that Tyro products can be used seamlessly throughout different regions to control a variety of diesel engines and electric and hydraulic motors, providing reliable connectivity across a broad swath of equipment types. Tyro systems offer extensive customization options. Customers can personalize their transmitters with specific icons and symbols that match their equipment’s control interfaces, enhancing safety and ease of use. The new Musca 2S transmitter, among others, features large, tactile buttons with an ergonomic design, making it easy to operate even with gloves on. The transmitter’s backlit keys and audible and haptic feedback further improve usability in challenging conditions. The Tyro 2S product line includes transmitters (Musca, Pyxis, Cetus, and Fornax) and receivers (Aquarius, Auriga, and Scorpius) built to face the toughest environments. Handheld transmitters feature industrial-grade housings to withstand being dropped. Most receivers feature durable, potted waterproof solid-state circuit boards within impact-resistant housings. This ensures that the devices can endure all environments and severe impacts while mounted. The Tyro 2S systems offer advanced features such as one-button pairing, allowing operators to quickly pair a new transmitter with the receiver, minimizing downtime. This is particularly beneficial in mobile applications where equipment may be frequently moved or lost. Additionally, the systems support multiple transmitters per receiver and vice versa, providing multiple users with flexibility and redundancy in their operations. The Tyro 2S systems are available with an LCD screen that displays real-time feedback from the connected equipment. This feature is particularly valuable in applications like stone crushers, concrete pumps, and other heavy machinery where monitoring parameters such as oil temperature, fuel levels, and operational speeds is crucial. The integration with CANbus systems allows for seamless communication between the remote control and the machinery, enhancing operational efficiency and safety. Machine-to-machine (M2M) programming is also possible. Mobile Equipment Applications: Tyro 2S systems are ideal for various mobile equipment applications, such as truck-mounted cranes, skip loaders and hook loaders. Operators can control equipment from a distance, improving visibility and safety. The robust design ensures reliable performance in rugged environments, making it suitable for construction sites and industrial settings. Transportation Applications: In the transportation sector, Tyro 2S systems facilitate the control of equipment like flatbed loaders and recovery vehicles. The ability to customize the transmitter’s buttons to match the control symbols of the vehicle’s interface enhances operator familiarity and safety. The IP68-rated receivers ensure that the system remains operational even in adverse weather conditions. Construction Applications: Tyro 2S systems are perfect for controlling construction machinery such as water pumps, concrete pumps, and industrial cleaners. The durable and waterproof design of the transmitters and receivers ensures reliable performance on construction sites. The advanced LCD screen provides real-time feedback, allowing operators to scroll and toggle between multiple screens to control, monitor, and adjust machinery settings and more. “We are proud to offer US and Canadian customers the same level of performance and reliability that European customers have appreciated from Tyro for years,” said Cattron CEO Ryan Wooten. “Tyro products bolster our global portfolio with a proven remote control solution for mobile equipment applications.”
Pfannenberg announced the ultimate signaling solutions for light duty applications
Customizable Signal Fits a Range of Applications from Control Cabinets to Autonomous Vehicles Pfannenberg, a manufacturer of thermal management and signaling technologies, launches the PA1-R and PA L1-R, the ultimate signaling solutions for light-duty applications. These products deliver high performance in an economical package, ensuring a safe and reliable signaling solution for audible (PA1-R) and combined audible, and visual (PA L1-R) needs. The PA 1-R and the PA L1-R are the go-to choices for automation, material handling, and machine-building applications where status and indication lights and sounds are critical safety measures needed to notify staff about current or imminent events. The PA1-R features just sound while the PA L1-R is highly customizable, providing independent control of light and sound, allowing users to signal with sound only or a combination of light and sound. For the audible alarm in both products, users can choose from 70 tones and reduce the volume to meet application needs, selecting from 85dB, 92dB, 98dB, and 105dB to fit a range of environments. The PA L1-R also allows users to select the perfect color light signal to fit their intended application with the RGB version of the product, including green, yellow, amber, blue, purple, red, white, and magenta. To best suit the environment of the application, users can also choose between continuous, blinking, flashing, and rotating LED lights. Rotating LED lights offer an ideal alternative in contexts where blinking features may have limited visibility. On top of this, the signal’s top-mounted installation ensures excellent 360-degree perceptibility with its radial design. Both versions feature a multi-voltage-power supply of 10-60 V DC and 95-265 V AC, making them one-size-fits-all all options for the needs of your application. They are also available with an optional M12 connection, allowing for quick connection without wiring or the need for an electrician. This versatility and ease of connection allow the signals to be versatile and adapt to any application, saving time and money.
Compact light switch handle
Signaling and indicator lights, switches, and buttons – elements that hardly any machine can do without. The new JW Winco cabinet U-handle EN 6284 integrates all these functions into a single, compact element. The U-handle is designed to enhance the operation of systems and machines. It features an integrated button and a large, colored, backlit area on the back of the handle. These elements can be used individually or in combination, providing a versatile tool for system control and process monitoring. The EN 6284 prioritizes safety in its design. The two-channel switch element, available in different contact configurations, enhances operational safety. It can handle a wide range of applications with DC and AC voltages from 24 to 240 volts and currents of up to 3 amperes, ensuring compatibility with various systems and machines. The light element on the back of the handle comprises a form-fitting diffusor made of robust polycarbonate that is tightly attached with an IP 67 protection rating. It homogenously diffuses the light produced by the interior LED module in a variety of colors and brightness levels depending on the activation of the 24-volt RGB matrix. This transforms the handle into a visible status indicator even from the side or from a distance – ideal for large systems operating with small crews. Depending on how it is wired, the light signal can indicate problems in the process, signal regular operation, or show that the system is ready to be opened. The colors and functions can be allocated individually. The extensive documentation and the video tutorial on the JW Winco website offer several possibilities. JW Winco has taken a holistic approach and provided the illuminated cabinet U-handle with a passive counterpart. The EN 6284.1 has the same shape and material (glass fiber- reinforced polyamide) as its active sibling, allowing for consistent machine design. Speaking of design: This combination of multifunctionality, design, ergonomics, and versatility was awarded the prestigious iF Design Award 2023.
LEDtronics expands industrial controls with non-relampable panel indicator series
Continuing to expand its offerings of LED indicators for industrial, medical, and other controls and retrofit panel mount applications, LEDtronics® introduces new additions to its family of bolt-on, non-relampable and front-mounting panel indicators with screw terminals, featuring various color options and lens types. The new series of direct incandescent-replacement LED lights for mounting in holes of Ø0.681 inch (Ø17.3mm) diameter is an excellent choice for machine tool applications as well as heating, ventilation, and air conditioning control panels; medical equipment and signal and pilot lights, among many others. They feature slotted 0.05-inch tab terminals for panels no thicker than 0.180 inch (4.57mm) and a choice of cylindrical top hat or dome lens types. Offering energy savings with a much lower power consumption of only 0.5 watts or less, these indicator lamps provide sunlight-visible LED light in super yellow, super red or aqua-green colors, with a viewing angle of 10 to 80 degrees for the dome lens units, and 20 and 80 degrees for the flat, top-hat lens units, depending on lens color. They are rated for 28VDC input voltage, with the dome lens units providing illumination of 1 to 2.3 lumens and a luminous intensity ranging from 1.3 to 2.4 maximum candela, while the cylindrical flat-lens units offer 34 and 76 lumens and a luminous intensity of 44 and 93 maximum candelas. The series operates on an input current ranging between 0.08 to 0.017 amps. The PTx780-028B/WP Series comes in a nickel-coated brass housing, a slotted 0.05-inch, brass-coated terminal, a nylon base, and a polycarbonate lens. An integrated series resistor prevents short-circuiting, eliminating the necessity of special fuses. They mount to the front of a panel, accommodating panels up to 0.3 inch (7.62mm) in thickness. They are also lightweight — weighing only 1.0 ounce (28.35 grams). These durable LED lamps provide years of reliable performance with sustained color fidelity and energy efficiency, with an IP65 protection rating — they are water-tight and splash-proof for outdoor locations, operating in a wide temperature range of -30°C to +80°C (-22°F to 176°F). The new LEDtronics series PTD780-0xx-028B/WP (dome lens) and PTF780-0xx-028B/WP (cylindrical top-hat lens) panel front mounting, bolt-on indicator LED lamps come with an unconditional 3-year U.S. factory warranty, and are available through LEDtronics distributors. Other options, such as standard voltages, other LED colors, bulb styles or tabs are available for qualified volume orders.
H2C’s warehouse-in-the-sky is the first to pinpoint drone delivery
H2 Clipper, Inc. (“H2C”), an aerospace and alternative energy company developing uniquely capable hydrogen-powered dirigibles, has announced that it was granted a new U.S. patent for its warehouse-in-the-sky that includes the integration of aerial drones for picking up, transporting, and delivering packaged goods and other payloads. The technology incorporates: the use of a beacon, which can be a dedicated device or one’s cell phone, that enables package delivery by drone for companies like Amazon/FedEx/UPS/DHL etc., particularly in remote locations. Uniquely, the beacon also permits package returns from rural areas and remote global villages to put those items into international commerce; the ability to launch drones from a dirigible, allowing the drones to use all on-board energy to lift heavier packages rather than using that same energy to fly to the drop-off or pickup zone, resulting in efficient use of every route; charging bays for the aerial drones to recharge between short flights, which further reduces package delivery and retrieval time and trips; an on-board camera with each drone which provides proof of delivery, and is particularly important when using drone delivery in rural areas. With this patented technology, H2C’s warehouse-in-the-sky is the only airship technology that allows for pinpoint pick-up and delivery accuracy for commercial, consumer, and humanitarian use. “With the continued increase in online purchasing, the speed, convenience, and cost of local delivery are essential considerations for the supply chain,” said H2C Founder and CEO Rinaldo S. Brutoco. “By utilizing airships for delivery, shipments can bypass the exceedingly crowded and inefficient port facilities and airports, and eliminate the need for multiple intermodal transfers, handling steps, and ground-based facilities—minimizing delays and reducing costs.” US Patent 11,820,482 B2, entitled “Method and Apparatus for Lighter-Than-Air Airship with Improved Structure and Delivery System,” was issued by the United States Patent and Trademark Office (USPTO) and focuses on enhancements over previous airship designs and operating modes. Methods such as those described in H2C’s latest patent are focused on improving the “last mile” of delivery. The enhanced aerodynamic characteristics of the improved airship will enable it to travel at significant speeds, making door-to-door overnight delivery from a few regional warehouses and second-day door-to-door delivery of goods a possibility across the world. This ability to rapidly serve end-users directly from the factory or a few large regional distribution centers will resolve the last-mile challenges and provide a strong competitive advantage. The improvements represent a continuation of the work that H2C began in 2008 when it filed for its initial patent, which was issued in 2012. This news follows H2C’s January 2024 announcement that it was awarded a foundational robotics patent for using advanced “swarm robotics,” which achieves radical reductions of cost and quantum advances in manufacturing techniques for a wide variety of applications—including large scale lighter than air airships. H2C is represented in intellectual property matters by John C. Serio, a Partner in the Boston Intellectual Property and Technology Group at Withers Worldwide.
ProGlove and topsystem partner to deliver ultimate hands-free picking solution
Product bundle combines trailblazing Pick-by-Voice solution with best of breed wearable scanners ProGlove is joining forces with topsystem, a division of Ehrhardt Partner Group (EPG), to address the industry’s highlighted need for mobile logistics solutions. The two organizations will offer a joint bundle that combines topsystem’s LYDIA Voice Pick-by-Voice solution with ProGlove’s MARK family of wearable barcode scanners. This will further untether the frontline worker, enabling additional mobility while providing additional guidance. Operators will benefit from the ultimate hands-free experience to improve safety, quality and efficiency. Easy pairing for extended data capturing To connect topsystem’s LYDIA Voice solution with ProGlove’s wearable scanning products, operators simply scan a pairing QR barcode. The combined solution then enables faster job completion and improved data quality in processes where advanced data capture is required. This is the case, for example, if serial or batch numbers need to be captured. Initial tests suggest that processes can be accelerated by up to 15 percent in environments that require the input of extended numeric sequences. The new bundle will be a perfect match for jobs such as picking, replenishment, sorting, inventory counting, cross-docking and more. “We are very excited to have ProGlove as a strategic partner and to be able to sell this bundle to our customers. Pick-by-Voice is based on a hands-free concept, but whenever an industry or process requires extended data capture, it makes sense to combine Pick-by-Voice with scanning technology. Due to its ergonomic design and high performance, the Pro-Glove scanners harmonize perfectly with LYDIA Voice, as employees still have their hands free,” said Sascha Egener, Director Sales Voice Solutions at topsystem. “Combining LYDIA Voice with our wearable scanners is a huge step forward for shop floor workers,” said Pierre Mikaelsson, CPO at ProGlove. “It gives them the ultimate hands-free working experience while providing guidance to promote their well-being, efficiency and effortless data collection.”
Janam unveils breakthrough All-in-One UHF RFID reader
XR2 sets a new benchmark in RFID technology with unmatched speed, accuracy and affordability Janam Technologies, a provider of rugged mobile computers and contactless access solutions, has announced the launch of its XR2 UHF RFID Reader – an all-in-one device designed for real-time tracking and unprecedented visibility into the location and status of items throughout the supply chain. Built to thrive in demanding warehouse, manufacturing, and logistics operations, XR2 combines the most advanced RAIN RFID technology with a sleek, intuitive, and ergonomic design that sets a new standard for power and performance. Superior sensitivity, long-range RFID reading, and lightning-fast processing speeds bring enormous value to inventory management, asset tracking, and other line-of-business applications. KEY FACTS XR2 is a state-of-the-art, handheld RFID reader that optimizes workflow in the most challenging environments. It helps businesses tackle the complexities of modern supply chains with efficiency and precision and sets a new benchmark for what’s possible in asset tracking and inventory management. XR2 is priced to deliver unparalleled value to enterprise customers that don’t want to spend more than is necessary to acquire a superior, uncompromising, all-in-one UHF RFID reader. Powered by the industry-leading Impinj E710 reader chip, XR2 guarantees exceptional signal clarity and incorporates self-jammer cancellation to ensure robust tag detection in areas with a high concentration of tags. Capable of scanning more than 1,000 EPC Class 1 Gen 2 tags per second and from up to 60 feet away, XR2 delivers new levels of efficiency in asset management and inventory control, significantly reducing the time and labor required for businesses of all types and sizes. Equipped with an advanced Honeywell 1D/2D imager for high-throughput capture of even the most difficult-to-read barcodes, XR2 ensures every barcode is acquired and decoded swiftly and accurately. With JanamConnect®, an optional multi-carrier SIM card solution available to XR2 users, businesses gain access to the best-performing cellular networks worldwide, including AT&T, Verizon, T-Mobile, and more than 600 other networks. XR2’s built-in GPS functionality not only provides accurate location data but also enhances asset tracking and management. By merging precise tag location information with RFID data, XR2 enables businesses to gain business-critical insights into asset logistics, streamline operations and significantly boost efficiencies across the modern supply chain.
EDC Bolsters Midwest presence with Dean Grosel
Electronic Drives and Controls expands its presence in the Midwest by appointing Dean Grosel as the new regional representative for Indiana, Kentucky, Ohio, and Michigan. Grosel’s experience and network will support EDC in delivering innovative solutions and service to its growing customer base in the region. Electronic Drives and Controls, Inc. (EDC), a control system integrator and field service company for industrial automation and drive technology, has announced the appointment of Dean Grosel as the new regional representative for the Midwest region, covering Indiana, Kentucky, Ohio, and Michigan. “We are thrilled to announce Dean’s addition to the EDC team as a strategic move to expand our sales efforts in the Midwest in the converting and web handling industries,” said Chuck Dillard, Vice President at EDC. “Dean brings a wealth of experience in tension controls and a proven track record of success that aligns perfectly with our goals for growth in this key region. His expertise and innovative approach will be invaluable to meeting the needs of clients in the Midwest.” By appointing a manufacturer’s representative for the Midwest, EDC strengthens its presence in the region and improves its ability to offer localized and direct support to its clients. Grosel’s company, Grosel Industrial Sales Inc., has more than 50 years of experience in converting industries, with long-standing customers requiring expertise in web handling, extrusion, tension controls and drives integration. Grosel’s markets align directly with EDC’s portfolio of services, benefitting both Grosel’s and EDC’s customers. “I’m truly excited to join the EDC team and to contribute to their dynamic growth initiative,” said Grosel on recently joining the EDC team. “I’m excited to build upon EDC’s innovative solutions and exceptional service to help businesses in Indiana, Kentucky, Ohio, and Michigan achieve their automation goals. ” EDC holds certifications from Rockwell Automation as a Recognized System Integrator and from Siemens as a Solution Partner in Automation Drives, in addition to being CSIA-certified. These certifications, coupled with EDC’s regional expansion, further the company’s ability to serve a broader customer base. “Our certifications represent our commitment to professionalism and expertise,” said Bob Pusateri, Director of Business Development at EDC. “Coupled with our Midwest expansion and maintenance of high standards, we are better equipped to offer enhanced in-person service and support, solidifying our ability to serve a broader clientele.”
Ignition Gold Certified Integrator Patti Engineering announces further credentials, elevating expertise in industrial control solutions
Ignition Gold Certified Integrator Patti Engineering’s Akash Agarwal has earned the Ignition Core Certification by Inductive Automation, providing certified expertise in SCADA, MES, and IIoT applications. Patti Engineering, Inc., an Ignition Gold Certified Integrator and control system integration company with offices in Michigan, Texas, and Indiana, has announced that Controls Engineer Akash Agarwal achieved Ignition Core Certification by Inductive Automation, joining six additional team members holding specialized certifications on the Ignition platform. Agarwal has completed Core Certification competency exams for Inductive Automation’s Ignition, a powerful web-based industrial software platform for SCADA, MES, and IIoT applications. Additional employees certified for Ignition at Patti Engineering are Jeffrey Watts, who recently achieved Gold Certification, along with Abigail Engle, Cassandra Boman, Daniel Ragozzino, John Shipley, PE, CAP, and Scott Grunwald, all having attained Core Certifications. These certifications demonstrate advanced proficiency in the design, development, and implementation of tailored control solutions that optimize efficiency, productivity, and operational visibility using Ignition. “As a Gold-level partner in our Integrator Program, Patti Engineering has an advanced capability with Ignition,” said Chris Fischer, Integrator Program Manager at Inductive Automation. “The solutions that companies like Patti Engineering create are among the best in the industry because their knowledge and experience with Ignition enables them to create innovative solutions for clients. Patti Engineering’s Ignition certifications provide them with a competitive advantage in the integration industry, giving clients confidence in the robustness of their tailored solutions.” As an Ignition Gold Certified Integrator, Patti Engineering specializes in control system integration and digitalization services in the manufacturing and industrial sectors. The company’s demonstrated expertise ensures the smooth implementation of industrial automation software and hardware in a wide range of areas such as HMI, PLC, edge computing, data analytics, cybersecurity, asset management, and remote monitoring. The recent achievement of Ignition Core Certification by Agarwal, along with several other team members, illustrates Patti Engineering’s commitment to providing specialized expertise to meet the diverse needs of manufacturing and industrial clients. “We commend our engineers for helping Patti Engineering achieve and maintain Ignition Gold Certified Integrator status,” remarked Patti Engineering CEO Sam Hoff. “Our team’s dedication to training and best practices is pivotal in maintaining our ability to deliver the quality solutions our clients need in the industries we serve.”
Morse Watchman’s see growing adoption of KeyWatcher Touch solutions across the globe
The company’s flagship system is lauded by small municipalities and medium-sized cities that rely on the use of physical keys to secure their property and assets Morse Watchmans, a key control and asset management system, reports a rising number of international cities and municipalities installing the company’s flagship key control system, KeyWatcher® Touch, to secure the buildings, equipment, and vehicles utilized by various municipal departments. “From public works to waste departments, courthouses, and beyond, the adoption of our KeyWatcher Touch solution continues to resonate positively across so many diverse cities,” said Tim Purpura, VP of Global Sales and Marketing, Morse Watchmans. “We take pride in knowing that our systems are being used to facilitate secure and efficient operations for some of the public’s most critical services.” By implementing effective municipal key control measures, cities can mitigate the risks associated with unauthorized key access while maintaining the operational integrity of public works. This proactive approach not only safeguards against potential security breaches but also fosters accountability and responsible use of resources among city employees. In this way, cities and municipalities can establish a foundation of trust and confidence within their communities. In one instance, the Walworth County Public Works Department in Wisconsin implemented a new KeyWatcher Touch system after the original key box system failed to adequately support the county’s hundreds of keys for government buildings and county fleet vehicles. After seeing the success of the KeyWatcher Touch solution at the Department of Public Works, other departments within Walworth County have also begun installing their own KeyWatcher Systems. “These boxes are starting to catch on, and departments are thinking about how they will use them for vehicles and building keys,” said John Miller, Senior Project Manager, Walworth County Public Works. Across the globe, the operational efficiencies of the KeyWatcher Touch solution are also appreciated. Blacktown City, a suburban community located approximately 22 miles west of Sydney, Australia, implemented a KeyWatcher Touch system at their Main Works Depot to help maintain usage accountability and eliminate the problem of missing or overdue vehicles, machinery, and building keys. “We manage keys for at least 500 vehicles and machines here at the Depot and each of them has at least two to three sets of keys,” said Joe Haddad, Facility Manager, Blacktown City Main Works Depot. “Without the KeyWatcher Touch automated control and tracking, the job of accurately keeping track of these many keys would be almost impossible.”
Governors America Corp. welcomes Jeff Little as director of product management
Oklahoma resident brings nearly three decades of experience to his role Governors America Corp. (GAC) recently welcomed Jeff Little as its new director of product management. “We’re thrilled to bring Jeff on board,” said Sean Collins, President and CEO. “He has decades of experience in the field, particularly in the area of instrumentation, display and control products for the industrial stationary, off-highway and recreational power sports market. His insight and expertise are exceptionally valuable.” As director of product management, Little’s responsibilities include aligning product strategy with business goals; driving product discovery, market research and competitor research; driving innovation and new product development initiatives; communicating product vision and strategy to stakeholders; and monitoring and maintaining product health. Little, a resident of Sapulpa, Oklahoma, received his B.S. in electrical engineering from Mississippi State University. He has garnered 27 years of experience in the industry, most recently as director of product management at Enovation Controls.
Slimline swiveling-rotary modules for large workpieces
The slimline infinite rotary units are suitable for the highly dynamic rotation of large workpieces and eccentric grippers as well as for use in screwing and coiling technology. Miniature drives and microdrives can be found in virtually all areas of automation technology and have a correspondingly wide variety of applications. These range from medical technology and laboratory automation as well as general machine construction and intralogistics to aerospace applications. In all areas, the small drive systems play a role in ensuring that the associated automation solutions function with optimum process safety, reliability, and cost-effectiveness. This also applies to handling applications. In slimline, yet high-torque swiveling-rotary modules, these drives ensure that even large workpieces are moved precisely, both in the case of fast screwdrivers and also in automatic rotary handling, assembly, and testing systems. Anyone looking for an efficient and space-saving solution for typical movement sequences that occur in handling and assembly technology, such as turning, swiveling, screwing, rolling, or coiling, may be interested in the swiveling-rotary modules of the ForTorque series from the kinematics specialist JA². This is because the slimline infinite rotary units are ideal for the highly dynamic rotation of large, high-inertia workpieces and eccentric grippers as well as for use in screwing and coiling technology. Turning, swiveling, screwing, coiling A typical application case for the miniature swiveling-rotary modules is, for example, screwing the caps on small cosmetics or pharmaceutics containers in constrained spaces on fully automated packaging lines. The modules are also suitable in cases where grippers or workpieces need to be swiveled, e.g. when assembling or separating products. Designed as a modular system, six sizes with diameters of 16, 20, 25, 35, 40 and 45 mm are available. This covers peak and continuous torques of 0.3 and 0.14 Nm to 4.0 and 2.6 Nm respectively. The inertia of the load may be between 2.0 and 200 kgcm². This provides the most suitable solution for accurately angled movement and positioning for a wide range of different handling and assembly tasks. To reduce the load on the output shaft of gearheads in the case of high external moments of inertia, the output plate of the four larger module models has an extremely rigid bearing consisting of two thin-section bearings. Furthermore, the swiveling-rotary module with 40 mm diameter can additionally be equipped with a fluidic rotary joint for pneumatics or vacuum, e.g. to supply a pneumatic gripper with compressed air. The kinematics specialists push the modular concept even further: An interesting possibility is to combine the fast rotary units with linear axes, e.g. of the QuickLab series. Matching adapter plates are available as accessories. The result is compact lift-rotary or lift-swiveling systems through to five-axis handling systems. High dynamics and precision “The drives are the heart of our modular automation system and the requirements placed on them are very high,” explains Wilhelm Jung, Managing Director at JA². “The motors must operate highly dynamically, be precisely controllable, and have suitable dimensions.” In the case of the ForTorque modules, for example, the brushless DC-motors of the B and BX4 series from FAULHABER proved convincing. The motors with their two-pole and four-pole technology are extremely compact. The used variants of the B series with diameters of 16, 20, and 35 mm are just 28, 36, and 68 mm long respectively, but deliver continuous torques of up to 168 mN in the case of the largest variant. Similar also applies to the BX4 series. “Here we use motors with 22 mm or 32 mm diameter and continuous torques of 18 and 53 mNm respectively,” reports Wilhelm Jung. The motors are used in the ForTorques up to speeds of 8,000 rpm. Different gearheads, including zero backlash planetary gearheads from FAULHABER, provide gear reduction. Ultimately, the gearhead technology with the respective maximum input speed determines the limit for the maximum motor speed. “We then select the reduction ratio according to the application,” continues Wilhelm Jung. “In this way, we can influence the extent to which the external moment of inertia is reduced by the square of the reduction. The motor can then be precisely regulated unaffected by the lever. When selecting the gearheads, we paid particular attention to the efficiency of the gearheads. Because the better the efficiency is, the more precisely the torque applied at the gearhead output can be determined from the motor current. This is a key feature, particularly in the case of screwing applications where delicate (plastic) parts need to be screwed on with a defined torque.” Single-cable technology for fault-free control All swiveling-rotary modules are connected and controlled using a standardized bayonet connector, single-cable technology, and a motion controller. In automation systems, however, the switch cabinet is usually some distance from the actual drive. “Between the motor and the controller in the separate switch cabinet, there can then be 10, 20 or more meters,” says Wilhelm Jung. There is therefore a special, multi-shielded cable that transfers the motor power and the position sensor signal between the motor and controller up to 30 m without interference. The cable is fastened with strain relief, can be plugged in, and is also designed for use with cable chains, i.e. for mobile use. Moreover, thanks to the available preassembled cable sets, the single-cable technology simplifies installation. With the motion controllers, the user has the choice because the used motors are compatible with different controllers. “We also offer motion controllers from FAULHABER,” adds Wilhelm Jung. The two companies have, after all, enjoyed successful collaboration for many years. In the above-mentioned QuickLab linear axes, for example, the DC linear drives LM2070 and LM1247 are used. They are not designed as classic “surface rotors” with carriages and guides. Instead, the forcer rod is guided within a 3-phase self-supporting coil. “This design produces an exceptionally good relationship between linear force and current and high dynamics. In addition, there are no cogging torques, thereby making the linear motors ideal for use in our modular QuickLab system,” concludes Wilhelm Jung. About the Author JA² (Jung Antriebstechnik u. Automation, see
Cattron introduces Remtron PatriotPro industrial remote control system
Cattron’s Remtron PatriotPro comes with a distinctive yellow control unit Cattron, a radio remote control, engine and generator control panels, and cloud-based monitoring and control solutions, has announced that its next generation of Remtron has arrived with the release of the PatriotPro industrial remote control system. The PatriotPro retains the rugged design and distinctive feel of the time-tested and proven legacy Patriot product and now boasts a new look and an advanced, future-ready technology platform. The company also announced that a limited edition patriotic, flag-inspired version of the controller will also be offered from March through July 4th, 2024. The operator control unit is available in standard configurations and can be engineered to meet specific application requirements. The transmitter can support up to 18 commands with an engineered system. New systems work with the CBMCU, 10R/17R, or 11R receivers. PatriotPro transmitters are also backward compatible with Remtron’s existing Patriot and CommandPro systems, providing a path for upgrading existing systems. Premium features of the PatriotPro radio remote control system include: Distinctive click-click indication between steps Illuminated PL-d stop switch Wireless closed-box Bluetooth configuration for the deployment of spares Logging of essential data and diagnostics Signals are secured with black channel communication protocol Private label options for OEMs and select distributors CattronLink wireless programming tool for system updates Up to a 600-foot operating range “PatriotPro combines our premium radio remote control features into a single, flexible solution that supports operators with advanced technology and security features,” said Brian Fette, vice president of Product Management for Cattron. “With all it has to offer, PatriotPro will quickly become the hero of our Remtron portfolio of industrial remote control solutions.” The PatriotPro Industrial Remote Control System is positioned to cater to the specific needs of industries reliant on precise and efficient remote-control systems applications such as those in industrial automation, material handling, and mobile equipment. With its rugged design and advanced technology platform, the PatriotPro is a remote control system built for tomorrow’s demanding industrial environment. One of the standout benefits of the PatriotPro is its flexibility and versatility. The operator control unit can be customized to meet specific application requirements, making it adaptable to a wide range of tasks. Whatever it’s controlling, the PatriotPro’s tailored, user-defined configurations ensure seamless integration into diverse industrial settings. Control units can even be privately labeled with a customer’s branding and trade dress. Safety and security are paramount in industrial settings, and the PatriotPro addresses these concerns with its innovative features. The distinctive click-click indication between steps ensures that operators have clear feedback, enhancing their ability to make accurate decisions. The illuminated PL-d stop switch adds an extra layer of safety, making it easy to halt operations in emergencies. Additionally, the use of black channel communication protocol ensures signal security and integrity during remote control operations. The PatriotPro boasts an impressive 600-foot operating range, providing operators with the freedom to control machinery from a considerable distance. This extended range not only increases operational efficiency but also enhances safety by allowing operators to maintain a safe distance from potentially hazardous equipment.
Compact IDEC XA/XW emergency stop switches enable improved safety
Expanding robotic and industrial equipment applications call for small form factor emergency stop switches. IDEC Corporation has expanded its line of emergency stop (E-stop) switches with new XA/XW series short-body models. These industrial-grade and outdoor-rated models are designed in the space-saving size essential for robotic and industrial equipment applications, with innovative features to meet the increased requirements of international safety standards. Modern E-stop challenges While E-stop switches have been a fundamental design and safety element of automated systems for decades, two factors have prompted an update of these devices. The first factor relates to the proliferation of smaller-scale automated equipment with increasingly limited onboard space but a need for E-stop functionality. Examples are robot teach pendants, mobile robotics, production machines, and industrial vehicles. The second-factor concerns revisions to safety standards. Safety standard ISO3691-4 (2020) requires E-stops to be accessible from both ends and both sides of industrial vehicles, which can be difficult or impossible to achieve without compact devices. In addition, any detachable or cableless control stations—such as pluggable portable teaching pendants or wireless controllers—are now required by ISO13850 (2015) to incorporate measures for avoiding user confusion regarding whether the E-stop is active or inactive. While there are various ways to achieve this, the XA/XW E-stops change color through illumination to indicate if they are active or inactive, which is a leading way to comply with the standard. Addressing new E-stop requirements IDEC has designed the XA/XW series to minimize the installation depth behind the mounting surface. Available in industry-standard diameters of 16mm for the XA and 22mm for the XW, these new E-stops now require only an industry-leading 12.6mm of space behind the mounting surface for solder terminal styles and just 18.0mm for tab terminal styles. All devices are rated IP67/69K and UL Type 4X for outdoor installation, and they can be specified with or without illumination. Operating temperatures range from -25 to +55 or +70 °C, depending on the model. When users select the active/inactive version for compliance with ISO13850, the E-stop cap color is opaque white when the device is inactive and red when the device is active. This unique feature is designed so that users will recognize the device is plugged into equipment and usable only when the E-stop is red. If the device is white, then the E-stop is not connected. The E-stops follow a standard push-lock and pull or turn to reset action, and the top cap uses cap-color direction arrows to comply with ISO13850. The body base is high visibility yellow with an angled “escape structure” design so debris will not hinder operation, and a green ring acts as a secondary visual indication of the E-stop pressed or not-pressed status. The E-stop physical mechanism uses IDEC’s unique and patented “reverse energy structure” for an additional degree of safety, with a spring arranged to operate the E-stop if it is physically damaged in certain ways. Competitive devices can fail to drive equipment to a safe state under these conditions. Even though the XA/XW series features a compact body, the non-illuminated version offers two NC contacts for integration with safety circuits and one NO contact for illumination and/or monitoring. Contacts are rated for an industry-leading 250,000 operations at 24V and 100mA, ensuring exceptional durability. Improved safety for any application The IDEC XA/XW series is designed to meet the latest safety standards in an industry-leading small form factor rated for challenging environmental conditions. Space-saving E-stops are needed for robotics, AGV/AMR, medical devices, tabletop machines, and other industrial applications. EV chargers, power generators, outdoor conveyors, and specialty industrial vehicles all need robust E-stops that are easily installed in limited spaces. As designers are increasingly using wireless controllers and detachable pendants for these applications, the active/inactive capability of associated E-stops is a key requirement.
OSCO Controls will be exhibiting at MODEX 2024 for the first time
Innovative Control Solutions: OSCO Controls, an Autoquip Company Showcases State-of-the-Art Integrated Control Systems for business excellence The show is taking place at the Georgia World Congress Center in Atlanta, GA from March 11 – 14. This will be the company’s first time exhibiting at the highly regarded material handling trade show. Visit Booth B7022 to connect with the company’s team of seasoned industry experts who specialize in developing and implementing control solutions for material handling. From optimizing processes to enhancing efficiency, the team of experts will be available to discuss the unique needs of your business and provide insights into industry best practices. “As a division of Autoquip Corporation, we are familiar with the opportunities MODEX can offer to manufacturing and supply chain industries,” commented Collin Prock, General Manager of OSCO Controls. “We have a lot of experience to share with attendees of successful projects in the field; and real-time results of companies who have benefited from our solutions. We are looking forward to networking and sharing our capabilities.”