AutomationDirect has added Konnect-It KN-P series screwless terminal blocks that accept solid, stranded, or ferrule-ended wire types and offer fast, tool-free wiring using spring clamp or push-in technology. These terminal blocks come with the highest UL94 V0 flammability rating and are available in single-, double-, and triple-level models, with options including diode configurations and power indicators.
RS added two new suppliers to its portfolio — Automation Components, Inc. and Teltonika — further expanding its selection of high-quality, field-proven sensor and networking solutions optimized for today’s increasingly interconnected and automated industrial environments. Automation Components, Inc. (ACI), a DwyerOmega brand, designs and manufactures high-quality sensors, while Teltonika is a rapidly growing Lithuanian company group with more than 25 years of experience designing and manufacturing high-quality IoT devices engineered to enable real-time monitoring, data collection, and automated control and, in turn, improve decision-making processes and operational and economic efficiencies.
HARTING has recently announced the launch of 3 new products designed to meet the evolving demands of modern automation systems. The new solutions include the Han Protect connector, the D-Sub PushPull connector, and Single Pair Ethernet (SPE) technology tested and proven in partnership with some of the biggest North American Class 1 freight railroads at a railroad testing facility. “As smart factories become more advanced, seamless power and data connectivity is critical,” said Goda Senn, Product Manager, HARTING.
As modern machinery continues to shrink in size, the demand grows for powerful yet compact connectors. binder, a market leading manufacturer of industrial circular connectors, meets this need with its M12 Power connectors, which transmit high voltages reliably in space-critical environments. Due to changing application requirements, these connectors are increasingly replacing traditional 7/8″ connectors. However, the latter continue to play a crucial role—especially in legacy systems.
Phoenix Contact introduces NearFi, a contactless real-time transmission technology. NearFi couplers can transmit up to 50 Watts of power and 100 megabits of data per second, all without physical contact. Many factory automation applications, such as robot tool changes, rotary tables, and automated guided vehicle systems (AGVS), have moving parts subject to wear and tear. NearFi couplers can replace plug-in connectors and slip rings in these applications, minimizing repair and downtime costs.
The new generation of battery pole connectors from Phoenix Contact makes installation fast and easy. Like the originals, the newest additions can support power transmission up to 1,500 volts between battery modules in utility-scale and industrial-scale energy storage systems (ESS). The user-friendly design features mechanical and color coding to prevent errors during installation and repairs. The robust connector is IP-rated and touch-safe for high-powered applications.
RS has recently added two new suppliers to its portfolio — Automation Components, Inc. and Teltonika — further expanding its selection of high-quality, field-proven sensor and networking solutions optimized for today’s increasingly interconnected and automated industrial environments. Automation Components, Inc. (ACI), a DwyerOmega brand, designs and manufactures high-quality sensors, and Teltonika is a rapidly growing Lithuanian company group with more than 25 years of experience designing and manufacturing high-quality IoT devices.
RS offers an extensive portfolio of RS PRO brand products essential for the food and beverage manufacturing industry. The global food and beverage industry was valued at $6.96 trillion in 2024, and it’s projected to grow at a CAGR of 6.2%, achieving a value of $9.4 trillion by the end of 2029. But — despite its massive size and steady growth — stringent regulations, complex supply chains, and rising costs make the food and beverage industry an especially challenging one to succeed in.
Food and beverage production is evolving to become faster, cleaner, and more automated than ever. From robotic arms to high-speed conveyor systems, reliable connectivity is the backbone of next-gen equipment. Discover how circular connectors are enabling high-performance automation in even the most demanding hygienic environments. Designed to withstand frequent washdowns, extreme temperatures, and aggressive cleaning agents, today’s circular connectors ensure uninterrupted signal and power transmission under rigorous operating conditions.
RS offers Belden’s Alpha Wire portfolio of high-performance industrial automation cables engineered to reliably withstand extreme environments, processing requirements, and flexing cycles. Cabling is essential to industrial automation. It’s responsible for transmitting power, data, and control signals between various components — including sensors, actuators, and controllers — and ensuring the efficient, reliable operation of automated systems.
AutomationDirect has added LUTZE SILFLEX FBP VFD cable that provides the ultimate solution for the cabling challenges faced by today’s food and beverage machine builders and processing companies. Phthalate-, talc-, and silicone-free cables reduce contamination risk and provide resistance to oils and fats that are common to food processing. SILFLEX FBP flexible VFD cables are safe for food contact per FDA guidelines 21 CFR 175.300, certified by Ecolab for resistance to the most common cleaning agents, and feature reduced cable diameter for easy routing and installation.
TPC Wire & Cable’s new Thermo-Trex High Temp Reeling Cable is built for extreme heat and high-tension applications. Designed for reeling systems, it withstands conductor temperatures up to 200°C (392°F) and features a double-pass reinforced silicone jacket with an aramid center strength member for superior resistance to twisting and pulling. Engineered for tough environments in metals/steel, mining, and wood, pulp & paper industries, this cable is perfect for transfer cars, ladle cars, cranes, cable reels, hoists, pendants, and drying systems, delivering reliable performance in high-heat, high-tension applications.
When reliable electrical connections are required in the smallest of spaces, binder’s M9 portfolio offers compact circular connector solutions that perform even under demanding conditions. The 702, 711, and 712 series cover a wide range of protection classes, connection types, and technical requirements – from IP40 to IP67, shielded or unshielded, field-wireable or moulded. These rugged and flexible connector types are ideal for compact applications in industrial automation, medical technology, and test and measurement equipment.
EMC shield clamps are used, where the shield of cables must be connected to the earth potential. They are easy to use and effective in earthing single cable shields. When using types with integrated strain relief cables can be fixed via the cable jacket using cable ties. Thus strain relief in accordance with EN 62444 is achieved. icotek also offers EMC shield clamps with double strain relief function acc. to PROFINET installation guidelines.
Phillips Medisize, a Molex company, recently announced the launch of TheraVolt Medical Connectors. As the first medical connectors launched under the Phillips Medisize brand, TheraVolt is engineered to optimize device integration, functionality, reliability and performance. TheraVolt provides device engineers enhanced functionality, offering solutions to handle both signals and high voltage lines.
Compact, robust and standardised connection solutions play a key role in automation technology, industrial communication and drive technology. Panel mount connectors in particular must be adaptable to a wide range of requirements. binder, a specialist in industrial circular connectors, offers a particularly wide range of M12 panel mount connectors for this area of application. The portfolio covers a wide variety of codings, connection types, materials and fastening solutions, thus offering maximum design freedom for integration into devices and systems.