Power solutions leader acquired.

TE Connectivity plc has entered into a definitive agreement to acquire Astrodyne TDI, a leading provider of advanced power management and filter solutions for mission-critical industrial applications, from Tinicum L.P. This acquisition represents another deliberate step in TE's disciplined long-term strategy to build a differentiated portfolio of highly engineered technologies benefiting from secular growth trends.

Headquartered in Hackettstown, New Jersey, and with manufacturing operations in North America, China and Southeast Asia, Astrodyne TDI has a proven track record of solving complex power electronics challenges. The company is recognised for its deep engineering expertise and close collaboration with customers developing next-generation technologies across semiconductor manufacturing equipment, medical, and industrial applications.

“Automation, electrification, and digitalisation trends across industries drive the need for advanced power electronics in our customers’ applications. Astrodyne TDI’s expertise in custom-engineered power supplies and filter solutions complements our product portfolio, strengthens our ability to solve increasingly complex technical challenges and deepens our partnership with our customers in many fast-growing market segments,” said Carlo Ghirardo, SVP & GM of TE’s Industrial Automation and Electrification business unit. “We’re proud to partner with a company and team that is widely recognised for engineering excellence, product performance, reliability, and commitment to innovation. We look forward to welcoming the team to TE.”

“The agreement announced today with TE Connectivity represents an exciting opportunity and a bright future for our company, our customers and our team,” said Chris Viola, CEO of Astrodyne TDI. “Our legacy of exceptional engineering and highly reliable power electronics is a testament to our team and the great work we’ve done in our nearly 70 years in business. TE Connectivity’s global scale, manufacturing footprint, and R&D resources will enable us to accelerate product innovation and better support our customers' increasingly complex system architectures.”

“We are excited for Astrodyne TDI to join TE Connectivity, where the business will receive the support necessary to continue scaling its engineering and operational resources to better serve customers,” said Jeffrey Ernsting, Partner at Tinicum. “We will miss working with Astrodyne TDI’s incredibly capable and dedicated team, and we wish them all the best as they join TE Connectivity.”

The transaction is subject to customary regulatory approvals and closing conditions. Upon closing, Astrodyne TDI will continue to operate under its current leadership team and become part of TE’s Automation & Connected Living sector. Citi is serving as financial advisor and Davis Polk is serving as legal advisor to TE Connectivity on this transaction. William Blair & Company and Houlihan Lokey are serving as financial advisors and Goodwin is serving as legal advisor to Tinicum and Astrodyne TDI.

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@TEConnectivity @Astrodyne @ttiinc #PAuto #TandM #Connector

3D industrial applications tool.

Comprehensive portfolio allows engineers to explore solutions within an immersive 3D landscape.

The launch of a 3D Industrial Applications Tool designed to provide customers with an immersive and intuitive way to navigate through realistic industrial settings and see TE's products in action within the various environments has been announced.

"The latest 3D tool is designed to be an intuitive journey that allows users to explore TE solutions through familiar applications and terminology, bridging the gap between their needs and our comprehensive portfolio," said Vincent Menager, Integrated Marketing Analyst, TE Connectivity. "It's not just a selection guide; it's a gateway to understanding how TE's solutions can be integrated into our customers’ designs and processes."

The platform is consolidated around nine focus applications:

• Automation Control — Automation Sensors — Networking Devices
• Motion & Drives — Robotics & Warehouse Automation — Semiconductor Manufacturing Equipment
• BESS — EV Charging — Climate Solutions

With approximately 53 industrial applications and more than 120 different product cards, users can easily find TE products in action and access 3D representations, images, videos and links to web pages.

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@ttiinc @TEConnectivity #PAuto #TandM

High spec shielded connectors.

The ERNI MicroSpeed 1.00mm connectors from TE Connectivity improve data transfer speed and reliability in industrial automation applications. This shielded connector family with 1.00mm pitch enables high-speed data applications up to 25Gbit/s and are available through TTI IP&E – Europe .

Smart factories and the increasing use of artificial intelligence (AI) in automation depend upon processing larger datasets than ever to support predictive maintenance and real-time productivity insights. The higher bandwidths and data rates involved require higher specification shielded connectors to ensure accurate and reliable data transfer. ERNI MicroSpeed 1.00mm connectors are designed to deliver the necessary levels of connectivity and signal integrity.

The MicroSpeed 1.00mm connector family is synonymous with fast data transmission. The connectors feature high signal quality and external shielding for time-tested reliability in permanent system installations. MicroSpeed connectors have exceptional shielding properties that minimise electromagnetic radiation and signal interference. System designers can select standard or enhanced shielding to meet specific electromagnetic compatibility (EMC) requirements.

MicroSpeed connectors are highly durable and flexible. A robust frame design means these connectors can withstand more than 500 mating cycles. Stack heights of 5-20mm are achievable and there is a choice of 2-row, 3-row and 7-row connectors.

Variants are available with male and female connectors and vertical or right-angle configurations. The dual-beam female contact provides safer and more reliable connection in harsh environments with a wipe length of 1.5mm. A polarised mating face and a Blind Mate option, designed to provide consistent and reliable mating even in difficult conditions, complete the reasons why ERNI MicroSpeed 1.00mm connectors are ideal for use in industrial automation environments.

MicroSpeed connectors operate reliably in temperatures ranging from -55 to 125°C. Certified to UL/CSA E84703, they also meet the requirements of next-generation communication standards such as Ethernet 100Gbps (IEEE 802.3ba), Optical Internetworking Forum (OIF), and USB 3.1.

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@ttiinc @TEConnectivity @Publitek #PAuto #Pauto #TandM

High-voltage contactors for Europe.

Deliver safe and reliable switching performance of up to 1500VDC for fast charging and energy storage applications

TTI IP&E – Europe is now stocking the ECP series of high-voltage contactors from TE Connectivity, a world leader in connectors and sensors. The ECP150B, ECP250B, and ECP350B are hermetically sealed and allow bi-directional flow. The ECP series contactors come with a continuous current capacity of up to 500A and a maximum switch voltage of 1500VDC at 1000A in 30ms or less, meeting the safety robustness needs of high-voltage applications, including battery energy storage systems, solar inverters, and EV charging applications.

“The push for higher system voltages to improve power density and enhance efficiency while reducing installation costs continues,” says Dermot Byrne, Industry Marketing Director - Transportation at TTI Europe. “The ECP series contactors with high continuous current carrying capacity can be used in a wide range of applications where fast, safe, and reliable emergency disconnection of high DC voltages is required.”

With a compact form factor, measuring 104mm × 75mm × 108mm, and weighing approximately 1300g, these contactors are easy to handle and integrate into space-constrained designs. They feature a reliable dual coil design that automatically switches to 5W hold status after about 200ms energisation with 50W coil power, which minimises power consumption. The ECP series comes equipped with an auxiliary contact to monitor the power/main contact.

The enhanced insulation distance of the contactors fully meets the DC-1 utilisation category requirements in the UL/IEC60947-4-1 standard. All products within the ECP series are RoHS and ELV compliant with the EU Directives and come with UL, TUV, and CE certifications.

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@ttiinc @TEConnectivity #PAuto #Manufacturing #Transport

Energy meter.

TE Connectivity’s DRS-100-3P 100A 3-phase energy meters with easy programming, DIN-rail mounting and user-friendly navigation is now available through TTi Europe. The units offer a wide range of energy measurements when importing and exporting energy from energy storage systems (ESS) to the three-phase network where billing is required.

“Energy storage systems are crucial to providing the much-needed flexibility, stability and reliability for the renewable energy and infrastructure of the future,” says Markus Lorenz, Director, Industry Marketing, Industrial EMEA, TTI Inc. “We continue to support new energy development by stocking components solutions like TE Connectivity’s DRS-100-3P energy meters to enable seamless and accurate billing for imported and exported power to the three-phase network.”

The units measure and display the characteristics on single-phase two-wire (1P2W), three-phase three-wire (3P3W) and three-phase four-wire (3P4W) networks. Measuring parameters include voltage (V), current (A), frequency (Hz), power (kW/KVA/KVAr), power factor (PF), and imported, exported and total energy (kWh/kWArh). The units also measure maximum demand current and power over pre-set periods of up to 60 minutes. The energy meters are tamper-proof with a password-protected set-up menu for added security.

The DRS-100-3P energy meters offer the option of an RS485 communication facility for direct connection to SCADA or other communications systems using the Modbus Protocol in remote terminal unit (RTU) mode for remote monitoring and control. The energy meters meet the requirements set forth by the European Union.

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@ttiinc @TEConnectivity @Publitek #Energy #PAuto

Innovations in EV and connected transportation.

Mouser Electronics has released a new eBook in collaboration with TE Connectivity, exploring EVs and the rapidly evolving landscape of connected transportation. This new eBook highlights emerging engineering topics such as V2X ecosystems, fleet telematics with 5G, the future of high-powered EV charging and other design trends providing insights into the EV and connected transportation eMobility revolution.

In EV And Connected Transportation, TE Connectivity and Mouser explore the EV evolution from transportation modes to dynamic data hubs, as the rise of fleet telematics and the integration of 5G turn vehicles into roaming data centres. This eBook takes a deep dive into the emerging V2X communication standards for the next generation of EVs, featuring cloud-based and 5G systems to help vehicles gather, process, and transmit more information, optimising everything from navigation to maintenance. Topics include the advent of automotive single-pair ethernet, which requires advanced sensing and connectivity, and highlight TE Connectivity’s offerings for even faster and more secure in-vehicle data handling for rapid remote updates, communication between vehicles and infrastructure, sophisticated driver assist systems, and ultimately, complete vehicle autonomy.

EV and Connected Transportation features the latest TE Connectivity products available from Mouser, including Charging Inlets for commercial and industrial vehicles, enabling safe, fast, and secure charging of up to 10,000 mating cycles while charging at 250 VAC (at 32 A) and 1000 VDC (at 200 A), and are ideal for use with heavy and medium-duty trucks, buses, two-wheelers, agriculture, construction, and recreational vehicles. 5G Phantom no ground plane required antennas deliver global cellular coverage without needing a fixed ground plane, even for regions where the lower 600 MHz band is required. These antennas provide consistent performance and can cover either 617 MHz to 7125 MHz or 698 MHz to 7125 MHz frequency bands in a ground plane-independent format. They are suitable for IoT, freight and transportation environments, and public safety applications.

Also available from Mouser, PowerTube connectors are designed for high-power applications in hybrid and electric industrial and commercial vehicles. The ECPx50B high voltage contactors are built for handling large electrical loads, up to 580A continuous current, depending on wire size and temperature, and offer 1000 V switching voltage of up to 1500 VDC with a continuous carry current of up to 500 A. These contactors are designed for control in high-voltage environments such as battery energy storage systems, solar inverters, and EV charging applications.

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@MouserElecEU @ttiinc @TEConnectivity @Publitek #Transportation #PAuto

High-voltage connectors for E-mobility applications.

The PowerTube connector series from TE Connectivity, a world leader in connectors and sensors is now in stock from TTI, Inc. – Europe. Targeting e-mobility applications in industrial and commercial vehicles, the connector series is built to handle the large electrical loads found in e-motor, inverter and battery pack subsystems.

“In the race toward a more sustainable future, the industry for industrial and commercial vehicles is switching from internal combustion engines to hybrid and electric alternatives,” says Dermot Byrne, Industry Marketing Director - Transportation at TTI Europe. “With TE Connectivity’s PowerTube connector series, TTI can help ease this electrification transition for our customers.”

The connector system is available in multiple wire size options, between 35mm² and 150mm², and can withstand up to 580A and, depending on wire size and temperature, up to 1000V. The robust design withstands engine-level vibration and circular 360° shielding (shield current up to 30% of the main current) helps ensure high EMC performance.

Manufactured with scalability and modularity in mind, the PowerTube header is available in either 180° or 90° orientations, as well as up to 3 positions per connector. This is complemented by a unique cube-shaped busbar interface that allows connectivity independent of busbar orientation.

Along with its modularity, a refined circular design greatly simplifies cable routing and connector assembly, helping vehicle manufacturers to lower the total applied system cost. Thanks to IP6K9K dust and water ingress protection, Connector Position Assurance (CPA) and a High Voltage Interlock Loop (HVIL) safety feature in each pin, the PowerTube connector helps ensure reliable, safe connectivity.

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@ttiinc @TEConnectivity @Publitek #PAuto #transport

All-in-One connectivity for power, signal and data.

Fast locking system with rotatable angled receptacles for quick and flexible mounting.

TTI is now stocking the Intercontec M12 one cable technology (OTC) motor connectors from TE Connectivity. The M12 metal connectors with IP66/77 protection, when mated, are rated for 500 mating cycles, enabling robust and reliable installation of small servo motors for applications including automation, robotics, packaging, food & beverage, and material handling.

The new connectors have a maximum rated voltage of 630V (8-pole variant) and a maximum rated current of 8A. They also cover the digital transmission of 2- and 4-wire encoder protocols like Hiperface DSL, EnDat 2.2, ACURO link and SCS open link.

“With OCT solutions, using just one interface reduces the costs for electrical engineering on the servo motors as well as the expenditure for cabling in the application,” said Markus Lorenz, Director Industry Marketing – Industrial Europe, TTI. “TE Connectivity’s Intercontec M12 motor connectors are key focus products. They are an excellent example for the wide range of solutions we offer as part of our 2022 Smart Factory – Industrial NetworkIndustrial Network initiative. Especially as a one cable solution, the new connectors enable fast termination and the flexibility to save installation time and cost further.”

The M12 Intercontec crown clamp system offers 360-degree EMC shielding without cutting the braid to help save termination time. The Speedtec fast locking system saves installation cost and is backwards compatible with standard screw locking connectors; it is designed so that locking is only possible when the connector is fully mated. The rotatable angled housing enables easy adjustment of the cable outlet direction, even for the final installation position of the equipment in use.

@ttiinc @TEConnectivity @Publitek #PAuto #Robotics

Efficient container loading.

Combilift in Monaghan (IRL), is the largest global manufacturer of multi-directional forklifts and an innovator and leader in long-load handling solutions. Its recently launched Combi-CSS (Container Slip-Sheet) enables fast and efficient freight container loading for the transportation of timber, flat-packed furniture, panel products and similar goods. 

This innovative system features a large platform where goods are pre-loaded on a powered steel slip-sheet, and with integral laser-assisted container alignment and hydraulic levelling the slip sheet and its payload are driven directly into the container hold using Combilift’s patented push-pull mechanism. Significantly reducing the full load loading time to as little as 6 minutes and ensuring safety and simplifying the loading process, the Combi-CSS control system relies on SGJ series cable extension transducers (CETs) from Variohm EuroSensor to monitor the slip-sheet’s position over CAN SAE 1939 for the loading and retracting procedure.

The 16-metre-long Combi-CSS is capable of loading up to 30,000kg in 20- to 40-foot containers with the alignment and load transfer process managed by a single operator. The slip-sheet material, Hardox 500, is an extremely hard grade of steel commonly used for large structural wear plate components in construction and mining equipment. With excellent resistance to scratching and surface scraping, these properties help maintain a low sliding friction for the loading and sheet retraction process. The slip-sheet has several pairs of holes at equal intervals along its length and the push pull mechanism, which sits underneath, utilises powerful hydraulically driven linear actuators that engage with these holes in an alternating pattern to drive the sheet forwards for loading or backwards to retrieve the sheet. The distance travelled by the actuators for each push or pull cycle determines how far the slip sheet travels – with position controlled using displacement feedback from the SGJ series cable extension transducer.

SGJ series cable extension transducers (CETs)

The SGJ series CET from Variohm’s distribution partner TE Connectivity was chosen for its industrial grade quality and IP67 environmental protection rating. Its rugged glass-filled polycarbonate housing protects a precision high-cycle plastic hybrid rotary potentiometer in a spring-loaded cable and winding drum arrangement. The durable stainless-steel measuring cable is simply attached to the moving element in a "free-release" tolerant design that safeguards against damage if the cable is accidentally released. A stainless-steel mounting bracket and industry standard M12 connector makes installation straightforward in any orientation.

With several output options available in the SG series, including voltage and current as well as CANopen versions, Combilift chose the SGJ model with an integrated CAN SAE J1939 output communication profile – which is widely used on mobile equipment and factory automation applications and interfaced seamlessly with the CSS’s control system. The zero to 80-inch measurement version (2032 mm) provides an accuracy of 0.5% and a full-scale repeatability to 0.02%. The position data, in 12-bit resolution, and device status information is transmitted as ‘Proprietary B’ messages over the J1939 network. The Node ID, baud rate and date rate options are easily set using dip-switches and versions are available with or without terminal resistors. The 80-inch travel version can be mounted in a volume of less than 100 x 67 x 127 mm; a larger 120-inch travel version is also available.

CETs, sometimes referred to as ‘String pot sensors’ provide a cost-effective technology for long travel linear displacement measurement and find use across industrial applications such as mobile construction and forklift vehicle safety monitoring, winch and crane position feedback, large agricultural machines, flood management systems etc. Variohm supplies CETs in miniature designs with position measurement as small as 40 mm through to long travel models with over 40 metres linear measurement capability. The sensors used in CETs include rotary potentiometers, incremental encoders and multi-turn absolute encoders. Output options cover all industry standard voltage and current output levels as well as digital pulse and bus communication protocols. Cable actuated technology requires no critical alignment and suits applications where space is limited or where moving components may be submerged, deep underground or partially obscured by other equipment. Variohm’s comprehensive range of CETs are easily adapted for use in harsh environmental conditions with IP68 protection ratings and application matched versions supplied with hazardous area certification.

@Variohm @Combilift @TEConnectivity @mepaxIntPR #Pauto #Transport

Hybrid power and signal.

The Single Pair Ethernet System Alliance, with its current 32 members, is a registered association of leading technology companies pursuing the goal of establishing Single Pair Ethernet in numerous applications and markets.

With the publication of the NWIP (New Work Item Proposals) of IEC 63171-7, TE Connectivity has for the first time presented a hybrid system for Single Pair Ethernet data and simultaneous power supply. The Single Pair Ethernet System Alliance supports this proposal from TE Connectivity, as it provides additional power for many applications where PoDL technology (Power over Data Line) reaches its limits. The 4 power contacts plus functional earth combined with the SPE data connection in the M12 connector offer an interesting connection technology, especially for many compact, decentralized field devices.

The specification of a new 2-wire data connector in this hybrid interface shows the application diversity in the market. So, we can see that it is not the mating interface that shapes the market, but the application that defines the interface.

This is why the Single Pair Ethernet System Alliance believes this connector is another important piece of the puzzle for the establishment of SPE in numerous applications and thus supports the overall Single Pair Ethernet solution.

@TEConnectivity @PresseBox #SPE #Pauto #Connectivity #Ethernet

New resource for sensors and components.

Mouser Electronics and TE Connectivity (TE) have partnered to create a new content platform devoted to TE’s newest resources, products, and technical insights.

The new site from Mouser and TE offers a comprehensive, continually updated archive of infographics, videos, and technical articles, providing valuable insights into some of the most challenging aspects of connected automobile and smart home design. The platform is launching with more than 50 pieces of content, covering technologies including antennas, sensors, Internet of Things devices, and medical solutions. Each article include links to relevant TE products, connecting usable information from industry experts to the technologies and solutions needed to support each application.

With over 69,000 TE products, Mouser offers an ever-broadening selection of the newest TE interconnect, passive, and sensor solutions, constantly adding new products. For example, Mouser stocks TE’s FAKRA automotive connector system, which is based on FAKRA RF and USCAR standards requirements and includes RF cable assemblies, terminals, and housings. The AmbiMate sensor module MS4 series boards offer a set of four core sensors — motion, light, temperature, and humidity — with optional sensors for volatile organic compounds (VOCs), sound, and CO2. The modules enable easy integration into a host product for applications such as indoor lighting, air quality, building automation, and energy management applications.

@MouserElecEU @TEConnectivity #PAuto #Electronics

Panel labels.

TE Connectivity (TE) offers TTDS-245 thermal transfer printable adhesive backed panel labels. Their panel labels use high-performance adhesive foam to adhere to the surface making the need for rivets or bolts used for engraving obsolete. In addition to fewer components needed for installation, the engraving process can be noisy, dusty, and require special tooling to engrave the surface.

“The panel labels are an ideal alternative to metal or plastic engraving plates due to the lower material cost, ability to print on demand, and reduced installation time,” said Marco Ungano, TE field application engineer. “Adhesive-backed panel labels can be printed on-demand, anywhere using any TE thermal transfer printer. Printing on demand saves production time, allowing faster installation time for less money.”

TE’s panel labels are die-cut pieces on a liner in a roll format offered in standard colors of white and silver. Custom colors and shapes are available. Typical applications are industrial control panels, data racks, switchgear and general Industrial equipment labeling.

“We’re finding that even for customer applications in the harshest of environments, TE’s carefully selected adhesive used on our panel labels, allows for replacement of traditional metal and plastic engraving plates” said Ungano. “It’s additional time and costs when a customer realizes the etched metal or plastic plate has incorrect data and requires a new plate. TTDS-245 panel labels allow our customers integrate custom logos along with variable data and print all in-house. TE’s panel labels provide a superior solution with a far lower average total cost”.

Panel labels have three distinct layers- a printable topcoat that provides protection, a central film for stability and structure, and an adhesive layer which is ideal to adhere to many surface types including low surface energy and powder coatings. The adhesive foam backing can conform and adhere to textured surfaces, uneven surfaces and rounded shapes unlike traditional rigid metal or plastic engraving plates. TE Panel Labels are ideal for both indoor and outdoor applications.

#PAuto @TEConnectivity

Wireless accelerometer.

Wireless accelerometer according to LoRaWAN™ specification with edge computing for condition monitoring minimizes downtime, maximizes availability and reduces installation costs

Scalable, reliable and more compact wireless sensors for remote condition monitoring help companies get the most from their assets by minimizing downtime, maximizing availability and reducing installation costs. Further, enhanced condition monitoring systems are key to improving the uptime of machinery. To provide this level of performance in critical machinery in industrial applications, TE Connectivity has designed the 8911 wireless accelerometer.

The 8911 is a compact, LoRaWAN™ wireless accelerometer with edge computing for condition monitoring.

Key benefits of the 8911 wireless accelerometer include:

• LoRaWAN™ Class A: The LoRaWAN™ specification is a low power, wide area networking protocol designed to wirelessly connect battery operated devices to the internet. This protocol provides longer transmission distance and is less susceptible to external signal interference. It also offers secure means of expanding condition-based maintenance into plant areas where the cost to install wired systems is prohibitive, making data available to existing process control and information systems. LoRaWAN™ can be implemented on a managed network or on a customer’s own private network.
• Edge computing: The 8911 wireless accelerometer provides ambient temperature and calculates FFTs in the device. It transmits the relevant top eight peak frequencies and combines a sensor, data collector and a LoRaWAN™ radio into one compact, battery-operated device.
• Compact: The 8911 wireless accelerometer is designed with a corrosion resistant stainless steel case and plastic cover measuring 1.25” hex x 3.1” height, the same as existing cable versions. Its mounting footprint and stud size are standard to enable fast installation on existing and new machinery.
• Reliable: Robust signal preventing interference and drop out. The rugged stainless steel sensor housing with IP66 rated o-ring seal allows the sensor to perform well in harsh environments.
• 10-Year battery life: This sensor has up to 10 years of battery life based on a certain sampling interval. It uses a piezo-electric sensing element, which has the advantage of high bandwidth, superior measurement resolution and ultra-low power vs MEMS solutions, enabling longer battery life and enhanced machine failure detection.

“The 8911 wireless accelerometer combines a sensor, data collector, digital signal processor, and radio into one compact, battery-operated device that measures both vibration and temperature data,” said Bjorn Ryden, director of product management for TE’s sensors business. “We are confident that our customers will benefit from this product and be impressed by its ability to provide top performance in continuous health monitoring of critical industrial machinery.”

#PAuto @TEConnectivity 

Precision sensor application development support.

Introducing ADI MeasureWare a new flexible platform that allows TE customers to rapidly develop a precision sensor application without a deep understanding of precision analog or sensor design

TE Connectivity has announced today its integration with ADI MeasureWare, a plug and play suite of hardware measurement kits and software studio tools to help fulfill the growing need for precision measurement across multiple industries including precision agriculture, machine health monitoring, electrochemistry and other areas requiring precise measurement. As a result of this integration, TE customers are able to quickly develop a precision sensor application – from prototype to production (SoC solution ADMW1001) – without the need for a deep understanding of precision analog or sensor design.

“We are excited about the integration of TE sensors with ADI’s MeasureWare platform,” said John Tuley, IoT business development – Sensor Solutions business. “MeasureWare combined with TE sensors enables our customers to quickly display precision sensor data on a cloud platform and focuses engineering time on end use case validation rather than hardware design.”

ADI’s MeasureWare solutions are built to interface devices with the world around them, allowing users to more effectively measure the datasets necessary to their respective projects, such as temperature, weight, humidity, pH, pressure, etc. MeasureWare also offers flexibility to adjust and change measurement parameters as a project evolves.

Partnering with ADI’s MeasureWare is part of TE Connectivity’s ongoing efforts to provide design engineers, at any level, with best in class engineering support and tools to create amazing new products for industrial, IoT, medical and commercial applications.

TE has a number of sensors available to support the MeasureWare platform, with planned additions rolling out in the coming months. To view TE’s current sensor availability with MeasureWare, click here.

#PAuto @TEConnectivity @ADI_News

Sensor meets the growing demand for digitalisation to collect sensor data.

An ultra-compact digital temperature sensor with precise digital output and low power consumption

In today’s world, industrial, consumer and even medical sectors are adopting digitalization to collect sensor data. While certain devices are fitted with analog-to-digital converters, the market demands increased accuracy, smaller size, higher versatility and lower prices as data is used for more precise controls. To meet this emerging need, TE Connectivity (TE), has designed the TSYS03, a new digital temperature sensor with an ultra-compact design, precise multi-channel digital output and low power consumption.

“Providing sensor solutions that meet the needs of our customers is at the forefront of everything we do at TE Connectivity,” said Noel Burke, product manager of TE sensors business. “The development of the new TSYS03 sensor further enhances our position as a leader in the sensor industry and is intended for use in products across an array of sectors that require digital output and a miniature footprint including industrial, medical, automotive and consumer.”

TSYS03 is available in two different sizes – TDFN8 2.5 mm x 2.5mm and ultra-small XDFN6 1.5mm x 1.5mm – offering a large choice of integrations to any application with space constraints. Its small size enables lower thermal response time, which equates to fast temperature readings, while its improved ASIC design and reduced package size allows for an exceptional price-to-performance ratio.

TSYS03 offers a digital output allowing the I2C communication bus to be configured giving OEMs the ability to add a secondary or more I²C addresses. Additionally, TSYS03 has an enlarged supply voltage range of 2.4V to 5.5V offering a wide range of application possibilities from automotive to any other battery driven devices. Thanks to its low current consumption (stand-by <0.3µA), the TSYS03 can be used in battery applications for years without recharging or battery replacement.

#PAuto @TEConnectivity 

Top employer.

TE Connectivity (TE) has announced its recognition by the Top Employer Institute as one of the best employers in Germany in the Engineering category. The certification as “Top Employer” is the result of a multi-stage certification with a validation process and an independent audit.

Recognition by the Top Employers Institute (TEI) follows a multi-stage evaluation process in which personnel planning, talent strategy and acquisition, corporate culture, performance management, career planning and other employee metrics are assessed. Only employers who meet TEI’s highest standards receive the award and certification.

TE has been recognized by the Institute’s certification for more than 10 years. “Receiving this year`s TEI certification clearly demonstrates TE Connectivity’s consistent efforts to offer outstanding career opportunities and foster favorable working conditions for technical professionals and engineers,” said Regine Gengnagel, TE Connectivity Germany GmbH. “In addition, TE Connectivity offers many opportunities for students and young professionals. Dual degree programs, thesis initiatives and support, international exchange programs for young professionals, as well as mentoring programs help us recruit and retain top talent.”

With more than 14,000 patents, TE ranks among the top 100 most innovative companies worldwide. The company’s highly engineered connectivity and sensor solutions detect and transmit power, data, and signals in connected vehicles, smart buildings, next generation factories, medical devices, power grids and more. Every day, TE’s more than 7,000 global engineers collaborate with customers around the world to help them solve their toughest design challenges.

“To become recognized as a Top Employer, an organization will have to prove that the implementation of their people strategies enriches the world of work of their employees,” said David Plink, Top Employer Institute CEO. “The certified participants are a shining example of a dedication to people practices as they continuously commit to empowering their employees for a better world of work.”

@TEConnectivity @topemployer #Germany, #Components

Safe cable markers.

TE Connectivity (TE) offers HL Low Fire Hazard cable markers designed to identify large-diameter wire and cable, as well as post-connector installation within harsh environments. Identification print is guaranteed when using TE’s WINTOTAL software in conjunction with the recommended ribbon and thermal transfer printers.

TE’s HL cable markers are designed to offer flexibility for wire and cable identification in harsh, aggressive environments including temperatures from -55°C to 135°C (-67°F to 275°F). Typical installations in demanding environments include mass transit, military, aerospace and industrial applications. Applied using cable ties, “HL cable markers provide the ability to identify large diameter cable and wire bundles” said Thomas Bartlett, TE product manager. “They can also support identification for installed, terminated cables when re-termination is not possible.”

The HL markers are available in white or yellow and assembled on fanfold or reeled paper carrier to allow for greater range of printing formats and kitting. Features of the marker include:

• Thermal transfer printable
• Highly flame resistant (excellent resistance to burning - oxygen index 35%)
• Resistant to key industrial and military grade fluids
• Several printable widths and heights available

HL markets are EN45545-2 R24 HL3 compliant, the European safety standard to protect human life against onboard fire incidents in railway vehicles. The objective of EN 45545-2 is to minimize the probability of a fire starting, to control the rate and extent of fire development and to minimize the impact of the products of fire on passengers and staff.

#PAuto @TEConnectivity

Heat shrink sleeves.

Heat Shrink Sleeves enable safe and flexible identification for harsh environments.

The ZHD-SCE low fire hazard and fluid resistant heat shrink sleeves from TE Connectivity (TE) are  designed for harsh environments. These ZHD–SCE sleeves can be used in a wide variety of applications including rail, marine, motorsports and industrial that require the highest performance from an identification sleeve, without compromising on safety or capability. Identification print is guaranteed when using TE’s WinTotal software in conjunction with the recommended ribbon and thermal transfer printers.

“The ZHD SCE provides true limited fire hazard and chemical resistance properties combined within 1 heat shrink sleeve, ” said Philippe Contri, TE product manager. “Through decades of product engineering, customers can have a limited fire hazard identification sleeve without compromising on performance”

Being zero halogen and diesel resistant, ZHD-SCE bridges the gap between D-SCE marker sleeves and HX-SCE marker sleeves. TE’s ZHD-SCE identification solution ensures flexibility in use due to easy printing and kitting.

TE’s ZHD-SCE sleeves features and benefits include:

• Thermal transfer printable
• Zero halogen
• Diesel resistant
• Resistant to key rail and industrial fluids including diesel (defined by RW-2536)
• Low toxic fumes
• Non-flame propagating
• Shrink ratio 2:1
• EN45545-2 R22 HL2

In addition ZHD SCE sleeves are fully free of substances of very high concern (SVHC), in line with TE’s compliance with the European Community’s REACH (Registration, Evaluation, Authorization and Restriction of Chemicals) legislation.

#PAuto @TEConnectivity #Transport

Hand-writeable, self-laminating labels.

TE Connectivity (TE) has released the TKM and BKM series of hand-writeable, self-laminating labels.

TE’s TKM and BKM products are self-writable clear vinyl film with a permanent acrylic adhesive. Supplied with a white hand writable area which is over-laminated upon application using the clear portion of the label. TKM/BKM are hand writable which allows for on the spot labelling, protected by the self-laminating feature. These labels are available in two formats. TKM is supplied in booklet form while BKM is supplied in sheet form.

“Self-laminating wraparound labels are ideal for identification of wires, cables and pipes,” said Robin Parella Gershkoff, TE product manager. “Also, TKM and BKM products are resistant to chemicals and frequent handling, making the labels ideal to use for job site installations. The series is engineered to withstand exposure to solvents, salts, alkalis and water, while still being free from cadmium, silicone and PTFE and is not electrically conductive.”

TKM/BKM labels can withstand temperatures of minus 30°C (minus 22°F) to 120°C (248°F).

TKM booklet labels are available in 25.0mm (0.984 in.) width and in four heights ranging from 50.0mm (1.969 in.) up to 230.0mm (9.055 in.). The booklet is ideal for remote work sites when printers are not readily available.

BKM sheet labels are available in four widths ranging from 23.0mm (0.906 in.) up to 50.0mm (1.969 in.) and four heights between 38.0mm (1.50 in.) up to 230.0mm (9.055 in.).

TKM and BKM labels are fully free of substances of very high concern (SVHC), in line with TE’s compliance with the European Community’s REACH (Registration, Evaluation, Authorization and Restriction of Chemicals) legislation.

#Pauto @TEConnectivity #REACH

Industrial labels.

TE Connectivity (TE) has introduced new self-adhesive polyester rating labels, PR115. These custom-designed labels have UL969 category PGJI2 file MH29684 approval, which means that they can be printed by end-use product manufacturers using thermal transfer equipment.

“The PR115 labels are part of our Specialty Product Industrial label portfolio,” says Philippe Contri, TE product manager. “They are the result of the collaboration between TE and several customers in the Industrial sector, and are priced competitively.”

Customers can use the new PR115 labels to identify such items as motors, engine starters of electric vehicles, relays, hydraulic pumps and electrical installations, as well as on solar panels in areas where there is no direct exposure to the sun. The labels can be dispensed automatically, adding to the efficiency of automated assembly and production processes. They can be directly applied from the printer to the back of a solar module.

The 50-micron polyester labels, which have an operating temperature range from -40°C to +150°C, can be customized with pre-printed designs and applied on a large range of substrates including acrylic paint, aluminum and epoxy paint. With an acrylic adhesive thickness of 20 microns, they are recommended for smooth surfaces. Available in satin silver or gloss white, the labels are thermal transfer printable using TE’s current T200 Ident, T3212 and T3224 printers, along with the previous printer range TE3112 and TE3124.

 @TEConnectivity #PAuto