Transparent flow of goods.

Efficient Detection of Packages and Load Carriers in Logistics

Pepperl+Fuchs is expanding its RFID portfolio with a new UHF reader, the IUR-F800-V1D-4A*, for connecting external antennas, especially for use in gate applications in logistics. The company has been providing reliable RFID systems for industrial applications for over three decades. In factory automation, these systems are primarily operated with PLCs to ensure safe processes and transparency in production.



This new IUR-F800-V1D-4A* UHF RFID read/write device extends the range of products offered by Pepperl+Fuchs to provide complete transparency in the logistics applications that follow production. Designed with proven and internationally standardized UHF technology (ISO 18000-63 or EPC Class 1 Gen 2), the IUR-F800-V1D-4A* enables cost-efficient construction of RFID gates thanks to the connection option for up to four external antennas.



These RFID gates enable quick, simultaneous detection of large quantities of tags during transit - for example, in the automated inspection of packages in incoming and outgoing goods, and during transport between storage and production areas. The information obtained can be seamlessly integrated into existing backend systems such as ERP and MES, therefore enabling maximum transparency along the entire value chain.



A variety of antenna types provide optimal adaptation to specific applications. The powerful UHF reader allows reading and writing over long distances. In addition, the reader has additional inputs and outputs, for example, for connecting sensors or external signal lights. Clearly visible LEDs provide additional information about the current operating state. Both the IUR-F800-V1D-4A* and the associated antennas are designed with rugged housings for demanding operational conditions.

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@PepperlFuchsUSA @mepaxIntPR #Tracking #PAuto

RFID with integrated Industrial-Ethernet-Interface.

IUT-F190-B40 UHF Read/Write Head with integrated Industrial Ethernet Interface and REST API expands the Pepperl+Fuchs RFID Portfolio

Pepperl+Fuchs is expanding its comprehensive portfolio of identification solutions with the introduction of the IUT-F190-B40 UHF RFID Reader, which offers an integrated industrial Ethernet interface and REST API. Using these interface technologies, the IUT-F190-B40, which is designed for medium detection ranges, can be quickly and easily integrated into OT and IT systems, making it an attractive solution for production control and monitoring, track-and-trace applications, and other Industry 4.0 applications in factory automation.

The IUT-F190-B40 offers the same key advantages as the other solutions in Pepperl+Fuchs' F190 product family: Its rugged IP67 cast housing and a broad temperature range makes it suitable for use even in particularly challenging industrial environments. Based on UHF RFID technology, this solution achieves high ranges (up to 6 m) and detection speeds and supports multi-tag reading. Emitting 1000 mW ERP with housing dimensions of just 114 x 112 x 63 mm makes the IUT-F190-B40 top of its performance class in the market.

Whereas Pepperl+Fuchs' other RFID read/write heads were mainly used in PLC applications via function blocks and the IDENTControl evaluation unit, the IUT-F190-B40 can be easily integrated into IT systems using the REST API. The UHF Reader can be fully parameterized and operated via this interface. In addition, the integrated web interface of the IUT-F190-B40 can be used for parameterization and commissioning.

The two integrated inputs of the IUT-F190-B40 can be used, for example, to connect light barriers without additional IO components in order to start and stop the reading process as required or to detect the direction of passage. Via the output, a signal lamp can visualize the readiness for operation or a successful reading.

@PepperlFuchs @PepperlFuchsUSA @mepaxIntPR #PAuto

RFID readers.

The new KW2D series of smart radio frequency identification (RFID) readers has been launched by IDEC Corporation. These intelligent RFID readers are designed for easy installation into the typical 22mm panel-mount holes used with machinery, are readily integrated with automation systems, and enable OEMs and end users to easily apply advanced authentication and authorization measures.

Industrial-Grade Identification and Authentication

Authenticating users and authorizing them to perform actions and equipment control is fundamental to maintaining safety and security for any operation. Access management also provides traceability for regulatory and analytical purposes. RFID cards and tags are simple and inexpensive to manage, secure, contactless, and robust for industrial environments—while providing flexible ways to configure, manage, and modify privileges. These benefits overcome the problems with other traditional or complex methods such as key switches, magnetic strip cards, passwords, and biometrics.

Built for the Field
The IDEC KW2D series RFID readers are compact UL listed all-in-one devices installed into typical 22mm panel-mount holes right along with other switches, buttons, and lights. They maintain IP65/67 water-, dust-, and oil-proof ratings, and feature push-in power supply terminals. A built-in Ethernet port facilitates easy connectivity to host devices like PLCs and HMIs using Modbus TCP. Three-color white/green/red LED lighting is clearly visible from the front and sides—even at a distance—to indicate standby, successful verification, or error respectively, while a built-in auxiliary buzzer provides audible feedback of successful and error conditions.

Users can mix-and-match various RFID tag formats: commercial-style cards, wristbands, stickers, and IDEC-supplied color-coded key fob or card-style tags. The key fob tags are available in five colors, are durable for field conditions, and include enhanced encryption compared with other tag types.

RFID Benefits
RFID tags are low cost and passive, responding to a short-range radio signal generated by the RFID reader when the two are in close proximity. The KW2D operates at standard 13.56 MHz high-frequency (HF) providing a reading distance of up to 15mm depending on the tag style. Several ISO/IEC communication speeds (type V, A, or F) are supported.

IDEC provides the Windows-based RFID configuration software tool free of charge, so users can set up the reader IP address, Modbus TCP server details, tag information, and passwords. Users can take advantage of default authorization levels, or they can customize up to 500 tags with up to 255 authority levels. Configurations can be quickly modified, and lost tags can simply be blocked.

Safe and Secure Applications
RFID systems are useful for machine tools, material handling, and manufacturing machinery for industries like automotive production, food and beverage, life sciences, plastics, and others. Designers can use the IDEC KW2D RFID reader and tags to supersede traditional locking methods, providing advanced user level access and safety-related authorization. Traceability is established with RFID-sourced timestamped logs detailing operator activities and operations. RFID tags help end users improve productivity in a convenient and cost-effective manner, maximizing safe and secure operation of equipment.

@IDECUSA #PAuto #RFID

Barcode printers.

Printronix Auto ID has announced the addition of the T4000 RFID Thermal Barcode Printer to its rapidly growing line of high-performance RFID printers. The T4000 prints and encodes on both standard and on-metal RFID labels and tags making it a universal solution for almost all RFID applications.

The T4000 RFID printer was designed from the ground-up to print and encode on-metal and traditional labels, making it the ideal solution for RFID asset tagging of tools and equipment used in healthcare, manufacturing, supply chain, IT, and service yard industries. On-metal tags typically include a foam insulator and a metal foil backing that makes them incompatible with most standard RFID printer/encoders, but the T4000 was engineered to handle the media with ease. And, because accuracy is critical in every application, the T4000 will back-up and completely overstrike RFID labels that fail to encode properly.

“The T4000 is a great addition to our rapidly expanding line of RFID printers at a price point that offers great value to our customers,” said Andy Edwards, Director of Product Management. “The T4000 was designed for ease of use, high productivity, and the flexibility of printing on-metal or traditional RFID tags. We are committed to providing our customers with the same versatility and reliability in our RFID printers that they expect from all Printronix printers”

The T4000 is available with and without RFID capability. Due to its compact size, the T4000 fits into environments where space is limited but enterprise-level performance and RFID printing is a requirement. Despite its small stature, the T4000 can easily print up to 5,000 labels or tags a day at an impressive ten inches per second.

Designed for today’s high-tech applications, the T4000 fits seamlessly into any environment with multiple connectivity options, remote printer management tools and automated alerts that keep operations functioning at optimum efficiency and productivity. The T4000 RFID comes standard with Ethernet, USB host, USB device and Serial connectivity. State-of-the-art versions of WiFi and Bluetooth can also be ordered as optional features.

Like all Printronix Auto ID industrial label printers, the T4000 RFID is built on their exclusive Printronix System Architecture (PSA) platform which simplifies printer replacement and installation. Users and IT professionals will appreciate the nine thermal printer language emulations, embedded webpage, remote printer management tool, and a user interface that is common to all Printronix industrial printers.

Easy to operate; the T4000 includes a bi-fold door that allows users to change media and ribbon in tight spaces and the illuminated 3.5-inch color display provides adequate light and easy navigation under any conditions. To minimize media changes, the easy side-loading label and ribbons spindles support 8-inch media rolls and 450-meter ribbons.

#PAuto #RFID @PTXAutoID @PresseBox

Detecting PCBs using RFID.

An RFID system in which PCBs communicate with their SMT production line and contain all the relevant manufacturing data has been developed by Harting. Based on the company’s RFID-4-SMT auto-ID solution, the new system cuts error rates, radically simplifies documentation requirements and forms the basis for automated PCB production in a batch size of one.

When the PCB is first produced, a small UHF RFID chip is inserted in the blank or attached as a component later on. From this point, manufacturing data can be written to and read from the RFID chip at each station in the manufacturing process. Even unplanned events such as machine malfunctions can be stored.

This is all enabled by the cutting-edge UHF RFID technology from Harting. Thanks to the coaxial-cable-based Ha-VIS LOCFIELD® antenna and the Ha-VIS RF-R350 flexible UHF RFID reader based on their MICA® industrial computing platform, realisation involves a minimum of effort. The antenna field follows a coaxial conductor and allows communication with several PCBs in a single PCB panel at full manufacturing speed.

The reader and antenna can easily be integrated into both new and old systems. The compact design and IP67 protection class also facilitate upgrading. Full data integration in the manufacturing system is therefore made possible - but not absolutely necessary - at any time.

Thanks to the modular and open software architecture of the Ha-VIS RF-R350 UHF RFID read-write device, the data can be pre-processed in the reader. The data is stored in line with ISO standards and the GS1 standards applied to commercial goods transport. This applies not only for the ID of the PCB itself, but also for the processing and manufacturing data stored in the user memory of the RFID chip. This data is all transparent and can thus easily be used later by a third party.

Once the UHF RFID technology has been fitted on the PCB, it can be used throughout the lifetime of the PCB. It is possible for several PCBs to be read in bulk without optical contact: for example, through foil and cardboard packaging, which makes the technology eminently suitable for warehouse and logistics processes. In addition, the information can also be read when the PCB is already installed in the application. Provided that the housing does not consist entirely of metal and certain basic physical principles are adhered to, the information on the RFID chip can continue to be used and updated. The options offered by the UHF RFID technology remain available until the PCB is disposed of, and can enable and improve a range of different applications.

@Harting #Manufaturing #RFID

Using RFID provides safety in processing plants.

Safety is of utmost importance during the transport of potentially dangerous process media in chemical processing plants. To ensure safety at all times, regular inspection and maintenance of hoses is required by law.

RFID handhelds from Pepperl+Fuchs and ecom paired with custom software from Neoception allow for convenient and efficient maintenance, even in hazardous areas. Each hose is clearly identifiable via a UHF RFID tag, which includes the following information:
• Equipment number
• Test date/time
• Hose length and diameter
• Conductivity
• Test pressure
• Date of the next inspection

Using the RFID handheld and the "hose manager" software from the Pepperl+Fuchs start-up Neoception, the auditor is guided through the maintenance procedure step-by-step. Automatic identification and user-friendly software virtually eliminate errors. The results of the test can be seamlessly transferred to a back-end system and serve as the documentation and proof of the tests carried out. During the process of designing the user interfaces, care was taken to ensure that they were ergonomical and glove-operable.

Additional functions help support work processes even better. A localization function, which evaluates the strength of the tag's response signal, helps to significantly reduce the time needed to search for a test object. In addition to RFID, all optical 1-D and 2-D codes can also be read via the integrated imager.

@PepperlFuchs #PAuto #Safety #RFID

UHF RFID reader.

The new RF-R3x0 from Harting is a versatile UHF RFID reader that combines software flexibility with an extremely robust and compact design that enable its deployment in a wide range of application scenarios.

Thanks to the use of M12 industrial connectors and aluminium die-cast housings, the reader is rugged enough to meet the most demanding requirements – as found in railway applications, for example – while the flexible software concept means that a few clicks are all it takes to switch the unit to a completely different application.

Typical applications might range from a simple PLC connection to the integration of signals with an ERP system or a connection to a train control system.

The UHF RFID reader is based on four basic versions: the LLRP 1.1, which is also designed to connect to the Harting Ha-VIS middleware; a unit with OPC UA support that meets the Companion Specification for Auto ID Devices for uniform connection to ERP and PLC systems (interface description available at info@AIM.de or from the OPC Foundation); a Modbus TCP version for easy connection to PLC systems (which is also suitable for communication with older PLC systems); and a version containing embedded middleware for complete standards-based data pre-processing. Various communication facilities such as web services, database connections, UDP and TCP telegrams are available for configuration.

These latter capabilities make it very easy to create additional project-based or industry-specific solutions. Thanks to the software container concept of the Harting MICA® industrial computer platform, which serves as the basis of the new Ha-VIS RF-R3x0 reader family, there are virtually no limitations on the system’s versatility. Whether Harting’s own extensions, e.g. the interpretation of the sensor data from a Harting ETB sensor transponder or extensions created by system integrators – the diversity of applications knows no bounds.

For an easy start to a new project, the Ha-VIS RF-R300 contains all the basic functions listed above for testing. These can then be activated or licensed in an application-specific manner.

@Harting #PAuto 

Field reader.

Harting has expanded its UHF RFID product range for demanding industrial and rail sector applications with the addition of a new version of the 4 Field Reader, featuring built-in M8 and M12 connectors to complement its excellent range of RFID solutions.

In addition to the existing features of the compact, robust Ha-VIS RF-R3x0 reader – notably the two antenna connections, 500 mW power output and comprehensive software functions - the new Ha-VIS RF-R400 RFID Reader provides concentrated RFID performance and robust connectors at an attractive price.

The built-in circular connectors now provide interfaces for networking, power supply, RS232, two digital trigger signal inputs and four digital signal outlets. The four antenna connections, each with a maximum power output of 2 W, remain in the usual SMA format.
The standard Harting RFID reader functions such as “action on EPC” (Electronic Product Code), where the reader can process scanning results autonomously and respond by switching outlets, are also included in the reader’s comprehensive software provision.

In terms of software, the RF-R400 is fully compatible with the powerful GS1® ALE 1.1 based Harting middleware. The new reader is supported as usual by the server version, Ha-VIS Middleware and the embedded version for the RF-R350, enabling easy processing of raw data and saving unnecessary expense in the back-end system.

The new reader meets the requirements of the industrial and rail markets, which Harting verifies by monitoring in its own independent and accredited test laboratory. It is particularly suited to rail applications such as track section recognition.

@HARTING ‏ #PAuto 

RFID identification of tools.

Tool identification using Balluff Industrial RFID increases production efficiency, as it makes incorrect tool allocation or missing tools a thing of the past. This enables optimizing the service time utilization of the tools. In addition, scrap and rework due to excessive use of tools are virtually eliminated. With Easy Tool-ID Balluff now offers an economical entry into tool management. It is simple to retrofit and stands out with easy installation and configuration.

All this is required is a USB port (keyboard expander) on the machine tool and a presetter. The data are written via RFID technology from the presetter to the tool and then passed on through the Easy Tool-ID system to the machine tool. Manual entry is eliminated. Setup times and the risk of incorrect entries are significantly reduced. The system consists of a tool stand with integrated read/write head, a processor unit, a microcontroller and the power supply.

The solution's handling and functional principle could not be easier: At the tool presetter, each tool is measured and its data, such as diameter and radius, are written on the data carrier on the tool shank. The user simply brings the tool to the machine, places it in the tool holder and presses a key. The system then emulates the key input and automatically reads the data with the Balluff Tool-ID through the keyboard interface to the machine controller. Manual, error-prone entry is thus eliminated. This means that even existing machines can be modernized and upgraded with a cost-effective tool ID solution.

@Balluff #PAuto @BalluffSensors

UHF RFID readers.

Harting has expanded its Ha-VIS family of UHF RFID readers with the addition of two new devices that offer higher levels of versatility, enabling individual project requirements to be met even more efficiently and flexibly.

The two additional RFID readers combine the performance and versatility of Harting’s existing Ha-VIS RF-R300 family with the processing power and standards compatibility of the company’s MICA open computing platform.

The Ha-VIS RF-R310 is the first reader available on the market which meets the functionality of the Companion Specification for AutoID devices. This specification was created by the AIM Germany association in co-operation with the OPC Foundation, and forms the basis for the simple and efficient integration of AutoID devices based on OPC UA – the communication layer for Integrated Industry projects.

“The fact that Harting has built up in-depth knowledge in the field of data pre-processing over recent years is confirmed by the official certification of our Ha-VIS Middleware by GS1®”, comments Gavin Stoppel, Product Manager: “This makes Harting the sole European company that offers a GS1® EPCglobal ALE1.1-compliant middleware.”

This know-how has also been incorporated into Harting’s other new UHF RFID reader: the Ha-VIS RF-R350. The Ha-VIS RF-R350 features ALE1.1-based middleware which is optimised for the MICA platform. Here, the complete data pre-processing of raw RFID data takes place in a standards-based manner. Communication with the reader simply takes place via web services, http, TCP or, if desired, via UDP telegrams.

The Harting Middleware also allows other readers from the Harting world to be integrated into a total RFID solution, allowing RFID data to be pre-processed directly on an industrial machine or in other environments such as a rail vehicle, for example. This set-up relieves the networks and the back-end systems, and reduces response times.

The integrated software concept also allows all readers from the Ha-VIS RF R3x0 family to be flexibly adapted to customer requirements.

@Harting #PAuto #RFID

Industry 4.0 an industrial communications.

Harting  is showing its range of Industry 4.0 solutions, incorporating Modular Integrated Computer Architecture for industrial networking, and RFID (Radio Frequency Identification) systems at next month's Industry 4.0 summit (4th-5th April 2017 Manchester GB)

Harting’s approach to smart manufacturing is grounded in the addition of intelligence to manufacturing processes with the aim of achieving a high level of connectivity, visibility, awareness, and adaptability at all stages in the supply chain. By enhancing users’ processes with RFID technology, Harting makes it possible to implement solutions that deliver real profitability gains without the need for re-engineering already proven, stable manufacturing processes.

Their Integrated Industry/IoT systems involve the use of RFID based technology to collect manufacturing data which can then be analysed and “operationalised”. This allows production lines to be adjusted, maintained, or re-tooled, based on live, accurate, production information that assists in creating a competitive advantage in complex markets.

At the Industry 4.0 Summit, Harting will demonstrate a practical implementation of these concepts developed for Tritec Systems Ltd., a leading British control systems integrator. Tritec’s integration solution is built around a simple industrial HMI equipment interface, and enables rapid and easy integration of RFID with PLC control systems. To minimise the need for customisation Tritec needed a range of RFID readers that could be deployed in a wide variety of situations and yet communicate over standard networking interfaces and protocols. The company chose Harting's wide range of RFID products because they are suitable for use in almost all industrial and commercial application areas including manufacturing, transport, infrastructure, stock/asset tracking and many others.

Also featured is Harting’s capability to allow manufacturers to integrate together the two key manufacturing IoT elements machine-to-machine communications and manufacturing logistics. This is through its new open-source industrial computing device known as MICA (Modular Industrial Computing Architecture). MICA can save, evaluate and process data from sensors, and can then either act as a stand-alone offline computer that can make local decisions, or operate as a gateway via the internet to allow access to a higher-level IT system.

“By applying both of these innovative Harting solutions - passive UHF RFID and MICA technology - production line manufacturing managers can monitor the condition status of key machinery in real time for material supply chain management or preventative maintenance issues”, comments Howard Forryan, Product Marketing Specialist: “They can then carry out continuous control adjustments through the separate simple, compact and reliable computing device which provides secure access to the main operating software system to maximise process efficiencies. As a consequence, users can achieve important productivity gains.”

MICA operates with open architecture software, allowing it to be easily customised. Software applications run in Linux-based containers which hold all the necessary libraries and drivers. As a result, there should be no concerns over data security when MICA is allowed access to a higher-level production operating network.

New connectivity products shown by Harting include a range of sensor/actuator boxes which allow sensors to be quickly and easily connected to passive distributor boxes using standard M8 and M12 slots. With a choice of 4, 8 or 10 slots, the sensor cables no longer have to be drawn from the sensor into the control cabinet, but only to the local, application-led distributor box. The rest is taken care of by a master line to the control cabinet.

By using the new sensor/actuator boxes, users will save both time and money. Installation is much quicker, and costs are reduced because fewer lengths of cable are needed between the sensor and the control cabinet.

@Harting #Pauto #industrie40

Robust RFID reader.

Harting’s new Ha-VIS RF-R300 UHF RFID reader is a highly flexible unit which combines extremely robust construction for use in the toughest industrial environments with flexible modular software that allows it to be tailored to a wide range of applications.

“It is often a challenge to meet individual customer requirements flexibly with standard products, as individuality usually means increased cost”, comments Gavin Stoppel, Product Manager at Harting Ltd.: “The new Ha-VIS RF-R300 reader addresses this challenge by adding modular software design to its extremely robust hardware and standardised software interfaces, making it ideal for tailored customer solutions.”

With its software virtualisation concept derived from Harting’s award-winning MICA open modular industrial computing platform, the new reader allows specific project and customer software to be installed alongside standard Harting software. The modular software means that the reader can support a range of communication protocols, and the architecture also makes it possible to create and support customer-specific variants.

Supported communications protocols include LLRP, OPC-UA and MQTT (MQ Telemetry Transport). Support for these and customer-specific variants is enabled by a software container concept based on embedded virtual computing. A LINUX base system contains the actual function containers, which can be easily replaced if necessary.

Additional functions such as project-specific direction recognition algorithms and individual decisions based on additional information from sensors or transponders can be added later in an extra software container. This does not limit the system integrator to specific programming languages: anything supported by LINUX can be used.

The new Ha-VIS RF-R300 is 100% compatible with Harting’s GS1 EPCglobal® certified Ha-VIS Middleware. This allows users to create standards compliant RFID solutions. With this combination, system integrators can concentrate on solving the customer’s requirements, saving time and money being unnecessarily dedicated to the RFID application.

All connections on the compact housing meet the highest industry standards. The robust M12 Harting connectors for both the Power-over-Ethernet connection and the eight GPIO (general-purpose inputs and outputs) with optional external power supply are suitable for rugged project environments.

The Ha-VIS RF-R300 UHF RFID reader offers a maximum UHF output power of 0.5 W on the two RP-TNC connectors, allowing it to easily fulfil all the tasks of a mid-range reader. Depending on the antenna and the coaxial antenna cable used, the reader is easily capable of reaching the maximum allowable UHF power of 2 W ERP radiated at the antenna.

“With this new product, Harting is offering one of the most flexible UHF RFID readers on the market”, adds Gavin Stoppel: “The Ha-VIS RF-R300 is an important building block that customers can use to turn their Integrated Industry plans into reality.”

@Harting #Pauto 

RFID for warehousing & logistics.

Harting will be exhibiting its range of Radio Frequency Identification (RFID) products at the IMHX show 13th-16th September in Birmingham (GB). Products on show will include the unique Ha-VIS LOCFIELD® antenna and the new Ha-VIS RF-R300 UHF RFID reader, both designed to meet some of the toughest industrial RFID applications.

The stand will feature live demonstrations to highlight how Harting’s products help overcome the challenges of speed, location and environmental conditions. Tags of various design and specification, combined with a range of antenna designs and readers of appropriate power can be used to create solutions for almost every RFID requirement.

The Ha-VIS RF-R300 UHF RFID reader is of extremely robust construction allowing it to be placed in exposed and harsh environments. Its innovative software gives it the flexibility to tackle a wide range of RFID applications. The robust M12 Harting connectors provide for both Power-over-Ethernet and eight GPIO (General Purpose Inputs and Outputs). There is also an optional external power supply to add further flexibility in configuration.

The Ha-VIS RF-R300 UHF RFID reader offers a maximum UHF output power of 0.5 watts on the two RP-TNC connectors, allowing it to easily fulfil all the tasks of a mid-range reader. Depending on the antenna and the coaxial antenna cable used, the reader is easily capable of reaching the maximum allowable UHF power of 2 watts ERP radiated at the antenna.

Harting’s unique Ha-VIS LOCFIELD® RFID antenna uses a coaxial travelling-wave concept to offer users a compact package with complete flexibility in the design of RF reading zones. This makes it ideal for situations where space is at a premium.

There is generally very little space available around conveyor belts, and classical RFID antennas are limited in their ability to map curved tracks which in turn restricts the capability track and trace production history at every point in the process.

The mechanically flexible Ha-VIS LOCFIELD® RFID antenna requires minimal space as it consists only of an industrial-grade coaxial line. The antenna can therefore be installed and laid in any shape according to the needs of the specific application. This includes the ability to lay it around the curves of conveyor belts.

Harting will also show its range of RFID tags, readers, connectors and switches that direct customers and systems integrators can use to build complete reader networks for RFID applications.

@Harting #PAuto

What will be important in RFID?

RFID tomorrow is growing: more topics, more forums, more speakers, more internationality, and more information. Brand new for 2016, a second forum will be held on the Developer Day with 10 presentations on software and integration as well as presentations on successful projects. Thus, the number of forums grows to 6, and the numbers of lectures rises to 52.

RFID tomorrow 2016

• 19th and 20th September 2016 in Duesseldorf, (D)
• Location: Van der Valk Hotel, close to Dusseldorf Airport
• International conference program with 52 presentations in 6 specialist forums
• 37 top RFID companies in the exhibition
• 30+ SpeedLabs (workshops) with live demos held by the RFID-providers• Networking, inspiration and exchange of ideas in more than 2,000 square meters in the Van der Valk Airporthotel,

RFID tomorrow 2016 is an intense, unique congress experience which features an exhibition, SpeedLabs, and a conference, in a concentrated working atmosphere over 2,500 square meters Duesseldorf (D), very close to the airport, which is held from 19th to 20th September.

Two congress days – two points of view:

Developer Day and User Day with over 50 lectures in six specialist forums!

Two congress days – that means more information about RFID from different perspectives: technology, integration, and practice. 52 speakers will talk about their RFID experiences, provide impetus, and invite dialogue. 37 exhibitors will present the latest hardware developments and integration solutions. The experts are looking forward to hearing your questions and project ideas and discussing concrete solutions with you.

Developer Day, 19th September - presentations by RFID technology experts – aimed at process managers, employees of technology companies, and systems integrators. Participants are invited to discuss the latest technological developments, successful projects, visions, and future challenges with RFID experts.

User Day, 20th September - the focus in on practice. The motto is: from RFID users, for (potential) RFID users! RFID project managers and decision-makers speak first-hand and in detail about their project implementation, from the project initiation to the integration to the roll-out. RFID solutions which have already been realised show how users from industry, maintenance, supply chain, security, ticketing, retail, and healthcare successfully optimise their processes with RFID and make them future-proof.

#RFID @rfidimblick #PAuto

Development kit offers introduction to RFID systems.

Harting have introduced a new introductory kit for engineers who are looking to implement RFID solutions.

Designed specifically to help new users understand the ease and flexibility of configuring RFID solutions, the development kit contains everything they need to get started. Potential users can configure their own applications, as well as familiarising themselves with the functionality and terminology used.

Hardware supplied with the kit includes Harting's Ha-VIS RF-R200 RFID Reader with PoE (Power over Ethernet) connectivity, the RF-R200 desktop power supply, Ha-VIS FT89 small RFID transponders (50 pieces), a Ha-VIS LOCFIELD antenna (0.3 m active length, 0.6 m total length), and a 1 m Ethernet patch cable. These are supported by the relevant data sheets, the RF-R200 user manual, and the Ha-VIS configurator tool.

Harting's RFID range is fully integrated to provide a complete solution from a single source, suitable for use in almost any industrial application that requires a rugged and reliable RFID system. Designed to work on metal surfaces for maximum performance, Harting's RFID solutions have an extended temperature range from -25°C to +85°C and are compliant with GS1 EPC ALE 1.1.

The Harting RFID product portfolio provides long read range capabilities with 50G shock resistance, along with the opportunity of a tailored reading zone with the unique Harting LOCFIELD antenna.

 @harting  #RFID #PAuto 

Eight KB transponder.

Radio-Frequency Identification (RFID) systems use radio waves to localize and identify objects. The Simatic RF200 is an RFID system from Siemens which is particularly suitable for use in industrial production in the areas of for small assembly lines and intralogistics. To allow to objects to carry a large amount of data locally, Siemens has extended its RFID portfolio to include a new series of compact, rugged transponders based on the ISO standard 15693.

The new models come with an eight kilobyte memory capacity, and their Ferroelectric Random Access Memory (FRAM) technology supports an unlimited number of write cycles at high speeds.

Whether you need to keep track of car body components in the automotive industry, or order picking boxes in a warehouse – all the user-specific data is stored on the transponder. The new series of MDS D52x transponders from Siemens are exceptionally compact and rugged, making them ideal for a wide range of uses. MDS D521 can be used wherever small data carriers and precision are needed, for instance for tool identification or on workpiece carriers, while in assembly and production lines as well as powertrain applications, MDS D522, D525 and D528 models are most suitable.

MDS D524 is ideal for use in production and distribution logistics applications, and the MDS D526 transponder units are particularly suited for logistics operations close to production under even the toughest of environmental conditions. Large data memory and FRAM technology This new series of passive, maintenance- free data carriers based on the ISO standard 15693 allows the user to utilise the large eight kilobyte FRAM memory over a range of between 6 and 400 millimeters. Because the transponders allow an unlimited number of write cycles, they are particularly suitable for the permanent identification of workpieces, part carriers and containers. The transponder data is read by the proven RFID readers of the Simatic RF200 system.

Unique RFID antenna is adaptable to customer applications.

Harting has developed a unique type of RFID antenna, the Ha-VIS LOCFIELD® antenna, which uses a coaxial travelling-wave concept to offer users a compact package with complete flexibility in the design of RF reading zones. Not only is the antenna adaptable to every customer application: it is also ideal for situations where space is at a premium.

Modern industrial RFID systems allow components and packages to be followed in real time, and offer a multitude of options for increasing process security and ensuring optimal transparency. However, there is generally very little space available around belt conveyors, and classical RFID antennas are limited in that they cannot map curved tracks: a factor that restricts the capability for customers to track and trace production history at every point in the process.

The new Ha-VIS LOCFIELD® RFID antenna requires only a minimum of space, consisting only of an industrial-grade coaxial line. The antenna cable is mechanically flexible and can therefore be installed and laid in any given shape according to the requirements of specific customer applications. This includes the ability to lay it around the curves of conveyor belts.

Users therefore have the ability to design their own tailored UHF RFID reading zone. A wide range of challenging applications become possible, including RFID installations in smart shelves, 19-inch racks, complex machines, doors and pass-throughs, all with reduced costs and maximum ease of installation.

Lightest heavy-duty RFID label.

Brady Corporation has launched an innovative and ultra-light weight (<2g) RFID label. The self-adhesive label, which can be printed and programmed on-site, is extremely durable and able to resist the abrasion, temperatures and chemicals aircraft are exposed to during production, flight and maintenance.

Ultra-light weight

Brady created an extremely durable identification label with integrated RFID chip that weighs less than 2g. The RFID label functions equally well on metal or composite and flat or curved surfaces, and is able to withstand extreme environmental conditions without the use of an overlaminate. A pressure sensitive adhesive allows for easy attachment to various components.

Print and program on-site

Brady´s on-site RFID print and program solution enables users to simultaneously program the RFID chip and print information on the label at 600 dpi. The intuitive software that accompanies the printer features manual up to fully automated data entry options and an integrated validation process for accurate part marking.  The software is also fully compliant with the aerospace industry ATA Spec 2000. The on-site set up should enable aerospace manufacturers to print & program Brady´s RFID label in under 15 seconds and provides a complete component birth record that travels with the component, making paper component birth documents obsolete.

Full automation

Brady can deliver pre-printed and programmed RFID labels according to manufacturer´s specifications or supply an on-site print & program setup with blank labels for on demand and on-site RFID label creation. Taking it one step further, production lines can be equipped with ERP-linked scanners that read and add information to the RFID chip to enable complete and automated component visibility throughout the assembly line. The strategic data that are generated automatically through an automated RFID set-up enable potential process improvements, increased component production forecast data, reduced safety stocks and increased customer satisfaction.

RFID detection speeds in motor racing!

Harting has joined forces with the University of Osnabrück in Lower Saxony, Germany, in an experiment to verify the ability of the company’s RFID (radio-frequency identification) systems to detect objects moving at high speeds.

The object of the exercise is to determine how fast a vehicle can go and still be detected with maximum reliability using RFID. This question is highly relevant in real-world practice, as demonstrated by areas of application such as warehousing and rail transport.

Modern warehouse systems can involve objects moving at speeds exceeding 50 km/h and today‘s freight trains can reach up to 160 km/h. Reliable detection and error-free identification of goods and vehicles are essential for process safety at these high speeds – and high process reliability is the only way to ensure time and cost savings. Data must be collected quickly and safely in order, for example, to specifically direct goods onto a different conveyor belt or activate signals in railway environments.

The RFID team at Harting Technology Group investigated the question of “how fast is fast” in a joint effort with the Ignition Racing Team (IRT) of the Osnabrück University of Applied Sciences. As part of the Formula Student project, the IRT develops and builds its own racing cars. The performance metrics are spectacular: up to 1400 Nm of torque accelerate the race cars from zero to 120 km/h on a 75 m track – a normal car requires several times this value.

The experimental setup for the Harting RFID test was very simple: each racing car was equipped with an RFID transponder, and an RFID reader and antenna were situated alongside the track. The results were evaluated in real time in Harting’s Ha-VIS Middleware and written to a file – in exactly the same process as would be implemented in an actual customer application.

As a warm-up exercise, an electric racing car drove past the RFID antennas at 80 km/h. All systems functioned successfully and the car was reliably detected. The second race, involving an electric racing car at 120 km/h, also resulted in the vehicle being reliably detected. However, the electric cars only have a maximum speed of 120 km/h since the Formula Student project only uses a narrow track or involves a 75 m sprint. Consequently, in the third round a racing car with a combustion engine was used, reaching a top speed of 160 km/h (which is extremely fast for the Formula Student racing cars).

Even this failed to push the RFID technology to its limits, and so a roadster from a famous German manufacturer was driven in one last run. The result was startling: even at 200 km/h, the vehicle was quickly and reliably detected.

This final test involved a unique electronic product code with a length of 96 bits being successfully read nine times, proving the functionality of RFID technology at top speeds.

UHF RFID integration system gains European certification.

Harting’s Ha-VIS Middleware, which provides easy and flexible integration of UHF RFID readers into plant-wide projects, has become the first system of its type to successfully fulfil the official certification process of the GS1® EPCglobal® standard.

As a result, the Harting Ha-VIS Middleware is the only European product on the market which allows UHF RFID identification to be implemented into projects in a transparent, future-proof and reliably tested way.

The Harting Ha-VIS Middleware is based on the open standard ALE 1.1 of the GS1® EPCglobal®. This standard defines a number of useful functionalities including read/write operations, filtering and triggers. In addition, it clearly specifies how external software interacts with these functionalities. The standard guaranties a reliable, durable, well documented and testable system which is maintained and developed by the GS1® EPCglobal® organisation.

The Harting Ha-VIS Middleware meets ALE 1.1 and fully conforms to the current standard. Compared to the earlier ALE 1.0 standard, ALE 1.1 defines more useful functionalities, especially relating to how data is written into transponders. This conformity has now also been certified by GS1® EPCglobal®.