Friday, May 26, 2017

New automation controls engineer.


Mike Cafferkey
The latest member of the Mitsubishi Electric Team is Michael Cafferkey. With a background in Controls and SCADA, Mike has joined the team as an Automation Controls Engineer. He will focus mainly on software and project support for their Controls, HMI, SCADA and Robot solutions.

@MEIrishbranch #PAuto #Ireland

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 

Accelerating design and build of automated test systems.

National Instruments have announced new ATE Core Configurations which deliver core mechanical, power and safety infrastructure to help users accelerate the design and build of automated test systems in industries ranging from semiconductor and consumer electronics to aerospace and automotive.

ATE Core Configurations help simplify the design, procurement, assembly, and deployment of smarter test systems at a lower cost and shorter time to market by empowering test organizations with a platform for standardization. These 19-in., rack-based configurations are available in various rack-unit heights, and offer scalable power profiles to match the needs of nearly any application and geography. Test organizations can benefit from highly integrated safety features such as thermal shutoff, emergency power off (EPO), optional uninterruptible power supplies and IEC 61010 certification.

Key benefits include:
• Highly customizable – Choose what is included in the system, and where within the rack, including PXI instrumentation, signal conditioning, kW power supplies, cooling and more
• Streamlined procurement – Simplify bill of materials management with consolidated part numbers and fewer vendor transactions
• Readily deployable – Benefit from IEC 61010 certified systems which are backed by more than 1,500 NI sales, system and support engineers worldwide
• Expansive ecosystem – Work directly with NI Alliance Partners to specify a turn-key system, including mass interconnect and fixturing, test software development, system maintenance, lifecycle support and more

“Building a test system is a difficult job – one that even the best organizations spend many months accomplishing purely because of the number of components, suppliers and interoperability challenges present,” said Luke Schreier, director of automated test product marketing at NI. “The new ATE Core Configurations can help users dramatically simplify the purchasing process for a common set of requirements and reduce the time and cost of building a system. And when you ultimately want a turn-key system, they form a great bridge to the integration expertise of our Alliance Partner Network.”


ATE Core Configurations also benefit from NI’s high-performance PXI instrumentation and extensive test software portfolio. This includes more than 600 PXI instruments ranging from DC to mmWave featuring high-throughput data movement using PCI Express Gen 3 bus interfaces and sub-nanosecond synchronization with integrated timing and triggering. ATE Core Configurations can also include TestStand test management software and LabVIEW code module development software, extensive API and example program support for PXI instruments, and more than 13,000 instrument drivers for third-party box instruments.

 @niukie #PAuto #NIWeek  #TandM

Support of Irish engineering community rewarded!

The Institution of Chemical Engineers (IChemE) has awarded Lilly Kinsale with Gold Corporate Partner status. Lilly was awarded with gold for demonstrating an ongoing commitment to supporting Irish undergraduate engineering students through its Kinsale manufacturing operation.

At the presentation L to R: Eoin McManus, Professor Jonathan Seville, David Sternasty, Sam Moursy
Jonathan Seville, president of IChem said: “It’s a pleasure to award Lilly Kinsale with IChemE’s Gold Corporate Partner Award. I’m hugely impressed by the enthusiasm of their engineers, who have given up their own time to share their knowledge and experiences with schoolchildren and chemical engineering undergraduates here in Cork.

“Lilly’s engineers have set a great example of what chemical engineering can contribute to the pharmaceutical sector, and they help to manufacture products that enable us to live longer, healthier lives. It’s a great example of why chemical engineering matters.”

The company has been a long term supporter of IChemE’s whynotchemeng campaign, which looks to improve schoolchildren understanding of careers in chemical engineering. It has held several events for post-primary school students in Ireland, and encourages its engineers to take part in mentoring activities as part of their Continued Professional Development (CPD).

Lilly Kinsale has strong ties with local Universities, and runs a successful undergraduate programme for up to 6 students each year, offering them practical work experience in conjunction with their area of study. The organisation also subsidises IChemE membership fees for all chemical engineering undergraduate students in Irish 3rd level institutions, north and south.

The upgrade to Gold Partnership will see Lilly Kinsale join a select number of companies in the top tier of IChemE’s Corporate Partner programme.

The presentation took place this month at the Blue Haven Hotel in Cork, Ireland. Lilly’s Vice President of Corporate Engineering and Global Health, Safety and Environment (HSE) was present,  as were David Sternasty, Lilly Kinsale Director of Engineering, Eoin McManus, Consultant Process Engineer, as well as Sam Moursy, IChemE’s Director of Qualifications, Neil Atkinson, and President Jonathan Seville.

Lilly Kinsale's Director of engineering, David Sternasty, said: “Our ultimate goal is to hire the brightest engineers and then continually engage, challenge and develop them professionally to become the very best they can be, engineers who are capable of delivering innovative manufacturing solutions for making the medicines of today and tomorrow. Our partnership with IChemE is helping us to achieve that.

“As part of this partnership, we have developed relationships with all levels of the education system locally; from primary school to post-graduate level and employees have greatly enjoyed mentoring students in the study of science, engineering, technology and maths.”

Lilly employs over 42,000 people worldwide, conducting clinical research in more than 55 countries with manufacturing plants in 13 countries including Ireland.

The Kinsale site employs approximately 80 chemical engineers, working in diverse functions across the site and has a reputation for technical excellence in chemistry and biotechnology to bring the next generation of innovative medicines to patients around the world.

 @IChemE @LillyPad #PAuto #Pharma

Thursday, May 25, 2017

Multislot Ethernet chasses.

National Instruments (NI) have announced the release of two new multislot Ethernet chassis at their annual NI Week in Austin (TX USA) . The cDAQ-9185 and cDAQ-9189 introduce new time-based synchronization built on the latest Ethernet standards, furthering NI’s efforts in Time Sensitive Networking (TSN) and rugged CompactDAQ hardware for distributed measurements.
The nature of physical systems test is rapidly changing as measurement systems migrate from the control room to closer to the device under test. While this shortens installation time, reduces the cost of sensor wiring and improves measurement accuracy, it creates challenges with synchronization and systems management, especially using today’s industrial networking technologies. NI is actively working to help define TSN, the next evolution of the IEEE 802.1 Ethernet standard, to deliver distributed time synchronization, low latency and convergence of time critical and general networking traffic. The cDAQ-9185 and cDAQ-9189 provide tight time synchronization with TSN to simplify and improve scalability of synchronized, distributed systems.

Features and benefits include:
• Precise synchronized timing over the network, which eliminates the need for lengthy, physical timing cables and ensures tightly synchronized measurements for accurate analysis.
• Simple daisy chaining through an integrated network switch for quick setup and expansion in distributed applications.
• Reliable operation in harsh environments with -40° to 70° C operating temperature range, shock resistance up to 50 g and vibration resistance up to 5 g.
• Software abstraction through the NI-DAQmx driver that automatically synchronizes multiple chassis for simple programming.

“These new chassis automatically synchronize measurement data using network-based time. This allows accurate synchronization over long distances, which greatly simplifies customer setup and systems management of high-channel-count and distributed systems,” said Todd Walter, chief marketing manager of the DAQ and embedded lead user team at NI. “This new, innovative method of synchronization combined with the signal processing libraries in LabVIEW system design software helps engineers quickly collect and analyze results, which drives faster test completion and higher efficiency.”

For more than a decade, engineers have used CompactDAQ with LabVIEW to quickly customize DAQ systems to meet their application needs. With NI’s investment in the latest technologies for synchronization and communication, the new CompactDAQ chassis are equipped to meet the current and emerging needs of distributed test and measurement applications, delivering high-performance, rugged DAQ systems that can acquire data from highly distributed sensors.

@niukie #PAuto #NIWeek  #TandM

Metal-seated ball valves.

Emerson introduces the Fisher™ Z500 line of metal-seated ball valves to its severe service portfolio.

Fisher Z500 metal-seated valves from Emerson, are engineered to withstand higher temperatures, pressures, and more erosive conditions than a standard on/off ball valve, providing increased reliability and protection of critical assets in demanding applications. A patented, bi-directional sealing design offers a unique solution to process back pressure and shutoff requirements in both flow directions, safeguarding control valves and other equipment in the line.

Fisher Z500 valves are designed with an integral metal seat and self-energised metal body gasket to help eliminate leak paths and withstand extreme temperature changes. Live-loaded packing, side-mounted brackets, and fixed centrelines help reduce side loads on the packing and decrease overall wear for a longer service life. This addition of on/off valves to the Fisher portfolio complements the existing control valve offering and helps ensure seamless integration between products.


“The combination of isolation valves and control valves gives our customers the opportunity to work with a single solution-provider to achieve the process protection and reliability they need for their critical applications,” said Kevin Meyer, president of Emerson’s Fisher Valves & Instruments business. “We feel that adding another quality product to our wide-reaching network of Emerson sales offices and service centres around the world will not only give our customers a comprehensive valve assembly, but the local support to go with it.”

@FisherValves #PAuto @EMR_Automation @HHC_Lewis

Angular position sensors.

ZF Switches & Sensors can now offer designers a complete range of angular position sensors based on Hall Effect technology which responds to magnetic fields generated by a (rare-earth) magnet. The sensors provide a linear change in voltage output corresponding to the rotation of the actuator.
Mark Mills, Distribution Sales Manager for ZF Switches & Sensors, comments, "ZF has vast experience of supplying sensors to the automotive market and our range of industrial sensors provide cost effective, high reliability sensing solutions for the growing industrial sensing market."

The ANG series of sensors are non-contact angular position sensors which provide a linear change in the voltage output corresponding to an angular rotation of the input shaft. One or two independent (non- or semi-redundant) outputs are available. The sensors offer rotation up to 360°, can replace potentiometers and have a 12 bit resolution. Custom programming is available for angle range, slope and PWM output. ANG sensors are waterproof to IP68, have a temperature range from -40 to +140° and have wire termination. The compact design has no mechanical interface ensuring there are no parts to wear out or jam.

Typical applications include position sensing, throttle-by-wire, steering, gear selection, and outboard trim sensing on industrial vehicles, fork lift trucks and agricultural trailer hitching.

The ZF AN1 sensors family are angular position sensors with an integral magnet with sensor housing and mate with a Delphi Metri-Pak 150 connector. They offer a nominal rotational range of 120° with counter-clockwise rotation. The sensors are mechanically tested to 10 million cycles, meet IP67 have an electrical operating range 5°to 85°C and operating temperature range from -40 to +125°.
The completely encapsulated assembly is suitable for printing equipment and rough terrain applications including farming machinery

The AN8 sensor is available with wire termination or Delphi Metri-Pak 150 connector. The IP67 rated device has an operating temperature range of -40 to +125°C, an angular rotation up to 360° and can be used to replace potentiometers. Having no mechanical interface ensures high reliability as there are no parts to wear out or jam.

Applications include fork lift truck position sensing, steering-by-wire and foot pedal control of throttle and brake for golf and utility carts

The final model in the ZF angular position sensor range is the AN9 which offers redundancy for safety-critical applications an angular rotation of up to 360°, wire termination, IP67 rating and an operating temperature range of -40 to +125°C.

An example of a design requiring redundancy for safety purposes is the steering column of forklifts where the rotation angle of the steering column needs to be detected to justify the wheel position of the vehicle. Other applications include steer-by-wire, position sensing and foot pedals for throttle and brake control.

@cherryswitches #PAuto