Tuesday, August 22, 2017

Change of executive in Automation Society.

"A strong foundation has been laid based on the effort of many passionate volunteer leaders and a wonderfully dedicated staff team that will allow the next Executive Director to hit the ground running." - Patrick Gouhin

Executive Director and CEO of the The International Society of Automation (ISA), Patrick Gouhin, is to step down from his position.

 ISA's President, Steve Pflantz, announced that a Search Committee will be formed in the immediate future to identify Mr. Gouhin?s successor. The selection and announcement of a new Executive Director are expected to occur in the months ahead. Dr Peggie W. Koon, CEO & Founder of Leading Change, LLC, will serve as Interim Executive Director.

Pat Gouhin
"Pat has been our Executive Director since 2006 and has been a dedicated employee of ISA," Pflantz said. "Under Pat's leadership, ISA has progressed on many fronts. We will continue to ensure ISA's long-term vitality as we continue our commitment to advance the profession of Automation. The Board is committed to the strategy work that has been done thus far and is grateful for Pat's leadership in bringing us to this point."

"This is an exciting time in the history of ISA, and I am proud of what we have achieved and the work we are doing," Gouhin said. "A strong foundation has been laid based on the effort of many passionate volunteer leaders and a wonderfully dedicated staff team that will allow the next Executive Director to hit the ground running."

During his 11+-year tenure at ISA, Gouhin has overseen many significant milestones in the Society?s history, including the expansion of ISA?s brand family to include the founding of The Automation Federation and the Automation Standards Compliance Institute, and the acquisition of digital media powerhouse Automation.com. The world?s only consensus standard for industrial cybersecurity, IEC 62443, was also developed and expanded under his tenure.

Before joining ISA, Gouhin served as the Chief Operating Officer of the American Institute of Aeronautics and Astronautics (AIAA). He also served as the first Vice President of Operations and Technology Transfer for the National Institute of Aerospace (NIA) at Langley Research Center, a start-up resulting from $69 million government contract award to build a world-class research and education institute.

Dr Peggie Koon
Interim Executive Director Dr. Koon's experience and expertise lies in strategy development and execution, leadership coaching, and change management. Dr. Koon is the former Vice President of Audience for the Augusta Chronicle/TAC Media, Morris Communications, LLC. She has over 25 years of experience in IT, process control, and process automation for both discrete and continuous process industries. She was a General Motors Scholar, earning a B.A. degree in Mathematics from Smith College. She also completed 2 years of graduate studies in Industrial and Systems Engineering as a General Motors Graduate Fellow at the Georgia Institute of Technology, and she has a Ph.D. in Management Information Systems from Kennedy Western University.

In addition to her experience managing strategic change, Dr. Koon has also been a member and leader at ISA for more than 20 years. She has held a variety of prominent roles in the Society, including Society President (2014), Chair of the Automation Federation (2015), member of the ISA Executive Board (2016), and Chair of Workforce Development for the Automation Federation (2016).

#ISAuto #PAuto

Friday, August 18, 2017

Compact pressure & Temp sensors for Formula Student.

Inspiring young technology enthusiasts to pursue careers in engineering is one of the driving forces behind Kistler’s sponsorship of automotive events. The company supports a number of regional student teams that are participating in international technology tournaments, including “F1 in schools” or “Formula Student” (FS). Kistler measurement technology has also been used in a number of successful world record attempts, such as the fastest acceleration from 0 to 100 km/h in an electric vehicle by the Academic Motorsports Club Zurich (AMZ) which was founded by students at the Swiss Federal Institute of Technology (ETH) in Zurich (CH). One of the most prestigious automotive engineering competitions at university level is Formula Student. In total, Kistler sponsors 16 Formula Student teams from all over the world.

Precise measurements are the top priority in vehicle tests, so test configurations and equipment have to meet demanding requirements. Back in 1959, Kistler began developing its groundbreaking piezoelectric measurement and sensor technology to capture data on pressure, force, torque and acceleration. Nowadays, holistic measurement and data acquisition solutions developed by this Swiss family-owned company are in operation across the globe.

Founded in 1981, Formula Student is Europe's most established educational motorsport competition. Backed by industry leaders and high-profile engineers, the competition aims to support innovative young engineers and promote careers in engineering. Each team must design a race car from scratch as part of a design and business project that contributes to their academic degrees. Participating students pitch their designs to experts at Silverstone, generating vital feedback that can help the teams improve their designs. In their final year of studies, the students can see their designs become reality as manufacturing of their race car commences. The teams then go on to compete against some of the best teams in the world at Formula Student events. The teams are assessed in six categories. Before being allowed to enter the dynamics competition, the judges subject each race car to a rigorous inspection process. This final stage of the competition usually comprises 100 to 120 teams.

Kistler supports Team Bath Racing

Every year, “Team Bath Racing” (TBR) from the University of Bath (GB) designs and builds its very own single-seat, open wheeled race car for Formula Student competitions. The 2017 team is comprised of 21 ambitious final year engineering students. This year’s race car “TBR17” has a lot to prove: Team Bath Racing currently ranks as the top Formula Student team in the UK and the 6th out of 550 teams worldwide. In the past, TBR won the title of best team in the UK in 2007 to 2009 and 2015 to 2016. Kistler has been sponsoring the Formula Student Team at the University of Bath since 2014. In 2017, Kistler provided the team with its 4080A family of M6 piezo-resistant absolute pressure sensors - the 4080A and the 4080AT. The precise sensors build upon the technology that is used to analyze the performance of the various powertrain subsystems. Type 4080AT, with a temperature probe and integrated signal conditioning, can be installed in the vehicle directly and provides reliable real-time data on pressure and temperature, for example in hydraulic, water or oil circuits for the early detection of problems or for monitoring critical operational conditions.

4080A sensor for brake pressure measurements
The team used the Kistler 4080A130 sensors to measure pressure in the front and rear sections of the braking system. This allowed them to develop a better understanding of the car’s brake bias. “In 2017, we wanted to extend our use of the Kistler 4080A130 sensors in the brake circuit by exploring a hydraulic brake-steer system. This required precise monitoring of pressure in each of the rear brake lines”, explains Pranav Vaswani, powertrain manager at Team Bath Racing. The race team was impressed by the 4080A sensor’s compact size and light weight, which facilitated the simple installation under the pedal assembly. The reduction in size from motorsport-standard M8 to M6 ports made it easier to work in confined spaces.

4080AT sensor for engine oil temperature and pressure measurements
The 4080AT020 sensor was predominantly used to monitor engine oil pressure in order to ensure the continuous lubrication of the engine. The inclusion of temperature measurement in the sensors was not only used to monitor the engine’s cooling performance, but also to control the radiators’ fans and the auxiliary water pump. Both pressure and temperature signals helped ensure the engine operated within the specified parameters and triggered alarms for the driver when the values exceeded the set limits. “Its small size was the reason why the Kistler sensor was used in the oil circuit since a bigger sensor would not fit in the space available. The temperature measurements of the 4080AT were very accurate with a good response rate”, says Vaswani. The dual measurement of temperature and pressure by the same sensor helped reduce wiring clutter around the car as well as the number and size of Autosport connectors. The integrated power and ground meant fewer connections and wires were needed in the wiring diagrams.

“Ready, Set, Go!” with Kistler sensors
The racing team praised the advantages of the sensors. The Kistler sensors 4080A and 4080AT are clear favorites due to their compact size and low weight. They are universally applicable and easy to install. By enabling measurements of temperature and pressure on one sensor, 4080AT even reduces the amount of cables in use.

“This year our car was enhanced by a high pressure hydraulic system for gear shifting. To ensure precise system control, we plan to use the compact 4080A250 sensors, one before and one after our hydraulic fluid filtration system. The pressure signals help control the pressure charging of the system accumulator. The inclusion of temperature sensing greatly reduces the design and manufacturing effort required for the implementation of a well-engineered hydraulic system”, continued Vaswani. “So far, we have had no issues with heat or shock. This is especially promising since the sensors have been subjected to significant vibrations (from a single cylinder engine) and temperatures of over 100°C, but still continue to monitor important car parameters. Furthermore, the media separating measuring element has prevented contamination issues.”

Kistler and the University of Bath have a long-lasting partnership in the field of engine development and have successfully competed in countless Formula Student competitions. “In 2017, we will do our best to defend our current position. We are confident we have the best possible equipment”, Vaswani sums up the rewarding relationship with Kistler.

 #Kistler @TeamBathRacing  @FormulaStudent  @amzracing 

Reorganisation in leading automation publisher.

Some changes have been made in the Publications arm of the International Society of Automation (ISA).

 Rick Zabel
Following the departure of the dedicated manager of the Department, the much respected Susan Colwel, the society has examined how to go forward withthis important department and member benefit.  It has therefore appointed Rick Zabel as Group Publisher with Leigh Elrod and Bill Joss as staff assisting him.

Rick Zabel is currently Publisher of Automation.com, the leading online resource site for automation and controls professionals purchased by ISA in 2014.  Rick has been with Automation.com since 2000 when they launched their initial web site www.automationtechies.com, the first job board for automation professionals. Since that initial launch, the site evolved into what Automation.com is today…an information-packed automation site publishing daily news, articles, application stories, products, supplier directories, jobs, events, training, and more.

He wrote his view on "The next generation of automation media!" in a piece in the December 2014 issue of the Society magazine InTech.

The position as Group Publisher is typically responsible for multiple publications (magazines, websites, brands) within organisations. Given his experience and recognition in the automation publishing marketplace he is is an ideal choice for this new position.

Rick has a diverse background with more than 17 years of experience in the automation industry. Previously, Rick held positions of Marketing Manager, Regional Sales Manager, Account Manager, Sales Engineer, and Application Engineer for an automation product manufacturer, distribution company and systems integrator. Rick is a graduate of the University of Wisconsin – Madison with a Bachelor of Science in Electrical Engineering.

All of ISA's extensive products may be seen and purchased at ISA's Online Store. Choose from hundreds of books, digital books, software, technical papers, proceedings, standards, recommended practices, technical reports, training courses, CD's, videotapes, and more.

#PAuto #ISA

Thursday, August 17, 2017

Communication solutions in the railway sector rewarded!

The Harting Technology Group has been known for decades for its high-quality products and solutions. Now, the technology group has received an award for exceptional quality from rail manufacturer Hitachi Rail.

Hitachi Rail presented the prize to three representatives of Harting: Mr. Bernd Fischer, General Manager Corporate Regional Management, Peter Hannon, Managing Director Harting UK and Marcello DiGregorio, Managing Director Harting Italy, as part of a partner day in London GB.

Hitachi Rail had selected Harting from among more than 150 suppliers. Harting is considered preferred connectivity supplier. Harting develops and manufactures cabling for car transitions (so-called jumper cables) for Hitachi’s AT200 and AT300 trains. The cabling ensures secure data transmission.

All rolling stock manufactured by Hictachi Rail is equipped with a wide range of Han, DC1 and DC2 connectors. "We’re very pleased with this award. It not only demonstrates the quality of our products, but also underscores Harting’s expertise in tailor-made customer solutions in the railway sector", says Bernd Fischer, General Manager, Corporate Regional Management, at Harting Technology Group.

 @Harting #Transport @HitachiRailEU

Zero defect moulding.

On the Interplas “Introducing Stage” at 14:00 on the 28th September, Kistler Application Engineer, Duncan Webster, is to deliver a paper on the latest developments of the Kistler ComoNeo cavity pressure monitoring system.

Duncan Webster
Cavity pressure monitoring is a well proven technique for identifying cavity fill problems in real time so that out of specification products can be identified and rejected and moulds protected from damage due to overfilling. This paper describes the latest systems that use cavity pressure profiles to control the injection process to minimise incorrect cavity filling and so reduce rejects. These systems control the injection moulding process and balance the hot runner system, irrespective of the machines, moulds and peripherals used.

Cavity pressure monitoring allows process fluctuations to be corrected during the moulding phase in real-time as the process control system optimizes the switchover point for all the cavities, resulting in balanced injection behaviour across the entire production sequence. The system synchronizes the pressure profiles by individually controlling the nozzle temperatures on the hot runner, stabilizing the process by adjusting for batch fluctuations and other process conditions.

The new approach to production focuses on consistent digitization leading to enhanced product quality and increased cost-efficiency. Moulders using these new techniques are ideally placed to meet the requirements for digital networking demands of Industry 4.0.

This key advantage, compared with systems based on melt front detection, makes the process control more accurate and provides additional benefits for the user.

With over 25 years practical experience within the plastics Industry, Duncan Webster has in-depth knowledge of a wide range of materials and processes from short run prototyping through to high volume automated production to bring real world experience to bear on the problems faced by injection moulders.

#Kistler #PAuto @InterplasUK

Automatic data collection using Ethernet connectivity!

Gemini Data Loggers has announced its new Plus LAN data loggers. Plus LAN loggers collect data automatically: they plug into a network point and send data directly for viewing in the Tinytag Explorer Connect software – an easy to use Windows program – by any permitted user on a network.

They monitor across multiple locations with the data viewed at the convenience of the user’s own desk. Loggers in the range record temperature, relative humidity, and also low voltage, current and count inputs, making them ideal for use with third party sensors to record properties such as pressure, flow rates and footfall. A choice of accompanying thermistor, PT100 and PT1000 probes means they are suitable for specific monitoring applications.

Plus LAN loggers can be mixed and matched with existing Tinytag Radio indoor and outdoor data loggers within a system to meet particular site layout and infrastructure requirements. They are ideal for applications where radio signals may be problematic due to network range or physical obstructions. For example, LAN loggers can be used in metal-lined walk in fridges/freezers, or where a remote monitoring point is required outside the range of an existing Radio System, wherever a convenient network point is available.
Plus LAN loggers are powered through their LAN connection using a plug-in Power over Ethernet (PoE) adaptor and have battery back-up for reliability if this should fail. As with the Radio loggers, LAN loggers will keep recording locally in the event of communications problems, and will transmit their data once the connection is restored. Immediate alarm notifications are generated if conditions fall outside user-defined limits.

• TinyTag loggers are marketed in Ireland by Manotherm
 #Ethernet @tinytag #PAuto 

Wednesday, August 16, 2017

New integrated drive.

Leroy-Somer has announced the launch of Commander ID300, a new integrated drive solution optimized for the control of IMfinity® induction motors.

Created through a combination of Leroy-Somer’s expertise in electronic variable speed control and its longstanding experience in the manufacture of proven electric motors, this decentralized system brings together performance and reliability, offering customized solutions for process, manufacturing and intralogistics applications.

With the transition to Industry 4.0 under way, production is evolving in an increasingly complex and demanding environment. As a consequence, companies require more and more quality, risk management, equipment performance and compliance to standards.

To meet these strategic challenges, Leroy-Somer has designed Commander ID300, a new integrated drive for the control of its IMfinity® induction motors from 0.25 to 7.5 kW. A decentralized system, the motor and drive assembly offer strong dynamic performance and outstanding efficiency levels.

The decentralized configuration offers greater flexibility in machine and plant design. Other advantages include space saving, as no cabinet is required, lower overall costs due to the elimination of cables between drive and motor, lower power losses and reduced emission interference…

Benefitting from IMfinity® motor’s proven mechanical construction, Commander ID300 is extremely robust. This robustness is enhanced by the use of latest generation electronic components for power and control.

To offer a high level of performance, Commander ID300 is provided with advanced features for optimizing machine and process performance: onboard PLC, fieldbus communication, extra input/output or preset configurations such as a pump program for pressure regulation (constant pressure / variable flow).

The motor performance is guaranteed with auto calibration and drive setup carried out at the factory, including optimized starting torque, high dynamics on fast transient load and operation at constant torque using flux vector control across the entire speed range.

Commander ID300 offers energy efficiency standards higher than system classification IES2 (EN 61800-9-2), enhancing energy savings. The drive also features a low power standby mode for applications with significant periods of idleness.

Commander ID300 has been designed on a modular concept: the wide choice of options and adaptations enables configuration in line with machine architecture. The system can also be combined with an FFB brake for dynamic braking and /or gears from the multiposition 3000 range, ensuring maximum adaptability.

Safety remains paramount: to protect users and minimize machine operation downtime, the Commander ID302 variant integrates onboard safety functions for compliance with the highest safety standards SIL3 (Safety Integrity Level 3) and PLe (Performance Level e). The motor is also protected against overloads thanks to thermal protection. On top of this, the optional brake card enables full control of the brake sequencing and power supply.

Due to its large selection of features and options, Commander ID300 is an “easy-to-use” solution, ensuring quick and smooth operation. For instance, time can be saved during installation thanks to the multiple mechanical adaptations and connections that can be made at the factory. Also, to facilitate setup, configuration and diagnostics, the system delivers intuitive setup and pre-configured settings which are application dependent.

Designed for industrial environments as standard, this all-in-one drive solution is ideal for applications in the manufacturing, process and intralogistics sectors.

Commander ID300 is part of the Express Availability offer, the premium Leroy-Somer Service which ensures rapid delivery while minimizing spare and stock requirements.

 @Leroy_Somer_en @EMR_Automation #PAuto