Nestlé chooses openSAFETY for packaging machines
July 6, 2011 - A Nestlé engineering team in Switzerland is preparing the pilot implementation of a packaging line in cooperation with automation suppliers in order to develop manufacturer-independent standards for the integration of different control systems. The team is focusing on the use of open communication technologies.
Goals of the pilot implementation
The project has two key goals: firstly, creating a specification for packaging machines in accordance with the packaging machine language PackML. PackML is a guideline for open, modular automation architectures issued by the OMAC user group (Organization for Machine Automation and Control) whose state model stipulates an integrated administration of all operating modes in packaging machines. With that basis, the team will develop standard libraries for each control system and make them available to machine builders at the end of the project. Secondly, Nestlé will introduce an openSAFETY-based safety standard which is independent of the controller and bus system, and which allows for the unrestricted exchange of safety-related information between machines and control systems from various manufacturers.
openSAFETY is a tried-and-tested safety protocol which has been certified for use in systems with a SIL 3 safety integrity level by the German testing authori-ties TÜV Rheinland and TÜV Süd. High-performance safety solutions based on openSAFETY have been used in series production applications since 2008. openSAFETY is independent of the bus system and interoperable with all transport protocols thanks to the black channel principle. This means that any transport protocol can be used to transfer the safety-oriented data which is packed in a special frame format. For demonstration purposes, the POWERLINK user organization EPSG has already implemented openSAFETY for all communication systems used by Nestlé, i.e. PROFINET, SERCOS III, EtherNet/IP and POWERLINK, and additionally for Modbus TCP.
Bryan Griffen, Global Head of Electrical and Automation Engineering at Nestlé Corporate Engineering, explains openSAFETY's advantages: “Nestlé uses au-tomation and safety components from various manufacturers. An integrated standard for safety communication allows for a reliable transfer of safety data within the complete plant, irrespective of the manufacturer of its components. Additionally, the standard also facilitates engineering with regard to system design, commissioning, and maintenance and diagnosis of the safety sys-tems.”
The Ethernet Powerlink Standardization Group (EPSG) is an independent organization founded in 2003 by leading companies from the drive and automation industry. Its aims are the standardization and further development of POWERLINK, which was first introduced by B&R in 2001. The high-performance real-time communication system is a protocol extension of the IEEE 802.3 Ethernet standard, designed to ensure real-time data transfer on the microsecond level. EPSG cooperates with leading standardization organizations, such as CAN in Automation (CiA) and the IEC. Anton Meindl, Business Manager Controls at B&R, is the EPSG’s CEO.
MORE INDUSTRY NEWS
Beckhoff opens Texas sales and support facility
The eighth such regional facility in the U.S., the Plano facility includes sales offices, engineering labs and training facilities. This 2,600...
Okuma announces Systems Insights as newest member in Partners in THINC
System Insights provides technology for Smart Factory, Industry 4.0, and IIoT client initiatives. Members of Partners in THINC provide superior...
SMTA presents Nordson with SMTA Corporate Partnership Award
Nordson was recognized for its willingness to share technical knowledge with others in the electronics manufacturing industry as evidenced by the...
Zenith announces James O'Brien to lead MES business
In his role as MES business unit lead, James will use his background in software development, consultancy and technology implementation to continue...
Schneider Electric announces wind forecasting for WeatherSentryOnline platform
Schneider Electric’s Hub Height Wind forecasting capabilities provide wind speeds, wind gusts and wind direction forecasts seven days in advance...
Key Ingredients for Designing Smart Machines and Equipment
By Dan Seger, Rockwell Automation
Today in the era of smart manufacturing, end users want to optimize their production and supply chain by...
Integration of CAD for Electrical Engineering by Automation
By Has Group
When dealing with CAD for electrical engineering the situation is different: the right technology and high integration enable a...
Rockwell delivers EMI software to GrafTech furnace productivity system
GrafTech needed a secure, scalable solution that provided improved visibility into machine operations. The company partnered with Rockwell...
Holiday Shipping Approaches: Increasing Demand for Rules Based Warehouse Control Systems
By Thomas Cutler, Manufacturing Media Consortium
The old warehouse is no more as the RF gun, constant verifications, small keypads, and hard to...
IOT Edge Computing Primer
By Opto 22
Systems at the network edge are increasingly able to leverage cloudbased resources to perform edge computing, but before the benefits...