- Siemens demonstrates consistency of the digital twin using Easysnap application at the SPS IPC Drives 2017
- "Digital Enterprise Suite" features tools for creation of the digital twin
- Apps facilitate the use of plant data collected in MindSphere
At the SPS IPC Drives 2017, Siemens will be demonstrating the consistency of the digital twin over the entire machine life cycle using the example of a packaging machine manufactured by machine builder Easysnap. To achieve this degree of consistency, all the engineering tools required for design, configuration and commissioning interact seamlessly with each other to enable truly integrated engineering. Siemens supplies a comprehensive range of different tools embedded in its "Digital Enterprise Suite" solution portfolio which are designed to enable the creation of a digital twin and so bring about substantial improvements along the value chain. The digital twin can be created using tools such as the Mechatronics Concept Designer, which enables kinematic simulations, and the Sizer configuration tool which uses this data as the basis for determining the required electrical drive values and relevant products.
- New, all-round IP65-protected Panel and Panel PC for machine-related, cabinet-free visualization and automation
- Simatic HMI TP1200 Comfort Panel PRO and Simatic IPC477E PRO Panel PC: high performance and functionality, many interfaces
- Used in high-end applications and for high-performance visualization tasks
- Extended individual operation through extension units: standard components for tailor-made system solutions
Siemens has extended its system family based on IP65-protected HMI (Human Machine Interface) devices for machine-related, cabinet-free visualization and automation. The Simatic HMI TP1200 Comfort Panel PRO (PROtected) with 12-inch display diagonal and the Simatic IPC477E PRO industrial Panel PC with 15, 19 and 22-inch displays are characterized by high performance and functionality as well as a large number of integrated interfaces. The new operator control and monitoring devices are especially suitable for high-end applications and powerful visualization tasks. Flexible mounting types allow the user easy operation of the machine and an optimal view of the visualization and process.
- Simotics SD Add low-voltage motors reduce drain on the grid due to low start-up currents
- Compliance with sector-specific specifications in the process industries
- Global certificates for worldwide usage
- Reduced acquisition costs coupled with extended service life
With the introduction of its new Simotics SD Add low-voltage motors, Siemens is extending the application scope of the next-generation Simotics SD low-voltage motor series it launched at the beginning of this year. This marks another step taken by the company towards the expansion of its portfolio of scalable standard motors for use in challenging ambient conditions. By offering low start-up current levels, the characteristic product feature of the Simotics SD Add low-voltage motors, this new addition to the series is opening up greater application scope: for instance, to comply with sector-specific requirements in the process industries, or in fields requiring enhanced grid stability by reducing grid loads in the event of voltage dips. The availability of country-specific certificates means that these motors can be used without restrictions in all regions and markets of importance around the world.
- IoT concept for Simotics motors
- Monitoring the operating condition of motors
- Connection to MindSphere open IoT operating system
- Maximum transparency and increased productivity due to intelligent evaluation: Data analysis by Simotics IQ
With Simotics IQ, the new IoT concept for motors from Siemens, the new Simotics SD low-voltage motors are fitted with a compact sensor box which captures important operating and condition parameters and transmits them by WiFi to the cloud. These operating data can then be stored and analyzed by the Simotics IQ MindApp on MindSphere. The Simotics IQ MindApp provides the user with technical motor data and valuable analytical results on the operation and condition of the motor and proposes, for example, recommended actions for preventive maintenance. This newly acquired operating data transparency allows further increases in productivity to be achieved.
With the 3WL10, Siemens has developed a new air circuit breaker in the especially compact size 0 that can handle rated currents of up to 1,250 amperes (A). With this development, Siemens has closed the last gap in the portfolio and now offers circuit breakers for nearly every application, in four sizes and five performance classes from 630 to 6,300 A. The 3WL10 communication-capable circuit breakers reduce space requirements in the switchgear to a minimum. With two individual electronic trip units and various connection options, they can be installed in switchgear in accordance with IEC61439- and be integrated in energy management systems via communications modules and the internal metering function.
- Siemens to deliver 47 self-service bicycle parking facilities at Dutch railway stations
- Secure and convenient parking solution for seamless transition from bicycle to boarding at railway stations
- Contract includes system monitoring for eight years
The Siemens Building Technologies Division (BT) is working with NS Stations, the operator of railway stations in the Netherlands, to optimize bicycle parking at 47 Dutch railway stations with the user-friendly and secure self-service bicycle parking solution from Siemens. The unmanned bike parking facilities will be available for parking privately owned as well as rental bikes. In addition to modernizing and equipping the parking stations, Siemens will provide 24/7 system monitoring to ensure system availability as well as predictive maintenance for a period of eight years. The volume of the contract is 14.2 million euros. Furthermore, Siemens will continue to work with NS Stations to jointly develop future innovations in access systems for manned bicycle parking facilities using RFID technology (Radio Frequency IDdentification).
- Firmware 4.8 enables Sinamics S120 converters to operate with synchronous reluctance motors
- System operation with or without position sensor using new Sinamics reluctance control license
- Durable in any operating environment due to field-oriented vector control
- High energy efficiency even at low speeds
Firmware version 4.8 allows Simotics synchronous reluctance motors to also be operated with Sinamics S120 converters, enabling them to benefit from the complex functionalities of the modular S120 product portfolio. The new Sinamics reluctance control license used in combination with the Sinamics Booksize Modules means that precise drive control down to a complete standstill is now possible with and without a position sensor. This applies both for motor and generator operation. Field-oriented vector control across the whole of the operating range makes for a tangibly more robust drive system. Unlike U/f-based methods, for instance, any possibility of motor stalling in the event of load jumps is excluded. Sensorless control also enhances the energy efficiency of the drive, as even in the low speed range it allows the achievement of low values normally only possible using a sensor.
- Higher performance and new application areas for Siplus HCS4200 Heating Control System with two new power output modules
- Versatile control of electrical heating elements in 45, 75, 110, 230/277 and 400/480 V power grid
- Current measurement integrated in output for diagnosis of heating elements connected in parallel
- Simple, easy engineering and commissioning of industrial heating processes with TIA Portal and Proneta
Siemens has equipped the flexible, modular Siplus HCS4200 Heating Control System for switching and controlling heat emitter arrays and heating elements with two new power output modules (POM). Each output is now even more powerful and it is possible to control voltages from 45 V, making this versatile heating control system even more flexible, and suitable for use in safety extra-low voltage applications, for example.
- "Realize the value of the Digital Enterprise Suite – Industrialize Additive Manufacturing" as this year's booth slogan
- Seamless integrated software and automation solutions for additive manufacturing aimed at machine builders and users
- Innovative value-add services to further speed up the industrialization of additive manufacturing
- Engineering and printing services through to complete additive manufacturing of parts by Material Solutions and Mobility Services
At this year's formnext, the leading trade fair for additive manufacturing (AM), Siemens will be showcasing its seamless integrated solutions for additive manufacturing with the Digital Enterprise Suite. At its booth stretching over an area of around 150 square meters, the company will be demonstrating its portfolio along the entire AM value chain at the show from 14 to 17 November under the banner "Realize the Value of the Digital Enterprise Suite – Industrialize Additive Manufacturing". Products featured at the show cover everything from design and engineering software, simulation tools and matching hardware for complete machine and factory automation through to machine networking with the cloud-based IoT operating system MindSphere. Designed to address the requirements of both machine builders and additive manufacturing users, this unique offering from Siemens aims to demonstrate how companies working in the field of additive manufacturing can use digitalization to significantly boost the flexibility and efficiency of their production, reduce both engineering time and time to market, and so consolidate and expand their competitive standing in the global marketplace.
As part of formnext 2017, the leading exhibition for additive manufacturing, Siemens presented its comprehensive solution portfolio for consistent digitalization of additive manufacturing, starting with the design and engineering software, via innovative simulation tools to complete machine and factory automation. In addition to this, Siemens demonstrated how the industrialization of additive manufacturing can be further accelerated by using innovative added value services.