MCS®

MCS®
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MCS®

Product catalog summary
Overview of Multi-Carrier-System MCS®
The Multi-Carrier-System MCS® is a flexible transport system developed by Festo and Siemens, designed to enhance production processes with maximum flexibility and efficiency. Its modular design allows integration with conventional transport solutions, offering precise positioning and smooth acceleration to minimize changeover times and increase productivity.
Key Features
  • Custom control of each carrier, including position, speed, acceleration, and force.
  • High dynamic response with acceleration up to 50 m/s² and speeds up to 4 m/s.
  • Modular configuration with payloads ranging from 50 g to 50 kg.
  • Hybrid solutions combining MCS® with conventional systems for cost efficiency.
Applications
  • Assembly Automation and Battery Production: The MCS® optimizes system layout and reduces changeover times by up to 80%, enhancing productivity with minimal installation space.
  • Filling and Packaging Technology: Offers maximum flexibility for continuous production processes, ensuring high productivity.
System Components
  • Mechatronic elements, drive system, and control technology are integral to the MCS®.
  • Standardized carriers and modular motor segments allow for customizable configurations.
Technical Specifications
  • Drive system and controller options include SINAMICS and SIMATIC for dynamic applications.
  • Engineering software from Siemens supports virtual commissioning and system configuration.
Integration and Flexibility
  • The MCS® can be combined with various transfer systems and conveyors from manufacturers like elcom, Bosch Rexroth, and FlexLink.
  • Offers flexible and dynamic movement of carriers, individually or in groups, with integrated collision monitoring.
Conclusion
The Multi-Carrier-System MCS® provides a versatile and efficient solution for modern manufacturing challenges, offering customizable and dynamic transport options that integrate seamlessly with existing systems.
Overview: The document provides technical specifications and operational guidelines for the Multi-Carrier-System (MCS®) and its integration with various conveyor systems, including the TS 2plus from Bosch Rexroth and the X85P and XH from FlexLink. It highlights the modular design, flexibility, and efficiency improvements offered by these systems.
Specifications: The MCS® system is designed for high precision and flexibility, with carrier dimensions ranging from 160 x 160 mm to 400 x 640 mm, and payload capacities up to 50 kg. The system supports speeds up to 4 m/s and accelerations up to 45 m/s², with a repetition accuracy of ±0.05 mm for single carriers.
System Components: Key components include magnetic plates for feed motion, high-quality guide systems for low-wear operation, and standard positioning bushings. The system can seamlessly integrate with existing conveyor systems without mechanical coupling, allowing for continuous infeed and outfeed of carriers.
Integration with Bosch Rexroth TS 2plus: The MCS® can be integrated into the TS 2plus system, enhancing flexibility and reducing changeover times by up to 80%. It supports a variety of modules such as separators, positioning units, and lifts, enabling custom configurations for specific applications.
Integration with FlexLink X85P and XH: The MCS® can also be combined with FlexLink's X85P and XH conveyor systems. These integrations allow for seamless carrier transitions and are suitable for applications requiring high throughput and flexible process sequences. The systems use low-cost polymer chain conveyors and offer options for horizontal and vertical product distribution.
Applications and Benefits: The MCS® is ideal for industries requiring precise and flexible material handling solutions. It supports various applications, including assembly systems, packaging technology, and production plants. The system's modularity and compatibility with standard conveyor modules enhance productivity and reduce operational costs.
Technical Data Summary: The document includes detailed technical data for different carrier variants, highlighting achievable positioning times, maximum payloads, speeds, accelerations, and feed forces. It also provides guidelines for optimal service life and performance.
Overview
The document provides a comprehensive overview of the Multi-Carrier-System (MCS®), a closed recirculating conveyor system designed for high dynamic response and precision in transport solutions, particularly in packaging systems. It highlights the system's flexibility, compact design, and cost-effective operation.

Technical Specifications
The MCS® system features a precision-ground V-guide system with permanent lubrication for low-wear and high-precision operation. It supports various carrier configurations with one or two magnetic plates, offering different payload capacities, speeds, and acceleration rates. The system ensures jerk-free movement and high repetition accuracy.

System Components
The MCS® includes linear motors, displacement encoders, and a toothed belt for carrier return transport. The linear motors are robust, encapsulated, and available in different cooling configurations. The displacement encoder uses Hall sensor technology for precise carrier control.

Drive System and Control Technology
The MCS® integrates with Siemens' SINAMICS S120 drive system and offers scalable software solutions through the TIA Portal. It supports various controllers and provides easy programming with PLCopen commands. The system also includes safety functions like Safe Torque Off (STO) and Safe Stop 1 (SS1E).

Digital Twin and Virtual Commissioning
The document emphasizes the use of digital twins for virtual commissioning, allowing for efficient testing and integration of the MCS® into existing systems. This approach facilitates rapid project execution and adaptation to new requirements.

Highlights
- High flexibility and dynamic response
- Compact design with customizable mounting positions
- Integrated lock for easy carrier insertion/removal
- Modular motor system with various options
- Enhanced diagnostics and safety features

The document concludes with a focus on the MCS®'s ability to provide a competitive edge through its precise hardware and software integration, ensuring optimal performance and safety.
Diagnostics and Operator Support
The document outlines the diagnostic capabilities of the Multi-Carrier-System (MCS®), highlighting the ability to display section, segment, and carrier status directly in the user program. It also emphasizes the collection and display of messages from drives, PLC, and software in the TIA Portal, HMI, and web server, aiding initial error evaluation on machines.
Consulting and Engineering
Festo and Siemens offer expert consulting services for the MCS®, providing support in designing transport systems, selecting modules, and integrating with other systems. They offer individual application tests and provide coordinated quotations for mechatronics and drive/control technology.
Commissioning and Service
The MCS® commissioning process is streamlined, with options for pre-assembly and testing. Support is available for mechatronic integration and software development. A central contact partner coordinates service needs, ensuring quick response and global availability of spare parts.
Testing and Starter Kits
Various test systems and starter kits are available to demonstrate the MCS® capabilities, allowing users to evaluate parameters like dynamic response and positioning accuracy. These systems are fully assembled and ready for immediate use.
MCS® Configurations
The document details several configurations of the MCS® combined with different transfer systems, specifying section lengths, motor configurations, energy supply requirements, and dimensions. These configurations cater to different application needs, offering flexibility in system design.
Productivity and Support
Festo emphasizes its commitment to security, efficiency, simplicity, and competency, aiming to enhance productivity through innovative solutions and comprehensive support.
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Catalog excerpts

MCS®-1

Multi-Carrier-System MCS®

 Open the catalog to page 1
MCS®-2

-> WE ARE THE ENGINEERS OF PRODUCTIVITY. 4 MCS® - the technology at a glance 6 Carrier movement and section configuration Applications: 10 Assembly automation and battery production 12 Filling and packaging technology Combination of the MCS®: 14 Transfer system TLM 1500 from elcom 18 Transfer system TLM 2000 from elcom 22 Transfer system TS 2plus from Bosch Rexroth 26 Pallet conveyor X85P from FlexLink 30 Pallet system XH from FlexLink 34 Closed recirculating conveyor system

 Open the catalog to page 2
MCS®-3

How do you keep pace with markets that are developing at an ever faster pace? How do you meet increasingly individual customer needs? And how do you adapt to product lifecycles that are becoming ever shorter? To master these challenges, you need solutions that provide maximum flexibility and efficiency in production processes. With the innovative Multi-Carrier-System MCS®, a joint development by Festo and Siemens, you are on the right track. Thanks to the modular design of the transport system, it can be combined with conventional transport solutions, adding the functionality of the MCS® where...

 Open the catalog to page 3
MCS®-4

MCS® – the technology at a glance Freely configurable for your requirements The Multi-Carrier-System MCS® is an innovative and flexible transport system based on linear motors. Its modular design means it can be freely configured to suit your specific requirements. What makes the MCS® unique is how perfectly it can be combined with transfer systems and conveyors from well-known manufacturers. The modules, standardised carriers and matching guide systems have been precisely developed with this in mind. However, you can also design your own custom carriers and guides using the versatile magnetic...

 Open the catalog to page 4
MCS®-5

Combination with different transport solutions Your custom solution TLM 1500 from elcom ( page 14) TLM 2000 from elcom ( page 18) TS 2plus from Bosch Rexroth ( page 22) X85P from FlexLink ( page 26) XH from FlexLink ( page 30) Closed recirculating conveyor system ( page 34) Absolute displacement encoder including DRIVE-CLiQ connection Freely configurable system MCS(r) drive system and controller • SINAMICS: modular drive system for single-axis and multi-axis applications • SIMATIC: scalable and modular motion control system for highly dynamic applications Motor cable for the drive system (SINAMICS)...

 Open the catalog to page 5
MCS®-6

Carrier movement and section configuration Flexible and dynamic movement – individually or as a group The movement of the carriers on the MCS® motor section enables a wide range of functions in the production process. Depending on the task, the carriers can move individually or freely as a group on the section and synchronously with the process. All kinds of movements can be integrated on a section. You can combine the Multi-Carrier-System MCS® with conventional intralogistics solutions. This allows you to create new approaches for highly flexible and economical solutions for your transport and...

 Open the catalog to page 6
MCS®-7

Fewer interfaces by synchronising the carriers with other drives in the system The SIMATIC motion control system from Siemens controls not only the movements of the individual carriers, but also other servo drives in the system; e.g.: belt drives or even handling systems. This greatly reduces the number of interfaces you need. Groups of carriers can also be freely moved With the MCS®, the individual carriers can be combined into a group of any size. A group of carriers can be freely moved in the same way as individual carriers, i.e. accelerated, decelerated, stopped, reversed, precisely positioned....

 Open the catalog to page 7
MCS®-8

The benefits to you Thanks to the choice of motor widths and lengths, you get the perfect technical and economical solution for your application. We will be happy to advise you. The Multi-Carrier-System MCS® is extremely versatile and can be used for many applications. You can flexibly and dynamically move all types of components, whether small and lightweight or large and heavy ones. The freely configurable MCS® section has a modular design using individual motors. To ensure it can meet many requirements, the modular motor system EMLX includes two motor widths with different feed force. In addition,...

 Open the catalog to page 8
MCS®-9

Extended options for section layout MCS® section 1 Distribution through lateral movement The carriers can be distributed over multiple sections through a lateral movement of the MCS® motors. Application: e.g. sorting different products Outward transfer through lateral movement The lateral movement of MCS® motors enables individual carriers to be transferred outwards. Process station Application: e.g. reworking at a process station MCS® section Return with lift A vertical movement of the MCS® motors at the end of the process section brings the carriers to another transport level. Application:...

 Open the catalog to page 9
MCS®-10

Applications in assembly automation and battery production Optimised system layout and minimal changeover times for maximum productivity A production system with different assembly stations is particularly challenging for material transport. Different processing times require a combination of single and double cycles, continuous movement, high-precision positioning in screwing and testing stations or 3D movement to a gluing station – all on one line. This is easy to achieve with the Multi-Carrier-System MCS® while installation space and retooling times can be kept to a minimum. MCS® offers you...

 Open the catalog to page 10
MCS®-11

MCS®: perfect for battery production Easily realised and cycle time-optimised multi-stop function The application In the screwing station, screws have to be inserted in the workpiece at different positions at short intervals. The challenge Approaching several closely spaced screwing positions with minimal mechanical effort and taking up as little space as possible, while doing so at a screwing station for changing workpieces with different screwing-in positions. The solution With the MCS®, several stop positions can be reached in a very small installation space and with a very short travel distance,...

 Open the catalog to page 11

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