Efficient Motion Control
A unique engineering framework for easy motion control and the integration of kinematics solutions.
The need for faster time-to-market, increased functionality and reduced complexity, and demands for safety and sustainability are major challenges for machine builders. Efficient motion control helps you build innovative machines faster and without costly prototyping, so you can more easily meet your customers’ needs.
Find out more about our Motion Control solutions, speak with our experts.
Overview
Implement innovative motion control solutions simply, quickly and safely.
Machines are becoming more complex, and the motion control and kinematics capabilities of machines and lines are increasing dramatically. Moreover, the time to market for new solutions is getting ever shorter. To build flexible, high-performance motion-control solutions that can be efficiently engineered, easy to operate, and flexibly adapted to new requirements, companies need to turn to tools that help them make better use of available resources.
With solutions for efficient motion control – turn challenges into success!
Increased flexibility
Increase your flexibility in motion control projects with modular, standardised, and user-friendly engineering and operation.
Speed
Accelerate the time to market of your machines through parallelisation and virtualisation of work routines.
Sustainability
Test and validate applications in a virtual environment without hardware or physical prototypes.
Safety
Ensure maximum machine and operator safety while maintaining productivity and flexibility.
Industry challenges
Understanding and overcoming technological, organisational and operational challenges.
A shortage of skilled workforce, time and innovation pressures, and stringent safety requirements are challenging machine builders. With robots becoming increasingly important in industry and driving demand for innovative motion control solutions, can you reliably meet these demands quickly and safely?
Imagine…
Megatrends impacting machine builders.
Shortage of skilled worker
Absence of experts to offer comprehensive maintenance and engineering of production systems. In the manufacturing sector, 80% of employers say they are struggling to find people with the right skills to fill their job openings. There has been an increase in the need for people with skills in automation, robotics, and IoT (Internet of Things), with many current and experienced manufacturing workers not seeing the benefit of learning these skills.
Time to Market
Establish efficient processes that enable parallel engineering, simulation and testing.
To bring new machines to the market faster, OEMs must establish efficient processes that enable parallel engineering, simulation and testing solutions, including motion control.
Digitalisation and virtualisation are key in this respect. Moreover, machines and solutions must be commissioned as quickly and efficiently as possible, both during the initial setup and following modifications and revamps. One critical aspect in this regard is the integration of kinematics systems, where OEMs need to find flexible solutions that reduce the time and effort spent.
Flexible & Profitable Machine Concepts
The complexity of the kinematics and motion control capabilities of machines and lines are increasing drastically. To be able to change product properties such as format changes during production, manufacturers need flexible machines that are easily adjustable on-site. They also need to be able to integrate different kinematic systems or robot vendors into the production machine or line. At the same time, they demand solutions that reduce maintenance time and service expenses.
Safety
The rising level of complexity and the demand for highly productive and high-speed production may come at an increased risk for both equipment and operator safety. With the available space in the production environment becoming an increasingly valuable commodity, machines need to be equipped with safety systems that ensure maximum protection for machines and operators yet are compact and can be set up efficiently.
Why is Motion Control sometimes difficult?
The market for single and coordinated axes is far from simple as there are multiple different motion control system components and solutions available in the industry, which can make optimisation challenging, and implementing solutions risky and costly. As a result, building a production line efficiently, where different systems work together, can be extremely difficult.
Machine builders are always being challenged to modernise machine concepts and realise new production approaches to meet the demand of industry, with batch sizes of one and consumer demand for individualisation and a faster time delivery. However, it can be difficult to imagine and program complex movements. Sophisticated motion often requires specialist technology and specialist knowledge – for example, it can be difficult to realise more intricate movements between coordinated axes without simulation – which can be complicated and time-consuming for engineers without the right tools.
The trick is to look for a seamlessly integrated motion control solution that can simplify build, engineering, and execution.
SIMATIC Motion Control
Helping you build innovative machines faster and without costly prototyping, so you can more easily meet your customers' needs.
SIMATIC Motion Control is the simple solution to sophisticated challenges in the motion control of modern machines or plants. Siemens’ flexibly scalable automation solutions with seamlessly integrated safety functions and efficient engineering in TIA Portal allow you to quickly implement your innovative machines and plants.
Efficient Motion Control components
Drives
SINAMICS Servo Drives
SINAMICS Servo Drives are designed to be cost-effective, fast, and easy to use while operating complex applications without specific drive know-how or additional engineering tools. The drives concentrate on both hardware and functionality ensuring ruggedness and reduced investment cost. The operation allows highly dynamic movement of minimal loads and ultra-precise movement of medium and high loads.
Controllers
Basic Controllers
Compact controllers for simple applications
SIMATIC S7-1200 is the smart choice for compact automation solutions with integrated communication and technology functions. They’re available in standard and fail-safe versions.
Advanced Controllers
High-performance controllers for average and complex applications
SIMATIC S7-1500 automates both complete production plants and applications with the highest demands on performance, flexibility and connectivity.
Technology Controllers
Extended motion control functionality
Technology CPUs are scalable in performance, memory and quantity structure. They come with an extended scope of motion control functionality larger memory for standard, motion control and failsafe applications as well as future-proof communication with OPC UA and PROFINET.
Distributed Controllers
For series machines with limited space and with distributed architecture
Due to their compact design, Distributed Controllers are particularly suitable for the manufacture of series machines. They can be mounted directly on the machine in small control boxes.
Mechanical Axis
Handling System
Check out our handling systems for a huge range of applications in handling and assembly technology. From standard solutions for all common automation technology applications through to customised solutions for your own very specific requirements.
If you have a specific requirement or if you want to find out more about our Efficient Motion Control solutions, please contact us and speak with our experts.
Ways to make Motion Control more efficient.
In motion control, technologies operating on multiple different axes can be coordinated at the same time to move loads to specific positions at specific times, saving precious minutes in production time. Single and coordinated axes can be found in applications such as mixers, conveyors, indexing flying sheers, rotary knife, and palletising, to name a few.
Axes offer flexibility and versatility in motion range and control, making them a key part of many production lines. With the global market for motion control rising rapidly – with one report predicting that the industry will see a CAGR of 5.5% by 2026 – it is more important than ever to optimise the use of single and coordinated axes to maximise productivity.
Easy control of single axes
How to implement continuous and cyclic motion and realise a complete and seamless motion control solution for your specific requirements?
Imagine you must realise new machine concepts or modernise existing ones in terms of flexibility, efficiency, and future viability. There are different motion control system components or solutions available, and the engineering of motion control components and solutions is quite complex.
The key factor is to simplify your application. Siemens’ integrated motion control system solution with one easy and intuitive engineering tool accelerates development time. The scalable hardware portfolio (controller, drives, motors, HMI, I/Os, and communication) includes optional safety functionality and allows fast and simple drive and motion control integration and configuration.
Watch Siemens Webinar Series 2:
Efficient Motion Control: Easy Control of Single Axis
Easy control of coordinated axes
Can complex coordinated motion in production machines be simplified?
The complex movements between coordinated axes are difficult to imagine and program without visualisation and simulation capabilities.
Standard application examples based on technology objects help you simplify complex axis relationships. We help you efficiently configure and program complex motion control applications with system-integrated editors for configuring individual dependencies between coordinated axes. All this can be done in a single familiar programming environment.
Watch the Siemens Webinar Series 2:
Efficient Motion Control: Easy Control of Coordinated Axes
Easy control of kinematics
How do you integrate and manage standardised and customised system-integrated robot mechanics with up to 6 interpolated axes?
You need to visualise and program complex kinematic motions in 3D Cartesian space and develop standardised safety solutions for machine and operator protection. Use custom and predefined transformations with technology objects for your standard programming. Implement and operate easy and fast robots and custom kinematics for repetitive handling tasks in a production machine or line. Control and use robots, machine automation and safety solutions that monitor kinematic movements in the 3D Cartesian space in one controller.Watch Siemens Webinar Series 2:
Efficient Motion Control: Easy Control of Kinematics
Easy robot integration
How do you manage multi-vendor robots in your automation environment?
Engineering is challenging due to complex robot systems (HMI, controller, and engineering tools) that differ from manufacturer to manufacturer. What’s more, there is a lack of experienced robot specialists and a lack of standard interfaces for integrating robot systems into the automation system. Better use a standardised engineering language for your robot application to simplify and standardise robot engineering and operation. Our solutions provide a unified interface between robots from any vendor and the machine PLC, handling robots and automation in a single engineering framework.Watch Siemens Webinar Series 2:
Efficient Motion Control: Robot Integration
Easy simulation of Motion Control applications
How do you test and simulate your production machine in a virtual environment?
Typically, you need prototypes and hardware to validate and optimise motion control applications. Errors can cause damage and be costly. By using simulation, you can reduce material damage and waste, become more sustainable, and make complex motion visible and easier to understand. No real hardware is required. We support you with simulation software and integrated testing capabilities within the engineering framework. You can test based on an emulated PLC with open interfaces to co-simulation tools for electrical and mechanical behaviour.Watch Siemens Webinar Series 2:
Easy Simulation of Motion Control Applications
Get started
Start your Efficient Motion Control with SIMATIC Ready-to-Use (R2U) Application.
Find out more about SIMATIC Read-to-Use Applications.
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Key advantages
Benefits of an integrated Motion Control solution
An integrated motion control solution provides efficient engineering by consolidating motion control into one single standardised engineering platform – the Totally Integrated Automation (TIA) Portal.
Benefits of this approach include:
Flexibility
Easy and fast adjustment of your application towards higher motion control requirements regarding function and performance.
Standardisation
A fast start open protocols and programming blocks, wrapped up with ready-to-use application examples, enabling a simplified set-up for your specific application requirements. Using standard application examples can help to simplify complex motion and axes relations.
Efficiency
A seamless integrated motion control system solution in one engineering tool naturally provides engineering efficiency.
Scalability
Integrated motion control systems offer comprehensive and flexible options for full customisation and scalability, including fully integrated safety functionality and diagnostics.
Intuitive Design
Simplify motion control task engineering thanks to integrated technology objects and an intuitive operation with guided user interfaces (GUI).
Ultimately, customers that use system-integrated motion control solutions stand to gain greater flexibility and faster time-to-market by investing in a centralised way of managing multi-axes motion.
What does efficient control of single and coordinated axes look like?
A streamlined, efficient, end-to-end solution is key for simplifying production. With so many components and solutions available, it can be easy to add complexity to your operations without needing to.
Siemens motion control provides a single, flexible, and standardised solution for single and coordinated axes management.
Its scalable motion control hardware portfolio, with fully integrated safety functions, including controller, communication, drives and motors, provides one single platform which supports a standardised and efficient environment for engineering.
Technology objects for motion control are integrated in every Siemens PLC to deliver comprehensive engineering functionality. This includes gearing and camming axes (with intuitive guided graphical user interfaces); cam editor to intuitively program relations between leading and following axes; and trace for the diagnosis of application behaviour. And, with predefined standard application examples to help configure axes and simplify axes relations, it’s incredibly easy to get up and running – as well as to adjust the system to meet your requirements.
This functionality is delivered through the TIA Portal – an easy-to-use, single engineering tool for all automation, motion control, and safety tasks.
The result is an efficient, seamless, end-to-end solution for single and coordinated axes engineering and management. The combination of complete flexibility with predefined structure and control means that even the most complex motion requirements can be easily configured, adjusted, and monitored without the headache of multi-vendor engineering platforms or needing to invest in additional specialist tools or engineering expertise.
For your specific requirements, talk to us.
To see how we can help with your systems or if you have any enquiry, please get in touch – we’ll be pleased to help. Send us an email at support@parmley-graham.co.uk or fill the form below.
Save 30% or more
Efficient Motion Application Bundle
Combining the powerful S7-1500T controller with S210/S200 Servo drives to deliver efficient motion control and dynamic performance.
- Engineering and integration- Uniform engineering system for implement all aspects in a single framework, with easy to use editors and standard programming languages and fully integrated safety solutions that provide all required safety functions with TIA Portal
- Commissioning and testing- comprehensive diagnostic functions for early detection of errors and verification of complete machine atomisation
- Flexible HW configuration including optional safety functionality
- Easy control and integration of single axis up to kinematics applications
*Subject to Terms & Conditions
Efficient Motion Application Bundle Components
Mandatory Items
S7-1500(F) (T)
S7-1500 Advanced Controllers
Unified Comfort Panels
Unified Comfort Panels
S200 / S210
SINAMICS S200
Let’s enjoy a system solution both optimized and efficient! The system comprises a SINAMICS S200 servo drive, a SIMOTICS S-1FL2 servo motor and Motion Connect cables. With a power range extending from 0.1kW up to 7kW and various communication options such as PROFINET IRT and pulse train, the system has been specifically designed to address a wide range of standard applications.
SINAMICS S210
The SINAMICS S210 system comprises a servo converter and a servomotor and mainly addresses solutions demanding high dynamic performance in the power range from 50 W to 7 kW. Machine safety functions are integrated. The connection to a higher controller is established via PROFINET IRT communication, fast commissioning via the TIA Portal or the integrated web server, and One Button Tuning.
Optional Extras
ET200 Tech
SIMATIC ET200SP
Field PG
SIMATIC Field PG
TIA Portal
TIA Portal PLC Programming
RF1000
RFID System
PSU 6200 / 8600
PSU6200 - Additional Diagnostics & Condition Monitoring
Experience the start of a new chapter in the world of standard power supplies with the SITOP PSU6200 all-around power supply. Whether you’re a builder or operator of control panels, machines, or plants, all users benefit from the ingenious functions and features of the new SITOP PSU6200 product line – throughout the entire lifecycle, from planning and engineering to installation and operation.
- Focused diagnostics. Top integration.
- Fast installation. Top efficiency.
- Dependable operation. Top reliability.
SITOP PSU 8600
Selectivity
Current and Selectivity Monitoring
The SITOP selectivity and diagnostics modules are the optimal extension for all 24-V DC power supplies. They distribute and monitor the load current over several current circuits. Overloads and short circuits on a circuit are reliably recognized and the faulty 24-V DC load circuit reliably disconnected, while the other loads continue with absolutely no interruption; this prevents the complete failure of the plant.
- Reliable tripping, regardless of the cable lengths or cable cross-sections
- 4 or 8 24-V DC load feeders per module
- Alternative switch-off characteristics:
X 200 Switch
Managed Switches Layer 2
We are Siemens trusted and approved distribution partner.
As a Value Added Reseller in Siemens’ Approved Partner network, Parmley Graham is a proven supplier of a wide range of quality products in the UK and globally.
Find out more how this will benefit you or check Siemens Configurator.
