Home / Design / Connecting OT and IT infrastructure in manufacturing

Connecting OT and IT infrastructure in manufacturing

Increased competitiveness is enabled by the improved connectivity between OT and IT systems required for digital transformation, the realisation of which is supported by products and solutions from Mitsubishi Electric’s portfolio shown at SPS 2019. Image: Mitsubishi Electric Europe BV

One of the key challenges for today’s businesses engaged in the process of digitalisation is connecting shop floor operational technology (OT) with IT infrastructure. 

From machine building to plant visualisation, automation, networking, robotics and data processing, Mitsubishi Electric is showing how its business activities, products, solutions and e-F@ctory Alliance partners can help to achieve this at SPS 2019.

New business models that improve how we design, build, sell and operate industrial services and machines are being created by improved connectivity between OT and IT.

The first step in optimising OT/IT connectivity is processing and using the large amount of data made available by shop floor equipment, such as sensors and PLCs.

The new edge computing solutions from Mitsubishi Electric, the MELIPC series demonstrates both capabilities. It offers Edge computing functionality combined with OPC UA compatibility. 

Data can be pre-processed locally and aggregated to create valuable information locally and can seamlessly connect the shop floor with higher level IT systems such as MES and ERP platforms.

This capability enables machine builders to offer valuable services that can be adapted to suit many different IT environments and has already been demonstrated working with Oracle, SAP, IBM and Microsoft Azure. 

The technology can create competitive advantage by predicting maintenance requirements and identifying anomalies to improve productivity or simply improve the efficiency of existing equipment.

Another application utilising the advantages of OT/IT connectivity is a new web-based ‘software as a service’ (SaaS) predictive maintenance tool which is under development in conjunction with e-F@ctory Alliance partner Schaeffler. It is planned to be launched during 2020. It has been made possible by the e-F@ctory concept which is comprised of the e-F@ctory Alliance Network and the knowledge that the partner network provides, coupled with Mitsubishi Electric’s expertise and experience with industrial automation.

The improved control and visualisation of manufacturing processes is another example where OT/IT crossover is in demand. 

Mitsubishi Electric’s SCADA system, MAPS achieves this by collecting and aggregating production data for both shop floor use and IT management systems. The recent acquisition of ICONICS has extended the company’s portfolio in this area and will be able to provide more value by exploiting the data even further.

Classic OT benefits and smart manufacturing aspects

The OT equipment offered by Mitsubishi Electric that is generating valuable data includes the latest PLCs. 

For machine builders looking for increasingly compact control solutions, the MELSEC iQ-F PLC series offers fully integrated control from one small unit. 

At the opposite end of the scale the MELSEC iQ-R PLC series enables total control over a much larger machine, or a complete production line. Highly dynamic motion control for up to 264 axes of movement by the iQ-R is made possible using one single network, CC-Link IE TSN.

In addition to connectivity concepts for OT/IT and shop floor automation equipment, Mitsubishi Electric is also supporting humans with robotics that adapt safely to limited space on the shop floor. 

To enhance and extend human collaboration with robots Mitsubishi Electric has developed a new collaborative robot (cobot), the MELFA FR ‘Assista’ will be shown as a technology preview at SPS 2019. 

The cobot is designed to offer maximum safety for close cooperation with humans, combined with added durability. It also allows for ease of use and programming while maintaining very high positional repeatability.

Another robot application featured on the booth allows a standard industrial robot from Mitsubishi Electric to work around obstacles such as personnel to reach a position without collisions. This demonstration is being made possible by Realtime Robotics ‘motion planning’ software which will determine an optimised motion path for a standard robot arm in real-time.

Linking the portfolio of OT automation products such as robotics and PLCs with IT systems is essential and requires a suitable network technology. This is why all new relevant products from Mitsubishi Electric Factory Automation launched during 2020 will be compatible with the latest CC-Link IE TSN gigabit Ethernet. It offers time-sensitive networking which allows all connected OT equipment to be fully synchronised, maximising production speed and efficiency while also taking advantage of seamless data exchange with IT infrastructure.

All new products, solutions and technologies on show at SPS universally support digital transformation by providing improved connectivity between OT and IT systems.

Enhanced by e-F@ctory Alliance partner innovations, this creates a harmonised portfolio for the realisation of smart manufacturing.

Check Also

Wire thread inserts for high-strength threads in soft materials

Wire thread inserts for high-strength threads in soft materials

Specialist threaded fasteners often need help in forming the best attachment to soft core materials …

Software development kit for CC-Link IE TSN reduces development effort

The fieldbus stack from engineering services provider SILA for Modbus is currently actively used by …

Thermal cameras modified for elevated skin temperature screening

Thermal cameras modified for elevated skin temperature screening

FLIR Systems announces modified thermal cameras for fast and safe non-contact elevated skin temperature screening. …