Fieldbus & Industrial Networking


Yokogawa introduces multi-protocol wireless adaptor

October 2014 Fieldbus & Industrial Networking

Yokogawa Electric Corporation has announced a multi-protocol wireless adaptor that enables wired field instruments or analytical sensors to be used as ISA100 Wireless devices, and that support communications based on the HART and RS-485 Modbus standards. To facilitate the introduction of field wireless systems in plants, Yokogawa plans to release additional models that will cover other standards.

Development background

Field wireless systems enable the field devices and the host-level monitoring, control, and other systems in a plant to communicate wirelessly with each other. They have numerous advantages such as allowing the placement of field instruments or analytical sensors in difficult to wire locations, eliminating the need for cables to connect devices and costing less to install. In accordance with its Wireless Anywhere concept, Yokogawa is seeking to promote the plant-wide use of field wireless systems by developing ISA100 Wireless devices such as this multi-protocol wireless adaptor.

Product features

When the multi-protocol wireless adaptor is mounted on a wired field instrument or analytical sensor, the instrument or sensor is able to function as an ISA100 Wireless device. It may be used with any type of wired field instrument or analytical sensor commonly used in plants, including those used to monitor temperature, pressure, liquid level, or vibration, or to detect gas and is compatible with both Yokogawa devices and devices from other vendors. By giving customers a greater range of field instruments and analytical sensors to choose from, Yokogawa expects that this multi-protocol wireless adaptor will greatly facilitate the introduction of field wireless systems.

Support of multiple standards

The first two models are intended for wired HART and RS-485 Modbus communications, both of which are widely used in plants. Yokogawa plans to release models that are compliant with other wired field communications standards such as Foundation fieldbus and Profibus.

Battery power source for field instruments and analytical sensors

The battery in the multi-protocol wireless adaptor can also power the field instrument or analytical sensor, eliminating the need for wiring. As with other Yokogawa field wireless devices, the multi-protocol wireless adaptor uses a large-capacity lithium-ion battery, which is able to power both the multi-protocol wireless adaptor and the field instrument or analytical sensor for a long time. An indicator on the host system shows the estimated remaining days of battery life.

An all-weather model type that has waterproof and dustproof performance and an explosion-protection type that can be used in the presence of inflammable gases are scheduled to be released.

Applications are found in industries such as oil & gas, LNG, refining, petrochemicals, chemicals, power, pulp & paper, pharmaceuticals, foods and steel where it enables wired field instruments and analytical sensors to function as ISA100 Wireless devices.

Yokogawa’s approach to field wireless communications

Yokogawa released the first ISA100 Wireless system devices and wireless pressure and temperature transmitters in July 2010. In addition to enabling sophisticated control techniques in continuous processes, this gave customers a wider range of devices to choose from. In July 2012, Yokogawa released a reliable, large-scale field wireless system for use in plants and is now expanding the range of suitable monitoring and control applications for wireless technologies and devices.

In addition to being highly reliable, suited for a wide range of applications, and expandable, ISA100.11a is compatible with wired communications standards such as Foundation fieldbus, HART, and Profibus. The International Electrotechnical Commission (IEC) is currently considering the adoption of the IEC62734 standard, which is based on ISA100.11a.

ISA100 Wireless is a technology based on the ISA100.11a standard. It includes ISA100.11a-2011 communications, an application layer with process control industry standard objects, device descriptions and capabilities, a gateway interface, infrared provisioning and a backbone router.

In line with the Wireless Anywhere concept, Yokogawa will continue to expand its lineup of ISA100 Wireless solutions and promote the use of field wireless technologies.

For more information contact Johan van der Westhuizen, Yokogawa South Africa, +27 (0)11 831 6300, [email protected], www.yokogawa.com/za



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

EtherCAT interoperability removes industrial networking barriers
Fieldbus & Industrial Networking
Selecting the right communication technology is one of the most important decisions engineers make, and interoperability helps with that decision. Key development tools and standards ensure interoperability among many EtherCAT devices and manufacturers.

Read more...
Condition monitoring to go
Turck Banner Southern Africa Fieldbus & Industrial Networking
Anyone who wants to efficiently monitor the climate in control cabinets will find a comprehensive range of control cabinet monitors for the DIN rail in Turck Banner’s cabinet condition monitoring family.

Read more...
Innovative separation of recyclable materials
Beckhoff Automation Fieldbus & Industrial Networking
A plant built by Belgian specialist machine builder, Absolem Engineering features an innovative process for separating recyclable materials. Using PC-based control from Beckhoff, a major problem has been elegantly solved - the generation of different signal sequences for the exact synchronisation of different camera systems.

Read more...
Enhancing AI-powered object detection and recognition capabilities
Vepac Electronics Fieldbus & Industrial Networking
Innodisk has announced its cooperation with Advantech, a global leader in AIoT and edge computing. This collaboration leverages Innodisk’s customisable MIPI camera modules and Advantech’s Intel x86-based AFE-R360 solution to enhance AI-powered object detection and recognition capabilities, expanding visual applications for autonomous mobile robots in smart factories and warehouses.

Read more...
Rugged, agile and scalable boards
Vepac Electronics Fieldbus & Industrial Networking
Embedded computing pioneer, AAEON has launched the PICO-ASL4 and GENE-ASL6, both featuring the new Intel Atom x7000RE Processor Series for the edge.

Read more...
Rugged gateway board with open-source flexibility
Vepac Electronics Fieldbus & Industrial Networking
The SRG-CM4 from Vepac brings all the open-source flexibility of the Raspberry Pi OS and ecosystem to AAEON’s signature rugged, durable gateway design to create a truly industry-ready modular system.

Read more...
New safety I/O modules for functional safety in highly automated operations
Fieldbus & Industrial Networking
Belden has expanded the Lumberg Automation LioN family with its new LioN-Safety I/O Modules. Designed to support functional safety efforts in industrial operations, the modules streamline the transmission of data over existing networks.

Read more...
IO-Link master for the automation and IT world
ifm - South Africa Fieldbus & Industrial Networking
The decentralised IO-Link master modules from ifm serve as a gateway between intelligent IO-Link sensors and the fieldbus. Important information on the intelligent sensors can also be simultaneously sent.

Read more...
Condition monitoring with IO-Link rotary encoders
Pepperl+Fuchs Fieldbus & Industrial Networking
Whether in the materials handling industry, in packaging machines or in wind turbines, sensors with an IO-Link interface are increasingly being used to pave the way to Industry 4.0. Pepperl+Fuchs was one of the first manufacturers to launch an absolute rotary encoder with IO-Link interface, that was available in numerous variants and with a wide range of setting parameters.

Read more...
Efficiently consolidate analogue signals and reduce wiring
Turck Banner Southern Africa Fieldbus & Industrial Networking
Control engineers can bring analogue signals into a control system more efficiently with the new R95C 8-port analogue input to modbus hub.

Read more...