Sensors & Transducers


Yokogawa to release compact new IIoT sensors outside Japan

March 2019 Sensors & Transducers

Yokogawa has announced that it will release the Sushi Sensor, an OpreX brand wireless solution, in markets other than Japan, starting with Europe (shipping in March 2019). Already available in Japan, the Sushi Sensor is a compact wireless device with integrated sensing and communication functions that is intended for use in the monitoring of plant equipment, vibration and surface temperature. Optimised for IIoT applications, the Sushi Sensor enables the online monitoring of equipment operating conditions, which helps to improve equipment maintenance and prevent failures by detecting signs of abnormalities at an early stage.

Development background

As manufacturers strive to improve productivity and the efficiency of their plant maintenance operations, they have a growing need for solutions that facilitate the collection of equipment data. This is driving demand for wireless sensors that are easier and cheaper to install than conventional wired devices.

To detect signs of equipment abnormalities at an early stage and prevent unexpected equipment failures, it is essential to frequently measure the vibration and surface temperature of plant equipment such as compressors, pumps, and motors, and to enable the monitoring of such data online. Although crucial equipment may already be continuously monitored by using wired sensors, this may be difficult with many other types of equipment due to the high initial cost and the challenges of wiring devices in difficult to access locations. Such equipment must be inspected during operator rounds or periodic inspections. Therefore, there is an increasing need for wireless vibration and temperature sensors that can be installed easily and at a low cost, to improve maintenance efficiency.

To meet this need, Yokogawa has developed the Sushi Sensor, a compact wireless device that measures vibration and temperature and uses LoRaWAN, a low-power wide-area (LPWA) wireless data communication protocol that is attracting considerable interest among developers for use in IIoT applications*1. Yokogawa released the Sushi Sensor in the Japan market in March 2018, and has already established a solid track record with this device. Yokogawa also offers field wireless systems that comply with the proven and highly reliable ISA100 Wireless*2 standard and help to ensure stable and safe plant operations. The European release of the Sushi Sensor is set for 2019, with other regions following after that, giving our customers in these markets a greater range of optimum solutions to choose from.

Features

Easy installation and setup

The compact wireless sensor complies with the LoRaWAN communication standard for long-distance communications, and thus needs no repeaters. It is also battery-powered, eliminating the need for an external power supply. Being compact and lightweight, this sensor can easily be mounted on all kinds of plant equipment. In addition, the sensor supports near-field radio communication, which allows sensor setting and sensor condition monitoring from a smartphone via a dedicated app.

Excellent environmental resistance

Although vibration and temperature sensors for IIoT applications are commercially available, most of them were designed for indoor use. Yokogawa’s compact wireless Sushi Sensor is environmentally robust and is well suited for installation in harsh plant locations.

Monitoring via on premise or the cloud server

Data collected by the Sushi Sensor can be monitored either from an on premise server or a cloud-based server via a LoRaWAN gateway. From the on premise server, or any device in a remote location that can access the cloud server, operators and maintenance staff can monitor the vibration and surface temperature of equipment throughout a plant.

For the monitoring of equipment operating conditions, the compact wireless sensor with integrated sensing and communication functions collects vibration and surface temperature data and transmits this via a LoRaWAN gateway.

Applications

The sensors are designed to measure the vibration and temperature of plant equipment such as compressors, pumps, motors, fans and conveyors in the oil and gas, chemicals, electrical power, pulp and paper, pharmaceuticals, food and water industries.

For more information contact Yuvisti Ramgulam, Yokogawa South Africa, +27 11 831 6300, [email protected], www.yokogawa.com/za



Credit(s)



Share this article:
Share via emailShare via LinkedInPrint this page

Further reading:

Inductive IO-Link sensors
Turck Banner Southern Africa Sensors & Transducers
Turck Banner is expanding its sensor range, with inductive measuring sensors with IO-Link and an analogue output for flush and non-flush mounting.

Read more...
Value of PDS grows with data and sensing technology
Sensors & Transducers
Rapidly developing technology is constantly being harnessed by proximity detection systems (PDS) to deliver steadily improved functionality to customers. Booyco Electronics sees improved PDS solutions being developed, such as the combination of multiple different sensing technologies into a single fully integrated solution.

Read more...
Pulp fiction or pulp precision?
VEGA Controls SA Sensors & Transducers
The density of fruit concentrate has a direct impact on the flavour, texture and overall quality of the final product. The VEGA Minitrac 31, VEGASOURCE 31, and the KV 31 mounting bracket present a failproof solution that effectively addresses the technical complexities associated with high temperature, viscosity and fouling.

Read more...
Telco sensors in the pulp and paper industry
Gail Norton Instrumentation Sensors & Transducers
The pulp and paper industry poses a major problem for most photoelectric sensors. The high level of contamination in these dusty, dirty and grimy environments makes it impossible for most competing sensors to operate and sense reliably and efficiently.

Read more...
Vibration monitoring with IO-Link
ifm - South Africa Sensors & Transducers
Machine vibrations are important indicators when it comes to assessing the current condition of a machine. fm’s new and smart IO-Link vibration sensor helps to implement a simple and scalable condition monitoring approach using only a single device.

Read more...
Duct and plant room air quality (PRAQ) sensors
Schneider Electric South Africa Sensors & Transducers
Schneider Electric South Africa offers a comprehensive range of SpaceLogic duct and plant room air quality sensors. These cutting-edge sensors are designed to enhance building air quality and energy efficiency by combining multiple sensing capabilities into a single unit.

Read more...
The sensory reaction of the BMS
Schneider Electric South Africa Sensors & Transducers
Today’s building management systems cannot function properly without sensors. Like our senses, they are an integral part of operations that run silently in the background, almost taken for granted.

Read more...
Leaders in sensor technology
Gail Norton Instrumentation Sensors & Transducers
Photoelectric eyes have always needed perfect working conditions, but in the workplace there is no such thing. Steam, water, light and dirt interfere with most photoelectric eyes, but never with a Telco sensor.

Read more...
A new era in top-notch measurement technology
Senseca Sensors & Transducers
In the ever-evolving world of sensor technology, a new name has emerged that brings a legacy of excellence, innovation and reliability - Senseca. This newly unified brand represents the merger of five industry-leading companies. All have a reputation for delivering top-tier sensor solutions, and have made significant contributions and set high standards in their respective industries.

Read more...
Playing autoclave roulette
VEGA Controls SA Sensors & Transducers
Autoclaves ensure the sterility of medical and pharmaceutical products before reaching healthcare providers and their patients. To effectively manage these demanding conditions, VEGA provides reliable solutions, specifically the VEGAFLEX 81 and VEGABAR 83 sensors, which are designed to meet the stringent requirements of autoclave operations.

Read more...