Sushi Sensor

Kyowa Hakko Bio monitors vibration trends with Yokogawa's Sushi Sensors to prevent unexpected equipment failures.
By using eServ, sensor data and maintenance information are shared with everyone involved in manufacturing.

Maintaining the reliable performance of a furnace fan allows operators to avoid wasting large batches, which sometimes require days of heat-treat processing.

Vertical farming is an emerging solution to the existing challenges of rising food demands, dwindling arable land, and climate instability. Yet, with innovation comes complexity. Discover how Yokogawa, in collaboration with a leading vertical farming end-user, addresses obstacles that threaten product yield and profitability.

Significantly reduce downtime, improve heat exchanger efficiency, and reduce steam wastage with Yokogawa’s Wireless Steam Trap Sensors.

Remote monitoring of supply pump conditions in the agitation process reduces operator rounds and contributes to stabilization of the product quality.

Automated wireless temperature monitoring at cement plants, lime kilns, and asphalt plants prevents expensive chute clogging issues.

Prevent costly downtime and process equipment failures with real-time pressure monitoring. Yokogawa’s Sushi Sensor is the optimal choice for industries depending on bottled gas in essential procedures.

Automated wireless vibration monitoring improves safety and exposes rotating equipment (rollers, driers, etc.) conditions in polyester textile production lines.

Automated wireless pressure monitoring at a polyolefin facility producing high-density polyethylene and polypropylene prevents costly catalyst contamination and production losses.

Yokogawa’s Sushi temperature sensor is a cost-effective, reliable, long-range wireless communication for monitoring and recording to boost reliability, and also able to configure the network with redundant gateways for chemical manufacturers.

This eBook explains why implementing IIoT based digital operator monitoring solutions for autonomous anomaly detection enhances operations.

Wireless sensors and the network can reduce expenses

Optimizing automated equipment condition monitoring calls for a different wireless protocol than that used with process instruments.

The measurement, collection and utilization of equipment data by the Industrial IoT (IIoT) wireless solution “Sushi Sensor” contributes to efficient equipment maintenance and open a new road to a Smart Factory.

In plants, the failure of a steam trap not only diminishes the thermal efficiency of steam, but also poses a risk of damage and accidents in the steam system.

The industrial IoT wireless solution Sushi Sensor visualizes the condition of steam traps and supports secure management.

In plants, the potential for significant steam loss exists due to the failure of steam traps.
The industrial IoT wireless solution, Sushi Sensor, supports energy monitoring by visualizing the condition of steam traps.

Every steam trap failure isn’t just a maintenance issue—it’s an efficiency and sustainability challenge. Unnoticed steam losses lead to wasted fuel, higher CO₂ emissions, and increased costs. What if you could catch issues before they escalate?

Join us for an exclusive look at the XS822 Steam Trap Sensor, a breakthrough in wireless monitoring technology. Learn how this solution empowers your steam system to:

• Reduce energy waste and operational losses while advancing sustainability goals.
• Monitor steam traps effortlessly across your plant with LoRaWAN^® technology.
• Minimize downtime, save costs, and extend equipment life

Take the first step in turning steam waste into measurable savings!