コントロールソリューション事業部は、何十年にもわたってタービンと分散制御システムを進化させ、初めて機械式のフライボールガバナーを開発しました。機械式は、油圧に、その後アナログ電子式に変化し、高度な制御と保護機能を備えたデジタルに変貌しました。
当社のタービン制御システムは、お客様のコストを削減しながら機械の信頼性と生産性を向上させることができます。また、当社の集中型と分散型のオプションは、SILが承認した保護を提供して機能的安全性の要件すべてを満たします。
当社のタービン関連製品には、次のような製品とサービスが含まれています。
- Mark VIeコントロール・プラットフォーム - 大型で最も複雑なタービンにも対応する、当社の最上級集中型ラックベースシステム
- Nexusコントロール・システム - 単純な中小規模のタービン向けの柔軟な分散型システム
- 計装およびコントロールの機械的補助システム
Nexus Controls’ distributed control system is designed to be the ideal central hub for your daily operations. We offer multiple communication links to facilitate easy integration with your existing equipment. Our distributed control system is also scalable from low device count applications up to fully integrated plant-wide systems with more than 25,000 devices.
Nexus Controls’ global team of domain experts have successfully completed over 11,000 greenfield and brownfield projects around the world, including extensive Distributed Control System applications across a wide range of industries. The Nexus Controls global engineering and manufacturing network provides customers with dependable local support to ensure that your Distributed Control System starts up the first time while meeting your schedule.
When a plant fails to operate correctly, Nexus OnCore† Control System is there to help plant operators improve their decision-making speed and accuracy.
The unified software environment quickly and accurately changes the application system logic that controls plant operations in real-time, online.
This capability found with Nexus OnCore Control System optimizes up-time without the need to rely on the manufacturer.

Nexus OnCore systems increase equipment availability, reliability, and maintainability for rotating machines by offering a portfolio that includes critical cybersecurity features and a diagnostic approach to the OEM system vendor.
The Nexus OnCore Safety System is an electronic safety-related system defined by IEC 61508 (2010), with a system capability of SC 3 and a safety integration level of SIL 3 by 2oo3 architectural design.
It can be applied to those applications which require no higher than SIL 3 under low-demand operation mode.
