Antisurge Control Application
Integrated antisurge control for compressors
Published by
Control-Care Systems B.V.
Antisurge Control Application
Published by
Control-Care Systems B.V.
Overview
Integrated compressor control requires less systems, reducing Total Cost of Ownership
Control-Care's Antisurge Control Application (ACA) protects multistage and parallel turbo compressors from surge, efficiently and reliably. Control-Care’s method of accurately defining the surge line allows you to set the control safety line for optimum surge protection, without unnecessary recycling or blow-off.
ACA is an embedded function block in Schneider Electric's process control system. Want to replace or upgrade your obsolete compressor control systems? Integrating them with process control system or DCS that functions with compressor antisurge controls, has multiple benefits as below.
Integrated compressor control requires less systems, reducing Total Cost of Ownership
Control-Care's Antisurge Control Application (ACA) protects multistage and parallel turbo compressors from surge, efficiently and reliably. Control-Care’s method of accurately defining the surge line allows you to set the control safety line for optimum surge protection, without unnecessary recycling or blow-off.
ACA is an embedded function block in Schneider Electric's process control system. Want to replace or upgrade your obsolete compressor control systems? Integrating them with process control system or DCS that functions with compressor antisurge controls, has multiple benefits as below.
Benefits
One integrated systemIntegrating all turbomachinery and related instrumentation in one system allows you to view the same information from every control screen around the plant. Training and knowledge can just focus on one system.
Better life cycle managementUpgrade requirements are driven by the main process control system and follow a consistent path driven by Schneider Electric's life cycle policy, rather than any other sub-systems. This improves your obsolescence management and life cycle management.
Lower Total Cost of Ownership (TCO)The support required is available through the existing Schneider Electric support channels. There is no need for third party system support that is costly in general.
Independence of OEMACA is turbomachinery manufacturer (OEM) independent. You can use the same antisurge control solution for each process compressor in your plant, or even in your global organisation.
Single hardware platformOne single hardware platform provides smaller footprint (e.g. off-shore space limits).
Single time stampAlarming and sequence of events are supported by a common time stamp.
One integrated systemIntegrating all turbomachinery and related instrumentation in one system allows you to view the same information from every control screen around the plant. Training and knowledge can just focus on one system.
Better life cycle managementUpgrade requirements are driven by the main process control system and follow a consistent path driven by Schneider Electric's life cycle policy, rather than any other sub-systems. This improves your obsolescence management and life cycle management.
Lower Total Cost of Ownership (TCO)The support required is available through the existing Schneider Electric support channels. There is no need for third party system support that is costly in general.
Independence of OEMACA is turbomachinery manufacturer (OEM) independent. You can use the same antisurge control solution for each process compressor in your plant, or even in your global organisation.
Single hardware platformOne single hardware platform provides smaller footprint (e.g. off-shore space limits).
Single time stampAlarming and sequence of events are supported by a common time stamp.
Product Attributes
Solutions for
Schneider Electric Certification
Domain
Solutions for
Schneider Electric Certification
Domain
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