Reduce total install cost
Electronic Marshalling with Distributed CHARMs
Drastically reduce overall installation costs and eliminate the need for extensive loop drawings.
Drastically reduce overall installation costs and eliminate the need for extensive loop drawings.
We introduced the game-changing technology in DeltaV™ Version 11, now we are enabling you to install small enclosures with up to 12 CHARMs closer to the field devices dramatically reducing wiring and overall installation costs. We also simplified the deployment of Electronic Marshalling and Wireless field devices in existing installations by allowing CHARMs and Wireless devices to be assigned to our M-series controllers.
Traditional I/O | CHARMs in the field | CHARMs with Distributed I/O | Savings of | |
Manhours | 58,600 | 43,549 | 39,200 | 32% |
Total Cost | $10.4M | $7.1M | $4.1M | 60% |
Project teams & EPCs often incur costly and time-consuming late changes. Rune Reppenhagen, explains how Electronic Marshalling uses CHARMs to improve project flexibility & eliminate design & implementation complexity in this #EE365 video.
Learn more and ask questions in the Emerson Exchange 365 Community’s DeltaV forum: http://emr.sn/nX0S
We introduced the game-changing technology in DeltaV™ Version 11, now we are enabling you to install small enclosures with up to 12 CHARMs closer to the field devices dramatically reducing wiring and overall installation costs. We also simplified the deployment of Electronic Marshalling and Wireless field devices in existing installations by allowing CHARMs and Wireless devices to be assigned to our M-series controllers.
This video show DeltaV with Electronic Marshalling and how it now also includes solenoid valve integration natively into the CHARM I/O Card. This makes it easier to integrate solenoid valves into DeltaV without the need for design of another communication protocols or the need for mapping of data between solenoid valves and DeltaV. This is a unique Emerson solution with DeltaV and ASCO Numatics.
Project teams & EPCs often incur costly and time-consuming late changes. Rune Reppenhagen, explains how Electronic Marshalling uses CHARMs to improve project flexibility & eliminate design & implementation complexity in this #EE365 video.
Learn more and ask questions in the Emerson Exchange 365 Community’s DeltaV forum: http://emr.sn/nX0S
We introduced the game-changing technology in DeltaV™ Version 11, now we are enabling you to install small enclosures with up to 12 CHARMs closer to the field devices dramatically reducing wiring and overall installation costs. We also simplified the deployment of Electronic Marshalling and Wireless field devices in existing installations by allowing CHARMs and Wireless devices to be assigned to our M-series controllers.
This video show DeltaV with Electronic Marshalling and how it now also includes solenoid valve integration natively into the CHARM I/O Card. This makes it easier to integrate solenoid valves into DeltaV without the need for design of another communication protocols or the need for mapping of data between solenoid valves and DeltaV. This is a unique Emerson solution with DeltaV and ASCO Numatics.
Install CHARMs even closer to field devices and eliminate costly engineering and installation efforts.
Reduce total install cost
Improve flexibility in combining I/O types
Support for Smart Commissioning
Works with both DeltaV™ and DeltaV SIS
Reduce number of CHARM I/O Cards and CHARMs Smart Logic Solvers
Improve utilization through expansions
