While at Emerson Exchange, I learned a little bit about Rosemount's Annubar flow measurement offerings.
Here is a series of short video clips given by Emily Vinella, product marketing for Rosemount discussing some of the features of Rosemount's Annubar line of flow measurements
Rosemount 3051-SFA Annubar
Rosemount 3051-SFC/A Compact Annubar
Rosemount 585 Severe Service Annubar
Rosemount 585 Main Steam Line Annubar
Did you know Rosemount produces a great device for multipoint temperature monitoring?
It's the 848T and it supports upto 8 inputs via Foundation Fieldbus or 4 inputs over WirelessHART. This device is great for monitoring many temperatures, like for Sterilize In Place (SIP)!
Not only can the 848T monitor temperature, but it can optionally monitor 4-20 mA signals as well. So if you have existing 4-20 signals that are out there that you would like to connect to via WirelessHart, and the THUM wouldn't work since the signals are not HART, then the 848T is the tool for you.
Here is a short Emerson Exchange video on the 848T.
848T Multipoint Temperature and Analog Monitoring via Fieldbus and WirelessHART
It's the 848T and it supports upto 8 inputs via Foundation Fieldbus or 4 inputs over WirelessHART. This device is great for monitoring many temperatures, like for Sterilize In Place (SIP)!
Not only can the 848T monitor temperature, but it can optionally monitor 4-20 mA signals as well. So if you have existing 4-20 signals that are out there that you would like to connect to via WirelessHart, and the THUM wouldn't work since the signals are not HART, then the 848T is the tool for you.
Here is a short Emerson Exchange video on the 848T.
848T Multipoint Temperature and Analog Monitoring via Fieldbus and WirelessHART
Micromotion, the leading maker of Coriolis based flow and density instruments http://www.micromotion.com has just announced that they are launching an Online Community where users of their products can get their questions answered and share their knowledge.
The online community can be found at http://www.micromotion.com/community . So if you are a user, please head on over and join up.
This is a continuation of my video posts from Emerson Exchange
The video can be viewed at:
Micromotion Launches Online Community
Wondering how big a Micromotion flow tube can get? check out this pic.
The online community can be found at http://www.micromotion.com/community . So if you are a user, please head on over and join up.
This is a continuation of my video posts from Emerson Exchange
The video can be viewed at:
Micromotion Launches Online Community
Wondering how big a Micromotion flow tube can get? check out this pic.
At Emerson Exchange, Al Lee from Emerson was kind enough to give me a short tour of the Mobile PlantWeb Solutions center that is at the trade show exhibits at the Exchange.
If you are at Exchange, stop by and talk to Al.
The mobile PlantWeb solutions center shows off all of the integrated PlantWeb technology including
If you are at Exchange, stop by and talk to Al.
The mobile PlantWeb solutions center shows off all of the integrated PlantWeb technology including
- DeltaV
- DeltaV SIS
- Foundation Fieldbus
- SmartWireless WirelessHart
- DeviceNet
- Profibus
- ASi Bus
Another in this series of short videos shot at Emerson Exchange 2009
This video gives you a quick overview of DeltaV's separate but Integrated Safety system, DeltaV SIS.
So if you were ever wondering what those yellow DeltaV cards are, watch the video
DeltaV SIS Hardware Review
This video gives you a quick overview of DeltaV's separate but Integrated Safety system, DeltaV SIS.
So if you were ever wondering what those yellow DeltaV cards are, watch the video
DeltaV SIS Hardware Review
Shot these short YouTube videos at Emerson Exchange
DeltaV Electronic Marshalling Video 1.
DeltaV Electronic Mashalling Video 2
The video shows some of the features of the new DeltaV I/O On Demand Electronic Marshalling
Electronic Marshalling is one of the great new features of DeltaV that was introduced to the public today at Emerson Exchange.
As I have posted earlier, Electronic Marshalling has some great benefits, including
DeltaV Electronic Marshalling Video 1.
DeltaV Electronic Mashalling Video 2
The video shows some of the features of the new DeltaV I/O On Demand Electronic Marshalling
Electronic Marshalling is one of the great new features of DeltaV that was introduced to the public today at Emerson Exchange.
As I have posted earlier, Electronic Marshalling has some great benefits, including
- Single Channel Granularity (you can add a single channel of any I/O type)
- Individual Channel isolation (a failure only impacts a single channel)
- Late Binding (you can add I/O when ever you want of any time and send it to any DeltaV controller)
Breaking News for my first Emerson Exchange Post
Emerson is live broadcasting a introduction to the new DeltaV S series for Version 11
Located at: http://www.emersonprocess.com/exchangelivenews
Here are some Key Messages Emerson is reviewing
Here are some shots
Emerson is live broadcasting a introduction to the new DeltaV S series for Version 11
Located at: http://www.emersonprocess.com/exchangelivenews
Here are some Key Messages Emerson is reviewing
- Design that is focused and driven by User Experience
- Updated Hardware with 100% Compatibility with Current M Series hardware. They can co-exist on the same network
- I/O On-Demand ... I/O When You Need it, Where You Need it ... Easy and Flexible
- Redundant Wireless I/O, Redundant Bus I/O and Redundant Electronic Marshalling
Here are some shots
OPC can be used to access a DeltaV phase parameters when the phase name is not known. The problem is that phases cannot be browsed via OPC clients. Phase parameters need to be identified in DeltaV Explorer and Control Studio and then typed into the OPC client. When coding against phase parameters, account for the fact that you will get a bad status on these parameters until the phase is loaded into memory and again when the phase is removed from memory.
The number of loaded phases can be determined using the NUMPHASES unit parameter.
[UNIT]/NUMPHASES.CV
Phase parameters can be accessed in two ways:
[UNIT]/[PHASE]/[PARAMETER].[FIELD]
[UNIT]/P??/[PARAMETER].[FIELD] where ?? is 1 thru 30
Thanks to John Seffernick of New England Controls for this Tip
The number of loaded phases can be determined using the NUMPHASES unit parameter.
[UNIT]/NUMPHASES.CV
Phase parameters can be accessed in two ways:
[UNIT]/[PHASE]/[PARAMETER].[FIELD]
[UNIT]/P??/[PARAMETER].[FIELD] where ?? is 1 thru 30
Thanks to John Seffernick of New England Controls for this Tip
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