Showing posts with label DeviceNet. Show all posts
Showing posts with label DeviceNet. Show all posts

Tuesday, October 26, 2010

Genentech ECP-1 Award Winner

We’ve all heard the expression – “Good things come to those who wait” and I guess executing some project work during the winter of 2007/2008 and seeing the positive results almost 3 years later would aptly qualify. Genentech’s ECP-1 facility in Tuas, Singapore recently received the Facility of the Year Award in Project Execution, sponsored by ISPE, INTERPHEX, and Pharmaceutical Processing Magazine.

RE Mason had an important role during the modular unit construction phase of this award-winning project at Jacobs’ facility near Charleston, SC.  DeltaV and multiple bus technologies were extensively deployed throughout the modules. Larry Wolfe and Carl Price headed up a team from REM who spent many weeks back in 2008 checking out and documenting the Foundation Fieldbus and DeviceNet segments.

These modules were huge – 60 ft long, 25 ft wide, and over 18 ft tall with a shipping weight of over 170,000 lbs. There were anywhere from 3 to 6 bus segments in each of over 20 of these “double-wides on steroids”.

The pre-commissioning and validation activities executed in Charleston greatly reduced the time required when these enormous modular units were finally put together in Singapore. Read the full story of this award winning facility here.


Monday, September 21, 2009

Numatics/DeltaV Integration

Back in May, I wrote about the interest we got during our annual user group get together for the Numatics smart manifold/remote IO product. We finally got a unit into our proof of concept area and have been putting it through its paces.


We have it connected up on one of our DeviceNet segments and have one of the solenoids connected up to a Crane Saunders diagram valve with a conventional switchpack. We used our standard valve module template in DeltaV, but instead of the output going directly to the solenoid, it goes to a register input within the Numatics.

We then constructed some logic, using function blocks available in the Numatics, to provide local interlocking based on another discrete input (a make-believe tank high level switch). One more switch allows us to turn the Numatics logic on and off, so comparisons between it and DeltaV can be demonstrated.




This puppy if FAST. I’m in the process of putting together a video I hope to upload to the Process Automation Usability Project website sometime after Emerson Exchange. We also constructed a valve sequence within DeltaV and ran it as fast as we could, simulating the valves around the bowl of a centrifuge. We then put the same logic in the Numatics and using another register, triggered the sequence from DeltaV. We actually had to slow the sequence in the Numatics down just so we could see it!