
HART multi-drop module
HART multi-drop
HART multi-drop
HART Multi-drop Connectivity
• Multi-drop eld network
• Read/Write Data
• 4 Channels/Module
• 15 Transmitters/Channel
Example Application: User requires connectivity solutions
for smart eld instrumentation supporting HART multi-drop
networks allowing access to temperature, pressure, and multi-
variable units.
Solution: MVI56-HART for ControlLogix
MVI46-HART for SLC 500
MVI69-HART for CompactLogix
MVI71-HART for PLC 5
Honeywell DE Connectivity
• Direct Connection to HW DE Transmitters
• Single and Multi-variable Support
• Supports up to 16 Channels
Example Application: User requires connectivity solutions
for smart eld instrumentation supporting Honeywell DE
networks allowing access to temperature, pressure, and
multi-variable units.
Solution: MVI56-DEM for ControlLogix
Honeywell DE module
FTA
TemperaturePressureDifferentialPressure
Values computed by module
TEMP
0
PRESSURE
0
DPV
0
FLOW RAT E
0
TODAY VOL
0
ENERGY
0
YESTERDAY VOL
0
Data gathered by
analog input cards
In-Rack Flow Computer
• Seamless data exchange between processor and AFC module with backplane
compatibility
• Detailed characterization
method for AGA 8 pressure/
temperature compensation
• User-friendly Windows-based
system conguration
• Data archiving and event
logging
• Field programmable
Example Application: User requires
liquid and gas ow measurement
solution with calculations based on
AGA 3,7,8, and API 2540 standard
measurements.
Solution: MVI56-AFC for ControlLogix™ 16 Meter Runs
MVI46-AFC for SLC™ 500 8 Meter Runs
MVI69-AFC for CompactLogix™ 8 Meter Runs
MVI71-AFC for PLC 5™ 8 Meter Runs
Flow & Field Application Solutions
14
Application Story
Flow Management for
Camisea Pipeline
Facing one of the greatest pipeline challenges
in Peruvian history, ISI-Solutions, the
system integrators for the project, knew the
application needed to rely on a cost-effective
automation solution that combined the power
of control and ow computers to integrate,
operate and maintain pipeline control.
Camisea needed an internationally recognized
name brand solution with local distribution.
“We recommended the use of a Rockwell
Automation platform early on as we wanted
to add a highly functional backplane and
ow computer,” said System Integrator
Fernando Dorgan. “The challenges were
signicant. Camisea’s pipelines needed
ow management control with a solution
that could t the Allen-Bradley backplane.
What really made the Rockwell Automation
platform functional for Camisea was ProSoft
Technology’s involvement in solving
Camisea’s ow computer needs with their in-
rack AFC Module.”
The pipeline SCADA system has two control
centers, the primary control center will be
the Lurín Main Control Center (MCC) at
Lima City Gate (Lurín), and the secondary
will be the Ayacucho Contingency Control
Center (CCC), located in the surroundings
of Ayacucho city. The latter will be used in
case of a major problem at the MCC location,
or interruption of communications to the
MCC. Local Control Systems will control both
Camisea pipelines and bring information to the
SCADA Host system at the control centers to
supervise those pipelines and their associated
facilities: receiving, pumping, scraping, and
block valves stations.
Since both pipelines run parallel and close to
each other for 550 km, in many instances they
will share a common local control system
(i.e., a common RTU or PLC).
Local Control Systems will be implemented
with ControlLogix™ and CompactLogix™
family of programmable controllers from
Rockwell Automation.
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