MVI56-PDPS

MVI56-PDPS

MVI56-PDPSABB DCF803-0050
EMERSON DCM3D3006A2
ABB DCP10
DEIF DCP2-2420
DEIF DCP2-2420
Honeywell DCS 51304337-150/MC-TAIH12
ABB DCS-CP-P
ABB DCS401.0740
ABB DDC779BE02
ABB DDC779CE102 3BHE027859R0102
METSO DDC8330-D201832L
Leuze DDLS-508-120.3-L
ABB DDO01
ABB DDO02

MVI56-PDPS

MVI56-PDPS Industrial Protocol Conversion Module
Product Description
The MVI56-PDPS is a high-performance protocol conversion module designed to facilitate seamless data exchange between Rockwell Automation ControlLogix PLCs and devices using Profibus DP protocol. It serves as a critical communication bridge in industrial automation systems, enabling integration of Profibus-based field devices (such as sensors, actuators, and drives) into ControlLogix-controlled environments. This module is widely applied in industries including automotive manufacturing, chemical processing, and material handling, where multi-protocol interoperability is essential for efficient operation.
In an automotive assembly line, the MVI56-PDPS module connects Profibus DP-enabled robotic welders, conveyor drives, and vision inspection systems to the ControlLogix PLC. It converts Profibus DP data (such as weld current, conveyor speed, and part detection signals) into ControlLogix-compatible data formats, ensuring real-time transmission with a latency of less than 5ms. This integration allows the PLC to synchronize the operation of all devices, reducing cycle time per vehicle by 3% compared to non-integrated systems.
MVI56-PDPS
In a chemical processing plant, it enables communication between Profibus-based pressure transmitters, flow meters, and valve positioners and the ControlLogix DCS. The module processes and translates 4-20mA analog signals (converted to Profibus DP by field devices) into digital data for the PLC, which uses this information to adjust process parameters. For example, when a flow meter detects a 5% deviation from the set flow rate, the module transmits this data to the PLC within 10ms, triggering a valve adjustment that corrects the flow within 200ms, maintaining process stability.
Scroll to Top