Description
Technical Parameters
Product Introduction
The 70BV05A-E module operates with 70PR07a and controls I/O based on stored user programs (AWL), communications with the P13 local bus. The 70PR07 mounts into a local bus sub rack and receives communications and power from the local bus back plane.
Technical Specifications
|
Manufacture |
ABB |
|
Model |
70BV05A-E |
| Part Number | HESG447245R1 |
|
Description |
Bus traffic director |
|
Origin |
Germany/SWITZERLAND |
|
Dimension |
30*21*4cm |
|
Weight |
0.32kg |
ABB Procontrol P13
ABB control systems provide unique solutions for all customer requirements, including the need for "hands-on" operational capability. This case study demonstrates how easily the Procontrol P13 control system can be augmented with the latest HMI and IT technologies.
The Rumford Paper Company owns a paper mill in Maine,USA, which can produce 100 percent of its energy (process steam and electricity) using multiple boilers and a 120 MVA steam turbine generator controlled by ABB's Procontrol P13 distributed control system (DCS). The control application is based on ABB's Turboturn control solution for industrial steam turbines, consisting of 3 local buses with four processing modules. The P13 DCS has worked reliably since the day it was installed, but even the most durable systems need maintenance from time to time. In addition, upgrading the old HMI system with a third party solution a few years back did not produce the expected benefits, so the customer asked ABB about maintenance possibilities for the entire system.
To ensure safe, reliable operation now and well into the future, 
ABB proposed a full scope of P13 on-site upgrade and maintenance services over the course of two years, which commenced in 2012. First, the existing engineering tools were upgraded to Progress 3, ABB's latest Windows-based engineering and diagnostic solution. Progress 3 is a programming, documentation and service tool specifically designed to upgrade or replace older generation Procontrol engineering tools,enhancing the ability of plant operators to completely maintain the plant control system with all options in fault-finding, trip analysis and even preventive maintenance. In addition, critical
electronic components like wet capacitors and fuses were refurbished in all operating modules and spares in stock to prevent premature card failures, and avoid plant unavailability.
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