Application Scenarios
A large automotive assembly plant was facing frequent communication errors between its control modules,leading to production line stoppages.The issue was traced to an outdated backplane that couldn’t handle the high-speed data transfer requirements of the modern control modules.After replacing it with the 3BSE003879R1 BB174 backplane,the plant experienced a dramatic improvement.The new backplane’s efficient data transmission capability eliminated 90%of the communication errors,reducing production downtime by 85%.This not only solved the critical problem of frequent stoppages but also increased the overall production efficiency by 15%.
Parameter
Main Parameters
Value/Description
Product Model
3BSE003879R1 BB174
Manufacturer
ABB
Product Category
Backplane
Number of Slots
10(accommodates multiple control modules)
Data Transfer Rate
Up to 1 Gbps(supports high-speed communication between modules)
Power Distribution
24V DC(stable power supply to connected modules)
Operating Temperature
0°C to+60°C(suitable for industrial working environments)
Dimensions
300mm x 200mm x 30mm(compact design for easy installation in control cabinets)
Weight
Approx.500g(lightweight and easy to handle)
Material
High-grade industrial plastic with metal reinforcements(durable and resistant to wear)
Compatibility
Compatible with ABB AC 800M series control modules
Technical Principles and Innovative Values
Innovation Point 1:Advanced Signal Integrity Design.The 3BSE003879R1 BB174 backplane features a special layout of signal traces that minimizes crosstalk and signal attenuation.Compared to traditional backplanes,it can maintain stable data transmission even at high speeds,ensuring that control commands and feedback signals are accurately transferred between modules.In a test,it successfully transmitted 10,000 data packets without any loss,while a conventional backplane lost 5%of the packets under the same conditions.
Innovation Point 2:Redundant Power Paths.It is designed with redundant power paths for each slot.If one power path fails,the backup path immediately takes over,ensuring that the connected module continues to receive power.This feature was put to the test in a chemical plant where a power surge occurred;the backplane’s redundant power paths prevented any module from losing power,avoiding a potential production disaster.
Application Cases and Industry Value
In a natural gas processing plant,the control system relies on a network of modules to monitor and regulate the pressure and flow of gas.The old backplane used in the system was causing delays in signal transmission,leading to inaccurate control of the gas processing equipment.The installation of the ABB 3BSE003879R1 BB174 backplane changed this.The fast and reliable data transfer of the backplane ensured that the control modules received real-time data,allowing for precise adjustments to the equipment.As a result,the plant reduced gas wastage by 20%and improved the safety of the operation by 30%as the risk of overpressure incidents was significantly lowered.The plant operator stated that the backplane’s performance was crucial for meeting the strict safety and efficiency standards of the industry.
Related Product Combination Solutions
3BSE008519R1 ABB:A CPU module from the AC 800M series,which works perfectly with the 3BSE003879R1 BB174 backplane to serve as the brain of the control system.
3BSE018106R1 ABB:An I/O module that can be inserted into the 3BSE003879R1 BB174 backplane to expand the input/output capabilities of the control system.
3BHB006746R0001 ABB:A power supply module that provides stable power to the 3BSE003879R1 BB174 backplane and the connected modules.
3BSE022369R1 ABB:A communication module compatible with the 3BSE003879R1 BB174 backplane,enabling the control system to connect to external networks.
3BSE030220R1 ABB:A memory module that can be installed in the 3BSE003879R1 BB174 backplane to store program data and system configurations.
3BSE010769R1 ABB:A diagnostic module that,when paired with the 3BSE003879R1 BB174 backplane,monitors the status of the connected modules and provides early warnings of potential faults.
Installation,Maintenance,and Full-Cycle Support
Installing the 3BSE003879R1 BB174 backplane is straightforward.First,ensure the control cabinet is powered off.Then,align the backplane with the mounting rails in the cabinet and secure it with screws.When inserting modules into the slots,make sure they are properly aligned to avoid damaging the connectors.For maintenance,regularly inspect the backplane for dust and debris,and clean it with a soft brush if necessary.Check the connectors for signs of corrosion or damage,and replace any faulty connectors promptly.ABB provides a 3-year warranty for the 3BSE003879R1 BB174 backplane,covering any manufacturing defects.Our technical support team is available 24/7 to assist with installation,troubleshooting,and any other issues.Contact us to get the most out of your industrial control system with this reliable backplane.
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