BB510 3BSE001693R2 Advantages
ABB BB510 3BSE001693R2 Bus Backplane provides core rack connection solution for ABB Advant OCS distributed control system. Optimized internal wiring layout reduces signal crosstalk and guarantees high reliable bus communication among modules. Gold-plated slot terminals effectively resist oxidation and guarantee long-term stable contact. Standard rack installation design matches Advant OCS cabinet perfectly and facilitates equipment assembly and maintenance. Reasonable power distribution design ensures balanced power supply for each plug-in unit. All ABB BB510 3BSE001693R2 backplanes are manufactured in accordance with Swiss ABB standards and pass strict factory tests with excellent interchangeability. The wide operating temperature range supports 24-hour continuous operation in various industrial scenarios.
BB510 3BSE001693R2 Applications
ABB BB510 3BSE001693R2 Bus Backplane acts as the foundational rack component of ABB Advant OCS distributed control platform, suitable for new DCS project construction and upgrading reconstruction of old control systems in thermal power plants, petrochemical factories, pulp and paper production lines, metallurgical workshops and municipal sewage treatment stations. All control modules are plugged onto this backplane to realize internal system communication and power supply. This backplane can be applied to new control cabinet assembly and maintenance of aging Advant OCS equipment.
BB510 3BSE001693R2 Certifications & Compliance
ABB BB510 3BSE001693R2 Bus Backplane conforms to global industrial control equipment standards, owning CE, EMC, UL and RoHS certifications and complying with IEC 61131 international standards and Advant OCS platform specifications. All ABB BB510 3BSE001693R2 backplanes are 100% New & Original products manufactured in Switzerland. Every unit undergoes continuity test, insulation test and dimensional inspection before delivery. Products are packed with anti-static and shockproof materials and enjoy one-year global warranty, capable of long-term stable operation under high temperature, high humidity and strong electromagnetic industrial environments.
