Brüel & Kjær Vibro announces VC-8000 SETPOINT Machinery Protection System with SIL-2 certification | Automation.com

Brüel & Kjær Vibro announces VC-8000 SETPOINT Machinery Protection System with SIL-2 certification

August 152019
Brüel & Kjær Vibro announces VC-8000 SETPOINT Machinery Protection System with SIL-2 certification

August 15, 2019 - Brüel & Kjær Vibro announced that its VC-8000 SETPOINT Machinery Protection System has received SIL-2 certification, allowing it to be specified and used as part of SIL-rated functional safety applications.  These typically include, but are not limited to, radial vibration, axial position, and bearing temperature measurements commonly encountered in machinery protection systems on pumps, motors, compressors, turbines, and other critical rotating and reciprocating machinery.
          
The system underwent rigorous independent testing and evaluation as part of this third-party certification process to ensure compliance with ISO 61508:  Functional safety of electrical/electronic/programmable electronic safety-related systems and – more specifically – ISO 61511 which is an adaptation of ISO 61508 to the process industry sectors where the VC-8000 system is used such as power generation, hydrocarbon processing, and others.  These sectors typically require full compliance with American Petroleum Institute Standard 670 for Machinery Protection Systems, cybersecurity certification to standards such as IEC 62443, and SIL certification to ISO 61508 and 61511.  The VC-8000 is now compliant with the rigorous requirements of all three.

With the ability to address both SIL-1 and SIL-2 functional safety applications, user can now avail themselves of the machinery protective functions and the other aspects of the VC-8000 platform that deliver both machinery protection and state-of-the-art condition monitoring capabilities for turbomachinery and critical assets.  Capabilities include a built-in flight recorder able to capture condition monitoring data for up to one full year on an embedded solid-state hard drive, native connectivity to the OSIsoft PI System which eliminates the need for a separate condition monitoring software storage infrastructure while providing process data correlation / integration, and the architecture which relies on three modules for machinery protection rather than the dozens of modules used in competing systems, lessening spare parts burdens for customers.
 

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