IEC 61508 in the Safety Automation Equipment List
Learn all about final elements in this webinar! We will start looking at the different types of final elements along with key equipment selection criteria. We will also confront issues that your final elements may contribute to your Safety Instrumented Function (SIF) and the perplexing issue of failure rates.
IEC 61508 in the Safety Automation Equipment List
Sellersville, PA : As the global leader in functional safety, control system cybersecurity and alarm management for the process industries, exida is pleased to announce their channel partnership with automation solutions provider Automation Distribution Inc. to offer functional safety, software and cybersecurity consulting services. The partnership helps exida extend its…
The IEC 62443 series of cybersecurity standards include over ten documents covering various subjects. Buying a full set is a bit expensive, but for me the real cost is the time needed to read and understand them. So I often ask one of the experts at exida for a quick…
exida Asia Pacific is pleased to announce the 2018 exida User Conference in Singapore. This conference is a great opportunity to learn about the new features of our powerful, integrated Safety Lifecycle Tool exSILentia version 4 as well as meet and engage in detailed discussions with our team of experts!…
IEC 61508 in the Safety Automation Equipment List
Hal Thomas, CFSE, serves as a Senior Safety Engineer at exida, a global leader in automation system safety, alarm management, cybersecurity, and availability. With more than 36 years of professional experience, Thomas is widely recognized as an expert in functional process safety analysis, including safety instrumented systems and high availability…
The idea that diagnostics are useless contradicts everything I’ve ever learned and taught about diagnostics. Diagnostics help identify problems. Diagnostics can turn a fault that is unrevealed during normal operation into a detected fault, which allows me to take action. That action could be an automatic transition to the safe…
Management of risk at a facility, or company-wide, requires careful consideration of potential process hazards as well as cyber-attacks. Cyber-attacks not only impact business from a financial perspective, but can also initiate process safety incidents. Cybersecurity standards are being written to address these issues both from a manufacturer as well as a user perspective. The most effective method for developing a streamlined work process is the creation of a cohesive lifecycle that addresses all automation requirements. Cyber risk assessments and security level verification are simplified by leveraging best practices from functional safety.
Operation and maintenance teams bear a heavy responsibility to ensure that the Safety Instrumented System integrity and reliability is sustained. Decisions made long before operation begins, or outside the operating environment often impact the ability to be successful. Design choices fix physical configuration and instrumentation capabilities. Inadequate bid assessment results…
IEC 61508 in the Safety Automation Equipment List
IEC 61508 in the Safety Automation Equipment List
IEC 61508 in the Safety Automation Equipment List
IEC 61508 in the Safety Automation Equipment List
This Course is Also Offered Online This course addresses solution providers acting in roles of integrators and on-going support of industrial automated control systems, and how they interact with owner / operators as part of the overall supply chain throughout the owner / operator’s lifecycle. The maturity model is introduced…
OSHA in the US and COMAH in the UK require companies to follow Best Practice or what is commonly known as RAGAGEP (Recognized And Generally Accepted Good Engineering Practice). Companies coming under OSHA PSM or COMAH need to demonstrate that they are following RAGAGEP. The IEC61511/ISA-84 Process Industry standards are regarded as RAGAGEP.
The IEC61511/ISA-84 Standard is predicated upon a performance-based Safety Lifecycle (SLC) to help reduce risk and to provide a foundation for the development, operation and maintenance of Safety Instrumented Systems (SIS). The SLC is composed of three phases: Analysis, Design/Implementation (Realization) and Operation and Maintenance. Compliance with the standard is often mixed and some companies struggle with where to start and how to comply.
This webinar outlines how a company can begin on the road to compliance by starting off with a simple GAP Assessment, which highlights any “gaps” and enables recommendations to be made on how to close any gaps. It also enables companies to build off existing managed quality systems they have in place, such as ISO9000. The goal is not to re-invent the wheel but to build off an existing platform with the goal of establishing a Functional Safety Management Plan that covers the SLC for any SIS.
Managers and personnel responsible for Functional and/or Process Safety should attend if they want to know more.
In Part 1 , I covered the emerging trends in the valve assembly market, how these trends relate to IEC 61511 requirements, and the anatomy of final elements. Now let’s discuss why we need to show requirements traceability down through the design of the safety instrumented function and then onto…
exida VP of Global Business Development and exida Academy instructor Steve Gandy, CFSP was interviewed in the Winter 2017 issue of InstMC's quarterly UK magazine Precision . Precision offers reviews from experts in the field and present technical articles related to measurement and control in an easy-to-comprehend style. The journal…
The purpose of this paper is to provide managers with an overview of their role and responsibility with regards to Process and Functional Safety, as defined within the IEC61511 standard1. Experience has shown that many companies management teams have little or no understanding of functional and/or process safety requirements. Process…