IEC 61508 in the Safety Automation Equipment List
IEC 61508, ISASecure in the Safety Automation Equipment List
The adoption of the functional safety standards continues to gain momentum in turbine applications. Both industrial and power turbine sites are now requiring compliance to IEC 61511. This webinar will review both technical requirements and market trends related to functional safety and turbines. Technical topics will include best practices related to the functional safety process and a review of safety system design. Market trends will cover which standards are required by region, turbine size, and industry.
New whitepaper co-authored by exida’s director of Alarm Services Todd Stauffer! Some of the significant process industries incidents occurred by overflowing vessels, including BP Texas City and Buncefield. In many overflow incidents, alarms were designed to signal the need for operator intervention. These alarms may have been identified as safeguards…
Tackle distractions that impair operator performance and process efficiency.
Apply the ISA-18.2 Standard on Alarm Management to design, implement, and maintain an effective alarm system.
Some of the significant process industries incidents occurred by overflowing vessels, including BP Texas City and Buncefield. In many overflow incidents, alarms were designed to signal the need for operator intervention. These alarms may have been identified as safeguards or layers of protection, but they did not succeed in preventing…
As an engineer responsible for critical industrial processes, we face a variety of challenges: coping with new and changing standards increased pressures for process uptime and plant safety a growing list of responsibilities decreased availability of support personnel This makes it difficult to develop, maintain, and document the expertise needed…
exida’s principal partner Dr. William Goble, CFSE along with Dr. Julia V. Bukowski received the 2015 ALAN O. PLAIT AWARD for TUTORIAL EXCELLENCE at the Reliability and Maintainability Symposium (RAMS) held in Palm Harbor, FL, January 26-29, 2015. This award is named for Alan O. Plait who instituted and took…
IEC 61508 in the Safety Automation Equipment List
This webinar to be held on 28 January 2015 will briefly share with you the importance of becoming a CFSE or CFSP and also will walk you through the process on how to become one! As an engineer responsible for critical industrial processes, you face a myriad of challenges: coping…
In this blog, I will talk about the FMEDA method and how it can generate realistically accurate failure rate data. The first question we have to ask is “why do you need failure rate data ?” One of the fundamental concepts in today’s functional safety standard, IEC 61508 and it’s…
ISO 26262 in the Safety Automation Equipment List
IEC 61508 in the Safety Automation Equipment List
Who cares about field failure data? Why are we even here? IEC 61511 – Fundamental Concepts The fundamental concepts from our functional safety standards are the probabilistic performance based design. Many of you know that this was terribly controversial when this was first proposed. Even to this day, there are…
A manufacturer whose product passes the exida IEC 61508 Assessment Scheme will receive a certificate based on IEC 61508 and perhaps other functional safety standards. There is a significant amount of information on a certificate that may not always be trivial for a novice. It is important that a user…
Compliance to functional safety standards is rapidly becoming a requirement for automotive, transportation, industrial and medical applications. Join TI and Exida on Wednesday, Feb. 4th at 10 a.m. to gain valuable knowledge about reducing risk and speeding time to functional safety certification. Senior-level experts will talk through functional safety development…
Upper and lower reasonability bounds for instrument failure rates can be established using a large set of FMEDA analysis results. These numbers can be used as a benchmark to help validate any failure data collection process. For any set of collected field failure data for a device, a λ of the device is calculated and compared to the benchmark. It is not uncommon for the benchmark λ and estimated λ to differ considerably. Predictive Analytics (PA) is a procedure for exploring these differences and assessing the accuracy of the estimated device λ with respect to the benchmark λ of the device. The PA process often results in improved data collection methods and more accurate field failure data.
This web seminar describes the PA method and the procedures used to validate field failure data collection processes.
It’s a new year and exida is excited to present the US & Germany dates for the exida Academy. Functional Safety I & II The course sequence of Functional Safety Engineering I & II is designed as a broad review in preparation for the Certified Functional Safety Expert (CFSE) and…
exida will be presenting and exhibiting at RAMS 2015 , The Annual Reliability and Maintainability Symposium January 26-29, 2015 in Palm Harbor, FL. Dr. William Goble, exida Principal Partner will be presenting a tutorial titled “ Overview of Functional Safety Concepts & the IEC 61508 Standard ” on Tuesday, January…