-
What is a Safety Instrumented System?
✅ C'mon over to https://realpars.com where you can learn PLC programming faster and easier than you ever thought possible!
==========================
✅ Check out the full blog post over at
https://realpars.com/safety-instrumented-system/
==========================
In this video, you will learn what a Safety Instrument System is, how it is constructed, and how it plays an important role in keeping our chemical, refining, and other manufacturing plants running safely and as productive community partners and employers.
Chemical, petrochemical, mining, gas compression, and many other types of plants and manufacturing facilities can be very dangerous places to work due to the presence of risk: risk due to fire, explosion, tank overflow, gas release, or chemical exposure.
The only way t...
published: 13 Aug 2018
-
What is Functional Safety and a Safety Instrumented System?
Functional safety basic principles, including why safety instrumented systems are needed, how they differ from basic process control systems for applications such as emergency shutdown in modern industrial process plant. This is module eFS-PS-002 from eFunctionalSafety online learning.
published: 24 Apr 2019
-
What is SAFETY INSTRUMENTED SYSTEM? What does SAFETY INSTRUMENTED SYSTEM mean?
✪✪✪✪✪ http://www.theaudiopedia.com ✪✪✪✪✪
What is SAFETY INSTRUMENTED SYSTEM? What does SAFETY INSTRUMENTED SYSTEM mean? SAFETY INSTRUMENTED SYSTEM meaning - SAFETY INSTRUMENTED SYSTEM definition - SAFETY INSTRUMENTED SYSTEM explanation.
Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.
A safety instrumented system (SIS) consists of an engineered set of hardware and software controls which are especially used on critical process systems.
Safety instrumented systems are most often used in process (i.e., refineries, chemical, nuclear, etc.) facilities to provide protection such as:
High fuel gas pressure initiates action to close the main fuel gas valve.
High reactor temperature initiates action to open cooling media valve.
High disti...
published: 04 Jun 2017
-
SIS 101 : The Basics of Functional Safety (2017)
This webinar will help you will gain a basic understanding of SIS, the ability to read and interpret safety-related standards and documentation, and gain knowledge around operating and maintaining your safety instrumented function (SIF.) With this information, you can evaluate their current SIS practices for improvement opportunities and cost reductions, and make competent decisions with respect to safety.
We know that the standards on Functional Safety can be lengthy and difficult to navigate. This webinar will help unravel some of the mysteries behind safety and help navigate the user through the associated standards and requirements. It will help you understand terms associated with safety, why proof testing is needed and how to reduce maintenance errors and expenses by extending their...
published: 13 Oct 2017
-
Safety Instrumented System (SIS) Definition
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: https://bit.ly/3pxkuR8
The purpose of FSE 101 is to set the stage for the safety lifecycle as a sound, logical and complete way to use safety instrumented systems to manage process plant risk. It goes on to present the basic techniques for analyzing risk and developing the requirements for any safety instrumented functions needed to reduce the risk to a tolerable level. The first five sections of FSE 101 cover the background and related context for the safety lifecycle. The last four sections of FSE 101 cover the main hazard identification, SIF definition and risk analysis sections of the safety lifecycle finishing with the documentati...
published: 18 Feb 2021
-
Safety Instrumented Function (SIF) Definition
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: https://bit.ly/3pxkuR8
The purpose of FSE 101 is to set the stage for the safety lifecycle as a sound, logical and complete way to use safety instrumented systems to manage process plant risk. It goes on to present the basic techniques for analyzing risk and developing the requirements for any safety instrumented functions needed to reduce the risk to a tolerable level. The first five sections of FSE 101 cover the background and related context for the safety lifecycle. The last four sections of FSE 101 cover the main hazard identification, SIF definition and risk analysis sections of the safety lifecycle finishing with the documentati...
published: 26 Feb 2021
-
Safety Instrumented System (SIS) Evolution - Functional Safety
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: https://bit.ly/3pxkuR8
The purpose of FSE 101 is to set the stage for the safety lifecycle as a sound, logical and complete way to use safety instrumented systems to manage process plant risk. It goes on to present the basic techniques for analyzing risk and developing the requirements for any safety instrumented functions needed to reduce the risk to a tolerable level. The first five sections of FSE 101 cover the background and related context for the safety lifecycle. The last four sections of FSE 101 cover the main hazard identification, SIF definition and risk analysis sections of the safety lifecycle finishing with the documentati...
published: 29 Jan 2021
-
Safety Instrumented System
published: 06 May 2018
15:46
What is a Safety Instrumented System?
✅ C'mon over to https://realpars.com where you can learn PLC programming faster and easier than you ever thought possible!
==========================
✅ Check...
✅ C'mon over to https://realpars.com where you can learn PLC programming faster and easier than you ever thought possible!
==========================
✅ Check out the full blog post over at
https://realpars.com/safety-instrumented-system/
==========================
In this video, you will learn what a Safety Instrument System is, how it is constructed, and how it plays an important role in keeping our chemical, refining, and other manufacturing plants running safely and as productive community partners and employers.
Chemical, petrochemical, mining, gas compression, and many other types of plants and manufacturing facilities can be very dangerous places to work due to the presence of risk: risk due to fire, explosion, tank overflow, gas release, or chemical exposure.
The only way to eliminate these risks is to not build or operate these types of plants. But that is not practical. These plants produce materials that are useful, necessary, and important in our everyday lives. Even a product like dry powdered laundry detergent is made via a process that includes pumping liquids at high pressure, spraying droplets into the very hot air, and collecting the product below which may be dusty and pose an inhalation hazard.
In order to minimize these risks, process control systems are installed to maintain a safe operation of the plant, assisted by a robust alarm detection and reporting system, and operated by trained, qualified personnel. But often, these measures alone cannot reduce the risk of injury, fire, explosion, or other risks to a tolerable level.
==========================
Missed our most recent videos? Watch them here:
https://realpars.com/plc-basics/
https://realpars.com/difference-between-scada-and-hmi/
https://realpars.com/difference-between-plc-and-dcs/
=============================
To stay up to date with our last videos and more lessons, make sure to subscribe to this YouTube channel:
http://goo.gl/Y6DRiN
=============================
TWEET THIS VIDEO: https://ctt.ac/ec9QG
=============================
Like us on Facebook: https://www.facebook.com/therealpars/
Follow us on Twitter: https://twitter.com/realpars
Follow us on LinkedIn https://www.linkedin.com/company/realpars
#RealPars #SafetyInstrumentedsystem #SIS
https://wn.com/What_Is_A_Safety_Instrumented_System
✅ C'mon over to https://realpars.com where you can learn PLC programming faster and easier than you ever thought possible!
==========================
✅ Check out the full blog post over at
https://realpars.com/safety-instrumented-system/
==========================
In this video, you will learn what a Safety Instrument System is, how it is constructed, and how it plays an important role in keeping our chemical, refining, and other manufacturing plants running safely and as productive community partners and employers.
Chemical, petrochemical, mining, gas compression, and many other types of plants and manufacturing facilities can be very dangerous places to work due to the presence of risk: risk due to fire, explosion, tank overflow, gas release, or chemical exposure.
The only way to eliminate these risks is to not build or operate these types of plants. But that is not practical. These plants produce materials that are useful, necessary, and important in our everyday lives. Even a product like dry powdered laundry detergent is made via a process that includes pumping liquids at high pressure, spraying droplets into the very hot air, and collecting the product below which may be dusty and pose an inhalation hazard.
In order to minimize these risks, process control systems are installed to maintain a safe operation of the plant, assisted by a robust alarm detection and reporting system, and operated by trained, qualified personnel. But often, these measures alone cannot reduce the risk of injury, fire, explosion, or other risks to a tolerable level.
==========================
Missed our most recent videos? Watch them here:
https://realpars.com/plc-basics/
https://realpars.com/difference-between-scada-and-hmi/
https://realpars.com/difference-between-plc-and-dcs/
=============================
To stay up to date with our last videos and more lessons, make sure to subscribe to this YouTube channel:
http://goo.gl/Y6DRiN
=============================
TWEET THIS VIDEO: https://ctt.ac/ec9QG
=============================
Like us on Facebook: https://www.facebook.com/therealpars/
Follow us on Twitter: https://twitter.com/realpars
Follow us on LinkedIn https://www.linkedin.com/company/realpars
#RealPars #SafetyInstrumentedsystem #SIS
- published: 13 Aug 2018
- views: 248937
9:24
What is Functional Safety and a Safety Instrumented System?
Functional safety basic principles, including why safety instrumented systems are needed, how they differ from basic process control systems for applications su...
Functional safety basic principles, including why safety instrumented systems are needed, how they differ from basic process control systems for applications such as emergency shutdown in modern industrial process plant. This is module eFS-PS-002 from eFunctionalSafety online learning.
https://wn.com/What_Is_Functional_Safety_And_A_Safety_Instrumented_System
Functional safety basic principles, including why safety instrumented systems are needed, how they differ from basic process control systems for applications such as emergency shutdown in modern industrial process plant. This is module eFS-PS-002 from eFunctionalSafety online learning.
- published: 24 Apr 2019
- views: 7567
7:51
What is SAFETY INSTRUMENTED SYSTEM? What does SAFETY INSTRUMENTED SYSTEM mean?
✪✪✪✪✪ http://www.theaudiopedia.com ✪✪✪✪✪
What is SAFETY INSTRUMENTED SYSTEM? What does SAFETY INSTRUMENTED SYSTEM mean? SAFETY INSTRUMENTED SYSTEM meaning - SA...
✪✪✪✪✪ http://www.theaudiopedia.com ✪✪✪✪✪
What is SAFETY INSTRUMENTED SYSTEM? What does SAFETY INSTRUMENTED SYSTEM mean? SAFETY INSTRUMENTED SYSTEM meaning - SAFETY INSTRUMENTED SYSTEM definition - SAFETY INSTRUMENTED SYSTEM explanation.
Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.
A safety instrumented system (SIS) consists of an engineered set of hardware and software controls which are especially used on critical process systems.
Safety instrumented systems are most often used in process (i.e., refineries, chemical, nuclear, etc.) facilities to provide protection such as:
High fuel gas pressure initiates action to close the main fuel gas valve.
High reactor temperature initiates action to open cooling media valve.
High distillation column pressure initiates action to open a pressure vent valve.
A critical process system can be identified as one which, once running and an operational problem occurs, may need to be put into a "Safe State" to avoid adverse Safety, Health and Environmental(SH&E) consequences. A Safe State is a process condition, whether the process is operating or shutdown, such that a hazardous SH&E event cannot occur.
Examples of critical processes have been common since the beginning of the Industrial Age. One of the more well known critical processes is the operation of a steam boiler. Critical parts of the process would include the lighting of the burners, controlling the level of water in the drum, and controlling the steam pressure.
What a SIS shall do (the functional requirements) and how well it must perform (the safety integrity requirements) may be determined from Hazard and operability studies (HAZOP), layers of protection analysis (LOPA), risk graphs, and so on. All techniques are mentioned in IEC 61511 and IEC 61508. During SIS design, construction, installation, and operation, it is necessary to verify that these requirements are met. The functional requirements may be verified by design reviews, such as failure modes, effects, and criticality analysis (FMECA) and various types of testing, for example factory acceptance testing, site acceptance testing, and regular functional testing.
The safety integrity requirements may be verified by reliability analysis. For SIS that operates on demand, it is often the probability of failure on demand (PFD) that is calculated. In the design phase, the PFD may be calculated using generic reliability data, for example from OREDA. Later on, the initial PFD estimates may be updated with field experience from the specific plant in question.
It is not possible to address all factors that affect SIS reliability through reliability calculations. It is therefore also necessary to have adequate measures in place (e.g., procedures and competence) to avoid, reveal, and correct SIS related failures.
A formal process of hazard identification is performed by the project team engineers and other experts at the completion of the engineering design phase of each section of the process, known as a Unit of Operation. This team performs a systematic, rigorous, procedural review of each point of possible hazard, or "node", in the completed engineering design. This review and its resulting documentation is called a HAZOP study. A HAZOP study typically reveals hazardous scenarios which require further risk mitigating measures which are to be achieved by SIFs. Via a Layer of Protection Analysis (LOPA) or some other approved method, Integrity Levels (IL) are defined for the SIFs in their respective scenarios. The Integrity Levels may be categorised as Safety Integrity Level (SIL) or Environmental Integrity Level (EIL). Based on HAZOP study recommendations and the IL rating of the SIFs; the engineering (including the BPCS and the SIF designs) for each unit operation is finalized.
https://wn.com/What_Is_Safety_Instrumented_System_What_Does_Safety_Instrumented_System_Mean
✪✪✪✪✪ http://www.theaudiopedia.com ✪✪✪✪✪
What is SAFETY INSTRUMENTED SYSTEM? What does SAFETY INSTRUMENTED SYSTEM mean? SAFETY INSTRUMENTED SYSTEM meaning - SAFETY INSTRUMENTED SYSTEM definition - SAFETY INSTRUMENTED SYSTEM explanation.
Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license.
A safety instrumented system (SIS) consists of an engineered set of hardware and software controls which are especially used on critical process systems.
Safety instrumented systems are most often used in process (i.e., refineries, chemical, nuclear, etc.) facilities to provide protection such as:
High fuel gas pressure initiates action to close the main fuel gas valve.
High reactor temperature initiates action to open cooling media valve.
High distillation column pressure initiates action to open a pressure vent valve.
A critical process system can be identified as one which, once running and an operational problem occurs, may need to be put into a "Safe State" to avoid adverse Safety, Health and Environmental(SH&E) consequences. A Safe State is a process condition, whether the process is operating or shutdown, such that a hazardous SH&E event cannot occur.
Examples of critical processes have been common since the beginning of the Industrial Age. One of the more well known critical processes is the operation of a steam boiler. Critical parts of the process would include the lighting of the burners, controlling the level of water in the drum, and controlling the steam pressure.
What a SIS shall do (the functional requirements) and how well it must perform (the safety integrity requirements) may be determined from Hazard and operability studies (HAZOP), layers of protection analysis (LOPA), risk graphs, and so on. All techniques are mentioned in IEC 61511 and IEC 61508. During SIS design, construction, installation, and operation, it is necessary to verify that these requirements are met. The functional requirements may be verified by design reviews, such as failure modes, effects, and criticality analysis (FMECA) and various types of testing, for example factory acceptance testing, site acceptance testing, and regular functional testing.
The safety integrity requirements may be verified by reliability analysis. For SIS that operates on demand, it is often the probability of failure on demand (PFD) that is calculated. In the design phase, the PFD may be calculated using generic reliability data, for example from OREDA. Later on, the initial PFD estimates may be updated with field experience from the specific plant in question.
It is not possible to address all factors that affect SIS reliability through reliability calculations. It is therefore also necessary to have adequate measures in place (e.g., procedures and competence) to avoid, reveal, and correct SIS related failures.
A formal process of hazard identification is performed by the project team engineers and other experts at the completion of the engineering design phase of each section of the process, known as a Unit of Operation. This team performs a systematic, rigorous, procedural review of each point of possible hazard, or "node", in the completed engineering design. This review and its resulting documentation is called a HAZOP study. A HAZOP study typically reveals hazardous scenarios which require further risk mitigating measures which are to be achieved by SIFs. Via a Layer of Protection Analysis (LOPA) or some other approved method, Integrity Levels (IL) are defined for the SIFs in their respective scenarios. The Integrity Levels may be categorised as Safety Integrity Level (SIL) or Environmental Integrity Level (EIL). Based on HAZOP study recommendations and the IL rating of the SIFs; the engineering (including the BPCS and the SIF designs) for each unit operation is finalized.
- published: 04 Jun 2017
- views: 5128
57:49
SIS 101 : The Basics of Functional Safety (2017)
This webinar will help you will gain a basic understanding of SIS, the ability to read and interpret safety-related standards and documentation, and gain knowle...
This webinar will help you will gain a basic understanding of SIS, the ability to read and interpret safety-related standards and documentation, and gain knowledge around operating and maintaining your safety instrumented function (SIF.) With this information, you can evaluate their current SIS practices for improvement opportunities and cost reductions, and make competent decisions with respect to safety.
We know that the standards on Functional Safety can be lengthy and difficult to navigate. This webinar will help unravel some of the mysteries behind safety and help navigate the user through the associated standards and requirements. It will help you understand terms associated with safety, why proof testing is needed and how to reduce maintenance errors and expenses by extending their proof test intervals.
=====================================================
More Information: https://www.exida.com/
#functionalsafety #SIS #webinar
========================================================
Subscribe to this channel: https://bit.ly/36UM1ok
exida Home Page: https://www.exida.com
Contact Us: https://www.exida.com/Company/Contact
LinkedIn: https://www.linkedin.com/company/exida-com
Twitter: https://twitter.com/exidaLLC
Facebook: http://www.facebook.com/exidaLLC
https://wn.com/Sis_101_The_Basics_Of_Functional_Safety_(2017)
This webinar will help you will gain a basic understanding of SIS, the ability to read and interpret safety-related standards and documentation, and gain knowledge around operating and maintaining your safety instrumented function (SIF.) With this information, you can evaluate their current SIS practices for improvement opportunities and cost reductions, and make competent decisions with respect to safety.
We know that the standards on Functional Safety can be lengthy and difficult to navigate. This webinar will help unravel some of the mysteries behind safety and help navigate the user through the associated standards and requirements. It will help you understand terms associated with safety, why proof testing is needed and how to reduce maintenance errors and expenses by extending their proof test intervals.
=====================================================
More Information: https://www.exida.com/
#functionalsafety #SIS #webinar
========================================================
Subscribe to this channel: https://bit.ly/36UM1ok
exida Home Page: https://www.exida.com
Contact Us: https://www.exida.com/Company/Contact
LinkedIn: https://www.linkedin.com/company/exida-com
Twitter: https://twitter.com/exidaLLC
Facebook: http://www.facebook.com/exidaLLC
- published: 13 Oct 2017
- views: 21802
4:11
Safety Instrumented System (SIS) Definition
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: http...
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: https://bit.ly/3pxkuR8
The purpose of FSE 101 is to set the stage for the safety lifecycle as a sound, logical and complete way to use safety instrumented systems to manage process plant risk. It goes on to present the basic techniques for analyzing risk and developing the requirements for any safety instrumented functions needed to reduce the risk to a tolerable level. The first five sections of FSE 101 cover the background and related context for the safety lifecycle. The last four sections of FSE 101 cover the main hazard identification, SIF definition and risk analysis sections of the safety lifecycle finishing with the documentation of these results in the safety requirements specification.
#functionalsafety #IEC61511 #SIS
========================================================
Subscribe to this channel: https://bit.ly/36UM1ok
exida Home Page: https://www.exida.com
Contact Us: https://www.exida.com/Company/Contact
LinkedIn: https://www.linkedin.com/company/exida-com
Twitter: https://twitter.com/exidaLLC
Facebook: http://www.facebook.com/exidaLLC
https://wn.com/Safety_Instrumented_System_(Sis)_Definition
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: https://bit.ly/3pxkuR8
The purpose of FSE 101 is to set the stage for the safety lifecycle as a sound, logical and complete way to use safety instrumented systems to manage process plant risk. It goes on to present the basic techniques for analyzing risk and developing the requirements for any safety instrumented functions needed to reduce the risk to a tolerable level. The first five sections of FSE 101 cover the background and related context for the safety lifecycle. The last four sections of FSE 101 cover the main hazard identification, SIF definition and risk analysis sections of the safety lifecycle finishing with the documentation of these results in the safety requirements specification.
#functionalsafety #IEC61511 #SIS
========================================================
Subscribe to this channel: https://bit.ly/36UM1ok
exida Home Page: https://www.exida.com
Contact Us: https://www.exida.com/Company/Contact
LinkedIn: https://www.linkedin.com/company/exida-com
Twitter: https://twitter.com/exidaLLC
Facebook: http://www.facebook.com/exidaLLC
- published: 18 Feb 2021
- views: 1840
7:52
Safety Instrumented Function (SIF) Definition
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: http...
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: https://bit.ly/3pxkuR8
The purpose of FSE 101 is to set the stage for the safety lifecycle as a sound, logical and complete way to use safety instrumented systems to manage process plant risk. It goes on to present the basic techniques for analyzing risk and developing the requirements for any safety instrumented functions needed to reduce the risk to a tolerable level. The first five sections of FSE 101 cover the background and related context for the safety lifecycle. The last four sections of FSE 101 cover the main hazard identification, SIF definition and risk analysis sections of the safety lifecycle finishing with the documentation of these results in the safety requirements specification.
#functionalsafety #IEC61511 #SIF
========================================================
Subscribe to this channel: https://bit.ly/36UM1ok
exida Home Page: https://www.exida.com
Contact Us: https://www.exida.com/Company/Contact
LinkedIn: https://www.linkedin.com/company/exida-com
Twitter: https://twitter.com/exidaLLC
Facebook: http://www.facebook.com/exidaLLC
https://wn.com/Safety_Instrumented_Function_(Sif)_Definition
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: https://bit.ly/3pxkuR8
The purpose of FSE 101 is to set the stage for the safety lifecycle as a sound, logical and complete way to use safety instrumented systems to manage process plant risk. It goes on to present the basic techniques for analyzing risk and developing the requirements for any safety instrumented functions needed to reduce the risk to a tolerable level. The first five sections of FSE 101 cover the background and related context for the safety lifecycle. The last four sections of FSE 101 cover the main hazard identification, SIF definition and risk analysis sections of the safety lifecycle finishing with the documentation of these results in the safety requirements specification.
#functionalsafety #IEC61511 #SIF
========================================================
Subscribe to this channel: https://bit.ly/36UM1ok
exida Home Page: https://www.exida.com
Contact Us: https://www.exida.com/Company/Contact
LinkedIn: https://www.linkedin.com/company/exida-com
Twitter: https://twitter.com/exidaLLC
Facebook: http://www.facebook.com/exidaLLC
- published: 26 Feb 2021
- views: 1604
19:05
Safety Instrumented System (SIS) Evolution - Functional Safety
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: http...
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: https://bit.ly/3pxkuR8
The purpose of FSE 101 is to set the stage for the safety lifecycle as a sound, logical and complete way to use safety instrumented systems to manage process plant risk. It goes on to present the basic techniques for analyzing risk and developing the requirements for any safety instrumented functions needed to reduce the risk to a tolerable level. The first five sections of FSE 101 cover the background and related context for the safety lifecycle. The last four sections of FSE 101 cover the main hazard identification, SIF definition and risk analysis sections of the safety lifecycle finishing with the documentation of these results in the safety requirements specification.
#functionalsafety #IEC61511 #IEC61508
========================================================
Subscribe to this channel: https://bit.ly/36UM1ok
exida Home Page: https://www.exida.com
Contact Us: https://www.exida.com/Company/Contact
LinkedIn: https://www.linkedin.com/company/exida-com
Twitter: https://twitter.com/exidaLLC
Facebook: http://www.facebook.com/exidaLLC
https://wn.com/Safety_Instrumented_System_(Sis)_Evolution_Functional_Safety
FSE 101 self-paced course registration: https://bit.ly/3oBtmEo
Online Instructor-led open enrollment schedule: https://bit.ly/3ov4Fcy
Other online courses: https://bit.ly/3pxkuR8
The purpose of FSE 101 is to set the stage for the safety lifecycle as a sound, logical and complete way to use safety instrumented systems to manage process plant risk. It goes on to present the basic techniques for analyzing risk and developing the requirements for any safety instrumented functions needed to reduce the risk to a tolerable level. The first five sections of FSE 101 cover the background and related context for the safety lifecycle. The last four sections of FSE 101 cover the main hazard identification, SIF definition and risk analysis sections of the safety lifecycle finishing with the documentation of these results in the safety requirements specification.
#functionalsafety #IEC61511 #IEC61508
========================================================
Subscribe to this channel: https://bit.ly/36UM1ok
exida Home Page: https://www.exida.com
Contact Us: https://www.exida.com/Company/Contact
LinkedIn: https://www.linkedin.com/company/exida-com
Twitter: https://twitter.com/exidaLLC
Facebook: http://www.facebook.com/exidaLLC
- published: 29 Jan 2021
- views: 1935