This document discusses guidelines for removing obsolete fire extinguishers from service. It notes that federal regulations and codes require fire extinguishers to be listed and maintained according to manufacturer's instructions to ensure safety and effectiveness. Extinguishers from companies no longer in business or with parts no longer available should be removed from service, as should units that cannot be properly serviced or recharged according to listing. Keeping obsolete extinguishers in service raises liability issues and risks safety if not maintained properly.
- The UL 300 fire test standard was revised in 1994 to better reflect real-world fire risks from commercial cooking appliances, focusing on improving protection for fryers and other appliances.
- The changes resulted in a more difficult fire test, requiring on average 5 times more wet chemical agent to pass. Existing pre-1994 systems are not necessarily adequate to protect current high-efficiency appliances and vegetable shortening fuels.
- Systems must be upgraded to the current UL 300 standard if any appliances are changed or added, to ensure life safety. Dry chemical systems are not currently listed to UL 300.
There is much speculation about the average person’s ability to use a fire extinguisher effectively. This
speculation includes the ability of a novice user to adequately extinguish a fire with a fire extinguisher
without harming oneself or others.
This study employed a random sampling of the population to gather data that described and quantified
several aspects relating to use, technique, and safety. Participants were presented with an extinguisher
and asked to extinguish a controlled propane fire. The BullEx Intelligent Training System was used in this
study to simulate a Class A fire through a controlled propane system.
Codes and standards for Commercial Kitchen Pre-Engineered Fire Suppression Systems. Obsolete systems should be removed from service to ensure life safety.
Maintenance guidelines and inspection protocol for standpipe rack hose stations. Additional precautions may be necessary depending on the specific application and applicable laws, regulations, codes, and insurance requirements.
These Seven Simple Steps to Life Safety help readers test how well buildings are equipped to respond to a fire in order to save lives and prevent property loss.
Learn more about the differences between wet chemical pre-engineered restaurant systems and water sprinklers. Examines test results from both systems and includes the benefits and downfalls of each.
- The UL 300 fire test standard was revised in 1994 to better reflect real-world fire risks from commercial cooking appliances, focusing on improving protection for fryers and other appliances.
- The changes resulted in a more difficult fire test, requiring on average 5 times more wet chemical agent to pass. Existing pre-1994 systems are not necessarily adequate to protect current high-efficiency appliances and vegetable shortening fuels.
- Systems must be upgraded to the current UL 300 standard if any appliances are changed or added, to ensure life safety. Dry chemical systems are not currently listed to UL 300.
There is much speculation about the average person’s ability to use a fire extinguisher effectively. This
speculation includes the ability of a novice user to adequately extinguish a fire with a fire extinguisher
without harming oneself or others.
This study employed a random sampling of the population to gather data that described and quantified
several aspects relating to use, technique, and safety. Participants were presented with an extinguisher
and asked to extinguish a controlled propane fire. The BullEx Intelligent Training System was used in this
study to simulate a Class A fire through a controlled propane system.
Codes and standards for Commercial Kitchen Pre-Engineered Fire Suppression Systems. Obsolete systems should be removed from service to ensure life safety.
Maintenance guidelines and inspection protocol for standpipe rack hose stations. Additional precautions may be necessary depending on the specific application and applicable laws, regulations, codes, and insurance requirements.
These Seven Simple Steps to Life Safety help readers test how well buildings are equipped to respond to a fire in order to save lives and prevent property loss.
Learn more about the differences between wet chemical pre-engineered restaurant systems and water sprinklers. Examines test results from both systems and includes the benefits and downfalls of each.
During a fire emergency, would an untrained person be able to use a fire extinguisher?
This infographic highlights the EFFECTIVENESS of an untrained person successfully using a fire extinguisher.
The study was done by Easter Kentucky University and Worcester Polytechnic Institute.
Do you know when to service your pre-engineered system for protecting commercial cooking operations? Follow this decision tree to learn the proper steps in ensuring your system is a UL 300 listed system.
This document outlines a plan from the Fire Equipment Manufacturers' Association to improve fire safety. The association is located at 1300 Sumner Avenue in Cleveland, Ohio and their contact information is provided. They aim to save lives through fire safety efforts.
An advisory message from the Fire Equipment Manufacturers' Association regarding third-party training for pre-engineered fire suppression systems. Third-party training does not meet the requirement for manufacturer specific training or the certification requirements of the manufacturer.
This document discusses the importance of portable fire extinguishers as part of a balanced fire protection plan. It notes that portable fire extinguishers are effective in putting out small fires 94% of the time within the initial two minutes. They are also cost effective and operate quickly. The document emphasizes that most fire deaths and property damage occur after a fire has progressed beyond the early stages, so portable fire extinguishers are crucial as a first line of defense until the fire department arrives. It provides instructions on how to properly use a fire extinguisher.
This decision tree helps readers walk through the process evaluating a fire extinguisher before recharging, repairing and conducting the six year maintenance.
The document provides instructions for using a fire extinguisher by remembering the acronym P.A.S.S., which stands for Pull the pin, Aim at the base of the fire, Squeeze the lever, and Sweep from side to side until the fire is out; it also advises notifying emergency services and evacuating the building if possible and safe to do so.
This document provides a recommended practice for upgrading older restaurant cooking area fire protection systems to meet the UL 300 standard. It summarizes the key changes introduced in the UL 300 standard, which more closely replicates actual cooking fire conditions. The document recommends upgrading pre-UL 300 systems when changes are made to the cooking appliances, hoods/ducts, cooking oils, or when recommended by the manufacturer or authorities. Upgrading keeps the systems using the most current fire protection technology to better protect lives, property, and the environment from cooking fires.
When servicing a pre-engineered system, it is vital to use manufacturer recommended parts to avoid compromising the system's performance, reliability, warranty, and listing. Read about the negative results of using non-complying parts.
A detailed look at the importance of pre-engineered fire suppression systems in a balanced fire protection plan. Includes the benefits of having a fire suppression system, such as early detection and quick response
An in-depth look into standpipe fire hose stations. Includes the benefits of having the station in a fire protection plan and step-by-step instructions for proper use.
The Fire Equipment Manufacturers’ Association is a group that promotes fire safety through a balanced fire protection approach using multiple systems. A balanced plan includes elements like building design, alarms, extinguishers, sprinklers, and training. It ensures that reliance is not placed on just one system, because lives depend on all safeguards working together when fire strikes in the critical first minutes.
Evolving cooking appliances have created a more severe fire hazard. Learn how Class K fire extinguishers offer improved fire control and be sure to replace your Class B fire extinguishers.
This document discusses the need to replace unlined linen fire hose installations with lined fire hose. It notes that unlined linen hose does not meet OSHA or NFPA criteria due to excessive friction loss, physical deterioration, and inability to pass annual inspections and testing. The document recommends replacing all unlined linen hose with lined fire hose installed on listed semi-automatic storage devices, and inspecting, testing, and maintaining the lined hose installations in accordance with NFPA standards.
1. This document provides guidance on developing and installing lightning protection systems according to UL 96A and NFPA 780 standards. It defines key terms and outlines requirements for system certification and labeling.
2. Correct installation of UL listed components according to standards can ensure the system will be certified upon inspection. Systems are re-inspected every 5 years to check for damage.
3. The guide explains UL listing versus classification and different UL marks to identify certified products and components.
This document provides a summary of NFPA 17A, which establishes requirements for wet chemical fire extinguishing systems. It was last revised in 2002 with editorial changes to comply with NFPA style guidelines. The standard applies to pre-engineered wet chemical systems used in commercial cooking hazard applications. It provides definitions for key terms, lists referenced publications, and outlines requirements for system components, installation, inspection, testing and maintenance.
Managing industrial facilities requires balancing safety, productivity, and compliance. Facility managers must oversee complex safety systems while facing resource constraints. This document provides four tips for industrial managers: 1) Choose an experienced fire protection contractor to design and install safety systems to ensure proper installation and compliance. 2) Engage a licensed service provider with certified personnel to properly test, inspect, and maintain safety systems. 3) Use a dedicated fire safety control system rather than production control systems to ensure components work as required and testing does not disrupt operations. 4) Partner with an experienced provider to gain expertise in system design, installation, and maintenance in order to strengthen safety programs.
UL Executive Summary - Revisiting Flammable Refrigerants in HVAC Equipment an...Underwriters Laboratories
This document discusses the potential use of flammable refrigerants in HVAC equipment and appliances. It notes that while some flammable refrigerants have good environmental and performance properties, they also pose safety risks due to their flammability. The EPA regulates refrigerants through its SNAP program and has proposed rules to allow certain flammable refrigerants if equipment meets safety standards. Compliance with standards set by organizations like UL is also important for safety certification and installation. The document examines several relevant safety standards and calls for all stakeholders to fully consider risks and ensure safe use of flammable refrigerants in equipment.
This document provides the history and development of NFPA 15, the Standard for Water Spray Fixed Systems for Fire Protection. It was first adopted in 1940 and has been revised several times since then with major reorganizations in 1996 and 2001. The 2001 edition represents a complete reorganization to conform to the NFPA Manual of Style. It establishes requirements for the design, installation, and testing of water spray fixed fire protection systems.
During a fire emergency, would an untrained person be able to use a fire extinguisher?
This infographic highlights the EFFECTIVENESS of an untrained person successfully using a fire extinguisher.
The study was done by Easter Kentucky University and Worcester Polytechnic Institute.
Do you know when to service your pre-engineered system for protecting commercial cooking operations? Follow this decision tree to learn the proper steps in ensuring your system is a UL 300 listed system.
This document outlines a plan from the Fire Equipment Manufacturers' Association to improve fire safety. The association is located at 1300 Sumner Avenue in Cleveland, Ohio and their contact information is provided. They aim to save lives through fire safety efforts.
An advisory message from the Fire Equipment Manufacturers' Association regarding third-party training for pre-engineered fire suppression systems. Third-party training does not meet the requirement for manufacturer specific training or the certification requirements of the manufacturer.
This document discusses the importance of portable fire extinguishers as part of a balanced fire protection plan. It notes that portable fire extinguishers are effective in putting out small fires 94% of the time within the initial two minutes. They are also cost effective and operate quickly. The document emphasizes that most fire deaths and property damage occur after a fire has progressed beyond the early stages, so portable fire extinguishers are crucial as a first line of defense until the fire department arrives. It provides instructions on how to properly use a fire extinguisher.
This decision tree helps readers walk through the process evaluating a fire extinguisher before recharging, repairing and conducting the six year maintenance.
The document provides instructions for using a fire extinguisher by remembering the acronym P.A.S.S., which stands for Pull the pin, Aim at the base of the fire, Squeeze the lever, and Sweep from side to side until the fire is out; it also advises notifying emergency services and evacuating the building if possible and safe to do so.
This document provides a recommended practice for upgrading older restaurant cooking area fire protection systems to meet the UL 300 standard. It summarizes the key changes introduced in the UL 300 standard, which more closely replicates actual cooking fire conditions. The document recommends upgrading pre-UL 300 systems when changes are made to the cooking appliances, hoods/ducts, cooking oils, or when recommended by the manufacturer or authorities. Upgrading keeps the systems using the most current fire protection technology to better protect lives, property, and the environment from cooking fires.
When servicing a pre-engineered system, it is vital to use manufacturer recommended parts to avoid compromising the system's performance, reliability, warranty, and listing. Read about the negative results of using non-complying parts.
A detailed look at the importance of pre-engineered fire suppression systems in a balanced fire protection plan. Includes the benefits of having a fire suppression system, such as early detection and quick response
An in-depth look into standpipe fire hose stations. Includes the benefits of having the station in a fire protection plan and step-by-step instructions for proper use.
The Fire Equipment Manufacturers’ Association is a group that promotes fire safety through a balanced fire protection approach using multiple systems. A balanced plan includes elements like building design, alarms, extinguishers, sprinklers, and training. It ensures that reliance is not placed on just one system, because lives depend on all safeguards working together when fire strikes in the critical first minutes.
Evolving cooking appliances have created a more severe fire hazard. Learn how Class K fire extinguishers offer improved fire control and be sure to replace your Class B fire extinguishers.
This document discusses the need to replace unlined linen fire hose installations with lined fire hose. It notes that unlined linen hose does not meet OSHA or NFPA criteria due to excessive friction loss, physical deterioration, and inability to pass annual inspections and testing. The document recommends replacing all unlined linen hose with lined fire hose installed on listed semi-automatic storage devices, and inspecting, testing, and maintaining the lined hose installations in accordance with NFPA standards.
1. This document provides guidance on developing and installing lightning protection systems according to UL 96A and NFPA 780 standards. It defines key terms and outlines requirements for system certification and labeling.
2. Correct installation of UL listed components according to standards can ensure the system will be certified upon inspection. Systems are re-inspected every 5 years to check for damage.
3. The guide explains UL listing versus classification and different UL marks to identify certified products and components.
This document provides a summary of NFPA 17A, which establishes requirements for wet chemical fire extinguishing systems. It was last revised in 2002 with editorial changes to comply with NFPA style guidelines. The standard applies to pre-engineered wet chemical systems used in commercial cooking hazard applications. It provides definitions for key terms, lists referenced publications, and outlines requirements for system components, installation, inspection, testing and maintenance.
Managing industrial facilities requires balancing safety, productivity, and compliance. Facility managers must oversee complex safety systems while facing resource constraints. This document provides four tips for industrial managers: 1) Choose an experienced fire protection contractor to design and install safety systems to ensure proper installation and compliance. 2) Engage a licensed service provider with certified personnel to properly test, inspect, and maintain safety systems. 3) Use a dedicated fire safety control system rather than production control systems to ensure components work as required and testing does not disrupt operations. 4) Partner with an experienced provider to gain expertise in system design, installation, and maintenance in order to strengthen safety programs.
UL Executive Summary - Revisiting Flammable Refrigerants in HVAC Equipment an...Underwriters Laboratories
This document discusses the potential use of flammable refrigerants in HVAC equipment and appliances. It notes that while some flammable refrigerants have good environmental and performance properties, they also pose safety risks due to their flammability. The EPA regulates refrigerants through its SNAP program and has proposed rules to allow certain flammable refrigerants if equipment meets safety standards. Compliance with standards set by organizations like UL is also important for safety certification and installation. The document examines several relevant safety standards and calls for all stakeholders to fully consider risks and ensure safe use of flammable refrigerants in equipment.
This document provides the history and development of NFPA 15, the Standard for Water Spray Fixed Systems for Fire Protection. It was first adopted in 1940 and has been revised several times since then with major reorganizations in 1996 and 2001. The 2001 edition represents a complete reorganization to conform to the NFPA Manual of Style. It establishes requirements for the design, installation, and testing of water spray fixed fire protection systems.
Here is a very good materials compatibility and corrosion guide courtesy of Ashcroft.
The reference is intended to serve solely as a general guide in the recommendation of materials for corrosive services and must be regarded as indicative only and not as any guarantee for a specific service. There are many conditions which cannot be covered by a simple tabulation such as this, which is based on uncontaminated chemicals, not mixtures.
Many of the chemicals listed are dangerous or toxic. No material recommendation should be made when there is insufficient information, a high degree of risk, or an extremely dangerous chemical. The end user is responsible for testing materials in his own application, or for securing the services of a qualified engineer to recommend materials.
The end user is responsible for the choice of product(s) in his own application, based upon his own determination of the materials, chemical, and corrosion factors involved. THIS GUIDE AND ITS CONTENT ARE PROVIDED ON AN “AS IS" BASIS WITHOUT WARRANTY OF ANY KIND.
The document is a technical handbook published by Holo-Krome as a guide to dimensional, mechanical and application data for their socket screw products. It provides important limitations and notes that the data is subject to change. It is intended as a general guide and should be used in conjunction with specific design criteria and engineering principles. The handbook contains both inch and metric data organized to make finding information easy regardless of module used.
This document provides information on government hose products including warnings, specifications, service life factors, and pricing. It warns that hoses have limited lifespans based on conditions like pressure, temperature, and abuse. The document explains that hoses must be properly selected and installed to match the intended system and application. Pricing and ordering information is provided for various hose categories like air brake, fuel, hydraulic, and couplings.
This document is a technical handbook published by Holo-Krome to provide dimensional, mechanical, and application data for their socket screw products. It outlines several limitations and considerations for using the information, including that specifications may change over time and vary slightly for non-stock products. It also notes that proper screw sizes and torque depend on specific design parameters. The handbook is organized to provide both inch and metric dimensional data followed by application data for each module.
This presentation on maintenance and safety considerations for collision repair businesses was presented during August 7th, 2018 open board meeting, held by the Society of Collision Repair Specialists (SCRS). For more open meeting presentations, visit https://scrs.com/open-meeting-presentations/
Chemical engineering apparatus can be divided into proprietary equipment like pumps and filters, which are designed by manufacturers, and non-proprietary custom equipment like reactors and distillation columns. While chemical engineers are not normally involved in the detailed design of proprietary equipment, they are involved in selecting, sizing, and providing specifications for custom equipment. Chemical engineers work with mechanical designers to transmit information like vessel dimensions, but leave detailed mechanical design to specialists. All chemical engineering apparatus must be designed according to relevant codes and standards for safety.
This document provides specifications for painting and protective coatings for the Toromocho Project in Peru. It outlines health, safety and environmental requirements, quality standards, surface preparation procedures, and coating application requirements. The contractor must comply with regulations from OSHA, MSHA, EPA and other organizations. Specific coating systems are defined that must be applied according to the manufacturer's instructions. The contractor is responsible for proper storage of paints and supplies and carrying out work in a skilled manner.
This document provides specifications for Bourns' CVH252009 Series Multilayer Power Chip Inductors. It includes dimensions, electrical characteristics, recommended layout, packaging details, and performance graphs for inductance and DC resistance over current and frequency. Key applications are listed as DC/DC converters for smartphones, tablets, and other mobile electronic devices. The inductors feature a ferrite core and nickel/tin terminals in a compact 1008 case size.
Read the background information and scenario description in sectio.docxcatheryncouper
Read the background information and scenario description in sections I and II, then answer the questions in section III. Be sure you read the complete directions for preparing your case study.
I. Background: OSHA Standards and Bubba’s Materials Handling Equipment, Inc. Bubba’s Materials Handling Equipment is a small corporation that employs between 38 and 55 employees throughout any given year. This firm manufactures materials handling equipment that includes small cantilever racks; hand trucks, some specially designed for moving 55-gallon drums; and various dollies commonly used in the manufacturing sector. The facility was built in 1958 and is roughly 80,000 square feet. The firm receives raw materials in the form of round metal tubing, sheet metal, square tubing, and cold and hot rolled metal rods.
Raw materials are removed from flatbed trailers using a large LP-gas-powered forklift with the assistance of smaller LPgas-powered forklifts. These materials are stored in racks in the receiving department. From there, raw materials are moved via forklift and various heavy duty carts to the fabrication department. This department cuts, punches, bends, copes, and shears the various materials into parts used to make the final product.
The metal fabrication equipment includes two iron workers, two 70-ton part revolution mechanical power punch presses, three 250-ton part revolution press brakes, a 300-ton hydraulic press, two pipe benders, a 12-foot shear, a 10-foot shear, a mill for milling a bevel on hand truck toe plates, several off-hand grinders, and two large drill presses. The fabrication department can get quite noisy for days at a time (>85dBa), especially when making cantilever racks. Two maintenance employees keep these machines running. After being cut, punched, bent, and formed, fabricated parts go to the welding department or the Work in Process (WIP) crib. WIP includes a mezzanine and an area populated with pallet racks for storage.
In the welding department, there are 12 MIG welding machines that are used by welders to assemble the parts into the pre-finished items manufactured by the firm. The welders also use an assortment of hand-held grinders and an oxyacetylene torch. Once welded, items either go in their pre-finished condition into inventory or are further processed by the painting department. Pre-finished items that are inventoried are taken to one of two mezzanines or placed in storage racks. In the painting department, items are wiped down with various solvents and hung on an overhead hook conveyor. Items go into the paint booth where they are painted using various enamels. Xylenes and toluene are common solvents used in this operation. The paints also contain these solvents.
After painting, axles and wheels are applied, and the completed products are boxed or, depending on their size, loaded directly on trucks without packaging. Larger items, such as racks, are loaded onto flatbeds using an unmanned overhead crane cont ...
The document discusses the need for periodic inspection of fire and smoke dampers as required by NFPA and other organizations. It promotes Life Safety Services as the top company for performing these inspections, noting that they specialize in damper inspections, employ certified staff with significant experience, and provide high-quality documentation and service to help ensure compliance. A sampling of facilities they have worked with is listed.
Case ih 635 module express cotton picker service repair manualufjjsjekdkemme
This service manual provides instructions for servicing a Case IH 635 Module Express cotton picker. The document includes an introduction and overview of the machine, followed by detailed sections covering the engine, transmission, hydraulic and electrical systems, product feeding, lubrication, crop storage/unloading, platform/bodywork, and safety procedures. The engine removal process is described in 3 steps: 1) raise the module chamber and engage the hydraulic lockout, 2) disconnect batteries and drain coolant, 3) remove doors and supports to access the engine.
Case ih 635 module express cotton picker service repair manual instant downloadufdujjsjekkksem
This document is the service manual for the Case IH 635 Module Express cotton picker. It provides information on servicing various systems of the cotton picker including the engine, transmission, brakes, hydraulics, steering, cab climate control, electrical systems, product feeding, lubrication, crop storage and unloading, platform, and safety procedures. The manual contains detailed diagrams and instructions for repairing and maintaining the different components of the cotton picker.
Case ih 635 module express cotton picker service repair manualfjskkddmmmse
This document is the service manual for the Case IH 635 Module Express cotton picker. It provides information on servicing various systems of the cotton picker including the engine, transmission, brakes, hydraulics, steering, cab climate control, electrical systems, product feeding, lubrication, crop storage/unloading, platform/bodywork, and safety procedures. The manual contains detailed diagrams and instructions for repairing and maintaining the different components and systems of the cotton picker.
Case ih 635 module express cotton picker service repair manualfjjskewerkskem
This document is the service manual for the Case IH 635 Module Express cotton picker. It provides information on servicing various systems of the cotton picker including the engine, transmission, brakes, hydraulics, steering, cab climate control, electrical systems, product feeding, lubrication, crop storage and unloading, platform, and safety procedures. The manual contains detailed diagrams and instructions for repairing and maintaining the different components and systems.
Duct Hygiene is a leading specialist in commercial kitchen extraction system cleaning and maintenance services throughout the UK. They provide regular cleaning, inspections, and repairs to ensure systems comply with health, safety, and fire regulations. Their experienced technicians are trained to thoroughly clean and inspect ducts, filters, and equipment. Customers receive documentation of maintenance work through detailed reports, photographs, and certification.
Similar to Removal from Service of Obsolete Fire Extinguishers (20)
Exploiting Artificial Intelligence for Empowering Researchers and Faculty, In...Dr. Vinod Kumar Kanvaria
Exploiting Artificial Intelligence for Empowering Researchers and Faculty,
International FDP on Fundamentals of Research in Social Sciences
at Integral University, Lucknow, 06.06.2024
By Dr. Vinod Kumar Kanvaria
How to Make a Field Mandatory in Odoo 17Celine George
In Odoo, making a field required can be done through both Python code and XML views. When you set the required attribute to True in Python code, it makes the field required across all views where it's used. Conversely, when you set the required attribute in XML views, it makes the field required only in the context of that particular view.
How to Fix the Import Error in the Odoo 17Celine George
An import error occurs when a program fails to import a module or library, disrupting its execution. In languages like Python, this issue arises when the specified module cannot be found or accessed, hindering the program's functionality. Resolving import errors is crucial for maintaining smooth software operation and uninterrupted development processes.
How to Add Chatter in the odoo 17 ERP ModuleCeline George
In Odoo, the chatter is like a chat tool that helps you work together on records. You can leave notes and track things, making it easier to talk with your team and partners. Inside chatter, all communication history, activity, and changes will be displayed.
A workshop hosted by the South African Journal of Science aimed at postgraduate students and early career researchers with little or no experience in writing and publishing journal articles.
it describes the bony anatomy including the femoral head , acetabulum, labrum . also discusses the capsule , ligaments . muscle that act on the hip joint and the range of motion are outlined. factors affecting hip joint stability and weight transmission through the joint are summarized.
ISO/IEC 27001, ISO/IEC 42001, and GDPR: Best Practices for Implementation and...PECB
Denis is a dynamic and results-driven Chief Information Officer (CIO) with a distinguished career spanning information systems analysis and technical project management. With a proven track record of spearheading the design and delivery of cutting-edge Information Management solutions, he has consistently elevated business operations, streamlined reporting functions, and maximized process efficiency.
Certified as an ISO/IEC 27001: Information Security Management Systems (ISMS) Lead Implementer, Data Protection Officer, and Cyber Risks Analyst, Denis brings a heightened focus on data security, privacy, and cyber resilience to every endeavor.
His expertise extends across a diverse spectrum of reporting, database, and web development applications, underpinned by an exceptional grasp of data storage and virtualization technologies. His proficiency in application testing, database administration, and data cleansing ensures seamless execution of complex projects.
What sets Denis apart is his comprehensive understanding of Business and Systems Analysis technologies, honed through involvement in all phases of the Software Development Lifecycle (SDLC). From meticulous requirements gathering to precise analysis, innovative design, rigorous development, thorough testing, and successful implementation, he has consistently delivered exceptional results.
Throughout his career, he has taken on multifaceted roles, from leading technical project management teams to owning solutions that drive operational excellence. His conscientious and proactive approach is unwavering, whether he is working independently or collaboratively within a team. His ability to connect with colleagues on a personal level underscores his commitment to fostering a harmonious and productive workplace environment.
Date: May 29, 2024
Tags: Information Security, ISO/IEC 27001, ISO/IEC 42001, Artificial Intelligence, GDPR
-------------------------------------------------------------------------------
Find out more about ISO training and certification services
Training: ISO/IEC 27001 Information Security Management System - EN | PECB
ISO/IEC 42001 Artificial Intelligence Management System - EN | PECB
General Data Protection Regulation (GDPR) - Training Courses - EN | PECB
Webinars: https://pecb.com/webinars
Article: https://pecb.com/article
-------------------------------------------------------------------------------
For more information about PECB:
Website: https://pecb.com/
LinkedIn: https://www.linkedin.com/company/pecb/
Facebook: https://www.facebook.com/PECBInternational/
Slideshare: http://www.slideshare.net/PECBCERTIFICATION
Strategies for Effective Upskilling is a presentation by Chinwendu Peace in a Your Skill Boost Masterclass organisation by the Excellence Foundation for South Sudan on 08th and 09th June 2024 from 1 PM to 3 PM on each day.
How to Build a Module in Odoo 17 Using the Scaffold MethodCeline George
Odoo provides an option for creating a module by using a single line command. By using this command the user can make a whole structure of a module. It is very easy for a beginner to make a module. There is no need to make each file manually. This slide will show how to create a module using the scaffold method.
Natural birth techniques - Mrs.Akanksha Trivedi Rama University
Removal from Service of Obsolete Fire Extinguishers
1. FIRE EQUIPMENT MANUFACTURERS' ASSOCIATION Executive Director: THOMAS ASSOCIATES, INC.
1300 Sumner Avenue, Cleveland, Ohio 44115‐2851 • Telephone: 216‐241‐7333 • Fax: 216‐241‐0105
E‐Mail: fema@femalifesafety.org • www.femalifesafety.org • www.rackhosetraining.com • www.firesystemstraining.org
REMOVAL FROM SERVICE OF OBSOLETE FIRE EXTINGUISHERS
The members of the Fire Equipment Manufacturers Association (FEMA) are in the business of providing the very best hardware for fighting fires. Portable fire extinguishers are a critical component of a balanced fire protection plan. Extinguishers are a proven tool that can be used in the beginning stages of a fire to significantly minimize the risk of death, injury, and property loss. Manufacturers invest heavily in research and development to find an optimum combination of hardware and extinguishing agent. Operator safety and fire fighting performance are the primary concerns as extinguishers are brought to the market.
The members of the National Association of Fire Equipment Distributors (NAFED) and other qualified fire equipment distributors know that an essential part of good fire protection is maintaining equipment so that it will be ready anytime that an emergency occurs. The protection of life and property should not be compromised. Therefore the service of portable fire extinguishers has to be done according to recognized standards.
Questions sometimes arise about maintaining extinguishers versus removing from service extinguishers manufactured by companies no longer in business (such as General Fire Extinguisher Company, Fyr-Fyter, Power-Pak, Norris, RC Industries, and others) and about extinguishers that have been declared obsolete by existing manufacturers or extinguishers whose parts or recharge agent is no longer available. There is no question about removing from service the extinguishers that have been the subject of product recalls or extinguishers that have been ordered removed from service by authorities (such as carbon tetrachloride, chlorobromomethane, soldered or riveted self generating soda acid & chemical foam, gas cartridge water type that are operated by inverting the extinguisher to rupture the cartridge.)
History has shown us that the use of components not specified as part of an extinguisher’s listing can cause dangerous and even life threatening results. Pressure relief devices, safety disks, and gauges as well as o-rings and valve stems are made to exact tolerances. Substituting non-listed parts can be extremely dangerous to service technicians and to users. Hoses and nozzles are matched to chemical characteristics to give measured flow rates and nozzle pressures. Extinguisher shell and agent must be compatible. Agent quality including the amount of active agent & chemical fines and inert materials is unique to each extinguisher type and manufacturer. Non-listed extinguisher agents with different flow characteristics have been shown to fail to discharge effectively. Agents must be tested with each individual extinguisher by a nationally recognized testing laboratory to assure required discharge times, discharge range, discharge flow rates and fire performance. Extinguisher users must be able to count on the listed performance of an extinguisher for their safety.
2. FEMA offers the following information to help clarify when a fire extinguisher should no longer be kept in service due to its lack of a recognized listing.
CODES &STANDARDS
There are legal requirements that call for the provision and maintenance of “listed” fire extinguishers. Most states have adopted NFPA 10 through their building and fire prevention codes. OSHA has required “listed” extinguishers since its enactment in 1970. If an extinguisher is no longer considered “listed” it cannot be used to satisfy the requirements of the states or the federal government.
FEMA members produce extinguishers according to Underwriters Laboratories Inc. (UL) standards including ANSI / UL 8, ANSI /UL 154, ANSI /UL 299, ANSI / UL 626, and ANSI / UL 1093. Extinguishers are tested for performance per ANSI / UL 711. The combination of hardware and agent are incorporated as part of an extinguisher’s listing.
The 2002 edition of NFPA 10 tells us that extinguishers “… shall be listed and labeled …” (1.3.1), “No fire extinguisher shall be converted from one type to another, nor shall any fire extinguisher be converted to use a different type of extinguishing agent …” (6.4.1.4), and that maintenance must be done using “… the proper types of tools, recharge materials, lubricants and manufacturer’s recommended replacement parts or parts specifically listed for use in the fire extinguisher” (6.1.4). NFPA 10 further informs us that “…Only those agents specified on the nameplate or agents proven to have equal chemical composition, physical characteristics and fire extinguishing capabilities shall be used. Agents listed specifically for use with that extinguisher shall be considered to meet these requirements” (6.4.3.1).
Federal regulations contained in 29 CFR Part 1910 state that “ … Only approved portable fire extinguishers shall be used to meet the requirements of this section” (1910.157 (c)(2). The definition of “approved’ is found in 1910.155 (3) “…Equipment is listed if it is a kind mentioned in a list which is published by a nationally recognized testing laboratory which makes periodic inspections of the production of such equipment and which states that such equipment meets nationally recognized standards …”
Additional federal requirements contained in 29 CFR 1910.1200 Hazard Communication Standard are meant to assure that chemicals entering the workplace match the labels on their containers. Labels on extinguishers meet this requirement only if the corresponding extinguishing agent is inside the extinguisher.
In recent correspondence, UL has clarified for us that an extinguisher would not be considered listed unless that extinguisher was serviced according to the manufacturer’s manuals. Parts used for service must be those shown on the nameplate and in the manufacturer’s manuals. Extinguisher agents must be that shown on the nameplate or be an agent that is specifically UL Classified for use in the specific manufacturer model extinguisher being recharged. When proper parts or agent are not used or are not available, the listing cannot be maintained.
3. LIABILITY
Liability for servicing these extinguishers, particularly those manufactured by companies that have long been out of business, rests solely with the extinguisher service company and its components supplier. No one else is around to answer questions either in or out of court. Only the insurance policies of the fire extinguisher service company and the end-user are available to back up any problems during an incident. Given the age and antiquated design of the extinguisher, an argument could be made that problems are more likely to arise with older, outdated equipment than with newer equipment that meets current design standards. Warranties, even if the manufacturer of the equipment is still in business, have long since expired. An older extinguisher could have been made by a quality conscious manufacturer that is still in business but that same manufacturer recommended that the units be removed from service and has not made parts available.
Service companies that use recognized parts and agents protect their license, will help avoid claims against their products liability insurance policy, and will protect their good reputation and public trust.
ANTIQUATED EXTINGUISHERS
In today’s tight labor market with costs for energy, insurance, vehicles and real estate soaring, it is a mistake to assume that labor-intensive service work on antiquated extinguishers is always profitable. Without using some form of Activity Based Costing, it is difficult to determine exact costs of service. A 24-year-old extinguisher that is due for its second hydrostatic test (and which should have had two 6-year service maintenance recharges) must be removed from its location and an extinguisher of equal or greater rating put in its place. It will be carried to a service company truck, tagged for tracking and transported to the shop. At the shop it will be unloaded, discharged, labeled for disassembly, hydrostatically tested, dried, recharged and then transported back to the end-user where it is placed back in service and the loaner is picked up. Many end-users have a policy regarding replacement costs. If the cost of repairs/service work exceed a certain percentage (often 50%) of the cost to replace the equipment, they would rather replace it and take advantage of a new warranty. However if service is done and assuming that it doesn’t leak, how much time has been spent in total on this extinguisher? And at the end of all of that time, the end-user has a 24-year-old extinguisher. If a service company uses parts or agent not approved, what happens if it leaks? What happens if it fails to discharge properly? What happens if someone is injured?
CONCLUSIONS
There are extinguishers in the marketplace that should be removed from service because they are obsolete. This should be done first and most importantly to insure life safety. We are in the business of protecting life and property. Federal and state regulations require approved and listed extinguishers for code compliance. Federal requirements require contents in an extinguisher to match the label. Underwriters Laboratories, Inc. requires servicing to be performed using parts and recharge agents that will maintain the extinguisher’s listing. Improper parts or agent will cause the extinguisher to loose its status as listed.
By removing obsolete extinguishers customers gets new equipment that meets current standards. Both the service company and the customer will benefit from a fresh factory
4. warranty and the liability issue is avoided. At the same time the service company will likely benefit from a more profitable transaction.
Prepared by the members of FEMA’s Portable Division
Visit our website on Balanced Fire Protection at – www.femalifesafety.org