Protecting large premises from fire

This webinar will explain the key benefits of protecting large premises with optical beam smoke detection. These premises can include warehouses, airports, factories, or any building with high ceilings.

It will assist in the task of choosing the best beam smoke detector technology options available today, help in preparing the specification of the fire protection system and providing the most cost-effective solution that meets the needs of the user.

It will also give you an in-depth look into the advancement of beam smoke detection technology.

After reviewing the history of beam smoke detectors, the course describes various principles of advanced technology and delves deep into which premises are most suitable to be protected by beam smoke detection. It also highlights where mistakes have been made by using point detectors, sprinkler systems and other technologies which have not been suitable for the needs of the user or the building, followed by examples. Learning objectives:

• Understand how far smoke detection has come.
• Know the difference between different smoke detection principles.
• Discern which smoke detection technology is the best solution.

Please complete the registration form:

Disclaimer: Please note by registering you agree to be contacted by FFE Ltd

Presenter: Allen R. Brier, US and Canada Sales Engineer for FFE

I have worked in the Fire Alarm and Fire & Gas Detection industry since 1982 and have been with FFE since March of 2021.

My qualifications include NICET Level IV in Fire Alarm Systems, Level II in Special Hazards and Level I in Industrial Instrumentation. I have worked for designers, installers, engineering companies and end users and now enjoy working for a manufacturer of life safety devices.

I currently hold a Texas Fire Alarm Planning Superintendent License and have been licensed in Louisiana, New Jersey and Alaska.

I’m proud to be in a position to provide products, services and guidance to customers that protects lives and assets.

Allen R. Brier