Brk smoke alarm user manual

 · All BRK® and First Alert® Smoke Alarms conform to regulatory requirements, including UL and are designed to detect particles of combustion. Smoke particles of varying number and size are produced in all fires. Ionization technology is generally more sensitive than photo-. BRK electronic YR Manuals: BRK electronic Smoke Alarm YR Specification sheet (2 pages, Mb) BRK electronic Smoke Alarm YR Operation user’s manual (5 pages) 6: BRK electronic AC Manuals: BRK electronic Smoke Alarm . BRK electronic Smoke Alarm User Manual. Open as PDF. of 2 1 2 3. INTRODUCTION. Thank you for choosing BRK Brands, Inc. for your Smoke and Carbon. Monoxide Alarm needs. You have purchased a state-of-the-art Smoke CO Alarm designed to provide you with early warning of a fire or Carbon.

First Alert B Smoke Alarm User Manual. Open as PDF. of 7 TABLE OF CONTENTS. Thank you for choosing BRK Brands, Inc. for your Smoke Alarm needs. On ceilings,install Smoke/CO Alarms as close to the center of the ceiling as possible. If this is not possible, install the Smoke/CO Alarm at least 4 inches (mm) from the wall or corner. This user’s manual contains important information about your Smoke Alarm’s operation. If you are installing the Smoke Alarm for use by others, you must leave this manual — or a copy of it — with the end user. Printed in Mexico M K1 08/08 All First Alert® and BRK® Smoke Alarms conform to regulatory. Alarms should be placed between 4 inches ( mm) and 12 inches ( mm) from the wall/ceiling line, below typical “dead air” spaces. O. n a peaked, gabled, or cathedral ceiling, i. nstall the first Smoke Alarm within. 3 feet ( meters) of the peak of the ceiling, measured horizontally.

The page is about user manuals, installation instructions, specifications, pictures and questions and answers of First Alert BRK B USER'S MANUAL. SMOKE ALARMS. ELECTRICAL SHOCK HAZARD. Turn off the power to the area where. the Smoke Alarm is installed before removing. USER'S MANUAL SMOKE ALARMS Smoke particles of varying number and size are produced in all fires. Ionization technology is generally more sensitive than.