What are the fire protection acceptance standards? How should fire emergency lights and evacuation instructions be placed?

Fire protection acceptance specification standards:

GB50016-2014 "Code for Fire Protection Design of Buildings"

GB50898-2013 "Technical Specification for Water Mist Fire Extinguishing System"

GB50084-2005 "Design Code for Automatic Sprinkler Systems"?

GB50116-2013 "Design Code for Automatic Fire Alarm"

GB25506-2010 "General Technology for Fire Control Rooms" Requirements"

GB50140-2005 "Design Specifications for Configuration of Fire Extinguishers in Buildings"

GB50338-2003 "Design Specifications for Fixed Fire Cannon Fire Extinguishing Systems"

GB25204-2010 "Automatic Tracking and positioning jet fire extinguishing system"

GB50222-2015 "Fire protection code for interior decoration design of buildings"

GB50370-2005 "Design code for gas fire extinguishing system"

GB12955- 2008 "Fire Door Specification"

GB14287.4-2014 "Electrical Fire Monitoring System"

GB16280-2014 "Linear Temperature Fire Detector"

GB50067-2014 "Code for Fire Protection Design of Garages, Garages, and Parking Lots"

GB50098-2009 "Code for Fire Protection Design of Civil Air Defense Projects"

GB50303-2011 "Construction of Building Electrical Engineering Quality Acceptance Specifications"

GB50242-2002 "Construction Quality Acceptance Specifications for Building Water Supply, Drainage and Heating Engineering"

GB50261-2005 "Construction and Acceptance Specifications for Automatic Sprinkler Fire Extinguishing Systems"

GB50166-2007 "Code for the Construction and Acceptance of Automatic Fire Alarm Systems"

GB50339-2013 "Code for Quality Acceptance of Intelligent Building Projects"

GB50281-2006 "Construction and Acceptance of Foam Fire Extinguishing Systems" and Acceptance Specifications"

GB50354-2005 "Construction and Acceptance Specifications for Fire Protection of Interior Decoration of Buildings"

GB50263-2007 "Construction and Acceptance Specifications for Gas Fire Extinguishing Systems"

GB50169-2006 "Code for Construction and Acceptance of Grounding Devices in Electrical Installation Engineering"

GB17945-2010 "Fire Emergency Lighting and Evacuation Instruction System"

GB50877-2014 "Fire-proof Roller Shutter Fire Door Specifications for the construction and collection of fireproof windows"

CECS154-2003 "Technical Regulations for the Application of Fireproof Sealing in Buildings"

GA98-2005 "Fireproof Coatings for Concrete Structures"

GB50235 -2010 "Code for Construction and Acceptance of Industrial Metal Pipe Engineering"

GB50184-2011 "Code for Construction Quality Acceptance of Industrial Metal Pipe Project"

GB50236-2011 "Construction of Industrial Pipe Welding Engineering of Field Equipment and Acceptance Specifications"

GB50300-2013 "Uniform Standard for Construction Quality Acceptance of Construction Projects"

Fire emergency lights should be placed on the top of the exit, the upper part of the wall or the ceiling to provide emergency evacuation illumination.

The evacuation indicator light should be placed on the wall at the corner of the corridor and the wall, which is less than 1.0m above the ground.

Evacuation indicator light:

Evacuation indicator light is suitable for fire emergency lighting. It is the most common lighting tool in fire emergency. It has a long emergency time, high brightness and automatic power-off function. Emergency function. Fire evacuation sign lights have the characteristics of low power consumption, high brightness, and long service life. They are designed with power switches and indicator lights on the side. They are suitable for emergency lighting in factories, hotels, schools, units and other public places in case of power outages. use. The fire evacuation indicator light is made of industrial plastic and high-brightness light bulbs. The color is mainly white, with two arrows on the surface. The material does not age, has fast heat dissipation, and is impact resistant. Fire evacuation indicator lights are available in wall-mounted, portable, and hanging installation methods.

The fire emergency lighting system mainly includes accident emergency lighting, evacuation exit signs and indicator lights. It is set up to cut off the normal lighting power supply in the event of a fire to guide trapped personnel to evacuate or launch fire-fighting and rescue operations. However, during daily inspections, it was discovered that there were many problems in the selection, installation and use of fire evacuation indicating lamps. Therefore, reasonable selection of the power supply control method and wiring method of the emergency lighting system, as well as daily maintenance work, will directly affect the performance of the fire emergency lighting system.

Fire emergency lights:

Their main function is to provide safe evacuation of personnel, persistence of work in special positions, and fire fighting and rescue operations when the normal lighting system can no longer provide lighting during a fire. Guarantee, the most basic requirement of the setting is that people in the building can easily identify the location of the safety exit and the prescribed evacuation route by using a certain amount of illumination, no matter where they are in the public area.

Setting scope

1. Closed stairwells, smoke-proof stairwells and their front rooms, the front rooms of fire elevators or shared front rooms;

2 , fire control room, fire pump room, self-contained generator room, power distribution room, smoke prevention and smoke exhaust machine room, and other rooms that still need to work normally in the event of a fire;

3. Auditorium, construction area Exhibition halls, business halls, multi-functional halls, restaurants with an area of ??more than 400m2, and studios with a building area of ??more than 200m2;

4. Underground or semi-underground buildings or public spaces in basements or semi-basements with a building area of ??more than 300m2 ***Mobile room;

5. Evacuation walkways in public buildings.