Which places in the fire engineer exam need to be equipped with Class A fire doors, and it is hard t

Doors on firewalls between fireproof partitions; The door between the fire elevator shaft, the machine room and the elevator shaft and the machine room; The door to the basement computer room; the door of the above-ground substation and distribution room; the door of the equipment room of the high-rise building; the door of the fire pump room; a door on the firewall of the library's stacks; Doors to the interior walls of the computer room; doors on car ramps; a door adjacent to the stage opening; Doors for lighting control and other equipment for sports competitions.

The use of Class B fire doors can be, Class A fire doors are too high requirements, of course, the use of fire protection requirements.

Code for Fire Protection in Building Design

clearly requires: the door of the fire control room to the building should be a Class B fire door.

The fire control room, the equipment room of the fixed fire extinguishing system, the fire pump room and the ventilation and air conditioning machine room attached to the building shall be separated from other parts by partition walls and floor slabs with fire resistance limits not lower than them. The ventilation machine room installed in the class D and E workshops shall be separated from other parts by partition walls and floor slabs with fire resistance limits not lower than them. Unless otherwise specified in this code, the doors on the partition wall shall be Class B fireproof doors.

gb50016—2006）

Summary. Hello, dear. 1. The doors and windows on the firewall should be Class A fireproof doors and windows (fixed or have a self-closing function in case of fire).

2. The fire elevator shaft, the machine room and the adjacent elevator shaft and the machine room should be separated by a partition wall with fire resistance limit, and the door on the partition wall should be a Class A fire door. 3. The doors of the equipment room, ventilation and air-conditioning room of the automatic fire extinguishing system of high-rise buildings shall be Class A fire doors. 4. The fire pump room of high-rise buildings should be directly connected to the outside on the first floor; At other floors, the safety exit should be straightened out; The fire resistance limit of the partition wall separated from the other parts, the floor slab is.

The door should be a Grade A fire door.

Hello, dear. Fire door requirements for fire control wheel chamber: 1

The linkage door closer can keep the fire door open when it is energized, and the reputation is convenient for passage and ventilation; In case of fire, close the fire door by itself after the power is off, and feedback the door closing signal to the fire control room. 2.When the door is closed when it is not a fire alarm, it can be closed by pressing the red manual wax virtual block switch.

Hello, dear. 1. The doors and windows on the firewall should be Class A fireproof doors and windows (fixed or have a self-closing function in case of fire). 2. The fire elevator shaft, the machine room and the adjacent elevator shaft and the machine room should be separated by a partition wall with fire resistance limit, and the door on the partition wall should be a fire door.

3. The doors of the equipment room, ventilation and air-conditioning room of the automatic fire extinguishing system of high-rise buildings shall be Class A fire doors. 4. The fire pump room of high-rise buildings should be directly connected to the outside on the first floor; At other floors, the safety exit should be straightened out; The fire resistance limit of the partition wall separated from the other parts of the cracked skin position, the floor floor difference plate is. The door should be a Grade A fire door.

1. Except for the equipment floor without combustibles, the building with indoor fire hydrants shall be equipped with fire hydrants on each floor.

The fire hydrant of the unit-type and tower-type house should be arranged on the first floor of the stairwell and the rest platform of each floor, and when it is difficult to set up 2 fire standpipes, 1 fire standpipe can be set up, but the double-port double-valve fire hydrant must be used. The dry fire hydrant riser should be provided with a quick interface and a check valve that is convenient for the water supply of fire trucks at the outlet part of the first floor;

2. Fire hydrants should be set up in the front room of the fire elevator room;

Indoor fire hydrants should be installed in obvious locations and easy to manipulate. The height of the bolt mouth from the ground or the operating base surface should be high, and the direction of its water outlet should be downward or at an angle of 90 ° with the wall where the fire hydrant is arranged; The distance between the bolt mouth and the inner edge of the fire hydrant box should not affect the connection of the fire hose;

4. The fire hydrant in the cold storage should be set up in the hall or stairwell at room temperature;

The spacing of indoor fire hydrants should be determined by calculations. The spacing of indoor fire hydrants in high-rise factories (warehouses), high-bay warehouses and Class A and B workshops should not be greater than; The spacing of indoor fire hydrants in other single-storey and multi-storey buildings should not be greater than;

6. Fire hydrants, water cannons and hoses of uniform specifications should be used in the same building. The length of each hose should not be greater than;

The arrangement of indoor fire hydrants should ensure that each fire zone has two water guns on the same floor, and the water column reaches any part at the same time. For multi-storey warehouses with a building height of less than or equal to and a volume of less than or equal to 5000m3, one water gun can be used to fill the water column to reach any part of the room.

The water column of the water gun should be calculated and determined, and the class A and B workshops, public buildings with more than 6 floors and factories (warehouses) with more than 4 floors should not be less than; High-rise factories (warehouses), high-bay warehouses and shops, gymnasiums, theaters, auditoriums, exhibition buildings, stations, docks, airport buildings, etc. with a volume greater than 25,000 m3 should not be less than; Other buildings, should not be less than;

8. High-rise factories (warehouses) and other buildings where the static pressure of high-level fire water tanks cannot meet the water pressure requirements of fire hydrants at the most unfavorable points should be set up at each indoor fire hydrant to directly start the fire pump, and there should be protection facilities;

9. When the water outlet pressure at the mouth of the indoor fire hydrant is greater, a pressure reducing facility should be set up; When the hydrostatic pressure is greater, the zonal water supply system should be used;

10. For buildings with indoor fire hydrants, if they have flat roofs, it is advisable to set up fire hydrants for testing and transporting stools for inspection on the flat roof.

The fire engineer examination requires a college degree or above, and meets the corresponding working years, and the fire engineer examination takes 3 subjects, namely "Fire Safety Technical Practice", "Fire Safety Technology Comprehensive Ability" and "Fire Safety Case Analysis".

1. Obtained a college degree in fire protection engineering, and worked for 6 years, including 4 years in fire safety technology; Or obtain a college degree in fire protection engineering or related majors, and work for 7 years, including 5 years in fire safety technology.

2. Obtain a bachelor's degree or degree in fire protection engineering, and work for 4 years, including 3 years in fire safety technology; Or obtain a bachelor's degree in fire protection engineering or related majors, and work for 5 years, including 4 years in fire safety technology.

3. Obtain a double bachelor's degree or graduate degree including fire protection engineering, and work for 3 years, including 2 years in fire safety technology; Or obtain a double bachelor's degree or graduate degree in fire protection engineering related majors, and work for 4 years, including 3 years in fire safety technology.

4. Obtain a master's degree or degree in fire protection engineering, and work for 2 years, including 1 year in fire safety technology; Or obtain a master's degree or degree in fire protection engineering or related majors, and have worked for 3 years, including 2 years in fire safety technology.

5. Obtain a doctorate degree or degree in fire protection engineering, and have been engaged in fire safety technology for 1 year; Or obtain a doctoral degree or degree in fire protection engineering or related majors, and have been engaged in fire safety technology for at least 2 years.

6. For those who have obtained the corresponding academic qualifications or degrees in other majors, their working years and the working years of fire safety technology will be increased by 1 year.

The first-level fire engineer examination consists of three subjects: "Fire Safety Technical Practice", "Fire Safety Technology Comprehensive Ability" and "Fire Safety Case Analysis".

The test questions of "Fire Safety Technical Practice" mainly involve burning blind foundations, building fire prevention, fire protection facilities, fire prevention of other buildings and fire safety evaluation.

The test questions mainly involve laws and regulations, professional ethics, building fire prevention, fire protection facilities, fire safety management and fire safety assessment.

Fire Safety Case Analysis" test questions are mainly multiple-choice questions, error correction, short-answer questions, and fault analysis.

Fire engineer is very worthwhile, the examination of the fire engineer, not only can be a fire construction worker, fire project manager, fire engineering budget officer, data clerk, but also as a business manager, mechanical and electrical engineer, project manager, fire engineer and other popular positions, it is relatively easy to find a job and the employment pressure is small.

Obtaining the qualification certificate of first-class registered fire worker grinding stroke engineer can be hired as an engineer, and it is a necessary condition for applying for the title of senior engineer in fire protection professional in the field of fire protection facility testing.

Fire engineers can be used as a basis for the title examination, can be judged engineers, belong to the management of the public security fire department, registered by the provincial fire department, and do not conflict with the construction certificate, they are two different management departments, and the departments are not networked.

The first-level fire engineer qualification examination "Fire Safety Technology Chain Practice" and "Fire Safety Technology Comprehensive Ability" subject test question types are multiple-choice questions, consisting of 80 single choice and 20 multiple choice, and candidates need to use 2B pencil to fill in the answer sheet to answer. The examination arrangements for each subject of fire protection engineer are as follows:

Fire Safety Technical Practice:Hour in length, objective questions (80 single-choice questions, 20 multiple-choice questions), full score of 120 points;

Comprehensive ability of fire safety technology:Hour in length, objective questions (80 single-choice questions, 20 multiple-choice questions), full score of 120 points;

Fire Safety Case Study:The duration is 3 hours, and there are 6 subjective questions, with a full score of 120 points.

Precautions for first-class fire engineer Yan Cha Sun:

Candidates should bring a black ink pen, a 2B pencil, an eraser, and a silent calculator with no text function for the exam. Electronic notepads, mobile electronic devices such as mobile devices are not allowed, and those that have been brought into the seat of the examination room must be cut off from the power supply and stored in the designated place with other items. Scratch paper is available in the examination room, after the test**.

The examinations for each subject are in a closed-book format. Candidates will not be allowed to enter the venue 5 minutes after the start of the test; Candidates can only hand in their papers and leave the venue 120 minutes after the start of the test. Candidates are not allowed to re-enter the examination room after leaving the room.

After printing the admission ticket, candidates should arrange the travel time reasonably and quietly according to the traffic conditions of the knowledge points, and try to choose public transportation to avoid mistaking the test.

Get free learning materials and knowledge maps for registered fire engineers.

Grade A fire doors.

The use of the site has all high-rise buildings.

In the middle and underground storage rooms, and in the rooms where the danger is greater.

1. In high-rise buildings.

It is very important to install fire doors, and according to the purpose of the room, the firewall and fire door are also required, such as equipment room, air conditioning room, etc., such a room, the fire resistance limit shall not be lower than the partition wall, the floor, and the Class A fire door, and the other parts are separated from it.

2. In the underground storage room.

If there is a combustible material that weighs more than 30kg of room partition walls, what are the fire resistance limits? In fact, the requirements should not be lower, and what level of fire door should be adopted for the door! In order to prevent the occurrence of fire, Class A fire doors are the best choice.

3. In many dangerous rooms.

Firewalls and fire doors need to be installed to keep us safe. When we enter the room, when we open the firewall, the fire door will also be lowered, and the most convenient way to do this is to set the fire door to close automatically. Depending on the degree of danger of the house, the level of the fire door should also be changed.

Fire doors can be divided into Class A fire doors, Class B fire doors, and Class C fire doors according to the fire resistance time limit.

Fire doors are generally mainly used in high-rise buildings, such as residential areas, residences, shopping malls, etc.

Grade A fire doors are generally used in power distribution rooms, transformer rooms, boiler rooms, air-conditioning machine rooms, etc. in high-rise buildings;

Class B fire doors are generally used in staircases and passages;

Class C fire doors are generally located at tube wells and ventilation ducts.

The location of the fire partition needs to be set.

No, you don't.

The Code for Fire Protection Design of Buildings clearly requires:The door of the fire control room to the building should be a Class B fire door.

The difference between a Class A fire door and a Class B fire door:1.Differences in fireproof materials:

The thickness of the steel plate of the door frame and door leaf of the Class A fire door and the Class B fire door is the same, and the difference in the material is the thickness of the built-in fireproof perlite wool, the thickness of the perlite wool of the Class A fire door is 52mm, and the thickness of the perlite wool of the Class B fire door is 46mm;

2.Different locations of use: Class A fire doors are generally used in important fire passages and flammable and explosive places such as computer rooms, oil depots, and warehouses; Class B fire doors are generally used in ordinary fire escapes, so Class B fire doors are used in more places than Class A fire doors;

3.The time limit for fire prevention is different: the time limit for Class A fire doors is hours, and the time limit for Class B fire doors is hours.

For the door leading from the fire control room to the building, the code has clear requirements that Class B fire doors should be used.

For the door of the fire control room directly to the outside, the specification does not have clear requirements, which can be determined according to the actual situation.

Code for fire protection of civil air defense engineering design GB50098-2009

The following places shall be separated from other places by partition walls and floor slabs with a fire resistance limit of not less than 2h, and shall comply with the following provisions:

1. Normally closed Class A fire doors should be set on the walls of fire control rooms, fire pump rooms, smoke exhaust machine rooms, fire extinguishing agent storage bottle rooms, power transformation and distribution rooms, communication rooms, ventilation and air-conditioning rooms, and rooms with an average storage capacity of combustibles exceeding 30kg of fire load density;