Fuji access control MF211 fire how to access

How did the fire department that needs a professional to pick up the access card you said intervene?

How to enter Fuji Access Control MF211 Fire Protection? This has to be connected between the corresponding manufacturer and the fire protection application system, which cannot be solved in a simple sentence or two.

If you want to intervene with Fuji access control fire control that you are asking about, you need to connect the fire protection system through its special fire protection interface, and this is the only way.

Hello, call the after-sales customer service, and they will arrange personnel to come to repair and install.

In fact, Fuji access control this,You can add the fire side in the system.,These can all be added.,These can be added in the settings.。

No, you actually bring meals one by one when the fire accesses, you can pass the key card.

Fuji access control can intervene in his fire control, because his fire protection and radiation are connected by the access control.

The following is an example of our access controller access: other manufacturers are roughly the same; 1. The "broken glass alarm" is connected to the alarm input terminal of the access control controller to realize the broken glass to open the door and alarm in an emergency. 2. Place the access controller.

In the process of access, you can directly use a data cable, and then connect it to complete the access.

This technique is relatively simple, because this thing can be used directly, very easily, and without problems.

Fuji access control ff211 fire how to access this you can follow the instructions to access it, very simple.

The hardware aspects of building a finished fire protection system include:

1. Ventilation equipment and protection systems, such as ventilation, smoke exhaust systems, nitrogen-rich equipment, etc. All kinds of equipment should be intrinsically safe.

2. Fire extinguishing equipment, such as: automatic fire alarm system, automatic fire extinguishing system, fire extinguishing equipment, fire truck, protective rescue equipment, etc.

Software aspects include:

1. Specialized fire protection organizations and personnel.

2. Fire safety management system, job responsibilities of fire personnel, fire prevention responsibilities of key positions, etc.

3. Fire prevention operation specifications, operation documents, etc.

4. Fire emergency plan and drill.

5. Fire safety training system.

The driver and loop you said belong to the software, and the module is the hardware, they have a clear division of labor, the hardware is like a platform to provide the software with a place to need, and the software is like a porter, on which all kinds of work are carried out. It is generally a combination of hard and soft. This will be the best possible time.

The module is hardware, the loop, and the driver is software, and the loop ensures that the circuit is directly connected in case of fire problems, and the driver is the software driver trigger of the loop, and the module is to ensure that the module program is normal.

Weak current systems generally cover:

1. Comprehensive.

In general, weak current system engineering refers to the second type of application. These include:

1. TV signal engineering, such as TV monitoring system, cable TV.

2. Communication engineering, such as **.

3. Intelligent fire protection engineering.

4. Sound reinforcement and sound engineering, such as background broadcasting in the community and background in the building.

5. Integrated wiring engineering, mainly used for computer networks.

1. Weak current system refers to the power supply system below AC 36V and DC below 24V.

There are too many weak current systems PLC these are. Photoelectric switches, all kinds of weak current components are in the weak current range.

The problem is too big, too general, and the system is called differently for each airport. I summarize here the weak current system that the airport generally needs for reference. Computer room engineering (convergence processing center of all systems), network system (internal affairs network, Internet, etc.), first-class system (now IP** system), integrated wiring system (wiring summary system of some systems), public address system, LED display system, lighting system, security system, access control system, fire protection system, parking lot management system and so on.

This is a general system, and the more professional ones are aircraft-related departure control systems, berth guidance systems, flight management systems, etc., of course, these systems are also based on the above general systems. And all of these systems are interrelated and mutually referencing, and the overall architecture is quite large.

Generally, BAI refers to the system of communication, video, intelligence and other products used below the 36V safe voltage.

DAO (system), this kind of system (system) is collectively referred to as the special and weak current system (system).

Includes: Genus.

1. Integrated wiring system to system, since.

There are two main types of weak electricity, one is the safety voltage and other levels stipulated by the DU state and the low voltage power such as the control voltage.

Separation of version current and DC, AC 36V or less, DC 24V or less, such as 24V DC control power supply, or emergency lighting backup power supply. The other type is information sources containing voice, images, data and other information, such as **, television, computer information. People are accustomed to calling the technology of weak current as weak current technology.

It can be seen that the basic meaning of weak current technology of intelligent buildings is still weak current technology in the original sense. However, with the rapid development of modern weak current high-tech, weak current technology in intelligent buildings is more and more widely used. Such as intelligent fire protection system, monitoring system, computer network, building automation, intelligent broadcasting and so on.

The degree of application of weak current technology determines the degree of intelligence of intelligent buildings. Weak current system engineering refers to the second type of application. These include:

1. TV signal engineering, such as TV monitoring system, cable TV. 2. Communication engineering, such as **. 3. Intelligent fire protection engineering.

4. Sound reinforcement and sound engineering, such as the background of the community, the background of the building. 5. Integrated wiring engineering, mainly used for computer networks. With the rapid development of computer technology, the rapid and powerful software and hardware functions, and the perfect combination of various weak current system engineering and computer technology, the various classifications in the past are no longer as clear as before.

The integration of various projects is system integration.

Chengdu 007 Technology Weak Current Company: Weak current projects are generally these types (1) ** communication systems.

2) Computer LAN system.

3) Broadcast system.

4) Cable TV signal distribution system.

5) Security monitoring system.

6) Fire alarm system.

7) Access control system.

8) Parking lot charge management system.

9) Building automation system.

Other more detailed and high-end, intelligent weak current is the trend of future development, integrated in the original system, simple operation and management, more energy-saving, more humane.

Weak current system, system integration, intelligent building three connection and difference explanation.

A classification of electrical applications, corresponding to high-voltage systems.

The integrated wiring system can be divided into six parts, of which three subsystems: wiring (horizontal) subsystem; trunk (vertical) subsystems; building complex subsystem; Plus three parts: workspace, equipment room, management.

1. The requirements for storage items are different.

Class warehouse: liquids with a flash point greater than or equal to 60; Combustible solids, Class C plants are a fire hazard. Follow the fire hazard classification for production and storage, the classification requirements for high-rise public buildings, the classification of fire resistance classes for industrial and civil buildings such as factories, warehouses, residential and public buildings, and the fire resistance limits of building components.

Warehouse-like: The items are not combustible and are characterized by flames or high temperatures in the air, with no fire, no micro-combustion, and no carbonization. Such as:

Steel, aluminum, glass and its products, enamel products, ceramic products, non-combustible gas, glass wool, rock wool, ceramic wool, aluminum silicate fiber, mineral wool, gypsum and its paperless products, cement, stone, expanded perlite, etc.

Second, the fire classification standards are different.

1.Class C Warehouse: Liquid, combustible solid with ignition point or equal to 60.

2.Class B warehouse: the production of non-combustible materials used or processed at room temperature.

Third, the regulations are different.

1.Class C warehouse: prepared by the Tianjin Fire Research Institute of the Ministry of Public Security and the Sichuan Fire Research Institute of the Ministry of Public Security in conjunction with relevant units, and implemented from May 1, 2015.

The original Code for Fire Protection Design of Buildings GB50016-2006 and Code for Fire Protection Design of High-rise Civil Buildings GB50045-95 shall be repealed at the same time. Grouping and storage of fire spacing, liquid and gas storage tanks (areas) and storage sites for combustible materials.

Warehouse: the basic requirements for the fire protection design of wood structure buildings and urban traffic tunnel projects, as well as the basic requirements for rescue sites, fire passages, fire elevators and other facilities set up by various buildings to meet the requirements of fire rescue.

Fire protection requirements for building heating, ventilation, air conditioning, electrical fire protection lines and basic requirements for power supply and distribution lines of fire electrical equipment.

1. The requirements for storage items are different.

1. Class C warehouse: liquids with flash point greater than or equal to 60; combustible solids, the fire hazard of the plant is Class C plant. Follow the fire hazard classification of production and storage, the classification requirements of high-rise public buildings, the building fire resistance classification of industrial and civil buildings such as factories, warehouses, residential buildings and public buildings, and the fire resistance limits of building components.

2. Class E warehouse: non-combustible items, which are characterized by non-combustible goods that are not **, non-micro-combustible, and non-carbonized when subjected to flame or high temperature in the air. For example:

Steel, aluminum, glass and its products, enamel products, ceramic products, non-combustible gas, glass wool, rock wool, ceramic wool, aluminum silicate fiber, mineral wool, gypsum and its paperless products, cement, stone, expanded perlite, etc.

Second, the fire classification standards are different.

1. Class C warehouse: liquids with flash point greater than or equal to 60, combustible solids.

2. Class E warehouse: the production of non-combustible substances used or processed at room temperature.

Third, the regulations are different.

1. Class C warehouse: prepared by the Tianjin Fire Research Institute of the Ministry of Public Security and the Sichuan Fire Research Institute of the Ministry of Public Security in conjunction with relevant units, and implemented from May 1, 2015. The original Code for Fire Protection Design of Buildings GB50016-2006 and Code for Fire Protection Design of High-rise Civil Buildings GB50045-95 shall be repealed at the same time.

Fire spacing, group layout, and storage capacity of liquid and gas storage tanks (areas) and combustible material storage yards.

2. Class E warehouse: the basic requirements for the fire protection design of wood structure buildings and urban traffic tunnel projects, as well as the basic requirements for all kinds of buildings to set up rescue sites, fire lanes, fire elevators and other facilities in order to meet the requirements of fire fighting and rescue, the fire protection requirements for building heating, ventilation and air conditioning and electrical fire prevention lines, and the basic requirements for power supply and distribution lines of fire fighting electrical equipment.

The specification said inexplicably, just said that cotton and linen, to set up a sprinkler system, nothing else said. Such as flammable other things.

You can take a look at this ppt, there are some board instructions.