Common Sense that Needs to be Learned Before the Construction of Integrated Wiring
2022-12-21
As we all know, the times are constantly developing, and intelligent, digital, and energy-saving labels have slowly changed our lives. The integrated wiring system is a set of wiring system specially designed to meet the needs of development. So, for a modern building, it is like a nerve in the body. So, what are the common nouns for integrated wiring, and what preparations do integrated wiring need to make before construction?
What are the common terms of integrated wiring
1. Application system: A system that transmits information in a certain way, and this system can run normally on the integrated wiring.
2. Cables: Cables refer to cables, optical cables and various flexible cables connected to information technology equipment.
3. Integrated wiring: Integrated wiring is an information transmission channel composed of cables and related connecting hardware, which can support a variety of application systems. The integrated wiring does not include various terminal equipment and conversion devices in the application system.
4. Building group, park: an area composed of one or more buildings. For example: schools, factories, airports, communities or military bases, etc.
5. Main line cables and optical cables of buildings: in buildings, cables and optical cables connecting distribution frames of buildings and distribution frames of buildings. Such cables and optical cables can also be used to directly connect building distribution frames between different buildings.
6. Horizontal cable and horizontal optical cable: connect the cable and optical cable between the floor distribution frame and the information socket.
7. Equipment cables, optical cables, and flexible wires: cables and optical cable assemblies that connect the terminal equipment of the application system to the distribution frame.
8. Cables, optical cables, and cords in the work area: cables and optical cable assemblies that connect terminal equipment to information sockets in the work area. Work area cables and work area optical cables are generally called flexible cables or patch cords.
9. Cable unit, optical cable unit: a combination of cable pairs or optical fibers of the same type and category, and the cable unit can have a shielding layer.
10. Unshielded twisted-pair cables and pair cables: cables composed of unshielded wire pairs (referred to as unshielded cables). When there is an overall shield, it is called an unshielded cable with an overall shield.
11. Shielded twisted-pair cable, twisted-pair cable: a cable composed of shielded wire pairs (referred to as shielded cable). When there is an overall shield, it is called a shielded twisted pair cable with an electrical overall shield.
12. Hybrid cable and optical cable: An assembly composed of two or more different types or different types of cables and optical cable units, covered with a general sheath. There can also be a total shield within the sheath. Among them, only cable units are called integrated cables; only optical cable units are called integrated optical cables; cable unit components and optical cable unit components are called hybrid cables.
13. Jumpers: Cable pairs or cable units without connectors, used to connect various links on the distribution frame.
14. Patch cords: flexible cables or flexible optical cables with connectors at one or both ends. It is used to connect various links on the distribution frame, and the patch cord can also be used in the work area.
15. Distribution frame: A transfer device that uses patch cords to connect links, and the link can be easily changed or disconnected through the distribution panel.
16. Handover: A non-permanent connection method that uses patch cords or jumpers to connect cables, optical cables or equipment.
17. Interconnection: A connection method in which one cable or optical cable is directly connected to another cable or optical cable and equipment without patch cords or jumpers.
18. Distribution frame: A device for terminating and connecting cables or optical cables. Interconnection or handover operations can be performed on the distribution frame.
19. Building group distribution frame: a connection device for terminating building group trunk cables and optical cables.
20. Building distribution frame: a connection device that terminates building trunk cables and trunk optical cables and can connect building group trunk cables and trunk optical cables.
21. Floor distribution frame: a device connecting horizontal cables and horizontal optical cables to other wiring subsystems or equipment.
22. Link: A transmission channel with specified performance between two interfaces of integrated wiring. Links do not include terminal equipment, work area cables, work area optical cables and equipment cables, equipment optical cables.
23. Channel: connects two application devices for end-to-end information transmission path. A physical channel can be divided into several logical channels. The channel includes the equipment connection cables of the application system and the patch cords of the work area.
24. Information socket and lead-out terminal: the interface of integrated wiring in each work area, connected with horizontal cables or horizontal optical cables. Terminal equipment in the work area is connected to this interface with patch cords.
25. Lead-in equipment: related equipment for leading communication cables or light into buildings in accordance with relevant regulations.
26. Public network interface: the dividing point between the public network and the private network. In most cases, the public network interface is the connection point between public network equipment and integrated wiring.
27. Wiring room, handover room, and telecommunication room: a special space for placing distribution frames and application equipment, and conducting handover and management of integrated wiring. The trunk subsystem and horizontal subsystem are switched here.
28. Equipment room: the space where telecommunication equipment, application equipment and distribution frames are placed and integrated wiring is handed over and managed.
29. Work area: the place where the terminal equipment of the application system is placed. The integrated wiring is generally called a work area with an area of 10M2.
30. Transition point: In horizontal wiring, the point where cables of different types or specifications and optical cables are connected (for example: the connection point between flat cables and round cables or wires of different pairs).
31. Terminal: A device that can send and receive information through channels or links, and it works in an online manner.
32. Information: the characterization and description of the state of motion of objective things. It is a symbol, a sequence (such as letters, numbers) or a function of connecting time (such as an image) of the state of motion of objective things.
33. Management point: arrangement of various cross-connections, direct connections or information outlets of management channels.
34. Adapter: This device uses plugs of different sizes or types to match information; provides rearrangement of leads; allows multiple pairs of cables to be divided into smaller strands; interconnects cables.
35. Balanced and unbalanced converter: a device that converts electrical signals from flat to unbalanced or from unbalanced to balanced. It can be used for impedance matching between twisted pair cables and coaxial cables.
36. Bending radius: The bending radius of the optical fiber without breaking or causing too much additional loss.
37. Cable puller: A device that slides at the end of a cable. It is connected to a winch or a handle and helps to pull the cable when installed.
38. Connection block, wiring block: hardware for connecting twisted-pair cables, which can be connected by jumper wires or patch cords.
39. Gradient-index optical fiber: an optical fiber whose refractive index decreases along the axial direction. Photons are reflected inside the core, and the light is constantly refocused, causing the cable to bend inward and travel faster than it could in regions of low reflectivity. This fiber increases bandwidth.
40. Wiring tension: when the cable is installed, the size of the relay acting on it is measured in N (Newton).
41. Supporting hardware: brackets, clips, cabinets, brackets, tripods, tools and other fixed transmission media, practical tools for connecting connecting hardware with walls or ceilings.
42. Termination block: In various cable transmission channel configurations, it is a molded plastic plate that terminates the cable pairs and connects the pairs in the 110 distribution frame.
43. Line: transmission medium, generally refers to a link. In the context of SNA, a link on a network.
44. Circuit, line: The current-carrying path formed by the current-carrying conductor; the communication link between any two or more points in the application system.
What are the common terms of integrated wiring
1. Application system: A system that transmits information in a certain way, and this system can run normally on the integrated wiring.
2. Cables: Cables refer to cables, optical cables and various flexible cables connected to information technology equipment.
3. Integrated wiring: Integrated wiring is an information transmission channel composed of cables and related connecting hardware, which can support a variety of application systems. The integrated wiring does not include various terminal equipment and conversion devices in the application system.
4. Building group, park: an area composed of one or more buildings. For example: schools, factories, airports, communities or military bases, etc.
5. Main line cables and optical cables of buildings: in buildings, cables and optical cables connecting distribution frames of buildings and distribution frames of buildings. Such cables and optical cables can also be used to directly connect building distribution frames between different buildings.
6. Horizontal cable and horizontal optical cable: connect the cable and optical cable between the floor distribution frame and the information socket.
7. Equipment cables, optical cables, and flexible wires: cables and optical cable assemblies that connect the terminal equipment of the application system to the distribution frame.
8. Cables, optical cables, and cords in the work area: cables and optical cable assemblies that connect terminal equipment to information sockets in the work area. Work area cables and work area optical cables are generally called flexible cables or patch cords.
9. Cable unit, optical cable unit: a combination of cable pairs or optical fibers of the same type and category, and the cable unit can have a shielding layer.
10. Unshielded twisted-pair cables and pair cables: cables composed of unshielded wire pairs (referred to as unshielded cables). When there is an overall shield, it is called an unshielded cable with an overall shield.
11. Shielded twisted-pair cable, twisted-pair cable: a cable composed of shielded wire pairs (referred to as shielded cable). When there is an overall shield, it is called a shielded twisted pair cable with an electrical overall shield.
12. Hybrid cable and optical cable: An assembly composed of two or more different types or different types of cables and optical cable units, covered with a general sheath. There can also be a total shield within the sheath. Among them, only cable units are called integrated cables; only optical cable units are called integrated optical cables; cable unit components and optical cable unit components are called hybrid cables.
13. Jumpers: Cable pairs or cable units without connectors, used to connect various links on the distribution frame.
14. Patch cords: flexible cables or flexible optical cables with connectors at one or both ends. It is used to connect various links on the distribution frame, and the patch cord can also be used in the work area.
15. Distribution frame: A transfer device that uses patch cords to connect links, and the link can be easily changed or disconnected through the distribution panel.
16. Handover: A non-permanent connection method that uses patch cords or jumpers to connect cables, optical cables or equipment.
17. Interconnection: A connection method in which one cable or optical cable is directly connected to another cable or optical cable and equipment without patch cords or jumpers.
18. Distribution frame: A device for terminating and connecting cables or optical cables. Interconnection or handover operations can be performed on the distribution frame.
19. Building group distribution frame: a connection device for terminating building group trunk cables and optical cables.
20. Building distribution frame: a connection device that terminates building trunk cables and trunk optical cables and can connect building group trunk cables and trunk optical cables.
21. Floor distribution frame: a device connecting horizontal cables and horizontal optical cables to other wiring subsystems or equipment.
22. Link: A transmission channel with specified performance between two interfaces of integrated wiring. Links do not include terminal equipment, work area cables, work area optical cables and equipment cables, equipment optical cables.
23. Channel: connects two application devices for end-to-end information transmission path. A physical channel can be divided into several logical channels. The channel includes the equipment connection cables of the application system and the patch cords of the work area.
24. Information socket and lead-out terminal: the interface of integrated wiring in each work area, connected with horizontal cables or horizontal optical cables. Terminal equipment in the work area is connected to this interface with patch cords.
25. Lead-in equipment: related equipment for leading communication cables or light into buildings in accordance with relevant regulations.
26. Public network interface: the dividing point between the public network and the private network. In most cases, the public network interface is the connection point between public network equipment and integrated wiring.
27. Wiring room, handover room, and telecommunication room: a special space for placing distribution frames and application equipment, and conducting handover and management of integrated wiring. The trunk subsystem and horizontal subsystem are switched here.
28. Equipment room: the space where telecommunication equipment, application equipment and distribution frames are placed and integrated wiring is handed over and managed.
29. Work area: the place where the terminal equipment of the application system is placed. The integrated wiring is generally called a work area with an area of 10M2.
30. Transition point: In horizontal wiring, the point where cables of different types or specifications and optical cables are connected (for example: the connection point between flat cables and round cables or wires of different pairs).
31. Terminal: A device that can send and receive information through channels or links, and it works in an online manner.
32. Information: the characterization and description of the state of motion of objective things. It is a symbol, a sequence (such as letters, numbers) or a function of connecting time (such as an image) of the state of motion of objective things.
33. Management point: arrangement of various cross-connections, direct connections or information outlets of management channels.
34. Adapter: This device uses plugs of different sizes or types to match information; provides rearrangement of leads; allows multiple pairs of cables to be divided into smaller strands; interconnects cables.
35. Balanced and unbalanced converter: a device that converts electrical signals from flat to unbalanced or from unbalanced to balanced. It can be used for impedance matching between twisted pair cables and coaxial cables.
36. Bending radius: The bending radius of the optical fiber without breaking or causing too much additional loss.
37. Cable puller: A device that slides at the end of a cable. It is connected to a winch or a handle and helps to pull the cable when installed.
38. Connection block, wiring block: hardware for connecting twisted-pair cables, which can be connected by jumper wires or patch cords.
39. Gradient-index optical fiber: an optical fiber whose refractive index decreases along the axial direction. Photons are reflected inside the core, and the light is constantly refocused, causing the cable to bend inward and travel faster than it could in regions of low reflectivity. This fiber increases bandwidth.
40. Wiring tension: when the cable is installed, the size of the relay acting on it is measured in N (Newton).
41. Supporting hardware: brackets, clips, cabinets, brackets, tripods, tools and other fixed transmission media, practical tools for connecting connecting hardware with walls or ceilings.
42. Termination block: In various cable transmission channel configurations, it is a molded plastic plate that terminates the cable pairs and connects the pairs in the 110 distribution frame.
43. Line: transmission medium, generally refers to a link. In the context of SNA, a link on a network.
44. Circuit, line: The current-carrying path formed by the current-carrying conductor; the communication link between any two or more points in the application system.
