ANSI TIA EIA 570 - godinweb

ANSI TIA EIA 570 - godinweb

ANSI/TIA 570D Residential Telecommunications Infrastructure Standard Updated Dec 2019 PRGodin PRGodin @gmail.com 1 Introduction Originally a standard for small commercial buildings the 570 standard has migrated to primarily address residential installations. Communication

infrastructures are still relatively new in the residential construction market but have become common for new construction. 2 General Requirements Communication cabling infrastructures in single-dwelling residences need to support a wide variety of communication requirements. The cabling structure needs to address: Voice Data Video

Security Whole-home audio Control system 3 Source: ANSI-TIA-EIA-570 Standard Single Dwelling Residence Infrastructure 4 Grades of Residential Cabling Grade 1: Basic Provides for basic telecommunication services. Minimum: One 4-pair UTP (Cat 6a or better)

One 75 Coax Optional 2-fiber optical cabling Grade 2: Intermediate Provides for basic to intermediate service needs. Minimum: Two 4-pair UTP (Cat 6a or better) Two 75 Coax Optional 2-fiber optical cabling Grade 3: Provides for advanced service needs. Minimum: Two 4-pair UTP (Cat 6a or better)

One 75 Coax One 2-fiber optical cabling 5 Some Definitions Demarcation point: Point where ownership of the hardware changes Distribution Device (DD): Central facility used to connect outlets within the residence and to the service providers ADO Cable: Connectorized cable assembly used to connect between the demarcation point and the DD. 6

Typical 570D Residential Installation Source: ANSI-TIA-EIA-570 Standard 7 The Distribution Device (DD) The DD may consist of: Passive cross-connections Active cross-connections A combination of passive & active cross-connections The DD is installed within the tenants space in a centralized location that is easy to access

The DD should be capable of handling all communication requirements 8 Space for the DD There is a guideline for space to allocate for the DD The DD can be installed either on a backboard or between wall studs.

Multiple interconnected DDs may be used within the same space DDs require 20 Amp electrical service 9 DD Space Allocation Chart Source: ANSI-TIA-EIA-570 Standard 10 New to the D revision The

term telecommunication outlet is replaced with the term equipment outlet Consolidation points are now permitted No length restriction on fiber optic cable RG59 is not recognized Cat 6a is the minimum cable category 11 Outlet Cables Cables are run from the DD to the telecom outlets in a star topology. Cables shall not exceed 90 meters, with an additional 10 meters for patch

cords and jumpers. Recognized cables: 4pr UTP (cat 5e or better) Coax RG-6 (RG59 for CCTV only) foil & braid Optical fiber (50 MM, SM) 12 Room Requirements Minimum of one outlet location for each of these rooms: Kitchen Bedroom Family Room Den/Study Room

Additional outlets should be installed where: there is more than 3.7 meters (12ft) along a continuous wall There is more than 7.6 meters (25ft) along a broken wall 13 Examples of Room Outlet Location Source: ANSI-TIA-EIA-570 Standard 14

Cable Pathways Efforts should be made to conceal the cabling within the walls of the building especially in new construction and remodeling. image: howto.techworld.com 15 Special Case Cabling Alarm, Control and other cables may fall under the jurisdiction of local and national codes and laws.

The standard provides installation suggestions but is not meant to overrule specific legal and performance requirements. 16 Special Case: Alarm/Security Cable Security alarm systems may consist of: Sensors

Motion, breakage or shock detectors Door and window contacts Sound & Pressure sensors Water & temperature sensors Smoke, heat and CO2 sensors Control panels Entry keypads and manual activators 1 and/or 2-way audio and/or video Alerting devices (siren, strobes, bells, etc) Remote (personal) devices Door and window latch operators Lighting control Remote connection

17 Alarm/Security Systems Cable Should be run in a physical star topology. Daisychaining some devices may be the standard connection method but it is not recommended. Fire systems are subject to regulation by the US NEC. Typical security systems cable: 16 or 18 AWG stranded or 22 AWG solid conductors

4 conductor (active devices) or 2 conductor (passive devices) 18 Video Cabling RG 6 for baseband and broadband (CCTV, CATV, Satellite) Cat 6a may be used with a balun 19 Home Audio Location

of the audio systems is important for performance quality and ease of control. Follow manufacturer recommendations for installation locations and requirements Three areas of control: Headend (DD) to distribution device Distribution device to volume control Volume control to the speaker 20 21 Source: ANSI-TIA-EIA-570 Standard

Audio Cable Headend (DD) to distribution: one cat 6a 4 conductor speakers for left and right 2 conductors for control Distribution to Volume control & Volume control to speakers one cat 6a 4 conductors for 1 or 2 speakers 22

Audio Cable AWG The AWG is based on the wattage of the speakers and the length of the cable. Conductors should be red(+) and black(-), and for 4-conductors should include white(+) and green(-). Source: ANSI-TIA-EIA-570 Standard 23 Control Systems Climate control, lighting control and other home automation: Recommend following manufacturers recommendations for cabling

The standard recommends running a can 6a between the active elements of the system to accommodate a large variety of climate control options. 24 Multi-Dwelling & Campus Infrastructures Multi-dwelling buildings may have a single services demarcation and redistribute the service to the individual dwellings. ADO/DD ADO/DD

Services Provider(s) Unit 1 ADO/DD Unit 2 ADO/DD Unit 4 Entranc e Facility ADO/DD Common Equipment

Room Unit 3 ADO/DD Unit 5 ADO/DD Unit 6 ADO/DD Unit 7 Unit 8 25 Distances The

Entrance Facility should be connected to a separate common Equipment Room. This room should permit shared access for services and for the building managements services. If the distance from the ER to the furthest dwelling is more than 150 meters the service provider should be advised. Limitations between the DD an outlets in the dwelling are limited to a maximum of 90 meters. 26

Larger Multi-Dwelling & Campus Infrastructures If there are a large number of floors or units a CTR, or Common Telecommunications Room, should be located on each floor or on each 3rd floor. ADO/DD ADO/DD ADO/DD CTR Services

Provider(s) Unit 1 Unit 2 ADO/DD ADO/DD Unit 3 ADO/DD CTR Unit 4 Entranc e

Facility Common Equipment Room Unit 5 ADO/DD Unit 6 ADO/DD Unit 7 Unit 8 27 Campus Telecommunication

Requirements Campus environments may consist of separate buildings. Interconnecting backbones should be contained within conduit, aerially or within interconnecting tunnels. Building entrance protection must be implemented where required 28 Backbone Cabling Multi-pair100 UTP category 6a or

better Series 6 & 11 coax (RG6 triple and quad shield and RG11) Other coaxial (hardline) Fiber Optics (50MM, SM) 29 Telecommunications Outlet Telephone outlet with mounting studs permitted 8 position mod jacks that meet the 568 standards (may be used with 6 pos plugs) Coax F connectors

Recommendation is that patch cords be factory made. 30 Other Issues All firestop requirements must be followed Secondary protection must be installed Grounding must be implemented 31

Electromagnetic Noise Data communications cable must be run with at least 2 inches of separation from a parallel power cable within a wall and 6 inches of separation from cables going to active security devices. Security cable must maintain at least 6 inches of separation from power cables. Audio cable should have at least 12 inches of separation from data communication cable

pically 12 of separation is recommended in all case 32 Testing and Administration Testing should follow the 568D standards Administration should follow the 606C standards. Pathways planning should follow the 569E standard.

33 Conclusion The 570D standard addresses small installations and installations for residential units. These installations typically make use of a greater variety of communication requirements. The standard relies on other standards for administration, testing, cable performance and END documentation.

prgodin @ gmail.com 34

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