ANSI/TIA-606-B Th U d t dL b lSt d d The Updated Label Standard - Bicsi

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NOTE: An identifier is simply the “printed” text that will appear on a label as related to the standard. • Harmoni
ANSI/TIA-606-B Th Updated The U d t d Label L b l St Standard d d Todd Fries

CHANGES FROM LAST REVISION •

Adopts identification scheme specified in TIA-606-A Addendum 1



Allows existing TIA TIA-606-A 606 A identifier formats to continue to be used where they are already in use use.



NOTE: An identifier is simply the “printed” text that will appear on a label as related to the standard.



Harmonized with ISO/IEC 14763-2-1



Creates new identification format for Cabling Subsystem 1 link identifiers (Horizontal links), Cabling Subsystem 2 and 3 links (Backbone cables) as well as telecommunications outlets, equipment outlets, splices, consolidation points and outdoor telecommunication spaces.



Extends administration to all inter inter-building building telecommunications cabling



Creates new identifiers for telecommunications outlets, equipment outlets, splices, consolidation points and outdoor telecommunication spaces (maintenance holes, pedestals, hand holes, etc.)



Administers Cabling g Subsystem y 2 and 3 links by yp pair g groups, p corresponding p g to p ports ((Pairs, strands and grouping identifiers) rather than copper pairs or single fibers. See clause 6.1.2.



Administration of grounding and bonding systems beyond the TMGB and TGB



Provides information on implementing automated infrastructure management systems.

LEGACY IDENTIFIERS The standard specifies two formats 1. One fully backward compatible to TIA-606-A 2. One based on TIA-606-A , addendum 1, but modified to be compatible with ISO/IEC TR14763-2-1 identifiers. This is meant for administration systems y that are meant to be deployed internationally. 3 Voted to publish 2/7/2012 3.

VISIBILITY AND DURABILITY 11.1

The size, size color color, and contrast of all labels should be selected to ensure that the identifiers are easily read. Labels should be visible during normal maintenance of th infrastructure. the i f t t Labels should be resistant to the environmental conditions at the point of installation (such as moisture, heat, or ultraviolet light), and should have a design life equal to or greater than that of the labeled component.

LABELING 4.4

Labels DO NOT need to include full identifiers identifiers. Only a portion of the identifiers needed to identify the component within the space it is located are required required.

11.2 MECHANICAL GENERATION

“The text on labels shall be machine generated.”

CONVENTIONS AND SYMBOLS

“+” + sign in front of an identifier specifies that the next portion of the identifier is a location aspect for ISO/IEC TR 14763-2-1 compatible identifiers. Plus only needs to appear in the records section and not on the actual label. “=” sign in front of an identifier specifies a function aspect. (Example: =XO for telecommunications outlet)

CONVENTIONS AND SYMBOLS

[[[+c]+b][f]s.][x]y

Anything in square brackets [ ] may not be present depending on class. , , , , are variable fields Characters in italics “k,l,m,o,u” The period “.” separates the portion of the identifier for the space from the identifier for the portion of the rack or frame The colon “:” is used as a prefix to port identifiers The underscore “_” character separates the vertical and horizontal coordinates of a closure in a cabinet, frame or wall section or to separate a range of ports, pairs or fiber numbers numbers. The forward slash “/” is used between near end/far end identifiers on a horizontal cable, backbone cable or telecommunications pathway. The backward slash “\” is used between near end/far end identifiers on a patch cord or jumper. The hyphen “-” is used to prefix portion of equipment identifiers (e.g. switch name and switch port.

SELECT YOUR CLASS

Class 1

- FEWER THAN 100 users users, single TS room

Class 2 -

HUNDREDS OF USERS multiple TS’S in a single building

Class 3 - 1000 1000+ USERS Class 4 - 1000’s AND MULTIPLE LOCATIONS

4 CLASSES OF COMPLEXITY CLASS 1 “An organization whose needs are served by a single E i Equipment t Room. R Th The ER iis th the only l space TS administered. There are no TR’s and no Cabling S bs stem 2 and 3 cable labeling or o Subsystem outside tside plant cabling systems to administer.”

REQUIRED IDENTIFIERS (R) Cabling Subsystem 1 link identifier. (Horizontal Link) (R) Patch panel port and patch panel termination point identifiers (S) (R) TS Identifier (R) Cabinet, rack, enclosure, wall segment identifier (R) Patch panel or block identifier (R) TMG Identifier + from object (R) TGB Identifier + from object

Object is optional when the corresponding elements are present

(R) BCT Identifier (bonding conductor telecommunications)

TS IDENTIFIER 5.1.1.1

F = Numeric character(s) identifying the floor of a building occupied by the TS. S = Alpha Al h character(s) h t ( ) uniquely i l id identifying tif i th the TS or computer room on floor f.

1A

+fs if compatible p with ISO/IEC TR14763-2-1

RACK, CABINET, FRAME & WALL SEGMENTS 51221 5.1.2.2.1

Add identifiers for racks and cabinets that can be applied to any space. fs.xy f XY may use Grid Coordinates

(e.g. AG54) or

Row/Rack in large spaces

(e.g. RAR05) or

Rack # for small spaces

(e.g. R4 for Rack 4)

+fs.xy if compatible with ISO/IEC TR14763-2-1

SAMPLE CABINET IDENTIFIER AA

AB

AC

AD

AE

AF

AG AH

AI

AJ

AK

AL AM AN

“X” Coordinate

01 02 03 04

05 06 07

Right Front Corner

08 09

Sample p Cabinet

10 11 12 13

1A.AJO5 “Y” Coordinate

RACK/CABINET LOCATION EXAMPLE

IDENTIFICATION SCHEME FOR RACKS AND CABINETS

5.1.2.6

All racks and cabinets should be labeled front and back. This should be on a permanent part of the cabinet or rack? For rooms with access floors, each rack and cabinet to have a unique identifier based on floor tile coordinates. The location of the floor space grid where the right front corner of the cabinet is located determines the identifier. If cabinet rests on more than one tile, the same corner of each cabinet can be used to identify the grid location location. Example: Right front corner

CABINET & RACK LABELING

NON-GRID COORDINATE EXAMPLE 5124 5.1.2.4

There is no need for the row portion of the identifier if (as example) the TS has only a single row of cabinets. 2C.1, 2C.2, 2C.3, 2C.4 Each rack marked as 1, 2, 3 and 4 in room 2C.

PATCH PANEL IDENTIFIER fs.x1y-r1

or

5.1.3.1.1

AD02-45

r1 = One or two characters designating the patch panel location beginning at the bottom. The quantity of characters shall be the same for all patch panels in the cabinet or rack rack. Horizontal cable managers are not included when sequencing patch panels panels. ___ ___ ___ eg., AD02-45 would be the topmost patch AD 02 - 45

“X” coordinate

panel in rack units from the bottom at location AD02

Panel Y coordinate “Y”

+fs.x1y1+r1 ISO/IEC compatible

PATCH PANEL IDENTIFIER

PATCH PANEL IDENTIFIER ((Option p #2))

5.1.3.1.1

fs.x1y-r1

or

AD02-F27

r1 = ann - One or two characters designating the patch panel location, within cabinet/rack fs.x1Y1, beginning at the bottom of the cabinet or rack. The letter indicating the side may be A, B, C, D or N, S, E, W from the North, South, East or West, or F and R for the front and rear. Horizontal cable managers are not included when sequencing patch panels. ___ ___ ___ eg., eg

AD02 F27 would be the front patch AD02-F27

AD 02 - F27

panel in rack/cabinet at location AD02

“X” coordinate “Y” coordinate

Panel

PATCH PANEL IDENTIFIER

5.1.3.1.3.1

Where cables are diversely routed between patch panels, l b l colors label l or other th fforms off id identification tifi ti shall h ll b be used d tto reflect cable route diversity. Colors may be used for labels, modular jacks, twisted pair patch cables, to indicate different applications (e.g. production, test, development, Internet) Use manufacturer provided labels and mounting surfaces wherever possible. p

PATCH PANEL LABELING [[F1S1.][X1Y1-r1] ][ ] Ports PN1 to[F2S2.]X2Y2-r2 [ ] Ports PN2

513131 5.1.3.1.3.1

f1s1 = Space p identifier optional. p X1Y1-r1 = Near end patch panel identifier and near end room name may be omitted. (Near end / Far end room can be omitted if within the same space. PN = Port number range near end and or far end.

AJ05-35 p 01-24 to AQ03-35 p 01-24 Use of word Ports (P) is acceptable for clarification on patch panel labels

TWISTED PAIR PATCH PANEL IDENTIFIER (Without Subpanels)

Near end patch panel location and panel identifier to be followed by (if space permits) the far end panel location and panel identifier + port numbers AD02 35 p 01 AD02-35 01-06 06 to AG03-35 AG03 35 p 01 01-06 06

TWISTED PAIR PATCH PANEL IDENTIFIER

OPTIONAL PANEL FZ54-45 Ports 01-24 to HDA01 AJ17-45 Ports 01-24 The Far end telecommunication space name MDA (Main Distribution Area) or HDA (Horizontal Distribution Area) can be added for additional information.

PATCH PANEL PORT IDENTIFIERS (Single port 5.1.4.1)

f1s1.x1y1-r1:P1 ___ ___ ___ ___ ___ eg., 1A. AJ 05

or

1A.AJ05-35:01

1A.AJ05-35:01 would be data -

35:01

center on floor 1 in space A with rack/cabinet at grid location AJ05 Patch panel B and port 01 in the rack/cabinet.

Data center (optional) “X” coordinate

Panel

Port

“Y” coordinate di t

:B01 for subpanels :01-06 range of ports

POWER/DATA (Labeling 5.1.4.4)

Power and Data over balanced pairs may use th following the f ll i symbol. b l

PATCH PANEL PORT IDENTIFIERS (For patch panels that include sub panels)

f1s1.x1y1-r1:P1 pn

or 1A.AJ05-35:B06

___ ___ ___ - ___ ___

eg.: 1A.AJ05-35:B6 would be data

1A. AJ 05

center on floor 1 in space A with rack/cabinet at grid location AJ05

-

35:B06

Data center (optional) “X” coordinate

5.1.4.1

Patch panel B and port 6 in the rack/cabinet “I” rack/cabinet. I , “O” O and “Q” Q excluded. excluded Port Panel

“Y” coordinate

Sub panel

PATCH PANEL PORT IDENTIFIERS (Range of ports)

f1s1.x1y1-r1:PN1

or

1A.AJO5-35:01-06

___ ___ ___ ___ ___ e.g.., 1A. AJ 05

-

35:01-06

center on floor 1 in space A with rack/cabinet at grid location AJ05 Patch panel B and ports 1-6 in the rack/cabinet.

Data center (optional) “X” coordinate “Y” coordinate di t

1A.AJ05-35:01-06 would be data

Panel Port

CABLE BETWEEN PATCH PANELS/BLOCKS F1S1.X1Y1-r1:P1[-P2] / F2S2.X2Y2-r2:P3[-P4]

5151 5.1.5.1

f1s1 = Space identifier optional. X1Y1-r1 = Near end patch panel identifier (Near end/Far end space ID can be omitted if within the same space space. 5.1.5.3) P = Port P t number b range near end d and d or ffar end. d

AJ05 35:01 06 / AQ03 AJ05-35:01-06 AQ03-35:01-06 35:01 06

PRE-TERMINATED CABLE LABELING

MULTI FIBER TRUNK WITH MPO & LC CONNECTORS

Free standing t di equipment no patch panel

PRE-TERMINATED CABLE LABELING P1n/P2n

5153 5.1.5.3

A 12-strand multi-fiber trunk cable equipped with MPO (multi fiber) connectors on one end and LC connectors on the other end. Example of a label wrapped around a 12 strand subgroup:

FD12- 42-B Ports 01-06 / FG08-01- Ports 01-06

One MPO Connection

Grid Location Panel Sub Panel

Sequential q 2 digit g ID for each 12 strand cable

MPO/LC cables are always 12 strand

PRE-TERMINATED CABLE LABELING

PRE-TERMINATED CABLE LABELING

PRE-TERMINATED CASSETTE LABELING

CABLING SUBSYSTEM 1 LINK IDENTIFIER

5.1.7.3

All elements of the horizontal link shall be labeled at the time they are installed with the horizontal link identifier.

WALL OUTLET/HORIZONTAL LINK

Example: Showing simple floor 1, Space A, Rack .1 with panel 35 Rack units from bottom,, p p port 08,, 09,, etc.

CABLING SUBSYSTEM 1 LINK

Fa ar end portt #

Fa ar end patcch #

Fa ar End rack # 2

Ne ear end po ort #

5161 5.1.6.1

Ne ear end pa atch #

Ne ear end ra ack # 1

(ANSI/TIA-606-B)

x1y1 - r1 : p1 / x2y2 - r2 : p2 Class 1

AG09-27:01 / AJ06-27:01 Format recommended for links that terminate on panels or blocks that are not in the same space.

EQUIPMENT ROOM OUTLET AND TELECOMMUNICATIONS OUTLET IDENTIFIERS (Horizontal Link Suffix)

AG04-35:01 / AD06-35:01=XL:05 XO = (OPTIONAL) Equipment Room Outlet XC = (OPTIONAL) Consolidation C lid ti Point P i t XL = (OPTIONAL) ZDA Port XSz = (OPTIONAL) Splice where “z” is the appropriate distance along the cable of the splice from the termination point in the telecommunications telecomm nications room or HDA HDA. NOTE: The :05 is the optional port on a consolidation point.

5181 5.1.8.1

TS alpha #

f

s

R

TMGB

floor #

TMGB IDENTIFIER

-

TMGB

Class 1

1A-TMGB

TMGB MAIN GROUNDING BUSBAR

MULTIPLE ELEMENT BONDING & GROUNDING IDENTIFIER 2A-TGB1

f s

TGB

a# TS alpha

floor #

i = optional sequence if more than 1 TGB G in a space.

-

Class 1

TGB

[

i

]

5.1.13.1 R

f s

-

TMGB

5.1.19 R

Applicable bonding identifiers allow the / Object suffix. TMGB, TGB, MBN, RGB

TMGB

TS alpha a#

floor

#

IDENTIFIER FOR BONDING CONDUCTOR ATTACHED TO TMGB

/

object

Class 1

1TER=TMGB/A12

f s

Object O

TGB T

TS alpha # T

ffloor #

IDENTIFIER FOR BONDING CONDUCTOR ATTACHED TO TGB

-

TGB

/

object

Class 1

2C=TGB/acpanel

R

Applicable bonding identifiers allow the / Object suffix. TGB, TBB, MBN, RGB

REQUIRED RECORDS – CLASS 1

Cabling Subsystem 1 Link Can be done with a paper based system or non-proprietary software.

4.1 GENERAL SPREADSHEETS

Each identifier and records makes up a row row. Each column contains a particular item of information for the record.

SPREADSHEET

SCOPE OF ANSI-EIA-TIA-606 Identifiers Termination T i ti Hardware Identifiers

Pathway y Identifiers

Space p Identifiers

Cable Identifiers

Grounding Identifiers

Required

Termination T i ti Position Identifiers

Linkages

Telecommunications Records Pathway Records

Termination Hardware Records

Grounding Records Required Linkages Space R Records d

Cable Records Termination Position Records

User Codes

TR CABLING SUBSYSTEM 1 LINK RECORDS REQUIRED FOR THE NEEDS OF A CLASS 1 SYSTEM Horizontal Link Records shall contain the following i f information. ti • Location of work area outlet connector (room, office, or grid local) • Cabling Subsystem 1 Link Identifier (primary indexing identifier) • Outlet connector type (8 position modular, T568B cat 6) • Cross connect hardware (48 port modular patch panel panel, T568A T568A, category 6) • Cable type (4 pr, UPT, Cat 6, plenum) • Cable Length (e.g.: 51m/154ft.) • Service Record of link (e.g. passed category 6 at install 1/12/11.

RECORD KEEPING METHODS

CLASS 2

“An An organization with one or more Telecommunication spaces, but in a single building.” An ER with one or more TS’s.

REQUIRED IDENTIFIERS Identifiers required for a class 1 administration system t plus….. l •

Building Cabling Subsystem 2 & 3 backbone cable identifier



Building Cabling Subsystem 2 & 3 backbone port identifier



Fire stopping location identifier

BACKBONE CABLE IDENTIFIER

fs1.x1y1-r1:P1[[P2]] / fs2.x2y2-r2:P3[[P4]] 1A AJ06-27:01-24 1A.AJ06 27:01 24 / 2A 2A.AG09 AG09-27:01-24 27:01 24 Can be a single port or range of ports 6.1.3

ISO = +1A.AJ06+27:01/+2A.AG09+27:01

BACKBONE CABLE IDENTIFIER ANSI/TIA606-B

In the new standard,, it is treated almost the same as a standard Cabling Subsystem 1 link identifier as described in a Class 1 installation. Administration of backbone cables is by pair groups (corresponding to ports) rather than copper pairs or single fibers. Each port or pair on a building Cabling Subsystem 2 or 3 cable shall have a unique q identifier. Individual optical p fibers and balanced pairs are typically color coded rather than individually labeled.

6.1.2.3

BACKBONE CABLE PAIR GROUP IDENTIFIER (For balanced pair groups. i.e. single pair, four pairs)

fs1.x1y1-r1:p p1 / fs2.x2y2-r2:p p2 1A.AJ06-27:01 / 2A.AG09-27:01 New format based on pair groups corresponding to p ports ((rather than individual fibers or p pairs)) P1 = port or termination at patch panel or block #1 P2 = port or termination at patch panel or block #2 Terminating both ends with modular jack = 4 pair Terminating both ends on IDC blocks = 2 pair

6121 6.1.2.1

FIRESTOPPING LOCATION IDENTIFIER Compatible with ISO/IEC 14763-2-1

614 6.1.4

[[C1-]b [[ ] 1-][ ][f1]s1 / [[ [[C2-]b ] 2-][ ][f2]s2=U(n[d)])= ( [ )]) F[m] [ ]

SF02 2A/3A U(3) F SF02-2A/3A=U(3)=F The Firestop p for conduit sleeve 3 would be between Telecom rooms 2A and 3A in building SF02 U = Pathway F = Firestop

REQUIRED RECORDS CLASS 2

One TS record for each TS Cabling Subsystem 1 link records as specified class I One cabling subsystem 2 or 3 cable record for each backbone cable One TMGB record for each TMGB One TGB record for each TGB One Fire-stopping record for each location

CLASS 3

“A A Telecommunications infrastructure serving an organization or enterprise in a campus environment. This could encompass several hundred to several thousand users. There are multiple buildings and outside plant cabling systems to identify.”

CLASS 3 REQUIRED IDENTIFIERS (Those of Class 1 and 2 plus…)

Infrastructure Identifiers Building Identifier Campus Inter building cable Identifier. Backbone Campus Inter building cable pair or optical fiber identifier. Backbone

INTER-BUILDING CABLE IDENTIFIER

7.1.3.1

(Backbone)

R

c1-b1-f1s1.x1y1-r1:P1[P2] / c2-b2-f2s2.x2y2-r2:P3[P4] A-ENG-1A AGO5-35:01-06 / B-ADM-1A A-ENG-1A.AGO5-35:01-06 B-ADM-1A.AD06-35:01-06 AD06-35:01-06 Or ENG 1A R4 35 01 06 / ADM ENG-1A.R4-35:01-06 ADM-1A.R5-35:01-06 1A R5 35 01 06

INTER-BUILDING CABLE PAIR/PORT IDENTIFIER ((Backbone)) c1-b1-f1s1.x1y1-r1:P1 / c2-b2-f2s2.x2y2-r2:P3 A-ENG-1A AGO5-35:01 / B-ADM-1A A-ENG-1A.AGO5-35:01 B-ADM-1A.AD06-35:01 AD06-35:01 Or ENG 1A R4 35 01 / ADM ENG-1A-R4-35:01 ADM-1A-R5-35:01 1A R5 35 01

7.1.4.1 R

REQUIRED RECORDS

All records from a Class 2 System y One Building Record for each building One campus inter-building cable record for each campus backbone cable.

CLASS 4

“A A Telecommunications infrastructure that extends across multiple geographic locations. Class 4 specifies multiple p campus p telecommunications infrastructure.”

REQUIRED IDENTIFIERS

All identifiers from a Class 3 system including: • Site or Campus Identifier

SITE OR CAMPUS IDENTIFIER C = One or more alphanumeric characters identifying a site or campus. Additional identifiers may be added if desired in parentheses after the end of the required format format.

R

SITE OR CAMPUS RECORD Site or campus name Site or campus location Contact information for local administrator of infrastructure List of all buildings at the site or campus Location of main cross connect, if applicable Access hours, hours if applicable

AUTOMATED INFRASTRUCTURE MANAGEMENT SYSTEMS Administered by y paper p p based, p proprietary, p y spreadsheets, databases. Systems can be software and or hardware based based. The system should be capable of documenting the i f t t infrastructure elements l t as described d ib d iin thi this standard. t d d

O

COLORS (Required if color coding is used)

Demarcation point

Pantone 150C Orange

N Network k connection i

P Pantone 3 3C Green 353C G

Common equipment

Pantone 264C Purple

K system Key t

P t Pantone 184C Red R d

First level backbone

Pantone White

(MC IC or IC-HC)Intra-building (MC-IC IC HC)Intra building backbone

Pantone 422C Gray

(IC-HC) Inter-building backbone

Pantone 465C Brown

Horizontal

Pantone 291C Blue

Other

Pantone 101C Yellow

DATABASE MANAGEMENT SOFTWARE BASED ADMINISTRATION SYSTEM “A Class 1 to 4 administration system may alternately be implemented by means of a simple spreadsheet in a nonproprietary software program.”