Ku Factor

ANSI/TIA/EIAA Approved: May 16, TIA/EIAA. Administration Standard for. Commercial Telecommunications. Infrastructure. TIA/ EIAA. This guide is intended to be used as a reference to the application of the. ANSI/ TIA/EIA A Standard. It in no way reflects all the necessary infor-. ANSI/TIA/EIA Administration Standard for the. Telecommunications Infrastructure of. Commercial Buildings. Distributed by NDS INFORMATION- TELECOM.

Labeling must be easily read, durable, and capable of surviving for the life of the component that was labeled.

Requirements For Labels All labels must use a permanent identifier that can eix easily traced — that is, a useful numbering scheme. A04 — As before, the first element identifies the cabinet ani, but this time for the far end of the cable.

This particular cable would have a corresponding label on the other end the data center end, in this case which would read: Labels for station connections may appear on the face plate.

Each cable and each pathway must be labeled on each end, and each label should identify the termination points of both ends of the cable. All labels must match up with the permanent record.

ANSI TIA EIA – 606A Guide – English

It identifies the termination point for both ends of the cable, with the near end shown first. The following is the color coding scheme recommended in B: Permanent records must cross-reference all identifier information.

Wire Color Coding While recommended, color coding is not required, and compliant coding may be accomplished using color labels or color bands. These principles are then translated into specific requirements. All jack, connector, and block hardware may be labeled on either the outlet or panel.

UTP Link Performance Marking and Identification – Siemon

Labeling should be pervasive; cables and connecting hardware should be labeled, but so should conduits and firestops, grounding and bonding locations, racks, cabinets, ports, and telecommunications spaces.

66a labeling system, and the identifiers used, must be agreed upon by all stakeholders. The following is a simple example of a cable identifier.

MACs must be recorded and updated in the permanent records. The labeling scheme must identify the associated physical locations building, room, cabinet, rack, port, etc. While recommended, color coding is not required, and compliant coding may be accomplished using color labels or color bands. The labeling principles that underlie B include the following: Any moves, adds, and changes MACs must be documented with a change order. Labeling must be logical and consistent, across all locations, matching the project drawings.

ANSI TIA 606-B Cable Labeling Standards

This particular cable would have a corresponding label on the other end the data center end, in this case which would read:. This is port The following is the color coding scheme recommended xnsi B:. PVBX, LANs, and individual computers Yellow — Auxiliary circuits, such as alarms and security systems Red — Key telephone systems termination Record Keeping Requirements Drawings and documents must be secured and backed up by the building administration.

This scheme must be logical in its organization, using alphanumeric characters for ease of reference. All labels must meet requirements for legibility, defacement, and adhesion, specified in UL