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How to Read a Coax Hardline Print

Module 5 of 26

The FBR night-by-night method: pull tonight’s assignment, learn the legend, find street then house number, read notes, and stay in scope. Practice on AM103 (Heim Rd, Buffalo) and a worked Taverly Drive example.

Time ·
35 min
Pages ·
2
Quiz ·
12 Q · pass 80%

Company SOP governs the job. This module is training content. Follow FBR / host procedures and the OEM craft card for the connector, tool, or amplifier you are using.

Learning objectives

  • Pull NODE-AMP# and tag IDs from tonight’s assignment before opening a print
  • Decode work letters A–J and hardware marks (pole X, tap dB, triangles, pedestals)
  • Park on the gray house number — never treat tap value as an address
  • Read notes and node boundaries; stop when sheet and print disagree
  • Walk a sample job: tag, letters, tap value, closest address, and scope sentence

Page 1 of 2

Tonight’s list, then the legend — then the street

Tonight’s list, then the legend — then the street

You are learning a method, not one node

Every night and every market is different. Charter / Spectrum evolution prints, FBR / Next Solutions assignments, and AM103-class design maps all use the same sequence: what you got, where it is, what to do there.

Open tonight’s Network Evolution sheet first. Write the node, your tag IDs (NODE-AMP# — underscore allowed, e.g. AM071_04), and the job count. Ignore other crews until you can say out loud: “I have these tags on this node.” If you cannot, you are not ready to hunt streets.

Next Solutions on a color box is still us — our partner name on evolution prints. It does not mean a different company owns that work.

Three steps. Same every night. The node changes — the method does not.

  1. 01

    What you got

    Pull tonight’s assignment first — node, amp IDs, tag numbers, and job counts. Ignore other crews until you know yours.

  2. 02

    Where it is

    Open the matching print, use the legend, find the street, then the house number, then the device tag on strand.

  3. 03

    What to do

    Read notes and work letters at that spot. Do only what is on your list — if sheet and print disagree, stop and ask.

What to take from the sheet (real print header)
Assignment sheet breakdown: markup codes, survey info, and Next Solutions crew box
Left: node-wide markup counts (A = swap active, E = new tap, J = remove EQ). Center: survey block — address is vicinity, not your parking spot. Pink box: Tech-NEXT SOLUTIONS is our crew.
AM103 after-coax — this is a real Spectrum high-split print
AM103 after-coax design print for Buffalo Heim Road high-split / DAA-RPHY upgrade
Hub Amherst · Node AM103 · 290 Heim Rd, Buffalo. Yellow design note: check all actives and rebalance. Color boxes are crew assignments. Yellow/red letter boxes on the map are work letters. Full PDF: /training/am103-after-coax.pdf
If the sheet and the print disagree

Stop. Call a supervisor. Do not invent scope, do not work another crew’s letters, and do not assume last night’s node is tonight’s file.

Legend — letters, hardware marks, and linework

Work letters — yellow box, red outline

Match letters to tonight’s assignment before you hunt streets. More than one letter means more than one job at that spot.

  • A

    Swap the active

    Internal guts swap if housing supports it; otherwise cut and replace.

  • B

    Swap LE w/ AMP

    Replace existing LE with a new amp at the same location.

  • C

    Move active

    Relocate active to new location; replace path with splice as shown.

  • D

    Tap swap faceplate

    Replace tap faceplate — no splicing unless print says otherwise.

  • E

    Add new tap

    Install new tap; number in circle is tap value (dB).

  • F

    Splitter faceplate swap

    Swap splitter faceplate like a tap style change — no splice.

  • G

    Add new splitter

    Install new splitter at marked location; match power/signal flow.

  • H

    Add new active

    Add LE/MB/amp at marked location.

  • I

    Add new EQ

    Add equalizer at marked location (less common on high-split jobs).

  • J

    Remove EQ

    Remove EQ; print may show jumper left in place.

Hardware marks on the line

Same meaning every market. Drawing style can vary a little — the mark does not.

  • Pole

    Circle with an X. Strand hangs here. This is a location — not a tap.

  • Tap

    Circle or square with a number. That number is tap value in dB — not the house and not the pole ID. Shape usually tracks tap style / port count.

  • Amplifier (bridger)

    Triangle with filled corners = output legs. Bridger / mini-bridger. Not a splitter.

  • Line extender

    Open triangle — still an amplifier, usually one output on trunk.

  • Pedestal / flowerpot

    Square on the ground. Underground access — common on rear easements.

  • Splice

    Box marked S (sometimes S 14). Hardline is joined here. Notes may say add / resplice.

  • Terminator

    Filled circle. Caps a dead-end or unused port. Notes may say ADD TERM.

  • Empty circle

    Pole or simple junction. Do not treat it as a tap unless a value is inside.

  • DC8 / power step

    Half-filled circle, often with an 8. Power passing or step-down. Only your job if assigned.

  • Power supply

    You may see 90V, amps, or a node ID. Plant power — only if it is on tonight’s list.

  • Active + tap

    Housing-to-housing: LE/MB plus a tap. The number (23 here) is the tap value you must install.

  • Work letters

    Yellow box, red outline on the device. Read the whole string (A,E = both). If it is not on your assignment, you still do not work it.

Lines and numbers

Thick line
Hardline along the street — the coax you splice.
Thin line / tick
Drop or service to a lot — not mainline work.
142′
Footage to the next device. Not an address.
Gray 51 in the lot
House number. Park here, walk to the device.
A6 / A7 tag
Location tag. Match tonight’s NODE-AMP# to this tag.
NOTE + arrow
Read before you open anything. Can say stop, splice, or leave it.
Heavy colored line
Node boundary. Do not cross unless that node is yours.