Cheat sheet

BICSI Installer 2 Copper Cheat Sheet

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Planning + Safety

  • Not published of exam
  • Site Survey Work Documents Pathway Readiness Safety Controls Labeling Plan

Copper Installation

  • Not published of exam
  • Cable Media Pulling Cable Support PoE Heat Route Protection

Termination + Splicing

  • Not published of exam
  • IDC Work Patch Panels Shielding Coax Splice Records

Testing + Troubleshooting

  • Not published of exam
  • Wiremap Link Testing Transmission Fault Isolation Test Reports

Delivery + Integration

  • Not published of exam
  • Retrofits As-Builts Convergence Quality Control Customer Handover

Quick Facts

  • Credential Installer 2, Copper (INSTC)
  • Owner BICSI
  • Focus Copper installation practice
  • Format Not published
  • Question count Not published
  • Exam time Not published
  • Domain weights Not published
  • Study target 50 ITSIMM hours minimum

Bonding vs Grounding PL

Bonding

  • Join metal parts
  • Create continuity

Grounding

  • Reference to earth
  • Fault-current path
  • Equipotential vs earth reference

Field Planning PL

  • Scope Defined deliverables
  • Site survey Verify field conditions
  • Drawings Approved installation route
  • Work area User connection location
  • TR Telecommunications room
  • Pathway Cable routing space
  • Label plan Traceable identifiers

Safety + Compliance PL

  • AHJ Local enforcing authority
  • NEC Electrical code baseline
  • PPE Task-specific protection
  • Firestop Restore rated penetration
  • Bonding Join conductive components
  • Manufacturer data Installation limits
  • As-built Final field record

Pull Sequence IN

  • Survey, support, separate, pull, test, document
  • Survey route Support cable Save records

U/UTP vs F/UTP IN

U/UTP

  • No overall shield
  • Unshielded pairs

F/UTP

  • Overall foil shield
  • Unshielded pairs
  • No foil vs overall foil

Installation Picker IN

  • Route not verified → Survey pathway ( Before pulling )
  • Plenum route → Match cable rating ( Code conditions )
  • High EMI exposure → Assess shielding ( Design dependent )
  • High PoE load → Review bundle heat ( Temperature matters )
  • Pull begins → Control tension ( Cable limit )
  • Bend encountered → Maintain radius ( Protect geometry )
  • Rated penetration → Approved firestop ( Restore rating )
  • Coax endpoint → Compatible BNC ( System specified )

Copper Media IN

  • Balanced pair Twisted-pair signaling
  • U/UTP No pair shielding
  • F/UTP Overall foil shield
  • Category 6A 10GBASE-T capable
  • Coaxial Center conductor cable
  • AWG Conductor size system
  • Lower AWG Larger conductor

PoE Heat IN

  • More current, resistance, heat, derating
  • Bundle size Ambient heat Conductor size

Pulling Practice IN

  • Payoff Controlled cable payout
  • Pull string Route pulling medium
  • Pull tension Follow cable limit
  • Bend radius Protect cable geometry
  • Lubricant Cable-compatible only
  • Cable support Continuous route support
  • Separation Avoid interference sources

Termination Basics TE

  • IDC Insulation displacement contact
  • 110 block IDC connecting hardware
  • Patch panel Equipment-room termination
  • Outlet Work-area termination
  • T568A Pair assignment scheme
  • T568B Pair assignment scheme
  • Pair twist Preserve near termination

Shielding + Splicing TE

  • Shield continuity Continuous bonded path
  • STP hardware Shield-compatible components
  • BNC Bayonet coax connector
  • Conductor ID Match splice pairs
  • Splice enclosure Protect joined conductors
  • Splice verification Test completed joint
  • Splice record Document location method

Test Sequence VE

  • Wiremap first, performance second, records last
  • Continuity Transmission Report

Permanent Link vs Channel VE

Permanent link

  • Fixed cabling
  • Patch cords excluded

Channel

  • Complete path
  • Patch cords included
  • Installation vs user path

Test + Fault Picker VE

  • Fixed cabling acceptance → Permanent-link test ( Exclude patch cords )
  • Complete path evaluation → Channel test ( Include patch cords )
  • Wiremap fails → Inspect terminations ( Pair placement )
  • NEXT fails → Check pair twist ( Near termination )
  • Return loss fails → Inspect connectors ( Impedance discontinuity )
  • Loss too high → Check length damage ( Path condition )
  • AXT suspected → Assess adjacent bundles ( Cable-to-cable coupling )
  • Repair complete → Save retest report ( Close documentation )

Certification Tests VE

  • Permanent link Fixed cabling test
  • Channel Complete end-to-end path
  • Wiremap Conductor continuity map
  • Insertion loss Signal loss measure
  • NEXT Near-end crosstalk
  • Return loss Impedance mismatch reflection
  • AXT Adjacent-cable crosstalk

NEXT vs AXT VE

NEXT

  • Same cable
  • Near-end coupling

AXT

  • Adjacent cables
  • Bundle coupling
  • Inside cable vs between cables

Fault Isolation VE

  • Open Broken conductor path
  • Short Unintended conductor contact
  • Reversed pair Polarity swapped
  • Split pair Wrong pair grouping
  • Intermittent Nonconstant failure
  • Reterminate Correct connector fault
  • Retest Confirm corrective action

Open vs Split Pair VE

Open

  • Broken path
  • Continuity failure

Split pair

  • Wrong conductors paired
  • Performance failure
  • Disconnected vs misgrouped

Convergence + Delivery FI

  • PoE Data plus DC power
  • PSE Power sourcing equipment
  • PD Powered device
  • Wireless AP PoE network endpoint
  • IP camera Network security endpoint
  • Retrofit Existing-system modification
  • Handover Deliver test records

Common Traps

Fixed link ≠ channel

  • Patch cords excluded ≠ Patch cords included

Wiremap pass ≠ certify

  • Continuity only ≠ Performance still required

Shield ≠ automatic grounding

  • Bond every component ≠ Follow system design

Standard ≠ local approval

  • AHJ enforces code ≠ Meet local requirements

Color match ≠ pair integrity

  • Preserve pair twist ≠ Verify wiremap

Lower AWG ≠ smaller

  • Lower means larger ≠ Resistance changes

Last Minute

  • 1. Confirm approved drawings
  • 2. Survey pathways before pulling
  • 3. Match cable space rating
  • 4. Respect tension and bend limits
  • 5. Maintain pair twist
  • 6. Bond shielded components continuously
  • 7. Restore rated firestops
  • 8. Choose correct test configuration
  • 9. Save certified test reports
  • 10. Update labels and as-builts

BICSI Installer 2 Copper

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