Cheat sheet

BICSI Installer 2 Copper Cheat Sheet

Planning + Safety

Not publishedof exam

Site SurveyWork DocumentsPathway ReadinessSafety ControlsLabeling Plan

Copper Installation

Not publishedof exam

Cable MediaPullingCable SupportPoE HeatRoute Protection

Termination + Splicing

Not publishedof exam

IDC WorkPatch PanelsShieldingCoaxSplice Records

Testing + Troubleshooting

Not publishedof exam

WiremapLink TestingTransmissionFault IsolationTest Reports

Delivery + Integration

Not publishedof exam

RetrofitsAs-BuiltsConvergenceQuality ControlCustomer 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

Bonding

  • Join metal parts
  • Create continuity

Grounding

  • Reference to earth
  • Fault-current path

Equipotential vs earth reference

Field Planning

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

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

Survey, support, separate, pull, test, document

Survey routeSupport cableSave records

U/UTP vs F/UTP

U/UTP

  • No overall shield
  • Unshielded pairs

F/UTP

  • Overall foil shield
  • Unshielded pairs

No foil vs overall foil

Installation Picker

  1. Route not verifiedSurvey pathway(Before pulling)
  2. Plenum routeMatch cable rating(Code conditions)
  3. High EMI exposureAssess shielding(Design dependent)
  4. High PoE loadReview bundle heat(Temperature matters)
  5. Pull beginsControl tension(Cable limit)
  6. Bend encounteredMaintain radius(Protect geometry)
  7. Rated penetrationApproved firestop(Restore rating)
  8. Coax endpointCompatible BNC(System specified)

Copper Media

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

More current, resistance, heat, derating

Bundle sizeAmbient heatConductor size

Pulling Practice

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

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

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

Wiremap first, performance second, records last

ContinuityTransmissionReport

Test + Fault Picker

  1. Fixed cabling acceptancePermanent-link test(Exclude patch cords)
  2. Complete path evaluationChannel test(Include patch cords)
  3. Wiremap failsInspect terminations(Pair placement)
  4. NEXT failsCheck pair twist(Near termination)
  5. Return loss failsInspect connectors(Impedance discontinuity)
  6. Loss too highCheck length damage(Path condition)
  7. AXT suspectedAssess adjacent bundles(Cable-to-cable coupling)
  8. Repair completeSave retest report(Close documentation)

Certification Tests

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

NEXT

  • Same cable
  • Near-end coupling

AXT

  • Adjacent cables
  • Bundle coupling

Inside cable vs between cables

Fault Isolation

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

Open

  • Broken path
  • Continuity failure

Split pair

  • Wrong conductors paired
  • Performance failure

Disconnected vs misgrouped

Convergence + Delivery

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