Free BICSI Installer 2, Copper Written Examination Practice Questions
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Sample Practice Questions
Try these 10 sample questions from the BICSI Installer 2, Copper Written Examination practice bank. Each includes the answer and explanation. Continue with the interactive practice above to review the full question set.
1A technician checks a stranded copper lead marked 7/32 before selecting it for a patching area. What does 32 identify in this notation?
- A.The AWG size of each individual strandCorrect answer: A
- B.The AWG size of the completed conductor
- C.The number of strands in each conductor
- D.The number of conductors in the cable
Explanation: The source states: "For example, a 7X32 (sometimes written as 7/32) indicates that there are 7 strands of 32 AWG wire that make up the conductor." The second number identifies the gauge of each strand; seven is the strand count. Neither number states a cable conductor count or the completed conductor's AWG.
Reference: Fluke Networks — Stranded vs. Solid Wire Cable: How to Choose — What Is Stranded Wire Cable?
2A telecommunications-room backboard is specified under UFGS 27 10 00. How must its required fire rating be provided?
- A.By fire-retardant treatment during manufactureCorrect answer: A
- B.By ordinary field-applied primer after delivery
- C.By laminating untreated plywood at the job site
- D.By coating untreated plywood with wall finish
Explanation: The specification states: "Backboards must be fire rated by manufacturing process." The rating belongs to the manufactured backboard, rather than an incidental finish or surrounding assembly.
Reference: UFGS 27 10 00 — Building Telecommunications Cabling System — 2.2.1 Plywood Backboards
3A crew sets up a horizontal copper-cable pull into a conduit whose entry could drag across the cable. Which setup guides the cable into the opening while limiting tearing and excess tension?
- A.A suitable conduit shoeCorrect answer: A
- B.A reel jackstand
- C.A wire-mesh pulling grip
- D.A pulling swivel
Explanation: The source states: "Feed cables directly into the conduit end or use a suitable conduit shoe to avoid excessive pulling tension and prevent cable tearing." The shoe guides the conduit-entry bend; the stand supports the reel, the grip attaches the pulling force, and the swivel relieves twist.
Reference: CommScope — GigaSPEED X10D Design and Installation Guidelines — Using Conduit for the Cable Pathway, item 2, printed p. 20
4Before terminating a bundle at a panel, an installer must organize the cables. Which grouping directly supports correct placement at the termination field?
- A.Group by destinationCorrect answer: A
- B.Group by cable length
- C.Group by cable category
- D.Group by jacket color
Explanation: BICSI states: "Organizing the cable by destination." Destination-based grouping places each cable near its assigned termination. Length, category and color alone do not establish that assigned destination.
Reference: BICSI — ITS Installation Methods Manual, copper installation methods — Chapter 5, Pretermination Functions, p. 5-110
5A proposed repair would splice an intrabuilding multipair balanced twisted-pair horizontal run. Under BICSI's stated splicing boundary, where is such splicing allowed?
- A.In backbone cabling onlyCorrect answer: A
- B.In horizontal cabling only
- C.In patch cords only
- D.In every segment of a channel
Explanation: BICSI states: "Intrabuilding multipair balanced twisted-pair cable splicing is only allowed in the backbone cabling and never in horizontal cable." The stated permission is limited to backbone cabling; it does not permit this splice in a horizontal run.
Reference: BICSI — ITS Installation Methods Manual, copper installation methods — Chapter 5, Splicing Overview, p. 5-91
6An installer selects permanent-link testing rather than channel testing. Which cabling is excluded from the permanent-link measurement described by BICSI?
- A.The installed horizontal cable
- B.The work-area outlet connection
- C.The field instrument's test-cord cable portionCorrect answer: C
- D.The installed patch-panel connection
Explanation: The source states: "The permanent link excludes both the cable portion of the field test instrument cord and the connection to the field test instrument." Permanent-link testing evaluates the installed link without adding the instrument cord's cable portion to the link.
Reference: BICSI — ITS Installation Methods Manual, copper installation methods — Chapter 5, Permanent Link Test Configuration, p. 5-143
7Cable-test results vary while a handheld radio is transmitting beside the tester. Which controlled comparison best checks whether the radio is disturbing the measurements?
- A.Repeat the test with the nearby radio not transmittingCorrect answer: A
- B.Repeat the test with a different category limit
- C.Repeat the test with a different cable NVP value
- D.Repeat the test with a different link model
Explanation: BICSI states: "Interference from such radios has been known to affect the operation and accuracy of some handheld cable testers." Removing the suspected radio transmission while holding the cable and test settings constant isolates its possible effect. Changing limits, NVP or link model introduces different variables.
Reference: BICSI — ITS Installation Methods Manual, copper installation methods — Chapter 5, Two-Way Radio, p. 5-154
8A workstation remains plugged into its old faceplate after a desk move, but its TR patching has not been verified. How should the apparent connection be interpreted during the retrofit survey?
- A.A plugged-in device alone does not prove an active circuitCorrect answer: A
- B.A plugged-in device proves that its TR patching is active
- C.A plugged-in device proves that its cable is abandoned
- D.A plugged-in device proves that the outlet is spare
Explanation: BICSI states: "When a computer is plugged into an outlet, it is a good indicator that it is active, but this is not guaranteed." Equipment may remain plugged in after TR patching has changed, so operational status must be verified.
Reference: BICSI — ITS Installation Methods Manual, copper installation methods — Chapter 11, Verifying Existing Infrastructure, p. 11-13
9Separate telecommunications cables run from individual outlets back to one central distribution point. Which physical topology does this arrangement form?
- A.StarCorrect answer: A
- B.Bus
- C.Ring
- D.Mesh
Explanation: The source states: "A topology in which telecommunications cables are distributed from a central point." Individual cable runs radiate from the central point rather than forming a shared bus or closed ring.
Reference: BICSI — ITS Installation Methods Manual, copper installation methods — Glossary, star topology
10A listed electrical component used at an ICT installation has specific mounting instructions included in its listing. Under 1910.303(b)(2), what governs its installation and use?
- A.The instructions included in that listing or labelingCorrect answer: A
- B.The instructions for an equivalent-looking listed unit
- C.The distributor's generic installation illustration
- D.Prior installation practice with a similar unit
Explanation: The source states: "Listed or labeled equipment shall be installed and used in accordance with any instructions included in the listing or labeling." The listing instructions apply to this equipment; appearance or practices for another product do not replace them.
Reference: OSHA 29 CFR 1910.303 — General electrical requirements — 1910.303(b)(2)
Exam Review
About BICSI Installer 2, Copper Written Examination
BICSI Installer 2, Copper Written Examination · US
Key exam facts
- Provider
- BICSI develops and administers the examination; Pearson Professional Assessments delivers the written computer-based test.
- Format
- Computer-based multiple-choice questions testing knowledge and application.
- Exam questions
- Total questions: 100.
- Time limit
- Two hours (written examination).
- Passing score
- Criterion-referenced passing standard established by expert standard-setting using the Angoff Method. The current handbook and official program/exam-delivery pages examined do not publish a numeric cutoff or scoring scale; passing status is reported.
- Exam fee
- USD 335 for BICSI members or USD 400 for nonmembers for the application package, including the first written and hands-on attempts; not a written-only price. Written retest: USD 135 member / USD 200 nonmember. Courses, manuals, travel and retest fees are excluded from the initial package; prices may change.
Topics covered
Conduct Field Planning, Implementation, and Design (15%)
- Identify and distinguish properties and types of copper cable
- Interpret blueprints
- Inventory job supplies and materials
- Verify and comply with site safety plan
- Perform labeling according to a labeling scheme
Establish Pathways and Space (28%)
- Build telecommunication spaces (e.g., TRs, ERs, EFs, TEs)
- Install bonding infrastructure
- Install cable support systems
- Prepare telecommunication outlet at wall
- Install cut-in rings (cavity box)
- Prepare telecommunication outlet at floor
- Prepare telecommunication outlet at utility column and/or modular furniture
- Prepare telecommunication outlet at other locations (e.g., ceilings, hazardous, exterior)
- Install sleeves, cores, and slots
- Install poke throughs
- Install cable trays, ladder racks, and continuous cable support systems
- Install non-continuous cable supports
- Install raceways
- Install cable support systems under the floor
- Install firestop and/or smoke barrier system
Pull Copper Cable (14%)
- Perform cable pulling setup
- Install pull string or rope in conduit
- Pull horizontal telecommunication outlet cable (conduit)
- Pull horizontal telecommunication outlet cable in open ceiling
- Pull backbone-riser from top down
- Pull backbone-riser from bottom up
- Pull backbone-horizontal backbone
Terminate Copper Cable (14%)
- Perform pre-termination functions
- Install correct connecting hardware for copper terminations
- Perform copper IDC termination (multi-pair)
- Perform copper IDC termination (four-pair)
- Perform coaxial termination
- Perform copper crimp termination-modular plugs
Perform Splicing (5%)
Test Copper Cable (6%)
Perform Troubleshooting (6%)
Perform Retrofits (4%)
- Identify active circuits
- Perform cutover
- Remove abandoned cable
Apply Concepts of Integration and/or Convergence to Scope of Work (5%)
- Apply concepts of physical network topologies and/or systems
- Apply concepts of network components
- Install security systems and alarm systems
- Install wireless systems
- Provide SCS to support installation of other systems (e.g., paging, sound masking, clock, nurse call, BAS, life safety, elevator)
Codes and Standards (3%)
How to prepare
Work through the topics, read the explanation after each answer, and revisit the areas where you miss questions. Use the official outline and reference materials below to guide your study.
These independent practice questions are not actual exam items and do not guarantee a passing result.
Frequently asked questions
What is the exam format?
Computer-based multiple-choice questions testing knowledge and application.
How many questions are on the exam?
Total questions: 100.
How long is the exam?
Two hours (written examination).
What is the passing score?
Criterion-referenced passing standard established by expert standard-setting using the Angoff Method. The current handbook and official program/exam-delivery pages examined do not publish a numeric cutoff or scoring scale; passing status is reported.
How much does the exam cost?
USD 335 for BICSI members or USD 400 for nonmembers for the application package, including the first written and hands-on attempts; not a written-only price. Written retest: USD 135 member / USD 200 nonmember. Courses, manuals, travel and retest fees are excluded from the initial package; prices may change.
Official sources and references
- BICSI Installer 2, Copper Certification Handbook
Printed p. 12 / PDF p. 7, Examination, edition and assessment parts
- BICSI Installer 2, Copper Certification Handbook
Printed p. 13 / PDF p. 7, How Exams Are Developed, blueprint origin
- BICSI Installer 2, Copper Certification Handbook
Printed p. 10 / PDF p. 6, Exam Content Outline, Conduct Field Planning, Implementation, and Design, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 10 / PDF p. 6, Exam Content Outline, Conduct Field Planning, Implementation, and Design, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 10 / PDF p. 6, Exam Content Outline, Establish Pathways and Space, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 10 / PDF p. 6, Exam Content Outline, Establish Pathways and Space, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Pull Copper Cable, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Pull Copper Cable, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Terminate Copper Cable, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Terminate Copper Cable, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Perform Splicing, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Perform Splicing, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Test Copper Cable, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Test Copper Cable, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Perform Troubleshooting, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Perform Troubleshooting, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Perform Retrofits, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 11 / PDF p. 6, Exam Content Outline, Perform Retrofits, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 12 / PDF p. 7, Exam Content Outline, Apply Concepts of Integration and/or Convergence to Scope of Work, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 12 / PDF p. 7, Exam Content Outline, Apply Concepts of Integration and/or Convergence to Scope of Work, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 12 / PDF p. 7, Exam Content Outline, Codes and Standards, area-title cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 12 / PDF p. 7, Exam Content Outline, Codes and Standards, percentage cell
- BICSI Installer 2, Copper Certification Handbook
Printed p. 12 / PDF p. 7, Written Examination
- BICSI Installer 2, Copper Certification Handbook
Printed p. 19 / PDF p. 10, Passing Score
- BICSI Installer 2, Copper Certification Handbook
Printed p. 14 / PDF p. 8, Fees and Payment Methods, Exam Application Fee, member price
- BICSI Installer 2, Copper Certification Handbook
Printed p. 14 / PDF p. 8, Fees and Payment Methods, Exam Application Fee, nonmember price
- BICSI Installer 2, Copper Certification Handbook
Printed p. 14 / PDF p. 8, Fees and Payment Methods, Exam Retest Fee, member price
- BICSI Installer 2, Copper Certification Handbook
Printed p. 14 / PDF p. 8, Fees and Payment Methods, Exam Retest Fee, nonmember price
- BICSI Installer 2, Copper Certification Handbook
Printed p. 14 / PDF p. 8, Fees and Payment Methods, currency footnote
- BICSI Installer 2, Copper Certification Handbook
Printed p. 17 / PDF p. 9, Exam Fee
- BICSI Installer 2, Copper Certification Handbook
Printed p. 14 / PDF p. 8, Fees and Payment Methods, Exam Application Fee inclusions
- BICSI Installer 2, Copper Certification Handbook
Printed p. 14 / PDF p. 8, Fees and Payment Methods, Exam Retest Fee applicability
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