NCCCO Service Truck Crane study plan

NCCCO Service Truck Crane · Give each week a clear focus.

8 weeks · About 6 hours per week

Week 1

Operations

Map the Operations domain (44% of the exam) into its sub-areas: pre-lift setup, signal communication, load control, travel with a load, and shutdown/securing, and allocate study blocks to each by weight.
Define and write out, in your own words, the roles and stop-work authority of the operator, signalperson, rigger, and lift director on a service truck crane pick.
List the conditions that require a lift plan or a qualified person's involvement before lifting, and state at least five concrete examples for a boom truck or service crane.
Build a one-page pre-lift checklist covering ground bearing, outrigger/stabilizer deployment, utility clearance, load weight verification, and rigging inspection.

A completed one-page pre-lift checklist plus a written role/responsibility summary that you can recite from memory.

Week 2

Explain how capacity changes with radius, boom angle, boom length, and quadrant, and demonstrate the relationship using a sample load chart without relying on memory.
Describe the standard hand signals used for hoisting, lowering, stopping, emergency stop, and boom motions, and match each signal to its meaning.
Identify the hazards of side loading, shock loading, and rapid swing/stop inputs, and state the operator response for each.
Outline the procedure for traveling a service truck crane with a load, including when travel with a load is prohibited by the load chart notes.

A hand-signal and hazard-response flashcard set of at least 20 cards, self-quizzed to 90% accuracy.

Week 3

Trace the flow of hydraulic pressure from pump through control valve to hoist, boom, and outrigger circuits, and explain what a holding valve or counterbalance valve does.
Describe the function of the rated capacity limiter/load moment indicator, boom angle and length sensors, and anti-two-block devices, and state how to verify they are functioning before a lift.
Explain wire rope construction, lay, and the removal criteria for broken wires, kinking, crushing, and corrosion, and apply those criteria to a described rope condition.
Identify the purpose and inspection points of hooks, latches, sheaves, and boom wear pads.

A labeled system diagram (pump-to-actuator) with a written explanation of each safety device and its pre-lift check.

Week 4

Read a manufacturer's load chart and correctly locate capacity for a given boom length, radius, quadrant, and outrigger configuration, including the effect of a jib or stowed attachment.
Apply the chart notes and deductions for load-handling devices, rigging weight, and optional equipment to compute net allowable load.
Explain stability versus structural capacity and identify which chart limits govern a given configuration.
Calculate gross load by summing the load, rigging, and hook block, and compare it to the chart value for at least five practice scenarios.

A worked problem set of 10 load-chart capacity calculations with correct answers and a short note on the governing limit for each.

Week 5

Practice using range diagrams and area-of-operation charts to determine whether a proposed pick position is within the working range.
Compute deductions and interpolate between chart values where permitted, and identify when interpolation is not allowed.
Apply the two-block, boom deflection, and wind/weather notes to realistic lift scenarios.
Rehearse the sequence of a full lift from setup to secure, applying chart limits at each step.

A timed 20-question load-chart quiz completed at 80% or better, with errors reviewed and corrected in writing.

Week 6

Assess ground conditions and calculate/estimate bearing pressure under outrigger floats, and select cribbing based on soil type and float size.
Identify site hazards including overhead and underground utilities, slope, excavation edges, traffic, and pedestrian control, and state the control for each.
Describe proper setup: leveling, full outrigger extension, float placement, barricades, and exclusion zones.
Explain the requirements for working near power lines, including minimum approach distances and the role of the spotter/utility owner.

A site-setup hazard assessment for a described job scenario, listing at least 10 hazards with a specific control for each.

Week 7

Integrate all four domains into full scenario walkthroughs: setup, chart check, rigging, signal, lift, and secure.
Review and correct every missed item from prior quizzes and problem sets, writing the correct reasoning for each.
Practice explaining your decisions aloud as you would to an examiner, using precise terminology.
Identify your three weakest sub-areas and drill them with targeted questions.

Three complete written lift scenarios with setup rationale, chart calculations, hazard controls, and signal plan.

Week 8

Take two full-length timed practice exams weighted 17/44/21/17 across the domains and record scores by domain.
Re-drill any domain scoring below 80% until it reaches that threshold.
Memorize the key chart-reading steps and safety-device checks so they can be performed without reference.
Finalize a one-page personal reference sheet of formulas, chart steps, and hazard controls for last-minute review.

Two completed timed practice exams with domain scores of 80% or higher in every domain, plus the final one-page reference sheet.

Week 2: Can state the hand signals and the radius/angle/length/quadrant capacity relationship without notes, and score 90% on the flashcard set.

Week 4: Correctly solve 8 of 10 load-chart capacity problems, including rigging deductions and identification of the governing limit.

Week 6: Score 80% or better on the timed load-chart quiz and produce a 10-hazard site assessment with specific controls.

Week 8: Score 80% or higher in each of the four domains on two full-length timed practice exams.