WW AOG — Worldwide Aviation Operations GroupView course & enroll ↗
KA200-076 · King Air 200/B200

King Air 200/B200 PT6A-41/-42 Engine Control Rigging and Adjustment

Learn how the cockpit power, propeller and condition levers move the fuel control unit (FCU) arm, cambox, governor and beta/reverse linkage. Use the 56-page handbook and interactive workbench to distinguish constant and progressive power-lever splits, choose the named adjustment and assess fresh results. Select an earlier PT6A-41, earlier PT6A-42 or later four-blade PT6A-42 training installation.

Self-paced onlineWWAOG Technical Academy
King Air 200/B200 PT6A-41/-42 Engine Control Rigging and Adjustment course cover
Inside KA200-076

What you will study

Establish the right dry-rig reference

Identify the FCU arm, cambox, interconnect rod and attachment holes before setting the linkage. Compare the earlier FCU-arm reference with the later A-B-C cambox alignment, then connect condition-control cutoff and propeller cable travel to their separate checks.

Correct the named fault and measure again

Recognize a constant knob split versus one that grows through the power range. Select the affected engine’s rod or FCU arm in the stated viewing face, then compare new paired-engine readings. Keep idle, governor settings, flight-idle torque, beta movement and reverse N1 with their own criteria.

Track the joint through the adjustment

Use the shared-linkage guide to record witness marks, identify intended movement, check spring response separately, restore the correct attachment and repeat the affected dry and running checks.

Follow the selected installation through completion

Select the earlier PT6A-41, earlier PT6A-42 or later four-blade PT6A-42 record. The course contains ten lesson decisions, ten paired cases and four five-field jobs; each profile requires only its applicable activities, with progress saved separately. Complete those activities and the separate 40-question combined final at 80% (32 correct). Visual exploration and the shared-linkage guide are ungraded.

Learning outcomes

  • Trace power, propeller and condition-lever movement through the named cables, rods and engine-mounted controls.
  • Select the documented installed-control branch and explain its initial geometry and endpoint checks.
  • Distinguish constant from progressive power-lever stagger and identify the named engine, adjustment part and direction.
  • Interpret cutoff, idle, governing, flight-idle torque, beta and reverse results without mixing test conditions or units.
  • Build a clear before/after record with secured hardware, fresh measurements and affected checks repeated.

Aircraft and course applicability

For the identified King Air 200/B200 PT6A-41 and PT6A-42 external engine-control installations in Maintenance Manual 101-590010-19 Chapters 61, 71, 76 and 77, supplied effective-page list November 1, 2024. Engine model, propeller and installed control mechanism select the task. Covers external control rigging after engine-installation acceptance and in-service corrections. Internal FCU and governor overhaul or calibration are separate tasks. Aircraft work requires current applicable instructions and qualified personnel; online completion does not establish observed practical rigging competence or maintenance-release authority.

WWAOG provides independent training. Online completion records knowledge and simulation achievement; it does not replace observed practical qualification, employer authorization or applicable licensing. Use current aircraft-effective maintenance instructions for physical work.

Before you enroll

Is this course suitable for my aircraft or role?

For the identified King Air 200/B200 PT6A-41 and PT6A-42 external engine-control installations in Maintenance Manual 101-590010-19 Chapters 61, 71, 76 and 77, supplied effective-page list November 1, 2024. Engine model, propeller and installed control mechanism select the task. Covers external control rigging after engine-installation acceptance and in-service corrections. Internal FCU and governor overhaul or calibration are separate tasks. Aircraft work requires current applicable instructions and qualified personnel; online completion does not establish observed practical rigging competence or maintenance-release authority. If you are choosing training for a different installation or a team, email info@wwaog.com with your aircraft configuration, learner experience and training goals.

Where do I find the price and sign up?

Open the KA200-076 enrollment page for the current price, course contents and signup options. Enrollment takes place in WWAOG Academy, where learners access their assigned content.

Can WWAOG train our team at our location?

Yes. Tailored on-site training is available by separate arrangement. Describe your aircraft, location, team size and learning objectives so WWAOG can propose an appropriate scope.

Free course sample · KA200-076

Learn the relationship. Test your reasoning.

Try a short teaching exercise from the subject of King Air 200/B200 PT6A-41/-42 Engine Control Rigging and Adjustment. No account needed.

About 2 minutes
01 · Understand

Cockpit power-lever knob position and gas generator speed (N1) are different observations. On the earlier King Air 200/B200 control linkage, a knob offset that stays the same at several equal-N1 settings is constant stagger. The applicable correction changes the fuel control unit (FCU) rod length on the engine that begins increasing N1 first. An offset that grows as power increases uses the separate FCU-arm correction.

Compare both cockpit knobs at the same engine N1 before selecting the adjustment
  1. Left engine begins N1 pickup first
  2. Same cockpit-knob offset at three equal-N1 settings
  3. Left FCU rod correction, then fresh paired readings
02 · Read the supplied record

Fictional B200 BB-1000/PT6A-42 training record with the earlier three-blade control installation: the initial cable and FCU-arm setup has been checked. The left engine begins increasing N1 first. At three increasing equal-N1 settings, the left cockpit power-lever knob remains 0.12 inch aft of the right knob. The gap stays constant; it does not grow. Adjustment will be performed with the engines stopped under the complete applicable task.

03 · Make a decisionFor this constant cockpit-knob offset, which correction should the technician plan before repeating the running comparison?

Original public teaching example based on the course’s published scope. Supplied records and values are training data. Aircraft maintenance uses current applicable instructions; this sample does not record course completion.

Explore more free course samplesReview KA200-076 and enroll ↗

Regional standards and support

Our aircraft systems courses use manufacturer technical manuals to support pilots and maintenance personnel working in FAA- and EASA-regulated aviation. Training combines detailed system explanations, knowledge checks and interactive exercises for initial familiarization and recurrent study.

Training at your location

Your aircraft. Your team. A course built around both.

WWAOG offers tailored on-site courses for operators, maintenance organizations and government teams. We can shape the course around your aircraft configuration, installed systems, technician experience and operational training goals.

Tell us what your team needs

  • Aircraft model and equipment configuration
  • Location, group size and technician experience
  • System topics and desired learning outcomes
  • Preferred dates and available training resources

We’ll agree the scope, delivery plan and quotation before scheduling. Tailored on-site training is arranged separately from individual online course enrollment.

Request tailored on-site training
KA200-076 · Self-paced learning

Build knowledge you can apply to better maintenance decisions.