AMPP CIP Level 1 study guide
AMPP CIP Level 1 · Work through your exam, one topic at a time.
AMPP Basic Coatings Inspector, commonly called CIP Level 1, is the entry rung of the AMPP Coatings Inspector Program. AMPP describes that program as the result of over 30 years of coating inspection certification excellence from NACE and SSPC, and as the eventual replacement for the NACE CIP and SSPC PCI credentials that organizations worldwide recognize and specify. Level 1 itself covers the technical and practical fundamentals of coating inspection work, equipping students to conduct basic coating inspections using non-destructive techniques and instrumentation. The credential is written for people building a career in coatings inspection and for anyone who wants a working knowledge of protective coatings on pipelines, storage tanks, and other key infrastructure. The AMPP CIP Level 1 study guide has 4 sections and about 1,790 words.
01Coating Inspection Fundamentals and Safety
A coating inspector verifies that work conforms to the project specification, not that it is convenient for the contractor. Understand the three-cornered relationship: the owner defines requirements, the contractor performs the work, and the inspector reports conformance.
358 words, about 2 min02Surface Preparation
Surface preparation produces both a cleanliness level (what is removed) and a profile or anchor pattern (what is created). Questions frequently blur the two.
368 words, about 2 min03Coating Application and Environmental Conditions
Every application decision rests on four measurements taken at the steel, not in the office: ambient air temperature, relative humidity, steel (surface) temperature, and dew point. The rule that matters: surface temperature must be at least 3°C (5°F) above dew point before, during, and after application until the film sets.
347 words, about 2 min04Inspection Instruments
Dry film thickness gauges divide into Type I (magnetic pull-off, permanent magnet) and Type II (electronic, magnetic induction or eddy current). Magnetic methods require a ferrous substrate; on aluminum or galvanized steel you need eddy-current or ultrasonic gauges.
717 words, about 4 min