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| Certification Vendor: | American Petroleum Institute (API) |
|---|---|
| Exam Name: | API Source Inspector Electrical Equipment (SIEE) |
| Exam Number: | SIEE |
| Real Exam Qty: | 110 (100 scored + 10 unscored pretest) |
| Exam Duration: | 195 minutes |
| Related Certifications: | API Source Inspector Fixed Equipment (SIFE) API Source Inspector Rotating Equipment (SIRE) |
| Certificate Validity Period: | 3 years |
| Exam Format: | Multiple Choice, Closed-book |
| Available Languages: | English |
| Exam Registration: | API ICP Certification Portal |
| Sample Questions: | API API-SIEE Sample Questions |
| Exam Way: | Computer-based / remote proctored exam (scheduled exam windows) |
| Pre Condition: | Prequalification required; relevant electrical or inspection experience in industrial/petroleum environments is typically expected |
| Official Syllabus URL: | https://www.api.org/products-and-services/individual-certification-programs/certifications/apisiee |
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NEW QUESTION # 48
The cosine of the difference in phase angle between voltage and current is:
Answer: D
Explanation:
The correct answer isA, power factor. In AC electrical systems, the phase relationship betweenvoltageandcurrentis an important indicator of how effectively electrical power is being used.
Thecosine of the phase angle differencebetween voltage and current is called thepower factor.
Mathematically, power factor expresses the ratio ofreal power, which performs useful work, toapparent power, which is the total power supplied to the circuit. When voltage and current are in phase, the cosine value is 1 and the power factor is unity. When they are out of phase due to inductive or capacitive effects, the power factor becomes less than 1.
From a source inspection and quality surveillance standpoint, understanding power factor is important when reviewing electrical test data, motor performance, transformer loading characteristics, and system efficiency information.Real poweris measured in watts,apparent powerin volt-amperes, andmhois a unit of conductance, so none of those terms define the cosine of the phase angle itself. Therefore, the correct technical term for this cosine relationship ispower factor.
NEW QUESTION # 49
When might a resident source inspector be required at a shop during manufacture and fabrication?
Answer: D
Explanation:
The correct answer isA. In API source inspection practice, the decision to assign aresident source inspectoris driven primarily by therisk level of the equipment or fabrication activity. When the risk assessment identifies an item ashigh or highest risk, increased surveillance may be necessary because the consequences of defects, missed hold points, schedule slippage, or nonconformance can be significant. A resident inspector provides continuous or frequent monitoring of manufacturing progress, verification of critical stages, review of records, and immediate reporting of issues that could affect quality, cost, or delivery.
Option B is not sufficient by itself. Being sourced from a foreign vendor may affect logistics or planning, but it does not automatically justify a resident inspector. Option C is based on convenience, not inspection need.
Option D may create project pressure, but a busy shop or tight schedule alone is not the primary criterion for resident assignment.
The API approach is risk-based: surveillance intensity, including the possible need for a resident inspector, is determined by thecriticality and risk classificationof the equipment and the potential impact of nonconformance during manufacture.
NEW QUESTION # 50
In addition to purchase order requirements and company standards, what document would provide the details for correct coatings application?
Answer: A
Explanation:
The correct answer isB. In source inspection of electrical equipment, coating quality is verified not only against thepurchase order, project specifications, and company standards, but also against thecoating manufacturer's application instructions and recommendations. These recommendations normally provide the practical details needed to achieve an acceptable coating system, such as requiredsurface preparation, environmental limitations, mixing instructions, thinning limits, application method, dry film thickness range, recoat intervals, curing conditions, and compatibility between primer, intermediate, and finish coats.
This is important because a coating may technically match the specified product name, yet still fail in service if it is applied outside the manufacturer's limits. From an API source inspection perspective, the inspector reviews whether the supplier's coating process follows the approved system requirements and whether application conditions and records support compliance. AQuality Plandescribes how quality activities are managed, but it does not usually contain the detailed technical application instructions. AnInspection and Test Planidentifies what will be checked and when, not how the coating should be applied.ASME BPVC Section IIaddresses material specifications and is not the governing application guide for paint systems.
NEW QUESTION # 51
According to ANSI C57.12, each line terminal of a winding shall be tested to what maximum value?
Answer: B
Explanation:
The correct answer isD. In ANSI transformer standards under theC57.12 series, the impulse withstand capability assigned to transformer line terminals is expressed in terms of theBasic Lightning Impulse Insulation Level, commonly calledBIL. This value represents the crest value of a standard lightning impulse wave that the transformer insulation system must be able to withstand without failure. It is used to establish the insulation coordination of the transformer and to verify that external terminals and associated winding insulation can tolerate expected surge conditions on the system.
From a source inspection perspective, this requirement is important because the inspector must verify that the transformer design data, nameplate information, and test documentation match the specified insulation class and impulse withstand ratings. The BIL rating is a fundamental acceptance characteristic for transformers because it confirms the equipment's ability to survive transient overvoltage events such as lightning surges.
Switching impulseis a different category used more commonly on higher voltage equipment under certain system conditions.Chopped waveis a special test application, not the primary maximum insulation level designation asked here. Therefore, the correct maximum value is theBasic Lightning Impulse Insulation Level.
NEW QUESTION # 52
What is the common industry term used for the dielectric withstand test?
Answer: C
Explanation:
The correct answer isAbecause thecommon industry termfor adielectric withstand testis theHipot test, short forhigh-potential test. This test is used to verify that the insulation system of electrical equipment can withstand an applied voltage higher than its normal operating voltage for a specified period without breakdown, flashover, or excessive leakage current. It is widely used during factory testing and acceptance testing for equipment such as switchgear, control panels, transformers, motors, and cables.
In inspection practice, the dielectric withstand or Hipot test is an important confirmation of insulation integrity after assembly or manufacture. It is different from an insulation resistance test, which measures resistance in ohms using DC voltage. A Hipot test instead stresses the insulation at a specified elevated voltage to demonstrate that the insulation system is sound. The other options are incorrect becausevoltage testis too generic,current testdoes not describe the purpose, andcapacitor microfarad dielectric testis not a recognized common industry name. Therefore, the standard industry term for the dielectric withstand test isHipot test, makingoption Athe verified answer.
NEW QUESTION # 53
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