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API API-SIEE Exam Syllabus Topics:

Topic	Details
Topic 1	Equipment Risk Assessment: Focuses on developing inspection project plans, inspection and test plans, and reviewing reports to assess equipment risk.
Topic 2	Electrical Induction Motors: Covers design and construction standards, materials of construction, and motor testing requirements for electrical induction motors.
Topic 3	Electrical Inspection Tools and Test Equipment: Covers the tools and test equipment used by inspectors to perform electrical source inspections.
Topic 4	Switchgear (Low & Medium Voltage): Covers design, construction, ratings, interlocks, wiring, enclosures, bus compartments, breakers, transformers, and metering for LV and MV switchgear.
Topic 5	Source Inspection Management Program: Addresses the organizational framework and management practices that govern source inspection programs.
Topic 6	Motor Control Centers (Low to Medium Voltage): Covers design standards, materials, enclosure types, breakers, amp capacity, cable entry, and grounding components for MCCs.
Topic 7	Liquid-Immersed Transformers: Covers the design, construction, and applicable industry codes and standards for liquid-immersed transformers.
Topic 8	Terms and Definitions: Covers the foundational terminology and definitions used throughout electrical source inspection work.
Topic 9	Source Inspection Performance: Covers inspector conduct, safety, project document review, report writing, and handling nonconformances and deviations during inspections.
Topic 10	Examination Methods, Tools and Equipment: Covers the inspection techniques used in the field, including dimensional, visual, electrical testing, functional testing, and coatings inspections.

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API Source Inspector Electrical Equipment Sample Questions (Q76-Q81):

NEW QUESTION # 76
According to ANSI/IEEE C37.20.2, wiring across a hinge shall be all of the following except:

A. sufficiently flexible to withstand repeated door movement without sustaining damage to wire strands or insulation.
B. a formed loop as it crosses the hinge and secured to the equipment at both ends in such a manner that negligible strain is transmitted to wire beyond the securements.
C. No. 14 AWG and larger, and C or D stranding.
D. installed in a flexible non-metallic conduit with a separate ground terminated at the door and at the switchgear ground bus and chosen per the minimum wire size table.

Answer: D

Explanation:
The correct answer isBbecause ANSI and IEEE requirements for control wiring that passes across hinged doors or panels in metal-enclosed switchgear emphasizemechanical flexibility, proper looping, securement, and suitable conductor stranding, not installation in a flexible non-metallic conduit with a separate grounding conductor as described in option B. The standard intent is to ensure that repeated opening and closing of doors does not damage the conductor strands or insulation, and that stress is not transmitted beyond the supported points. That is why optionsAandCreflect accepted requirements: the wiring must be flexible enough for repeated motion and arranged in a formed loop with proper securement. OptionDis also consistent with switchgear wiring practice, where conductor size and stranding class are specified to provide durability under mechanical movement.
OptionBadds conditions that are not the stated requirement for wiring across a hinge in ANSI/IEEE C37.20.2.
In source inspection, this distinction matters because inspectors must verify wiring methods against the actual standard requirement rather than accept added but non-required installation details.

NEW QUESTION # 77
Who should the Source Inspector notify if they believe that product quality may be compromised by schedule pressures?

A. Master Scheduler
B. Project Manager
C. The inspection coordinator
D. The shop QA Manager

Answer: C

Explanation:
The correct answer isB. The inspection coordinator. In the API source inspection framework, the inspector's role is to independently observe, verify, document, and communicate quality-related concerns through the established inspection reporting chain. When schedule pressure appears likely to compromise product quality, the issue must be escalated to theinspection coordinator, because that person manages inspection execution, communication flow, and coordination between the purchaser, supplier, and inspection function. This keeps the inspector independent and ensures the concern is addressed formally rather than informally.
The other options are less appropriate. TheMaster Scheduleris responsible for planning and timing, not for controlling inspection escalation. Theshop QA Managerbelongs to the supplier's organization, so reporting directly there could weaken the inspector's independent reporting path. TheProject Managermay ultimately need awareness, but the normal and correct first notification route in source inspection administration is through the inspection coordinator. This approach aligns with API source inspection practice, where quality threats, deviations, and risks are communicated through designated inspection channels so that corrective action, hold points, and surveillance priorities can be managed properly.

NEW QUESTION # 78
What requirement shall be included in a lockout/tagout procedure?

A. An arc flash requirement where a high level of exposure is foreseen
B. A power testing requirement where a direct exposure situation can be detected
C. A voltage testing requirement where there might be direct exposure to electrical hazards
D. A voltage and current testing for direct exposure situations

Answer: C

Explanation:
The correct answer isC. A properlockout/tagout procedurefor electrical work must include a requirement totest for absence of voltagewherever there may be direct exposure to electrical hazards. Lockout and tagout are not complete merely because disconnecting means have been opened and locked. The worker must verify that the circuit or equipment is actually de-energized before contact, because stored energy, incorrect isolation, backfeed, or mislabeled circuits can leave hazardous voltage present.
In electrical safety practice, this verification is a critical step between isolation and the start of work. The procedure therefore needs a clearvoltage-testing requirementusing an appropriate test instrument and safe work method. This aligns with the source inspection and electrical safety mindset reflected in the API guide, where conformance to procedure, verification steps, and documented controls are essential to safe handling of electrical equipment.
Option A is too general because arc flash PPE may be required for certain tasks, but it is not the core procedural verification step in lockout/tagout. Option B is vague, and option D adds current testing, which is not the standard required element. The required inclusion isvoltage testing.

NEW QUESTION # 79
Laminations in a motor stator core are used to reduce:

A. frequency.
B. AC voltage.
C. DC voltage.
D. energy loss.

Answer: D

Explanation:
The correct answer isC. Stator cores in electric motors are built fromthin laminated steel sheetsrather than one solid mass of metal in order to reducecore losses, especiallyeddy current losses. When alternating magnetic flux passes through a solid iron core, circulating currents are induced within the metal. These currents create unwanted heating and waste energy. By dividing the core into insulated laminations, the path available for these circulating currents is broken up and their magnitude is greatly reduced. This improves motor efficiency, lowers temperature rise, and helps preserve insulation life.
From an API source inspection standpoint, this matters because core construction directly affects the performance and reliability of large motors. Excessive core losses can lead to overheating, degraded efficiency, and premature insulation damage. During manufacturing and inspection, the source inspector may review core fabrication quality, lamination integrity, and test results that indicate proper magnetic and thermal performance. The purpose of laminations is not to reduceAC voltage,frequency, orDC voltage. Their function is to minimizeenergy lossin the magnetic core, makingCthe verified best answer.

NEW QUESTION # 80
According to ANSI/NETA ATS, the inspector should verify the fuse and circuit breaker sizes and types correspond to which of the following?

A. One-line drawing
B. Current transformer turns ratio
C. Shutter installation operation
D. Transformer nameplate

Answer: A

Explanation:
The correct answer isC. One-line drawing. In switchgear inspection and acceptance testing practice, fuse ratings and circuit breaker sizes and types are verified against theapproved one-line drawing, because that document defines the electrical distribution arrangement, protective device coordination, feeder identification, equipment ratings, and the intended relationship between upstream and downstream protection. During source inspection and quality surveillance, the inspector must confirm that the installed protective devices match the project design documents and purchase requirements. The one-line drawing is the key reference used to verify whether the correct breaker frame, trip rating, fuse class, and protective arrangement have been provided.
The other options do not serve as the primary verification basis for protective device size and type.
Atransformer nameplategives transformer data only, not the full protective scheme for the switchgear lineup.
Shutter installation operationrelates to safety and mechanical function, not device sizing. Acurrent transformer turns ratiois associated with metering and protection circuits, but it does not determine the required fuse or breaker type for the overall lineup. Therefore, the proper reference for verifying fuse and circuit breaker sizes and types is theone-line drawing.

NEW QUESTION # 81
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