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NEW QUESTION # 70
A source inspector reviewing a control panel should verify wiring against which project document as a core inspection activity?
Answer: D
NEW QUESTION # 71
What standard defines the maximum number of conductors permitted in outlets, devices and junction boxes, and conduit bodies?
Answer: B
Explanation:
The correct answer isAbecauseNFPA 70, the National Electrical Code, is the standard that defines conductor fill requirements foroutlet boxes, device boxes, junction boxes, and conduit bodies. These rules are commonly calledbox filland are intended to prevent overcrowding, overheating, insulation damage, and unsafe bending or termination conditions inside enclosures. NFPA 70 provides the method for determining how many conductors are permitted based on conductor size, internal volume, devices, fittings, equipment grounding conductors, and similar factors. This is exactly the type of requirement a source inspector or quality- surveillance professional must verify when reviewing fabricated electrical assemblies and associated installation details.
The other options do not fit this requirement.IEEE 112relates to electric motor testing,IEC 60079 seriesapplies to explosive atmospheres and hazardous locations, andNEMA 250covers enclosure classifications and environmental protection types rather than conductor-fill limits. In API-aligned inspection practice, the inspector confirms that junction boxes and related electrical assemblies comply with the applicable governing codes and referenced standards. For conductor count limits in boxes and conduit bodies, the governing standard isNFPA 70.
NEW QUESTION # 72
According to ANSI C57.12, the average winding temperature rise above ambient temperature shall not exceed what value?
Answer: A
Explanation:
The correct answer isA. UnderANSI C57.12transformer requirements, theaverage winding temperature rise above ambientis commonly limited to65°Cfor standard transformer designs. This limit is important because transformer insulation life is strongly affected by operating temperature. If the winding temperature rise exceeds the permitted value, insulation aging accelerates, reducing transformer reliability and service life.
That is why temperature-rise testing is a key verification item during transformer manufacture and factory acceptance activities.
From a source inspection perspective, the inspector should verify that the transformer has been tested in accordance with the applicable standard, that the measured temperature-rise values are properly recorded, and that the results comply with the specified acceptance criteria. The average winding temperature rise is not the same as hotspot temperature, and it must be evaluated against the standard test method and rating basis. The other options are too high for the standard average winding rise value typically associated with ANSI C57.12.
In API-aligned source inspection and quality surveillance oftransformers, confirming compliance of factory test results such as temperature-rise performance is an essential part of final acceptance. Therefore,65°Cis the verified answer.
NEW QUESTION # 73
What document is used for petroleum and chemical industry premium-efficiency, severe-duty, totally enclosed fan-cooled TEFC squirrel cage induction motors up to and including 370 kW 500 hp?
Answer: B
Explanation:
The correct answer isC.IEEE 841is the recognized standard forpremium-efficiency, severe-duty, totally enclosed fan-cooled TEFC squirrel cage induction motorsintended for thepetroleum and chemical industry, specifically for motorsup to and including 370 kW 500 hp. This standard is widely used for horizontal and vertical low-voltage severe-duty motors where high reliability, corrosion resistance, vibration control, and robust construction are required for demanding industrial service.
The other options do not fit this scope.API 546applies to brushless synchronous machines, not TEFC squirrel cage induction motors in this size range.IEEE 141is the Red Book related to electrical power distribution system design, not a motor construction standard.NFPA 70is the National Electrical Code, which governs installation requirements rather than the detailed design and construction standard for this specific motor type.
In API-aligned source inspection practice, identifying the correct governing standard is essential when reviewing nameplates, data sheets, test procedures, inspection points, and compliance documentation. For TEFC severe-duty squirrel cage induction motors up to500 hp, the applicable document isIEEE 841, makingoption Cthe verified answer.
NEW QUESTION # 74
What requirement shall be included in a lockout/tagout procedure?
Answer: D
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 # 75
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