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| Certification Vendor: | API |
|---|---|
| Exam Name: | API SIEE - Source Inspector Electrical Equipment |
| Exam Number: | API-SIEE |
| Available Languages: | English |
| Exam Duration: | 195 minutes |
| Exam Format: | Closed-book, Multiple-choice |
| Exam Price: | USD $380 member / USD $500 non-member |
| Real Exam Qty: | 110 questions, 100 scored |
| Passing Score: | Set passing scaled score |
| Related Certifications: | API SIEE - Source Inspector Electrical Equipment |
| Certificate Validity Period: | 3 years |
| Sample Questions: | API API-SIEE Sample Questions |
| Exam Way: | In-person test center or remote proctored exam |
| Pre Condition: | Prequalification is required. Minimum electrical experience depends on education and background, ranging from 2 to 5 years. |
There are different versions of our API-SIEE learning materials: the PDF, Software and APP online versions. Whether you like to study on the computer or like to read paper materials, our API-SIEElearning materials can meet your needs. If you are used to reading paper with our API-SIEE Study Materials for most of the time, you can eliminate your concerns. Our API-SIEE exam quiz takes full account of customers' needs in this area.
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NEW QUESTION # 107
Apparent power is measured in:
Answer: C
Explanation:
The correct answer isCbecauseapparent powerin an AC electrical system is measured involt-amperes VA.
Apparent power represents the total electrical power supplied to a circuit and is the combination ofreal powerandreactive power. Real power, which performs useful work such as turning a motor shaft or producing heat, is measured inwatts. Reactive power, which supports magnetic and electric fields in inductive or capacitive equipment, is measured invars. Apparent power is therefore the vector sum of these two and is expressed inVAor larger units such askVAandMVA.
The other options are incorrect for this reason.Mhosis a unit of conductance, not power.Varsmeasure reactive power only.Wattsmeasure true or active power only. In source inspection and quality surveillance of electrical equipment, understanding these distinctions is important when reviewing motor data sheets, transformer ratings, switchgear load data, and electrical test reports. Equipment such as transformers and generators are commonly rated inkVA or MVAbecause their thermal and current-carrying capability is tied toapparent power, makingvolt-amperesthe correct answer.
NEW QUESTION # 108
What method is used to verify tightness of accessible bolted electrical connections?
Answer: D
Explanation:
The correct answer isD. Calibrated torque wrench. In source inspection and quality surveillance of electrical equipment, the accepted method for verifying the tightness ofaccessible bolted electrical connectionsis to check them using aproperly calibrated torque wrenchagainst the manufacturer's specified torque values. This is the most reliable way to confirm that the connection has been tightened to the required mechanical and electrical standard. Proper torque is critical because under-tightening can produce high resistance, localized heating, arcing, and eventual failure, while over-tightening can damage threads, connectors, lugs, or bus material.
The other options do not provide a true verification method.Compression of the lock-nutis not a recognized measurement of electrical connection tightness.Visual inspection of torque markingsmay indicate that tightening was performed, but it does not independently verify the actual torque achieved.Verification of an assembly check sheetonly confirms that work was recorded, not that the joint currently meets the specified torque requirement. Therefore, for source inspectors evaluating electrical assemblies, the correct and defensible method is use of acalibrated torque wrenchto verify accessible bolted electrical connections.
NEW QUESTION # 109
Metallic shielding components such as tapes, wires, or braids shall be connected to a:
Answer: D
Explanation:
The correct answer isA. Metallic shielding components in cables, such asshield tapes, drain wires, metallic braids, or similar conductive shielding layers, are connected to theequipment grounding system, commonly through anequipment grounding busbaror other approved grounding termination point. The purpose of this connection is to provide a low-impedance path for induced voltages, capacitive charging current, noise, and fault-related currents, while also helping reduce electromagnetic interference and maintaining personnel safety.
In source inspection and quality surveillance of electrical systems, correct shield termination is important because improper grounding can lead to noise problems, unreliable signal performance, unsafe touch potentials, or ineffective fault-current control. The inspector therefore checks that cable shields and associated metallic components are terminated in accordance with the approved drawings, cable schedules, and project grounding requirements.
The other options are incorrect. Aceramic insulatordoes not provide the required grounding path. Alow voltage connectoris too generic and is not the intended grounding termination. Atransformer center tapis a system neutral point, not the correct destination for cable metallic shielding. Therefore, the proper connection point is theequipment grounding busbar.
NEW QUESTION # 110
Inspections, examinations, and tests must be performed in accordance with the source Inspection Test Plan, project specification, applicable codes and standards and meet:
Answer: C
Explanation:
The correct answer isCbecause inspections, examinations, and tests are only meaningful when their results are evaluated against definedacceptance criteria. In source inspection, the Source Inspection Test Plan, project specification, purchase order requirements, and applicable codes and standards establish not only what must be inspected or tested, but also the exact criteria that determine whether the item is acceptable. Without acceptance criteria, inspection results cannot be dispositioned objectively as pass, fail, conforming, or nonconforming.
The other options are not sufficient.Published catalog datamay provide general product information, but it is not always the contractual or governing basis for acceptance. Amanufacturer's standardmay be used internally, but it cannot override purchaser requirements or applicable codes unless specifically approved.
Commonly accepted industry practicemay guide methods, but acceptance decisions must still be based on the specified requirements and stated limits. The API guide emphasizes that it is focused onsource inspection and quality surveillance activitiesand on verification against applicable requirements rather than informal judgment alone. Therefore, inspections and tests must meetthe applicable acceptance criteria, makingoption Cthe verified answer.
NEW QUESTION # 111
According to NFPA 70, is the use of Teflon tape on threaded connections for conduits allowed?
Answer: C
Explanation:
The correct answer isC. NFPA 70 requires thatmetal raceways and metal enclosures be metallically joined together into a continuous electrical conductor. This requirement is fundamental because threaded conduit systems are not only mechanical connections, but also part of theequipment grounding and bonding path.
Applying Teflon tape or similar nonconductive thread sealant to conduit threads can interfere with electrical continuity across the joint, which defeats the code intent for bonding and grounding.
From an API source inspection and quality surveillance perspective, the inspector must verify that conduit systems, fittings, and enclosures are assembled in a way that preserves electrical integrity, especially where grounding continuity is critical for personnel safety, fault-current return, and hazardous-location protection methods. The use of Teflon tape is therefore not accepted as a general practice on threaded conduit connections because it can compromise the metallic path. Option A is incorrect because the rule is not limited to Class I, Division 2. Option B is incorrect because water exclusion does not override bonding requirements.
Option D is also incorrect because Teflon tape does not create an approved explosion-proof vapor seal.
NEW QUESTION # 112
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