Certificate in Domestic Infrared Thermography Operators Practice Test

CertDITL314 exam Format | Course Contents | Course Outline | exam Syllabus | exam Objectives

Exam Code: CertDITL314
Exam Name: Certificate in Domestic Infrared Thermography Operators

Unit 1: Conduct building infrared thermography in a safe- effective and professional manner

- Understand the health and safety requirements when undertaking building infrared thermography
- Explain the relevant legal duties for health- safety and security in the workplace
- Identify the health- safety and security risks that could exist in different locations- and the action to take to minimise or mitigate risks
- Identify the risks to self which are associated with lone working
- Explain why it is important to remain alert to the presence of risks in the workplace
- Explain the importance of personal conduct in maintaining the health- safety and security of yourself or others
- Explain how to make use of relevant suppliers and manufacturers instructions for the safe use of equipment- materials and products
- Explain who should be informed of any conflicts between different health- safety and security requirements
- Describe the procedures for different types of emergency
- Identify the types of suggestions for improving health- safety and security at work that could be made and who should be given them
- Identify the actions that may be taken to protect clients property

- Understand the nature of professional conduct required when conducting building infrared thermography
- Explain why it is important to promote goodwill and trust when working with others and ways in which this can be achieved
- Explain how to identify the information you require and the potential sources of such information
- Describe how to respond to enquiries from others and how to clarify their information needs
- Explain how to respond to enquiries which are outside your authority or area of expertise
- Describe the ways in which disputes or differences of opinion should be handled and resolved to minimise offence and maintain respect
- Describe the formal complaints procedure that covers your work
- Identify the range of potential conflicts of interest that you may encounter and the action required to manage these
- Explain why it is important to present a positive personal and professional image when dealing with people and how this can be achieved
- Describe the ways in which you may develop yourself within your role
- Describe how to deliver an appropriate level of service to meet client expectations
- Explain the importance of providing a prompt response to enquiries

- Understand the legislation- codes of conduct and compliance requirements in relation to building thermography
- Describe the relevant policies and legislation on combating climate change and the reduction of carbon emissions from buildings
- Describe the relevant legislation covering the energy performance of buildings
- Describe your specific responsibilities under prescribed codes of conduct and ethical standards
- Explain why it is important to comply with mandatory and advisory codes of best practice
- Explain the importance of obtaining and maintaining appropriate professional indemnity insurance (PII) cover and the extent and limitations of this

- Be able to comply with organisational and legal requirements at all times
- Carry out work in accordance with the relevant legal requirements and advisory and mandatory codes of practice
- Carry out work in accordance with the auditing and monitoring requirements of the relevant certification organisation(s)
- Record client contact information in accordance with organisational and legal requirements
- Identify and maintain appropriate evidence to support your decisions and assumptions when carrying out building infrared thermography

- Be able to maintain health- safety and security at work
- Take action to mitigate health- safety- security and welfare risks
- Ensure personal conduct does not endanger the health- safety- security and welfare of self and other people
- Take action to ensure the protection of clients property and buildings
- Adhere to workplace policies and suppliers or manufacturers instructions for the safe use of equipment- personal protective equipment (PPE)- materials and products
- Identify and implement procedures for different types of emergency
- Make recommendations for improving health- safety and security in the workplace to the relevant person/s

- Be able to develop and maintain effective working relationships with colleagues- professionals- clients and others
- Request information from colleagues- professionals- clients and others in a polite- clear and professional manner
- Identify and use further sources of help when required
- Deal promptly with enquiries from colleagues-professionals- clients and others and seek clarification where necessary
- Handle enquiries which are outside own authority or area of expertise
- Handle and resolve disputes and/or differences of opinion
- Adhere to the formal complaints procedure when dealing with a complaint

- Be able to conduct building infrared thermography in a professional manner
- Deal with colleagues- professionals- clients and others in a tactful- courteous and equitable manner
- Carry out work in accordance with prescribed codes of conduct- ethical standards and recognised good practice
- Record all evidence to support the assumptions and decisions made during the assessment
- Demonstrate effective management of work activities- personal and professional development
- Respond appropriately to any pressure that may affect own judgment
- Demonstrate delivery of the appropriate level of client service
- Assess client expectations as to the outcomes of the building infrared thermography or advice process

Unit 2: Understand basic thermal imaging camera technology and operation

- Understand the basic principles of infrared thermography
- State the fundamental principles of energy and heat
- List the standard temperature scales and conversions
- Describe the electromagnetic spectrum in general and the infrared region in particular
- Describe the key processes of heat transfer by conduction- convection and radiation
- Explain the processes of emittance- reflectance and transmittance
- Explain the principles of heat flow and heat capacity
- Describe the process of phase changes and latent heat in materials
- Explain the emissivity of materials
- State the factors that affect the emissivity of materials
- Explain the differences in reflectivity of specular and diffuse surfaces
- Describe how material properties are modified by heat- air and moisture flow
- State the key laws of physics as they relate to infrared thermography:
- Kirchhoffs Law
- Fouriers Law
- Newtons Law of Cooling
- Stefan Boltzmanns Law

- Know the basic construction- capabilities and limitations of a typical TI camera
- List the key components of an infrared camera
- Describe the purpose of the key components of an infrared camera
- Describe the features and usage of an infrared camera screen display
- Describe the fittings on- and accessories for- an infrared camera
- List the typical software functions and menu options of an infrared camera
- Explain the purpose of an infrared cameras software functions and menu options
- Describe the physical limitations of an infrared camera in the domestic built environment
- Describe how to optimise the capabilities of an infrared camera in typical domestic scenarios
- Describe the storage and maintenance requirements of an infrared camera

- Understand the basic operation and control of a typical TI camera in the domestic built environment
- List the ISO 6781-1 General Procedures
- Describe the environmental conditions necessary for successful infrared thermography
- Describe the operating limitations of an infrared camera
- Describe the controls and menu features required to operate an infrared camera
- Explain how to set up an infrared camera prior to carrying out an infrared thermographic survey
- Explain how to control an infrared camera during an infrared thermographic survey
- Describe how to mark the location of an infrared thermographic anomaly/defect on a domestic property
- Describe the health and safety issues that may arise during the operation of an infrared camera
- Describe the occasions on which it would not be appropriate to continue with an infrared thermographic survey

- Know how to conduct a basic interpretation of thermal images
- List typical problems and defects that can be identified by an infrared camera in the domestic built environment
- Describe the situations that can lead to a false interpretation of an infrared thermographic image
- Describe the information displayed on an infrared camera thermographic image
- xplain occasions on which advice would be sought in the interpretation of an infrared thermographic image

Unit 3: Understand domestic building construction- thermal properties and heat loss mechanisms

- Understand the construction of a domestic building
- Explain the purpose of a domestic building
- List the materials used in the construction of a domestic building
- Describe the purpose of each of the materials used in a domestic building
- List the key elements (structural- envelope and fabric) of a domestic building
- Describe the purpose of each domestic building element and how the building elements are combined in the overall structure of a domestic building
- Explain how to determine the construction of a domestic building by non-invasive internal and external inspection techniques
- Describe how changes to a building over time may be determined by comparison with similar properties in the area
- List the circumstances that can cause rising and penetrating damp in a domestic building

- Understand the thermal properties of building elements
- Explain how heat is transferred by the processes of conduction- convection and radiation
- Describe what is meant by ‘thermal resistance
- Explain how thermal resistance varies with the type of material and its use
- Describe the relationship between thermal resistance and Uvalue
- Describe how U-values are used in determining rates of heat loss from a building
- State the typical U-value ranges for each of the key building elements
- Describe how an elements u-value may be degraded through:
- anomalies between as-designed and as-built detailing
- natural material degradation over time
- material degradation with use/modification

- Understand the processes of heat loss from a building
- List the main heat sources within a domestic building
- Sketch and quantify in percentage terms the heat flows within and out from a domestic building
- Describe the difference between a buildings ‘Asset Rating and its ‘Operational Rating
- Explain the impact of geographical location- orientation and exposure on the rates of heat gain and loss to and from a domestic building
- Explain the term ‘Thermal Bridging
- List typical thermal bridges in a domestic building
- Explain the purpose of ventilation in a domestic building
- Describe the differences between ventilation and infiltration/exfiltration
- List the key sources of infiltration/exfiltration in a domestic building
- List the processes of moisture transport in a domestic building
- Describe impact of excessive moisture in a domestic building

- Understand problems associated with building occupation
- Describe the key problems associated with the occupation of a domestic property
- List the sources of moisture in a domestic property
- Describe the circumstances under which excessive moisture can lead to problems such as damp- condensation and mould
- List the causes of lack of ventilation within a property
- Describe the impact of a lack of ventilation within a domestic property

Unit 4: Prepare to carry out an infrared thermographic assessment of domestic buildings

- Understand the restrictions and limitations of a building infrared thermographic assessment
- Describe the environmental conditions needed to carry out an infrared thermographic survey
- List sources of information used to determine environmental conditions
- Explain the requirements of ISO 6781 as they apply to domestic properties

- Be able to agree and confirm instructions with a client to undertake building infrared thermographic assessment
- Obtain advance information from the client to draw up and agree the objectives for the infrared thermographic survey
- Explain to the client the terms and conditions under which the infrared thermographic survey will be carried out
- Draw up a scope of works based on all information gathered and agreed
- Present the scope of works to the client and agree the fee for carrying out and reporting on the infrared thermographic survey
- Describe the circumstances that could prevent a thermographic assessment from taking place such as:
- survey requirements beyond current level of competence
- difficulty in gaining access
- conflicts of interest
- environmental conditions
- health and safety issues
- Explain to the client why a thermographic survey cannot proceed
- Offer a client alternative arrangements should it not be possible to carry out a thermographic survey on the agreed date

- Be able to prepare for an infrared thermographic assessment of a domestic building
- Draw up a method statement for the survey based on the agreed scope of works
- Prepare or refresh the survey equipment checklist based on the method statement
- Conduct a web-based survey of the local geographical and property-specific features
- Explain the purpose of all the equipment needed to carry out an infrared thermographic survey
- List the checks to be carried out to ensure proper functionality of all survey and supporting equipment
- Conduct pre-usage checks on all survey and supporting equipment
- Confirm whether environmental conditions are likely to be suitable for the survey
- Draw up a preliminary health and safety risk assessment for the property visit

Unit 5: Carry out an infrared thermographic assessment of domestic buildings

- Be able to attend property to carry out a domestic building infrared thermographic assessment
- Conduct a risk assessment at the property to:
- identify and record risks and mitigating measures
- identify any circumstances at the property that prevent the thermographic survey from continuing
- Introduce themselves to the client and verify their credentials before commencing the inspection

- Be able to carry out a domestic building infrared thermographic assessment
- Set up and check correct operation of infrared camera together with its accessories and other equipment
- Identify and correct any basic fault condition that occurs with the infrared camera or its accessories and other equipment
- Use the infrared camera and accessories/other equipment correctly to undertake a methodical infrared thermographic survey of a domestic building as agreed in the scope of works
- Take action as necessary to prevent- minimise or control poor data and error sources
- Recognise- take account of and correct the causes of poor quality or anomalous readings
- Identify- highlight and- where necessary- seek advice on areas of concern

- Be able to create- collate and maintain a complete and accurate record of all information collected during a building infrared thermographic assessment
- Carry out a basic survey of the domestic building and its immediate local area to record its location- alignment- topography- site layout- dimensions and other relevant information
- Produce a written and photographic record of the information collected during the basic survey
- Create a record of activities while carrying out the scope of work and any additional actions deemed necessary to complete the thermographic survey
- Maintain a database of results from the thermographic survey and trends observed

Unit 6: Produce infrared thermographic assessment reports of domestic buildings

- Be able to prepare an infrared thermographic assessment report
- Describe the layout of the domestic infrared thermographic assessment report
- Assemble and collate information from the infrared thermographic survey- and from other relevant and reliable sources
- Carry out a basic analysis of information obtained from the infrared thermographic survey- and from other relevant and reliable sources
- Identify infrared thermographic features from the survey that should be included in the report
- Produce an infrared thermographic assessment report that satisfies the agreed scope of work and meets accepted professional practice
- Develop recommendations for basic corrective actions for repair and remediation
- Check the report to ensure it is clear- complete and satisfies the agreed scope of work and accepted professional practice

- Be able to present an infrared thermographic assessment report to a client in a professional manner
- Issue the report to the client
- Explain to the client the findings and recommendations contained within the report and their implications
- Respond to any questions or queries that the client might have on the report- its findings or recommendations

- Be able to maintain and preserve infrared thermographic assessment reports
- List the reasons for safely retaining and maintaining records that can be accessed by external/independent authorities as required in the future
- Ensure that the authorship- validity and date of production of the reports can be audited by an independent authority as required in the future
- Maintain and preserve records and reports in accordance with best practice ensuring that they are protected against physical (theft- fire- flood) and technological (hard drive failure- virus- malware) risks

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Certificate in Domestic Infrared Thermography Operators
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Question: 1290
In terms of moisture transport, what is the significance of diffusion in a building?
A. It prevents air infiltration.
B. It allows moisture to move through materials.
C. It enhances thermal bridging.
D. It improves indoor air quality.
Answer: B
Explanation: Diffusion is significant as it allows moisture to move through building materials, which can
affect humidity levels and potentially lead to condensation issues if not managed properly.
Question: 1291
You have completed an infrared thermography inspection. What is the best way to ensure you meet client
expectations in your report?
A. Provide a generic report template
B. Include detailed findings and recommendations
C. Limit the report to only significant issues
D. Use technical jargon to impress the client
Answer: B
Explanation: A detailed report that includes findings and recommendations demonstrates professionalism
and ensures that the client understands the issues and solutions.
Question: 1292
You produce a written record for a 2026 survey incorporating LiDAR point cloud coregistration. Which
details must be logged?
A. Riegl VZ-400i scan positions with GNSS RTK base station ID UKOS-2025-112
B. Point cloud density 120 pts/m� at 5 m range, RMSE alignment 6 mm to CAD model
C. Fusion software version Metshape 2026.3 with ICP convergence threshold 1 mm
D. Export format LAZ 1.4 with CRS EPSG:7405 compound height datum ODN
Answer: A,B
Explanation: Scanner positions and alignment accuracy are mandatory for repeatability, software version
aids reproducibility, and LAZ export is standard but not specifically required in the written activity
record.
Question: 1293
You are conducting a thermographic survey in a residential area with high humidity levels. What is the
primary concern regarding the survey results?
A. Increased risk of equipment malfunction
B. Increased need for safety precautions
C. Longer duration of the survey
D. Reduced thermal contrast between surfaces
Answer: D
Explanation: High humidity can reduce thermal contrast between surfaces, making it difficult to identify
temperature variations and potentially obscuring problem areas.
Question: 1294
How can you effectively manage client expectations regarding the outcomes of a thermography
inspection?
A. Provide vague information to avoid miscommunication
B. Clearly explain what thermography can and cannot detect
C. Focus only on positive outcomes
D. Avoid discussing potential limitations
Answer: B
Explanation: Clearly explaining what thermography can and cannot detect helps manage client
expectations and fosters trust in your expertise.
Question: 1295
A homeowner receives your report identifying 11 m� of missing cavity insulation and demands to know
�why the builder�s surveyor missed it�. Select all clarification responses.
A. Explain that visual borescope surveys demo <0.5% of wall area versus your 100% external scan
B. Offer to overlay your thermal orthomosaic (generated in Pix4Dmapper 2026) onto their floor plans
C. State that builder surveys often use spot checks compliant with BRE RD 310:2019 minimum
requirements
D. Blame the builder�s incompetence in writing
Answer: A,B,C
Explanation: Statistical sampling explanation educates without confrontation. Orthomosaic overlay
demonstrates coverage. BRE reference contextualises industry norms. Direct blame escalates conflict.
Question: 1296
Before starting any thermographic inspection, what should you check regarding your equipment?
A. That it is the same model used by colleagues
B. That it has the latest software updates
C. That it is the most expensive model available
D. That it is clean and functioning properly
Answer: D
Explanation: Ensuring that the equipment is clean and functioning properly is essential for obtaining
accurate thermographic readings and maintaining safety.
Question: 1297
You image a 2023 roof with 300 mm spray foam. A 6.2 �C warmer lattice pattern appears. Select all
false positive causes.
A. 2026 intumescent fire mesh embedded at 400 mm centres activating at 80 �C
B. Foam applied over 2023 spider web debris with emissivity 0.99
C. Rafter heat conduction from 45 �C attic MVHR unit
D. Off-gassing of HFO-1234ze creating micro-bubbles with higher conductivity
Answer: B,C
Explanation: Debris emissivity and rafter conduction create apparent warming. Intumescent mesh
activates far above survey temperatures. Off-gassing affects insulation, not surface pattern.
Question: 1298
During a project, you discover a potential safety issue. What should you do?
A. Keep it to yourself to avoid conflict
B. Report the issue to the appropriate authority immediately
C. Discuss it casually with colleagues without formal reporting
D. Wait until the project is completed to mention it
Answer: B
Explanation: Reporting safety issues promptly is crucial for maintaining a safe working environment and
adhering to regulations.
Question: 1299
When encountering an anomaly in thermal readings, what is the most effective way to validate your
findings?
A. Conduct additional measurements in the same area
B. Seek a second opinion from a colleague
C. Compare with previous surveys
D. Document the anomaly and move on
Answer: A
Explanation: Conducting additional measurements in the same area is the most effective way to validate
findings and confirm whether the anomaly is consistent or an error.
Question: 1300
Surveying a modular MMC home with aerogel insulation (?=0.014 W/m�K), you note 1.8 �C cold spot at
panel joints under +22 �C internal, -2 �C external, no wind. Client expects �no anomalies�. Which
actions align client expectations with Level 3 findings? (Below Options should be first shuffled and then
made in Alphabetic Order, No blank line between below Options)
A. Calculate joint ?-value using ISO 10211 3D FEA model (heff=25 W/m�K convection), report
?=0.019 W/m�K vs client target 0.00
B. Conduct pre-survey expectations workshop; record �no anomalies� as marketing claim, not technical
specification
C. Offer time-lapse thermography (FLIR A700, 1 frame/300 s for 24 h) to differentiate transient panel
settling vs permanent gap
D. Suppress cold spot in report; annotate as �within aerogel variability �2 �C�
Answer: A,B,C
Explanation: Calculating joint ?-value using ISO 10211 3D FEA model (heff=25 W/m�K convection),
report ?=0.019 W/m�K vs client target 0.00 quantifies deviation; conducting pre-survey expectations
workshop; record �no anomalies� as marketing claim, not technical specification prevents
miscommunication; offering time-lapse thermography (FLIR A700, 1 frame/300 s for 24 h) to
differentiate transient panel settling vs permanent gap adds diagnostic depth; suppress cold spot in report;
annotate as �within aerogel variability �2 �C� misrepresents data.
Question: 1301
While producing a written record for a 2026 survey using NEC Avio R550Pro (30 Hz, microbolometer
640�480), you note intermittent cold spots on an internal wall. Which log entries are required?
A. Camera settings: NFOV lens, focus distance 1.2 m, emissivity 0.95, RTC 9.3�C
B. HVAC register: HRV unit in bypass mode, CO2 level 612 ppm, airflow 0.28 m�/s
C. Observation: �Cold spots correlate with stud positions at 400 mm centres per SIPs layout�
D. Action: �Scheduled follow-up survey at 04:00 to eliminate occupant heat influence�
Answer: A,B,D
Explanation: Camera settings ensure repeatability, HVAC data rules out artificial cooling, and the follow-
up action documents scope extension; the stud correlation is interpretive and belongs in the report, not
the raw activity log.
Question: 1302
A team member is upset about a exact project decision. What should you do?
A. Avoid them until they calm down
B. Engage them in a discussion to understand their concerns
C. Dismiss their feelings as unimportant
D. Agree with them without understanding the issue
Answer: B
Explanation: Engaging in discussion helps to address the team member's concerns and fosters a
supportive work environment.
Question: 1303
An operator scans a 150 mm thick brick wall (k=0.72 W/mK, ?=1800 kg/m�, c=840 J/kgK) with a Testo
872 camera (NETD<40 mK) 2 hours after sunset. Internal air 22�C, external -3�C, wind 3 m/s (h�18
W/m�K). Select all factors that must be quantified to apply Fourier�s Law for heat flux.
A. Exact thickness measured with ultrasonic gauge to �0.5 mm precision
B. Surface emissivity of aged brick (e�0.93) and its temperature dependence between -3�C and 22�C
C. Thermal effusivity v(k?c)=v(0.72�1800�840)�1090 J/m�Ks��5 to assess transient delay
D. U-value calculated as 1/(1/h + L/k + 1/h_int) to cross-check q=-k?T/L
Answer: A,D
Explanation: Fourier�s Law q=-k?T/L requires accurate thickness L and temperature gradient ?T; U-
value method validates steady-state flux. Emissivity affects measured surface temperature but not flux
once temperatures known. Effusivity governs transient response; after 2 hours brick reaches quasi-steady
state (time constant t=L�/a�5.5 hours).
Question: 1304
What should you do if you encounter a situation where the infrared camera is overheating during a
survey?
A. Allow the camera to cool and continue
B. Use a fan to cool the camera
C. Stop the survey and let the camera cool down
D. Switch to a backup camera immediately
Answer: C
Explanation: If the infrared camera is overheating, it is best to stop the survey and allow the camera to
cool down to prevent damage to the equipment.
Question: 1305
What should be included in the documentation of an inspection to enhance safety procedures?
A. Only the findings of the inspection
B. Details of any safety concerns encountered
C. A summary of the client�s feedback
D. The technician's personal observations
Answer: B
Explanation: Including details of any safety concerns encountered in the documentation helps improve
safety procedures for future inspections.
Question: 1306
During external survey of a 2018 Passivhaus, you detect a 4.2 K cold bridge at eaves. Select all actions to
minimise error sources per ISO 18434-1:2023.
A. Measure wind speed =1.5 m/s using anemometer, record solar loading 0 W/m�
B. Repeat scan after 180� camera rotation to confirm non-reflected artefact
C. Adjust distance-to-spot ratio to 120:1 and reposition 3m further back
D. Switch to 14� telephoto lens and increase integration time to 8 ms
Answer: A,B
Explanation: Wind and solar data are mandatory; 180� rotation eliminates reflections. D:S ratio and lens
change are unnecessary at 3m.
Question: 1307
While inspecting a commercial building, you encounter a section that is poorly lit. What is your best
option?
A. Wait for natural light to improve
B. Proceed without additional lighting
C. Use a flashlight to illuminate the area
D. Leave the area uninspected
Answer: C
Explanation: Using a flashlight to illuminate poorly lit areas is crucial for ensuring safety and obtaining
accurate thermographic readings.
Question: 1308
If a technician is working in a confined space, what is a critical safety measure they should implement?
A. Use a flashlight
B. Bring extra equipment
C. Work in pairs
D. Ensure adequate ventilation
Answer: D
Explanation: Ensuring adequate ventilation is critical when working in confined spaces to prevent the
buildup of harmful gases and ensure safety.
Question: 1309
During a wind turbine nacelle survey using a FLIR A700sc with 25� lens, a gearbox oil leak at 82 �C is
detected. A blade pitch emergency occurs. Select all actions per the G+ Global Offshore Wind protocol
2026. (Below Options should be first shuffled and then made in Alphabetic Order, No blank line between
below Options)
A. Descend via the internal service lift at 1 m/s with fall arrestor on the Peikko rail system
B. Notify the turbine controller via the SCADA HMI using emergency stop code EP-07
C. Secure the thermal camera in the nacelle locker L-12 with 3-point harness clip
D. Transmit the radiometric video clip via the 4G modem to the O&M control room at 10 Mbps
Answer: A,C,D
Explanation: Safe descent, equipment security, and data transmission are thermographer actions; SCADA
stop requires turbine technician authority.
Question: 1310
When evaluating a building, a technician observes that certain areas are significantly warmer than others.
Which process is likely responsible for this temperature variation?
A. Conduction
B. Convection
C. Radiation
D. Reflectance
Answer: C
Explanation: Radiation can cause significant temperature variations due to the way surfaces absorb and
emit infrared energy. Warmer areas may be receiving more direct sunlight or heat from nearby sources.
Question: 1311
Health and safety during ladder access survey of a two-storey 1950s home with a FLIR E8-XT?
A. Ladder standoff with 1.2m clearance and 75� angle per HSE INDG 455
B. Harness with twin lanyard and inertia reel for >4m height
C. Non-conductive fiberglass ladder rated 150kg with anti-slip feet
D. Spotter with radio and 5m exclusion zone below work area
Answer: A,C,D
Explanation: INDG 455, fiberglass, and spotter are mandatory. Harness required >6m or roof work.
Question: 1312
You are preparing to use a thermal camera in an area with high electromagnetic interference. What
precaution should you take?
A. Use the camera without any adjustments
B. Conduct the survey without any equipment
C. Ignore the interference as it won't affect results
D. Adjust the camera settings to minimize interference
Answer: D
Explanation: Adjusting the camera settings to minimize electromagnetic interference is crucial for
obtaining accurate thermographic readings in such environments.
Question: 1313
How often should an infrared thermography operator review their compliance with legal requirements?
A. Once every few years
B. Only when prompted by an audit
C. Regularly, to stay updated on changes
D. Never, as laws do not change
Answer: C
Explanation: Operators should regularly review their compliance with legal requirements to stay updated
on any changes. This proactive approach helps maintain adherence to current regulations.
Question: 1314
Under the Climate Change Act 2008 (2050 Target Amendment) Order 2024, a local authority
commissions a city-wide thermographic audit. Which statutory instruments compel the thermographer to
prioritise buildings with EPC band F or G?
A. Carbon Budget Delivery Plan 2024 Clause 3.2 mandatory triage hierarchy
B. MEES Regulations 2015 (as amended 2023) Regulation 24 enforcement schedule
C. Net Zero Strategy: Build Back Greener 2021 Section 4.1 public sector decarbonisation
D. PAS 2038:2021 Retrofit for Non-Domestic Buildings Clause 5.1 risk stratification
Answer: A,B
Explanation: Carbon Budget Delivery Plan 2024 Clause 3.2 mandatory triage hierarchy legally binds
public contracts to worst-first logic. MEES Regulations 2015 (as amended 2023) Regulation 24
enforcement schedule mandates sub-standard domestic private rented sector targeting; Net Zero Strategy
is policy not statute, and PAS 2038 is advisory.
Question: 1315
Internal survey reveals anomalous 7 K hot spot behind plasterboard at 1.2m height. Select all corrective
actions per ABBE anomaly protocol v5.1.
A. Mark location with IR-visible tape, photograph with thermal+visual overlay
B. Measure surface temperature with contact probe Type-K �0.5�C, record Delta-T
C. Consult BRE registered thermographer via secure channel for second opinion
D. Drill 6mm inspection hole and insert borescope to verify cavity insulation
Answer: A,B,C
Explanation: Marking, contact probe, and expert consultation are protocol; drilling requires separate
invasive works permission.
Question: 1316
What is the typical storage requirement for an infrared camera to ensure optimal performance?
A. Store in a humid environment
B. Leave the camera exposed to direct sunlight
C. Keep in a temperature-controlled environment
D. Store with batteries removed
Answer: C
Explanation: Keeping the camera in a temperature-controlled environment helps maintain its performance
and prevents damage to sensitive components.
Question: 1317
In a 1901 terrace, penetrating damp at party wall following neighbour's tanking. Select all circumstances.
A. Application of cementitious tanking slurry internally to 1.2 m height
B. Installation of injected chemical DPC at 100 mm above FFL
C. Neighbour's solid floor with impermeable finish
D. Use of SikaMur InjectoCream across party wall
Answer: A
Explanation: Cementitious tanking slurry to 1.2 m height diverts moisture laterally through party wall,
while DPC and floor affect rising damp and InjectoCream is localized.
Question: 1318
When preparing for a thermographic survey, what is the best practice regarding the environment of the
building?
A. Ensure all windows are closed
B. Turn off all heating systems
C. Increase humidity levels
D. Maintain a stable temperature inside the building
Answer: D
Explanation: Maintaining a stable temperature inside the building is crucial for obtaining accurate thermal
readings, as fluctuations can affect the data collected.
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