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Bursa Periodic Inspection and Examination

Periodic inspection in Bursa for electrical installations, grounding, lightning protection, transformers, generators, batteries and fire detection systems.

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Engineer performing periodic inspection with thermal camera and measurement devices on an electrical panel in an industrial facility in Bursa
In periodic inspection, panels, cable routes, grounding and lightning protection installations, transformers and generators are evaluated with regulation-compliant tests and measurements.

Last updated: May 2026

What changed: Service scope, report outputs, official sources, pre-proposal information and technical transparency notes were reviewed for the current period.

Bursa Periodic Inspection and Examination Summary

  • Regulation-compliant periodic inspection and examination service in Bursa and surrounding provinces for electrical installation, power panels, grounding installation, lightning protection installation, transformer, generator, UPS-battery groups and fire detection-warning systems
  • Legal basis: under Law No. 6331, Annex III of the Regulation on Health and Safety Conditions in the Use of Work Equipment and the Electrical Internal Installations Regulation, electrical installations and related work equipment must be inspected at regular intervals
  • Comprehensive measurement, testing and technical assessment report for electrical installation periodic inspection, grounding measurements, lightning protection tests, transformers and MV switchgear, generators and battery rooms
  • Facility-risk-specific inspection plan for food, automotive supply, machinery-metal, textile, plastic, chemical, logistics warehouses, shopping centers, hospitals, schools and offices in Nilufer, DOSAB, NOSAB, Hasanaga, Kayapa, Demirtas, Kestel and Inegol organized industrial zones
  • Field tests with calibrated measurement devices and standard-compliant assessments by EKİPNET-registered electrical / electrical-electronics engineers
  • Electrical periodic inspection report, nonconformity list, corrective action recommendations and engineer-signed periodic examination reports valid in audits
  • Electrical-group focused service: mechanical work equipment such as forklifts, cranes and pressure vessels are outside the scope of this page; only electrical installation and electrically related work equipment are covered

Technically reviewed by

Bursa Periodic Inspection and Examination Scope

What is the Bursa periodic inspection service

The Bursa periodic inspection service covers the measurement, testing and reporting of electrical installations, grounding, lightning protection, transformers, generators, UPS-battery groups and fire detection systems at defined intervals. The purpose is not only to complete documentation, but to identify electrical fire, leakage current, short circuit, weak grounding and unplanned outage risks on site. For related context, see Bursa Generator Periodic Inspection.

This work is a critical inspection process for factories, organized industrial zone facilities, warehouses, shopping centers, hospitals, schools, offices and production areas in terms of occupational safety, insurance, official audits and business continuity. For related context, see Bursa Transformer Periodic Inspection and Testing.

What are periodic inspection and periodic examination

Periodic inspection means checking installations and equipment used in workplaces at defined intervals through measurement, testing, visual examination and document review. Periodic examination is the broader term covering the full inspection and reporting process. For related context, see Bursa Grounding Measurement and Report.

On the electrical side, this scope includes electrical installations, power panels, grounding installations, lightning protection installations, transformers and MV switchgear, generators, UPS-battery systems and fire detection and warning systems. For related context, see Bursa Transformer Maintenance, Testing, Oil Analysis and Fault Repair.

Periodic inspection work is evaluated together with Law No. 6331 on Occupational Health and Safety, Annex III of the Regulation on Health and Safety Conditions in the Use of Work Equipment, the Electrical Internal Installations Regulation and the relevant TS EN, TS HD and IEC standards.

The Work Equipment Regulation requires periodic inspections to be performed by authorized persons and the results to be reported. For electrical installations, manufacturer instructions, the facility risk level, previous reports and site operating conditions must also be considered when determining the inspection interval.

Which electrical equipment is inspected

Pow-Sys focuses only on electrical installations and electrically related work equipment on this page. Mechanical work equipment such as forklifts, cranes and pressure vessels is not included in this service scope.

The inspection scope consists of electrical installations and panels, grounding measurements, lightning protection down conductors and air terminals, transformers and MV switchgear, generator control and transfer systems, UPS-battery groups, battery rooms, fire detection panels, detectors, manual call points, sounders and strobes.

When needed, electrical installation, grounding, lightning protection, transformer, generator, battery and fire detection inspections can be planned during the same site visit to reduce business downtime.

How is the inspection interval determined

The periodic inspection interval should not be determined only by assuming once per year. The maximum periods stated in the relevant regulations, manufacturer recommendations, equipment age, frequency of use, environmental conditions, previous examination results and the facility fire or explosion risk must be evaluated together.

For electrical installations, grounding and lightning protection systems, an annual inspection approach is commonly used in practice. However, in heavy industry, chemical, textile, plastic, logistics warehouse and intensive production facilities, the inspection interval should be shortened if the risk is high.

Site survey, measurement and testing process

The work starts with reviewing existing electrical projects, single-line diagrams, previous periodic inspection reports and corrective action records. Then transformers, MV switchgear, main distribution panels, sub-panels, battery-generator rooms, grounding points and lightning protection installations are evaluated on site.

During the measurement stage, tests such as grounding measurement, loop impedance, residual current, insulation, continuity, thermal camera inspection, generator and UPS function checks are performed. Results are compared with regulatory and standard limits and classified as suitable, conditionally suitable or nonconforming findings.

Who can perform periodic inspection

Periodic inspections of electrical installations and electrically related work equipment must be performed by specialists who are authorized in the relevant field, registered in EKİPNET and using measurement devices with valid calibration.

Electrical periodic inspection should not be performed only for a signature. An engineering team with practical industrial facility experience should interpret measurement results together with the real risks of the facility and provide applicable corrective action recommendations.

Reporting and audit readiness

At the end of the inspection, electrical installation periodic inspection reports, grounding and lightning protection measurement reports, transformer, MV switchgear, generator, UPS-battery and fire detection assessments, nonconformity lists and corrective action recommendations are prepared.

Engineer-signed periodic examination reports are core technical documents that can be used in Ministry of Labor audits, organized industrial zone inspections, fire brigade procedures, insurance reviews and internal occupational safety audits.

Service scope in Bursa and surrounding areas

The service area covers Bursa center, Nilufer, Osmangazi, Yildirim, Mudanya and industrially concentrated districts, as well as organized industrial zones such as Nilufer OSB, DOSAB, NOSAB, Hasanaga, Kayapa, Demirtas, Kestel, Gursu and Inegol OSB.

Electrical periodic inspection work can also be organized in nearby regions such as Balikesir, Bandirma OSB, Kutahya, Bilecik, Bozuyuk OSB, Yalova and Eskisehir depending on facility size and planning.

How are Bursa periodic inspection prices determined

Periodic inspection prices are not determined from a fixed list; they depend on facility size, number of buildings, number of panels and transformers, grounding points, number of lightning protection systems, generators, UPS-battery groups, fire detection systems and reporting scope.

For a clear proposal, it is sufficient to share the number of transformers, panels, generators, UPS-battery groups and lightning protection systems together with the approximate enclosed area of the facility. With this information, site duration, measurement scope and reporting needs can be planned more accurately.

Why professional periodic inspection is required

Electrical risks can cause fire, electric shock, production downtime, equipment damage and insurance problems. Regular periodic inspection reveals weak connections, overheated cables and busbars, inadequate grounding, unsuitable lightning protection connections and protection deficiencies at an early stage.

A standard-compliant periodic inspection performed with an engineering perspective strengthens employee safety, reduces fault risk, makes audit preparation easier and makes the electrical infrastructure of the business more sustainable.

Reporting, Inspection and Proposal Preparation

Sample Inspection Table

This table summarizes which headings are evaluated on site and which outputs may appear in the report.

Inspected areaChecked criterionReport output
Site and equipment conditionExisting equipment structure, access conditions, visible risks and operating conditionsSite inspection note and prioritized findings list
Document and project conformitySingle-line diagram, current project, labeling, reports and conformity with site implementationDocument conformity assessment and missing record list
Safety and operational riskLife safety, equipment safety, energy continuity and maintenance access risk headingsRisk classification and corrective action recommendations
Measurement, test or inspection needMeasurement, test, visual inspection and technical review items required by the service scopeMeasurement/test plan or inspection scope note
Reporting and follow-upNonconformity priority, follow-up date, responsibility allocation and next stepsPhoto-supported report, action list and follow-up recommendation

Pow-Sys 5-Step Inspection and Follow-Up Workflow

Bursa Periodic Inspection and Examination is carried out through preliminary review, risk classification, inspection planning, written action list and follow-up/closure logic.

StepOn-site assessmentRecorded output
Preliminary reviewFacility type, voltage level, main equipment, current project/report status and operational expectations are reviewed.Initial technical notes affecting the service scope are created.
Risk classificationLife safety, equipment safety, energy continuity and regulatory compliance are evaluated together.Priority risk headings and field inspection priority are determined.
Inspection and measurement planVisual inspection, testing, measurement, document review and reporting steps required by the service are planned.Site schedule, inspection scope and required record list are clarified.
Written action listDetected deficiencies are separated into actionable corrective items and follow-up dates.Nonconformity, risk level, responsible party and target date are entered into the report.
Follow-up and closurePrevious report items, completed works and continuing risks are compared during the next inspection.Closed/open items and the next inspection note are created.

Pow-Sys Bursa Anonymous Field Data Set

For Bursa Periodic Inspection and Examination, facility type, frequent finding, risk type and Pow-Sys action are summarized without sharing real customer or facility names. No quantity or ratio is given where a real numerical record is not maintained.

Reviewed facility typeFrequent findingRisk typePow-Sys action
Industrial zone factoryOutdated single-line diagram or missing field labelIncorrect switching, maintenance confusion and project-site mismatchRevision note, label check and follow-up date are added to the report.
Privately supplied industrial facilityScattered maintenance, test or measurement recordsDelayed maintenance, recurring faults and weak audit readinessRecord organization need and prioritized action list are prepared.
Hospital, shopping mall or critical facilityUnclear critical load, emergency response and continuity planInterruption sensitivity, emergency uncertainty and operational riskCritical load note, separate test need and service scope recommendation are prepared.

Pow-Sys Field Observations and Anonymous Finding Headings

Without sharing real facility or company names, technical findings frequently encountered during field work in Bursa and nearby industrial areas are summarized below. No quantity or ratio is given where a real numerical record is not maintained.

Observation headingTypical site riskPow-Sys action
Outdated project or single-line recordA mismatch between site equipment and documents may increase the risk of wrong decisions, missing maintenance or incorrect switching.Revision need is stated in writing and document follow-up is recommended according to the current field condition.
Labeling and equipment identification gapsUnclear panel, switchgear, cable or equipment names may create confusion for field personnel.Labeling, equipment identification and instruction updates are added to the action list.
Scattered maintenance, test or measurement recordsUntraceable historical records may cause recurring faults, delayed maintenance and audit preparation problems.Report history, follow-up date and records to be completed are written as separate items.
Need for measurement or separate testingGrounding, thermal imaging, relay testing or insulation testing may require separate planning outside the main service.Separately planned test/measurement headings and priority level are added to the report.

Which Service Is Needed? Decision Matrix

During Bursa Periodic Inspection and Examination, some findings are reported within the main service scope while some findings may require separate testing, measurement, maintenance or project work.

SymptomLikely needSeparate service needed?Pow-Sys recommendation
Document and site mismatchProject revision, single-line diagram update or labeling workMay be requiredReported in the main service; implementation/revision is planned under a separate scope.
Old measurement or test recordGrounding measurement, thermal imaging, relay test, insulation test or power quality measurementUsually planned separatelyMeasurement/test need, priority level and follow-up date are written in the report.
Equipment fault or maintenance findingTransformer maintenance, panel maintenance, cable/termination check or fault-maintenance-test workMay be a separate serviceMaintenance or implementation need is evaluated separately from the main proposal scope.
Regulatory and reporting gapAuthorized engineer assessment, report follow-up and official-source-based reviewEvaluated within the main serviceCurrent regulation note, report output and responsibility boundary are made visible.

On-Page Tool and Document Previews

Sample tools used during proposal, site visit and reporting are summarized on the page instead of being left only as download links.

ToolOn-page previewPurposeOutput
Pre-survey information formFacility type, location, transformer/main equipment, existing reports and expected visit frequencyClarifying proposal scopeMore accurate survey and proposal plan
Pre-inspection checklistProject, field equipment, safety, maintenance records and measurement/test needAvoiding missed headings during the first site visitList of reviewed criteria
Action tracking tableNonconformity, risk level, responsible party, target date and closure statusKeeping open items traceableTrackable corrective action list
Sample report templateGeneral condition, photo finding, risk level, corrective action and follow-up dateShowing the report format in advanceTechnical report preview
Proposal scope checklistIncluded items, separately planned works, information provided by the employer and emergency support noteMaking contract scope transparentIncluded / separate service distinction

Anonymous Field Case Examples

The following examples show field experience, measurable output and follow-up approach without sharing customer name, facility name, serial number or sensitive operational information.

Anonymous field example - Bursa production facility

Date
May 2026
Facility type
Privately transformer-fed production facility
Anonymous tracking code
bursa-periyodik-kontrol-anonymous-case-2026-01
Previous condition
Existing project documents, field labels and maintenance records were not followed in a single file structure.
Finding
Within Bursa Periodic Inspection and Examination, project-site consistency, equipment identification and historical report records included items requiring follow-up.
Action
Nonconformities were separated by risk level; items requiring measurement/testing or maintenance were added to a separate action list.
Measurable output
3 documentation items, 2 equipment identification items and 1 separate measurement/test need were made visible in report format.
Follow-up result
Open items were classified by first follow-up date and next inspection heading.
Limit / note
Customer name, facility name and sensitive technical details are not shared due to privacy and confidentiality.

Anonymous field example - Bursa critical facility

Date
April 2026
Facility type
Hospital, shopping mall or high interruption-sensitivity commercial facility
Anonymous tracking code
bursa-periyodik-kontrol-anonymous-case-2026-02
Previous condition
Critical loads, emergency response expectation and report output scope had not been clarified.
Finding
Power continuity, maintenance access and separate testing need were evaluated together.
Action
Critical headings were written into the report; test/measurement topics to be planned separately were separated from the proposal scope.
Measurable output
2 critical load notes, 1 emergency contact heading and 1 separate test recommendation were written down.
Follow-up result
The site decision was tied to the follow-up plan through authorized engineer assessment and facility management approval.
Limit / note
Final risk level and contract scope are not finalized without an on-site survey.

Anonymous field example - Bursa industrial zone facility

Date
March 2026
Facility type
Privately transformer-fed business in an industrial zone
Anonymous tracking code
bursa-periyodik-kontrol-anonymous-case-2026-03
Previous condition
Maintenance records were kept in different files and previous report open items were not tracked in one list.
Finding
Open follow-up items, completed works and separately planned measurement/test headings were separated.
Action
An action tracking table was created; responsible party, target date and closure status fields were added to the report.
Measurable output
4 open follow-up items, 2 closure notes and 1 next inspection date were recorded.
Follow-up result
Closed/open items were planned to be compared during the next visit.
Limit / note
These examples show the anonymized field experience format used by Pow-Sys.

Evidence Assets and Verification Points

The evidence, certificate and field output areas used on the Bursa Periodic Inspection and Examination page are shown together with how users can verify them.

Evidence assetHow it appears on the pageTrust contribution
Authorization and certificate transparencyTechnical reviewer box, EMO/SMM information, certificates page and EMO verification linkMakes Expertise and Authority signals visible.
Anonymized field case recordsFacility types in Bursa and nearby areas, finding, action, measurable output and follow-up resultStrengthens Experience and original field-practice signals.
Anonymized masked report previewReport content, inspection heading, field check point, output, follow-up date fields and printable anonymized report preview documentHelps users understand the expected deliverable before requesting service.
Official source mappingTechnical claim, official basis and page section are shown in the same table.Improves Referenceability and Trust.
Update and correction trailLast updated date, change note, update history and correction policy linkShows that the content is current, auditable and responsibly maintained.

Proposal Scope: Included / Planned Separately

For Bursa Periodic Inspection and Examination, included items and additional works that may be planned as separate services are stated clearly in the proposal.

ScopeStatusExplanation
Site survey and preliminary assessmentIncluded depending on proposalPlanned to clarify the service scope and site need.
Periodic site visit and written action reportIncludedFindings, risk level and follow-up notes are prepared according to the contract/service scope.
Grounding measurement, thermal imaging, relay testing or transformer oil analysisCan be planned separatelyQuoted as a separate test/measurement work when required.
Revision, implementation, material supply or maintenance-repairSeparate serviceImplementation needs arising from the report are evaluated under a separate scope.

Out-of-Scope and Separately Planned Works

Bursa Periodic Inspection and Examination produces technical follow-up, reporting, compliance assessment and risk notification. The following works are planned separately when required; final risk level, cost and scope are not confirmed without an on-site survey.

Out-of-scope / separate workWhy is it evaluated separately?Pow-Sys approach
Grounding measurementIt may require measurement equipment, site time and a separate report.The need is stated in the main report; measurement work is planned separately.
Relay testing and selectivityRelay settings, test equipment, outage planning and separate engineering assessment may be required.Quoted as a separate testing/selectivity service when needed.
Thermal imaging inspectionIt requires imaging under load and a separate thermal finding report.Planned separately for panels, switchgear or connections where risk is observed.
Transformer maintenance and oil analysisIt may require maintenance crew, sampling, laboratory work or a separate test procedure.The need is written in the technical report; maintenance/testing is prepared as a separate scope.
Project revision, implementation and physical remediationIt creates material, labor, authority process or implementation responsibility.The main service reports the finding; implementation and contracting works are handled separately.

Claim and Official Source Mapping

Technical and regulatory statements are evaluated together with the official sources listed on the page. This table makes the relation between each claim and its supporting basis visible.

SourceClaim supported on the pageWhere it is used
EMO certificate verification and SMM/YGTIS sourcesAuthorized engineer assessment, certificate transparency and authorization confirmation are required at service start.Technical reviewer, authorization, certificate verification and proposal preparation sections.
Applicable electrical installation regulationsFinal site decision is clarified through on-site review, current documents and authorized engineer assessment.Information note, out-of-scope works and field data methodology sections.
TS EN, IEC, TEDAS, TEIAS, utility or relevant authority processesTesting, measurement, maintenance, authority approval or implementation works may be planned separately.Decision matrix, proposal scope, official sources and report output sections.

Update History and Editorial Review

Pow-Sys service pages are periodically reviewed for regulatory, technical practice and field reporting topics. If inaccurate or outdated information is noticed, reports are received through the correction policy.

DateWhat changed?Where is it shown?
May 2026Service scope, report outputs, pre-proposal information and trust notes were reviewed for the current period.Shown in the 'Last updated', 'What changed?' and update history areas.
After a correction requestInaccurate, incomplete or outdated information is technically reviewed.Necessary corrections are updated as page text, source links or explanatory notes.
Periodic inspection team performing electrical installation and grounding measurements in the field
Grounding measurements, residual current tests and panel checks are the basic steps of electrical periodic inspection and examination.
Anonymous technical report, checklist and follow-up output example
Standard report/control output: field finding, risk level, corrective action and follow-up date shown together.

Official Regulatory Sources

Frequently Asked Questions

What is the difference between periodic inspection and periodic examination?

Periodic inspection refers to measurement, testing and visual examination of work equipment such as electrical installations, grounding, lightning protection, transformers and generators at defined intervals. Periodic examination defines the general process covering all these checks. In practice, the two concepts are used together and handled within the same legislative framework.

Which equipment is subject to periodic inspection?

Under the Regulation on Health and Safety Conditions in the Use of Work Equipment, electrical installation, grounding installation, lightning protection systems, transformers and MV switchgear, generators, UPS/battery groups and fire detection-warning systems are subject to periodic inspection. Their conformity with the relevant legislation and standards must be checked at defined intervals.

How often should periodic inspections be performed?

The interval is determined by considering the relevant standards, maximum periods in the Annex III table, manufacturer recommendations and risk assessment together. For most electrical installations, grounding and lightning protection systems, the maximum inspection interval is generally considered as one year in practice. In high-risk facilities or heavy operating conditions, this period is shortened further.

Who can perform periodic inspection?

Periodic inspections must be performed by engineers, technicians, senior technicians or technical teachers who are authorized under the Regulation on Health and Safety Conditions in the Use of Work Equipment, registered in EKİPNET and have technical knowledge of the subject. Test devices must be calibrated and reports must be prepared in accordance with legislation.

Are your reports valid in official audits?

Yes. Engineer-approved periodic inspection and examination reports prepared by EKİPNET-registered personnel and referencing the relevant legislation and standards are valid and strong documents in Ministry of Labor, organized industrial zone administration, fire brigade and insurance audits.

What is the risk of not having periodic inspection performed?

In electrical installations and equipment that are not inspected regularly, leakage current, inadequate grounding, non-operating lightning protection, overheated panels and faulty transformer or generator protections may go unnoticed. This can lead to electric shock, fire, production loss and serious material damage, as well as administrative fines, work stoppage and insurance problems.

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