Formal periodic inspection requests are evaluated based on equipment type and applicable requirements. The valid registration/authorization conditions and required contractual procedures of the person who will prepare the report are verified before the work begins. Supplementary technical inspection, maintenance follow-up and legal control are defined by separate scope and documentation.
Periodic control of work equipment; It is the inspection of the safe use conditions of devices and systems covered by the relevant legislation by authorized persons within the specified period and criteria. Periodic maintenance includes service, cleaning, lubrication, adjustment, parts replacement and repair. Both activities complement each other, but do not replace each other.
Formal periodic inspection requests are evaluated based on equipment type and applicable requirements. The valid registration/authorization conditions and required contractual procedures of the person who will prepare the report are verified before the work begins. Supplementary technical inspection, maintenance follow-up and legal control are defined by separate scope and documentation.
Formal periodic inspection requests are evaluated based on equipment type and applicable requirements. The valid registration/authorization conditions and required contractual procedures of the person who will prepare the report are verified before the work begins. Supplementary technical inspection, maintenance follow-up and legal control are defined by separate scope and documentation.
Formal periodic inspection requests are evaluated based on equipment type and applicable requirements. The valid registration/authorization conditions and required contractual procedures of the person who will prepare the report are verified before the work begins. Supplementary technical inspection, maintenance follow-up and legal control are defined by separate scope and documentation.
In addition to equipment that must be legally controlled, the technical condition of pumps, valves, piping, automation interfaces and auxiliary installations can also be examined; These studies are defined by separate scope and report.
Not every mechanical installation element automatically falls within the scope of mandatory legal periodic control. Official control is carried out according to the scope of Annex III, engineering branch authority and, if any, special inspection organization or other authorization conditions. Other system reviews are carried out separately as project suitability, operational safety, maintenance and performance evaluation. It is especially important to find projects for fire mechanical installations and ventilation/air conditioning controls and to evaluate project suitability.
Fire water and special extinguishing systems; We evaluate it together with design criteria, safe operation, mechanical integrity and operating records.
Sprinkler heads, ceiling and in-shelf protection, wet/dry/pre-action/deluge valve stations, alarm check valves, flow switches, manometers, test and drainage lines, pipe-hanging systems, corrosion, leakage and blocked spaces are examined.
Electric and diesel fire pumps, jockey pumps, pressure switches, suction-discharge collectors, check valves, mechanical interface with control panels, test line, flowmeter, relief valves, fuel, cooling, vibration and automatic start records are evaluated.
Underground/surface hydrants, ring lines, isolation and sector valves, fire department connections, access, marking, mechanical damage, sealing, pressure and flow performance, relevant test methods and records are included in the scope of control.
Fire cabinets, reels, hoses, nozzles, valves, cabinet labels, pressure reducers, dry-wet columns, fire brigade water supply connections, connection ports, access and test records are examined.
Usable fire water reserve, water level sensors, tank inlet and outlet, suction connections, automatic filling, overflow and drainage, isolation valves, continuity of usable water and sealing are evaluated.
Gas cylinders, collector, pressure gauges, distribution pipes, nozzles, valves, foam tank, proportioner and dosing pumps, kitchen hood extinguishing mechanical parts and related commissioning/maintenance records are examined by system type.
Smoke exhaust fan, jet fan, pressurization fan, smoke duct, motor damper, damper blade, connections and hangers, air flow rate and pressure difference; It is evaluated in coordination with the relevant electrical/detection discipline within the scope of the fire scenario.
Design flow rates, equipment safety, hygiene, energy and system performance are examined for normal operating HVAC installations.
The power plant body, filters, differential pressure, fan, motor, belt-coupling, bearing, vibration wedges, heating/cooling coil, mixture damper, heat recovery unit, condensate pan, siphon and automation sensors are checked.
Axial/radial/duct/roof fans, duct hangers, flexible connections, silencers, air leaks, vents, diffusers, balance dampers, VAV/CAV boxes, flow rate, vibration, contamination and maintenance access are evaluated.
Indoor/outdoor units, condenser-evaporator, fan, compressor, refrigerant pipes, valves, drainage, thermal insulation, temperature and pressure indicators, fault codes, service-maintenance and leak monitoring records are examined.
Precautionary records for welding fumes and process suctions, local hoods, cyclones, filters, bagged/cartrige dust collection, silo ventilation, fan and duct lines, filter differential pressure, flow rate, static electricity and process risks are reviewed.
Pressure level, air direction, filtration, temperature/humidity, air exchange, measurement and hygiene monitoring records are examined according to project and facility type in laboratory, health, clean room, food and production areas. Required validations are a separate scope.
Water circulation, pressure, temperature, mechanical safety and operating capacity from heat generation to terminal devices are reviewed.
Hot water/superheated water/steam boiler, burner, limit thermostat, safety valve, manometer, feed water, chimney, valves, expansion equipment, temperature and pressure safety are examined. Authorized inspection and relevant testing requirements also apply to devices classified as pressure equipment.
Compressor, evaporator, condenser, water and refrigerant circuits, circulation and flow switch, pressure-temperature measurement, leakage, water quality, vibration, cooling capacity and manufacturer service records are evaluated.
Management records of fan, motor, filler, drip arrester, nozzles, pool and float, circulation lines, blowdown, water conditioning, corrosion, contamination and microbiological risks are examined.
Pump motor, mechanical seal, coupling, vibration, bearing, collector, suction/discharge valves, check valve, strainer, filter, differential pressure, flow rate and hydraulic balance elements are checked.
Membrane expansion tank, preliminary gas pressure, pressure sensor, safety valve, air separator, sediment trap, plate/tube heat exchanger, three-way motorized valve and thermal insulation are checked; If there is a pressure vessel liability, it is classified accordingly.
Terminal batteries, thermostatic and balancing valves, fan-coil fan, condensation pan, radiator connections, underfloor heating collectors, zone actuators, leakage, air vent and system flow rates are evaluated.
Cold room evaporator/condenser, compressor, control valves, defrost, refrigerant circuit, safety elements, insulation, door sealing and alarm/maintenance records are examined.
Hygiene, business continuity, pressure, leakage and mechanical equipment safety are addressed in domestic water and drainage infrastructure.
Building entrance line, meter, filter, column, valves and check valves, pressure reducer, boiler, hot water circulation pump, thermostatic mixing valve, safety device, connections, corrosion and leakage are examined.
Multi-pump booster, water pressure sensors, mechanical interface of the control panel, pressure tank, suction-discharge collector, dry running protection, valve, check valve, vibration and performance records are evaluated.
Domestic water tanks, filling and overflow, level control, automatic valves, drainage, ventilation, cleaning access, water quality maintenance records, suction connections, casing/sealing and labeling are covered.
Waste water/rain water columns, vents, strainers, manholes, waste water lift pumps, floats, check valves, oil traps, backflow protection, clogging and leaks are checked.
Softening, reverse osmosis, filters, dosing pumps, UV unit, gray water and rainwater treatment/reuse lines, backflow preventers, sensors and maintenance records are examined according to the technical specifications.
The scope and authority limits of high-risk auxiliary systems such as compressor, compressed air, steam, condensate, process water and fuel are evaluated separately.
Screw/piston compressor, air tank, air dryer, oil-water separator, filter, automatic condensate discharge, safety valve, manometer, pressure switch, ring and branch air lines, sealing and leakage tendencies are examined.
Steam boiler, feed tank, separator, pressure reducing station, safety valve, steam trap, condensate pump, condensate collection and flash tanks, expansion elements, pipe supports and high temperature insulation are checked.
Equipment such as boiler, autoclave, pressure tank, expansion and booster tank, steam generator, air/nitrogen tank; Depending on the type, it is included within the scope of authorized control in terms of manufacturer data, labeling, safety, corrosion, measurement, testing and NDT requirements.
Process cooling water, circulation, pumps, heat exchanger, by-pass, filter, process tank, flowmeter, valve, hydraulic separator, pipe diameter and pressure losses are examined.
Gas fuel supply, regulator, filter, shut-off valves, connections, signs of leakage, mechanical interaction with chimney and exhaust are evaluated. Gas installation tests/distribution company approvals and special certification requirements also apply.
The mechanical connections of the hood, oil filter, duct cleaning and access, aspirator, fresh air balance, oil accumulation, fire damper and special extinguishing system are examined.
Measuring devices, control elements, connections, insulation and operating documents that ensure traceability of all installation groups are discussed.
Ball, butterfly, slide, balancing, pressure reducing, safety and three-way valves, strainer, air vent, backflow prevention and filter groups are evaluated in terms of position, sealing and function.
Manometer, thermometer, temperature/pressure sensors, differential pressure, flowmeter, energy meter, level sensors and field indicators; It is examined for readability, measurement traceability and required calibration record.
Motorized valve, damper actuator, pump sequencing, alarm, locking, freeze protection, pressure/level control, mechanical scenario and monitoring points are checked. Electrical and fire detection tests are carried out together with the relevant authorized branch.
Steel, stainless and plastic pipes; Fixed/sliding support, vibration isolation, expansion compensator, flexible connections, thermal insulation, vapor barrier, corrosion, condensation, leakage and drainage details are checked.
As-built, P&ID, equipment inventory, manufacturer's manual, project flow/pressure values, test-maintenance schedules, previous periodic control reports, corrective action closing records and responsible personnel information are examined.
Periodic inspection is not just a checklist. Equipment on site is compared with the current project; The impact of each finding on safe operation and the control measures to be applied are explained. Safe planning of tests, maintenance/production coordination, documentation and traceability of results are essential.
Equipment list, projects, P&ID, intended use, manufacturer's instructions, design pressure/flow rate and previous reports are received.
Control methods are determined by the type of equipment. The test device, pressure, flow, temperature, function and occupational safety conditions are verified.
Periodic control report in accordance with the legislation by the authorized person for those within the scope of ANNEX-III; A separate technical review report is prepared for other studies.
Major/light defect classification is made according to the relevant report rules. Corrective action, safe operating conditions and rechecking if necessary are planned.
Approved installation projects, as-built/P&ID, if any, equipment inventory and identification/serial numbers, operating and pressure-flow design values, manufacturer documents, last periodic control reports, maintenance records, calibration documents, defect closure reports, test safety procedures should be prepared. An appropriate OHS-KATIP contract is also established for the equipment covered by legal control.
We explain under what conditions the EKIPNET registered authorized engineering service creates an official report and how it differs from maintenance work.
No. Periodic control is the inspection and testing of work equipment covered by the relevant legislation by an authorized person. Maintenance includes operations such as cleaning, adjustment, lubrication, parts replacement and repair. Both are planned separately.
Formal periodic inspection requests are evaluated based on equipment type and applicable requirements. The valid registration/authorization conditions and required contractual procedures of the person who will prepare the report are verified before the work begins. Supplementary technical inspection, maintenance follow-up and legal control are defined by separate scope and documentation.
Formal periodic inspection requests are evaluated based on equipment type and applicable requirements. The valid registration/authorization conditions and required contractual procedures of the person who will prepare the report are verified before the work begins. Supplementary technical inspection, maintenance follow-up and legal control are defined by separate scope and documentation.
Formal periodic inspection requests are evaluated based on equipment type and applicable requirements. The valid registration/authorization conditions and required contractual procedures of the person who will prepare the report are verified before the work begins. Supplementary technical inspection, maintenance follow-up and legal control are defined by separate scope and documentation.
During the periodic control of the fire mechanical installation, the project is examined for compliance with the Regulation on Fire Protection of Buildings and relevant technical standards. If there is no project, the employer has the obligation to design a project in accordance with the legislation.
The current ANNEX-III regulation regulates the availability of projects in ventilation and air conditioning installation controls and the evaluation of compliance with the project and scientific/technical conditions.
Depending on the equipment class and applicable standard, document review, visual inspection, safety element inspection, appropriate pressure testing or non-destructive testing may be required. Test method, duration and criteria are determined by the authorized person according to the equipment.
Depending on the job, a periodic control report or separate technical inspection report is prepared in accordance with the legislation. Device/installation description, control criteria, measurements, determinations, defect class, result, report date and authorized engineer information are included in accordance with the relevant legal requirements.
Approved mechanical installation projects, application/as-built and P&ID drawings, equipment list, technical labels and serial numbers, manufacturer's instructions, previous inspection and maintenance reports, test and calibration records should be prepared.
Controls are carried out on the basis of the current regulation, valid editions of the relevant standards, approved projects and manufacturer's instructions. It is taken into account that the criteria may vary depending on the device, installation and equipment group.
Formal periodic inspection requests are evaluated based on equipment type and applicable requirements. The valid registration/authorization conditions and required contractual procedures of the person who will prepare the report are verified before the work begins. Supplementary technical inspection, maintenance follow-up and legal control are defined by separate scope and documentation.
MKA fire installation standard guide →
Fire installation monthly inspection and maintenance follow-up →
Let us determine the legislation scope, period, inspection method and report requirement for your fire installation, HVAC, pressure vessel and other mechanical equipment. Contact us for your field requests in Çerkezköy, Çorlu, Ergene, Kapaklı and Tekirdağ.
The control request for fire installation is explained on a separate page. This page focuses on the scope assessment of ventilation, heating, cooling, water and industrial equipment. It is not claimed that every listed device is automatically covered by legal periodic control or that MKA has unlimited authority over all equipment.
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