Acceptance of automatic fire suppression and fire automation systems under Kazakhstan MES guidance: how to hand over a facility without findings
Fire automation acceptance in Kazakhstan has two levels. The client's committee accepts systems using the report form in Annex 5 to the Fire Safety Rules. For public-assembly facilities and buildings above 28 m, the client must also obtain an MES fire-safety compliance conclusion. Successful handover requires following the inspector's route in advance: documentation, compliance with the design and integrated system operation.
How are fire automation systems accepted today?
The inspector's route is described in the methodological guidance of the Fire Service Committee of Kazakhstan's Ministry of Emergency Situations on accepting fire automation installations. Written for inspectors, it is also a useful preparation guide for the handover team. Here we combine it with current instruments: the Fire Safety Rules (MES Order No. 55), the Technical Regulation “General Fire Safety Requirements” (MES Order No. 405), and the procedure for issuing a facility fire-safety compliance conclusion, effective from 1 February 2026.
First level: system acceptance by the client's committee
After installation, carry out commissioning: individual testing and integrated adjustment (clauses 215–216 of Technical Regulation No. 405). Then conduct technical inspection with hydraulic and electrical tests, including leak tightness and discharge density (clause 218). Record the result in the commissioning acceptance report using Annex 5 to the Fire Safety Rules. A client or general contractor representative chairs the committee, which includes the installation and commissioning organisations. Acceptance follows integrated testing and an assessment of work quality.
Second level: an MES compliance conclusion before the facility enters service
Under Article 66-2 of the Law “On Civil Protection”, the client must obtain a facility fire-safety compliance conclusion before acceptance and commissioning of two types of facilities:
- Public-assembly facilities (Article 1): retail, catering, consumer services, sports, entertainment, cultural and educational venues, stations and religious buildings accommodating 100 or more people; healthcare, education and hotels accommodating 25 or more people;
- Buildings higher than 28 m.
Applications are submitted through E-Licensing. The service is free and takes 15 working days (Rules approved by MES Order No. 359). The emergency situations department conducts a fire-safety survey and sends a copy of the conclusion to the architectural and construction control authority on the day it is issued. The first refusal ground listed in the Rules is non-compliance of completed works with the approved design. Before refusal, the client must be invited to a hearing to present their position.
Other facilities will be inspected later during operation. The inspector follows the same logic, so preparation should follow the same approach.
How to use the methodological guidance
The guidance is not a regulatory legal act and refers partly to superseded standards. Its inspection logic remains useful, but acceptance decisions must refer to current instruments.
| In the guidance | Current requirements |
|---|---|
| SNiP RK 2.02-15-2003; SN RK 2.02-11 | SN RK 2.02-02-2023 “Fire Automation of Buildings and Structures” (clause 62 of the Fire Safety Rules) |
| Technical Regulation “General Fire Safety Requirements”, Kazakhstan Government Resolution No. 14 (2009); Technical Regulation No. 796 (2008) | Technical Regulation “General Fire Safety Requirements”, Kazakhstan MES Order No. 405 |
| MES approval for equipment use; fire equipment register | Compliance with EAEU TR 043/2017, certificates and passports (clauses 209–210 of Technical Regulation No. 405) |
| Installation records are not specified | SN RK 1.03-00-2022 (clause 77 of the Fire Safety Rules; clause 214 of Technical Regulation No. 405) |
| Inspector participation in the committee at the client's request | Client's acceptance committee plus an MES conclusion for public-assembly and high-rise facilities |
Check the guidance's numerical criteria—delays, stocks and fire-resistance ratings—against current SN RK 2.02-02-2023 and the standardisation documents used for your design.
What stages does fire automation handover involve?
Handover has five steps. Public-assembly and high-rise facilities then require an MES conclusion.
- 01
Installation
According to the approved design and work execution plan (clause 208 of Technical Regulation No. 405).
- 02
Commissioning
Individual testing and integrated commissioning (clauses 215–216 of Technical Regulation No. 405).
- 03
Testing
Hydraulic and electrical tests during technical inspection (clause 218 of Technical Regulation No. 405).
- 04
Pre-acceptance inspection
Your own inspection following MES guidance before the committee arrives.
- 05
System acceptance report
The client's committee signs the report using Annex 5 to the Fire Safety Rules. Public-assembly facilities and buildings above 28 m then require an MES conclusion through E-Licensing, involving a survey and a 15-working-day service period. It must be obtained before facility acceptance (Article 66-2 of the Law “On Civil Protection”).
Which documents are needed for acceptance?
The inspector starts with records rather than equipment. Under clause 1.7 of the guidance, if the design documents contain violations, the inspector records the deficiencies and does not proceed with the system inspection. A complete, well-organised set of records is the first condition for successful acceptance.
Design
| Document | What is checked | Basis |
|---|---|---|
| Approved design/working documentation for the systems | Designer licence; chief project engineer's compliance statement on the General Data sheets; archive number | Clause 1.6 of the guidance, Clause 70 of the Fire Safety Rules |
| Positive expert review conclusion | The reviewed design revision is the one used for installation | Clause 1.6 of the guidance, Rules No. 359 |
| Approvals for deviations from standards; special technical specifications | Approval for every deviation | Clause 1.6 of the guidance |
As-built and handover documentation
| Document | What is checked | Basis |
|---|---|---|
| MES permit for installation, commissioning and maintenance of fire automation | Issued to the organisation named in the reports and still valid | Clause 63-1 of the Fire Safety Rules, Article 66-3 of the Law |
| Concealed works reports, as-built drawings and works log | Records prepared under SN RK 1.03-00-2022 | Clauses 70, 77 of the Fire Safety Rules, Clause 214 of the Technical Regulation |
| Insulation and loop resistance measurement reports | The inspector reviews the results | Clause 6.2 of the guidance, Clause 70 of the Fire Safety Rules |
| Pipework hydraulic test reports and valve inspection reports | Leak tightness, discharge density and valve identification | Clauses 213, 218 of the Technical Regulation |
| Individual and integrated test reports; commissioning records | Commissioning was completed before acceptance | Clauses 215–216 of the Technical Regulation |
| Commissioning acceptance report and installed equipment schedule | Forms in Annexes 5 and 6 to the Fire Safety Rules; serial numbers match the installation | Clause 70 of the Fire Safety Rules |
Equipment and materials
| Document | What is checked | Basis |
|---|---|---|
| EAEU TR 043/2017 conformity certificates, passports and instructions | Equipment matches the design specification | Clauses 209–210 of the Technical Regulation |
| Documents on structural fire resistance and material fire hazards | Included in the application package for the MES conclusion | Clause 292 of the Technical Regulation, Rules No. 359 |
| Cylinder inspection certificates and filling records | The inspection period had not expired at installation | Clauses 70, 76 of the Fire Safety Rules, Clause 212 of the Technical Regulation |
| One-month trial operation report (for aerosol systems) | No false activations or failures | Clauses 4.1–4.3 of the guidance |
For gaseous suppression, module cylinders must be inspected before installation; a module with an expired inspection period is not accepted (clause 212 of the Technical Regulation). FireStop module inspection is described on the page “Cylinder inspection and refilling”.
Operating documentation for the client
- Operating instructions and duty staff job instructions;
- A maintenance contract with a permitted organisation;
- Maintenance schedule and procedures;
- An operating log using the form in Annex 4 to the Fire Safety Rules;
- An order appointing the person responsible for system operation (clause 64 of the Fire Safety Rules).
Clause 70 of the Fire Safety Rules defines this documentation package. Hand it over to the client complete: the inspector will immediately notice omissions, and the client will remember who prepared it.
What does the committee check on site?
All system types follow the same inspection route: central equipment or station, duty staff room, protected rooms, electrical controls and activation tests. Walk this route yourself before acceptance with a tape measure, torch and design drawings—the same equipment recommended for the inspector in clause 1.4 of the guidance.
Automatic fire detection and alarm systems (Section 6 of the guidance)
| What will be checked | How to prepare |
|---|---|
| Detector positioning and orientation, including detectors above suspended ceilings | Inspect rooms against drawings; ensure finishing contractors have not moved or covered detectors; open ceiling access hatches |
| Detector cleanliness and protection against mechanical damage | Remove protective caps after finishing work; clean or replace dusty detectors |
| Loop cable routing and protection against interference | As-built route drawings; cable and junction-box labels |
| Fire alarm control panel in the duty staff room | A telephone with “101” and “112” signs and a set of keys must also be present (clause 10 of the Fire Safety Rules). Label the keys for easy identification |
| “Fault” indication on an open or short circuit in detection loops and control lines | Test each loop at the end of the line in advance |
| “Fire” indication from a test device throughout each loop | Have smoke and heat test devices, a test pole and a stepladder ready |
| Control signals from two detectors to smoke extraction, ventilation, warning systems and lifts | A zone/condition/command logic table tested in every zone |
| Seals on components requiring sealing | Apply seals after final commissioning |
Water and foam fire suppression (Section 2 of the guidance)
- Pump room: An external exit or a stairwell with an external exit, fire compartmentation, telephone connection to the fire control post, “Pump station” illuminated sign, connections for mobile firefighting equipment, manual pump shutdown and tank capacity matching the design.
- Signals in the pump room and at the control post: Voltage on main and backup supplies, automatic-start lockout, critical tank and sump levels, zone activation and motorised valve faults.
- Control assemblies: Painted red, each with a label showing the assembly and zone number, protected room, sprinkler type and quantity, piping diagram and activation method.
- Protected rooms: Sprinklers positioned according to the design and coverage layout, a uniform outlet diameter within each room, protective guards, secure pipe supports and no leaks.
- Stocks: Spare sprinklers: at least 10% of the installed quantity; foam concentrate: twice the required quantity.
- Testing: Open the drain-line valve and simulate sprinkler activation at the highest, most remote point. If the sprinkler network includes hydrants, open the hydraulically most unfavourable hydrant and measure the solid jet. Test the impulse device by simulating a 0.05 MPa pressure drop using the electrical contact pressure gauge.
- Electrical controls: Automatic start of the duty pump, standby pump start on duty pump failure, valve control and automatic transfer of control-circuit power.
Gas, aerosol and powder fire suppression (Sections 3–5 of the guidance)
These three types follow the same logic: people must have time to leave, ventilation must stop, and automatic operation must be disabled when a door is open. Key parameters in the MES guidance:
| Parameter | Gas | Aerosol | Powder |
|---|---|---|---|
| Discharge delay after warning | At least 10 s | At least 30 s | At least 10 s |
| Ventilation damper closure | No longer than the evacuation time | No more than 30 s | Before powder discharge |
| Indicators inside / at the entrance | “Gas — evacuate!” / “Gas — do not enter!” | “Aerosol — evacuate!” / “Aerosol — do not enter!” | “Powder — do not enter!” |
| Reserve | 100% extinguishing agent reserve | 100% generator reserve | 100% reserve of modules and powder |
| Additional checks | Weighing or pressure monitoring; cylinder inspection | One-month trial operation without false activations; protective shields by generators | Panel labels showing the rooms and detector quantities |
Under the current SN RK 2.02-02-2023, ventilation shutdown time for gas systems must not exceed evacuation time (clause 9.3.9), and the extinguishing agent stock must enable restoration of the system in any protected room (clause 9.1.18). For aerosol and powder systems, the standard expressly requires a 100% stock (clauses 11.1.11 and 10.1.6). Room preparations by the client are covered in “Room requirements for gaseous fire suppression”; for agent stock and reserve, see Spare stock and reserve of gaseous extinguishing agent.
For all three types, also check the “Automatic mode disabled” indicator, door sensors and closers, automatic-mode reset controls protected against unauthorised access, remote release, backup power, release-circuit open-circuit monitoring and signals to the fire control post. Category A and B rooms require explosion-protected equipment. Aerosol systems require instructions for personnel in the protected room.
Interfacing systems and integrated operation
Under clause 2.14 of the guidance, a system controlling building services is tested as an integrated whole: the inspector must see actual operation of the actuators, not merely a panel signal. The requirements of Technical Regulation No. 405 and the Fire Safety Rules are also checked:
- Smoke extraction has automatic and remote manual start (clause 139); manual controls are located by the equipment, in fire cabinets or by exits, and at the control post (clause 148);
- General ventilation and air conditioning shut down when smoke extraction starts (clause 149);
- Gas, powder and aerosol suppression must not operate simultaneously with smoke-control ventilation in the fire room (clause 150);
- The fire alarm and evacuation warning system is activated from the fire control post (clause 138); the warning method is selected under clause 136;
- Lifts return to the main landing floor and are de-energised; escalators stop (clauses 41–42 of the Fire Safety Rules);
- Emergency lighting switches on automatically; Exit signs are illuminated (clause 35 of the Fire Safety Rules).
What are the most common acceptance findings?
Most findings arise from discrepancies between the installation and its records, or untested interfaces between systems, rather than installation quality alone.
| Finding | Why it happens | How to prevent it |
|---|---|---|
| Installation does not match the design | Equipment or routes were changed on site without updating the design | Have the designer document each substitution before acceptance; non-compliance with the design is the first ground for refusing the MES conclusion |
| Certificates cover the wrong model or have expired | Records were assembled on the last day | Maintain a certificate register against the specification from procurement onwards |
| Detectors are covered, relocated or dusty | Finishes and lighting were installed after the fire alarm system | Final inspection after finishing work, including the ceiling void |
| A signal is present, but the equipment does not operate | Different contractors commissioned ventilation, valves and lifts | Joint integrated testing with all interfacing contractors and a report for every zone |
| An open or short circuit at the loop end does not produce a “Fault” indication | The end-of-line device is missing or misplaced | Test every loop for an open and short circuit at the end of the line |
| Backup power does not work | Batteries are discharged; automatic transfer switching was not tested | Test by disconnecting the main supply 2–3 days before acceptance |
| Indicators, labels, paint markings, seals or signs are missing | “Minor details” were left until last | Include them in the work specification; seal manual release devices and fire cabinet doors (clause 56 of the Fire Safety Rules) |
| Incomplete reserve stock | The stock was omitted from the estimate | At least 10% spare sprinklers; 100% agent, generator and module stock, available on site with records |
| Cable and pipe entry points through fire barriers are not sealed | No one took responsibility for sealing penetrations | Seal with non-combustible materials providing the required fire-resistance rating (clause 23 of the Fire Safety Rules) |
| The duty operator does not know what to do when an alarm sounds | The client's staff were not trained | Train and instruct duty staff (clause 65 of the Fire Safety Rules) and log the instruction using Annex 4 |
| The installer or subcontractor lacks a permit | The work was subcontracted | Check the permit before allowing work to start (clause 63-1 of the Fire Safety Rules) |
How should the system be demonstrated to the committee?
A successful handover is a planned demonstration: the inspector follows a familiar route, and you anticipate each next question. The committee should see that the system follows the design, operates as an integrated whole and is ready for operation by the client's staff.
Demonstration plan
- A 5–10-minute introduction. Explain the installed systems, number of zones, location of the fire control post, installation and commissioning contractors, and future maintenance provider. Do not turn this into an equipment sales pitch.
- One sheet on the table. System block diagram and control logic table: zone, activation condition and commands (evacuation warning, smoke extraction, pressurisation, ventilation, lifts, suppression and access control).
- A document file indexed in inspection order: Design and expert review, installer permit, as-built records, measurements and tests, certificates and operating documentation. Take a second design copy on the inspection walk.
- Follow the inspection route in the guidance: Station, control post and protected rooms. All rooms are unlocked; labelled keys, a ladder and torch are ready; ceiling access hatches are accessible.
- Demonstrate a “fire in zone N”. Activate two detectors with a test device: a signal at the control post, evacuation warning, smoke extraction and pressurisation, ventilation shutdown, lifts returning to the main floor and doors unlocking. A person with a radio at each location confirms operation.
- Fault conditions. Test an open and short circuit at the end of a loop, main power loss and a release-circuit break. The inspector sees that the system reports its own failures.
- The client's duty staff demonstrate operation of the panel themselves: Acknowledge the alarm, start the warning system and call 101. This is the clearest evidence of operational readiness.
- Conclusion. Briefly list the completed checks and hand over the operating documentation to the client.
Conduct during acceptance
- Demonstrate only what you have already tested. Improvisation in front of an inspector can lead to an avoidable refusal.
- Answer questions with a design drawing and the relevant clause, rather than “we always do it this way”.
- Focus on people: how quickly the alarm operates and how escape routes are protected. Under clause 132 of Technical Regulation No. 405, the system must allow evacuation before fire hazards reach dangerous levels.
- Do not argue on site. When accepting a finding, state a correction deadline immediately. If you disagree, prepare a written position with references: the MES conclusion procedure provides for a hearing and pre-trial appeal.
- One person speaks for the contractor: an engineer familiar with the design and commissioning. Installers operate at their assigned locations and do not argue with the inspector.
Acceptance readiness checklist
2–3 weeks beforehand
- As-built documents match the installation; all substitutions are approved by the designer
- Certificates and passports are collected for every specification item
- Installer and subcontractor MES permits: copies in the document file
- Insulation and loop resistance measurements and hydraulic tests: signed reports
- Aerosol systems are undergoing a one-month trial operation, with a log maintained
- For public-assembly facilities and buildings above 28 m, the client has applied for the conclusion allowing 15 working days
One week beforehand
- Integrated testing with all interfacing systems in every zone
- Open and short circuits at the end of every loop and loss of main power have been tested
- Discharge delays and damper closing times have been measured with a stopwatch
- Spare sprinklers, extinguishing agent, generators and modules are available on site
- Indicators, component and panel labels, paint markings, safety signs and seals are in place
- Penetrations through fire barriers are sealed
- Duty staff have been instructed and the instruction is logged
On acceptance day
- Indexed document file and a sheet with the system diagram and control logic table
- Test devices, pole, ladder, radios, stopwatch and torch
- Staff at the control post, ventilation chamber, pump room and lift lobby
- Rooms are unlocked; the duty operator has labelled keys
- Acceptance report (Annex 5) and equipment schedule (Annex 6) forms are prepared in advance
Gaseous suppression installation, commissioning and committee handover are handled by our installation team. The standards governing the gaseous suppression system are covered in Gaseous fire suppression standards in Kazakhstan.
Frequently asked questions
Which report is prepared when an automatic fire suppression system is accepted?
The final document is the commissioning acceptance report for fire automation systems using the form in Annex 5 to the Fire Safety Rules (MES Order No. 55), accompanied by the installed equipment schedule in Annex 6. Concealed works reports, individual and integrated test reports, hydraulic test reports and measurement records are prepared beforehand.
Does every facility need an MES conclusion?
No. A fire-safety compliance conclusion is mandatory before commissioning public-assembly facilities and buildings above 28 m (Article 66-2 of the Law “On Civil Protection”). Other facilities are accepted by the client's committee; an inspector checks them later during operation, following the same logic.
How long does an MES fire-safety compliance conclusion take?
The service is free and takes 15 working days. Applications are submitted through E-Licensing under the Rules approved by Kazakhstan MES Order No. 359, effective from 1 February 2026. During this period, the emergency situations department conducts a fire-safety survey of the facility.
Can MES methodological guidance be cited during acceptance?
Cite current instruments during acceptance: the Fire Safety Rules, Technical Regulation No. 405 and SN RK 2.02-02-2023. The Fire Service Committee's methodological guidance is not a regulatory legal act and partly cites superseded standards, but its inspection sequence remains useful for preparation.
Sources
- Methodological guidance on commissioning acceptance of fire automation installations. Technical Standardisation Department of the State Fire Control and Inquiry Directorate, Fire Service Committee of Kazakhstan's MES (not a regulatory legal act).
- Fire Safety Rules, Kazakhstan MES Order No. 55 of 21 February 2022: clauses 10, 23, 35, 41–42 and 56; Chapter 2 (clauses 62–77); Annexes 4–6.
- Kazakhstan MES Order No. 580 of 31 December 2025: revised Chapter 2 of the Fire Safety Rules.
- Technical Regulation “General Fire Safety Requirements”, Kazakhstan MES Order No. 405 of 17 August 2021: clauses 132–152, 208–218 and 292.
- Law of Kazakhstan “On Civil Protection”: Article 1 (subclause 5), Articles 66-2 and 66-3.
- Rules for issuing a facility fire-safety compliance conclusion, Kazakhstan MES Order No. 359 of 26 August 2025, effective from 1 February 2026, as amended by Orders No. 126 of 26 March 2026 and No. 234 of 19 June 2026 of the Ministry of Emergency Situations of Kazakhstan.
- Permit requirements for installation contractors, Kazakhstan MES Order No. 322 of 14 August 2025.
- SN RK 2.02-02-2023 “Fire Automation of Buildings and Structures”; SN RK 1.03-00-2022 “Construction Production”.