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About the system

Smoke control systems in Kyiv and Ukraine

A smoke control system limits the spread of smoke and combustion products to support evacuation and firefighter access. We design, install and test smoke extraction, pressure differential systems and their controls as part of the building fire-safety cause-and-effect.

KABO GROUP reviews the available information, prepares an agreed technical scope and completes the work with the defined documentation.

Solutions

What is included in smoke control systems

Engineering calculations and design

Inputs, system interfaces and completion evidence are agreed before work begins.

Open section↗

Control equipment and interfaces

Inputs, system interfaces and completion evidence are agreed before work begins.

Open section↗

Smoke extraction and pressurisation installation

Inputs, system interfaces and completion evidence are agreed before work begins.

Open section↗

Integrated testing and agreed records

Inputs, system interfaces and completion evidence are agreed before work begins.

Open section↗
Practical guide

System details and solution selection

Airflow and zone calculations

Fan duties, damper sizes and duct configuration are calculated for leakage, door conditions, replacement air, fire compartments and evacuation strategy.

Power, circuits and controls

We coordinate power resilience, fire-resistant circuits, manual controls, status supervision and interlocks for the required operating period.

Integrated smoke-control commissioning

Testing follows the complete sequence from fire detection to dampers, fans, ventilation shutdowns and status indication at the control point.

Regulatory basis

Regulations and standards considered

This list explains the regulatory basis but is not a substitute for a project or a complete schedule for every building. Document status, amendments and building-specific requirements are verified when the project starts.

Building regulation

DBN V.1.1-7:2016 — Fire safety of construction objects

Sets general fire-safety, fire-resistance, evacuation, compartmentation and engineering requirements.

Open source↗Building regulation

DBN V.2.5-56:2014 — Fire protection systems, with amendments

Covers design and installation of fire-protection systems, their scope, interfaces and principal requirements.

Open source↗Technical standards

DSTU EN 12101 series — Smoke and heat control systems

Applicable parts cover fans, dampers, ducts, pressure differential systems, power supplies and test methods.

Open source↗Mandatory rules

Fire Safety Rules in Ukraine, Ministry of Internal Affairs Order No. 1417

Sets organisational and operational duties, including system readiness and measures during isolation or repair.

Open source↗
Outcome

One accountable delivery cycle

Engineering calculations and design✓Control equipment and interfaces✓Smoke extraction and pressurisation installation✓Integrated testing and agreed records✓
Process

Work stages

Building and fire strategy review

We review layouts, compartmentation, escape routes, smoke zones, fire strategy and available mechanical information.

Engineering solution

We define smoke extraction and pressure differential duties, equipment, ducts, dampers, controls and power requirements.

Installation

We install the agreed mechanical, electrical and control elements and coordinate their interfaces.

Integrated testing

We verify alarm initiation, damper positions, fan operation, status indication, standby power and the complete cause-and-effect.

FAQ

Common questions

What is included in smoke control?+

The project may include smoke shafts and ducts, extract fans, pressure differential systems, dampers, control panels, fire-resistant circuits and fire alarm interfaces.

What is the difference between smoke extraction and pressurisation?+

Extraction removes smoke from defined zones; pressurisation creates a pressure difference to reduce smoke entry into stairs, lobbies or lift shafts.

What determines the installation cost?+

Building size, smoke zones, airflow duties, fans, ducts, dampers, controls, fire-resistant power and access conditions.

How is the system tested?+

We verify initiation, equipment states, status feedback, standby supplies and the full approved operating sequence.

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