SmokeESCTM

Control units for pressure differential system

System no. 1 - best choice - Innovation Vent

A system recommended for any building

Over 1,100 installations

System no. 1 - best choice - Innovation Vent

A system recommended for any building

Over 1,100 installations

Technology that protects against smoke

SmokeESCTM is an intelligent ventilation control system that keeps escape routes free from smoke during a fire. Controllers manage fans and dampers, while the app provides simple configuration with no coding required.

95% of fire victims die from smoke, not flames

Safe escape routes are the key to saving lives

SmokeESCTM keeps them smoke-free

The features that set us apart

AI-powerd

Thrace Pro algorythm

Standards compliant

EN 12101-6/13, NFPA 92

Reduces opex

Plug-and-play and app keep costs down

Watch video

You’ve got it – in the app

Ensure safe escape routes throughout the entire building

When a fire breaks out, SmokeESCTM automation takes over

Budynek schemat działania systemu SmokeESC
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Tablica sterownicza

CAB-3000

Fire Ventilation Control Panels

2
PS-3000

PS-3000

Differential Pressure Sensor

2
PS-3000

PS-3000

Differential Pressure Sensor

2
PS-3000

PS-3000

Differential Pressure Sensor

3
SmokeESC AIP-3000

AIP-3000

Pressure Sampling Point

4
SmokeESC - SDC-3000

SDC-3000

Pressure Controller for Fire Lobbies

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SmokeESC RCP 3000

RCP-3000

Remote Control Panel

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SmokeESC FSC-3000

FSC-3000

Pressure Controller for Fire Ventilation Systems

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8
8
8
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10
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12
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95% of fire fatalities are caused by smoke inhalation, not flames. The primary goal of fire protection is to keep fresh air in escape routes. That’s what determines whether people can escape.

SmokeESCTM automation maintains constant overpressure and optimal airflow inside the building. This prevents smoke from entering escape routes, keeps doors easy to open (under 100N), and allows people to evacuate safely.

Prevent smoke in vertical escape routes

Find out how to supply air to stairwells and elevator shafts

  • Budynek schemat działania systemu SmokeESC Budynek schemat działania systemu SmokeESC
    1
    2
    SmokeESC FSC-3000

    FSC-3000

    Pressure Controller for Fire Ventilation Systems

    3
    PS-3000

    PS-3000

    Differential Pressure Sensor

    4
    SmokeESC AIP-3000

    AIP-3000

    Pressure Sampling Point

    To protect simple stairwells in low-rise buildings against smoke, it is enough to use a single PS-3000 pressure sensor 3 and an air supply unit 1 with the FSC-3000 controller 2.

    The pressure sensor should be positioned in the center of the staircase, away from direct airflow. The pressure measurement locations should be protected with AIP-3000 pressure sampling points 4 and the reference pressure measuring point should be placed outside the building.

    *The value of pressure in the protected space and flow on the door depends on the adopted design criteria.

  • Budynek schemat działania systemu SmokeESC Budynek schemat działania systemu SmokeESC
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    2
    SmokeESC FSC-3000

    FSC-3000

    Pressure Controller for Fire Ventilation Systems

    3
    PS-3000

    PS-3000

    Differential Pressure Sensor

    3
    PS-3000

    PS-3000

    Differential Pressure Sensor

    To protect stairwells from smoke in high-rise buildings where there is a pressure difference between the lower and upper stairwell spaces, two PS-3000 pressure sensors 3 and one air supply unit 1 with the FSC-3000 controller 2 should be used.

    The Innovation Vent Thrace algorithm built into the FSC-3000 controller 2, which controls the operation of the air supply fan, monitors the average pressure and the minimum and maximum values from both sensors. The configuration software allows you to set the minimum pressure value (to prevent smoke from entering the protected space) and the maximum pressure value (so that the door can be opened with a force < 100 N).

    *The value of pressure in the protected space and flow on the door depends on the adopted design criteria.

  • Budynek schemat działania systemu SmokeESC Budynek schemat działania systemu SmokeESC
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    1
    2
    SmokeESC FSC-3000

    FSC-3000

    Pressure Controller for Fire Ventilation Systems

    3
    PS-3000

    PS-3000

    Differential Pressure Sensor

    3
    PS-3000

    PS-3000

    Differential Pressure Sensor

    To protect stairwells against smoke accumulation in high-rise buildings where multi-point supply is required and not possible, two or more air supply units 1 should be used.

    The Innovation Vent Thrace algorithm built into the FSC-3000 controller 2 and the Innovation Vent BUS, that makes it possible to read current pressure value from PS-3000 pressure sensors 3 100 times a second, allow individual pressure control in each stairwell zone.

    *The value of pressure in the protected space and flow on the door depends on the adopted design criteria.

Prevent smoke in horizontal escape routes

See how to supply air to firefighting lobbies and corridors

  • Budynek schemat działania systemu SmokeESC Budynek schemat działania systemu SmokeESC
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    2
    PS-3000

    PS-3000

    Differential Pressure Sensor

    3

    In a building where smoke ventilation windows 3 are used to remove smoke, there is no need for transfer dampers and differential pressure control with dampers. The PS-3000 pressure sensor 2 is used to make sure that the required overpressure is maintained in the protected space.

    As the door is opened from the protected space, the pressure drops and the speed of the air supply fan 1 increases to maintain the required design air speed through the door. When the door is closed, the pressure is stabilized to the required design value in less than 3 seconds.

  • Budynek schemat działania systemu SmokeESC Budynek schemat działania systemu SmokeESC
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    2
    3
    PS-3000

    PS-3000

    Differential Pressure Sensor

    1

    In a firefighting lobby where the architecture allows the use of transfer dampers 4 to compensate for the smoke extraction fan 2, the PS-3000 pressure sensor 3 and the differential pressure control by varying the speed of the air supply fan 1 should be used.

    The SmokeESC system, thanks to the Innovation Vent BUS, can serve a building with any number of floors, providing a pressure reading from each floor simultaneously and precise control of the overpressure in the protected space on the floor affected by the fire.

  • Budynek schemat działania systemu SmokeESC Budynek schemat działania systemu SmokeESC
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    2
    SmokeESC - SDC-3000

    SDC-3000

    Pressure Controller for Fire Lobbies

    3

    In a firefighting lobby where there is no space to install transfer dampers to provide air compensation for the smoke extraction fan 3, differential pressure control should be used by means of dampers with short motion time actuators at constant air supply fan speed 1.

    The SDC-3000 controller 2 controls the dampers in a system with one lobby and one corridor or one lobby and two corridors. The Innovation Vent Thrace algorithm provides compensation for the smoke extraction fan 3, the required pressure differential when the door is closed, and the correct airflow through the door when it is open.

SmokeESCTM operates in all buildings

Products behind SmokeESCTM

Proven in over 1100 installations

The Park B7

Office center

Warszawa

Norblin Factory

Entertainment center

Warszawa

Warsaw Hub

Office center

Warszawa

Hanza Tower

Office skyscraper

Szczecin

Light Tower

Residential estate

Reda

PB Górski

Residential and commercial complex

Gdynia

Specialist Hospital

Florian Ceynow

Wejherowo

Public library

Tczew

Skysawa (PHN Tower)

Office skyscraper

Warszawa

Polipack

Production hall

Gościcino

Municipal Hospital

St. Vincent de Paul

Gdynia

Institute of Mother and Child

Specialist Hospital

Katowice

Metropoint Office

Office center

Warszawa

Pruszcz Park

Residential estate

Pruszcz Gdański

DL Tower

Office skyscraper

Katowice

Regional Court

Tczew

  • The Park B7

    Office center

    Warszawa

  • Norblin Factory

    Entertainment center

    Warszawa

  • Skysawa (PHN Tower)

    Office skyscraper

    Warszawa

  • Metropoint Office

    Office center

    Warszawa

  • Norblin Factory

    Entertainment center

    Warszawa

  • PB Górski

    Residential and commercial complex

    Gdynia

  • Polipack

    Production hall

    Gościcino

  • Pruszcz Park

    Residential estate

    Pruszcz Gdański

  • Warsaw Hub

    Office center

    Warszawa

  • Specialist Hospital

    Florian Ceynow

    Wejherowo

  • Municipal Hospital

    St. Vincent de Paul

    Gdynia

  • DL Tower

    Office skyscraper

    Katowice

  • Hanza Tower

    Office skyscraper

    Szczecin

  • Public library

    Tczew

  • Institute of Mother and Child

    Specialist Hospital

    Katowice

  • Regional Court

    Tczew

Have questions? Here are the answers.

1Why is system startup 80% faster than competitors?
SmokeESC requires no programming or manual tuning. Adaptive algorithms automatically select operating parameters, and built-in diagnostics detect wiring errors within seconds. This makes commissioning up to 80% faster than traditional systems.
2What is the SmokeESC startup process?
The installer selects the building type (staircase, elevator, vestibules), starts adaptation, and the FSC-3000 controller automatically runs tests and creates a system model. After about 40 minutes, the system is fully operational.
3How many pressure sensors can be connected in one loop?
One Innovation Vent BUS loop can have 1 to 24 devices — PS-3000 sensors or SDC-3000/SDC-3100 controllers — in any configuration. Data from active sensors is read every 10 ms, ensuring very fast system response.
4How does the AI algorithm in SmokeESC work?
During adaptation, the FSC-3000 analyzes the system’s reactions and creates a mathematical model. Based on this, a predictive controller regulates the fan to maintain stable pressure and achieve adjustment times below 3 seconds.
5Can SmokeESC be used in existing buildings?
Yes. It is ideal for retrofits, replacing mechanical overpressure-relief dampers or old controllers, and can operate using existing infrastructure without major modifications.
6What components does SmokeESC provide?
We supply controllers, regulators, HMI panels, pressure sensors, and complete control cabinets with inverters. The customer can take care of the remaining elements, such as fans, fire dampers, motorized dampers, ventilation ducts, doors, and the installation of the entire system. This way, we remove the burden of selecting and integrating the control components, while giving the customer full flexibility in handling the rest of the installation.
7How does designing a smoke ventilation system with SmokeESC work, and how can Innovation Vent support you?
With SmokeESC devices, designers can create a system as if building from ready-made building blocks, using proven solution examples. The standardization of our devices streamlines the process, turning it into simple configuration rather than designing everything from scratch. When needed, we can support designers with EN 12101-13 – compliant calculations, electrical diagram verification, and optimization analysis.

Want the best control units for your system?

Get in touch

automatyka@innovation-vent.co
+48 783 367 232