Каталог продукции Komfovent 2026 - Вентиляционное оборудование бренда Komfovent

VENTILATION EQUIPMENT

KLASIK RHP VERSO KOMBI DOMEKT CATALOGUE | 2026

VENTILATION

EQUIPMENT

KK-26-11

DOMEKT KOMBI VERSO Residential ventilation units All HVAC systems in one unit Commercial ventilation units

136 145 RHP KLASIK Accessories Units with rotary heat exchanger and integrated heat pump Industrial / commercial ventilation units CONTENT INTRODUCTION 4 DOMEKT 22 Company in numbers 5 KOMBI 54 Wide range 6 VERSO 64 Energy-saving technologies 8 RHP 116 Efficient heat exchangers 8 KLASIK 136…

Why Komfovent

The largest HVAC systems manufacturer in the Baltic region Through decades of growth, we have evolved to become the largest HVAC systems manufacturer in the Baltic re- gion. Our company started its life as UAB “Amalva”, creating ventilation ducts and other ventilation system components. With steady…

28 000 1000 factories units a year employees The KOMFOVENT brand unites a group of 12 companies, operating in Lithuania and other European countries. Production is spread across 3 factories in Lithuania and Latvia, totalling over 85 thousand square metres. Over 1 million KOMFOVENT ventilation system…

Wide range

DOMEKT VERSO Residential ventilation units with heat recovery. Depending on the individual requirement, units can be equipped with a rotary or counterflow plate heat exchanger. Vertical, horizontal and flat units are available with a wide range of modifications. VERSO Standard Standardized choice of…

RHP

KLASIK RHP Standard All-in-one units with integrated heat pump provide fresh air, heating, conditioning and humidity recovery for residential and small commercial premises. Series of unique ventilation units for the most complex projects. Units are available with non-standard dimensions and the…

As energy performance requirements for buildings continue to tighten, greater demands are being placed on ventilation systems due to their direct impact on several energy parameters of a building, including heating, cooling, humidity regulation, and electrical consumption. With this in mind, it is…

Humidity transferring heat exchangers

Humidity transferring heat exchangers are one of the most efficient ways to control indoor humidity. Since water vapor in the air carries lots of hidden (latent) energy, controlling humidity not only helps to maintain comfortable indoor conditions but also reduces the needed power of humidifiers and…

Operating principle

The heat pump and rotary heat exchanger work together as a perfect recuperation tandem. The main energy saving component – the rotary heat exchanger works efficiently for almost the whole year, except for the times when the outside and indoor temperatures are almost equal. When higher heating or…

Ultra premium fans

The highest energy efficiency Ultra and Super Premium class fan motors provide minimum power consumption. Due to the optimized design of internal winding and the use of powerful permanent magnets, energy losses of the motor are minimized, resulting in low heat emittance and stable efficiency under…

Casing technologies to improve energy efficiency

Several key parameters define the energy performance of AHU casings, the most critical being thermal transmittance, thermal bridging factor, and mechanical strength. Thermal transmittance (typically rated T1, T2, etc.) measures the heat transfer through the casing materials, directly impacting the…

As the demand for smarter, more efficient HVAC systems continues to rise, the role of advanced control systems in air handling units has become increasingly significant. These control systems are the brain of the AHU, ensuring that ventilation, heating, cooling, and air quality are optimized while…

SMART CONTROL FUNCTIONS

C6M C8 Air temperature control The unit can control air temperature according to user-defined supply or extract temperature settings. If the user desire, room ambient temperature can also be maintained according to the temperature sensor located in the control panel. Temperature balance control The…

SMART CONTROL FUNCTIONS

C6M C8 C6M C8 Operation time counters Fan, heat exchanger and heater working times are monitored. Day, month or overall time counters are available for ventilation unit operation analysis. Timed ventilation modes Three ventilation modes can be started for a duration of several minutes, without…

Control system C5 for VERSO, RHP and KLASIK units

21,9° C 21,3° C Temperature ECONOMY 1 Extended control possibilities • Controlling up to 30 units connected into a network from one panel. • Ability to connect the controller to the building network and manage it via standard internet browser without any accessories. • Possibility to control air…

CONTROL FUNCTIONS

SAFETY FUNCTIONS Air quality control Two different air quality values may be set for two different unit operating modes (e.g., Comfort and Economy). These values will be maintained by automatically increasing or reducing the intensity of ventilation. Rotary or plate heat exchanger failure protection…

Control system C9 for KOMBI units

Effortless control of all home HVAC functions The C9 control system manages every KOMBI unit function needed for complete comfort. Like the all-in-one unit itself, the control system consolidates all processes – ventilation, air heating, cooling, and domestic hot water preparation – into a single…

"Komfovent Control" App

All KOMBI functions can be managed effortlessly through the “Komfovent Control” app. With its user-friendly interface, the app enables detailed control of the KOMBI unit, whether you’re at home or away. Real-time adjustments give you complete flexibility, allowing you to fine-tune the indoor climate…

KOMFOVENT

selection software • Cloud-based selection software. • For VERSO Standard and Pro units with capacity from 250 to 40 000 m³/h. • For RHP units with capacity from 250 to 46 000 m³/h. KOMFOVENT Select • EUROVENT and RLT certificates guarantee the accuracy of the parameters. • Detailed technical data…

Seamless

integration of KOMFOVENT products into BIM projects KOMFOVENT add-in for REVIT KOMFOVENT has got a well-developed infrastructure for Autodesk REVIT with a multifunctional add-in. Accelerating and simplifying work, the KOMFOVENT add-in consists of the KOMFOVENT HUB, a continuously updated 3D library…

Smart Home Comfort

KK-26-11 Residential ventilation units with simple and intuitive control, designed to maintain the best indoor climate at home and save energy 22

KK-26-11

Fits Every Home Every home, apartment, house or townhouse is different. That is why the DOMEKT range includes horizontal, vertical and flat models designed for installation in various parts of the home. The units can be easily installed above suspended ceilings, in utility rooms, cabinets or other…

Types of the heat exchangers

Domekt R Domekt R with rotary heat exchanger A wide selection of residential ventilation units with rotary heat exchanger in horizontal, vertical and flat versions. Domekt R units efficiently save energy all year round by significantly reducing both heating and air conditioning costs. Ideal for cold…

Domekt R

Maximal air flow, m³/h 150 Maximal air flow, l/s 42 Reference flow rate, m³/s 0,029 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,34 Thermal efficiency of heat recovery, % 82 Electric air heater capacity, kW / Δt, °C 0,5/13,9 Supply voltage, V 1~230 Maximal operating current HE, A 3,2 Power…

Maximal air flow, m³/h 233 Maximal air flow, l/s 65 Reference flow rate, m³/s 0,05 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,29 Thermal efficiency of heat recovery, % 80 Electric air heater capacity, kW / Δt, °C 0,5/8,1 Supply voltage, V 1~230 Maximal operating current HE, A 3,9 Power…

Maximal air flow, m³/h 233 Maximal air flow, l/s 65 Reference flow rate, m³/s 0,05 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,29 Thermal efficiency of heat recovery, % 80 Electric air heater capacity, kW / Δt, °C 1/16,2 Supply voltage, V 1~230 Maximal operating current HE, A 6,1 Power…

Maximal air flow, m³/h 213 Maximal air flow, l/s 59 Reference flow rate, m³/s 0,041 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,34 Thermal efficiency of heat recovery, % 81 Electric air heater capacity, kW / Δt, °C 0,5/9,3 Supply voltage, V 1~230 Maximal operating current HE, A 3,9 Power…

Maximal air flow, m³/h 250 Maximal air flow, l/s 69 Reference flow rate, m³/s 0,049 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,39 Thermal efficiency of heat recovery, % 80 Electric air heater capacity, kW / Δt, °C 1/15,9 Supply voltage, V 1~230 Maximal operating current HE, A 6,1 Power…

Maximal air flow, m³/h 321 Maximal air flow, l/s 89 Reference flow rate, m³/s 0,062 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,33 Thermal efficiency of heat recovery, % 82 Electric air heater capacity, kW / Δt, °C 1/13 Supply voltage, V 1~230 Maximal operating current HE, A 6,1 Power…

Maximal air flow, m³/h 346 Maximal air flow, l/s 96 Reference flow rate, m³/s 0,067 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,29 Thermal efficiency of heat recovery, % 89 Electric air heater capacity, kW / Δt, °C 0,5/6,0 Supply voltage, V 1~230 Maximal operating current HE, A 5,3 Power…

Maximal air flow, m³/h 373 Maximal air flow, l/s 104 Reference flow rate, m³/s 0,073 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,3 Thermal efficiency of heat recovery, % 86 Electric air heater capacity, kW / Δt, °C 1/11,2 Supply voltage, V 1~230 Maximal operating current HE, A 6,5 Power…

Maximal air flow, m³/h 500 Maximal air flow, l/s 139 Reference flow rate, m³/s 0,097 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,28 Thermal efficiency of heat recovery, % 84 Electric air heater capacity, kW / Δt, °C 1/8,4 Supply voltage, V 1~230 Maximal operating current HE, A 7,3 Power…

Maximal air flow, m³/h 421 Maximal air flow, l/s 117 Reference flow rate, m³/s 0,082 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,26 Thermal efficiency of heat recovery, % 83 Electric air heater capacity, kW / Δt, °C 1/9,9 Supply voltage, V 1~230 Maximal operating current HE, A 7,3 Power…

Maximal air flow, m³/h 493 Maximal air flow, l/s 137 Reference flow rate, m³/s 0,096 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,31 Thermal efficiency of heat recovery, % 89 Electric air heater capacity, kW / Δt, °C 1/8,5 Supply voltage, V 1~230 Maximal operating current HE, A 7,5 Power…

Maximal air flow, m³/h 660 Maximal air flow, l/s 183 Reference flow rate, m³/s 0,128 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,27 Thermal efficiency of heat recovery, % 84 Electric air heater capacity, kW / Δt, °C 1,5/8,9 Supply voltage, V 1~230 Maximal operating current HE, A 9,5 Power…

Maximal air flow, m³/h 640 Maximal air flow, l/s 178 Reference flow rate, m³/s 0,124 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,31 Thermal efficiency of heat recovery, % 87 Electric air heater capacity, kW / Δt, °C 1/6,5 Supply voltage, V 1~230 Maximal operating current HE, A 7,3 Power…

Maximal air flow, m³/h 738 Maximal air flow, l/s 205 Reference flow rate, m³/s 0,140 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,26 Thermal efficiency of heat recovery, % 84 Electric air heater capacity, kW / Δt, °C 2/11,6 Supply voltage, V 1~230 Maximal operating current HE, A 11,6 Power…

Maximal air flow, m³/h 742 Maximal air flow, l/s 206 Reference flow rate, m³/s 0,144 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,26 Thermal efficiency of heat recovery, % 84 Electric air heater capacity, kW / Δt, °C 2/11,3 Supply voltage, V 1~230 Maximal operating current HE, A 11,7 Power…

Maximal air flow, m³/h 764 Maximal air flow, l/s 212 Reference flow rate, m³/s 0,149 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,26 Thermal efficiency of heat recovery, % 83 Electric air heater capacity, kW / Δt, °C 2/10,9 Supply voltage, V 1~230 Maximal operating current HE, A 11,7 Power…

Maximal air flow, m³/h 942 Maximal air flow, l/s 262 Reference flow rate, m³/s 0,183 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,31 Thermal efficiency of heat recovery, % 83 Electric air heater capacity, kW / Δt, °C 2/8,9 Supply voltage, V 1~230 Maximal operating current HE, A 13,2 Power…

Domekt CF

NEW Maximal air flow, m³/h 173 Maximal air flow, l/s 48 Reference flow rate, m³/s 0,034 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,24 Thermal efficiency of heat recovery, % 85 Supply voltage, V 1~230 Maximal operating current E0, A 0,9 Power supply cable, mm2 3×1,5 Electric power input of…

Maximal air flow, m³/h 292 Maximal air flow, l/s 81 Reference flow rate, m³/s 0,057 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,29 Thermal efficiency of heat recovery, % 86 Electric air heater capacity, kW / Δt, °C 0,5/7,1 Electric preheater capacity, kW / ∆t, °C 1/14,3 Supply voltage, V…

Maximal air flow, m³/h 422 Maximal air flow, l/s 117 Reference flow rate, m³/s 0,082 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,28 Thermal efficiency of heat recovery, % 89 Electric air heater capacity, kW / Δt, °C 0,5/4,9 Electric preheater capacity, kW / ∆t, °C 1/9,9 Supply voltage, V…

Maximal air flow, m³/h 650 Maximal air flow, l/s 181 Reference flow rate, m³/s 0,13 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,22 Thermal efficiency of heat recovery, % 89 Electric air heater capacity, kW / Δt, °C 0,5/3,1 Electric preheater capacity, kW / ∆t, °C 1/6,2 Supply voltage, V…

Maximal air flow, m³/h 650 Maximal air flow, l/s 181 Reference flow rate, m³/s 0,130 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,26 Thermal efficiency of heat recovery, % 89 Electric air heater capacity, kW / Δt, °C 1/6,2 Electric preheater capacity, kW / ∆t, °C 1/6,2 Supply voltage, V…

Maximal air flow, m³/h 621 Maximal air flow, l/s 173 Reference flow rate, m³/s 0,121 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,25 Thermal efficiency of heat recovery, % 89 Electric air heater capacity, kW / Δt, °C 0,5/3,4 Electric preheater capacity, kW / ∆t, °C 1,5/10,1 Supply voltage, V…

Maximal air flow, m³/h 706 Maximal air flow, l/s 196 Reference flow rate, m³/s 0,14 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,23 Thermal efficiency of heat recovery, % 88 Electric air heater capacity, kW / Δt, °C 1/5,8 Electric preheater capacity, kW / ∆t, °C 1/5,8 Supply voltage, V 1~230…

Domekt S

False ceiling supply air handling units Units sizes Sizes and air volumes of Domekt S units 30 0,03 80 0,08 140 0,14 190 0,19 280 0,28 (l/s) (m3/s) 1000 (m3/h) S 1000 F S 800 F S 650 F Air flow Modifications of Domekt S units Unit Supply air filter class Heater ePM1 60 % ePM10 50 % HE Domekt S 650 F…

Performance B Static pressure (Pa) 43 dB Unit with standard equipment 650 m³/h 0,03 60 0,06 90 0,09 SPI 0,3 400 SPI 0,2 200 ODA 237.5 237.5 180 (l/s) 0,18 (m3/s) 150 0,15 SPI 0,4 300 SUP 120 0,12 100 SPI 0,1 ) (2 Air flow rate (m3/h) Domekt S 800 F C5 Performance Static pressure (Pa) Unit with…

All HVAC systems in one unit

KK-26-11 KOMBI – your comfort and perfect well-being 54

KOMBI features and components 58 Kombi A7 60 Kombi A9 62 55 KK-26-11 KOMBI – hybrid heating and ventilation unit

KOMBI – hybrid heating and ventilation unit

Discover KOMBI Comfort at home is not only about its interior, but also about the whole atmosphere. Fresh air, pleasant warmth or coolness, and hot water play a significant role in the comfort at home concept. KOMBI addresses every one of these facets to attain complete indoor climate control. It is…

Unified control system

• Easy to navigate control panel with intuitive and user-friendly interface. • Temperature and humidity sensors integrated in the control panel can be used to maintain specific room conditions. • 8 pre-programmed operation modes that automatically maintain all three comfort parameters (ventilation…

KOMBI features and components

The heat pump module: • The air-to-water heat pump maintains constant heating output across the entire outdoor temperature range. • Twin rotor, premium class inverter compressor, ensures quiet and economical operation, as well as maximum reliability and durability. • Pre-filled with refrigerant in…

The ventilation unit: • High airflow of 517 m3/h. • Zeolite-coated sorption-enthalpy rotary heat exchanger – high thermal efficiency (up to 86 %) and humidity recovery throughout the year. • Dust, allergens, and fungal spores are removed from ventilated premises by ePM1 60 % class filter that come…

Kombi A7

NEW General data Voltage, V 3~400 Nominal current, A 21,2 Power cable, mm2 5x4 IP protection class IP 40 Heat pump section weight, kg 180 Boiler and AHU section weight, kg 238 Unit weight, kg 418 Heat pump section dimensions BxHxL, mm 550 × 2005 × 684 Boiler and AHU section dimensions BxHxL, mm 850…

AHU perfomance

Maximal air flow, m³/h 517 Maximal air flow, l/s 144 Reference flow rate, m³/s 0,101 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,31 Thermal efficiency of heat recovery, % 86 Air heater capacity at nominal airflow, W45, kW 3,4 Air cooler capacity at nominal airflow, W7, kW 3,3 Electric power…

Kombi A9

General data Voltage, V 3~400 Nominal current, A 27,7 Power cable, mm2 5x4 IP protection class IP 40 Heat pump section weight, kg 180 Boiler and AHU section weight, kg 238 Unit weight, kg 418 Heat pump section dimensions BxHxL, mm 550 × 2005 × 684 Boiler and AHU section dimensions BxHxL, mm 850 ×…

AHU perfomance

Maximal air flow, m³/h 517 Maximal air flow, l/s 144 Reference flow rate, m³/s 0,101 Reference pressure difference, Pa 50 SPI, W/(m³/h) 0,31 Thermal efficiency of heat recovery, % 86 Air heater capacity at nominal airflow, W45, kW 3,4 Air cooler capacity at nominal airflow, W7, kW 3,3 Electric power…

VERSO

Efficient and Advanced Commercial Ventilation KK-26-11 The widest product range, designed for ventilation of various commercial and public spaces, offering standardized and individual project solutions 64

VERSO Unit Range Overview

The VERSO range of ventilation units offers advanced solutions tailored to a variety of installation needs, ensuring high performance, flexibility, and energy efficiency. The range includes the following series: VERSO Standard Designed for streamlined simplicity, the Verso Standard series features…

VERSO Standard range review

Types of the heat exchangers Verso R Standard with rotary heat exchanger A wide selection of residential ventilation units with rotary heat exchanger, available in horizontal, vertical and flat versions. Verso R units efficiently save energy all year round by significantly reducing both heating and…

VERSO Standard features

Compact units for convenient transportation • Most of the units can be moved through a standard, 900 mm wide door opening. • Larger units can be split into separate sections. • Mounting frames and legs (except for flat units) ensure easier transportation. Integrated DX coil • All VERSO Standard…

Eurovent certified

• VERSO units are tested on a regular basis at the Eurovent climatic laboratory in Germany. Parameters such as performance, efficiency, noise level, tolerances and other are tested. AHU N˚: 07.09.356 Range: VERSO • Eurovent certified casing T2 / TB2 / D1 / L1: – The casing is filled with 45/50 mm…

Verso R Standard

945 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 263 Electric air heater capacity, kW / ∆t, °C 3/9,3 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 7,3 Maximal operating current HE, A 3,3 Maximal operating current HW, A Power supply cable E, mm2…

890 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 247 Electric air heater capacity, kW / ∆t, °C 2/5,9 Supply voltage HE, V 1~230 Supply voltage HW, V 1~230 12,9 Maximal operating current HE, A 4,5 Maximal operating current HW, A Power supply cable E, mm2…

1000 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 278 Electric air heater capacity, kW / ∆t, °C 2/5,8 Supply voltage HE, V 1~230 Maximal operating current HE, A 12,2 Power supply cable E, mm2 3×1,5 Electric power input of the fan drive at maximum flow…

1500 Nominal air flow according to ErP 2018, m³/h 417 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 4,5/8,8 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 11,1 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E, mm2…

1025 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 285 Electric air heater capacity, kW / ∆t, °C 3/5,9 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 8,9 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E, mm2…

1700 Nominal air flow according to ErP 2018, m³/h 472 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 4,5/7,7 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 11,1 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E, mm2…

1500 Nominal air flow according to ErP 2018, m³/h 417 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 6/11,7 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 12,1 Maximal operating current HE, A 3,8 Maximal operating current HW, A Power supply cable E, mm2…

1930 Nominal air flow according to ErP 2018, m³/h 594 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 4,5/6,1 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 11,1 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E, mm2…

2280 Nominal air flow according to ErP 2018, m³/h 633 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 7,5/8,4 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 16,9 Maximal operating current HE, A 6,3 Maximal operating current HW, A Power supply cable E, mm2…

2070 Nominal air flow according to ErP 2018, m³/h 575 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 7,5/9,3 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 16,8 Maximal operating current HE, A 6,3 Maximal operating current HW, A Power supply cable E, mm2…

3040 Nominal air flow according to ErP 2018, m³/h 844 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 7,5/6,9 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 14,5 Maximal operating current HE, A 7,5 Maximal operating current HW, A Power supply cable E, mm2…

2700 Nominal air flow according to ErP 2018, m³/h 750 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 7,5/7,3 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 18,8 Maximal operating current HE, A Maximal operating current HW, A 8,3 Power supply cable E, mm2…

3840 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 1067 Electric air heater capacity, kW / ∆t, °C 9/6,5 Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 Maximal operating current HE, A 19 Maximal operating current HW, A 6,3 Power supply cable E, mm2…

Nominal air flow according to ErP 2018, m³/h 3200 Nominal air flow according to ErP 2018, l/s 889 9/8 Electric air heater capacity, kW / ∆t, °C Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 19,8 Maximal operating current HE, A Maximal operating current HW, A 7,1 Power supply cable E, mm2 5×4…

3985 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 1107 Electric air heater capacity, kW / ∆t, °C 15/8,4 Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 31,1 Maximal operating current HE, A Maximal operating current HW, A 9,7 Power supply cable E, mm2…

5470 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 1519 Electric air heater capacity, kW / ∆t, °C 15/7,6 Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 29,5 Maximal operating current HE, A Maximal operating current HW, A 8,1 Power supply cable E, mm2…

5300 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 1472 Electric air heater capacity, kW / ∆t, °C 15/7,5 Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 34,1 Maximal operating current HE, A Maximal operating current HW, A 12,7 Power supply cable E…

7000 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 1944 Electric air heater capacity, kW / ∆t, °C 15/6,3 Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 34,9 Maximal operating current HE, A Maximal operating current HW, A 13,5 Power supply cable E…

Nominal air flow according to ErP 2018, m³/h 6850 Nominal air flow according to ErP 2018, l/s 1903 24/9 Electric air heater capacity, kW / ∆t, °C Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 Maximal operating current HE, A 48 Maximal operating current HW, A 13,5 Power supply cable E, mm2…

Verso CF Standard

1055 Nominal air flow according to ErP 2018, m³/h 293 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 4,5/12,5 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 10,2 Maximal operating current HE, A 4 Maximal operating current HW, A Power supply cable E, mm2…

875 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 243 Electric air heater capacity, kW / ∆t, °C 3/8,6 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 8,9 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E, mm2…

1400 Nominal air flow according to ErP 2018, m³/h 389 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 4,5/9,4 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 11,1 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E, mm2…

1300 Nominal air flow according to ErP 2018, m³/h 361 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 4,5/10,1 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 11,1 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E…

1470 Nominal air flow according to ErP 2018, m³/h 408 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 4,5/7,6 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 11,1 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E, mm2…

1620 Nominal air flow according to ErP 2018, m³/h 450 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 4,5/6,9 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 11,1 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E, mm2…

2000 Nominal air flow according to ErP 2018, m³/h 556 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 7,5/10 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 15,4 Maximal operating current HE, A 4,9 Maximal operating current HW, A Power supply cable E, mm2…

1980 Nominal air flow according to ErP 2018, m³/h 550 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 7,5/9,3 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 16,8 Maximal operating current HE, A 6,3 Maximal operating current HW, A Power supply cable E, mm2…

2730 Nominal air flow according to ErP 2018, m³/h 758 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 7,5/7,2 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 Maximal operating current HE, A 18 Maximal operating current HW, A 7,5 Power supply cable E, mm2…

2542 Nominal air flow according to ErP 2018, m³/h 706 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 7,5/8,3 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 16,9 Maximal operating current HE, A 6,3 Maximal operating current HW, A Power supply cable E, mm2…

2950 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 819 Electric air heater capacity, kW / ∆t, °C 9/8,4 Supply voltage HE, V 3~400 Supply voltage HW, V 1~230 17,1 Maximal operating current HE, A 8,3 Maximal operating current HW, A Power supply cable E, mm2…

3530 Nominal air flow according to ErP 2018, m³/h 981 Nominal air flow according to ErP 2018, l/s Electric air heater capacity, kW / ∆t, °C 12/8,6 Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 23,4 Maximal operating current HE, A Maximal operating current HW, A 6,3 Power supply cable E, mm2…

5025 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 1396 Electric air heater capacity, kW / ∆t, °C 15/6,9 Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 Maximal operating current HE, A 33,5 Maximal operating current HW, A 12,1 Power supply cable E…

4605 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 1279 Electric air heater capacity, kW / ∆t, °C 15/6,9 Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 Maximal operating current HE, A 33,5 Maximal operating current HW, A 12,1 Power supply cable E…

6210 Nominal air flow according to ErP 2018, m³/h Nominal air flow according to ErP 2018, l/s 1725 Electric air heater capacity, kW / ∆t, °C 24/10 Supply voltage HE, V 3~400 Supply voltage HW, V 3~400 Maximal operating current HE, A 44 Maximal operating current HW, A 9,5 Power supply cable E, mm2…

Verso S Standard

False ceiling supply air handling units Units sizes Sizes and capacities of Verso S Standard units 60 0,06 110 0,11 170 0,17 220 0,22 280 0,28 560 0,56 830 0,83 111 1,11 139 (l/s) 1,39 (m3/s) 1000 2000 3000 4000 5000 (m³/h) S 3000 F S 2100 F S 1300 F Control panel 5.1 Control system C5 Air flow rate…

VERSO Pro, VERSO Pro2

VERSO Pro2 VERSO Pro Airflow: 1000–40 000 m /h 3 Airflow: 1000–40 000 m3/h VERSO Pro Modular air handling units for commercial ventilation VERSO Pro air handling unit range has two types of durable casings: frameless (sizes 10...70) and reinforced frame design (sizes 80...100). Both of them are…

Heat exchangers

Rotary heat exchanger Used in Verso R series units. Temperature efficiency factor – up to 86 %. Possible wave height: L, ML, SL. Types of rotary heat exchangers: • Condensing (aluminium); • Condensing with epoxy coating; • Sorption-enthalpy (aluminium with zeolite 3Å coating). Rotary heat exchangers…

Fans

VERSO series units use plug type fans that are silent and use electricity effectively. These fans are balanced statically and dynamically, based on the ISO 1940 standard; therefore, unit vibration is minimal and they meet all requirements. When running, fans exhibit the following qualities: • Very…

Air coolers

Water air coolers Air coolers are made of copper tubes and aluminum fins (spacing 2,2; 2,6; 3,0; 3,4 mm) in galvanized steel casing insulated with mineral wool. Cooler section is assembled with stainless steel (AISI 304) sloping drain tray and a water trap. Maximum operating pressure – 21 bars.…

Outdoor hoods

Roof Inspection window and lighting Outdoor hoods can be additionally mounted on supply and exhaust air dampers, to protect damper actuators, and to cover inlet/outlet openings when units are installed outside. When an outdoor air handling unit is selected it will be equipped with a specially…

Sizes and capacities of VERSO Pro, Pro2 units

Verso CF Pro

Verso Pro / Verso Pro2 sizes and capacities

таблицы и схемы — в просмотре

RHP

Complete Indoor Climate Control KK-26-11 The range of innovative air handling units with integrated heat pumps, covering all indoor climate support systems 116

RHP Unit Range Overview

The latest and most advanced engineering and technological solutions developed and refined in the fields of heating, ventilation, and air conditioning are included in RHP range of air handling units: RHP Standard RHP Pro, RHP Pro2 Series of compact air handling units with integrated air-to-air heat…

RHP Standard range review

Sorption-enthalpy rotary heat exchanger • Sorption-enthalpy rotary heat exchanger controls the humidity in the premises more efficiently than a condensing rotor. • The humidity from the exhaust air is used to humidify the supply air in winter. • Humid air taken from outdoors in the summertime is…

RHP 450 V C5

Nominal air flow, m³/h 450 Nominal air flow, l/s 125 Electric air heater capacity, kW / ∆t, °C 1/6,5 Supply voltage, V 1~230 Maximal operating current, A 10,8 Power supply cable, mm2 3×1,5 Electric power input of the fan drive at maximum flow rate, W 116 Noise power level, LWA, dB(A) 52 Noise…

Supply air temperature, ˚C Supply air temperature, ˚C Heating mode 35 30 RHP 450 V RHP 450 V 15 10 -10 -5 Outside temperature, °C Outside temperature, °C Application: 24°C, RH 55% indoor. Total (heating and cooling) – rotary heat recovery + heat pump. Application: 20°C, RH 45% indoor. Heat pump…

RHP 700 V C5

Nominal air flow, m³/h 720 Nominal air flow, l/s 200 Electric air heater capacity, kW / ∆t, °C 1,5 / 5,8 Supply voltage, V 1~230 Maximal operating current, A 14,1 Power supply cable, mm2 3×1,5 Electric power input of the fan drive at maximum flow rate, W 154 Noise power level, LWA, dB(A) 46 Noise…

Supply air temperature, ˚C Supply air temperature, ˚C Heating mode 35 RHP 700 V RHP 700 V 15 10 -10 -5 Outside temperature, °C Outside temperature, °C Application: 24°C, RH 55% indoor. Total (heating and cooling) – rotary heat recovery + heat pump. Application: 20°C, RH 45% indoor. Heat pump…

RHP 900 V C5

Nominal air flow, m³/h 889 Nominal air flow, l/s 247 Electric air heater capacity, kW / ∆t, °C 2 / 6,2 Supply voltage, V 3~400 8,7 Maximal operating current, A Power supply cable, mm2 5x1,5 Electric power input of the fan drive at maximum flow rate, W 200 Noise power level, LWA, dB(A) 48 Noise…

Supply air temperature, ˚C Supply air temperature, ˚C Heating mode 35 RHP 900 V RHP 900 V 15 10 -10 -5 Outside temperature, °C Outside temperature, °C Application: 24°C, RH 55% indoor. Total (heating and cooling) – rotary heat recovery + heat pump. Application: 20°C, RH 45% indoor. Heat pump…

RHP 1200 U C5

Nominal air flow, m³/h 1300 Nominal air flow, l/s 361 Electric air heater capacity, kW / ∆t, °C 3 / 6,7 Supply voltage, V 3~400 Maximal operating current, A 12,8 Power supply cable, mm2 5×2,5 Electric power input of the fan drive at maximum flow rate, W 295 Noise power level, LWA, dB(A) 51 Noise…

Supply air temperature, ˚C Supply air temperature, ˚C Heating mode 35 RHP 1200 U RHP 1200 U 15 10 -10 -5 Outside temperature, °C Outside temperature, °C Application: 24°C, RH 55% indoor. Total (heating and cooling) – rotary heat recovery + heat pump. Application: 20°C, RH 45% indoor. Heat pump…

RHP 1600 U C5

Nominal air flow, m³/h 1700 Nominal air flow, l/s 472 Electric air heater capacity, kW / ∆t, °C 3 / 5,2 Supply voltage, V 3~400 Maximal operating current, A 12,8 Power supply cable, mm2 5×2,5 Electric power input of the fan drive at maximum flow rate, W 393 Noise power level, LWA, dB(A) 50 Noise…

Supply air temperature, ˚C Supply air temperature, ˚C Heating mode 35 30 RHP 1600 U RHP 1600 U 15 10 -10 -5 Outside temperature, °C Outside temperature, °C Application: 24°C, RH 55% indoor. Total (heating and cooling) – rotary heat recovery + heat pump. Application: 20°C, RH 45% indoor. Heat pump…

RHP 2500 V C5

Nominal air flow, m³/h 2500 Nominal air flow, l/s 694 Electric air heater capacity, kW / ∆t, °C 4,5 / 5,0 Supply voltage, V 3~400 Maximal operating current, A 19,2 Power supply cable, mm2 5×2,5 Electric power input of the fan drive at maximum flow rate, W 534 Noise power level, LWA, dB(A) 45 Noise…

Supply air temperature, ˚C Supply air temperature, ˚C Heating mode 35 RHP 2500 V RHP 2500 V 15 10 -10 -5 Outside temperature, °C Outside temperature, °C Application: 24°C, RH 55% indoor. Total (heating and cooling) – rotary heat recovery + heat pump. Application: 20°C, RH 45% indoor. Heat pump…

RHP Pro, RHP Pro2

RHP Pro2 Airflow: 1000–46 000 m3/h RHP Pro Airflow: 1000–25 000 m3/h "Plug and Play" solution Factory-charged with refrigerant and fully tested on cooling/ heating modes before shipping. No need for a refrigeration specialist for installation and commissioning works. Inverter compressors…

VERSO RHP Pro/Pro2 casing – superior performance

for larger area premises and required air flows from

1000 m3/h to 25 000 m3/h RHP Pro Air flow RHP 90 6800 RHP 5500 RHP 4400 RHP 60 3450 RHP 2550 RHP 40 8000 6000 1850 RHP 30 4000 1320 RHP 20 3000 1000 RHP 10 Air flow, m³/h 25 000 8800 500 1000 2000 4000 6000 Size RHP 10 RHP 20 RHP 30 RHP 40 RHP 50 RHP 60 RHP 70 RHP 80 RHP 90 Max air flow, m3/h 3000…

for larger area premises and higher heating / cooling

capacity from 1000 m3/h to 46 000 m3/h RHP Pro2 Air flow 38 000 11400 RHP 9700 RHP 7600 RHP 5500 RHP 4400 RHP 3450 RHP 2550 RHP 42 7000 1850 RHP 32 5000 1350 RHP 22 RHP 14100 RHP 112 3000 1000 Air flow, m³/h 1000 Size 2000 RHP 12 HP type 4000 RHP 22 RHP 32 8000 RHP 42 RHP RHP 62 RHP RHP 82 RHP RHP…

Unique Custom-made Solutions

KK-26-11 The series of unique ventilation units: non-standard dimensions, hygienic and medical applications, a wide selection of internal components and many other complex solutions 136

Unit types 139 KLASIK design 140 KLASIK units for hygienic and medical application 143 137 KK-26-11 KLASIK range review

KLASIK range review

Modular Modular or monoblock construction KLASIK units consist of modules, as a result the transportation and installation of the unit is facilitated. Non-standard dimensions units and monoblocks are produced on request. The widest range of options Monoblock Conformity with international standards…

Unit types

Sizes and capacities of KLASIK units 556 0,56 833 0,83 1111 1,11 1389 1,39 2222 2778 2,22 2,78 5556 5,56 8333 8,33 11111 11,11 27778 (l/s) 27,78 (m3/s) Air flow 1000 2000 3000 4000 5000 8000 (m3/h) Sizes 278 0,28 Klasik R Air handling units with a rotary heat exchanger. Temperature efficiency and…

KLASIK design

KK-26-11 09 140 UAB KOMFOVENT reserves the right to introduce the changes of parameters and sizes in the process of improvement of the air handling units. 10

Casing

"Standart2" Air handling units of the KLASIK series have a reliable and stable design. Casing framework are made of aluminium profiles and solid cast aluminium corner pieces. Covering panels are made of double-skin galvanized (corrosion resistance class C3), or stainless sheet steel (class C5) and…

Coolers and Humidifiers Water Air Coolers Air coolers are made of copper tubes and aluminum fins (spacing 2,2; 2,6; 3,0; 3,4 mm) in galvanized steel casing insulated with mineral wool. Air cooler section assembled with stainless steel sloping drain tray and water trap manifold pipes are covered with…

KLASIK units for hygienic and medical application

Hygienic ventilation units are designed for premises where sterile conditions are mandatory – such as hospitals, clinics, medical or pharmaceutical facilities, clean rooms, etc. Casing • Double-sealed panels filled with insulating material. • Insulation class A1 or A2-s1 d0. • All materials used are…

Dampers

• Air leakage class 2 for dampers that are closed while the system is in operation, e.g. mixing dampers or bypass dampers. • Air velocity for dampers max. 8 m/s (except recirculation air and bypass dampers). • The position of the damper must be visible from the outside of the damper. Air filters •…

Filters

146 Silencers 146 Shut-Off Dampers 147 Air Coolers (Water/Freon) 147 Water Duct Heaters and Coolers 148 Pipework package 148 Electric Duct Heaters 149 DX Heat Pumps 149 DX heat pumps / outdoor units 150 Hoods and Roof 151 Outdoor Intake/Exhaust Box 151 Kitchen Hoods 151 Sensors and Air Quality…

Filters

Ventilation unit filters are designed for air purification and protection of unit components. Filters are classified by type and filtration class. The filter type and class depend on the ventilation unit and the specific air quality requirements. Standard KOMFOVENT ventilation units use bag or…

Shut-Off Dampers

To protect ventilation units from freezing or external factors, shut-off dampers with electric actuators must be installed on air intake and exhaust ducts. Dampers are selected based on the duct shape and are available in circular or rectangular designs. Dampers can have manual or motorized control.…

Water Duct Heaters and Coolers

Duct water air heaters or coolers can be equipped with DOMEKT and VERSO Standard units. They must be used with a PPU mixing unit or 2-way valve with modulating actuator. DOMEKT units have a 0..10 V signal for actuator control. Heaters and coolers are also made of galvanized steel. The maximum speed…

Electric Duct Heaters

The electric round duct heaters are intended to be used for heating of clean air in ventilation systems. Also, heaters can be used for heating or preheating function with ventilation units. Heaters can be supplied with or without installed electronic controller, with pressure and flow monitoring…

DX heat pumps / outdoor units

heating, cooling, dehumidification Fresh air + AHU Kit for outdoor unit connection Possibility to control up to 4 outdoor DX units max H = 10 30 m Advantages: • R-32 eco-friendly refrigerant (MOU-12 55). • Simple connectivity and control. • DC Inverter – high performance rotary compressors. • Smart…

Hoods and Roof

Certain VERSO series ventilation units can be installed outdoors, provided they have horizontal connections. Outdoor installations require a roof for rain protection and intake/exhaust hoods if necessary. Accessories must be selected based on the size of the ventilation unit. ROOF HOOD ODA VERSO R…

Sensors and Air Quality Control

Sensors are designed to regulate air intensity and can be installed in a room or in a duct. By connecting the sensor to a ventilation unit, the AQC (air quality control) function is activated, which adjusts the ventilation intensity, considering the increased level of pollution (CO2, humidity, etc.)…

Modifications to standard products

Rotary heat exchanger ML/A – aluminium, condensing rotor – a standard for Verso R Standard units. The optimal efficiency and pressure loss ensures the shortest time to pay off the investment. SL/A – aluminium, condensing rotor with increased surface and efficiency. ML/AZ – sorption-enthalpy rotary…

Unit marking and ordering samples

KOMFOVENT UAB

Lentvario str. 146 25132 Vilnius Lithuania info@komfovent.com www.komfovent.com 2026-11

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