Valves Komfovent UVA, UVS, DVS, etc.
Round fire protection valves
UVA fire-fighting valves have a circular cross-section. They consist of a 1 mm galvanized round steel housing, the valve actuator is located outside the housing. The body, depending on the size of the valve, has a length of 200-500 mm and is similar to a piece of duct, the same length.
UVA30. Technical specifications.
UVA60. Technical specifications.
UVA30M. Technical specifications.
UVA60M. Technical specifications.
UVA90M. Technical specifications.
UVA120M. Technical specifications.
UVA60S. Technical specifications.
UVA90S. Technical specifications.
UVA120S. Technical specifications.
Rectangular fire-fighting valves
The UVS fire-fighting valves have a rectangular cross-section. The valves consist of a housing made of galvanized steel with a thickness of 1 mm, a fireproof flap made of non-combustible mineral materials and a drive located outside or inside the housing.
UVS30. Technical specifications.
UVS60. Technical specifications.
UVS30M. Technical specifications.
UVS60M. Technical specifications.
UVS90M. Technical specifications.
UVS120M. Technical specifications.
UVS60S. Technical specifications.
UVS90S. Technical specifications.
UVS120S. Technical specifications.
Smoke valves
The smoke valves are designed to remove gorenje products from the premises and are to be installed directly in the openings of the smoke exhaust shafts in the protected corridors. The valves are not subject to installation in rooms of categories A and B for explosion and fire hazard. In normal condition, the flap of this type of valve is in the closed position, and prevents the spread of air flows through the smoke removal system.
Round smoke valves
DVAM. Technical specifications.
Rectangular smoke valves
DVSM. Technical specifications.
DVSM2. Technical specifications.
DVSM2 with a diffuser. Technical specifications.
DVSWM60, DVSWM90, DVSWM180. Technical specifications.
DVSM60, DVSM90, DVSM180. Technical specifications.
DVSWS60, DVSWS90, DVSWS180. Technical specifications.
DVSS60, DVSS90, DVSS180. Technical specifications.
Electric drives
BLF/BF drives
The flame-retardant valves are controlled by BLF/BF actuators upon receipt of electrical signals from the central control system.
BLF/BF. Technical specifications.
Drives BLF...T/BF...T
These actuators control the flame-retardant valves upon receipt of electrical signals from a centralized control system or when a temperature sensor is triggered. When the air temperature reaches 72 ° C, temperature sensors are triggered and irreversibly interrupts the supply of electric current to the drive. After activation, the temperature sensors are replaced with new ones.
BLF...T/BF...T. Technical specifications.
UVA fire-fighting valves have a circular cross-section. They consist of a 1 mm galvanized round steel housing, the valve actuator is located outside the housing. The body, depending on the size of the valve, has a length of 200-500 mm and is similar to a piece of duct, the same length.
UVA30. Technical specifications.
UVA60. Technical specifications.
UVA30M. Technical specifications.
UVA60M. Technical specifications.
UVA90M. Technical specifications.
UVA120M. Technical specifications.
UVA60S. Technical specifications.
UVA90S. Technical specifications.
UVA120S. Technical specifications.
Rectangular fire-fighting valves
The UVS fire-fighting valves have a rectangular cross-section. The valves consist of a housing made of galvanized steel with a thickness of 1 mm, a fireproof flap made of non-combustible mineral materials and a drive located outside or inside the housing.
UVS30. Technical specifications.
UVS60. Technical specifications.
UVS30M. Technical specifications.
UVS60M. Technical specifications.
UVS90M. Technical specifications.
UVS120M. Technical specifications.
UVS60S. Technical specifications.
UVS90S. Technical specifications.
UVS120S. Technical specifications.
Smoke valves
The smoke valves are designed to remove gorenje products from the premises and are to be installed directly in the openings of the smoke exhaust shafts in the protected corridors. The valves are not subject to installation in rooms of categories A and B for explosion and fire hazard. In normal condition, the flap of this type of valve is in the closed position, and prevents the spread of air flows through the smoke removal system.
Round smoke valves
DVAM. Technical specifications.
Rectangular smoke valves
DVSM. Technical specifications.
DVSM2. Technical specifications.
DVSM2 with a diffuser. Technical specifications.
DVSWM60, DVSWM90, DVSWM180. Technical specifications.
DVSM60, DVSM90, DVSM180. Technical specifications.
DVSWS60, DVSWS90, DVSWS180. Technical specifications.
DVSS60, DVSS90, DVSS180. Technical specifications.
Electric drives
BLF/BF drives
The flame-retardant valves are controlled by BLF/BF actuators upon receipt of electrical signals from the central control system.
BLF/BF. Technical specifications.
Drives BLF...T/BF...T
These actuators control the flame-retardant valves upon receipt of electrical signals from a centralized control system or when a temperature sensor is triggered. When the air temperature reaches 72 ° C, temperature sensors are triggered and irreversibly interrupts the supply of electric current to the drive. After activation, the temperature sensors are replaced with new ones.
BLF...T/BF...T. Technical specifications.
All Komfovent products
The group «New Technologies» offers products from the plant Komfovent: ventilation equipment, fire and smoke valves, air heaters, air curtains, cooling machines, fans, air distributors, ventilation systems
About Komfovent
The KOMFOVENT trademark unites a group of 12 companies operating in Lithuania and other European countries. These companies employ more than 700 people who develop, manufacture and market products of ventilation systems. First of all, it is a wide range of efficient ventilation systems. KOMFOVENT also produces other components for ventilation systems – from air ducts to VAV valves (Variable Air Volume – variable air flow).
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HIGH PERFORMANCE
The plant uses advanced technologies, the entire process is controlled by specialists. About 16,000 ventilation units are produced per year. -
PROGRESSIVITY
Investments are allocated annually for new technologies, production equipment and personnel training, all this helps to maintain high quality of products. -
QUALITY CONTROL
To ensure the reliability of the installations, double quality control is carried out. The installation is checked twice: after assembly and before delivery to the client.
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