Login

Privacy Policy (GDPR)
I forgot my password
Authorization
Not registered yet? Take advantages of registration:
Products saving in a binding to the projects
Product consultation from our experts - Online
Registration
Signup
By using this form, you confirm that you have read the site terms of use Terms of use and completely accept the terms of use
Authorization
Menu
    Signup & Login
    EN
    About us

    VENTS KP-1-0-N-300x250-2-72S-SN-0

    VENTS KP-1-0-N-300x250-2-72S-SN-0
    • VENTS KP-1-0-N-300x250-2-72S-SN-0
    zoom
    • VENTS KP-1-0-N-300x250-2-72S-SN-0
    Print versionSave in PDF format
    Flow area – 0.063 m².
    Add to project
    Add to compare
    • Description
    • Characteristics
    • Downloads
    • Dimensions
    • Designation key
    Description
    Description
    APPLICATION  
    • The fire dampers are intended for automatic closing of process openings and air duct penetrations in intermediate floors, walls and partitions, as well as closing of openings in supply and exhaust ducts of smoke ventilation systems.
    • The dampers of this particular design are not suitable for installation in air ducts and ducts of premises with rated explosion and fire safety category A and B and in flammable and explosive mixture intakes.
    • The KP-1 fire-resisting duct dampers are capable of resisting fire for at least 60 minutes (EI 60) at the temperature of 600 °C.
    DESIGN  
    • The KP-1 series dampers are made in the generalpurpose industrial version with a minimized variety of hardware components using low-alloy galvanized steel. The damper flap is made of fire-resistant material. The duct installation design results in two mounting flanges on the casing for integration into a ventilation ducts (air ducting) and external configuration of the drive mechanism for easier maintenance. The KP-1 series dampers are characterised by a simplified design and the absence of a hot and cold zone baffle.
    • KP-1...72S series dampers are equipped with mechanical actuating unit with a thermal fuse and a return spring.
    • The damper is set to the operating position upon the thermal fuse breakdown resulting from a temperature increase.
    • Emergency Damper Actuation: The flap remains in the protective position (damper unaffected by fire) and is fixed by a thermal fuse (the return spring is cocked upon setting the damper to the protective position). Upon emergency actuation (damper directly affected by fire) the thermal fuse breaks down and the return spring sets the flap to the operating condition.
    KP-1...72S FIRE SAFETY DAMPER WITH A MECHANICAL ACTUATING UNIT WITH A THERMAL FUSE AND A RETURN SPRING
    INSTALLATION  
    • The damper must be installed into the building envelope structure in accordance with the applicable standards and regulations. The seal fire resistance must be at least equal to that of the building envelope.
    • The dampers can be installed in any position in vertical and horizontal ducts of fire-protection structures.
    • The ducts for damper installation must be made in such a way so as to prevent the transfer of loads caused by the fire-protection structures to the damper casing.
    • The adjoining air duct must be suspended in such a way so as to prevent the transfer of air duct load to the damper flange.
    • The minimum free space for accessing the control parts must be at least 350 mm. Make sure to arrange an inspection hole. While carrying out the installation consider size K. When two or more dampers are installed into the same fire-protection separation structure, the distance between the two adjacent dampers must be at least 200 mm.
    • The damper must be installed in such a way so that the damper flap (in its closed position) is located in the fire-protection separation structure. If such installation is not possible, the damper casing part between the fire-protection separation structure and the damper flap must be insulated with a suitable material pursuant to the applicable standards. The damper control mechanism must be protected against damage and contamination. The damper casing must not deform any deformation during embedding. After the installation the flap must not catch against the damper casing while opening or closing. The fire safety damper can be integrated into a tight wall structure – e.g. made of conventional concrete work of minimum width W = 100 mm or into a plasterboard wall of the necessary fire resistance class or into a tight ceiling structure – e.g. made of conventional concrete of minimum width W = 150 mm. Do not use any foaming substances for sealing the damper in the separation structure.
    INSTALLATION RECOMMENDATIONS FOR KP-1...72S DAMPERS WITH A THERMAL FUSE AND A RETURN SPRING
    For sizes A and B please refer to the dimension table duct modification with an air duct
     
       
    in vertical building structures in horizontal building structures
    Characteristics
    Characteristics
    Parameter KP-1-0-N-300x250-2-72S-SN-0
    		 Measurement unit
    Flow area 0.063 m²
    Weight 5.1 kg
    Files archieve
    Downloads
    Name
    Download
    Show
    Brochure "KP-1...72S, KP-1...PKP, KP-1...PVP, KP-1...PSP" (pdf 810.93Kb)
    Download high quality image "KP-1...72S" (psd 1.21Mb)
    Download image "KP-1...72S" for your website (png 352.78Kb)
    User's manual "Dampers KP, PL" (pdf 4.17Mb)
    Dimensions
    Characteristics
    VENTS KP-1-0-N-300x250-2-72S-SN-0
    Parameter Value Measurement unit
    A 300 mm
    A2 340 mm
    A1 320 mm
    B 250 mm
    B1 270 mm
    B2 290 mm
    Designation key
    Designation key

    Similar products
    This site use cookies. By accepting cookies you can optimize your browsing experience. Please read our Privacy Policy for more information.
    Privacy Policy (GDPR)
    Close
    Share your opinion
    I found this page useful to select the required products easy and quick
    No difficulties with the site use. Everything is logical ad clear
    The site produced a nice impression

    Questionnaire
    Is our site helpful for your business development?