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Ul. Grzegorza z Sanoka 2 

80-408 Gdańsk 

tel.  (0-58) 341 42 45 

tel./fax (0-58) 341 39 85 

 

 

 

 
 
 
 

OPERATION 

AND MAINTENANCE MANUAL 

 

Fire protection cut-off damper 

mcr FID WING 

 

 

Version 21.08.02.1

 

 

 
 

 
 
 
 
 

 

FIRE VENTILATION SYSTEMS DEPARTMENT 

 

 

Summary of Contents for mcr FID WING

Page 1: ...zegorza z Sanoka 2 80 408 Gdańsk tel 0 58 341 42 45 tel fax 0 58 341 39 85 OPERATION AND MAINTENANCE MANUAL Fire protection cut off damper mcr FID WING Version 21 08 02 1 FIRE VENTILATION SYSTEMS DEPARTMENT ...

Page 2: ...ION 6 6 1 INSPECTION BEFORE THE INSTALLATION 6 6 2 FIXING HOLE 7 6 3 EMBEDDING 7 6 4 ELECTRICAL CONNECTIONS 10 7 TRANSPORT AND STORAGE CONDITIONS 11 8 MAINTENANCE AND SERVICE 11 9 WARRANTY CONDITIONS 11 Labelling used in the operation and maintenance manual Option available Option unavailable NOTE With the date of publication of the operation and maintenance manual the previous versions are no lon...

Page 3: ...tive humidity does not exceed 80 at the temperature of 20 ºC the ambient temperature is between 20 ºC and 40 ºC there are no vibrations The device is equipped with a thermal release containing one time temperature fuses During normal operation the above mentioned element should be protected against the impact of the permissible temperature Tmax see the table below When it is exceeded the temperatu...

Page 4: ...D WING type fire protection cut off damper has the following fire resistance EI60S S V V M T G EI120S S V V M T G EI60 S V V M T G EI120 S V V M T G E60S S V V M T G E120S S V V M T G E60 S V V M T G E120 S V V M T G Performance versions The mcr FIND WING type fire dampers may be manufactured as rectangular fire dampers round fire dampers Dimension range The mcr FID WING type dampers are manufactu...

Page 5: ... actuation of the axial electric actuator with a return spring as the supply voltage disappears automatically by actuation of the thermal release and the power spring The structure of the system equipped with an air diffuser enables the regulation of efficiency during normal operation of the device setting the gap between the body of the mechanism and the valve plug The adjustment is made by rotat...

Page 6: ...wing space dividing elements walls or structural floors masonry concrete walls with the minimum thickness of 100 mm brickwork walls or blockwork walls with the minimum thickness of 100 mm walls made of boards with the minimum thickness of 100 mm structural floors with the minimum thickness of 150 mm for EIS120 and 100mm for EIS60 Additionally fire dampers may be installed outside walls in dampers ...

Page 7: ...stallation min D 100 max D 600 in the case of concrete and masonry partitions and in the ceiling and dry installation Wall Ceiling Wet installation Dry installation 6 3 EMBEDDING SETTING THE DAMPER INSTALLATION IN A PLASTERBOARD CONCRETE OR MASONRY WALL Insert the connection duct in the assembly opening so that the axis of the channel coincides with the axis of the opening The gap between the duct...

Page 8: ...nt based mortar The manufacturer allows the use of other materials with parameters that confirm and ensure the appropriate class of fire resistance for the applied method of assembly 1 mcr FID WING damper 2 Insulating band 3 Ventilation duct 4 Mortar or mineral wool 5 Drywall 6 The 12 5mm drywall board band X Wall thickness installation of the mcr FID WING damper in plasterboard walls for EIS120 R...

Page 9: ...ased mortar The manufacturer allows the use of other materials with parameters that confirm and ensure the appropriate class of fire resistance for the applied method of assembly 1 mcr FID WING damper 2 Insulating band 3 Ventilation duct 4 Mortar 5 Rigid walls 6 The 12 5mm drywall board band 7 Mortar or mineral wool X Wall thickness installation of the mcr FID WING damper in rigid walls for EIS120...

Page 10: ...on plaster or cement mortar The manufacturer allows the use of other materials with parameters that confirm and ensure the appropriate class of fire resistance for the applied method of assembly 1 mcr FID WING damper 2 Insulating band 3 Ventilation duct 4 Mineral wool 5 Mortar fire resistant paint 6 Drywall 7 Rigid wall X Thickness of the wall installation of the mcr FID WING damper in dry systems...

Page 11: ...based mortar The manufacturer allows the use of other materials with parameters that confirm and ensure the appropriate class of fire resistance for the applied method of assembly 1 mcr FID WING damper 2 Insulating band 3 Ventilation duct 4 Mortar or mineral wool 5 Drywall 6 The 12 5mm GK board band 7 Mortar 8 Air diffuser X Wall thickness installation of the mcr FID WING damper in plasterboard wa...

Page 12: ...sure the appropriate class of fire resistance for the applied method of assembly 1 mcr FID WING damper 2 Insulating band 3 Ventilation duct 4 Mineral wool 5 Mortar fire resistant paint 6 Drywall 7 Rigid wall 8 Air diffuser X Thickness of the wall installation of the mcr FID WING damper in dry systems Recommended installation of the damper in a dry system is based on wool of min 140 kg m3 with non ...

Page 13: ...he electrical installation connect the wires of this installation properly The connection method and basic data of electrical components are presented below Electrical connection diagram of the mcr FID WING WK1 fire damper 1 black 2 gray 4 blue 1mA 4V AC min 6A 250V AC max 7 TRANSPORT AND STORAGE CONDITIONS Fire dampers are packaged in cardboard boxes or placed on pallets Dampers are protected aga...

Page 14: ...er systems if they prevent free access to the product etc In the case of fire dampers installed in ducts it is recommended to make a service duct such as the mcr KRW type for instance If devices are installed on the roof ensure the possibility to enter the roof ladder or lift For matters relating to technical inspections maintenance and service of our products please contact the Service Department...

Page 15: ...nd Deterioration in the quality of coatings due to natural weathering ageing Defects caused by abrasive or aggressive cleaning agents Damage caused by aggressive external influence specifically chemical or biological in nature or when the origin of which is related to the production processing or activity carried out within the facility protected by the equipment or in its direct vicinity Wearing ...

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