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  Before commissioning the dampers and during their subsequent operational checks, it is necessary to check and

functionally test all the designs, including the operation of any electronic elements. Upon commissioning, these
operational  checks  must  be  completed  at  least  twice  a  year.  If  no  defect  is  found  during  two  consecutive
operational checks, then operational checks may be completed once a year.

   Prior  to  the  commissioning  of  the  dampers  and  subsequent  operational  checks,  the  following  checks  must  be

completed with all the designs:

 

Visual  inspection  for  proper  damper  installation,  damper  interior,  damper  blade,  blade  seating  surfaces,  and
silicone seal.
Removing the inspection opening cover:  Unscrew the pan head screws (2 pcs) and tilt remove the cover.

For dampers with mechanical control (designs .01, .11, .80), the following checks must be carried out:

Move the damper blade to "CLOSED" position as follows:

 

• 

The damper is in "OPEN" position.

 

• 

Press the control button of the mechanism to move the damper to "CLOSED" position.

 

• 

Check the damper blade shift to "CLOSED" position.

 

• 

Damper closing shall be sharp, the control lever shall be in „CLOSED“ position.

Move the damper blade to "OPEN" position as follows:

 

• 

Turn the control lever by 90°.

 

• 

The lever will automatically lock in "OPEN" position.

 

• 

Check the damper blade shift to "OPEN" position.

 

• 

To check the function and the status of the fuse is possible to remove whole mechanism from the body of fire

 

 

damper - mechanism is attached to the dampers body with four screws M6.

 

• 

Removing the thermal fuse from the fuse holder of initiation device, check its correct functionality.

 

• 

The mechanism is identified as M1 to M5, depending on the closing spring strongness.

The actuator design must be checked as follows:

 

The blade turn to its breakdown “CLOSED” position may be checked upon cutting off the actuator power supply
(e.g. by pressing the RESET button at the thermoelectric starting mechanism BAT or by cutting off the fire alarm
power supply). The blade turn back to its “OPEN” operating position may be checked upon restoration of power
supply (e.g. by releasing the RESET button or restoration of the fire alarm power supply).

Actuator control without electric voltage:

 

A special lever (part of the actuator) may be used to manually set the dampers to any position. When the lever is
turned  in  the  direction  of  the  arrow,  the  damper  blade  turns  to  its  open  position.  As  the  blade  movement  is
stopped, in every position, the actuator will be locked. Unlocking is possible even manually as per instructions on
the actuator, or by the activation of the supply voltage.

   Installation, maintenance, and operational checks of the dampers may only be completed by persons qualified for

these activities, i.e. “AUTHORIZED PERSONS: trained by the manufacturer.

 

The dampers must be installed in compliance with all the applicable safety standards and regulations.

Actuator reset after the fuses activation:

 

If the thermal protection fuse Tf1 (for the temperature around the fire damper) is burned, it is necessary to replace
the actuator, including the thermoelectric trigger.

 

If the thermal protection fuse Tf2 (for the temperature inside the piping) is burned, separate spare part ZBAT72 or
ZBAT95 may be replaced (according to the starting temperature).

Summary of Contents for FDMR

Page 1: ......

Page 2: ...ol min density 140 kg m 4 Fire protection mastic min thickness 1 mm 50 25 4 Used materials example 3 Promapyr Rockwool Steprock HD Hilti CFS CT B 1S 140 50 4 Promastop P K Hilti CFS CT Fire resistant...

Page 3: ...LTI CFS CT 4 HILTI CFS CT 5 HILTI CFS S ACR Fire resistant insulation and fire resistant board can be replaced by another approved fire sealing system for damper installation with equivalent material...

Page 4: ...sity 140 kg m 4 Fire protection mastic min thickness 1 mm 5 Cement lime plate min thickness 15 mm min density 870 kg m 6 Duct Used materials example 3 Promapyr Rockwool Steprock HD Hilti CFS CT B 1S 1...

Page 5: ...5 100 100 100 Position 1 Fire damper 2 Installation frame 3 Solid wall construction 100...

Page 6: ...ckness 1 mm 5 Duct Used materials example 3 Hilti CFS CT B 1S 140 50 4 Hilti CFS CT Fire resistant insulation and fire resistant board can be replaced by another approved fire sealing system for dampe...

Page 7: ...to EN 1366 1 2014 must be used Used materials example 4 DN 100 DN 800 System ISOVER_ULTIMATE PROTECT th 100 mm EIS 60 DN 100 DN 315 System ISOVER_ULTIMATE PROTECT th 120 mm 2x60 mm EIS 90 DN 350 DN 80...

Page 8: ...thickness 1 mm 5 Cement lime plate min thickness 15 mm min density 870 kg m 6 Stone wool with one side stitched wire fencing min density 105 kg m thickness 180 mm e g 3x60 mm 7 Stone wool with one si...

Page 9: ...40 50 5 Promastop P K Hilti CFS CT Fire resistant insulation and fire resistant board can be replaced by another approved fire sealing system for damper installation with equivalent material propertie...

Page 10: ...ystem for damper installation with equivalent material properties 40 40 50 40 100 Used materials example 4 HILTI CFS F FX EIS 60 PROMAFOAM C EIS 45 SOUDAL Soudafoam FR B1 EIS 30 DenBraven Fire protect...

Page 11: ...s 1 mm 6 Cement lime plate min th 15 mm min density 870 kg m 7 Duct Used materials example 3 Promapyr Rockwool Steprock HD Hilti CFS CT B 1S 140 50 4 Promastop P K Hilti CFS CT 5 Promatect H Fire resi...

Page 12: ...een screws 200 mm Installation opening has to be reinforced by profile UW CW Profil is fixed by screws 3 5 mm with corre sponding length Distance between screws 200 mm Installation opening has to be r...

Page 13: ...FS CT B 1S 140 50 4 Hilti CFS CT Fire resistant insulation and fire resistant board can be replaced by another approved fire sealing system for damper installation with equivalent material properties...

Page 14: ...ting th 1 mm 7 Duct D 60 to 800 max 2050 Used materials example 3 Hilti CFS CT B 1S 140 50 4 Hilti CFS CT 110 D 60 to 800 max 1650 Fire resistant insulation and fire resistant board can be replaced by...

Page 15: ...wool type depending on the type of construction 4 Mortar or gypsum 5 Stone wool with wired mat on one side density 66 kg m 6 Duct Installation opening has to be reinforced by profile UW CW Profil is...

Page 16: ...me plate min thickness 15 mm min density 870 kg m 7 Stone wool with one side stitched wire fencing min density 105 kg m thickness 180 mm e g 3x60 mm 8 Stone wool with one side stitched wire fencing mi...

Page 17: ...istant insulation and fire resistant board can be replaced by another approved fire sealing system for damper installation with equivalent material properties 25 50 Position 1 Fire damper 2 Solid ceil...

Page 18: ...Promatect H Fire resistant insulation and fire resistant board can be replaced by another approved fire sealing system for damper installation with equivalent material properties Position 1 Fire dampe...

Page 19: ...d fire resistant board can be replaced by another approved fire sealing system for damper installation with equivalent material properties Position 1 Fire damper 2 Solid ceiling construction 3 Stuffin...

Page 20: ...20 Position 1 Fire damper 2 Installation frame 3 Solid ceiling construction min 110 Concrete min 125 Aerated concrete...

Page 21: ...t Used materials example 3 Hilti CFS CT B 1S 140 50 4 Hilti CFS CT Fire resistant insulation and fire resistant board can be replaced by another approved fire sealing system for damper installation wi...

Page 22: ...nt material properties Depends on the distance of the flap from the construction when the maximum distance from the construct is not limited and according to EN 15882 2 must use the required number of...

Page 23: ...density 105 kg m thickness 60 mm 6 Duct min 110 Concrete min 125 Aerated concrete 100 400 variable 40 180 240 Stuffing box fire protection mastic cement lime plate and insulation materials can be repl...

Page 24: ...24 Position 1 Fire damper 2 Solid ceiling construction 3 Concrete B20 4 Rebar 5 Duct Around the perimeter min 110 Concrete min 125 Aerated concrete 30 100 50 100 100 750...

Page 25: ...20 D 300 50 50 130 130 110 400 Position 1 Damper casing 2 Mechanics 3 Damper blade 4 Inspection hole covering 5 Sensor sticker 6 Hole for camera 300 50 120 D 110 400 180 50 300 50 120 50 D 110 136 400...

Page 26: ...26 Position 1 Damper casing 2 Mechanics 3 Damper blade 4 Inspection hole covering 5 Sensor sticker 6 Hole for camera 400 110 180 D 120 400 D 110 136 39 120 400 130 130 110 D 120...

Page 27: ...ing mechanism 3 Damper blade 4 Inspection hole covering 5 BAT thermoelectrical starting mechanism 6 Hole for camera X 53 mm BFL X 72 mm BFN X 78 mm BF 300 50 X 110 400 180 50 D 300 50 50 D 110 136 400...

Page 28: ...DN 355 DN 400 X 72 mm BFN X 78 mm BF Position 1 Damper casing 2 Actuating mechanism 3 Damper blade 4 Inspection hole covering 5 BAT thermoelectrical starting mechanism 6 Hole for camera 400 X 110 180...

Page 29: ...or 5 Mounting plate 6 Mechanics 7 Thermal fuse 1 Damper 2 Mounting plate 3 Actuating mechanism 4 Temperature sensor 5 Mounting plate 6 Mechanics 7 Thermal fuse 8 Sensor sticker 9 Hole for temperature...

Page 30: ...ween the adjacent dampers must be at least 200 mm The damper blade in its closed position must be inside of the fire separating structure The fire damper may also be installed outside the wall structu...

Page 31: ...damper control parts At least one inspection hole must be accessible The damper body must not get deformed during its installation process Once the damper is built installed its blade must not grind o...

Page 32: ...5 80 BAT Tf Tf LED 1 2 S3 S1 S2 S5 S4 S6 N L1 5 80 BAT Tf Tf LED AC 230V 5A IP 67 25 C 120 C 1 COM black wire 2 NC gray wire 4 NO blue wire This limit switch is possible to connect in following two ve...

Page 33: ...fuse from the fuse holder of initiation device check its correct functionality The mechanism is identified as M1 to M5 depending on the closing spring strongness The actuator design must be checked a...

Page 34: ...stos free fire resistant mineral fibre boards The damper control devices are made of galvanized materials alternatively of stainless steel without any additional surface finish The springs are galvani...

Page 35: ...reserves the right for innovations of the product For actual product information see www mandik com MAND K a s Dob sk 550 26724 Hostomice Czech Republic Tel 420 311 706 706 E Mail mandik mandik cz ww...

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