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Page 35

Version 2022-12-20

FDMR - Fire damper

TPM 165/22

Entry into service and revisions

Before  entering  the  dampers  into  operation  after
assembly  and  after  sequential  revisions,  checks  and
functionality tests of all designs including operation of the
electrical components must be successfully provided and
finished.  Check  of  thermal  protective  fuse  and  closing
mechanism.  Check  the  closing  function  of  the  damper
blade. This can be done by removing of thermal fuse from
damper  body.  After  entering  into  operation,  these
revisions must be done according to requirement set by
national regulations.

In case that dampers are found unable to serve for their
function  for  any  cause,  it  must  be  clearly  marked.  The
operator is obliged to ensure that the damper is put into
condition in which it is ready for function and meanwhile
he  is  obliged  to  provide  the  fire  protection  by  another
appropriate way.

Results  of  regular  checks,  imperfections  found  and  all-
important facts connected with the damper function must
be recorded in the "FIRE BOOK" and immediately repor-
ted to the operator.

Before  entering  the  dampers  with  actuating  mechanism
into  operation  after  their  assembly  and  by  sequential
checks. Check of blade displacement into the breakdown
position  "CLOSED"  can  be  done  after  cutting  off  the
actuating mechanism supply (e.g. by pressing the RESET

button at the thermoelectrical starting mechanism BAT or
cutting  off  the  supply  from  ELECTRICAL  FIRE
SIGNALISATION).  Check  of  blade  displacement  back  into
the  "OPEN"  position  can  be  done  after  restoration  of
power  supply  (e.g.  by  releasing  the  RESET  button  or
restoration 

of 

supply 

from 

ELECTRICAL 

FIRE

SIGNALISATION). Without power supply, the damper can
be operated manually and fixed in any required position.
Release  of  the  locking  mechanism  can  be  achieved
manually or automatically by applying the supply voltage.
It  is  recommended  to  provide  periodical  checks,  main-
tenance  and  service  actions  on  Fire  Equipment  by
Authorized  persons.  The  authorized  persons  can  be
trained  by  Producer,  or  by  authorized  Distributor.  All
effective  safety  standards  and  directives  must  be
observed during fire damper assembly.

Visual  inspection  of  proper  damper  integration,  inside
damper area, damper blade, contact surfaces and silicon
sealing.

For  regular  or  exceptional  inspection  of  interior  of  fire
damper, micro-camera device can be used. On each fire
damper  is  inspection  hole.  In  the  case  of  inspection  by
camera, take out the black rubber cap, insert the camera
inside  the  damper,  check  interior  and  at  the  end  of
inspection,  put  the  rubber  cap  back  tightly  to  cover  the
empty hole.

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

Check of closing mechanism and thermal fuse

To check the function of the mechanism proceed as follows:

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.

Check of function and condition of the thermal fuse:

To check the function and the status of the fuse it's possible to remove the whole mechanism from the body of fire
damper which is attached to the damper's body with four screws M6.

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

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

Summary of Contents for FDMR

Page 1: ...andik mandik cz Manufacturer MANDIK UK Ltd 130 Aztec West Bristol BS32 4UB United Kingdom Tel 44 117 4526376 E Mail help mandik co uk Authorized representative FDMR Fire damper Technical Documentation...

Page 2: ...hnical parameters 17 Placement and Assembly 18 Statement of installations 20 Installation in solid wall construction 21 Installation in gypsum wall construction 23 Installation in solid ceiling constr...

Page 3: ...back spring of the actuating mechanism is started when the thermoelectrical starting mechanism BAT is activated when a reset button on BAT is pushed or when a power supply of the actuating mechanism...

Page 4: ...er spring which closes the fire damper For the size of fire dampers is always assigned the size of mechanism see page 17 It is not recommended to use different size of mechanism than given by the manu...

Page 5: ...rotection IP 67 Working temperature 25 C 120 C Limit switch G905 300E03W1 This limit switchis possibleto connect infollowing two versions CUT OFF if the arm is moving connect wire 1 2 SWITCH ON if the...

Page 6: ...damper blade into the breakdown position CLOSED The time of displacing the blade from the position OPEN to the position CLOSED takes maximum 20 sec In case that the power supply is restored again the...

Page 7: ...ax 8 3 A 5 ms Protection class II III Degree of protection IP 54 Running time motor spring return 60 s 20 s Ambient temperature normal duty safety duty non operating temperature 30 C 55 C The safe pos...

Page 8: ...lass II III Degree of protection IP 54 Running time motor spring return 60 s 20 s Ambient temperature normal duty safety duty non operating temperature 30 C 55 C The safe position will be attained up...

Page 9: ...egree of protection IP 54 Running time motor spring return 120 s 16 s Ambient temperature normal duty safety duty non operating temperature 30 C 50 C The safe position will be attained up to max 75 C...

Page 10: ...ing mechanism BAT If the thermal fuse Tf1 breaks for a temperature close to the fire damper it is necessary to replace the actuating mechanism Thermoelectric starting mechanism BAT is integral part of...

Page 11: ...ired with MANDIK control systems OVERRIDE MDCM 6 5 4 3 2 1 L N N L MOTOR POWER COMMS S S F1 S5 S6 S4 S3 S2 S1 COMMS OPEN CLOSED COMMAND L L N L S90C CONTROLLER S90 mounted in an addressablesmoke contr...

Page 12: ...22 Dimensions SPIRO design with mechanical control 1 Damper casing 2 Mechanics 3 Damper blade 4 Inspection hole covering 5 Sensor sticker 6 Hole for camera 300 50 120 110 400 180 50 D 2 120 300 50 50...

Page 13: ...per blade 4 Inspection hole covering 5 Sensor sticker 6 Hole for camera d mm d1 mm d2 mm n number of holes in the flange 100 130 10 4 125 155 10 8 160 195 10 8 180 215 10 8 200 235 10 8 225 260 10 8 2...

Page 14: ...D 2 300 50 X 110 400 180 50 D 2 SPIRO design with actuating mechanism 1 Damper casing 2 Actuating mechanism 3 Damper blade 4 Inspection hole covering 5 BAT thermoelectrical starting mechanism 6 Hole...

Page 15: ...12 500 545 12 16 560 605 12 16 600 650 12 16 630 680 12 16 710 760 12 20 800 860 12 20 d d1 d2 n 400 130 130 110 X D 400 D 110 136 39 X 400 X 110 180 D FLANGE design with actuating mechanism 1 Damper...

Page 16: ...n chapter Technical parameters see page 17 Dimensions of damper connecting flanges are in accordance with EN 12 0505 Values a and c has to be respected when projecting related air conditioning ducts c...

Page 17: ...BFL M1 200 4 3 4 5 3 0 0215 20 BFL M1 225 4 8 5 3 0 0275 25 BFL M1 250 9 5 1 5 3 3 0 0354 25 BFL M2 280 24 5 7 5 9 3 0 0462 25 BFL M2 300 34 6 2 6 4 3 0 0542 25 BFL M2 315 42 6 5 6 7 3 0 0606 25 BFL...

Page 18: ...ected according to the certified install ation method see pages 21 to 25 During the installation and plastering process the control mechanism must be protected covered against damage and pollution The...

Page 19: ...dge of installation of fire damper into the fire partition structure wall The damper must be installed so that the entire damper blade in the closed position is located inside the fire separating stru...

Page 20: ...concrete with minimum thickness 100 mm or into solid ceiling construction made e g of normal concrete with minimum thickness 150 mm The fire damper can be integrated into a gypsum wall construction w...

Page 21: ...minimum density 670 kg m 4 Damper bracket see page 27 5 Circular suspension with threaded rod see pages 26 to 28 6 Duct Solid wall construction mortar or gypsum EIS 120 40 1 50 40 150 100 D min D 80...

Page 22: ...HILTI CFS S ACR or equivalent 4 Fire stop coating thickness 1 mm e g HILTI CFS CT PROMASTOP CC or equivalent 5 Duct 6 Fire resistant mastic fill the gap on both sides of the fire separation constructi...

Page 23: ...stallation was tested without supports Supports are optional if are used follow the manufacturer s instructions and national standards X X 40 15 0 100 40 150 100 D min D 80 max D 300 1 FDMR 2 Gypsum w...

Page 24: ...e g Firestop Board HILTI CFS CT B 1S 140 50 min density 140 kg m3 Firestop acrylic sealant HILTI CFS S ACR or equivalent 4 Fire stop coating thickness 1 mm e g HILTI CFS CT PROMASTOP CC or equivalent...

Page 25: ...e 28 This installation was tested without supports Supports are optional if are used follow the manufacturer s instructions and national standards X X 150 40 150 A A D min D 80 max D 300 1 FDMR 2 Soli...

Page 26: ...157 96 192 M18 192 117 234 M20 245 150 300 Without anchor With anchor Possible examples of anchoring to the ceiling construction Follow the instructions of fixing specialist or installation company Wi...

Page 27: ...g air duct 10 Gypsum grid from C profile Dimension elements of the suspension system acc to the weight of the damper see page 26 Placing of mounting brackets 100 400 t mm 1 5 100 400 With slotted quic...

Page 28: ...FDMR Fire damper Page 28 Version 2022 12 20 TPM 165 22 Duct connection 1 FDMR 2 Connecting air duct 3 Extension piece if required 4 Damping pad or breakaway connection as DW 144...

Page 29: ...ss w m s air flow speed in nominal damper section kg m3 air density coefficient of local pressure loss for the nominal damper section D 100 125 140 150 160 180 200 225 250 280 300 2 736 2 099 1 781 1...

Page 30: ...7 9 51 1 53 3 55 1 56 5 57 7 6 34 8 40 2 43 3 45 6 48 7 51 52 7 55 8 58 1 59 8 61 2 62 4 7 38 8 44 2 47 3 49 6 52 7 55 56 7 59 9 62 1 63 8 65 2 66 4 8 42 3 47 7 50 8 53 1 56 2 58 4 60 2 63 3 65 6 67 3...

Page 31: ...lever 2 lock spring 8 dia stopper pin mechanics pin 5 Inspection hole cover including the clip and fasteners if they are parts of the cover 6 Bearing for torque transfer from the lever with pin on th...

Page 32: ...SED position Dampers are stored indoor in environment without any aggressive vapours gases or dust Indoor temperature must be in the range from 30 C to 50 C and maximum relative humidity 95 avoid cond...

Page 33: ...ice to the base plate of the damper The said facts must be recorded in the respective operation documentation of the damper record books of the damper fire logs etc and subsequently adequate function...

Page 34: ...al plates 7 Mechanics 8 Fusible link 9 Sensor sticker 10 Hole for temperature sensor Sensor sticker 11 Inspection hole covering 12 Hole for camera Change of mechanical design for the motorised one or...

Page 35: ...sition Release of the locking mechanism can be achieved manually or automatically by applying the supply voltage It is recommended to provide periodical checks main tenance and service actions on Fire...

Page 36: ...tion checks of the fire dampers at least 1x a year For the function checks the dampers should be moved to CLOSED position with the fan off or with closed regulation valve situated between the fan and...

Page 37: ...mechanism BF 24 TN BFL BFN 24 T voltage AC DC 24 V 50 design P with round duct flange PK with round duct flange and installation brackets SL spiro damper with rubber sealing SK spiro damper with rubb...

Page 38: ...ual product information see www mandik co uk MAND K a s Dob sk 550 267 24 Hostomice Czech Republic Tel 420 311 706 742 E Mail mandik mandik cz Manufacturer MANDIK UK Ltd 130 Aztec West Bristol BS32 4U...

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