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17

 

Visual inspection of proper damper integration, inside damper area, damper blade, contact surfaces

and silicon sealing.

14.  Before entering the dampers into operation after their assembly and by sequential checks, the following

checks must be carried out for all designs.

 

Inspection hole disassembly: release the covering lid by turning the wing nut and while turning the lid

right or left release it from the security belt. Then tilt the lid and remove it from its original position.

15.  Before entering the dampers with manual control into operation after their assembly and by sequential

checks, checks according 14. and following checks must be carried out.

 

Check of thermal protective fuse and closing mechanism.

 

Exert pressure on double arm initiation lever with a spring to release the control lever and check its

displacement into the "CLOSED" position. Closing must be smart and the control lever must be firmly

locked with a pawl. In case that the closing is not smart enough and the control lever is not locked with

the pawl in the "CLOSED" position, higher pre-stretch of the closing spring must be set using a ratchet

wheel.

 

Proper  function  of  the  thermal  fuse  can  be  checked  when  the  fuse  is  removed  from  the  starting

mechanism. The initiation lever must be turned over and control lever is moved to position "CLOSED".

If this is not possible, then the starting mechanism spring must be checked or the base plate must be

replaced. The base plate is attached to the damper body with M5 screws.

16.  Before  entering  the  dampers  with  actuating  mechanism  into  operation  after  their  assembly  and  by

sequential checks, checks according 14. and following checks must be carried out.

 

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).

 

Displacing the damper blade into "OPEN" position is done the following way:

 

Release the pawl exerting pressure and return the control lever into the second outlaying position where

the lever is hold by the initiation lever.

17.  Manual operation

 

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.

18.  It is recommended to provide periodical checks, maintenance and service actions on Fire Equipment

by Authorized persons schooled by Producer.

20.  All effective safety standards and directives must be observed during fire damper assembly.

Summary of Contents for EIS 120

Page 1: ......

Page 2: ...struction 100 40 50 Fire damper FDMB Solid wall construction Stuffing box mineral stone wool min density 140 kg m Fire protection mastic min thickness 1 mm Cement lime plate min thickness 15 mm Duct I...

Page 3: ...ral stone wool min density 140 kg m Fire protection mastic min thickness 1 mm Cement lime plate min thickness 15 mm Duct Installation opening perimeter has to be reinforced by standard drywall profile...

Page 4: ...l stone wool min density 140 kg m Fire protection mastic min thickness 1 mm Cement lime plate min thickness 15 mm Duct 40 50 min 110 Concrete min 125 Aerated Concrete Installation in a solid ceiling c...

Page 5: ...B Solid wall construction Stuffing box mineral stone wool min density 140 kg m Fire protection mastic min thickness 1 mm Cement lime plate min thickness 15 mm Duct Installation in a solid wall constru...

Page 6: ...amper FDMB Gypsum wall construction Fire protection plate of mineral wool Stuffing box mineral stone wool min density 140 kg m Fire protection mastic min thickness 1 mm Cement lime plate min thickness...

Page 7: ...mineral stone wool min density 140 kg m Fire protection mastic min thickness 1 mm Cement lime plate min thickness 15 mm Duct Around the perimeter min 110 Concrete min 125 Aerated Concrete Installation...

Page 8: ...tar or gypsum Gypsum wall construction Solid wall construction Duct Fire protection plate of mineral wool Mineral stone wool Fire protection mastic min thick ness 1 mm Cement lime plate min thickness...

Page 9: ...50 Fire damper FDMB Solid ceiling construction Mortar or gypsum Gypsum wall construction Solid wall construction Duct Fire protection plate of mineral wool Mineral stone wool Fire protection mastic mi...

Page 10: ...9 100 100 100 Fire damper FDMB Installation frame Solid wall construction 100 100 100...

Page 11: ...reinforced by standard drywall profiles 100 100 100 Fire damper FDMB Installation frame Gypsum wall construction Fire protection plate of mineral wool Installation opening perimeter has to be reinforc...

Page 12: ...11 Fire damper FDMB Installation frame Solid ceiling construction min 110 Concrete min 125 Aerated Concrete 150 150 150 150 150 150...

Page 13: ...has to be used reinforcement VRM III fixing X 23 AxB 500x400 X 36 AxB 500x400 123 110 B B 60 A A 60 375 B X B 60 A X A 60 60 X 2 60 X 2 B B 60 A A 60 375 B X B 60 A X A 60 60 X 2 60 X 2 X 23 AxB 500x4...

Page 14: ...ocess 2 The control mechanism has to be protected covered against damage and pollution during installation process 3 Min gap for installation installation opening is 25 mm circular dimension D 50 mm o...

Page 15: ...abelled BUILD IN EDGE on the damper body The fire damper can also be integrated outside the wall construction Duct and the damper part between the wall construction and the damper blade labelled BUILD...

Page 16: ...de of fire damper exceeds body of fire damper by the value a and c or e and f There has to be enough space in duct for blade rotation Values a and c or e and f has to be respected when projecting rela...

Page 17: ...ing into operation these revisions must be done according to requirement set by national regulations 1 2 S3 S1 S2 S5 S4 S6 5 80 BAT Tf Tf LED 1 2 S3 S1 S2 S5 S4 S6 N L1 5 80 BAT Tf Tf LED BAT AC 230V...

Page 18: ...tion CLOSED If this is not possible then the starting mechanism spring must be checked or the base plate must be replaced The base plate is attached to the damper body with M5 screws 16 Before enterin...

Page 19: ...urface finish 2 Damper blades are made of fire resistant asbestos free boards made of mineral fibres 3 Damper controls are made of galvanized materials with no other surface finish 4 Springs are galva...

Page 20: ...19 MAND K a s Dob sk 550 26724 Hostomice Czech Republic Tel 420 311 706 706 E Mail mandik mandik cz www mandik com...

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