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X1

X2

Y1

Y2

vertical rigid wall EI 120 S

B1 + 80 mm

Btot + 80 mm

H1 + 80 mm

Htot + 80 mm

light vertical plasterboard wall EI 120 S

B1 + 100 mm

Btot + 100 mm

H1 + 100 mm

Htot + 100 mm

light vertical plasterboard wall EI 90 S

B1 + 75 mm

Btot + 75 mm

H1 + 75 mm

Htot + 75 mm

light vertical gypsum blocks wall EI 120 S

B1 + 80 mm

Btot + 80 mm

H1 + 80 mm

Htot + 80 mm

light vertical gypsum blocks wall EI 90 S

B1 + 80 mm

Btot + 80 mm

H1 + 80 mm

Htot + 80 mm

horizontal floor EI 180 S

B1 + 130 mm

Btot + 130 mm

H1 + 130 mm

Htot + 130 mm

horizzontal floor EI 120 S

B1 + 130 mm

Btot + 130 mm

H1 + 130 mm

Htot + 130 mm

horizzontal floor EI 90 S

B1 + 130 mm

Btot + 130 mm

H1 + 130 mm

Htot + 130 mm

 

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Mechanism type

 

†

Manual / Manual with magnet

1.  Manual opening lever

2.  Protection box

3.  Lever position when the blade is open

4.  Lever position when the blade is closed

5.  Magnet knob (for magnetic version)

6.  Closed blade indicator

7.  Open blade indicator

8.  Manual closing button

Blade closing mode

Automatic closing with thermal fuse.

The control mechanism has a thermosensitive element that auto-

matically closes the blade when the temperature in the duct exceeds 

70°C (or 95°C for the fire damper with 95°C thermal fuse).

It is possible to close the damper by pressing the indicated button.

If the manual mechanism is equipped with electromagnet it is possi-

ble to remotely close the fire damper.

The manual command mechanism with magnet is equipped with 

an electromagnet which, in case power is interrupted (interuption 

magnet version) or when power is supplied (input magnet version), 

comands the closing of the damper.

Blade opening mode

The damper must be opened when the ventilation system if 

switched off.

In case of closed damper by pressing the closing button or remotely 

by electromagnet (magnetic version), it is possible to manually open 

the fire damper blade by rotating the lever antyclockwise.

For power supply interruption electromagnet, provide power supply 

and pull the magnet knob before opening the fire damper.

In case of closed damper as a result of the action of the thermosen-

sitive element, it is possible to manually reopen the damper by rotat-

ing the lever counterclockwise once the element has been replaced.

Position indication microswitches

On request, the fire damper can be supplied with position mi-

croswitches (SA/SC/S2 optional) that signal the blade position (open 

or closed). Refer to Electrical connections  paragraph for more details.

Closing by remote control

With power supply input or interruption magnet (WK45M version 

only).

Temperature calibration of thermosensitive element for auto-

matic damper closing

70 °C±7 °C (Standard)

95 °C±9 °C (On request).

 

†

Belimo motorized version

1.  Manual closing switch

2.  Manual opening lever

3.  Position indicator

4.  Blade locking lever

Blade closing mode

Automatic closing with thermal fuse.

The control mechanism has a thermosensitive element that auto-

matically closes the blade when the temperature in the duct or in 

the room exceeds 72°C (or 95°C for the 95°C version).

To close the damper when the motor is connected, press the switch 

on the temperature sensor or cut off the power supply.

Blade opening mode

The damper must be opened when the ventilation system if 

switched off.

To open the damper with the electric motor driven actuator, provide 

power supply to the motor. Refer to the section Electrical connec-

tions  for further information.

To manually open the damper, use the handle supplied and carefully 

rotate clockwise to the 90° indicator. To hold the damper in open 

position operate on the lever indicated in figure.

For VGB/DGB versions to hold the damper in open position, carefully 

rotate the handle counterclockwise.

During the manual opening of the damper, power must not be sup-

plied to the motor.

Position indication microswitches

The motorized versions are supplied with two microswitches to 

show the blade's position (open or closed). Refer to the section Elec-

trical connections  for further information.

Closing by remote control

If power to the motor is cut off, the blade will close.

Temperature calibration of thermosensitive element for auto-

matic damper closing

72 °C±7 °C (Standard)

95 °C±9 °C (On request).

Summary of Contents for WK45 Series

Page 1: ...data the equipment and acces sories indicated could be subject to variations Installation booklet RECTANGULAR SERIES WK45 500 Pa 300 Pa Cert N 1812 CPR 1006 EN 15650 This is a 17 page installation bo...

Page 2: ...ling ve i o D B X H min 200 X 200 max 1500 X 800 B X H min 200 X 200 max 1500 X 800 B X H min 200 X 200 max 1500 X 800 EI 120 S Installation within vertical light wall gypsum blocks wall Wall minimum...

Page 3: ...sealing Wall minimum thickness 100 mm Wall minimum density 995 kg m Rock wool 140 kg m and endothermic varnish sealing ve i o W B X H min 200 X 200 max 1500 X 800 B X H min 200 X 200 max 1500 X 800 B...

Page 4: ...r In case of closed damper as a result of the action of the thermosen sitive element it is possible to manually reopen the damper by rotat ing the lever counterclockwise once the element has been repl...

Page 5: ...sing by remote control If power to the motor is cut off the blade will close Temperature calibration of thermosensitive element for auto matic damper closing 72 C 7 C Standard 95 C 9 C On request Fire...

Page 6: ...roswitch When the fire blade is closed the circuit is closed 3 NC contact of SA microswitch When the fire blade is open the circuit is open 4 NO contact of SA microswitch When the fire blade is open t...

Page 7: ...24V DC or 230 V AC version Motor 24V AC DC WK45VMB Belimo BFN24T Opening 4 W In stand by 1 4 W Motor 230V AC WK45DMB Belimo BFN230T Opening 5 W In stand by 2 1 W Motor 24V AC DC WK45VGB Belimo BF24T O...

Page 8: ...volving fire fighting compo nents must be carried out only by qualified personnel Only original spare parts supplied by the fire damper manufacturer must be used A functional test must be performed af...

Page 9: ...ntion fire resistance classification for transfer application is conform to section Fire resistance classification according to EN 13501 3 2009 limited to EI 120S if the ducted classification is high...

Page 10: ...k wool 100 kg m sealing 70 75 Yes One air duct Flexible wall EI 120 S Installation within vertical light wall plasterboard Mortar or plaster putty sealing 70 75 Yes Separate air duct EI 90 S Installat...

Page 11: ...ls floor of the same type but with greater thickness and or densi ty than those used in the test For plasterboard walls the test results are also valid for walls with a greater number of plasterboard...

Page 12: ...haped edges as indicated in the supplier s instruc tions and according to the following characteristics minimum thickness 70 or 100 mm according to the type and re sistance class required minimum dens...

Page 13: ...bove D2 Hole height see table above E Damper protrusion from the wall see table above Installations within vertical light wall plasterboard Refer to the section Construction supports characteristics f...

Page 14: ...provided in the wall as indicated in the table and in the drawing Damper positioning Position the damper in the opening so that the side of the closing mechanism extends as indicated in the table and...

Page 15: ...damper H Nominal height of the damper D1 Hole base see table above D2 Hole height see table above E Damper protrusion from the floor see table above S Floor minimum thickness see table above 1 Mortar...

Page 16: ...sealant 3 PROMASTOP E PASTE or HILTI CFS CT endothermic varnish Installation within floor with Fire Batt Weichschott sealing Refer to the section for further information Comply with the minimum dista...

Page 17: ...Hole height see table above E Damper protrusion from the floor see table above 1 Rock wool panel 50 mm thick with 140 kg m density 2 PROMASTOP E PASTE or HILTI CFS S ACR type sealant 3 PROMASTOP E PAS...

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