Fire Dampers En

7/27/2019 Fire Dampers En

1/33

Halton fre damper range

FDC FDE FDR BSD SSA FRH

Nominal Size 160400 100...500 200x200

1000x1000*)

100500 150x150

1000x1000 *)

100200

Fire Protection Standard

Conormity

EN 1366-2

EN 13501-3

EN 1366-2

EN 13501-3

EN 1366-2

EN 13501-3

BS 476

NT FIRE 010

BS 476

NT FIRE 010

BS 476

Fire Classiication EIS 30 EIS

120

EIS15,ES90

E120

EIS 30

EIS 120

Tightness o the casing Class C

EN 1751

Class C

EN 1751

Class C

EN 1751

Class C

EN 1751

Class C

EN 1751

Tightness

Smoke Protection Class

Class S Class S

Operation range 3100 Pa

15 m/s

3300 Pa 2800 Pa

15 m/s

Application

Masonry & concrete wall

Lightweight plasterboard wall

Masonry & concrete ceiling

X

X

X

X

X

X

X

X

X

Power supply 24 VAC/VDC /

230 VAC

24 VAC/VDC

/ 230 VAC

24 VAC/VDC

/ 230 VAC

Other Inormation *) Circular

ducts NS

630..1000

*) Modulated

units or

larger sizes

Release at

50 C or

74 C

Fire Dampers & Valves


2/330

BSD - Fire Damper

20/BSD/3500/0606/EN

BSD

Fire Damper

Fire damper with non-insulated blade or circular

ducts

Available thermal uses: 50, 74, 65, 100, 120, 150

or 200C

Classiication o casing leakage EN 1751 class C

Inlet and outlet spigots include integral rubber

gaskets

Fire tested to BS 476:part 20:1987 at the Warrington

Fire Research Centre, Report No. WARRES 45434.

Fire tested to NORDTEST NT FIRE 010 standard,

which is the subject o the PAL 2864 a and b

Research Reports o the Fire Technology Laboratory

o the Technical Research Centre o Finland.

Product model options and Accessories

Model with stainless steel (AISI 316) design

Model equipped with cleaning access panel Several automatic release and position indication

options

MATERIAL AND FINISHING

PART MATERIAL NOTE

Casing Galvanised steel Optional stainless steel AISI 6

Blade Galvanised steel Optional stainless steel AISI 6

Installation frame Galvanised steel Optional stainless steel AISI 6

Closing springs Stainless steel

Duct gaskets MS-polymer


3/33

L1

L

D

600

NS L L D A

00 0 60

0 0

60 0

00 0

0 0 00 0 6

00 0 0

00 60 600

BSD - Fire Damper

20/BSD/3500/0606/EN

DIMENSIONS

Product models and Accessories

BSD -unit integrated with cleaning access panel RLA

(BSD/R) enables removal o the ire damper and

access to ductwork or cleaning.

ACCESSORY CODE DESCRIPTION

Installation frame GM

Mesh on one side N

Mesh on both sides N

Fuse FU Thermal release at 0, 6, , 00, 0, 0 or 00 C

Micro switch MS Closed position indication/enclosure class IP 6

The ire damper can be equipped with a bipolar micro

switch, which indicates the closing o the shut-o

blade. The micro switch has potential ree points

(no=normally open and nc=normally closed), which

can be used to control other ire dampers equipped

with an electric release e.g. triggering an alarm in the

ire suppression system.

The maximum operating voltage and current is 400 V,

10A.

Sizes 00 - 00 Size 600


4/33

BSD - Fire Damper

20/BSD/3500/0606/EN

Electromagnetic operation

The ire damper stays open, when the electric circuit

is closed. The damper is shut by opening the circuit.

Note: Interruption o power supply will close the

damper. Uninterrupted power supply e.g. battery back-

up system is recommended.

Release types

The ire damper is always equipped with thermal

release. Additional release systems available:

Electric signal release, solenoid operation


Pneumatic operation with pressurised gas (e.g. CO2).

Solenoid operation

The ire damper can be released with an electric

signal, which is initiated by a smoke detector, micro

switch or pressure switch etc. When the circuit is

closed, the operating voltage is switched to the

magnet and the damper closes.

OPTION S S

Power supply VDC 0 VAC

Power consumption (design

value)

W 0 VA

Enclosure IP class

(minimum)

IP 0 IP0

ED 00 % 00 %

OPTION EM

Power supply VDC

Wattage (design value) W

Enclosure IP class (minimum) IP0

ED 00 %

Pneumatic operation

The damper is connected to the ire suppressionsystem. When the system is activated, pressure

acting on the pneumatic cylinder releases the spring,

allowing the damper to close. The actuator is suitable

or common pressure levels used in ire suppression

systems. The lowest operating pressure o the

actuator is 200 kPa.

Pressure drop data

Damper open

BSD


5/33

D+23

12

4

3

BSD - Fire Damper

20/BSD/3500/0606/EN

Function

The BSD is a ire damper suitable or circular ducts.

The device prevents the spread o ire and smoke

in insulated ventilation ducts. In the case o a

temperature rise in the ductwork, the thermal use

releases allowing the springs to close the damper

blades. The device can be set and test released,

because the thermal use is reusable. The outer

indicator handle also unctions as a position indicator.

The BSD is set rom outside the device and can be

installed in any direction. The nominal use release

temperatures are +50C or +74C, but +65C, +100C,

+120C, +150C or +200C are available or special

cases.

Installation

CODE DESCRIPTION

1 Fire damper

2 Reusable use

3 Installation rame

4 Handle / position indicator

The ire damper is ixed on a compartment wall or in

a duct rom the installation lange, either directly or

with the aid o the GM installation rame. There are no

restrictions on the position o use.

Check the unction o the ire damper beore

installation.Clean the damper ater installation.

Set the ire damper by turning the shut-o blade

to the desired position with the aid o the indicator

handle.

Lock the damper by turning the use manually.

Servicing

A released damper can be reset once the use

temperature is lower than the release temperature.

I the shut-o blade does not lock, the use has be

worn out and must be replaced.


6/33

BSD - Fire Damper

20/BSD/3500/0606/EN

Suggested specifications

The casing and blades o the ire damper shall be

made o galvanised steel (or stainless steel AISI 316)

The release spring shall be made o stainless steel.

Thermal use release temperature shall be as

speciied, (+50C, +65C, +74C +100C, +120C,

+150C or +200C).

The ire damper shall have means or opening and

triggering the release externally.

The ire damper shall comprise a position indicator.

Where indicated the damper shall be supplied with

the ollowing release option

A. Electric signal release by closing circuit (initiated by

e.g. smoke detector, micro- or pressure switch).

Enclosure class o the electric release arrangement

shall be IP 20 or better.B. Electromagnetic release by opening circuit

C. Pneumatic release

Product code

BSD/S-D

S = Model

N Standard

R With access panel RLA

D = Diameter o duct connection

100, 125, 160, 200, 250, 315, 400, 500

Speciics and accessories

FU = Fuse release temperature[C]

50 C, 70 C, 74 C, 100 C, 120 C, 150 C,

200 C

RE = Release type

NA Not assigned

S1 Solenoid 24 VDC

S2 Solenoid 230 VAC

EM Electromagnetic, 24 VDC

PN Pneumatic

MA = Material

CS Steel

AS Stainless steel, AISI 316

AC = Accessories

GM Installation rame

N1 Saety mesh 1 side

N2 Saety mesh 2 sides

MS Micro switch

Code example

BSD/N-100, FU=50,RE=NA,MA=CS


7/33

FDC - Fire Damper or Circular Ducts

20/FDC/3500/0606/EN

FDC

Fire Damper or Circular Ducts

Type-approved and compliant with the EN 1366-2

and EN 13501-3 standards

For installation in separating concrete and masonry

walls and ceilings o ire compartments with ire

resistance class EIS 30 EIS 120

Also or installations on lightweight plasterboard

walls with a ire resistance class o EIS 30

EIS 120

Manuactured in accordance with the ISO 9001

quality system

VTT, the Technical Research Centre o Finland, is

responsible or external quality control

For installation in circular ducts with diameter

160500 mm

Double sealing, ensuring that the blades are tight

when the ire damper is closed beore and during a

ire

Fire damper casing complying with the tightness

requirements or Class C, EN 1751

Fire damper tightness meeting smoke damper

requirement S o standard EN 1366-2

Suitable or use in ducts with a maximum pressure

o 3100 Pa

Damper closing tests perormed at 15 m/s duct

velocity


Models equipped with either manual or electric

actuators

Installation rame (GM) or lightweight plasterboard

walls


8/336

D

-1

560

342 218 D + 50

143

600

D = 160, 200, 250, 315, 400

D = 500

D

60

00

0

00

00


20/FDC/3500/0606/EN

DIMENSIONS

When the damper is installed on concrete and

masonry walls or ceilings, the size o the installation

hole is D+50 mm

When it is installed on lightweight walls, consult the

Installation Instructions or the size o the installation

holes.

Material and finishing

The FDC ire damper casing, installation lange and

installation rame are made o galvanised steel. The

closing blade is made o calcium silicate and equipped

with a lexible silicone seal as well as a graphite mass

seal.

Product options and Accessories

Actuators

Manual actuator, MA (spring return)

Belimo BF 24-T2 HI, operating voltage AC/DC 24 V

(72 C, contains a microswitch), B1 (Sizes D400D500)

Belimo BF 230-T2 HI, operating voltage AC 230 V


Belimo BLF24-T2 HI, operating voltage AC/DC 24 V


Belimo BLF230-T2 HI, operating voltage AC 230 V


Accessories

Saety mesh on one side, N1

Saety mesh on both sides, N2

For lightweight wall installation (WT=L), the installation

rame (GM) is included in the delivery.

Manual actuator accessories

Fuse release temperatures, FU = 50 C, 65 C, 72 C,

100 C

Limit switches, open and closed position, MS


9/33

f / [Hz] 0 00 k k k k

kok - - - -

l / dB +/- +/- +/- +/- +/- +/- +/-


20/FDC/3500/0606/EN

Function

The FDC is a circular ire damper o ire resistance

class EIS 30-EIS 120, which prevents ire and smoke

rom spreading in ventilation ducts The ire damper is

equipped with either a motorised actuator or manual

actuation arrangement. In both options, a use reacts

to a rise in temperature, causing a spring-return

blade to close. I the power in the motorised actuator

system is switched o, the blade closes automatically.

The ire damper is made o ireproo materials. Once

the ire damper has closed, the double sealing closes

the duct tightly, eectively preventing the spreading

o lue gases in the ventilation ductwork. The lexible

seal o the double sealing system operates at lower

temperatures, while the graphite mass seal expands

to insulate the system at temperatures above 150 C.The ire damper is delivered complete with a spring-

return actuator and a use that is activated at 72 C.

The ire damper can also be delivered as a manually

operated unit. Both actuators have a visual position

indicator. The FDC ire damper can be connected to

the MSH control and testing system or ire dampers.

The MSH enables the use o smoke detectors in the

ductwork or rooms. The FDC ire damper can also

be connected to other common building automation

systems.

Pressure drop and sound data

Sound power level Lw, in in each ocatve band is

computed bu adding the corresponding correction

actor, Kok, to the sound pressure level in the

selection chart according to the ollowing equation.

Lw = LpA + Kok

The corresponding actor Kok is the average o the

FDC operating area.


10/33

5 80

1 2 S1

S2

S3

S4

S5

S6

1 2 3 4 5 6 7 8 9 10

BF24 BLF24BF230 BLF230 IP54

24 VAC / VDC230 VAC

(-)N

(+)L1

M

K1K1K1


20/FDC/3500/0606/EN

Installation

Installation on concrete and masonry walls

When the ire damper is installed on concrete

and masonry walls and ceilings between ire

compartments, the blade shat is always horizontal.

An opening is always let in the separating element

or the ire damper, and the product is subsequently

grouted into this.

To make installation easier, all products come with

an installation lange, which is used to asten the ire

damper to the concrete surace with screws beore

grouting.

During installation, the ire damper and actuator must

be protected with, e.g., a plastic cover.

The correct operation o the ire damper must be

ensured beore and ater grouting.When the damper is installed on concrete and


hole is D+50 mm.

Installation on lightweight plasterboard walls

When the ire damper is installed on lightweight

plasterboard walls between ire compartments,

an opening or the ire damper must be let on

the plasterboard in which the installation rame

(accessory) is irst mounted.

The blade shat must always be horizontal.

To make installation easier, the ire damper comes

with an installation lange, which is used to asten the

ire damper to, e.g., the steel rame o the panel wall.

The space between the ire damper and the

installation rame is illed with a ire prevention mastic.



The correct operation o the ire damper must beensured ater application o the ire prevention mastic.

For lightweight walls, the size o the installation hole

varies according to the product in question.

The size should be chosen on the basis o the size o

the installation rame (accessory).

Detailed installation instructions, as well as an

installers installation certiicate orm, are supplied

with each product. See also the Installation

Instructions.

Electric actuator wiring diagram

Manual actuator wiring diagram (limit switches,

MS)

Damper open Damper driving Damper closed

K: / closed K: / open K:/ open

K: / open K:/ closed K:/ closed

Limit switch K and K: Pizzato, type FR -HO


11/33


20/FDC/3500/0606/EN


The ire damper o class EIS 30EIS 120 shall

have a double sealing solution that ensures ire-gas

resistance at all temperatures when the ire damper is

closed.

The use shall be located inside the damper, and it is

possible to replace it rom the outside.

In motorised models, the use shall be activated at

+72 C.

In the manually operated system, the use activation

temperature corresponds to the speciications (50, 65,

72, 100 C).

The ire damper shall have means or external opening

/ triggering o the release and closing.

The ire damper shall include a position indicator.

The ire damper shall be suitable or vertical andhorizontal installations on concrete and masonry walls

and ceilings or lightweight plasterboard walls between

ire compartments (EIS 30...EIS 120).

The technical properties o the type-approved ire

damper shall conorm to the EN 1366-2 and EN 13501-

3 standards.

The internal quality control o the ire damper

manuacturer shall be based on the ISO 9001 quality

system.


responsible or external quality control.

Product code

FDC/S-D

S = Model

E Europe

S Sweden

R Russia

D = Size o duct connection

160, 200, 250, 315, 400, 500

Speciics and Accessories

WT = Wall type

C Concrete wall

L Lightweight wall(installation rame GM)

RE = Release type

MA Spring release

B1 BF-24-T2 HI use 72C (Belimo)

(D400...D500)


(D400...D500)

B3 Belimo BLF24-T2 HI, operating

voltage AC/DC 24 V (72 C, contains a

microswitch), (Sizes D160D315)

B4 Belimo BLF230-T2 HI, operating

voltage AC 230 V (72 C, contains a

microswitch), (Sizes D160D315)

FU = Fuse release temperature [C ]

50 C, 65 C, 72 C, 100 C

AC = Accessories

N1 Saety mesh, 1 side

N2 Saety mesh, 2 sides

MS Limit switches

Code example

FDC/E-160, WT=C,RE=MA,FU=72


12/330

FDE - Fire Damper or Circular Ducts

20/FDE/3500/0606/EN

FDE

Fire Damper or Circular Ducts



Installation in separating concrete or masonry walls

and ceilings

Possibility o installation on lightweight plasterboard

walls

Fire resistance classes EIS 15, ES 90 and E120.

External quality control management by VTT, the

Technical Research Centre o Finland

Installation in circular ducts with diameter

100500 mm

Manuacture in accordance with the ISO 9001

quality standard



Inlet and outlet spigots that include integral rubber

gaskets

Suitability or use in ducts with a maximum pressure

o 3300 Pa


Several automatic release and position indication

options

Models equipped with either manual or electrical

actuators (various types available)

Manual uses available (spring release): 50, 65, 72,

100, 120, 150 or 200 C


PART MATERIAL

Casing Galvanised steel

Blade Galvanised steel

Blade gaskets Ceramic cloth

Installation frame Galvanised steel


Duct gaskets C-polyurethane hybrid


13/33

L

D

L3

L3

L1 L2

NS D L L L L

00 0 0 0

0 0 0

60 0 0 0

00 0 0 0

0 0 0 0

0 0 00 0 0

00 0 60

f / [Hz] 0 00 k k k k

kok - - -0 -

l / dB +/- +/- +/- +/- +/- +/- +/-


20/FDE/3500/0606/EN

DIMENSIONS

When the damper is installed on a concrete or

masonry wall or ceiling, the size o the installation

hole is about D + 50 mm.



with each product.


Sound power level Lw, in in each ocatve band is

computed bu adding the corresponding correctionactor, Kok, to the sound pressure level in the


Lw = LpA + Kok


FDE operating area.


14/33


20/FDE/3500/0606/EN

The ire damper can be equipped with a bipolar

microswitch, which indicates the closing o the shut-

o blade. The microswitch has potential-ree contacts

(no=normally open and nc=normally closed), which

can be used to control other ire dampers equipped

with an electric release (e.g., triggering an alarm in the

ire suppression system).


10 A.

Actuators


Belimo BLF24-T2 HI, operating voltage AC/DC 24 V (72

C, contains a microswitch), B1

Belimo BLF230-T2 HI, operating voltage AC 230 V (72

C, contains a microswitch), B2

ACCESSORIES


Mesh on one side N


Fuse FU Thermal release at 0, 6, , 00, 0, 0 or 00 C

Microswitch MS Closed position indication, enclosure class IP 6

OPTION S S



value)

W 0 VA

Enclosure IP class

(minimum)

IP 0 IP0

ED 00 % 00 %

OPTION EM

Power supply VDC



ED 00 %

Release types

The ire damper always has thermal release operation

(a use). Additional release systems available:

Electric signal release, solenoid operation.

Electromagnetic operation.

Pneumatic operation with pressurised gas (e.g.,

CO2).

Solenoid operation

The ire damper can be released with an electrical

signal, which is initiated by a smoke detector,

microswitch / pressure switch or similar. When the

circuit is closed, the operating voltage is switched to

the magnet and the damper closes.


The ire damper stays open when the electrical circuit

is closed. The damper is shut by opening the circuit.

Note: Interruption o the power supply closes the

damper. An uninterrupted power supply (e.g., a battery

backup system) is recommended.

Pneumatic operation

The damper is connected to the ire suppression

system. When the system is activated, pressure


allowing the damper to close. The actuator is suited


systems. The lowest operating pressure or the



15/33

1


20/FDE/3500/0606/ENFunction

The FDE unit is a circular ire damper o ire resistance

class EIS 15, ES 90 and E120, which prevents ire and

smoke rom spreading in ventilation ducts. The ire

damper is equipped with either a motorised actuator

or a manual actuation arrangement. Under both

options, a use reacts to a rise in temperature, causing

a spring-return blade to close. I the power in the

motorised actuator system is switched o, the blade

closes automatically. The FDE can be installed in any

direction, and setting is perormed rom outside the

device.


the ire damper has closed, the blade and sealing

close the duct tightly, eectively preventing the

spreading o lue gases.

The ire damper is delivered complete with a spring-


Alternatively, the ire damper can be delivered as a

manually operated unit. The nominal use release

temperature is 50 or 72 C, but 65, 100, 120, 150 and

200 C are available or special cases.

The FDE ire damper can be connected to the MSH

control and testing system. The MSH enables the

use o smoke detectors in ductwork or in rooms. The

FDE ire damper can also be connected to common

building automation systems.

Installation

There are no restrictions on the position o use.

Check the unctioning o the ire damper beore

installation.

Clean the damper ater installation.Set the ire damper by turning the shut-o blade

to the desired position with the aid o the indicator

handle. Lock the damper by turning the use manually.

Installation on masonry walls

1 Screw and ixing plug

D1 Product size + about 50 mm

When the ire damper is installed on a concrete or

masonry wall or ceiling between ire compartments,

there are no restrictions on the position o use.



grouted into this.




grouting.




ensured beore and ater grouting.When the damper is installed on a concrete or

masonry wall or ceiling, the size o the installation


16/33

5

2

34

1

230 VACL1

S1 S2 S3

BLF230-HI

Tf1 Tf2 Tf3 BAE72A-S

< 5

S4 S5 S6

< 80

1 2

AC 2 4 VDC 24 V+

Connect viasafety isolatingtransformer!!

~

S1 S2 S3

BLF24-HI

Tf1 Tf2 Tf3 BAE72A-S

< 5

S4 S5 S6

< 80

1 2

N

K1K1


20/FDE/3500/0606/EN

hole is about D+50 mm.


D1 Product size + about 5 mm

1 Fireproo sealing mass

2 Steel rame3 Plasterboard

4 Mineral wool

5 Screw

When the ire damper is installed on a lightweight

plasterboard wall between ire compartments, a

small opening or the ire damper must be let in the

plasterboard walls.

There are no restrictions on the position o use.

To make installation easier, the ire damper comes

with an installation lange, which is used to asten the

ire damper to, e.g., the steel rame o the panel wall.

The space between the ire damper and the

plasterboard wall is grouted with ire prevention

mastic. During installation, the ire damper and

actuator must be protected with, e.g., a plastic cover.


ensured ater application o the ire prevention mastic.

Set the ire damper manually by turning the shut-

o blade to the desired position with the aid o the

indicator handle. Lock the damper by turning the use

manually. I the shut-o blade does not lock, the use

is worn out and must be replaced.



with each product. See also Installation Instructions.

Electric actuator wiring diagram

Manual FDE actuator wiring diagram (limit switch,

MS)

Damper open Damper closed

K: / closed K: / open

/ open / closed


17/33


20/FDE/3500/0606/EN

Servicing

A released damper can be reset ater the use

temperature has allen below the release temperature.

I the shut-o blade does not lock, the use is worn

out and must be replaced.


The casing and blades o the ire damper shall be

made o galvanised steel.

The release spring shall be made o stainless steel.

The thermal use release temperature shall be as

speciied, (50, 65, 72, 100, 120, 150 or 200 C).

The ire damper shall have means or opening and

triggering the release externally.

The ire damper shall include a position indicator.

Where indicated, the damper shall be supplied with

the ollowing release options:

A. Electric signal release by closing circuit (initiated by,

e.g., a smoke detector or a microswitch or pressure

switch); the enclosure class o the electric release

arrangement shall be IP 54 or better.

B. Electromagnetic release by opening circuit.

C. Pneumatic release.

Product code

FDE-D


100, 125, 160, 200, 250, 315, 400, 500


FU = Fuse release temperature

50 50 C

65 65 C

72 72 C

100 100 C

120 120 C150 150 C

200 200 C

RE = Release type

MA Spring return

B1 BLF24-T2 HI use, 72 C (Belimo)

B2 BLF230-T2 HI use, 72 C (Belimo)

RS = Release type or spring release

NA Not assigned

S1 Solenoid, 24 VDC

S2 Solenoid, 230 VAC

EM Electromagnetic, 24 VDC

PN Pneumatic

MA = Material

CS Galvanised steel

AC = Accessories

N1 Saety mesh, 1 side


MS Microswitch

Code example

FDE D-100, FU=50, RE=MA, MA=CS


18/336

FDR - Fire Damper or Circular and Rectangular Ducts

20/FDR/3500/0606/EN

FDR

Fire Damper or Circular and Rectangular Ducts



For installation in separating concrete and masonry

walls and ceilings o ire compartments with ire

resistance class EIS 30 EIS 120

For installations on lightweight plasterboard walls

with a ire resistance class o EIS 30 EIS 120.

Manuactured in accordance with the ISO 9001

quality system


responsible or external quality control

For installation in rectangular and circular ducts with

diameter 6301,000 mm

Available with motorised or manual actuator

Double sealing, ensuring that the blades are tight

when the ire damper is closed beore and during a

ire



Fire damper tightness meeting smoke damper

requirement S o standard EN 1366-2

Suitable or use in ducts with a maximum pressure

o 2800 Pa

Damper closing tests perormed at 15 m/s duct

velocity


Models equipped with either manual or electric

actuators

Installation rame (GM) or lightweight plasterboard

walls


19/33

FDR BxH D- La Lb C L L+xC

60 600x600 6 66 60

00 00x00 66 0 6

000 000x000 66 00 6

f / [Hz] 0 00 k k k k

kok 0 0 - - - -0

l / dB +/- +/- +/- +/- +/- +/- +/-


20/FDR/3500/0606/EN

DIMENSIONS

B/H: 200, 250, 300, 400, 500...1000

When the damper is installed on concrete and


hole is B/H + 100 mm

When the damper is installed on lightweight walls, the

size o the installation hole is B/H + 110 mm


Sound power level Lw, in in each octave band is

computed bu adding the corresponding correction

actor, Kok, to the sound pressure level in the


Lw = LpA + Kok


FDR operating area.


20/33


20/FDR/3500/0606/EN

Material and finishing

The FDR ire damper casing, installation lange and

installation rame are made o galvanised steel. The

closing blade is made o calcium silicate and equipped

with a lexible silicone seal as well as a graphite mass

seal that expands at high temperatures.

Product options and Accessories

Actuators


Belimo BF 24-T2 HI, operating voltage AC/DC 24 V

(72 C, contains a microswitch), B1

Belimo BF 230-T2 HI, operating voltage AC 230 V

(72 C, contains a microswitch), B2

Accessories

Saety mesh on one side, N1

Saety mesh on both sides, N2

For lightweight wall installation (WT=L), the installation

rame (GM) is included in the delivery.

Manual actuator accessories

Fuse release temperatures, FU = 50 C, 65 C, 72 C,

100 C

Limit switches, open and closed position, MS

Function

The FDR is a ire damper o class EIS 30.EIS 120 or

circular or rectangular ducts, which prevents ire and

smoke rom spreading in ventilation ducts. The ire

damper is equipped with either a motorised actuator

or manual actuation arrangement. In both options, a

use reacts to a rise in temperature, causing a spring-

return blade to close. I the power in the motorised

actuator system is switched o, the blade closes

automatically.


the ire damper has closed, the double sealing closes

the duct tightly, eectively preventing the spreading

o lue gases in the ventilation ductwork. The lexible

seal o the double sealing system operates at lower

temperatures, while the graphite mass seal expandsto insulate the system at temperatures above 150 C.

The ire damper is delivered complete with a spring-


The ire damper can also be delivered as a manually

operated unit. Both actuators have a visual position

indicator. The FDR ire damper can be connected to

the MSH control and testing system or ire dampers.

The MSH enables the use o smoke detectors in the

ductwork or rooms. The FDR ire damper can also

be connected to other common building automation

systems.


21/33

5 80

1 2 S1

S2

S3

S4

S5

S6

1 2 3 4 5 6 7 8 9 10

BF24BF230 IP42

24 VAC / VDC230 VAC

(-)N

(+)L1

M

K1K1K1


20/FDR/3500/0606/EN

Installation

Installation on masonry walls

When the ire damper is installed on concrete

and masonry walls and ceilings between ire

compartments, the blade shat is always horizontal.



grouted into this.




grouting.




ensured beore and ater grouting.When the damper is installed concrete and masonry

walls and ceilings, the size o the installation hole is

B/H + 100 mm


When the ire damper is installed on lightweight

plasterboard walls between ire compartments,

an opening or the ire damper must be let on

the plasterboard in which the installation rame

(accessory) is irst mounted. The blade shat must

always be horizontal. To make installation easier, the

ire damper comes with an installation lange, which

is used to asten the ire damper to, e.g., the steel

rame o the panel wall. The space between the ire

damper and the installation rame is illed with a ire

prevention mastic. During installation, the ire damper

and actuator must be protected with. e.g.. a plastic

cover. The correct operation o the ire damper must

be ensured ater application o the ire preventionmastic.

For lightweight walls, the size o the installation hole is

B/H+110 mm. The size should be chosen on the basis

o the size o the installation rame (accessory).



with each product.

Electric actuator wiring diagram Manual actuator wiring diagram (limit switches,

MS)

Damper open Damper driving Damper closed

K: / closed K: / open K:/ open

K: / open K:/ closed K:/ closed

Limit switch K and K: Pizzato, type FR -HO


22/330


20/FDR/3500/0606/EN


The ire damper o class EIS 30EIS 120 shall

have a double sealing solution that ensures ire-gas

resistance at all temperatures when the ire damper

is closed. The use shall be located inside the damper,

and it is possible to replace it rom the outside.

In motorised models, the use shall be activated at

+72 C.

In the manually operated system, the use activation

temperature corresponds to the speciications (50, 65,

72, 100 C).

The ire damper shall have means or external opening /

triggering o the release and closing. The ire damper shall

include a position indicator.

The ire damper shall be suitable or vertical and

horizontal installations on concrete and masonry walls

and ceilings or lightweight plasterboard walls between

ire compartments (EIS 30...EIS 120).

The technical properties o the type-approved ire

damper shall conorm to the EN 1366-2 and EN 13501-

3 standards.

The internal quality control o the ire damper

manuacturer shall be based on the ISO 9001 quality

system.


responsible or external quality control.

Product code

FDR/S-A-W-H

S = Model

E Europe

S Sweden

R Russia

A = Type o duct connections

R Rectangular

A Duct connection 630

B Duct connection 800

C Duct connection 1000

W = Width

A=R: 200, 250, 300, 400, 500, 600, 700, 800,

900, 1000

A=A: 600A=B: 800

A=C: 1000

H = Height

A=R: 200, 250, 300, 400, 500, 600, 700, 800,

900, 1000

A=A: 600

A=B: 800

A=C: 1000

Speciics and Accessories

WT = Wall type

C Concrete wall

L Lightweight wall

(installation rame GM)

RE = Release type

MA Spring release



FU = Fuse release temperature [C ]

50 C, 65 C, 72 C, 100 C

AC = AccessoriesN1 Saety mesh, 1 side


MS Limit switches

Code example

FDR/E-R-200-200, WT=C,RE=MA,FU=72


23/33

FRH - Fire Valve

20/FRH/3500/0606/EN

FRH

Fire Valve

Combined exhaust valve with adjustable pressure

loss and ire damper or circular ducts

Prevents the spread o ire and lue gases into

ventilation ductwork

Airlow rate adjustment and measurement acility

Release temperature o the use is +50C or +74C

Fire tested to BS 476:part 22:1987 by the Loss

Prevention Council, the subject o FIRTO Technical

Evaluation No. TE 6643

Research Reports PAL 3147 and PAL 2268 o the

Fire Technology Laboratory o the Technical

Research Centre o Finland.

Accessories

Installation rame options

Wall protection ring


PART MATERIAL NOTE

Collar Steel

Central cone Steel Melting fuse

Gasket Polyurethane

Installation frame Galvanised steel

Protection ring Steel

Finishing Epoxy-painted White RAL 00 Special colour available


24/33

W

77

H

D

NS W H D

00

6

0 60 00

00

FRH - Fire Valve

20/FRH/3500/0606/EN

DIMENSIONS

ACCESSORIES


Installation frame LF Installation frame without gasket, height 0 mm

Installation frame GF Installation frame with gasket, height 0 mm

Installation frame DF Installation frame with duct dimensions, can be installed direct to duct parts (bend,

T-branch, etc.)

Protection ring CS For protection of the installation surface from smudging

QUICK SELECTION

qv l/s 0 0 0 0 60 0 0 0 00

m/h 0 0 0 6 60

FRH-00 LpA 0 6 0

DPtot 6 6 0

dP_t 6 -

FRH- LpA

DPtot dP_t 0 6 -

FRH-0 LpA 6 6

DPtot 66 0

dP_t 0 0 -

FRH-60 LpA 6

DPtot 6

dP_t 6 60 -

FRH-00 LpA 6

DPtot 0

dP_t 0 -

LpA values presented with room attenuation dB (red 0m -

sab). When using room attenuation dB (red 0m

- sab):LpA - dB.

LpA A-weighted sound pressure level, reduced by total

equivalent absorption surface of 0m

, dB(A) red0m - sab

DPtot Total pressure drop, Pa

dP_t Maximum DPtot (Pa), when a-weighted sound

pressure level (Lp) is dB(A)


25/33

q = k pv m$*

FRH - Fire Valve

20/FRH/3500/0606/EN

Function

The valve throttles the exhaust airlow and attenuates

the duct noise. The pressure drop is dependant on

the position o the central cone. The desired exhaust

airlow rate is adjusted during the balancing o the

airlows in a ductwork system.

The ire damper contains a thermal use, which

releases the cone to the closed position with the help

o a spring. The thermal use is released at +50C or

at +74C .

Installation

The exhaust valve is mounted with the aid o a

separate installation rame LF, GF or DF. Push the

installation rame into the duct and ix it. Push the

valve into the installation rame and turn until it is

irmly attached.

Technical data

Please reer to URH in the Halton Air Distribution

brochure

Adjustment

The valve is adjusted by rotating the central cone.

Measure the opening (A) position (in mm) o the

central cone. Set a probe inside the valve and

measure the dierential pressure with a manometer.

The airlow rate is calculated using the ormula below.

Ater the adjustment, lock the central cone with the

locking nut.

Servicing

CODE DESCRIPTION

1 Central cone

2 Locking nut

3 Collar

Loosen the valve rom the ductwork by turning anti-

clockwise. Note the adjusted opening position o the

central cone.

Wipe the parts with a damp cloth, instead o

immersing in water. Reassemble valve in reverse

order ater cleaning.

Note: Do not use hot water or hot temperatures

during cleaning as this may cause unnecessaryrelease o the use.


26/33

FRH - Fire Valve

20/FRH/3500/0606/EN


The ire valve shall have an adjustable central cone

and collar made o epoxy-painted steel, with white

(RAL 9010) as standard colour.

The installation rame shall be equipped with a sealing

gasket.

The ire valve shall be equipped with a thermal use

and release spring.

The opening position o the central cone shall be

adjusted during balancing in order to achieve required

pressure loss and airlow rate.

Ater balancing the central cone shall be locked into

the selected adjustment position.

Product code

FRH-D


100, 125, 150, 160, 200


CO = Colour

W White

X Special colour


50 C, 74 C

Code example

FRH-100, CO=W,FU=50

Sub products

DF Installation rame or duct parts

GF Installation rame

LF Installation rame


27/33

SSA - Fire Damper

20/SSA/3500/0606/EN

SSA

Fire Damper

Rectangular curtain ire damper with non-insulated

olding blades

Available uses: +50, +72, +65, +100, +150 or

+200 C

Classiication o casing leakage EN 1751 Class C

Hot galvanised steel design

Fire tested to BS 476:part 20:1987 at the Warrington

Fire Research centre, Report No. WRCSI 31470/A

SSA-D2 and WRCSA 31470/B SSA

Fire tested to NORDTEST NT FIRE 010 standard,

which is the subject o the PAL 2876/73, No

PAL 3132 b, No PAL 3132 c Research Reports o

the Fire Technology Laboratory o the Technical

Research Centre o Finland.


Several automatic release and position indication

options

Circular duct connections; inlet and outlet spigots

include integral rubber gaskets

Large sizes are available with modular design

MATERIAL

PART MATERIAL NOTE

Casing Galvanised steel

Curtain blades Galvanised steel


External gaskets EPDM rubber Only with circular connections D, D

Thermal release fuse Brass Different release temperature options


28/336

H-7

H+43

75

145

W+43

W-7

145

75

W1

NS W

00

60

00

0

00

00

60 6

00

000 0

W H

00,0,...,000 0,00,...,000

SSA - Fire Damper

20/SSA/3500/0606/EN

DIMENSIONS

Special dimensions

The maximum nominal size is 1000x1000 mm.

It is possible to have a continuous grille o modular

design when the installation length is greater than

1000 mm. The maximum total length is 20 m.

Models with circular duct connections

SSA/C, CT=D1 & SSA/C CT=D2

The SSA ire damper can be equipped with a bipolar

microswitch (MS), which indicates the closing o the

ire damper. The microswitch has potential-ree

contacts (no=normally open and nc=normally closed),

which can be used to control other ire dampers

equipped with an electric release, e.g., triggering an

alarm in the ire suppression system.


10A.

ACCESSORIES AND PRODUCT MODELS


Installation frame GM

Mesh on one side N


Fuse FU Thermal release at 0, 6, , 00, 0 or 00 C

Microswitch MS MS Closed position indication/ enclosure class IP 6

Position Indicator PI

Fastening flange FL One side

Fastening flanges, pcs FL Both sides


29/33

SSA - Fire Damper

20/SSA/3500/0606/EN


The ire damper stays open when the electric circuit is

closed. The damper is shut by opening the circuit.

Note: Interruption o the power supply will close

the damper. An uninterrupted power supply - e.g., a

battery backup system - is recommended.

Release types

The ire damper always has a thermal release.

Additional release arrangements available:

Solenoid operation, electric signal release, contact;

normally open (no)

Electromagnetic operation, contact; normally closed

(nc)

Pneumatic operation with pressurised gas (e.g., CO2)

Manual release (wire rope)

Solenoid operation

The ire damper can be released with an electric

signal, which is initiated by a smoke detector,

microswitch or pressure switch etc. When the circuit

is closed, the operating voltage is switched to the

solenoid and the damper closes.

OPTION S S



value)

W 0 VA

Enclosure IP class

(minimum)

IP 0 IP0

ED 00 % 00 %

OPTION EM

Power supply VDC



ED 00 %

Pneumatic operation

The damper is connected to the ire suppression

system. When the system is activated, pressure


allowing the damper to close. The actuator is suitable


systems. The lowest operating pressure o the


Manual operation

Manual release, options or wire rope release.

Pressure drop data


30/33

SSA - Fire Damper

20/SSA/3500/0606/ENFunction

The SSA is a ire damper suitable or rectangular and

circular ducts. The damper prevents the spread o ire

and smoke in insulated ventilation ducts. The SSA is

suitable or installation either horizontally or vertically

so that the blades close downwards. Various release

mechanisms are possible.

A temperature increase in a ventilation duct causes a

thermal use release, allowing the springs to close the

damper blades. The bottom blade is locked ater the

curtain has closed, preventing accidental reopening.

The standard nominal use release temperatures are

+50 and +72 C, but release temperatures o +65,

+100, +150 and +200 C are available.

Installation

Install the damper with the blades in horizontal

or vertical position in the ductwork. For vertical

installation, note that the blades are to close

downwards.

Fasten the damper in the ductwork using slip joints or

using astening langes.

Use a seal between the langes in order to tighten the

seam.

Fasten the circular connections by riveting or

screwing.

The damper is installed on a compartment wall or

in a duct by use o the astening lange (AC=FL) or

in conjunction with an installation rame (AC=GM,

AC =FL) and is set with the aid o the indicator

handle (see details in drawing below). When the

required dimension exceeds 1000 mm, the damper is

constructed in modular orm. Modular installations are

constructed with a GM rame with the size o the duct

opening and FL modules. See the drawing below.

To enable checking, cleaning and setting, an inspection

panel has to be positioned close to the ire damper.

The use can be changed by opening the quick-release

astener and attaching the new usible link in the

astener.


31/33

SSA - Fire Damper

20/SSA/3500/0606/EN

Product code

SSA/S-W-H-D

S = Type o duct connection

R Rectangular connections

C Circular connections

W = Width

S=R: 100,+50,..,10000

S=C and D=100: 150

S=C and D=125: 150

S=C and D=160: 200

S=C and D=200: 200

S=C and D=250: 250

S=C and D=315: 400

S=C and D=400: 400S=C and D=500: 500

S=C and D=630: 600

S=C and D=800: 800

S=C and D=1000: 1000

S=C: 150

H = Height

S=R: 150,+50,..,10000

S=C: W


S=C: 100, 125, 160, 200, 250, 315, 400, 500,

630, 800, 1000


CT = Type o circular connection

D1 1 circular connection

D2 2 circular connections


50 C, 65 C, 72 C, 100 C, 150 C, 200 C

RE = Release type

NA Not assigned

MA Manual

S1 S1=Solenoid 24 VDCS2 Solenoid 230 VAC

EM Electromagnetic 24 VDC

PN Pneumatic

MA = Material

CS Steel

AC = Accessories

MS Micro switch

GM Installation rameN1 Saety mesh one side

N2 Saety mesh two sides

PI Position indicator

FL Fastening lange

Code example

SSA/R-150-150, FU=50,RE=NA,MA=CS


32/330

MSH - Fire Damper Management System

20/MSH/3500/0606/EN

MSH

Fire Damper Management System

Used with motorised ire dampers FDR, FDC and

FDE (operating voltage: 24 V)

Controls the shut-o operation o ire dampers when

a ire breaks out

Enables time-controlled, external or manual testing

o ire damper operation

Smoke detectors able to be directly connected to

the MSH management units

Locks the an during testing o operation and in ire

scenarios

Outputs or remote ire and service alarm indication

Local alarm indication or ire and service alarm

conditions

Easy implementation

Control unit models

Control unit or eight (8) or sixteen (16) ire

dampers

Control unit with or without smoke detectoroperation

Smoke detectors can be connected to models MSH/2

and MSH/4. Transormer and ire indication rom ire

alarm system o the buiding or power supply are

included in the delivery.

Smoke sensors

Smoke detectors or duct and room installation

Smoke detectors equipped with optical or ionising

unction

TypeMax. Number of

dampers

Max. Number of smoke

detectors

MSH/ -

MSH/ 0

MSH/ 6 -

MSH/ 6 0

Smoke detector, room installation

Smoke detector, duct installation

Code Type Manufacturer Model

MSH/A Smoke detector:

duct, optical

Calectro ST-P-DA,

L= 600 mm

MSH/B Smoke detector:

room, optical

Calectro UG--O

MSH/C Smoke detector:

duct, ionising

Calectro ST-I-DA,

L = 600 mm

MSH/D Smoke detector:

room, ionising

Calectro UG--J


33/33

MSH 1-8-8-MC

Test

Total

Reset Set SetHour Min

Day

Fire

Service

Closed Fan

Open

20/MSH/3500/0606/ENOperation

The MSH ire damper management system has three

important unctions:

1. close the ire dampers when a ire breaks out

2. regularly test the ire dampers to ensure that they

are in operational condition

3. ensure that the ire dampers are open in normal

conditions and that ventilation can operate as planned

Fire

Each ire damper is equipped with a thermal use,

which closes the damper when the temperature rises

above 72 C. I any o the thermal uses is released,

all the ire dampers connected to the MSH unit are

immediately closed. I the system is equipped with

smoke detectors, all ire dampers connected to the

MSH unit in question are immediately closed to the

saety position when the smoke detector indicates an

early ire.

Testing of fire dampers

The MSH system regularly tests the operation o the

ire dampers to ensure that they operate correctly

should a ire break out. The testing can be time-

controlled and set to take place at desired intervals (1

to 9 days) or example, every other day.

To test the system, the MSH unit sends a switch-o

command to the air handling unit control system.

When the an stops, the MSH unit closes the ire

dampers to the saety position and ensures that all

the ire dampers are closed. Ater that, all dampers are

reopened and the an is able to start again. I an error

is detected in the operation o any o the dampers,

the MSH system issues a service alarm.

User interface

The operational status o the ire dampers and any

alarms are visible on the MSH units operator panel at

a single glance. The operator panel is also used to set

the time-controlled testing parameters, start manualtesting and acknowledge service notiication as well

as operation in the event o a ire.

Product codes

MSH/S

S = Construction / component

1 = Unit or eight (8) ire dampers, no smoke

detector connection

2 = Unit or eight (8) ire dampers, smoke

detector connection Calectro ABAV-S3

3 = Unit or sixteen (16) ire dampers, no

smoke detector connection

4 = Unit or sixteen (16) ire dampers, smoke

detector connection Calectro ABAV-S3

A = Smoke detector: duct, optical Calectro:

ST-P-DA, L= 600 mm

B = Smoke detector: room, optical Calectro:

UG-2-O

C = Smoke detector: duct, ionising Calectro:

ST-I-DA, L = 600 mm

D = Smoke detector: room, ionising

Calectro: UG-2-J

Documents

Fire Dampers En