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PKIR & PKIS Fire DampersData Sheet

Fire Safety Products

Table of Contents

Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1

Design . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

Fire Resistivity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8

Dimensions . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 15

Installation Distances . . . . . . . . . . . . . . . . . . . . . . . 15Dimensions and Overhang . . . . . . . . . . . . . . . . . . . . 16Weights . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 18Free Area . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20

Ordering Codes . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 22

Accessories . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 23

Technical Parameters . . . . . . . . . . . . . . . . . . . . . . . . . . . . 40

Installation, Maintenance and Operation . . . . . . . . . . . . 45

Transport and Storage . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Supplement . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 45

Related Products . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 46

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Fire Dampers | 1 / 49

1396 - CPR - 0076

1396 - CPD - 0061

1396 - CPD - 0062

1396 - CPR - 0077

DescriptionFire dampers represent passive fire protection, designed with the help of compartmentalization to prevent the spread of toxic gases, smoke and fire. All our standard fire dampers are designed and certified in accordance with the test criteria’s EIS according to EN 1366 – 2. A fire damper together with its installation form an inseparable part of the fire resistivity rating. PKIR and PKIS fire dampers are designed for the installations listed on pages 8 through 12. Their installation is described in the User Manual of the fire dampers. The activation mechanisms are removable and are interchangeable, for example an actuator operated mechanism instead of a manually operated mechanism.

Manually Operated Fire Dampers

By default, all manually operated fire dampers are supplied with manual control, optionally with micro switches and electromagnets. In case of fire, the fire damper is closed automatically. Depending on the version, the damper closes either after the melting of the thermal fuse or by means of remote activation through an electromagnet in impulse connection. After the closing of the damper blade, it is mechanically locked in the closed position and can only be opened manually. The actuating mechanism is activated when the temperature of the air in the duct reaches 72°C and the damper closes within 10 seconds after the melting of the fuse.

Actuator Operated Fire Dampers

By default, all actuator operated fire dampers are supplied with an actuator with micro switches, optionally with a power and communication unit. A fire damper can be equipped with a spring return actuator which closes the damper after the command from the building management system, or after the breaching of the thermoelectric fuse. Actuator operated fire dampers are standardly equipped with a thermoelectric fuse, that activates the closing of the damper after the reaching or exceeding of the ambient temperature of 72°C. The actuator power circuit is interrupted and its spring closes the damper blade within 20 seconds.

https://www.systemair.com/globalassets/Downloads/Instructions-and-Manuals/FireSafety/UserManual_PKIR_PKIS_EN.pdf

2 / 49 | Fire Dampers

Highlights

• Lightweight construction

• Changeable mechanism

• Easy and quick installation using an installation kit

• Manually operated activation mechanism with an IP 44 rating

• Multiple damper installation - up to 4 dampers with a maximum size of 3280 × 2080 mm

Product Types

• PKIR3G Circular fire damper with a maximum fire resistivity of 120 minutes and a single body design.

• PKIS3G Rectangular fire damper with a maximum fire resistivity of 120 minutes and a single body design.

• PKIS3GA Rectangular fire damper with narrow profile, maximum fire resistivity of 90 minutes and a single body design.

• PKIS EI90S Rectangular fire damper with a maximum fire resistivity of 90 minutes. Construction of two sheet metal bodies, conductively connected through a calcium-silicate frame.

• PKIS EI120S Rectangular fire damper with a maximum fire resistivity of 120 minutes. Construction of two sheet metal bodies, conductively connected through a calcium-silicate frame.

List of Accessories

Detailed information about accessories for PKIR and PKIS is available from page 23.

• AM-PKI: Activation Mechanisms

• PRR-PKI and PRS-PKI: Coverplates

• MPA-PKI: METO-PG20 Adapter

• CVR-PKI, CVRF-PKI and CVS-PKI: Thermal Dilatation Compensator

• SSAR-PKI and SSAS-PKI: Adapter with a Smoke Sensor

• RFA-PKI: Flanges for the Circular Fire Dampers

• IKRR-PKI, IKRS-PKI and IKSS-PKI: Installation Kit

• IPOR-PKI and IPOS-PKI: Insulation Cover

• IKOWS-PKI: Installation Kit for Installation on a Wall and out of a Wall Using Promatect Boards


Design Fire dampers have casings made from galvanized sheet metal. Blades from non-asbestos insulants have a rubber seal for cold smoke and an intumescent seal, that expands in a fire situation.

Material Composition

The product contains galvanized sheet metal, calcium silicate board, fireproof carbon fiberglass, polyurethane foam and ethylene - propylene rubber. These are processed in accordance with local regulations. The product contains no hazardous substances, except for the solder in the thermofuse, which contains a milligram of lead.

Connection of the Electrical Parts

The connection of all electrical parts according to the types of activation mechanisms is described in the fire dampers User Manual (document “UserManual_PKIR_PKIS”). You can also follow instruction for fire dampers on Systemair DESIGN.

Tightness of the Blade and the Casing of the Fire Damper

All fire dampers standardly have class C casing tightness according to EN 1751. On the blade: circular class 3 as standard, rectangular class 2 as standard, class 3 for extra charge.



https://design.systemair.com/Global/en-GB/catalogue


Tab. 1: Inspection lid placement

Dimension Range(mm)

Inspection Opening Implemented with

Second Standard Inspection Lid Position

On Demand Possible Inspection Lid Position

DN ≤ ø 150

Removable activation mechanism

--

ø 160 ≤ DN ≤ ø225 L

ø 250 ≤ DN ≤ ø1000 B L T

W and H < 200

Removable activation mechanism

- -

W and H ≥ 200

BR

TR or TL; BL*

H ≥ 250 TR or TL; LB; BL*

H ≥ 400 TR or TL; LB; RB; BL*

W > 800

PKIS3GA TR or TL; LB; RB; BL*

PKIS3GBR TR TL**; LB; RB; BL*

PKIS EI90S/EI120S

NOTES:

* An inspection lid cannot be placed on position BR and BL on one damper.

** An inspection lid cannot be placed on position TL and TR on one damper.

Inspection Openings

All Systemair fire dampers have an exchangeable mechanism that serves as an inspection opening. Depending on the damper size, an additional inspection lid is provided. An additional inspection lid can be added for an extra charge. Depending on the damper size, rules apply to additional lid placement.

Fig. 1: Representation of lid positions on a circular and rectangular fire damper

NOTE: The position where the lid placement is not possible is marked with a “red X”

H

W

TL TR

LB

BL

RB BR

T

L

B


Product Parts

1 Blade

2 Casing

3 Manually operated activation mechanism with an IP 44 rating (ZV up to DV6-2)

4 Actuator operated activation mechanism (DV/G7-T up to DV/G9-T-SR)

5 Inspection lid

6 Thermoelectric fuse (DV/G7-T up to DV/G9-T-SR)

7 Supply and communication unit (DV/G9-T-ST)

8 Bendable hanger

Legend

Fig. 2: Components of a circular and rectangular fire damper

8

3

5

2

1

5

8

6

1

2

5

3

7

4

6

7

4


Activation Types

Each damper is by default fitted with an activation mechanism. It is permitted to exchange the activation mechanism with a compatible activation mechanism. The exchange must be performed according to the manufacturer instructions and noted in the Operation Journal (document UserManual_PKIR_PKIS). To avoid any compatibility issues, please use the document DataSheet_AM-PKI for ordering and the UserManual_AM-PKI for assembly instructions. The following is a description of activation types:

• ZV Fire damper with an activation mechanism with a cover, manual crank and with a spring return release mechanism activated by a fusible thermal link set to 72°C (on demand 100°C).

• DV1-2 Fire damper with an activation mechanism ZV + open and closed indication with AC 230 V or AC/DC 24 V contact switches.

• DV5-2 Fire damper with an activation mechanism ZV + a AC/DC 24 V electromagnetic release mechanism in the impulse connection (release takes place when the electromagnet is activated) + open and closed indication with AC 230 V or AC/DC 24 V contact switches.

• DV6-2 Fire damper with an activation mechanism ZV + an AC 230 V electromagnetic release mechanism in the impulse connection (release takes place when the electromagnet is activated) + open and closed indication with AC 230 V or AC/DC 24 V contact switches.

• DV7-T or G7-T Fire damper with an activation mechanism with a Belimo or Gruner spring return actuator (AC 230 V) with an electro-thermal fuse 72°C and auxiliary switches.

• DV9-T or G9-T Fire damper with an activation mechanism with a Belimo or Gruner spring return actuator (AC/DC 24 V) with electro-thermal fuse 72°C and auxiliary switches.

• DV9-T-ST or G9-T-ST Fire damper with an activation mechanism with a Belimo or Gruner spring return actuator (AC/DC 24 V) with an electro-thermal fuse 72°C and auxiliary switches, with a Belimo supply and communication unit BKN230-24 or Gruner supply and communication unit fs-UFC24-2 (other communication units on demand).

• DV9-T-W or G9-T-W Fire damper with an activation mechanism with a Belimo or Gruner spring return actuator (AC/DC 24 V) with an electro-thermal fuse 72°C and auxiliary switches, with provided cable connectors for the supply and communication unit (communication unit not part of the mechanism).

• DV9-T-SR or G9-T-SR (not available for PKIS EI90S/EI120S) Fire damper with an activation mechanism with a Belimo or Gruner spring return actuator (AC/DC 24 V) with electro-thermal fuse 72°C and auxiliary switches for Modulated dampers (possibility to open the blade at the desired angle). For fire dampers in the size DN ≥ 160 mm or H ≥ 160 mm.


https://www.systemair.com/globalassets/Downloads/Instructions-and-Manuals/FireSafety/DataSheet_AM-PKI_EN.pdf

https://www.systemair.com/globalassets/Downloads/Instructions-and-Manuals/FireSafety/UserManual_AM-PKI_EN.pdf


Tab. 2: Composition of the activation mechanisms according to the ordering codes

Type of Activation Mechanism (Code)

Manually Operated

Actuator Operated

Part of Activation Mechanism

Part Type

Current Type

Voltage(V)

ZV DV1-

2

DV5-

2

DV6-

2

DV7-

T

DV9-

T

DV9-

T-ST

DV9-

T-W

DV9-

T-SR

*

G7-T

G9-T

G9-T

-ST

G9-T

-W

G9-T

SR *

DV7-

9-T

Indication Open/Closed Microswitch AC, AC/DC 230, 24 • • •

ElectromagnetImpulse Connecion

AC/DC 24 •

AC 230 •

Actuator Belimo BFL or BFN or BF

230-T AC 230 •

24-T AC/DC 24 •

24-T-ST AC/DC 24 • •

24-SR-T AC/DC 24 •

Actuator Gruner x=230 AC 230 •

340TA-xD-03-S2/8F12

x=24 AC/DC 24 • • •or 340TA-x-05-S2/8F12

or 360TA-x-12-S2/8F12

340/360CTA-x... x=24 AC/DC 24 •

Actuator Schischek ExMax 15 BF AC/DC 24 ... 240 •

NOTE: * Only applicable for PKIR3G with DN ≥ 160 mm, PKIS3G and for PKIS3GA with H ≥ 160 mm. Not available for PKIS EI90S/EI120S

DC Direct current

AC Alternating current

230 Actuator 230 V

24 Actuator 24 V

T Thermoelectric fuse

ST Supply and communication unit

W Cables for the supply and communication unit

SR Modulated actuator with the control 0 V ... 10 V

Legend


Fire ResistivityPKIR3G Circular Fire Dampers

Circular fire dampers are certified according to EN 15650, tested according to EN 1366-2 and classified according to EN13501.

NOTES:

* ATEX: Available also as an ATEX rated fire damper. All ATEX fire dampers are rated as explosion proof class. .

* W: Installation methods or (Installation on a Wall or out of a Wall Using Mineral Wool Segments) up to DN = 500 mm.

IN ACCORDANCE WITH EN 15650 EACH FIRE DAMPER MUST BE INSTALLED ACCORDING TO THE INSTALLATION INSTRUCTIONS PROVIDED BY THE MANUFACTURER!

Legend

Rigid/flexible wall

Only rigid wall/ceiling

Wet Installation

Dry Installation

Installation into a Soft Crossing

Installation Using an Installation Kit

Installation on a Wall

Installation out of a Wall

Damper‘s horizontal blade axis orientation

Damper‘s vertical blade axis orientation

ve Vertical supporting construction (wall)

ho Horizontal supporting construction (floor/ceiling)


Tab. 3: Permitted installation methods for the circular fire dampers based on fire resistivity

Dimension Range (mm)

Certificate No.Product

TypeFire

Resistivity

Supp

ortin

g Co

nstr

uctio

n Installation - Tested at Underpressure (Pa)

Wet Dry Soft Kit On Out

100 ≤ DN ≤ 400

PKIR3G

PKIR3G-Ex *ATEX

EI60 (ve ho i↔o) S

ve 500 300 300 500 300 *W

300 *W

ho 500 300 300


ve 500 300 300 500 300 *W

300 *W

ho 500 300 300


ve 500 500

ho 500

400 < DN ≤ 630

PKIR3G

PKIR3G-Ex *ATEX


ve 500 300 300 500 300 *W

300 *W

ho 500 300 300


ve 500 300 300 500

ho 500 300 300


ve 500 500

ho 500

630 < DN ≤ 1000

PKIR3G

PKIR3G-Ex *ATEX


ve 500 300

ho 500


ve 500 300

ho 500


ve 500

ho 500

Allowed Blade Axis Orientation

1396 - CPR - 0076

1396 - CPD - 0061

1396 - CPR - 0076

FTZU14ATEX0127X

FTZU13ATEX0046

FTZU13ATEX0046


Tab. 4: Dimension ranges for individual installation methods

100 ... DN ...1000

100 ≤ DN ≤ 1000

100 ≤ DN ≤ 630

100 ≤ DN ≤ 500

100 ≤ DN ≤ 400

PKIR3G EI90(ve i ↔ o)S

Dry

PKIR3G EI90(ve i ↔ o)S

Soft

PKIR3GPKIR3G-Ex

EI120(ve i↔o)S

Kit

PKIR3GPKIR3G-Ex

EI120(ve ho i↔o)S

Wet

PKIR3GPKIR3G-Ex

EI90(ve i↔o)S

On Out

PKIR3GPKIR3G-Ex

EI60(ve i↔o)S

On Out


PKIS3G, PKIS3GA, PKIS EI90S and PKIS EI120S Rectangular Fire Dampers

Rectangular fire dampers are certified according to EN 15650, tested according to EN 1366-2 and classified according to EN13501.

NOTES:

* ATEX: Available also as an ATEX rated fire damper. All ATEX fire dampers are rated as explosion proof class .

* KIT: Up to 800 × 600 mm only.

* M: Multiple Damper Installation in a wall with two dampers beside each other or one above the other, or four dampers using the installation

methods (Wet Installation) and (Installation into a Soft Crossing).

* P: Installation methods , or , (Installation on a Wall or out of a Wall Using Promatect Boards); for PKIS3G only up to 800 × 600 mm.

* W: Installation methods , or , (Installation on a Wall and out of a Wall Using Mineral Wool Segments).

IN ACCORDANCE WITH EN 15650 EACH FIRE DAMPER MUST BE INSTALLED ACCORDING TO THE INSTALLATION INSTRUCTIONS PROVIDED BY THE MANUFACTURER!

Legend

Rigid/flexible wall

Only rigid wall/ceiling

Wet Installation

Dry Installation

Installation into a Soft Crossing

Installation Using an Installation Kit

Installation on a Wall

Installation out of a Wall

Multiple Damper Installation

Damper‘s horizontal blade axis orientation

Damper‘s vertical blade axis orientation

ve Vertical supporting construction (wall)

ho Horizontal supporting construction (floor/ceiling)


Dimension Range (mm)

Certificate No.

Product Type

Fire Resistivity

Supp

ortin

g Co

nstr

uctio

n Installation - Tested at Underpressure (Pa)

Wet Dry Soft Kit On Out Multi

100 × 100up to

1200 × 800

PKIS3G

PKIS3G-Ex *ATEX


ve 500 300 300 500 *KIT 300 *W, P 300 *W, P

ho 500 300 300


ve 500 300 300 500 *KIT 300 *W, P 300 *W, P

ho 500 300 300


ve 500 500 *KIT

ho 500 300

800 < W ≤ 1200

100 ≤ H ≤ 300

PKIS3GA

PKIS3G-Ex *ATEX


ve 300 300 *P

300 *P

ho


ve 300 300 *P

300 *P

ho

W > 1200 and/or

H > 800 up to

1600 × 1000

PKIS EI90S

PKIS90-Ex *ATEX

PKIS EI120S

PKIS120-Ex *ATEX


ve 300 300 300 300 *W

300 *W

300 *M

ho 300 300


ve 300

ho 300 300

Allowed Blade Axis Orientation

1396 - CPR - 0077

1396 - CPR - 0077

1396 - CPD - 0062

FTZU14ATEX0127X

FTZU13ATEX0046

Tab. 5: Permitted installation methods for the rectangular fire dampers based on fire resistivity


Tab. 6: Dimension ranges for individual installation methods (part 1/2)

PKIS EI90SPKIS90-Ex

EI90(ve i↔o)S

Multi

PKIS3GPKIS3G-Ex

EI90(ve i ↔ o)S

Dry

PKIS3GPKIS3G-Ex

EI90(ve ho i↔o)SEI120(ho i↔o)S

Soft

PKIS3GPKIS3G-Ex

EI90(ve i↔o)S

On Out

PKIS EI90SPKIS90-Ex

EI90(ve ho i↔o)S

Wet

PKIS EI120SPKIS120-Ex

EI120(ve ho i↔o)S

PKIS EI90SPKIS90-Ex

EI90(ve ho i↔o)S

Dry

PKIS EI90SPKIS90-Ex

EI90(ve ho i↔o)S

Soft

PKIS EI120SPKIS120-Ex

EI120(ve ho i↔o)S

PKIS EI90SPKIS90-Ex

EI90(ve ho i↔o)S

On Out

PKIS3GPKIS3G-Ex

EI120(ve ho i↔o)S

Wet

PKIS3GAPKIS3GA-Ex EI90(ve i ↔ o)S

100 ... W 1200 ...1600

... 1

00H

800

1000

...

100 × 100up to

1200 × 800

W > 1200 and/or

H > 800 up to

1600 × 1000

800 < W ≤ 1200 100 ≤ H ≤ 300


100 ... W 1200 ...1600

... 1

00H

800

1000

...

100 × 100 up to

800 × 600

100 ... W 1200 ...1600

... 1

00H

800

1000

...

100 × 100up to

1200 × 800

Dimension ranges for individual installation methods (part 2/2)

PKIS3GPKIS3G-Ex

EI120(ve i↔o)S

Kit

PKIS3GPKIS3G-Ex

EI60(ve i↔o)S

On Out

PKIS3GPKIS3G-Ex

EI90(ve i↔o)S

On Out

PKIS3GPKIS3G-Ex

EI60(ve i↔o)S

On Out


Dimensions Installation Distances

According to the standard EN 1366-2, the minimum distance from wall or ceiling to the damper body is 75 mm. For multiple crossings through fire resistive wall, the minimum distance between two damper bodies is 200 mm. This applies for distances between the damper body and a nearby foreign object crossing the fire resistive wall. Damper clearances vary from the type of mechanism and their rotation. It is allowed to install dampers at smaller distances as long as it was tested.

For the tested smaller distances, please see the installation method (Wet Installation) and (Installation into a Soft Crossing) in the UserManual_PKIR_PKIS document.

Fig. 3: Installation distances between damper bodies

NOTE: Valid also for rectangular fire dampers.

Tab. 7: Installation distances for minimal and comfortable access to the mechanism

Clearance (mm)

Standard Distances - According to EN 1366-2Smaller Distances - Only Valid for Installation Methods

(Wet) and (Installation into a Soft Crossing)

A B Gd Gw Br Gdr Gwr

Manually Operated

Minimal 200

≥ 200 ≥ 75

120

≥ 60 ≥ 40Comfort 320 240

Actuator Operated

Minimal 370 200 200

Comfort 490 320 320

Gw /Gwr

G w /G

wr

A B/B r

Gd /Gdr A

G d /G

dr

B/Br



Dimensions and Overhang

PKIR3G Circular Fire Dampers

To avoid blocking the movement of a damper blade, connect a straight duct at minimal lengths respectively R1 or R2 .R1 and R2 are the overhang of the fully open blade, including the seals and gaskets on the damper blade.

NOTES (Fig. 4 up to Fig. 7):

* inclusive bearing; ** suspension plane

**

øD

R245

L = 450

45

max. 85

180 DN + 30 *

110 ø 6,2

ø 6,2

L = 500

R2

215

45

100

øD

max. 85R1 45

**

DN + 30 *

Fig. 4: Dimensions of the manually operated fire damper PKIR3G – nominal diameter from ø 100 to 630 mm

Fig. 5: Dimensions of the actuator operated fire damper PKIR3G – nominal diameter from ø 100 to 630 mm

Fig. 6: Dimensions of the manually operated fire damper PKIR3G – nominal diameter from ø 710 to 1000 mm

Fig. 7: Dimensions of the actuator operated fire damper PKIR3G – nominal diameter from ø 710 to 1000 mm

(mm)

DN 100 125 140 150 160 180 200 225 250 280 315 355 400 450 500 560 630

øD 98 123 138 148 158 178 198 223 248 278 313 353 398 448 498 558 628

L 450

R1 -300 -287,5 -280 -275 -270 -260 -250 -237,5 -225 -210 -192,5 -172,5 -150 -125 -100 -70 -35

R2 -67 -54,5 -47 -42 -37 -27 -17 -4,5 8 23 40,5 60,5 83 108 133 163 198

(mm)

DN 710 800 900 1000

øD 708 798 898 998

L 500

R1 3 48 98 148

R2 191 236 286 336

Tab. 8: Dimensions and overhangs of a circular fire damper with a fully open blade

110 ø6,2**

øD

R245

L = 450

45

180

max.170

DN + 30 *

ø 6,2

L = 500

R2

215

45

100

øD

max. 100DN + 30 *R1 45

**


110

L = 325

ø 6,2

W × H

(W + 40) × (H + 40)

max. 70

8,8 × 11,8

**

140 R2R1

**

L = 380

126

R1 R2 (W + 80) × (H + 80)

W × H 80

ø 6,2122

8,8 × 11,8


To avoid blocking the movement of a damper blade, connect a straight duct at minimal lengths respectively R1 or R2 .R1 and R2 are the overhang of the fully open blade, including seals and gaskets on the damper blade.

NOTE (Fig. 8 up to Fig. 11): ** suspension plane

Fig. 8: Dimensions of the manually operated fire damper PKIS3G – nominal dimensions 100 × 100 mm up to 1200 × 800 mm PKIS3GA - nominal dimensions 850 × 100 up to 1200 × 300 mm

Fig. 9: Dimensions of the actuator operated fire damper PKIS3G – nominal dimensions 100 × 100 mm up to 1200 × 800 mm PKIS3GA - nominal dimensions 850 × 100 up to 1200 × 300 mm

Fig. 10: Dimensions of the manually operated fire damper PKIS – nominal dimensions W > 1200 mm and/or H > 800 mm up to 1600 × 1000 mm

Fig. 11: Dimensions of the actuator operated fire damper PKIS – nominal dimensions W > 1200 mm and/or H > 800 mm up to 1600 × 1000 mm

Tab. 9: Dimensions and overhangs of rectangular fire damper PKIS at fully open blade

(mm)

H 100 150 175 180 200 250 300 315 350 355 400 450 500 550 560 600 630 650 700 710 750 800

R1

3G 3GA -188 -163 -150 -148 -143 -118 -93 -85 -68 -65 -43 -18 7 32 37 57 72 82 107 112 132 157

EI90S/EI120S - -180 -155 -130 -122 -105 -102 -80 -55 -30 -5 0 20 35 45 70 75 95 120

R2

3G 3GA -43 -18 -5 -3 2 27 52 60 77 80 102 127 152 177 182 202 217 227 252 257 277 302

EI90S/EI120S - -10 15 40 47 65 67 90 115 140 165 170 190 205 215 240 245 265 290

(mm)

H 850 900 950 1000

R1

3G 3GA -

EI90S/EI120S 145 170 195 220

R2

3G 3GA -

EI90S/EI120S 315 340 365 390

140 R2

L = 325

W × H

(W + 40) × (H + 40)

110 ø 6,2**

8,8 × 11,8

max. 180

**

L = 380

126R1 R2

(W + 80) × (H + 80)

W × H 100

ø 6,2122

8,8 × 11,8


Tab. 10: Weights of the manually operated circular fire damper

Weights



Tab. 11: Weights of the manually operated rectangular fire damper (part 1/2)

DN (mm) 100 125 140 150 160 180 200 225 250 280 315 355 400 450 500 560 630

mManually Operated

(kg ±5%)3,3 3,4 3,6 3,7 3,8 4,2 4,4 4,8 5,3 5,8 6,4 7,3 8,3 11,1 12,3 14,6 17

Actuator Operated 4,8 4,9 5,1 5,2 5,3 5,7 5,9 6,3 6,8 7,3 7,9 8,8 9,8 11,9 13,1 15,4 17,8

DN (mm) 710 800 900 1000

mManually Operated

(kg ±5%)33,5 39,4 46,5 54,2

Actuator Operated 35,6 41,5 48,6 56,3

mZV

(kg ±10%)

W (mm)

100 150 200 250 300 315 350 355 400 450 500 550 560 600 630 650 700 710 750 800

H(mm)

100 4,2 4,6 5,1 5,5 6,0 6,1 6,4 6,5 6,9 7,4 7,8 8,3 8,4 8,8 9,0 9,2 9,7 9,8 10,1 10,6

150 4,6 5,1 5,6 6,2 6,7 6,8 7,2 7,3 7,7 8,3 8,8 9,3 9,4 9,9 10,2 10,4 10,9 11,0 11,4 11,9

200 5,1 5,7 6,2 6,8 7,4 7,6 8,0 8,1 8,6 9,2 9,8 10,4 10,5 11,0 11,3 11,6 12,2 12,3 12,7 13,3

250 6,2 6,8 7,5 8,1 8,3 8,8 8,9 9,4 10,2 10,8 11,5 11,6 12,1 12,5 12,8 13,4 13,5 14,1 14,7

300 6,7 7,4 8,1 8,8 9,1 9,6 9,7 10,3 11,1 11,8 12,5 12,6 13,2 13,6 13,9 14,6 14,8 15,4 16,1

315 7,6 8,3 9,1 9,3 9,8 9,9 10,5 11,3 12,1 12,8 13,0 13,5 14,0 14,3 15,0 15,2 15,8 16,5

350 8,0 8,8 9,6 9,8 10,3 10,4 11,1 12,0 12,8 13,5 13,7 14,3 14,8 15,1 15,9 16,0 16,7 17,5

355 8,1 8,9 9,7 9,9 10,4 10,5 11,2 12,1 12,9 13,6 13,8 14,4 14,9 15,2 16,0 16,2 16,8 17,6

400 8,6 9,4 10,3 10,5 11,1 11,2 12,0 12,9 13,7 14,6 14,8 15,4 15,9 16,3 17,1 17,3 18,0 18,8

450 10,1 11,0 11,3 11,9 12,0 12,8 13,8 14,7 15,6 15,8 16,5 17,1 17,5 18,4 18,6 19,3 20,2

500 10,7 11,7 12,0 12,7 12,8 13,7 14,7 15,7 16,7 16,9 17,7 18,2 18,6 19,6 19,8 20,6 21,6

550 12,4 12,7 13,5 13,6 14,5 15,6 16,7 17,7 17,9 18,8 19,4 19,8 20,9 21,1 21,9 22,9

560 12,6 12,9 13,6 13,7 14,7 15,8 16,7 17,9 18,1 19,0 19,6 20,0 21,1 21,3 22,2 23,2

600 13,1 13,5 14,2 14,4 15,4 16,5 17,7 18,8 19,0 19,9 20,5 21,0 22,1 22,3 23,2 24,3

630 18,4 18,5 19,9 21,5 23,0 24,6 24,9 26,1 27,1 27,7 29,2 29,6 30,8 32,4

650 18,8 19,0 20,4 22,0 23,6 25,2 25,5 26,8 27,7 28,3 29,9 30,3 31,5 33,1

700 19,9 20,0 21,6 23,2 24,9 26,6 26,9 28,3 29,3 30,0 31,7 32,0 33,3 35,0

710 20,3 21,8 23,5 25,2 26,9 27,2 28,6 29,6 30,3 32,0 32,3 33,7 35,4

750 22,7 24,5 26,3 28,1 28,4 29,8 30,9 31,6 33,4 33,7 35,2 36,9

800 23,9 25,8 27,6 29,5 29,9 31,4 32,5 33,2 35,1 35,5 37,0 38,9

850 36,0 38,9 41,2 42,3 43,3 45,4 47,5 48,5 48,9 50,6 53,4

900 37,5 40,1 42,7 43,5 45,5 47,0 48,1 50,8 50,6 53,4 56,2

950 41,7 44,6 45,5 47,6 50,1 51,7 53,0 53,4 55,7 58,8

1000 43,5 46,5 47,7 49,4 53,0 55,1 55,2 55,3 58,2 61,1

NOTE: See the Legend on page 19


Weights of the manually operated rectangular fire damper (part 2/2)

mZV (kg ±10%)

W (mm)

850 900 950 1000 1050 1100 1120 1150 1200 1250 1300 1350 1400 1450 1500 1550 1600

H(mm)

100 11,0 11,4 11,9 12,4 12,8 13,3 13,4 13,7 14,2

150 12,6 13,1 13,6 14,2 14,7 15,2 15,5 15,8 16,3

20014,2 14,8 15,4 16,0 16,6 17,2 17,4 17,8 18,4

35,5 36,2 36,9 37,6 38,3 39,021,2 22,8 24,5 26,1 28,0 29,8 31,7 33,5 34,8

25015,7 16,4 17,1 17,8 18,5 19,2 19,4 19,8 20,5

36,3 37,0 37,7 38,4 39,1 39,824,0 25,1 26,2 27,3 29,2 31,1 33,0 34,9 35,6

30017,3 18,1 18,8 19,6 20,3 21,1 21,5 21,9 22,6

37,3 38,5 39,7 40,9 42,1 43,326,5 27,7 29,0 30,2 31,5 32,7 34,0 35,2 36,1

315 21,2 22,2 23,1 24,1 25,6 26,6 27,0 27,6 28,5 39,9 40,9 41,9 42,9 43,9 44,9

350 22,6 23,6 24,7 25,7 27,3 28,3 28,7 29,3 30,4 41,1 41,8 43,5 45,9 48,3 50,7

355 22,8 23,9 24,9 25,9 27,5 28,6 29,0 29,6 30,6 43,4 44,2 45,0 47,8 51,4 51,8

400 24,6 25,7 26,9 28,0 29,7 30,8 31,2 31,9 33,0 44,9 46,0 47,1 49,7 52,3 52,7 54,2 55,6

450 26,6 27,8 29,1 30,3 32,1 33,3 33,8 34,5 35,7 47,8 48,5 49,2 53,5 57,8 56,7 58,3 59,9

500 28,6 29,9 31,3 32,6 34,4 35,7 36,3 37,1 38,4 51,9 53,1 54,3 57,4 60,5 60,9 61,1 61,3

550 30,6 32,0 33,4 34,8 36,8 38,2 38,8 39,6 41,0 55,1 56,2 57,3 61,3 65,3 65 66,9 68,7

560 31,0 32,5 33,9 35,3 37,3 38,7 39,3 40,1 41,6 56,5 57,2 58,0 63,3 68,6 67,8 69,2 70,6

600 32,6 34,1 35,6 37,1 39,2 40,7 41,3 42,2 43,7 57,8 58,3 58,8 65,1 70,3 71,1 72,0 72,9

630 33,9 35,5 37,0 38,6 40,7 42,2 42,8 43,8 45,3 67,2 68,6 69,8 70,9 71,8 72,3 73,4 74,4

650 34,7 36,3 37,9 39,5 41,6 43,2 43,9 44,8 46,4 67,2 69,6 71,9 72,8 73,5 74,2 76,1 77,9

700 36,7 38,4 40,1 41,8 44,0 45,7 46,4 47,4 49,1 65,2 66,4 67,6 72,8 75,3 77,1 79,3 81,5

710 37,1 38,8 40,5 42,2 44,5 46,2 46,9 47,9 49,6 70,0 72,2 74,4 75,8 76,8 77,9 80,4 82,8

750 38,7 40,5 42,3 44,0 46,4 48,2 48,9 49,9 51,7 75,2 76,6 75,0 77,5 80,0 81,1 83,3 85,4

800 40,7 42,6 44,5 46,3 48,8 50,6 51,4 52,5 54,4 72,4 74,1 75,8 78,5 81,2 85,3 87,7 90,1

850 55,9 58,5 61,1 63,7 66,1 68,4 70,8 73,1 75,5 77,8 80,2 82,5 84,9 87,2 89,2 92,0 94,7

900 59,0 61,6 64,2 66,8 69,5 72,2 73,6 75,0 77,5 80,0 82,5 85,0 88,3 91,6 93,6 96,3 99

950 60,5 63,4 66,3 69,2 72,3 75,4 76,6 77,8 79,0 80,2 81,4 82,6 83,8 85,0 97,5 100,4 103,3

1000 64,0 66,9 69,8 72,7 75,6 78,5 79,9 81,3 84,3 87,3 90,3 93,3 95,3 97,3 101,8 104,7 107,6

Type of the Fire Damper Additional Weight of the Actuator Mechanism (kg)

Fire dampers with the length L = 325 mm (PKIS3G) + 1,6

Fire dampers with the length L = 380 mm (PKIS EI90S/EI120S) + 1,6

Fire dampers with the length L = 325 mm (PKIS3GA) + 1,6

Fire dampers with the length L = 380 mm (PKIS EI90S/EI120S) + 3,3

Not produced -

Legend


Tab. 12: Free area of the circular fire damper

Free Area


DN (mm) 100 125 140 150 160 180 200 225 250 280 315 355 400 450 500 560 630

AV (m2) 0,003 0,007 0,009 0,011 0,013 0,018 0,023 0,031 0,039 0,05 0,065 0,085 0,11 0,138 0,173 0,22 0,283

DN (mm) 710 800 900 1000

AV (m2) 0,357 0,459 0,587 0,731

Tab. 13: Free area of the rectangular fire damper (part 1/2)



Av (m2)W (mm)

100 150 200 250 300 315 350 355 400 450 500 550 560 600 630 650 700 710 750 800

H (mm)

100 0,007 0,011 0,015 0,019 0,023 0,024 0,027 0,027 0,031 0,031 0,035 0,038 0,039 0,042 0,044 0,045 0,049 0,049 0,052 0,056150 0,012 0,019 0,025 0,031 0,038 0,040 0,044 0,045 0,050 0,054 0,060 0,066 0,067 0,072 0,075 0,078 0,084 0,085 0,090 0,096175 0,015 0,022 0,030 0,037 0,045 0,047 0,053 0,053 0,060 0,065 0,072 0,079 0,081 0,086 0,091 0,094 0,101 0,102 0,108 0,115180 0,015 0,023 0,031 0,039 0,047 0,049 0,054 0,055 0,062 0,067 0,074 0,082 0,083 0,089 0,094 0,097 0,104 0,106 0,112 0,119200 0,014 0,022 0,030 0,039 0,047 0,049 0,055 0,056 0,063 0,067 0,074 0,082 0,084 0,090 0,095 0,098 0,105 0,107 0,113 0,121250 0,029 0,040 0,050 0,061 0,064 0,072 0,073 0,083 0,088 0,099 0,109 0,111 0,119 0,125 0,129 0,140 0,142 0,150 0,160300 0,036 0,049 0,062 0,075 0,079 0,089 0,090 0,102 0,110 0,123 0,135 0,138 0,148 0,156 0,161 0,174 0,176 0,186 0,199315 0,052 0,066 0,080 0,084 0,094 0,095 0,108 0,116 0,130 0,143 0,146 0,157 0,165 0,170 0,184 0,187 0,197 0,211350 0,058 0,074 0,090 0,094 0,105 0,107 0,121 0,132 0,147 0,162 0,165 0,177 0,186 0,193 0,208 0,211 0,223 0,238355 0,059 0,075 0,091 0,096 0,107 0,109 0,123 0,134 0,149 0,165 0,168 0,180 0,190 0,196 0,211 0,214 0,227 0,242400 0,086 0,104 0,109 0,122 0,124 0,140 0,153 0,171 0,189 0,192 0,206 0,217 0,224 0,242 0,245 0,260 0,277450 0,094 0,114 0,120 0,134 0,136 0,154 0,175 0,195 0,215 0,219 0,235 0,248 0,256 0,276 0,280 0,296 0,316500 0,105 0,128 0,135 0,151 0,153 0,174 0,196 0,219 0,242 0,246 0,265 0,278 0,287 0,310 0,315 0,333 0,356550 0,142 0,150 0,167 0,170 0,193 0,218 0,243 0,268 0,273 0,294 0,309 0,319 0,344 0,349 0,369 0,395560 0,145 0,153 0,171 0,173 0,197 0,222 0,248 0,274 0,279 0,300 0,315 0,325 0,351 0,356 0,377 0,403600 0,156 0,165 0,184 0,187 0,212 0,240 0,267 0,295 0,301 0,323 0,339 0,351 0,378 0,384 0,406 0,434630 0,151 0,171 0,174 0,199 0,227 0,255 0,283 0,288 0,311 0,328 0,339 0,367 0,372 0,395 0,423650 0,177 0,180 0,206 0,235 0,264 0,293 0,299 0,322 0,339 0,351 0,380 0,386 0,409 0,438700 0,192 0,195 0,224 0,255 0,287 0,318 0,324 0,350 0,369 0,381 0,413 0,419 0,444 0,476710 0,227 0,259 0,291 0,323 0,330 0,355 0,374 0,387 0,419 0,426 0,451 0,483750 0,241 0,275 0,309 0,343 0,350 0,377 0,398 0,411 0,445 0,452 0,479 0,513800 0,296 0,332 0,369 0,376 0,405 0,427 0,442 0,478 0,485 0,515 0,551

8500,358 0,399 0,439 0,447 0,479 0,503 0,52 0,56 0,568 0,6 0,640,349 0,389 0,429 0,437 0,469 0,493 0,509 0,549 0,557 0,589 0,628

9000,381 0,423 0,466 0,475 0,509 0,535 0,552 0,595 0,603 0,637 0,680,371 0,413 0,456 0,464 0,498 0,524 0,541 0,583 0,592 0,625 0,668

9500,448 0,494 0,503 0,539 0,566 0,584 0,629 0,638 0,675 0,720,438 0,483 0,492 0,528 0,555 0,573 0,617 0,626 0,662 0,707

10000,473 0,521 0,53 0,569 0,597 0,616 0,664 0,674 0,712 0,760,462 0,51 0,519 0,557 0,585 0,604 0,652 0,661 0,699 0,747


Av (m2)W (mm)

850 900 950 1000 1050 1100 1120 1150 1200 1250 1300 1350 1400 1450 1500 1550 1600

H (mm)

100 0,059 0,063 0,066 0,070 0,073 0,077 0,078 0,080 0,084150 0,102 0,108 0,114 0,120 0,126 0,132 0,134 0,138 0,144175 0,123 0,130 0,137 0,144 0,152 0,159 0,162 0,166 0,173180 0,127 0,134 0,142 0,149 0,157 0,164 0,167 0,172 0,179

2000,144 0,152 0,161 0,169 0,178 0,186 0,190 0,195 0,203 0,193 0,201 0,209 0,217 0,224 0,2320,105 0,111 0,118 0,124 0,131 0,137 0,140 0,144 0,150 0,183 0,19 0,198 0,205 0,212 0,22

2500,186 0,197 0,208 0,219 0,230 0,241 0,246 0,252 0,263 0,256 0,266 0,276 0,286 0,297 0,3070,145 0,154 0,163 0,172 0,181 0,190 0,194 0,199 0,208 0,245 0,255 0,265 0,274 0,284 0,294

3000,229 0,242 0,256 0,269 0,283 0,296 0,302 0,310 0,323 0,318 0,331 0,343 0,356 0,369 0,3820,185 0,197 0,208 0,220 0,231 0,243 0,247 0,254 0,266 0,307 0,319 0,331 0,344 0,356 0,369

315 0,197 0,209 0,222 0,234 0,246 0,258 0,263 0,271 0,2830,337 0,35 0,364 0,377 0,391 0,4040,325 0,338 0,352 0,365 0,378 0,391

350 0,225 0,239 0,253 0,267 0,281 0,295 0,301 0,309 0,3230,38 0,395 0,411 0,426 0,441 0,457

0,369 0,383 0,398 0,413 0,428 0,443

355 0,229 0,244 0,258 0,272 0,286 0,301 0,306 0,315 0,3290,386 0,402 0,417 0,433 0,449 0,4640,375 0,39 0,405 0,42 0,436 0,451

400 0,266 0,282 0,299 0,315 0,332 0,348 0,355 0,365 0,3810,442 0,46 0,478 0,496 0,514 0,531 0,549 0,5670,43 0,448 0,465 0,483 0,5 0,518 0,535 0,553

450 0,306 0,325 0,344 0,363 0,382 0,401 0,409 0,420 0,4390,505 0,525 0,545 0,566 0,586 0,606 0,627 0,6470,492 0,512 0,532 0,552 0,572 0,592 0,612 0,632

500 0,346 0,368 0,389 0,411 0,432 0,454 0,462 0,475 0,4970,567 0,59 0,613 0,635 0,658 0,681 0,704 0,7270,554 0,577 0,599 0,622 0,644 0,667 0,689 0,712

550 0,386 0,410 0,434 0,458 0,482 0,506 0,516 0,530 0,5540,629 0,655 0,68 0,705 0,731 0,756 0,781 0,8060,616 0,641 0,666 0,691 0,716 0,741 0,766 0,791

560 0,394 0,419 0,443 0,468 0,492 0,517 0,527 0,541 0,5660,642 0,668 0,693 0,719 0,745 0,771 0,797 0,8220,629 0,654 0,68 0,705 0,731 0,756 0,781 0,807

600 0,427 0,453 0,480 0,506 0,533 0,559 0,570 0,586 0,6120,692 0,719 0,747 0,775 0,803 0,831 0,858 0,8860,678 0,706 0,733 0,761 0,788 0,816 0,843 0,87

630 0,451 0,479 0,507 0,535 0,563 0,591 0,602 0,619 0,6470,729 0,758 0,788 0,817 0,846 0,875 0,905 0,9340,715 0,744 0,773 0,802 0,831 0,86 0,889 0,918

650 0,467 0,496 0,525 0,554 0,583 0,612 0,624 0,641 0,6700,754 0,784 0,815 0,845 0,875 0,905 0,936 0,9660,74 0,77 0,8 0,83 0,86 0,89 0,92 0,95

700 0,507 0,539 0,570 0,602 0,633 0,665 0,677 0,696 0,7280,816 0,849 0,882 0,915 0,947 0,98 1,013 1,0460,802 0,835 0,867 0,9 0,932 0,964 0,997 1,029

710 0,515 0,547 0,579 0,611 0,643 0,675 0,688 0,707 0,7390,829 0,862 0,895 0,929 0,962 0,995 1,028 1,0620,815 0,848 0,88 0,913 0,946 0,979 1,012 1,045

750 0,547 0,581 0,615 0,649 0,683 0,717 0,731 0,751 0,7850,879 0,914 0,949 0,984 1,02 1,055 1,09 1,1260,864 0,899 0,934 0,969 1,004 1,039 1,074 1,109

800 0,588 0,624 0,661 0,697 0,734 0,770 0,785 0,807 0,8430,941 0,979 1,016 1,054 1,092 1,13 1,168 1,2050,926 0,964 1,001 1,038 1,076 1,113 1,151 1,188

8500,681 0,721 0,761 0,802 0,842 0,882 0,898 0,923 0,963 1,003 1,043 1,084 1,124 1,164 1,205 1,245 1,2850,668 0,708 0,748 0,788 0,828 0,868 0,884 0,908 0,948 0,988 1,028 1,068 1,108 1,148 1,188 1,228 1,268

9000,723 0,766 0,809 0,851 0,894 0,937 0,954 0,98 1,023 1,065 1,108 1,151 1,194 1,237 1,279 1,322 1,3650,71 0,753 0,795 0,838 0,88 0,923 0,94 0,965 1,008 1,05 1,092 1,135 1,177 1,22 1,262 1,305 1,347

9500,765 0,811 0,856 0,901 0,947 0,992 1,01 1,037 1,082 1,128 1,173 1,218 1,264 1,309 1,354 1,4 1,4450,752 0,797 0,842 0,887 0,932 0,977 0,995 1,022 1,067 1,112 1,157 1,202 1,247 1,292 1,337 1,382 1,427

10000,808 0,855 0,903 0,951 0,999 1,047 1,066 1,094 1,142 1,19 1,238 1,286 1,333 1,381 1,429 1,477 1,5250,794 0,842 0,889 0,937 0,984 1,032 1,051 1,079 1,126 1,174 1,221 1,269 1,316 1,364 1,411 1,459 1,506

Free area of the rectangular fire damper (part 2/2)

Fire dampers with the length L = 325 mm (PKIS3G)

Fire dampers with the length L = 325 mm (PKIS3GA)

Fire dampers with the length L = 380 mm (PKIS EI90S)

Fire dampers with the length L = 380 mm (PKIS EI120S)

Not produced

Legend


Ordering CodesPKIR3G Circular Fire Dampers

NOTE: * PKIR3G = fire dampers with dimensions DN = 100 mm ... 1000 mm, where the fire resistivity depends on the installation method.

Example of the Ordering Code

PKIR3G-1000-DV5-2

Circular fire damper, nominal diameter 1000 mm, manually operated activation mechanism with a 24 V AC electromagnetic release in the impulse connection (release takes place when the electromagnet is activated) plus 230 V switches, indicating the damper’s closed and open position.

PKIR3G * -

Dimensions

Type of activation ZV, DV1 up to DV9-T-SR

øDN

PKIS

Fire resistivity

Dimensions

Type of activation

3G 1)

3GA 2)

-EI90S-EI120S

ZV, DV1 up to DV9-T-SR

W × H

NOTES:

1) 3G = rectangular fire dampers with the dimensions W ≤ 1200 mm and H ≤ 800 mm, where the fire resistivity depends on the installation method.

2) 3GA = ; rectangular fire dampers with the dimensions 800 ≤ W ≤ 1200 mm and 100 ≤ H ≤ 300 mm), where the fire resistivity depends on the installation method.

Examples of the Ordering Codes

Rectangular Fire Damper PKIS3G (dimensions 100 ≤ W ≤ 1200 mm and 100 ≤ H ≤ 800 mm)

PKIS3G-1200×800-DV1-2

Rectangular fire damper, nominal dimensions width × height = 1200 × 800 mm, with open and closed position indication with 230 V contact microswitches.

Rectangular Fire Damper with Narrow Profile PKIS3GA(dimensions 800 < W ≤ 1200 mm and 100 ≤ H ≤ 300 mm)

PKIS3GA-850×150-G7-T

Rectangular fire damper, nominal dimensions width × height = 850 × 150 mm, with a Gruner actuator 230 V and a thermoelectric fuse.

Rectangular fire damper PKIS EI120S (dimensions 1200 < W ≤ 1600 mm and/or 800 < H ≤ 1000 mm)

PKIS-EI120S-1600×1000-DV9-T

Rectangular fire damper with fire resistivity EI120S, nominal dimensions width × height = 1600 × 1000 mm, with a Belimo actuator 24 V and a thermoelectric fuse.



AccessoriesAM-PKI

Activation Mechanisms for Fire Dampers

Description

The activation mechanism for the fire damper is part of the fire damper which serves for the movement of the blade between the open and closed position and for detention in these end positions. Activation mechanisms are interchangeable. It is possible, for example, to replace a manually operated mechanism with an actuator operated mechanism and vice versa. All mechanisms have a 3-digit compatibility code which shows which mechanism goes with which damper dimension. In case of activation mechanism exchange, order the appropriate mechanism according to the procedure described in the document “DataSheet_AM-PKI” or use the web tool AM-PKI_selector.

Design

The manually operated activation mechanism is fitted with a thermal-link located under the mechanism base plate. Actuator operated mechanisms are delivered with a thermal-fuse, connected via a wire to the actuator. Activation mechanisms have a lever with bushing on the pin that fits into the damper coulisse, except circular fire dampers PKIR3G with a nominal diameter of DN = 700 ... 1000 mm, which have a mechanism with ball joints. The lever is driven into the closing position with a spring and into the open position manually or with an electromotor in the actuator.

IMPORTANT: Fire dampers are delivered with an order specified activation mechanism by default.

Use this accessory in case of a future on-site damper upgrade.

Systemair DESIGN DataSheet_AM-PKI UserManual_AM-PKI

Information about the ordering and compatibility of activation mechanism is available in the document “DataSheet_AM-PKI” or use the web tool AM-PKI_selector.

Information about installation, maintenance and operation is available in the document “UserManual_AM-PKI” or follow the instruction for AM-PKI on Systemair DESIGN.


https://design.systemair.com/Global/en-GB/catalogue/AM_PKI_SELECTOR

https://design.systemair.com/Global/en-GB/catalogue/AM_PKI_SELECTOR/sketchfabmodel







https://design.systemair.com/Global/en-GB/catalogue/AM_PKI_SELECTOR




PRR-PKI and PRS-PKI

Coverplates

Description

Coverplates are intended for the fire dampers installation with a fire resistivity up to EI90S. They provide the cover for insulation filling, which can be made from lower density mineral wool.

Design

The coverplates are made from calcium silicate board with a thickness of 20 mm. For circular fire dampers, the shape of these boards differs from the dimension. For rectangular fire dampers, the boards are made of rectangles with a width of 150 mm.

Dimensions

Fig. 12: Dimensions of the PRR-PKI coverplates

DN = 100 ... 560 mm; s = 100 mm; DN > 560 mm; s = 150 mm

Fig. 13: Dimensions of the PRS-PKI coverplates

S

S

R = DN/2

t = 20

øDN

s

20

H

W

150

150

20


Information about installation, maintenance and operation is available in the document “UserManual_PKIR_PKIS” or follow the instruction for fire dampers PKIR and PKIS on Systemair DESIGN.

Ordering Codes

Circular Cover Plates

PRR-PKI-DN

NOTE: DN = Damper nominal diameter (mm)

Rectangular Cover Plates

PRS-PKI-W×H

NOTES:

W = Damper nominal width (mm)

H = Damper nominal height (mm)




MPA-PKI

METO-PG20 Adapter

Description

This fire damper accessory enables rectangular dampers to be connected to a different size duct flange. The dampers are designed to fit a 20 mm or 40 mm duct flange depending on the damper size. Please see dimensions of PKIS3G, PKIS3GA, PKIS EI90S and PKIS EI120S dampers on page 17.

Design

This adapter is made of galvanized sheet metal. One side of the adapter is fitted with a 20 mm flange the other side is fitted with a 40 mm flange.

Dimensions

Fig. 14: Dimensions of the MPA-PKI; view left on the 20 mm flange; view right on the 40 mm flange

Ordering Code

MPA-PKI-W×H

NOTES:

W = Damper nominal width (mm)

H = Damper nominal height (mm)

40 20ø8 ×

8ø8

× 8

W × H

(W + 40) × (H + 40)

100 W × H

(W + 80) × (H + 80)


CVR-PKI, CVRF-PKI and CVS-PKI

Thermal Dilatation Compensator

Description

This thermal dilatation compensator prevents loads and forces from being transmitted onto the damper itself during standard usage of the HVAC duct system. This compensator is intentionally not fire resistive. In case of fire, it prevents the duct from pushing the damper out of the wall crossing.

Design

The thermal dilatation compensator is made from a self-extinguishing flexible section that is imbedded into a short sheet metal duct part. This duct part divides the compensators into 3 types. Depending on the desired connection, it is possible to choose from circular ones with or without a flange and rectangular ones with a flange. Additionally, both sheet metal parts are connected by wire to comply with static electricity grounding requirements.

Dimensions

240

øD

N-1

9

n×d1

øD1

100

240

W × H

(W + 2f) × (H + 2f)

ø8 ×

8A B

100

Fig. 15: Dimensions of the CVR-PKI

Fig. 16: Dimensions of the CVRF-PKI

Fig. 17: Dimensions of the CVS-PKI

NOTES:

f - flange width (mm)

A - fire damper side

B - duct side

10047 47

350

øDN


f Side A/ f Side B (mm)

W (mm)

100 150 200 250 300 315 350 355 400 450 500 550 560 600 630 650 700 710 750 800

H(mm)

100

150

200

250

300

315

350

355

400

450

500

550

560

600

630

650

700

710

750

800

850

900

950

1000

Tab. 14: Dimensions of the CVS-PKI and flange widths (part 1/2)

40/20

20/20



f Side A/ f Side B (mm)

W (mm)

850 900 950 1000 1050 1100 1120 1150 1200 1250 1300 1350 1400 1450 1500 1550 1600

H(mm)

100

150

200

250

300

315

350

355

400

450

500

550

560

600

630

650

700

710

750

800

850

900

950

1000

40/20

20/20 20/30

side A, f = 20/side B, f = 20




Not produced

Legend

40/30

Dimensions of the CVS-PKI and flange widths (part 2/2)


Ordering Codes

Circular Thermal Dilatation Compensator Without Flanges

CVR-PKI-DN

NOTE: DN = Nominal diameter (mm), produced up to a nominal diameter of 800 mm.

Circular Thermal Dilatation Compensator With Flanges

CVRF-PKI-DN

NOTE: DN = Nominal diameter (mm), produced up to a nominal diameter of 800 mm.

Rectangular Thermal Dilatation Compensator With Flanges

CVS-PKI-W×H

NOTES:

W = Nominal width (mm)

H = Nominal height (mm)


SSAR-PKI and SSAS-PKI

Adapter with a Smoke Sensor

Description

Adapter with a mounted ventilation smoke switch LRS 01 manufactured by Hekatron. By using the ventilation smoke switch system LRS01, smoke can be detected at an early stage. Timely recognition prevents the spread of smoke within and through the air system.

Design

For comfortable installation, the adapter body is fitted with a standard Hekatron LRS 01 ventilation smoke switch. This adapter is made of galvanized sheet metal available in a rectangular and circular shape.

The relay in the optical smoke switches opens in case of alarm, heavy wear, disturbance or power failure. The smoke switch LRS 01 has an alarm storage and must be reset to the operating state by a reset (brief interruption of the power supply). The relay contact can switch voltages up to 30 V AC / DC. Power consumption at 28 V DC is 22mA. The enclosure is IP54 certified. Minimum airflow is 1 m/s. Maximum airflow is 20 m/s.

Connection of the Electrical Parts

Fig. 18: Wiring scheme of LRS 01 by Hekatron

Switch State Operating Condition

4

5Slightly dirty

4

5

Very dirty

No power

Failure

Alarm

1 Supply connection

2 Supply connection

3 RS Bus communication interface

4 Switch contact

5 Switch contact

6 (not used)

Legend


øD =

DN

- 2

,5

45 45

400

247

135

97

400

(W + 2f) × (H + 2f)

8,8 × 11,8

W × H

247

135

97

Fig. 19: Dimensions of the SSAR-PKI Fig. 20: Dimensions of the SSAS-PKI

Tab. 15: Widths of the SSAR-PKI adapter flange

150 ... W 800 1200 ...1600

... 1

00H

600

800

1000

...

150 × 100up to

800 × 600

f = 20

W > 800 and/or

H > 600 up to

1600 × 1000

f = 40

Dimensions

Ordering Codes

Circular Adapter with a Smoke Sensor and without Flanges

SSAR-PKI-DN

NOTE: DN = Nominal diameter (mm); produced from DN ≥ 150 mm

Rectangular Adapter with a Smoke Sensor and Flanges

SSAS-PKI-W×H

NOTES:

W = Nominal width (mm); produced from W ≥ 150 mm



RFA-PKI

Flange for the Circular Fire Dampers

The circular damper flange adapter can be provided if there is a flange connection needed. The circular flange adapter is made from zinc coated sheet metal and pressed into shape. Holes are prepared for easy connection.

a

80

n×ød1

øD1

øDN

-3

Fig. 21: Dimensions of the RFA-PKI flange

Tab. 16: Dimensions of the RFA-PKI flanges

DN øD1 a ød1 n

(mm)

100 1307 7 4

125 155

140 192 9

9

8

150 181 7

160 22410

180 215

200 235 9

225 260

10

250 285

280 315

315 350

12355 390

400 445

450 495

500 545

16560 605

11 12630 680

710 76020

800 860


IKRR-PKI, IKRS-PKI and IKSS-PKI

Installation Kit

IMPORTANT: The installation kit is delivered for PKIR3G and PKIS3G only.

It is always pre-assembled on the fire damper, therefore it must be specified with the damper order.

Description

All installation kits were designed to speed up the complete installation process. Only screws are used for the installment of a damper with the kit pre-mounted.

Product Types

• IKRR: Circular damper with a circular kit shape

• IKRS: Circular damper with a rectangular kit shape

• IKSS: Rectangular damper with a rectangular kit shape

Design

The kit is made from calcium silicate boards processed into the desired shape, glued on the damper body forming a circumference around the blade area. The kit is fitted with a sheet metal flange from one side that serves as a suspension plane.


Fig. 22: Dimensions of the installation kit IKRS-PKI

WK ×

WK

DN -

2,5

120

450

280WP × WP

~150

30 ø6,2

Fig. 23: Dimensions of the installation kit IKRR-PKI

Fig. 24: Dimensions of the installation kit IKSS-PKI

NOTE: Rectangular installation kit IKSS-PKI only up to fire damper nominal dimensions of 800 × 600 mm.

ø6,2

øD2

DN -

2,5

120

450

280WP × WP

~15030

ø6,230

W × H

95

(W +

76)

× (H

+ 7

6)

126

325

185

(W + 230) × (H + 230)

~150

Dimensions

NOTE: * W1, * D1 - dimensions of the openings in the wall

DN W1 * W2 W3 øD1 * øD2

(mm)

100 200 350 187 200 187

125

250

375

237 250 237140 390

150 400

160 410

180300

430287 300 287

200 450

225350

475337 350 337

250 500

280400

530387 400 387

315 565

355 450 605 437 450 437

400 500 650 487 500 487

450 550 700 537 550 537

500 600 750 587 600 587

560 660 810 647 660 647

600 700 850 687 700 687

630 730 880 717 730 717

Tab. 17: Dimensions of the installation kit and opening in the wall


Ordering Codes

Circular Installation Kit Assembled on a Circular Fire Damper

IKRR-PKI-DN

NOTE: DN = Nominal diameter (mm); produced up to DN = 630 mm

Rectangular Installation Kit Assembled on a Circular Fire Damper

IKRS-PKI-DN

NOTE: DN = Nominal diameter (mm); produced up to DN = 630 mm

Rectangular Installation Kit Assembled on the Rectangular Fire Damper

IKSS-PKI-W×H

NOTES:



Information about installation, maintenance and operation is available in the document “UserManual_PKIR_PKIS” or follow instruction for fire dampers PKI on Systemair DESIGN.




IPOR-PKI and IPOS-PKI

Insulation Cover

IMPORTANT: Only for fire resistivity of EI90S and mineral wool insulation.

Delivered disassembled. Not applicable for PKIS3GA.

Description

For EI90S installation methods “On a Wall and Out of a Wall Using Mineral Wool Segments”, it is necessary to cover the edge of the insulation to sufficiently hold the insulation in place during fire to fulfill the EI90S criteria. Installation methods “On a Wall and Out of a Wall” represent protrusion of the next fire compartment, therefore strengthening the hanging of the damper and the damper itself is necessary.

Design

Insulation covers are made of bent sheet metal in a manner that they can be assembled on-site. It is manufactured for circular and rectangular dampers. Depending on the size of a rectangular damper, the insulation covers are delivered with extra parts:

• PKIS3G is delivered with Promatect boards with a cross section of 60 × 20 mm.

• PKIS EI90S is delivered with a disassembled hanging frame.


Dimensions

Fig. 25: Dimensions of the IPOR-PKI (assembled and disassembled state) Fig. 26: Dimensions of the IPOS-PKI (assembled state)

Ordering Codes

Insulation Cover for Circular Fire Damper

IPOR-PKI-DN

NOTE: DN = Nominal diameter (mm); produced only for DN = 100 ... 400 mm

Insulation Cover for Rectangular Fire Damper

IPOS-PKI-W×H

NOTES:



Information about installation, maintenance and operation is available in the document “UserManual_PKIR_PKIS” or follow the instruction for fire dampers PKI on Systemair DESIGN.

180

185

155

øDN

50

2

3

140

L150

c

b a

H

W




IKOWS-PKI

Installation Kit for Installation on a Wall and out of a Wall Using Promatect Boards

IMPORTANT: Only for Promatect boards duct insulation.

Delivered disassembled.

Only applicable for PKIS3G and PKIS3GA. Fire resistive coating, e.g. Promat Kleber, not part of the delivery.

Description

For installation methods “On a Wall and Out of a Wall Using Promatect boards”, it is necessary to use a kit that has to be glued and mounted in the blade area. Installation methods “On a Wall and Out of a Wall” represent protrusion of the next fire compartment, therefore strengthening the hanging of the damper and the damper itself is necessary.

Design

The installation kit is made of Promatect boards and has grooves prepared that exactly fit the fire damper body shape. There are are 8 screws provided in the package that are used for kit fixture on the damper.

Dimensions

Fig. 27: Dimensions of the IKOWS-PKI

Ordering Code

Installation Kit for Installation on a Wall and out of a Wall Using Promatect Boards

IKOWS-PKI-W×H

NOTES:



Information about installation, maintenance and operation is available in the document “UserManual_PKIR_PKIS” or follow instruction for fire dampers PKI on Systemair DESIGN.

H

W




Technical Parameters

Durability Test

50 cycles/manually operated activation mechanism – with no change of the required properties

10000 + 100 + 100 cycles/actuator operated activation mechanism – with no change of the required properties

20 000 cycles/modulated actuator (DV9-T-SR) – with no change of the required properties

Testing Under Pressure 300/500 Pa, depending on the method of installation

Safe Position Closed

Possible Installations Vertical/horizontal, rigid/flexible wall, Wet installation/Dry installation (see Tab. 3 up to Tab. 6)

Airflow Direction Both directions

Allowed Air Velocity Max. 12 m/s

Side with Fire Protection

Depending on installation classification: From both sides (i <-> o); From mechanism side (i <- o); Oposite mechanism side (i -> o)"

Activation Temperature

Manually operated: 72°C as standard (100°C on request) by means of a spring after the melting of the thermofuse

Actuator operated: 72°C as standard (95°C or 120°C on request) by means of the spring after current interruption in the electro-thermal fuse

Ambient Temperature Maximum of 60°C for 72°C thermofuse, maximum 85°C for 100°C thermofuse, maximum 105°C for 120°C thermofuse

Repeated Opening It is possible to open the device in cold conditions

Closing Time Manually operated < 10 s, actuator operated < 20 s

Indicator Closed/Open

Manually operated 230 V microswitches - versions DV1-2 up to DV6-2

Actuator operated built-in microswitches - version DV7-T/G7-T up to DV9-T-SR/G9-T-SR

Environment Suitability Only indoor environment (3K5 according to EN 60721-3-3)

Inspection Possibility After removing of the activation mechanism, or by opening of the inspection lid

Maintenance Not required/dry cleaning if demanded by law in the country in which the fire dampers are installed

Revisions Determined by law in the country in which the fire dampers are installed. Usually every 12 months.

Allowed Pressure 1200 Pa

Blade Tightness (STN EN 1751)

Circular: class 3 as standard; Rectangular class 2 as standard, class 3 for an extra charge

Tightness of the Housing (STN EN 1751)

Class C as standard

Modulated Actuator Can be set to any position when opening the blade - see types of activation mechanisms DV9-T-SR/G9-T-SR

Conformity with EC Directives

2006/42/ES Machinery Directive

2006/95/ES Low Voltage Directive

2004/108/ES Electromagnetic Compatibility Directive

PKIR

3G


ps (Pa) Pressure drop

qV

(m3/h)(l/s)

Air flow volume

Diagram 1: Pressure drop A-weighted total discharged sound power level depending on air flow volume at different duct pressures (PKIR3G)

PKIR

3G

Legend (Diagram 1 up to Diagram 18)

Diagram 2: Pressure drop A-weighted total discharged sound power level depending on air flow volume at different duct pressures (PKIR3G)

300

100

40

70

300040

0

250

500

1500

PKIR3G; øD = 100 ... 315

3

qV (m3/h)

qV (l/s)

p s (Pa

)

4

200

2000

125

150

180

øD = 100

LWA = 40 dB

45

25

35

30

50

5580010060

140

160

250010

0

600

30

150

15

20

75

150

200

300

800

1000

500300200

200

250280

225

6

30

10

315

8

50

20 40 50 80 150 250 400 600 700

±Δ (%) Deviation from measured value

LWA (dB) A-weighted total sound power level

v (m/s) Air flow velocity in the duct

40

15

6

800

3000

0

4000

2500

5000

1500

0

PKIR3G; øD = 355 ... 1000

0,5

qV (m3/h)

qV (l/s)

p s (Pa

)

30

2000

0

400

500

630

øD = 355

LWA = 40 dB

45

25

35

30

50

55

80001500800

450

560

2500

0

1000

6000

300

20

3

4

10

1500

2000

3000

8000

1000

0

500030002000

710

9001000

800

5

2

1

8

250 400 600 1000 4000 6000


30

8

3000

5000

0

1500

0

8000

2000

0

4000

0

PKIS3G; W = 1200

0,7

qV (m3/h)

qV (l/s)

p s (Pa

)

1

15300

400600

H = 200

3000

LWA = 40 dB45

25

3530

5055

10000

500

4000

2500

0

2000

10

2

34

6

20

5000

6000

1000

0

3000

0

60001000

700

800

50

15

8

300

8000

150080

0

2500

5000

PKIS3G; W = 300

1,5

qV (m3/h)

qV (l/s)p s (

Pa)

2

30

6000

200

400

600

H = 100

LWA = 40 dB45

25

3530

5055

2000300200

300

500

700040

0

2000

100

20

34

6

10

40

500

600

1000

3000

4000

1000600400

60

15

8

500

2500

0

4000

2000

5000

1500

0

PKIS3G; W = 600

0,8

qV (m3/h)

qV (l/s)

p s (Pa

)

2

30

2000

0

200

400600

H = 100500

LWA = 40 dB45

25

3530

5055

6000

300

500

750

6000

250

20

346

10

40

1000

1500

3000

8000

1000

0

400020001000

700

800

30

8

2000

4000

0

8000

5000

1000

0

2500

0

PKIS3G; W = 900

0,5

qV (m3/h)

qV (l/s)

p s (Pa

)

1

15

3500

0

300400

600

H = 2003000

LWA = 40 dB45

25

3530

5055

9000

500

2500

1500

0

1200

10

2346

20

3000

4000

6000

3000

0

2000

0

6000600

700

800

900

Diagram 3: Pressure drop A-weighted total discharged sound power level depending on air flow volume at different duct pressures (PKIS3G)




45

15

1000

1500

0

3000

2000

3500

7000

PKIS3GA; W = 1200

2

qV (m3/h)

qV (l/s)

p s (Pa

)

3

8000

150H = 100

LWA = 40 dB45

25

35

30

5055

3000600400

1000

0

4000

300

30

810

20

1500

2500

5000

6000

20001500800

200250

4

6

300

1000

1250

0

45

15

900

1100

0

3000

2000

3500

7000

PKIS3GA; W = 900

2

qV (m3/h)

qV (l/s)p s (

Pa)

8000

150H = 100

LWA = 40 dB45

25

3530

5055

2500600400

1000

0

4000

300

30

68

20

1500

2500

5000

6000

20001500800

200250

3

10

4

300

1000

PKIS3GA

Diagram 7: Pressure drop A-weighted total discharged sound power level depending on air flow volume at different duct pressures (PKIS3GA)

Diagram 8: Pressure drop A-weighted total discharged sound power level depending on air flow volume at different duct pressures (PKIS3GA)

PKIS

3G

PKIS

EI9

0S


PKIS3GA

PKIS

EI9

0S

Diagram 9: Pressure drop A-weighted total discharged sound power level depending on air flow volume at different duct pressures (PKIS EI90S)





7

4

3

2

1800

0

6500

0

3000

0

2200

0

2500

0

3500

0

4000

0

PKIS EI90S; W = 12006000

0,6

qV (m3/h)

qV (l/s)

p s (Pa

)

1

2000

0

65

4500

0

5000

0

5500

0

1000

950

900

H = 850

LWA = 40 dB

45

25

35

30

50

55

6000

0

8000 10000 12000 16000

8

54

3

2

1300

0

5000

0

2000

0

1600

0

1800

0

2500

0

3000

0

PKIS EI90S; W = 9008000

0,6

qV (m3/h)

qV (l/s)

p s (Pa

)

1

1400

0

76

3500

0

4000

0

4500

0

1000

950900H = 850

LWA = 40 dB

45

25

35

30

50

55

10000 120004000 6000

8

54

3

2

9000

3200

0

1600

0

2800

0

1200

0

1400

0

1800

0

2000

0

PKIS EI90S; W = 6005000

0,7

qV (m3/h)

qV (l/s)p s (

Pa)

1

1000

076

2200

0

2400

0

2600

0

1000

950900H = 850

8000

LWA = 40 dB

45

25

35

30

50

55

700060004000300030

6432

4000

8000

0

1500

0

6000

0

8000

1000

0

2000

0

3000

0

PKIS EI90S; W = 1400

0,5

qV (m3/h)

qV (l/s)

p s (Pa

)

1

6000

20

8

4000

0

500400

300H = 200

10000

LWA = 40 dB45

25

3530

5055

20000600040002000

1510

600700 800900

1000

12

6

43

2

1000

0

9000

0

3000

0

2000

0

2500

0

4000

0

6000

0


0,4

qV (m3/h)

qV (l/s)p s (

Pa)

1

8

7000

0

500

700900

H = 400

12000

LWA = 40 dB45

25

3530

5055

20000800060004000

600800

1000

8000

0

1500

0

5000

0

3000

5


11

6

43

2

9000

9000

0

3000

0

2000

0

2500

0

4000

0

6000

0

PKIS EI120S; W = 1600

0,4

qV (m3/h)

qV (l/s)p s (

Pa)

1

1200

0

8

7000

0

500700

900

H = 40012000

LWA = 40 dB45

25

3530

5055

20000800060004000

600800

1000

8000

0

1500

0

5000

0

1000

0

3000

5






PKIS

EI1

20S

30

6432

3500

8000

0

1500

0

6000

0

8000

1000

0

2000

0

3000

0

PKIS EI120S; W = 1400

0,5

qV (m3/h)

qV (l/s)

p s (Pa

)

1

5000

20

8

4000

0

500400

300H = 200

10000

LWA = 40 dB45

25

3530

5055

20000600040002000

1510 600

800

1000

5000

0

6000

2500

0

4000

7000

0

1200

900700

7

4

3

2

1200

0

5000

0

1600

0

1400

0

1800

0

2000

0


0,6

qV (m3/h)

qV (l/s)

p s (Pa

)

1

65

2500

0

3000

0

3500

0

1000

950900

H = 850

LWA = 40 dB

45

25

35

30

50

55

4000

0

4500

0

4000 6000 8000 10000 12000

8

4

3

2

8000

3200

0

1200

0

1000

0

1400

0

1600

0


0,6

qV (m3/h)

qV (l/s)p s (

Pa)

1

65

1800

0

2000

0

2200

0

1000

950900H = 850

LWA = 40 dB

45

25

35

30

50

55

2400

0

7

2600

028

000

3000

0

40003000 6000 7000 80005000

6

4

3

2

1800

0

6000

6500

0

2500

0

2000

0

3000

0

3500

0

PKIS EI120S; W = 1200

0,5

qV (m3/h)

qV (l/s)

p s (Pa

)

1

5

4000

0

4500

0

5000

0

1000950900

H = 850

LWA = 40 dB

45

25

35

30

50

55

5500

0

6000

0

8000 10000 12000 16000


Installation, Maintenance and OperationInformation about installation, maintenance and operation is available in the document “UserManual_PKIR_PKIS” or follow the instruction for fire dampers PKI on Systemair DESIGN.

Transport and StorageDry indoor conditions with a temperature range of -20°C to +40°C.

SupplementAny deviations from the technical specifications contained herein and the terms should be discussed with the manufacturer. We reserve the right to make any changes to the product without prior notice, provided that these changes do not affect the quality of the product and the required parameters.

Current information on all fire safety products is available at www.systemair.com/FSPoverview

Current information on all products is available at www.systemair.com

UserManual_PKIR_PKIS Systemair DESIGN



http://www.systemair.com/FSPoverview

http://www.systemair.com/






Related ProductsPKIR3G-Ex, PKIS3G-Ex, PKIS3GA-Ex, PKIS90-Ex and PKIS120-Ex

Fire Dampers for Explosive Areas

Product information is available within the technical documentation DataSheet_PKIR-EX_PKIS-EX or at Systemair DESIGN.

PKI-C

Cartridge Fire Dampers

Product information is available within the technical documentation DataSheet_PKI-C or at Systemair DESIGN.

1396 - CPD - 0050

DKISMA

Multicompartment Smoke Dampers

Smoke dampers are intended for smoke and heat exhaust ventilation systems (SHEVS). Product information is available within the technical documentation DataSheet_DKISMA_DKISMA-L or at Systemair DESIGN.

1396 - CPR - 0112

https://www.systemair.com/globalassets/Downloads/Instructions-and-Manuals/FireSafety/DataSheet_PKIR-EX_PKIS-EX_EN.pdf


https://www.systemair.com/globalassets/Downloads/Instructions-and-Manuals/FireSafety/DataSheet_PKI-C_EN.pdf


https://www.systemair.com/globalassets/Downloads/Instructions-and-Manuals/FireSafety/TechSpec_TPI-53_DKISMA_EN.pdf


www.systemair.com

IMO

S-Sy

stem

air ·

Mar

ch 2

018

· Dat

aShe

et_P

KIR_

PKIS

pkir & pkis - systemair€¦ · part of the fire resistivity rating. pkir and pkis fire dampers...

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