Systemair S-SA2, S-SA2L User Manual

Fire Safety Products
S-SA2 & S-SA2L
Smoke Control Dampers - AAmulti
User Manual
2/40 | User Manual S-SA2 & S-SA2L | 201905
Table of Contents
Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . 3
Warnings . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4
Operating Conditions . . . . . . . . . . . . . . . . . . . . . 4
Installation . . . . . . . . . . . . . . . . . . . . . . . . . . . 5
Installation Methods . . . . . . . . . . . . . . . . . . . . 6
Standard Distances Between Damper Bodies. . . . . . . 10
Wet Installation . . . . . . . . . . . . . . . . . . . . 11
Installation into a Soft Crossing . . . . . . . . . . . . 14
Connecting S-SA2 to “multi” Ductwork Made of Boards . 16
S-SA2L Installation. . . . . . . . . . . . . . . . . . . . . 20
Installation on the Vertical Duct with a Ledge . . . . 22
Installation Directly on the Vertical Duct . . . . . . . 25
Installation on the Horizontal Duct with a Ledge . . . 27
Installation Directly on the Horizontal Duct . . . . . . 30
Electrical Connections . . . . . . . . . . . . . . . . . . . . . 32
Operation Manual . . . . . . . . . . . . . . . . . . . . . . . 36
Smoke Damper Functionality Check . . . . . . . . . . . . . 36
Smoke Damper Inspection . . . . . . . . . . . . . . . . . . 36
Warranty Conditions . . . . . . . . . . . . . . . . . . . . . . 37
Operating Journal . . . . . . . . . . . . . . . . . . . . . . . 38
Warranty Service . . . . . . . . . . . . . . . . . . . . . . . 40
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Introduction

These are the original installation, inspection and operating instructions for the S-SA2 and S-SA2L smoke control dampers. EVERY S-SA2 AND S-SA2L SMOKE DAMPER NEEDS TO BE INSTALLED IN ACCORDANCE WITH THIS DOCUMENT!
S-SA2
Rectangular smoke control damper without mesh for wall and ceiling installations.
Dimension range (mm): W × H = 200 × 200 up to 1600 × 1000
1396-CPR-0112
Wet Installation
Maximum performance up to EI120S Using concrete lling
Installation into a Soft Crossing
(up to Size 1000 × 800 mm)
S-SA2L
Rectangular smoke control damper with a mesh-tted extension suited for vertical or horizontal duct installations.
Dimension range (mm): W × H = 200 × 200 up to 1600 × 1000
1396-CPR-0147
Installation on the Vertical Duct with a Ledge
Installation Directly on the Vertical Duct
Installation on the Horizontal Duct with a Ledge
Installation Directly on the Horizontal Duct
Maximum performance up to EI90S Using mineral wool lling
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Warnings

Some damper parts may have sharp edges; therefore, to protect yourself, please use gloves during damper
installation and manipulation. In order to prevent electric shock, re or any other damage which could result from
incorrect damper usage and operation, it is important to:
1. ensure that installation is performed by a trained person.
2. follow the written and depicted instructions provided within this User Manual closely.
3. perform damper inspection in accordance with this User Manual.
4. check the damper’s functionality as per the install the smoke damper. This procedure prevents the installation of a damper that has been damaged during transportation or handling.
IMPORTANT: Do not install non-functioning dampers!
“Smoke Damper Functionality Check” chapter before you

Operating Conditions

S-SA2 and S-SA2L smoke dampers are intended:
for installation in places which are protected against weather disruptions.
for ducts, distributing air without any mechanical or chemical contamination.
for a maximum air ow velocity 12 m/s.
for a storage temperature range of -20°C to 50°C.
List of Accessories
D1-S-SA2: Duct Extension with Mesh for S-SA2
K1-S-SA2L: Kit for Sheet-Metal Duct Installation

Installation

The duct connected to the smoke damper must be supported or hung in such a way that the damper does not
carry its weight. The damper must not support any part of the surrounding construction or wall which could cause damage and consequent damper failure.
The damper driving mechanism can be placed on either side of the wall, however, it needs to be situated to ensure
easy access during inspection.
According to the EN 1366-2 standard, the distance between the smoke damper bodies must be at least 200 mm.
According to the EN 1366-2 standard, the distance between smoke damper and the adjacent wall/ceiling
and the smoke damper must be at least 75 mm.
The S-SA2 smoke damper must be installed into a smoke and re partition structure in such a way that the damper
blade is located inside this structure in its closed position. To help you nd the suspension plane, a bendable hinge
is provided on the damper body. This condition does not apply for S-SA2L.
The gap in the installation opening between the smoke damper and the wall/ceiling can be increased by up to 50%
of the gap area, or decreased to the smallest amount possible that still provides sufcient space for the installation
of the seal.
The gap between the damper blade in the open position and the self-standing grill (when installed) must be at least
200 mm according to EN 1366-10. Otherwise, the damper must be tested together with the grill.
The smoke damper must be earthed after being installed into or onto the duct.
Lists of all permitted installation methods are provided on the following pages. Every method only applies to those
damper types that are listed in the corresponding paragraph’s heading.
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Installation Methods

All S-SA2 and S-SA2L smoke dampers are CE certied according to EN 12101-8:2011, tested according to EN 1366–10 :2011+A1:2017, and classied according to EN 13501-4:2016. The smoke damper, together with its installation, form an inseparable part of the re resistivity rating.
Tab. 1: S-SA2 re resistivity
Dimension
Range
Certicate
(mm)
200 × 200
up to
1000 × 800
200 × 200
1396 - CPR - 0112
up to
1600 × 1000
Tab. 2: S-SA2L re resistivity
Product
No.
Type
EI90 (v
S-SA2
EI120 (v
EI120 (h
Allowed Blade Axis Orientation
Classication
i ↔ o) S1500
ew
AAmulti
C
mod
i ↔ o) S1500
ew
AAmulti
C
mod
i ↔ o) S1500
ow
AAmulti
C
mod
Construction Type/Minimal Thickness (mm)
Supporting
Construction
ve
Wet Soft
Rigid/150
Rigid/150
Flexible/150
Flexible/150
ve -
ho Rigid/150 -
Applicable Duct Tested per Standard
Dimension
Range
(mm)
200 × 200
up to
1600 × 1000
Certicate
No.
Product
Type
S-SA2L
1396 - CPR - 0147
Allowed Blade Axis Orientation
Classication
EI120 (v
EI120 (h
i ↔ o) S1500
ed
AAmulti
C
mod
i ↔ o) S1500
od
AAmulti
C
mod
Supporting
ve
Construction
On the Duct/
Bottom Mounted
EN 1366-9,
EN 1366-8
On the Duct/ Top Mounted
EN 1366-9,
EN 1366-8
ho - -
On the Duct/
Side Mounted
EN 1366-9,
EN 1366-8
EN 1366-9,
EN 1366-8
In the Duct/
Horizontal
Axis
-
-
Legend
ve Vertical supporting construction (wall, horizontal duct)
ho Horizontal supporting construction (oor/ceiling, vertical duct)
Wet Installation
Installation into a soft crossing
Damper placed on duct surface, bottom side of the duct
Damper placed on duct surface, top side of the duct
Damper placed on duct surface, left and right side of the duct
Damper placed within the duct canal, outside of supporting construction
Installation of S-SA2L on the vertical duct with a ledge
Installation of S-SA2L directly on the vertical duct
Installation of S-SA2L on the horizontal duct with a ledge
Installation of S-SA2L directly on the horizontal duct
Damper‘s horizontal blade axis orientation
- mechanism can be placed on either side
Damper‘s vertical blade axis orientation
- mechanism can be placed on top and bottom.
S-SA2
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Opening Preparation for S-SA2 Installation

The S-SA2 smoke damper can be installed in a wall or ceiling between zones classied as “multi-multi”, “multi-single” and “single-multi”.
Opening Preparation for a Rigid Wall
1
W
H
1
s
Fig. 1: Rigid wall/ceiling with a rectangular opening
NOTE: Dimensions W
and H1 are dened in every installation
1
Legend
1 Concrete/Masonry/Cellular Concrete
Tab. 3: Thickness of tested wall
Fire Resistivity
90
120
1
Minimum s (mm)
Wall Ceiling
Concrete/Masonry/Cellular Concrete
150 ± 10
S-SA2
Opening Preparation for a Flexible Wall
25
6
.
x
ma
3 4
H
1
2 1
4
1
3
W
1
× W H
1
1
s
Fig. 2: Flexible (plasterboard) wall with a rectangular opening and vertical cross-section (right)
Legend
1 On each side - 2 layers of plasterboard reproof plate type F, EN 520 (thickness see Tab. 4)
2 Vertical CW-proles (proles with s
3 Horizontal CW-proles (prole with s
4 Mineral wool; thickness/cubic density see Tab. 4)
based on re resistivity, see Tab. 4)
CW
based on re resistivity, see Tab. 4)
CW
s
CW
s
Tab. 4: Thickness of tested wall
Fire Resistivity
90
120 85 ... 115
Minimum s Minimum s
(mm) (mm) (kg/m
150 100 C 12,5 60 ... 70
CW
Allowed Metal
Stud Group
Thickness
of Plasterboards
Thickness Cubic Density
Insulation
80 ... 115
3
)
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S-SA2
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Standard Distances Between Damper Bodies

According to the EN 1366-2 standard, the minimum distance from the wall or ceiling to the damper body is 75 mm.
For multiple crossings through a re 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 re resistive wall.
Damper clearances vary from the type of mechanism and their rotation (please see Fig. 3 and see Tab. 5).
75
210
75A
Fig. 3: Installation distances between damper bodies
Tab. 5: Installation distances for minimal clearance to the actuator in Fig. 3
Clearance
200
250
300
350
400
450
500
200
250
300
350
400
450
H
(mm)
500 -
600 -
700 - -
800 - - -
900 - - - -
1000 - - - - -
B230, G230, B24, G24; A = 240 mm B230-ST, G24-ST; A = 380 mm
-
-
-
-
A = 240 mm
-
-
210
200 A
W (mm)
600
700
800
900
1000
-
- - - - - - - -
-
- - - - - - -
-
A = 270 mm
210
1100
1200
1300
1400
1500
- - - - - -
- -
- - - -
-
- - -
-
A = 430 mm
- -
-
1600
-
-
S-SA2
Wet Installation
Using Concrete Filling
Wet
1. The supporting construction opening must be prepared in a way depicted in the “Opening preparation” section
(as per Fig. 1 – Fig. 2). Opening surfaces must be even and cleaned. The exible wall opening must be reinforced
as per the standards for plasterboard walls. The opening dimensions are driven by the nominal dimensions of the damper with added clearance. The opening will be made with dimensions W
and H1 ( Fig. 4 ).
1
2. Insert the closed damper into the middle of the opening so that the damper blade is in the wall. Use the bendable hanger to secure the damper against the wall by using a suitable screw (3; recommended screw diameter 5,5; e.g. DIN7981).
For damper widths greater than 600 mm, it is recommended to use a duct support inside the damper during
installation to avoid any damage to the damper housing from the weight of the lling.
3. Fill in the area between the wall and the damper with gypsum plaster, or mortar or concrete lling (2), while paying attention to prevent the fouling of the damper’s functional parts, which could limit its correct functionality.
The best way is to cover the functional parts during installation. To prevent seepage of the lling material, the use
of boards is recommended.
First let the plaster, mortar or concrete lling harden and then perform the next steps.
4. After the lling hardens, remove the duct support from inside of the damper.
5. If needed, uncover and clean the damper after installation.
6. Check the damper’s functionality.
Product Type Dimension Range (mm) Classication Supporting Construction
S-SA2 200 × 200 up to 1600 × 1000
EI120 (v
EI120 (h
i ↔ o) S1500 C
ew
i ↔ o) S1500 C
ow
AAmulti Wall
mod
AAmulti Ceiling/Floor
mod
S-SA2
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Wet
Legend for Figures of Wet Instalation
1 Smoke damper S-SA2 (actuator side)
2 Accessory LEAS/Connected ductwork tested according to EN 1366-9
3 Screw 5,5 DIN 7981 xing the Damper through bendable hangers
4 Gypsum plaster; Mortar; Concrete lling - minimal category M2.5, EN 998-2
Damper‘s horizontal blade axis orientation
Damper‘s vertical blade axis orientation
3
)
0
4
±
(
0
= W + 12
1
2
4
W
1
7
5
1
H
= H + 120 (±40)
1
H
W
Fig. 4: Wet installation of the S-SA2 smoke damper
S-SA2
Wet
150
3
1
4
2
175
Fig. 5: (EI120S) Cross-section of a wet installation in rigid wall
150
× W H
H1 × W
1
1
175
1
150
1
3
4
2
Fig. 7: (EI120S) Cross-section of a wet installation in rigid ceiling/oor (actuator above)
42
3
1
4
2
175
× W
H
Fig. 6: (EI120S) Cross-section of a wet installation in exible wall
3
150
1
1
175
1
H1 × W
1
Fig. 8: (EI120S) Cross-section of a wet installation in rigid ceiling/oor (actuator below)
S-SA2
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Installation into a Soft Crossing (up to Size 1000 × 800 mm)
Soft
EI90 - Using Mineral Wool Filling
1. The supporting construction opening must be prepared in a way described in the “Opening Preparation for S-SA2 Installation” section (as per
Fig. 1, Fig. 2). Opening surfaces must be even and cleaned.
The exible wall opening must be reinforced as per the standards for plasterboard walls.
2. The opening dimensions are driven by the nominal dimensions of the damper with added clearance. The opening will be made with dimensions W
3. Prepare mineral wool installation segments (4; with cubic weight of 150 kg/m
and H1 ( Fig. 9).
1
3
, thickness as opening gap).
First apply a suitable re resistive coating (5; CFS-CT {HILTI}) onto the damper at the place of its future placement, assemble and glue the lling of the future installation with the same re resistive coating. After the re resistive coating has dried, the damper along with the lling are ready for installation.
4. Apply the same re resistive coating (5) onto the internal surface of the wall opening. Also apply the re resistive coating to the external surface of the lling glued to the damper surface. Immediately after applying the re
resistive coating, place the damper into the wall opening. The damper blade must be located in the supporting
structure. Then x the damper using the bendable bracket.
5. After inserting the damper into the opening and xing it using the bendable hangers and suitable screws (3; recommended screw diameter 5,5 - e.g. DIN7981), apply the same re resistive coating (5), at least 2 mm thick and 100 mm wide, to the opening lling and wall edges evenly from both sides. Do not apply this layer
in the place where the mechanism is located, inspection openings and manufacturer labels.
6. Before the re resistive coating dries, remove the unwanted remnants of the coating.
7. If needed, uncover and clean the damper after installation.
8. Check the damper’s functionality.
Product Type Dimension Range (mm) Classication Supporting Construction
S-SA2
200 × 200 up to 1000 × 800
EI90 (v
i ↔ o) S1500 C
ew
AAmulti Wall
mod
Legend for Figures of Instalation into a Soft Crossing
1 Smoke damper S-SA2 (actuator side)
2 Accessory LEAS/Connected ductwork tested according to EN 1366-9
3 Screw 5,5 DIN 7981 xing the Damper through bendable hangers
3
4 Mineral wool lling 150 kg/m
5 Fire resistive coating CFS-CT (HILTI)
Damper‘s horizontal blade axis orientation
Damper‘s vertical blade axis orientation
Soft
S-SA2
)
40
±
4
= W + 120 (
1
W
1
7
5
2
1
H
W
= H + 120 (±40)
1
H
Fig. 9: Wet installation of the S-SA2 smoke damper
150
175
150
3
175
3
100
5
1
2
1
× H
1
W
4
Fig. 10: (EI90S) Cross-section of a soft cross installation in a exible wall Fig. 11: (EI90S) Cross-section of a soft cross installation in a rigid wall
5
1
2
1
× H
1
W
4
100
S-SA2
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Connecting S-SA2 to “multi” Ductwork Made of Boards

The S-SA2 smoke damper can be connected to “multi” ductwork made of calcium silicate boards tested according
to EN 1366-8. If mounted on a duct classied with lower re resistivity, the re resistivity of the S-SA2 smoke damper
will be decreased to the duct level. This section does not depict duct hanger rules as those are dependent on the weight of the duct itself and must be statically approved.
IMPORTANT: The interior of the S-SA2 smoke damper must remain accessible for maintenance. Depending on the installation conguration, it may be necessary to create additional inspection panels in the connecting ducts.
Connection Possibilities:
Multi-Single
Single-Multi
Multi-Multi
Legend for Figures of Connections to “Multi” Classied Ducts
1 Smoke damper S-SA2 (actuator side)
2 Accessory LEAS/Connected ductwork classied according EN 1366-9
3 Screw 5,5 DIN 7981 xing the damper through bendable hangers
When the damper is installed using
4
5 Cover plates thickness 10 mm placed on the opening circumference made of Promatect H (Promat)
6 Ductwork made of Promatect-L500 boards (Promat). Thickness of boards (P
7 Fire resistive coating Promat K84 (Promat)
Gypsum plaster; mortar; concrete lling minimal category M2.5, EN 998-2
Damper‘s horizontal blade axis orientation
Damper‘s vertical blade axis orientation
wet method: When the damper is installed using soft crossing method:
Mineral wool lling 150 kg/m
CFS-CT (HILTI)
) depends on the desired re resistivity.
t
3
and re resistive coating
S-SA2
Multi-Single
150
175
175
150
Fig. 12: Connection of the S-SA2 smoke damper to multi compartment ductwork on the damper side without a mechanism
Fig. 14: (EI120S) Cross-section of a (for board dimensions follow Fig. 13)
150
10
5
6
t
P
2
4
Fig. 15: (EI120S) Cross-section of a
Wet installation in a rigid ceiling/oor
175
3
1
1
× H
1
W
Wet installation in a exible wall
150
10
5
6
t
P
2
4
Fig. 13: (EI120S) Cross-section of a
175
3
1
1
× H
1
W
Wet installation in a rigid wall
150
10
5
6
120
t
P
2
4
Fig. 16: (EI90S) Cross-section of a
175
3
100
17
1
× H
1
W
Soft cros. installation in a exible wall
S-SA2
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Single-Multi
150
175
175
150
0
3
30
3
0
Fig. 17: Connection of the S-SA2 smoke damper to multi compartment ductwork on the damper side with a mechanism
Fig. 19: (EI120S) Cross-section of a (for board dimensions follow Fig. 18)
1
× H
1
2
W
4
Fig. 20: (EI120S) Cross-section of a
Wet installation in a rigid ceiling/oor
150
175
10
3
1
Wet installation in a exible wall
6
120
t
P
150
1
× H
1
2
W
4
Fig. 18: (EI120S) Cross-section of a
175
10
3
6
P
1
Wet installation in a rigid wall
150
175
10
3
6
100
120
t
× H W
1
1
2
17
120
t
P
4
Fig. 21: (EI90S) Cross-section of a
Soft cros. installation in a exible wall
S-SA2
Multi-Multi
150
175
175
150
0
3
30
3
0
Fig. 22: Connection of the S-SA2 smoke damper to multi compartment ductwork on both sides of the damper
Fig. 24: (EI120S) Cross-section of a (for board dimensions follow Fig. 23)
5
6
t
P
2
4
Fig. 25: (EI120S) Cross-section of a
Wet installation in a rigid ceiling/oor
150
175
10
3
1
Wet installation in a exible wall
× H W
120
1
1
150
5
6
t
P
2
4
Fig. 23: (EI120S) Cross-section of a
175
10
3
1
1
× H
1
W
Wet installation in a rigid wall
150
175
10
5
3
6
t
120
P
17
2
120
1
× H
1
W
4
Fig. 26: (EI90S) Cross-section of a
Soft cros. installation in a exible wall
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S-SA2L Installation

S-SA2L
The S-SA2L smoke damper can be installed on “single” (tested according to EN 1366-9) or “multi” (tested according to EN 1366-9) ductwork. If mounted on a duct classied with lower re resistivity, the re resistivity of the S-SA2L
smoke damper will be decreased to the duct level.
This section does not depict duct hanger rules as those are dependent on the weight of the duct itself and must be statically approved.
Smoke control dampers can be suspended from solid ceiling slabs using adequately sized threaded rods.
When using anchors in the ceiling, use a re-rated anchor (with suitable a re rating certicate).
IMPORTANT: The suspension of the damper must be loaded only with the weight of the damper.
The connection surfaces must be attened and clean before the re resistive coat is applied.
Suspension systems longer than 1,5 m require re-resistant insulation.
Fixing the S-SA2L Smoke Damper
Each S-SA2L smoke damper has a connection ange with openings in the corners (Fig. 27). For damper widths greater than 750 mm, another xing point in the middle of the widest side is added and must be
connected as per instructions in
Fig. 28 - Fig. 33.
Legend for Figures of S-SA2L Smoke Damper Fixing
1 Smoke damper S-SA2L (actuator side)
2
3 Combi screw M8
4 Nut M8
5 Bendable hanger (delivered on the damper)
6 Screw 4,8×16 DIN 7982 (delivered on the damper)
7 Screw 4,8×25 DIN 7982
Ductwork made of calcium silicate boards. Thickness and depth of boards depends on installation type.
2
3
4
1
Fig. 27: Detail of S-SA2L damper's corner xing
S-SA2L
Fig. 28: Removing the xing screw
Fig. 29: Hanger bending and rotating ush with suspension plane
Fig. 30: Fixing the bendable hanger in place
6
7
1 2
5
A
Fig. 31: Fixing the damper to the duct boards
B C
Fig. 32: Middle xing to 40 mm thick board
625
1
625
1
Fig. 33: Middle xing to 30 mm thick board
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L1V
S-SA2L
1. Prepare the duct connection or opening as per Fig. 36 - Fig. 41, clean and atten the connecting surface.
2. Apply a re resistive coat (3) on the connection surfaces as depicted in Fig. 36 - Fig. 41.
3. Connect the damper’s ange (on the blade side) to the duct as per the
4. From boards (4 and 7) create a collar overlapping the connection as depicted in Fig. 36 - Fig. 41.
5. Fix the overlapping collar to the damper with screws (5). Fix the collar to the duct by using screws
IMPORTANT: The opening dimensions must be created according to the details of each type and thickness of the connected duct.
The re resistivity of the S-SA2L smoke damper must be decreased to the duct performance. The maximum resistivity for L1V installation is EI120S with pressure level 3 (-1500 Pa … 500 Pa).
Installation on the Vertical Duct with a Ledge
section.
as per instructions of duct system manufacturer.
“Fixing the S-SA2L Smoke Damper”
Legend for Figures of Installation
1 Smoke damper S-SA2L (actuator side)
2 Connected ductwork classied according EN 1366-9
3 Fire resistive coating Promat K84 (Promat)
4 Collar made of Promatect H (Promat) - thickness per detail
5 Screw 5,5×40 DIN 7981 xing the collar with the damper
6 Screws or pins as per duct system manufacturer instructions
7 Cover plates thickness 10 mm placed on the opening circumference made of Promatect H (Promat)
8 Combi screw size 8
9 Accessory K1-S-SA2L-W×H (size of damper = W - nominal width; H - nominal height)
Damper‘s horizontal blade axis orientation
Damper‘s vertical blade axis orientation
L1V
S-SA2L
Fig. 34: Installation of S-SA2L on a vertical duct with ledge
240 350
Gd = (≥H/2 + 100)
G
d
40
(240)
Fig. 35: Hanger position for L1V installation
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L1V
S-SA2L
2 3 58
50
6
7
2
3
20
50
50
6
10
4
20
1
25
(W+10)×(H+10)
Fig. 36: Cross-section of connection to 25 mm thick board duct
2 3 58
30
50
6
W × H
4
1
4
8
W × H
Fig. 39: Cross-section of connection to 50 mm thick board duct
3
2 5 9
20
t
50
W × H
1
20
1M6
Fig. 37: Cross-section of connection to 30 mm thick board duct
2 3 8
40
Fig. 38: Cross-section of connection to 40 mm thick board duct
50
6
W × H
5 7
4
1
Fig. 40: Cross-section of connection to a mineral wool insulated sheet metal duct with the K1-S-SA2L accessory
5 94
10
10
Fig. 41: Cross-section of connection to a board insulated sheet metal duct with the K1-S-SA2L accessory
2
50
W × H
20
20
3
1
8
S-SA2L
Installation Directly on the Vertical Duct
1. Prepare the duct connection or opening as per Fig. 43, clean and atten the connecting surface.
2. Apply a re resistive coat (8) on the connection surfaces as depicted in the detail in Fig. 43.
3. Connect the damper’s ange (on the blade side) to the duct as per the section.
4. From boards (4 and 5) create a collar overlapping the connection as depicted in Fig. 43.
5. Fix the overlapping collar to the damper with screws (5). Fix the collar to the duct by using screws as per instructions of duct system manufacturer.
IMPORTANT: The opening dimensions must be created according to the details of each type and thickness of the connected duct.
The re resistivity of the S-SA2L smoke damper must be decreased to the duct performance. The maximum resistivity for L2V installation is EI120S with pressure level 3 (-1500 Pa … 500 Pa).
“Fixing the S-SA2L Smoke Damper”
L2V
Legend for Figures of Installation
1 Smoke damper S-SA2L (actuator side)
2 Connected ductwork classied according EN 1366-9
3 Collar made of Promatect H (Promat) - thickness per detail
4 Cover plates thickness 10 mm placed on the opening circumference made of Promatect H (Promat)
5 Cover plates thickness 10 mm placed on the opening circumference made of Promatect H (Promat)
6 Screw 5,5×40 DIN 7981 xing the collar with the damper
7 Combi screw size 8
8 Fire resistive coating Promat K84 (Promat)
Damper‘s horizontal blade axis orientation
Damper‘s vertical blade axis orientation
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L2V
S-SA2L
Fig. 42: Installation of S-SA2L, directly on the vertical duct
140 350
7
W × H
2
100 20
5
4
1
6
3
(H/2) + 100
Fig. 43: Hanger position for L2V installation
10
>P
50
S-SA2L
Installation on the Horizontal Duct with a Ledge
1. Prepare the duct connection or opening as per
2. Apply a re resistive coat (3) on the connection surfaces as depicted in Fig. 46 - Fig. 51.
3. Connect the damper’s ange (on the blade side) to the duct as per the section.
4. From boards (4 and 7) create a collar overlapping the connection as depicted in Fig. 46 - Fig. 51.
5. Fix the overlapping collar to the damper with screws (5). Fix the collar to the duct by using screws as per instructions of duct system manufacturer.
IMPORTANT: The opening dimensions must be created according to the details of each type and thickness of the connected duct.
The re resistivity of the S-SA2L smoke damper must be decreased to the duct performance. The maximum resistivity for L2V installation is EI120S with pressure level 3 (-1500 Pa … 500 Pa).
Fig. 46 - Fig. 51, clean and atten the connecting surface.
“Fixing the S-SA2L Smoke Damper”
L1H
Legend for Figures of Installation
1 Smoke damper S-SA2L (actuator side)
2 Connected ductwork classied according EN 1366-9
3 Fire resistive coating Promat K84 (Promat)
4 Collar made of Promatect H (Promat) - thickness per detail
5 Screw 5,5×40 DIN 7981 xing the collar with the damper
6 Screws or pins as per duct system manufacturer instructions
7 Cover plates thickness 10 mm placed on the opening circumference made of Promatect H (Promat)
8 Combi screw size 8
9 Accessory K1-S-SA2L-W×H (size of damper = W - nominal width; H - nominal height)
Damper‘s horizontal blade axis orientation
Damper‘s vertical blade axis orientation
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L1H
S-SA2L
Fig. 44: Installation of S-SA2L on the vertical duct with a ledge
240 350
Gd = (≥H/2 + 100)
G
d
40
(240)
Fig. 45: Hanger position for L1H installation with detail
2 3 58
50
6
S-SA2L
L1H
7
2
3
20
50
50
6
10
4
20
1
25
(W+10)×(H+10)
Fig. 46: Cross-section of connection to 25 mm thick board duct
2 3 58
30
50
6
W × H
4
1
4
8
W × H
Fig. 49: Cross-section of connection to 50 mm thick board duct
3
2 5 9
20
t
50
W × H
1
20
1M6
Fig. 47: Cross-section of connection to 30 mm thick board duct
2 3 8
40
Fig. 48: Cross-section of connection to 40 mm thick board duct
50
6
W × H
5 7
4
1
Fig. 50: Cross-section of connection to a mineral wool insulated sheet metal duct with the K1-S-SA2L accessory
5 94
10
10
Fig. 51: Cross-section of connection to a board insulated sheet metal duct with the K1-S-SA2L accessory
2
50
W × H
20
20
3
1
8
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L2H
S-SA2L
1. Prepare the duct connection or opening as per Fig. 53, clean and atten the connecting surface.
2. Apply a re resistive coat (8) on the connection surfaces as depicted in Fig. 53
3. Connect the damper’s ange (on the blade side) to the duct as per the section.
4. From boards (4 and 5) create a collar overlapping the connection as depicted in Fig. 53.
5. Fix the overlapping collar to the damper with screws (6). Fix the collar to the duct by using screws as per instructions of duct system manufacturer.
IMPORTANT: The opening dimensions must be created according to the details of each type and thickness of the connected duct.
The re resistivity of the S-SA2L smoke damper must be decreased to the duct performance. The maximum resistivity for L2H installation is EI120S with pressure level 3 (-1500 Pa … 500 Pa).
Installation Directly on the Horizontal Duct
“Fixing the S-SA2L Smoke Damper”
Legend for Figures of L2H Installation
1 Smoke damper S-SA2L (actuator side)
2 Connected ductwork classied according EN 1366-9
3 Collar made of Promatect H (Promat) - thickness per detail
4 Cover plates thickness 10 mm placed on the opening circumference made of Promatect H (Promat)
5 Cover plates thickness 10 mm placed on the opening circumference made of Promatect H (Promat)
6 Screw 5,5×40 DIN 7981 xing the collar with the damper
7 Combi screw size 8
8 Fire resistive coating Promat K84 (Promat)
Damper‘s horizontal blade axis orientation
Damper‘s vertical blade axis orientation
L2H
S-SA2L
Fig. 52: Installation of S-SA2L on the vertical duct with a ledge
140 350
(H/2) + 100
7
W × H
2
100 20
5
4
1
6
3
Fig. 53: Hanger position for L1H installation with detail
10
>P
50
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Electrical Connections

Legend for Tab. 6 and Tab. 7
IMPORTANT: Danger of electric shock!
Switch off the power supply before working on any electrical equipment.
Only qualied electricians are allowed to work
on the electrical system.
Tab. 6: Electric parameters of Belimo mechanism types (B230; B24) for S-SA2 and S-SA2L based on the size
One actuator per damper
For Belimo „Bxxx-ST“ versions add 4 W and 10 VA For Gruner „Gxxx-ST“ versions add 2 W and 2 VA
Two actuators per damper
For Belimo „Bxxx-ST“ versions add 8 W and 20 VA
Two actuators per damper
For Gruner „Gxxx-ST“ versions add 4 W and 4 VA
Consumption per: Type/
In Operation/In Rest/
Wire Sizing/Voltage
200
250
300
350
400
H (mm)
Tab. 7: Electric parameters of Gruner mechanism types (G230; G24) for S-SA2 and S-SA2L based on the size
Consumption per: Type/
In Operation/In Rest/
Wire Sizing/Voltage
H (mm)
450
500 -
600 -
700 - -
800 - - -
900 - - - -
1000 - - - - -
200
250
300
350
400
450
500 -
600 -
700 - -
800 - - -
900 - - - -
1000 - - - - -
200 250 300 350 400 450 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600
B24 = 7,5 W/0,5 W/9 VA (AC/DC 24 V)
B230 = 5 W/1 W/12 VA (AC 230 V)
-
-
-
-
200 250 300 350 400 450 500 600 700 800 900 1000 1100 1200 1300 1400 1500 1600
G24 = 7,5 W/1,5 W/9 VA (AC/DC 24 V)
G230 = 7 W/1,5 W/12 VA (AC/DC 230 V)
-
-
-
-
Belimo BLE
-
-
Gruner 342-15
-
-
W (mm)
W (mm)
-
- - - - - - - -
-
B24 = 12 W/0,5 W/18 VA (AC/DC 24 V)
B230 = 8 W/0,5 W/15 VA (AC 230 V)
-
- - - - - - - -
-
G24 = 8 W/1,5 W/10 VA (AC/DC 24 V)
G230 = 8,5 W/1,5 W/14 VA (AC/DC 230 V)
- - - - - - -
-
- - - - - -
- -
Belimo BE
B24 = 24 W / 1 W / 36 VA (AC/DC 24 V)
B230 = 16 W / 1 W / 30 VA (AC 230 V)
- - - - - - -
-
- - - - - -
- -
Gruner 362-40
G24 = 16 W/3 W/20 VA (AC/DC 24 V)
G230 = 17 W/3 W/28 VA (AC 230 V)
- - - -
-
2 × Belimo BE
- - - -
-
2 × Gruner 362-40
- - -
-
- -
-
- - -
-
- -
-
-
-
-
-
AC 230 V
L1
N
AC/DC 24 V
~
+
1
2 3
Fig. 54: B230 connection scheme; actuator BELIMO Fig. 55: B24 connection scheme; actuator BELIMO
NOTES:
• Caution! Main power supply voltage!
• Parallel connection of several actuators possible.
• Power consumption and switching thresholds must be observed!
• When power supply is connected to wires 1 and 3, actuator drives to position OPEN.
• When power supply is connected to wires 1 and 2, actuator drives to position CLOSED.
• Circuit switch between wires 2 and 3 is not part of the damper delivery.
AC/DC 24 V (B24) AC 230 V (B230)
~
+
S1 S2 S3 S4 S5 S6
<3°
NOTES:
• Caution! Main power supply voltage!
• Supply via isolation transformer.
• Power consumption and switching thresholds must be observed!
<87°
1
2 3
S1 S2 S3 S4 S5 S6
<3°
NOTES:
• When power supply is connected to wires 1 and 3, actuator drives to position OPEN.
• When power supply is connected to wires 1 and 2, actuator drives to position CLOSED.
• Circuit switch between wires 2 and 3 is not part of the damper delivery.
• When power supply is connected to wires 1 and 3, actuator drives to position OPEN.
• When power supply is connected to wires 1 and 2, actuator drives to position CLOSED.
• Circuit switch between wires 2 and 3 is not part of the damper delivery.
<87°
1
2 3
Fig. 56: Parallel connection of two coupled BELIMO actuators on one smoke damper
S1 S2 S3 S4 S5 S6
<3°
<87°
1
2 3
1)
L (+) N (-)
AC 230 V
BKNE230-24
Legend
4 5 6 71 2 3
a
2)
b
NOTES:
• The actuator and the control module are factory wired.
Connect the supply voltage to the connecting cable (approx. 1 m,
1
2
3
N
L
L
~
~
-
+
+
S1 S2 S3 S4 S5 S6
<3° <87°
B(L)E 24-12-ST
Fig. 57: BST connection scheme; communication unit wit BELIMO actuator
S1 S2 S3 S4 S5 S6
<3°
1) Supply voltage
2) 2-wire cable
with ferrules). 2-wire cable for signals (terminals 6 and 7).
<87°
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AC 230 V
LL
N
1
2 3
Fig. 58: G230 connection scheme; actuator GRUNER Fig. 59: G24 connection scheme; actuator GRUNER
NOTES:
• Caution! Main power supply voltage!
• Parallel connection of several actuators possible.
• Power consumption and switching thresholds must be observed!
• Connect power supply to wire 1+2, actuator drives to position OPEN (1). Is also wire 3 connected to the power supply, actuator drives to position CLOSED (0).
S1 S2 S3 S4 S5 S6
<5°
<85°
AC/DC 24 V
~+~
+
1
2 3
S1 S2 S3 S4 S5 S6
<5°
<85°
AC 230 V (G230)
LLN
~
~
AC/DC 24 V (G24)
+
+
1
2 3
Fig. 60: Parallel connection of two coupled GRUNER actuators on one Smoke damper
NOTES:
• Caution! Main power supply voltage!
• Supply via isolation transformer.
• Power consumption and switching thresholds must be observed!
• Connect power supply to wire 1+2, actuator drives to position OPEN (1). Is also wire 3 connected to the power supply, actuator drives to position CLOSED (0).
S1 S2 S3 S4 S5 S6
<5°
<85°
1
2 3
S1 S2 S3 S4 S5 S6
<5°
<85°
P PC C
A1 A1
D1
D1
120 Ω
B
So
Sc
Coms Power In Power Out
R1 C R1 CC B A
DI2 C
2 5 4
6 3 1
S1 S2 S3
DAMPER OUT
1
C 2
Power
CONF
Close
TX
Open
DAMPER OUT
1
Close
S4 S5 S6
RX
Open
ON
1 2 3 4 5 6 7 8
ON
S1 S2 S3
2 5 4
C 2
A2
DI1 C
6 3 1
S4 S5 S6
A2
D2
D2
1 2 3 4 5 6 7 8
Tes t
Button
Fig. 61: GST connection scheme; communication unit with 1 or 2 Gruner actuators
ADDRESS
Tes t
Button
Legend
Analog Application; Digital input for manual override
A1, A2
B Position of line termination 120 ohm if FS-UFC24-2 is last Modbus or BACnet device in line
C RS-485 Coms; Modbus RTU or BACnet MS/TP dip switch selectable
D1, D2 Damper 1, Damper 2; Fire or smoke extraction application
P Main power 24 V AC/DC; Daisy chain from and to other FS-UFC24-2
So Contact open
Sc Contact closed
Can be selected via bus as „Normally Open“ (= standard open) or „Normally Closed“ (= standard closed) Default: „Normally Open“
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Operation Manual

After installation, it is necessary to adjust the damper into its operating position “closed”.
In case, that the damper is used for extraction of pollutants, adjust the damper into its operating position “open”.
Connect the actuator to the relevant electric power supply ( The electromotor is activated and adjusts the damper into its operating position.
Fig. 54 - Fig. 61).

Smoke Damper Functionality Check

Switching the damper to the “open” position:
The blade must come to the fully open position within 60 seconds and must remain locked.
After reaching the end position of the blade, the appropriate signaling circuit must switch on
– wires S1 and S2 must be connected.
Switching damper to the “closed” position:
The blade must come up to the fully closed position within 60 seconds and must remain locked.
After reaching the end position of the blade, the appropriate signaling circuit must switch on
– wires S4 and S6 must be connected.

Smoke Damper Inspection

The actuator keeps the dampers on stand-by during their entire life cycle in accordance with this manual issued by the manufacturer. It is not permitted to alter the dampers in any way or to perform any changes to their structure without the manufacturer’s consent.
The operator performs regular checks of the dampers as per established regulations and standards at least once every 3 months.
The check needs to be performed by an employee who has been specically trained for this purpose by the
manufacturer. The current damper condition evaluated during the inspection must be entered into the Journal” along with the date of the inspection, the legible name, surname and signature of the employee who performed the inspection. The Operating Journal includes a copy of the employee’s authorization. If any discrepancies are discovered, these need to be entered in the Operating Journal along with a proposal for their removal. The Operating Journal can be found
Immediately after the installation and activation of the damper, it must be checked under the identical conditions
as apply to the above mentioned six-month inspections. On its external side, the damper housing and the actuator
movement are checked. Due to the need to perform a visual check of the damper’s internal parts, it is possible to dismount the body extension tted with the grille, which will enable access inside the damper or open the inspection lid if the damper is equipped with one.
The damper’s internal casing, sealings, foaming substance, the damper blade condition and accuracy of its closure during its leaning against the backstop in the closed position must all be checked. There must not be any strange objects or a layer of impurities from the air distribution systems inside the damper.
on page 38 of this user manual.
“Operating
NEVER OPEN THE INSPECTION LID WHEN THERE IS AIR FLOWING IN THE DUCT CONNECTED TO THE SMOKE DAMPER.
Recommended Course of Action and Inspection Log as per EN 12 101:
1. Identication of damper
2. Date of inspection
3. Check actuator wiring for damage
4. Check the wiring of the end switches for damage
5. Check the damper cleanliness and clean where necessary
6. Check the inspection lid, cover tightness
7. Check the blade and sealings, and correct and record where necessary (where applicable)
8. Check the damper functionality (open and close) as per the
and conrm operation by using the control system, tracking the physical behavior of the damper and signalization
of the end positions, and correct and record where necessary (where applicable).
9. The damper is part of the SHEVS. Therefore, the complete system must be checked as specied in its operational
and maintenance requirements.
10. Set into the operating position – as per the
11. Record the result into the
“Operating Journal” with the name and signature of the Inspection Technician.
“Operation Manual” chapter.
“Smoke Damper Functionality Check” chapter

Warranty Conditions

For warranty conditions, contact your local Systemair representative.
Functionality of every S-SA2 and S-SA2L smoke damper is tested in the production factory before being shipped.
Before you can install the re damper, its functionality must be tested as per the
Check” chapter.
DO NOT INSTALL NON-FUNCTIONING SMOKE DAMPERS.
Changes of smoke damper functionality caused by transport or installation are not reclaimable after installation (deformation, damages, mechanical damage of the sealing material, foreign objects which may constrain the blade movement, incorrect handling of the activation mechanism, etc.).
“Smoke Damper Functionality
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Operating Journal

Activation of the Damper
Mark the Applied Installation Method with a Cross:
Wet Wet Wet Wet
Soft Soft Soft Soft
On a Duct On a Duct On a Duct On a Duct
Date Description of the Discovered Defects and the Date of the Following Inspection
after the Elimination of Deciencies.
Inspection Technician’s Signature
Periodic Damper Inspections – at Least Once Every 3 Months
Date Description of the Discovered Defects and the Date of the Following Inspection
after the Elimination of Deciencies
Inspection Technician’s Signature
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1396
Systemair Production a.s. 15 1396-CPR-0112
EN 12101-8:2011 Smoke control damper Multi compartment S-SA2
Nominal activation conditions/sensitivity Automatic activation
- passed
Closure/opening during test at correct time
and in allowable time
Response delay/closure time: Automatic activation
- passed
Operational reliability: 10 000 operations
- passed
Fire resistance:
- Integrity E EI120(v
- Insulation I
- Smoke leakage S
- Mechanical stability (under E)
- Maintenance of cross section (under E)
Durability:
- of response delay Pass
- of operational reliability Pass
i↔o)S1500C
ew ,how
mod
AAmulti
1396
Systemair Production a.s. 19 1396-CPR-0147
EN 12101-8:2011 Smoke control damper Multi compartment S-SA2L
Nominal activation conditions/sensitivity Automatic activation
- passed
Closure/opening during test at correct time
and in allowable time
Response delay/closure time: Automatic activation
- passed
Operational reliability: 10 000 operations
- passed
Fire resistance:
- Integrity E EI120(v
- Insulation I
- Smoke leakage S
- Mechanical stability (under E)
- Maintenance of cross section (under E)
Durability:
- of response delay Pass
- of operational reliability Pass
i↔o)S1500C
ed,hod
AAmulti
mod
Damper Identication
Building Object Position No.
Placement Identication
Room No. Signalization

Warranty Service

Date of Warranty
Repair Notication
Systemair Production a.s. · UserManual_S-SA2_S-SA2L_EN_202010
Date of Warranty Repair Finalization
Description of Warranty Repair Performed Representative of the Manufacturer
(Stamp, Signature)
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