Swegon Actionair CSS Series User manual

INSTALLATION GUIDE
Actionair CSS Installation Guide
Drawings
Please visit our website to download the installation dra-
wings, which are located on the relevant product down-
load section.
Applies to...
• Actionair CSS
Health and safety
• This process must be undertaken by a competent
person. More than one person may be required to
ensure the safe handling of large dampers and other
materials. Use must be made of access equipment to
ensure unsafe practices are not used to approach walls
or difcult access areas.
• Standard site PPE should be used (minimum steel toe
cap boots, hard hat) together with any protective eye
wear, gloves and masks, when drilling or cutting is
being undertaken. The latter should also be used when
handing the wall construction materials, as dened by
the material suppliers. If loud equipment is being used,
hearing protection should be used.
• All waste materials should be collected and disposed of
as dened by the relevant supplier.
• Care must be taken when installing and inspecting
dampers, as they are likely to close without warning
due to loss of electrical power, or a temperature rise in
the ductwork. This is their prime function.
• Do not introduce any items, ngers or limbs inside the
damper casing.
• Larger dampers are heavy and must be handled in
accordance with current local regulations and good
practice.
• All wiring should be carried out in accordance with the
wiring details provided, to the IEC regulations.
• Dampers are life safety products and must be treated
with care during handling, storage and installation.
• Actionair CSS Dampers are designed for applications in
normal dry ltered air systems and should be subjected
to a planned inspection programme.
Contents
CE Installation Method Overview ............... 2
Installation Methods ...............................3
Vertical Damper Installation in a Plasterboard Wall ......... 3
Vertical Damper Installation in a Masonry Wall............... 4
Horizontal Damper Installation in a Slab ......................... 5
Periodic Maintenance ..............................6
Wiring Diagrams ....................................8
Dimensions ...........................................9
Troubleshooting ....................................10
Inspection and handover check sheet......... 11

2Swegon reserves the right to alter specications. 20220627 LNNN00356 (5.4)
Actionair CSS Installation Guide
Application
Installation Method
Actionair CSS
Vertical Application In A Plasterboard Wall Page ,
[AA/F] xType F board each side.
[AA/F] xType F boards each side.
Vertical Application In A Masonry Wall Page , [AA/F]
Horizontal Application In A Slab Page , [AA/F]
• The instructions are based on the tested method using
Actionair CSS.
• Our CSS dampers are designed to be used with re
separating elements to maintain re compartments.
The CSS is an actuated failsafe close damper with low
smoke leakage, often referred to in the industry as a
Fire/Smoke damper.
• Under the Fire Damper Product standard BS EN 15650
our Fire Damper products are tested to BS EN 1366-2
and classied under BS EN 13501-3.
• For smoke control, the product you use should be
tested to BS EN 12101-8 and drive open, drive closed
without failsafe position, see our website for informa-
tion on the Actionair SmokeCommand smoke con-
trol damper documentation and suitable installation
methods.
CE Installation Method Overview

3
LNNN00356 (5.4) 20220627 Swegon reserves the right to alter specications.
Actionair CSS Installation Guide
Installation Methods


Comments:
Rev:
Drawn By:
M. Bushell
Approved By:
Kimberley.M
1 of 1
Reference No:
Gore.S
Date:
Date:
By: Date:
29/04/2022
22/05/2019
29/04/2022
Date:
D
Checked By:
Sheet Rev
AAF12820
Description:
If your proposed installation details differ from
that shown here, please discuss this with the
authority having jurisdiction, referencing this
documentation.
Deviation from this drawing requires approval
of the relevant authority.
Connecting ductwork omitted for clarity.
Ductwork must be independently supported.
There must be an appropriate break-away
joint between the damper and the connecting
ductwork on both sides of the installation.
A minimum of 200mm between fire dampers
installed in separate ducts and 75mm between
fire damper and construction elements/edges
needs to be observed unless otherwise
specified in the drawing.
Installation Detail





 min 30kg/m³







©Swegon Air Management Limited
South Street, Whitstable, Kent CT5 3DU
Tel: [phone]
Email: [e-mail]
www.swegon.com/uk
AECN1927 MJB 14-08-19
Damper Size Range (mm)
VERTICAL APPLICATION
CSS - CIRCULAR SMOKE SHIELD
SIDE FIX - SINGLE PLATE
Ø100mm. - Ø355mm.













4 screws ≤Ø200mm and
8 screws for >Ø200mm.




BECN1955 MJB 06-11-19


C ECN1961 MJB 29-11-19
Please refer to the DoP
for latest classifications
for CE/UKCA
compliance and the
Installation, Operation
and Maintenance Guide
SCAN ME
D ECN2227 JPM 29/04/22





Vertical Damper Installation in a
Plasterboard Wall.
[AA/F13440] - 1xType F board each side
[AA/F12820] - 2xType F board each side
Installation Method
1. Measure the overall damper casing diameter.
2. Calculate the nished square hole size by adding
10-40mm to both width and height; calculate the
hole to cut size by adding two board thickness to the
nished hole width and height.
3. Mark out the hole on the partition and cut it out,
cutting the top and bottom edges rst to maintain wall
stability.
4. Frame out the hole with steel studs and tracking. Cut
suitably sized plasterboard strips to cover the studs and
tracking and x with dry wall screws.
5. Finish edges with joint ller.
6. Consider which side of the wall the actuator needs to
be before xing the damper.
7. Slide the circular damper casing into the opening until
the square ange is rmly positioned against the wall.
Securely x damper ange to the dry wall using drywall
screws, making sure the screws pickup and x into the
studs and tracking surrounding the aperture.
8. Clean damper and actuator from any debris.
9. Perform commissioning and maintenance procedure as
described in BS9999;2017, either electrically by pressing
the test switch on the ETR or using the manual winding
key.
10. Note: never use winding key if power is applied to
actuator.
11. Note: Connecting ductwork omitted for clarity.
Ductwork must be independently supported. There
must be an appropriate break-away joint between
the damper and connecting ductwork on both
sides of assembly. Aluminium rivets or plastic cleats,
clips, clamps and bolts etc. should be used for this,
unless re resisting ductwork is being used where
re resisting xings should be used. A minimum of
200 mm construction element (wall/oor) between
re dampers installed in separate ducts and 75 mm
between re damper and a construction element
(wall/oor).
12. Note: Whilst the dimensions show the minimum
clearance that can be achieved, this must be read in
conjunction with the wall manufacturers specication,
which must always be followed. If a manufacturer
wall system has a minimum clearance of 250mm
between openings, then this takes precedence over
our guidance.

4Swegon reserves the right to alter specications. 20220627 LNNN00356 (5.4)
Actionair CSS Installation Guide


Comments:
Rev:
Drawn By:
M. Bushell
Approved By:
Kimberley.M
1 of 1
Reference No:
Gore.S
Date:
Date:
By: Date:
13/04/2022
22/05/2019
13/04/2022
Date:
D
Checked By:
Sheet Rev
AAF12822
Description:
If your proposed installation details differ from
that shown here, please discuss this with the
authority having jurisdiction, referencing this
documentation.
Deviation from this drawing requires approval
of the relevant authority.
Connecting ductwork omitted for clarity.
Ductwork must be independently supported.
There must be an appropriate break-away
joint between the damper and the connecting
ductwork on both sides of the installation.
A minimum of 200mm between fire dampers
installed in separate ducts and 75mm between
fire damper and construction elements/edges
needs to be observed unless otherwise
specified in the drawing.
Installation Detail





VIEW A

©Swegon Air Management Limited
South Street, Whitstable, Kent CT5 3DU
Tel: [phone]
Email: [e-mail]
www.swegon.com/uk
AECN1927 MJB 14-08-19
Damper Size Range (mm)
VERTICAL APPLICATION
CSS CIRCULAR SMOKE SHIELD
SIDE FIX - SINGLE PLATE
Ø100mm. - Ø355mm.

Suitable fire resisting steel fixing
4mm x 60mm. min. fixing installation
flange to wall. 4 screws ≤Ø200mm
and 8 screws for >Ø200mm.







If size and condition permits, a
circular hole 10-30mm larger than
the damper casing diameter can
be drilled / cut.

BECN1955 MJB 06-11-19
C ECN1961 MJB 29-11-19
Please refer to the DoP
for latest classifications
for CE/UKCA
compliance and the
Installation, Operation
and Maintenance Guide
SCAN ME
D ECN2227 JPM 13/04/22





Vertical Damper Installation in a
Masonry Wall.
Actionair CSS - [AA/F12822]
Installation Method
1. Measure the overall damper casing diameter. Calculate
the nished square hole size by adding 10-40mm to
both width and height.
2. Mark out the hole on the wall and cut it out, cutting
the top and bottom edges rst to maintain wall
stability.
3. If size and condition permits, a circular hole 10-30mm
larger than the damper casing diameter can be drilled
/ cut.
4. Consider which side of the wall the actuator needs to
be before xing the damper.
5. Slide the circular damper casing into the opening
until the square ange is rmly positioned against
the wall. Drill out the pre-punched ange xing holes
to accommodate suitable re resisting steel xings,
(minimum M4x60mm) securely x damper ange to
wall.
6. Clean damper and actuator from any debris.
7. Perform commissioning and maintenance procedure, as
described in BS9999;2017, either electrically by pressing
the test switch on the ETR or using the manual winding
key.
8. Note: never use winding key if power is applied to
actuator.
9. Note: Connecting ductwork omitted for clarity.
Ductwork must be independently supported. There
must be an appropriate break-away joint between
the damper and connecting ductwork on both
sides of assembly. Aluminium rivets or plastic cleats,
clips, clamps and bolts etc. should be used for this,
unless re resisting ductwork is being used where
re resisting xings should be used. A minimum of
200 mm construction element (wall/oor) between
re dampers installed in separate ducts and 75 mm
between re damper and a construction element (wall/
oor).

5
LNNN00356 (5.4) 20220627 Swegon reserves the right to alter specications.
Actionair CSS Installation Guide


Comments:
Rev:
Drawn By:
M. Bushell
Approved By:
Kimberley.M
1 of 1
Reference No:
Gore.S
Date:
Date:
By: Date:
29/04/2022
22/05/2019
29/04/2022
Date:
D
Checked By:
Sheet Rev
AAF12821
Description:
If your proposed installation details differ from
that shown here, please discuss this with the
authority having jurisdiction, referencing this
documentation.
Deviation from this drawing requires approval
of the relevant authority.
Connecting ductwork omitted for clarity.
Ductwork must be independently supported.
There must be an appropriate break-away
joint between the damper and the connecting
ductwork on both sides of the installation.
A minimum of 200mm between fire dampers
installed in separate ducts and 75mm between
fire damper and construction elements/edges
needs to be observed unless otherwise
specified in the drawing.
Installation Detail



Concrete floor
(min. 580Kg/m³)


©Swegon Air Management Limited
South Street, Whitstable, Kent CT5 3DU
Tel: [phone]
Email: [e-mail]
www.swegon.com/uk
AECN1927 MJB 14-08-19
Damper Size Range (mm)
HORIZONTAL APPLICATION
CSS - CIRCULAR SMOKE SHIELD
SIDE FIX - SINGLE PLATE
Ø100mm. - Ø355mm.
Suitable fire resisting steel fixing
4mm x 60mm. min. fixing installation
flange to slab. 4 screws ≤Ø200mm
and 8 screws for >Ø200mm.
Installation flange




If size and condition permits, a
circular hole 10-30mm larger
than the damper casing
diameter can be drilled / cut.

BECN1955 MJB 06-11-19
C ECN1961 MJB 29-11-19
D ECN2227 JPM 29/04/22




Please refer to the DoP
for latest classifications
for CE/UKCA
compliance and the
Installation, Operation
and Maintenance Guide
SCAN ME

Horizontal Damper Installation in a
Slab.
Actionair CSS - [AA/F12821]
Installation Method
• Measure the overall damper casing diameter. Calculate
the nished square hole size by adding 10-40mm to
both width and height.
• Mark out the hole on the wall and cut it out, cutting
the top and bottom edges rst to maintain wall stabi-
lity.
• If size and condition permits, a circular hole 10-40mm
larger than the damper casing diameter can be drilled
/ cut.
• Consider which side of the wall the actuator needs to
be before xing the damper.
• Slide the circular damper casing into the opening until
the square ange is rmly positioned against the wall.
Drill out the pre-punched ange xing holes to accom-
modate suitable re resisting steel xings, (minimum
M4x60mm) securely x damper ange to wall.
• Clean damper and actuator from any debris.
• Perform commissioning and maintenance procedure, as
described in BS9999;2017, either electrically by pressing
the test switch on the ETR or using the manual winding
key.
• Note: never use winding key if power is applied to
actuator.
• Note: Connecting ductwork omitted for clarity. Duct-
work must be independently supported. There must be
an appropriate break-away joint between the damper
and connecting ductwork on both sides of assembly.
Aluminium rivets or plastic cleats, clips, clamps and
bolts etc. should be used for this, unless re resisting
ductwork is being used where re resisting xings
should be used. A minimum of 200 mm construction
element (wall/oor) between re dampers installed in
separate ducts and 75 mm between re damper and a
construction element (wall/oor).
• Note the 200mm minimum dimension we state must
be conrmed as suitable by the structural engineer, as
the wall or oor may require to be larger to maintain
the required support or strength.

6Swegon reserves the right to alter specications. 20220627 LNNN00356 (5.4)
Actionair CSS Installation Guide
Periodic Maintenance
Manufacturer Recommended Service
Intervals
• After commissioning and handover (see DW145 check
sheet), in order to remain compliant with 15650:2010,
we recommend that you follow a regular service and
inspection programme to ensure correct operation
of dampers in the event the damper is required to
actuate.
• In addition to regular physical inspections (in accor-
dance with 15650:2010) we recommend using a
dedicated damper control panel with a digital reporting
mechanism (such as an Actionpac LNS system) to fre-
quently monitor and report on regular remote damper
testing.
• Ensure maintenance is performed in line with the latest
best practice and relevant local or specialist guidance.
• Our recommended service intervals for life safety pro-
ducts are as follows:
Interval Action Competence
6 Months Check Actuator Wiring (if appli-
cable) for Damage
Specialist
Persons
6 Months Check Limit Switch Wiring (if
applicable) for Damage
Specialist
Persons
6 Months Check Damper Cleanliness, Clean
and Lubricate if necessary.
Specialist
Persons
6 Months Check Condition of Blades and
Seals, report and rectify if neces-
sary.
Specialist
Persons
6 Months Check for blade obstructions Specialist
Persons
6 Months Check Damper Release Me-
chanism (through activation or
release of the ETR or Thermal
Fuse Device)
Specialist
Persons
6 Months Check damper is left in normal
operational position after inspec-
tion.
Specialist
Persons
Monthly Complete actuation of damper
from control panel (if installed)
and check all faults. Consult spe-
cialist persons to investigate any
reported faults.
Facility Ma-
nager
• *Specialist Persons: A recognised and experienced
person with prior experience in the inspection and
assessment of the functional safety of smoke and re
damper products. If in doubt, please consult with our
technical support team for advice. To talk about our
OEM maintenance inspections, contact our nationwide
service team.
BS EN 15650:2010 - Ventilation for Buildings
- Fire Dampers
• Section 8.3 states regular testing/ inspection should
be undertaken to meet regulatory requirements, or at
intervals not exceeding six months.
• A comprehensive example of the maintenance pro-
cedure is given in Annex D of the standard. Some
automatic systems may allow more frequent testing
(48hr or less) and this may be required by a national
standard.
Approved Document B, Volume 2
• Clause 10.12 states adequate means of access must be
provided to allow inspection, testing and maintenance
of both re damper and its actuating mechanism.
BS 9999:2017 - Code of Practice for the Fire
Safety in the Design, Management and Use
of Buildings - Annex I
Smoke Control Systems
• For means of escape states actuation of the system
should be simulated once a week. It should be ensured
that any fans and powered exhaust ventilators ope-
rate correctly, smoke dampers close (or open in some
systems), natural exhaust ventilators open, automatic
smoke curtains move into position, etc.
Three Monthly
• In addition to the checks recommended in V.2, V.3 and
V.4, the actuation of all smoke control systems should
be simulated once every three months. All zones should
be separately tested and it should be ensured that any
fans and powered exhaust ventilators operate correctly,
smoke dampers close (or open in some systems) etc.
Yearly
• In addition to the following checks should be made for
annual inspections and tests of the following to be car-
ried out by competent persons, for any defects to be
logged and the necessary action taken, and for certi-
cates of testing to be obtained.
– Fire detection and re alarm systems;
– Self-contained luminaires with sealed batteries, if more
than 3 years old;
– Sprinkler, drencher and watermist systems;
– Smoke ventilators and smoke control systems;
– Fire dampers
BS 9999:2017 - Code of Practice for the Fire
Safety in the Design, Management and Use
of Buildings - Annex W
Maintenance of air conditioning and ventilation
equipment including air lters, motors, re dampers
and their controls, smoke detectors and alarms is
of paramount importance both in preventing re
and in ensuring that measures taken to mitigate its
consequences are effective when needed. Arrangements
should be made for all re dampers to be tested by a
competent person on completion of the installation
and at least annually, and to be prepaired or replaced
immediately if found to be faulty. Spring-operated re
dampers should be tested annually and re dampers
situated in dust-laden and similar atmospheres should
be tested much more frequently, at periods suited to the
degree of pollution.

7
LNNN00356 (5.4) 20220627 Swegon reserves the right to alter specications.
Actionair CSS Installation Guide
Replacement of actuator and ETR
Removing ETR
• Undo the 2 self-tapping screws with a No. 1 Pozi drive
screwdriver and remove the ETR from the hole. Con-
tinuing to undo the 2 screws allows separation of the
two pieces of the ETR. Replace old ETR with new (see
below).
Removing actuator fasteners
• With power removed and the damper in the closed
position wind the actuator anticlockwise 2-3 turns
using the 5mm Allen key provided and activate the
locking mechanism.
• Unscrew and remove the two bolts holding the actua-
tor to the bracket using a 5mm. Allen key. Unscrew
and remove the bolt and washer holding the actuator
to the shaft using an 8mm A/F spanner.
Checking damper blade starting position
• Damper blade in closed position for the ‘Fail-Safe-
Closed’ This is also a good opportunity to check the
condition of the white seal around the circumference
of the blade for any damage.
Pretensioning
Pretensioning the damper to ensure full closure. The
damper blade is designed to be pretensioned with the
actuator tted.
Actuator Orientation
• The actuator can be tted in one of three different
positions depending on your preference. Now is the
time to decide.
• If different from position supplied 2 M6 nuts (by
others) will be required prior to changing.
Actuator Fitting
• Manually wind actuator clockwise to align the 2 xing
screw holes (see image right)and ½ turn anti-clockwise
quickly to lock it for fail safe closed position.
• Screw x actuator to bracket. Fit screw supplied with
actuator through mudguard washer and into the drive
shaft.
• Tighten screw into the shaft on the actuator end, 5Nm.
Max, torque.
• Fully reset and release actuator by manually winding
to fully open and then releasing, noting blade contacts
both ‘blade stop’ positions using manual reset key
(5mm cranked Allen key) supplied with actuator.
Fit new ETR or replace ETR thermal probe
• For damper sizes greater than Ø100mm. t the ETR
into the pre-punched hole in the circular case using
a No.1 Pozi drive screwdriver to tighten the two self-
tapping screws supplied with the ETR.
• For damper size Ø100mm. Fit to pre-punched hole in
the side of actuator bracket and through a grommet in
case beneath. Tighten using a No.1 Pozi drive screw-
driver to tighten the two self-tapping screws supplied
with the ETR. NOTE fully tighten the ETR so that its
two-part case is completely together to ensure electri-
cal continuity inside.
Electrical Connection and Final
Operational Test
• When power is available, the unit must be checked for
electrical operation. Power on to motor open, power
off to spring close (fail-safe-closed). The unit must also
be checked by pushing and holding the test switch
on the ETR to conrm that the damper closes. When
pressure is removed from the switch the damper will
re-open. This may be done after the initial installation
test, to provide periodic operation of the damper to
simulate actual fail-safe closure under re conditions.
• Note: Application of supply voltage will automatically
override the manual locking mechanism.

8Swegon reserves the right to alter specications. 20220627 LNNN00356 (5.4)
Actionair CSS Installation Guide
Wiring Diagrams
CSS Mode 5
CSS Mode 6
CSS Mode 5-3P
IP54 rated

9
LNNN00356 (5.4) 20220627 Swegon reserves the right to alter specications.
Actionair CSS Installation Guide
CSS Damper Dimensional Data
Dimensions
• Control can be mounted in one of three positions verti-
cally down, horizontally (factory std) or vertically up.
• CSS ‘ES’ Rated Fire Dampers are available to t 100,
125, 150, 160, 200, 250, 300, 315, 350 and 355mm
circular ductwork.
• The blade on CSS dampers will exceed the casing on
350/355mm diameter dampers by 6.5/9mm.
**ADD - Actual Duct Diameter (mm)
Weights
• Dia (mm)/ Weight (kg)
• 100/3.5
• 125/3.9
• 150/4.5
• 160/4.7
• 200/5.4
• 250/6.5
• 3 0 0/ 7.5
• 315/ 7.9
• 350/8.6
• 355/8.7
3
1
2




**ADD


Below

**ADD + 120

ADD+120



10 Swegon reserves the right to alter specications. 20220627 LNNN00356 (5.4)
Actionair CSS Installation Guide
Fault Possible problem Recommended action
Interface Mode Assembly
does not t into the shroud
on the damper.
Damper drive shaft not in line
with shroud
Gentle adjustment made by manually setting blades
to fully closed
Mode not in released position Release clutch on motor using manual key. Check
the slot on rear of interface
Slots on the non-access side
of the shroud may be blocked
(due to removal of transit
plate prior to backlling)
Ensure adequate clearance
Control mode does not ope-
rate electrically
The ETR is not correctly tted
to duct
Screw x to duct ensuring both parts of the ETR are
fully together. Do not over tighten
The mode is incorrectly wired Check wiring in accordance with procedures
The ETR cables have been
damaged or tampered with
Replace with new mode
Control Mode operates, but
limited, or no movement of
damper blades is observed
The mode is not correctly
synchronised with the inter-
face
Remove motor from interface. Check motor in fully
released state. Set position of interface, and ret
motor with label upmost, include motor location
pointer and washer
The damper is damaged or
poorly installed
New damper or re-install
Interface not tted correctly
to damper
Fit interface correctly, ensure retaining pin protrudes
through location hole in the shroud
Foreign matter is impeding
blade movement
Check and remove
Motor location pointer omit-
ted
Fit new pointer
Mode not screwed down
correctly
Check and tighten
Troubleshooting
Product Commissioning & Maintenance Available
Below is a quick guide to problems that may be encountered.
Please note modications made to units will invalidate warranties etc

11
LNNN00356 (5.4) 20220627 Swegon reserves the right to alter specications.
Actionair CSS Installation Guide
Inspection and handover check sheet
This certicate applies only to Swegon Fire Dampers. The installer must complete this installation certicate when instal-
ling re and smoke dampers. A separate certicate must be completed for each individual re and smoke damper.
Question Action
1 Are the dampers the correct type? Conrm damper is correct type i.e. CSS
2 Are the dampers located correctly? The damper location is to be checked against the installa-
tion drawings/details
3Are the dampers correctly identied? Unique system ID to be clearly indicated on the damper
or other agreed location.
4Have supports for both the damper and the adja-
cent ductwork been installed in accordance with
the approved manner?
5Are the dampers tted in the correct orientation? Conrm the damper is installed with the actuator on the
left or right hand side. Not on the top or the bottom (i.e.
blade pivot running vertically).
6 Is access through the ductwork, to the damper
unobstructed?
Unobstructed space should be provided for safe access
to the damper. This must include access through ceiling
voids and adjacent services. Damper installer to advise
the system designer if problems are foreseen.
7 Has the space around the damper and within the
opening been left clear and not been used for
other services?
Other services within the installation opening will invali-
date the installation method. Damper installer to advise
the lead contractor if problems are foreseen.
8 Using the access opening provided, are the
damper blades in the open position?
Check position of damper blades.
9 Has the damper been checked for internal clean-
liness, free
from damage and that vertical casings in parti-
cular are free
from debris?
With the damper in the closed position, inspect for
damage.
10 Has the damper been released to simulate opera-
tion of the thermal release? (Damper drop test)
Ensure damper operation is free from interference.
11 Have the damper blades been re-set following
drop test and
the access panel replaced?
After re-setting the damper, check the position shown
on the blade position indicator is correct.
12 At the time of damper handover, is the re barrier
and penetration seal complete?
Damper installer to record on the handover register if
any following trades are still to complete their activities.
13 Is the damper installation complete and available
for handover prior to system commissioning?
Obtain the relevant acceptance of the damper installation
from the CDM coordinator.
14 Is the completed handover register cross-referen-
ced back to the identication codes listed in the
system designers damper schedule?
Damper Unique System I.D: ...........................................................................................................................................................
Name of installation location:.........................................................................................................................................................
Address:............................................................................................................................................................................................
Installation location identication section/oor/room: ................................................................................................................
Damper product type: ....................................................................................................................................................................
Release fuse temperature: ..............................................................................................................................................................
Notes/Considerations: ....................................................................................................................................................................
Installed by: .....................................................................................................................................................................................
Company Name: .............................................................................................................................................................................
Address: ...........................................................................................................................................................................................
Company Telephone No: ................................................................................................................................................................
Installers Name: ...............................................................................................................................................................................
Installers Telephone No: .................................................................................................................................................................
Date of installation: ......................................................................................................................................................................
It is hereby veried that the damper detailed above has been installed and tested according
to the manufactures recommendations:
Installers signature: ................................................................................................ Date: ................................................