technical information fire protection controller (fpc)
TRANSCRIPT
F U N C T I O N A L D E S C R I P T I O N W I T H A P P L I C AT I O N E X A M P L E S F O R R E S I D E N T I A L V E N T I L AT I O N O F A PA R T M E N T B U I L D I N G S
TECHNICAL INFORMATIONF I R E P R OT E C T I O N CO N T R O L L E R ( F P C )
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Legend descriptions
Roof cap
Auxiliary fan with separate control
Floor or wall construction
Ventilation ductwork
Ventilation duct with air di�users
Ventilation ductwork with cooker hood
Fire-resistant ventilation ductwork
Insulated roof ductwork
Smoke damper
BRSFire and smoke damper
Marking of outer branch/connection point
Smoke detector mounted in ductwork
Ventilation unit – front view
Ventilation unit – top view
T40 40°C �re thermostat
Live wiring
Fire Protection Controller (FPC) – Residential Ventilation
GENERAL DESCRIPTION 4
CONTROL 5
APPLICATION EXAMPLES 6
1
2
3
4
Errors and omissions excepted. April 2019.
INSTALLATION 13
COMMISSIONING 14
TECHNICAL DATA 15
4
5
6
DIMENSIONS 15
6
7
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1GENERAL DESCRIPTION
The Fire Protection Controller (FPC) is a unit that controls a fire damper for fire and
smoke protection purposes. The unit has been designed for Belimo or similar fire damper
actuators fitted with spring-return and position feedback. The fire damper actuator is
connected directly to the FPC, and then controlled via the ventilation system. Each FPC
is to be addressed individually. Up to four FPCs can be connected to one ventilation unit.
The FPC is fitted with LED lamps indicating the damper position and status, and a digital
input socket for surveillance if so required in your installation, for instance for a thermostat
or a smoke detector.
In decentralised ventilation applications, the most frequently used solution is to lead
exhaust air from each apartment and to the roof through separate air ducts. The ducts
are fireproofed and joined in one exhaust air cowl. Such a solution often requires more
ventilation shaft space than available, particularly in connection with renovation pro-
jects. Instead, the exhaust air can be removed using one joint air duct. But that requires
fire and smoke dampers, fire thermostats and external automatic fire protection. Until
now, this has dramatically increased the price of renovation projects.
Keeping installation costs for projects with joint air ducts at a very competitive level,
Dantherm’s new residential ventilation units have been fully prepared for control of fire
and smoke dampers by means of the FPC.
Features ▶ Easy cable installation
▶ Individual alarm and damper status
▶ Digital input for thermostat or smoke detector for surveillance where required
▶ LED lamps indicate damper position and status
▶ Weekly or monthly self-test
Compatibility The FPC can be connected to the following Dantherm ventilation units:
▶ HCC 2
▶ HCV 300
▶ HCV 400
▶ HCV 500
▶ HCV 700
Fire Protection Controller(FPC)
FPC(1) FPC(2) FPC(3) FPC(4)
HCP10Fire damper Fire
damper
Fire damper Fire
damper
GENERAL DESCRIPTION
CONTROL2
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CONTROL
The ventilation unit controls the FPC which in turn controls the fire and smoke
dampers by means of the connected fire thermostats and smoke sensors. When a
fire is detected, the ventilation unit is shut down and the fire and smoke dampers are
closed. That stops smoke from spreading to other apartments. The ventilation keeps
running in apartments where there is no fire.
Fire control features:Activation of the digital input, for instance if fire or smoke is detected
▶ The ventilation unit is shut down
▶ The fire and smoke damper is closed
Loss of power or stopped ventilation unit
▶ The fire and smoke damper is closed
Faulty components, wiring and bus communication
▶ The ventilation unit is shut down
▶ The fire and smoke damper is closed
▶ The ventilation unit displays an FPC error and logs it in the alarm log
Weekly or monthly self-test
▶ Shuts down the ventilation unit, closes the fire and smoke damper and tests the
position feedback
▶ Opens the fire and smoke damper, tests the position feedback and powers up the
ventilation unit
▶ If faults are registered, the fire damper is closed, the ventilation unit is shut down
and the display will report an error which will be registered in the alarm log
Manual test activated using the PC Tool in connection with
▶ Annual testing of automatic control as well as fire and smoke dampers
▶ Testing before apartment occupancy
After faults, the ventilation units must be reset manually using the control panel.
Automatic and manual tests are registered in the alarm log of the unit.
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3APPLICATON EXAMPLES
Application example 1One rooftop exhaust from decentral systems with interrelated ductwork secured through the application of smoke dampers and a very low
loss of pressure in the exhaust ductwork, including roof cap.
Smoke protection can, for example, be implemented in the following ways:
▶ Exhaust ductwork from each decentral unit is secured with smoke dampers and FPC fire protection control.
▶ Smoke damper for the ventilation unit in question is closed on detection of faults, fire, stopped ventilation unit or unit failure of a
decentralised system.
▶ The loss of pressure in the interrelated ductwork is low enough to ensure that air is not transferred from one unit to others regardless of
the operational mode of each ventilation unit.
Note that your application will have to be approved by the relevant authorities under existing legislation in your area.
APPLICATION EXAMPLES
See legends on page 2.
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3 APPLICATON EXAMPLES
Application example 2One rooftop exhaust from decentral systems with interrelated ductwork secured through the application of smoke dampers and auxiliary fans
with separate pressure control.
Smoke protection can, for example, be implemented in the following ways:
▶ Exhaust ductwork from each decentral unit is secured with smoke dampers and FPC fire protection control.
▶ Smoke damper for the ventilation unit in question is closed on detection of faults, fire, stopped ventilation unit or unit failure of a
decentralised system.
▶ The loss of pressure in the interrelated ductwork is low enough to ensure that air is not transferred from one unit to others regardless of
the operational mode of each ventilation unit.
Ventilation units can be fitted with a joint auxiliary fan in the rooftop exhaust with separate pressure control. Since these are not part of the fire
and smoke proofing, the control setup can be done separately.
Note that your application will have to be approved by the relevant authorities under existing legislation in your area.
See legends on page 2.
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Application example 3 (does not require FPC)Air intake is fitted with smoke detector, if distance requirements are not complied with.
Measured from edge to edge, the distance requirements from air exhausts or intakes of ventilation units to non-classified openings in adjacent
fire sections or apartments, such as windows and doors, are:
▶ 1.0 metre measured horizontally in exterior wall to other opening.
▶ 2.5 metres measured vertically in exterior wall to other opening if placed within 1.0 metre horizontally.
The air intake is to be fitted with a smoke detector for distance requirement compliance reasons. On smoke detection and faults, the
ventilation unit will be stopped and a fault alarm is activated.
Note that your application will have to be approved by the relevant authorities under existing legislation in your area.
3
BOLIG A BOLIG B BOLIG C
See legends on page 2.
APPLICATON EXAMPLES
APARTMENT A APARTMENT B APARTMENT C
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Application example 4Air intake is fitted with smoke detector, smoke damper and FPC, if distance requirements are not complied with.
Measured from edge to edge, the distance requirements from air exhausts or intakes of ventilation units to non-classified openings in adjacent
fire sections or apartments, such as windows and doors, are:
▶ 1.0 metre measured horizontally in exterior wall to other opening.
▶ 2.5 metres measured vertically in exterior wall to other opening if placed within 1.0 metre horizontally.
The air intake is to be fitted with a smoke detector, smoke damper and FPC fire protection for distance requirement compliance reasons. On
smoke detection and faults, the ventilation unit will be stopped and switched to fire position, i.e. the fire damper is closed and a fault alarm is
activated.
Note that your application will have to be approved by the relevant authorities under existing legislation in your area.
3
BOLIG A BOLIG B BOLIG C
See legends on page 2.
APPLICATON EXAMPLES
APARTMENT A APARTMENT B APARTMENT C
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3Application example 5 (does not require FPC)One rooftop exhaust (maximum 10 Pa) with separate vertical exhaust ductwork from decentral units.
Smoke protection can, for example, be handled in the following ways:
▶ Each air exhaust unit is installed with separate vertical exhaust channels through to one joint above-rooftop exhaust, ensuring that the
wind pressure does not affect the loss of pressure in the roof cap. Smoke dampers and detectors on exhaust channels are not required in
such instances.
▶ The rooftop cap is to be dimensioned to be capable of handling the smoke that needs to be pushed through the exhaust ductwork in
case of a fire.
Note that your application will have to be approved by the relevant authorities under existing legislation in your area.
Fælles afkastmaks. 10 Pa
Ført op i fri vind
See legends on page 2.
APPLICATON EXAMPLES
Above-rooftop exhaust
Shared rooftop exhaust, max. 10 Pa
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3Application example 6 (does not require FPC)One rooftop exhaust (maximum 20 Pa) with separate vertical exhaust ductwork from decentral units.
Smoke protection can, for example, be handled in the following ways:
▶ Each air exhaust unit is installed with separate vertical exhaust channels through to one joint above-rooftop exhaust, ensuring that the
wind pressure does not affect the loss of pressure in the roof cap.
▶ A 40°C fire thermostat is installed in the joint above-rooftop exhaust, enabling it to register a joint exhaust air temperature for all units. On
faults or fire detection, the fire protection control system is to stop all connected decentral units.
▶ The rooftop cap is to be dimensioned to be capable of handling the smoke that needs to be pushed through the exhaust ductwork in
case of a fire.
Note that your application will have to be approved by the relevant authorities under existing legislation in your area.
Fælles afkastmaks. 10 Pa
Ført op i fri vind
T40
Fælles afkastmaks. 20 Pa
See legends on page 2.
APPLICATON EXAMPLES
Above-rooftop exhaust
Shared rooftop exhaust, max. 20 Pa
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APPLICATION EXAMPLES 3Application example 7Protection between fire sections by means of fire and smoke dampers.
Note that your application will have to be approved by the relevant authorities under existing legislation in your area.Ve
ntila
tions
rum
BOLIG B
BOLIG A
Vent
ilatio
n ro
om
APARTMENT B
APARTMENT A
See legends on page 2.
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INSTALLATION
Installation example 1This illustration shows how to connect the fire damper without any external
monitoring. Remember to place the jumper.
Installation example 2This illustration shows how to connect the fire damper and smoke detector (the switch
is illustrated in alarm mode).
SDD
-S65
-RAC
(m)
Lus
INSTALLATION4
Jumper
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COMMISSIONING
ActivationConnected fire dampers will be activated automatically when the unit is turned on. If
more FPC’s are connected, each FPC must be adressed individually. Go to SETTINGS/FIRE DAMPER to see activated FPC’s. The system carries out a weekly/monthly self test
and saved the results in a log.
Manual test See the current state of activated fire dampers under TEST/ FIRE DAMPER.
It is also possible to activate a manual test, equivalent to the automatic test.
COMMISSIONING
5
TECHNICAL DATA
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UNIT CONNECTION
POWER
Damper motor supply 24V/230V ACTerminal 1 & 2
Wago cage clamp
Position feedback Digital input for dry contact use. SPDT connections for open/close feedback.
12V/12mATerminal S1-S6
Wago cage clamp
Thermostat/smoke detector For dry contact use.
12V /12mATerminal 10-11
Wago cage clamp
RS 485 communicationModbus RTU protocol.
12V/A-B RJ 11 6P6C
Power consumption Max. 100mA
TECHNICAL DATA
DIMENSIONS
112mm
140mm
34mm
6
Dantherm A/SMarienlystvej 65 | DK-7800 Skive Tel. +45 96 14 37 00 | Fax +45 96 14 38 [email protected] | www.dantherm.com
ABOUT THE DANTHERM GROUP
Control your climate
The Dantherm Group is a leading provider of climate control products and solutions. The group companies have more than 60 years of experience in designing and manufacturing high-quality and energy-efficient equipment for heating, cooling, drying and ventilation for a wide range of mobile and fixed applications.
Every year, Dantherm Group uses significant resources on product development to stay in the forefront and is constantly adapting the products to changing market demands and legislation.
The Dantherm Group has a number of strong brands with well-established market positions in the mobile, pool, commercial/industrial and residential markets.
Dantherm Group customers benefi t from our comprehensive knowledge base and the experience and expertise that we have gained from more than three million climate control products and solutions sold worldwide.
Global reach
The Dantherm Group is headquartered in Skive, Denmark and has companies in Norway, Sweden, United Kingdom, Germany, France, Switzerland, Italy, Spain, Poland, Russia, China and United Arab Emirates and a global distribution network.
In 2016 the Dantherm Group was acquired by the Swedish equity fund Procuritas Capital Investors V LP – a strong owner with the ambition to continue the development and growth of the company.
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