User manual and installation instruction Control Unit for Fire Ventilation

Transcription

1 User manual and installation instruction Control Unit for Fire Ventilation SV VA / SV VA SV V8Ads / SV VAds / SV V0Ads / SV VAds SV 8VA / SV 8VA SV 8V8Ads / SV 8VAds / SV 8V0Ads / SV 8VAds Fire ventilation ventilation VDC/8VDC max. 8A/A/0A/A actuator outputs fire ventilation group, comfort groups Connection for fire switches, wind and rain sensor, comfort switches, smoke detectors Possibility for bus connection of 0 SV control units #8

2 Control for Fire and ventilation Type SV V and SV 8V Control for Fire and ventilation Type SV V and SV 8V Address of installation Name: Address: Phone no.: Contact person: Date of installation: Installation Number of SV control units and type (ex. SV VA): Number of fire ventilation groups: Type of opening system: Table of contents Address of installation / Description of installation... General description... Safety rules during installation and operation... Explosion danger... Installation Yearly legal requirement of maintenance and control... Connection to motor (actuator) outputs and line monitoring... Current limiter type LIP... Operation and connection of fire switches...8 Connection of smoke/heat detectors...9 ventilation Connection and settings...9 Diagramme SV control unit and connections...0 External LEDs on the front panel (LED board)... Internal LED indication on the main board... Fuse specifications... Complete jumper settings... Connection of more SV control units to one fire group (bus connection)... Connection of weather sensor / Close all function... External signal transfer, connection of AFA systems and other control systems... Special functions... Cable sizes... Part nos. and accessories...8 CE Declaration of conformity...9 Technical specifications...0 Type of opening system: Rev Type of opening system: External controls (AFACCS): control: Wind and rain sensor: 0V power supply from group: Manufacturer: Actulux A/S Haadvaerkervej DK 90 Hadsund Danmark Tel.: Fax: info@actulux.com

3 Control for Fire and ventilation Type SV V and SV 8V Control for Fire and ventilation Type SV V and SV 8V General description The SV control unit can be used for electrical opening of e.g. skylights, smoke hatches or similar in connection with fire and comfort ventilation. The SV control unit has different inputs with line monitoring which can be activated by e.g. fire switches, smoke detectors, heat detectors, AFA systems and CCS systems. For control of the indoor climate (comfort ventilation) manual switches, weekly timer, room thermostat and outdoor weather sensors can be connected. By means of LEDs in the the front panel the control indicates the operating condition (ok operation and error and alarm condition), just as it by means of the builtin potential free relay contacts can relay operating information about ok operation and error and alarm condition to other systems in the building. The SV control unit is a part of a range of control units which are all built with a AC main supply and with either or 8 volts DC motor supply. The range consists of the following types: SV VA, SV VA, SV V8Ads, SV VAds, SV V0Ads, SV VAds: volts DC motor supply, power capacity 8A, A, 0A and A respectively. SV 8VA, SV 8VA, SV 8V8Ads, SV 8VAds, SV 8V0Ads, SV 8VAds: 8 volts DC motor supply, power capacity 8A, A, 0A and A respectively. The polarity of the motor supply is reversed when opening or closing. The SV control unit has builtin hours battery backup. By a unique bus system consisting of a wire cable the SV control units can be mutually connected so that up to 0 SV control units can be connected and operate as an integrated system. Connection of cables to the in and outputs of the SV control unit is described in the connection drawing on page 0. A more detailled connection to the individual in and outputs is described in the individual sections in this manual. Selection of cable sizes on page. By means of jumpers and dip switches the SV control unit has different setting possibilities for in and outputs. These settings are indicated in a complete table (please see section with jumper settings on page ). Examples of types of openings systems and the max. power consumption which can be connected to the SV control unit: Type: V power supply: 8V power supply: SA Power Single A A SA Power Double 8A (xa) A (xa) SA Power Large 8A A Rotary 00,A,A SA Power Mini,A,A Others See specification of max. power consumption on the opening system Safety rules during installation and operation The SV control unit may only be installed and maintained by personnel authorized for installation of automatic electrical fire ventilation equipment. Explosion danger The SV control unit is supplied with backup batteries, which contain large amounts of energy which can be released as explosion in case of wrong handling the following safety rules must therefore always be observed: Νever shortcircuit a backup battery. Do not use external chargers on installed batteries. If unauthorized chargers are used explosive gasses can be released from the battery. Do not drop backup batteries as strong acids can be released if they are broken. Installation The SV control unit can weigh up to 8 kgs and must be installed on a stable wall. The wall fitting placed on top of the back of the control unit should be loosened from the control unit and placed on the wall. The lower fitting on the back of the control unit should be turned downwards and the control unit should be hanged on the wall fitting. After this the lower fitting should be fastened to the wall. When cables are connected, the foil in the bottom should be removed with a knife or similar according to the number of cable connections. Before cable connection please mount PG cable glands or membrane glands in the holes. All cables are connected according to the drawing on the central pages and are dimensioned according to table page. Keep in mind that the operating voltage from the SV control unit is either V or 8V and that the max. voltage drop is % which demands correct cable dimension. Please be aware that it often may be required (in order to keep the demands on the CE marking of the complete installation or another law) that the SV control unit is supplied with 0VAC from separate powerline with its own ground error circuit interrupter, and that a repair interrupter is mounted on the motor lines. After connection the SV control unit must charge the batteries min. hours before complete testing. Yearly legal requirement of maintenance and control (authorized) The functions of the SV control unit and the opening system must be tested by authorized personnel at least once a year. The SV control unit informs when the maintenance should be done. The external LEDs on the front panel are running fast. The SV control unit and opening system are of course still full operating. Please call a service technician at your earliest convenience in order to carry out the maintenance and to test the control and opening system, in order to prepare it for another year of operation. The legal requirements for this must be observed and the testing and control must as a minimum include the following: Control that all opening systems move to full opening when the fire function is activated should not be carried out if the wind is more than m/sec. as there might be a risk that the opening system cannot close automatically. Control of the batteries. If the batteries are replaced it is important to use the same type as the batteries are carefully chosen to be able to deliver the current, for which the control is specified. Control of in and outputs on the control. Control of fire switches and smoke and heat detectors. The batteries should be replaced as required, however at least every third year!

4 Control for Fire and ventilation Type SV V and SV 8V Control for Fire and ventilation Type SV V and SV 8V Connection to motor (actuator) outputs and line monitoring The actuators (motors) must be connected to one of the actuator outputs on the output terminals or. It is possible to connect and disconnect the line monitoring on the actuator outputs (the factory setting is connected ). The cables to the actuators can be connected in series or parallel or a combination of these (please see drawing with examples or connection diagramme on the central pages). It is important to keep the right polarity of the cables The actuators must always be connected through a current limiter, e.g. the Actulux LIP or similar. Cable monitoring (line monitoring) on the motor outputs The control is equipped with possible settings for cable monitoring (line monitoring), which can be configured by means of jumper J (actuator output ) and jumper J9 (actuator output ). Jumper J and J9 is mounted in pos.»motor line«line monitoring between terminal and. The jumpers J (actuator output ) and J (actuator V 8VAds output ) are set according to the number of termination resistors (KΩ) to be detected for each actuator A Violet F9 output to max. lines can be detected by moving V the AC Sup. V Batt Sup Bat jumpers J and J respectively this means that the Bat Bat 8V VGnd V F8 cable installation between the SV control units and the actuators can be established in series connection (cable 8V connection from e.g. skylight, further to skylight, etc.), or parallel connection (cable connection from each skylight to the control), or a combination of these. However, as mentioned max. different lines can be detected each terminated with a KΩ resistor. For SV V8A/8V8A the max. allowed current is 8A divided on outputs. J J J J9 Jumper description Number of connected Kohm termination resistors for actuator output Number of connected Kohm termination resistors for actuator output Chooses line monitoring through motor terminals and (Mot Mon) or separate wire terminals and (Ext Li Mon), or no line monitoring when J/J or J9/J is removed. F Fuse A (blue) for actuator output AA control units F Fuse A (blue) for actuator output AA control units F F Fuse A (light brown) for actuator output / A control unit Fuse A (light brown) for actuator output / A control unit CH shown with parallel connection PS M M V LIP LIP # LIP # B M M LIP LIP # LIP # SV XX/A SV XX/A XX/A CH shown with chain connection A LIGHT BROWN A BLUE FF M M Actuator Line FUSE F F LIP J Canals LIP M J9 Ext wire monitor F J Actuator FUSE F LIP # LIP # Actuator Actuator CH M 8 channel LIP Actuator CH Actuator Ext wire monitor J Line Alarm Out Com. RL 8 9 Potential free ALARM switch. Com No connected on alarm. Max 8V 0,A K Extra relay print # provide additional potent free switches each 0V 0,A Jumper J and J9 mounted in pos.»ext wire«. Line monitoring between terminal and : With the jumpers J (actuator output ) and J (actuator output ) it is chosen, how many lines (number of KΩ) you wish to detect the same way as the motor line. This setting demands wire cable from motor output to motor. Jumper J/J and J9/J are not mounted No line monitoring for actuator output and actuator output respectively. For SV V8A/8V8A the max. allowed current is 8A divided on outputs. Current limiter type LIP function and setting (if mounted) The current limiter type LIP (mounted on the opening system) is used as current limiter between the 8/VDC supply and or actuators. When the adjusted current limit is reached, the speed of the actuators is reduced. When the max. power on the actuator is exceeded, the actuator stops. On the V/8V types (LIP, LIP or LIP) max. times overload cut outs in the same direction is allowed. After that it will not be possible to run in this direction again, before the motor has run in the opposite direction. This in order to protect the actuator gear mechanism. Please note that when opening, the red LED in the LIP must light. This indicates that polarity to actuator is correct. Table of LIP settings Åbningssystem V/8V Type A/,A SA Power Single, Double, Large A/A SA Power Single, Double, Large.A/,A SA Power Mini,A/,A Rotary 00 A/A SA Power Mini ON OFF ON OFF OFF ON ON OFF Board no. Board descrip. Voltage and function LIP A0 /8V channel K ON LIP * 0 A0 /8V channels LIP Basic LIP TA LIP*** OC 0 LIP /8V channel 0 LIP /8V channel Tandem 08 LIP /8V channel Syncro m/position ind. See diagram above Not mounted OFF ON** K ON MM delay =ON K ON K ON K ON ON = Com ON = Com OFF = Slave ON = Master OFF = Slave ON = Master Not mounted OFF = Syncro Mode ON = Tandem Mode **** OFF = Syncro Mode ON = Tandem Mode **** LIP/ LIP 8 Not in use Not in use * SA Power Large parallel operation: Jumper OPT mounted both motors stop at the same time if one stops because of overload. ** When is OFF = Tandem mode both motors stop at the same time if no current flows in one. (. sec. reaction time) *** Requires actuator with Reed. (core incl. black cable) **** OFF = No delay between Master og Slave / ON = Seven sec. delay between Master og Slave.

5 V S 8V CH shown with parallel connection PS Control for Fire and ventilation Type SV V and SV 8V F9 AC Sup. V Batt Sup Bat Bat Operation VGnd and connection of fire switches (e.g. type BVT) Bat 8V M F8 The fire switch will generally contain the following: J J V Breakable glass window and red control button is activated by RL pressure this puts the SV control unit in ALARM condition, by which both motor outputs are activated (for normal service and testing the lid can be opened with a key). Max. Torque. Nm RESET button which brings the SV control unit out of the alarm condition and starts the closing sequence for about 80 seconds. Actuator Actuator Please note that RESET does not cancel errors on the system, Alarm Out e.g. line errors etc. These must be found and corrected RED LED indicates that the SV control unit is in ALARM condition and that the motor outputs either are or have been activated. K YELLOW LED indicates faults on the system please call for a service technician. GREEN LED indicates that the LIPsystem is in normal operation LIP LIP Canals LIP condition without errors. M A Violet CONNECTION of the fire switch is made as shown on the drawing. M M M The installation with fire switches must be terminated with a 0KΩ or KΩ resistor in the last switch in order to establish the line monitoring correctly this can either be done by moving the factory mounted resistor from the terminal strip to the last fire switch or connect jumper J in the fire switch Extra relay print type BVT is mounted (by this a 0KΩ resistor is also connected). # provides LIP # M By means of switches the M SV control unit M has different possibilities of settings for the input to the fire switch: 8 (Conf. firesw.): On Next = ALARM LIP condition from 00KΩ, (indication of line error by direct channel LIP short circuit or open circuit). Off = ALARM condition from 0KΩ (indication of line error by open circuit). (FIRESW. CH): On = The control unit will now be split up into fire groups. Fireswitch : Ø ØA = Actuator output Fireswitch : Ø ØB = Actuator output. Off = line, e.g. by connection of more fire switches, the cables are run from switch to switch in one line. (Failsafe): On = Any line error on fire switch or smoke detector puts the SV control unit in ALARM condition. This function can be used if cables to fire switches and smoke detectors are not fireproof. Off = An error condition does not report ALARM condition. BVT LIP # B V green LED OK (lights when OK and while closing) yellow LED (lights on error) red LED alarm (emergency opening) ground () not used fire switch reset fire switch emergency opening Jumper J must only be set in the last or only fire switch LIP # LIP # SV XX/A SV XX/A XX/A CH shown with chain connection A LIGHT BROW N A BLUE FF Actuator Line 8 9 Signaltransmitter green yellow FUSE F F LIP # LIP # red J Jumper J EMERGEYCLOSE EMERGEY OPEN J9 Ext wire monitor F CH Actuator Actuator FUSE F CH Actuator Ext wire monitor Line Com. Potential free ALARM switch. Com No connected on alarm. Max 8V 0,A COM additional potential free switches each 0V 0,A Potential free failure switch. Com Nc connected on failure. Max 8V 0,A RL Failure Out K J0 JJ8 J8 failure relais energized at O K state = com are connected Alarm V Fire switch BVT No. SW SW0 V/8V Act. Bat. mode Alarm V A B,Ω 0 KΩ,Ω 0 KΩ ON K J J Fire switch type BVT. Fit J in last BVT for line monitoring Failure V Week Op Puls/Const Conf.firesw OK V K Firesw.ch Failsafe Det. Gr. BusComf SW SW Fire Sw Max. Torque 0. Nm Fire Sw Reset A B 8,Ω 0 KΩ,Ω 0 KΩ K Subsequent fire switch type BVT. Fit J in last BVT for line monitoring Smoke Detc. heat sensors LD Line fail LD Line fail LD8 Line fail LD9 Line fail LD0 Line fa LD BUS fa SW SW SW J Fire switch BVT No. LD Actuato LD Actuato LD Actuato LD Actuato LD Weathe J Smoke Detc. 9 0 Smoke or K8 L In L Nr. L Out L In L Nr. L Out 0 KΩ 8 9 K 0 Start Termination Connection of smoke/heat detectors BUS Master Control for Fire and ventilation Type SV V and SV 8V Smoke and heat detectors are connected as shown. The installationen can be carried out as loops Detector : terminal 9 and 0 Detetor Serial terminal Out and 0 with max. detectors on each circuit. A A B B B The last detector in each circuit must be terminated with a 0KΩ termination resistor so that the cable monitoring (line monitoring) works correctly. The following settings are possible: Serial Comm (Det. Detector &): Weather On = Min. one detector should be activated in each of the loops in the installation before the SV control unit goes into alarm condition (this function is used if the monitored room has potential possibility of limited local occurrences of smoke/heat in connection with daily use, e.g. because of passage of trucks in the building). Off = The K0 SV control K unit goes into alarm condition when only one detector is active, no matter in which of the circuits in the installation the active detector is placed. If is ON, the control unit is set for fire groups. Detector and will hereafter automatically be devided, so that detector follows fire switch and detector follows fire switch. If is ON, the function for is not possible. Line monitoring: Correct line monitoring can only be guaranteed with detectors delivered from the supplier. Other detectors may have different internal resistors and stand by power consumption. #90 J J Serial In A L In Com L Nr. K9 L Out L In L Nr. 0 KΩ (only last sensor) L Out #9 AWR ventilation V Connection and settings AC/DC Each of the motor outputs can be controlled separately with their own comfort switch. For comfort ventilation there are the following possibilities: Switch Ch J BUS Slave Com Input J J END Termination K Switch Ch Leds Frontpanel VDC COM (Gr. ): On = comfort switch controls both outputs. (Puls/Const): On = It is possible to press the»up«button times, which each gives seconds Wind and rain sensor (Close all) of opening time at V ( seconds at 8V) after that nothing happens. Continuous»up«signal gives x() sec.=8(9) sec. One press on»down«closes the actuator completely for a period which is 8 seconds longer than the complete opening time. In order to avoid»actuator pumping«max. successive closing attempts will be allowed. Off = As long as»up«signal or»down«signal are given, the actuators are running. Jumper J9 (Comf var.) Mounted = The time on the above mentioned pulse opening can be adjusted from 0 sec. on the potentiometre P. Not mounted = The time on the above mentioned pulse opening is fixed ( sec. at V / sec. at 8V). Room thermostats, weekly timers, CCS and other external control equipment for comfort ventilation can be connected on the inputs of the comfort control. Indication about open or closed actuators: 8 SVcontrol position indicator is a relay unit with pcs. DPDTcontacts 0VAC A which indicates if the actuators are open or closed. Can only be used when puls/const is ON. The function can give information to burglar alarms, heat controls etc., if the actuators are open or closed. 8 9

6 Control for Fire and ventilation Type SV V and SV 8V Control for Fire and ventilation Type SV V and SV 8V P E L N Batteries x V xx Ah F F A PS power supply 800 VAC VDC XXW PS (Mounted when EN certified) power supply 800 VAC VDC XXW 8V V Connection SV 8V... Black,mm Red,mm Bat Bat VDC VDC Black,mm Red,mm 0V Bat F 0A Green PS 8V PS Conn.diagr. A0 SV8 Drawing: 0_L V PS 8V CH shown with parallel connection Connection SV V... PS F9 AC Sup. V Batt Sup Bat 8V M M A Violet V F8 N PE L LIP LIP # LIP # F F Bat VGnd A Batteries x V xx Ah Black,mm Bat V PS Power Supply 800 VAC VDC XXW M M LIP LIP # LIP # Red,mm SV XX/A SV XX/A XX/A VDC V CH shown with chain connection A LIGHT BROW N A BLUE FF M M 0V Actuator Line FUSE F F F LIP J 8V Canals LIP M M 8 J9 Ext wire monitor F J Actuator FUSE F Max. Torque. Nm Bat LIP # LIP # 0A Green Actuator CH PS PS V PS PS Actuator channel LIP F9 AC Sup. V Batt Sup 8V Actuator CH A Violet Bat 8V VGnd F8 J Bat V Ext wire monitor Line Alarm Out Com. Potential free ALARM switch. Com No connected on alarm. Max 8V 0,A Bat V Actuator RL 8 9 K COM 0 Extra relay print # provides additional potential free switches each 0V 0,A Potential free failure switch. Com Nc connected on failure. Max 8V 0,A RL Failure Out K J0 JJ8 J8 failure relais energized at O K state = com are connected Alarm V Fire switch BVT No. SW SW0 V/8V Act. Bat. mode Alarm V A B,Ω 0 KΩ,Ω 0 KΩ ON K J J Fire switch type BVT. Fit J in last BVT for line monitoring Failure V Week Op Puls/Const Conf.firesw OK V K Firesw.ch Failsafe Det. Gr. BusComf SW SW Fire Sw Max. Torque 0. Nm Fire Sw Reset A B 8,Ω 0 KΩ,Ω 0 KΩ K Subsequent fire switch type BVT. Fit J in last BVT for line monitoring Smoke Detc. heat sensors LD Line failure actuator (red). Lit for line failure on actuator. LD8 Line failure fire switch (red). Lit for line failure on fire switch. LD9 Line failure smokesensor (red). Lit for line fail. on smokes.. LD0 Line failure smokesensor (red). Lit for line fail. on smokes.. LD BUS failure (red). Lit when local unit is not recieving signal. SW SW SW J Fire switch BVT No. LD Actuator open (red). Lit when actuator is opening. LD Actuator closing (green). Lit when actuator is closing. LD Actuator open (red). Lit when actuator is opening. LD Actuator closing (green). Lit when actuator is closing. LD Weather sensor active (red). Lit when weather sensor is active. LD Line failure actuator (red). Lit for line failure on actuator. J Smoke Detc. 9 0 Smoke or K8 L In L Nr. L Out L In L Nr. L Out 0 KΩ 8 9 K 0 Start Termination J Serial In A A A L In Com L Nr. K9 L Out L In L Nr. 0 KΩ (only last sensor) }See page L Out J BUS Master Serial Comm Switch Ch J J9 BUS Slave J J END Termination Serial Out B B B Com K0 SW Reset J RTP K Detector Weather Input 8 9 Switch Ch BUZZER Leds Frontpanel VDC 0 K V AC/DC #90 #9 AWR COM Wind and rain sensor (Close all) 0

7 Control for Fire and ventilation Type SV V and SV 8V Control for Fire and ventilation Type SV V and SV 8V External LEDs on the front panel (LED board) Operation possibilities for: Alarm/ fire Text on front Colour Meaning: Switched off lights flashes OK Green lights if everthing is ok switched off by local error on this control flashes by error message from other controls received by bus Battery low Yellow lights by local battery error on this control flashes by error message from other controls received by bus Linie fault Yellow lights by local error on this control flashes by error message from other controls received by bus AC supply error Yellow lights by local error on this control flashes by error message from other controls received by bus operation LD LD Only close LD Only close LD Only close Alarm active Red lights red constantly LD No All lights running lights time for yearly service please call for supplier Internal LED indication on main board LD LD LD LD Actuator open (red). Lights when actuator opens Actuator close (green). Lights when actuator closes Actuator open (red). Lights when actuator opens Actuator close (green). Lights when actuator closes LD,,,, Operation possibilities for: Alarm/fire operation LD Weather sensor active (red). Lights when weather sensor is active No LD Line error on actuator (red). Lights when actuator has line error Only close LD Line error on actuator (red). Lights when actuator has line error Only close LD8 LD9 LD0 LD Fuse specifications Placement Fuse value Line error on fire switch (red). flash per second = fire switch line error. flashes per second = fire switch line error. Constant light = error on both fire switches. Line error on smoke detector (red). Lights when smoke detector has line error Line error on smoke detector (red). Lights when smoke detector has line error BUS error (red). Lights when BUS signal from other controls is missing. Only relevant if J or J is mounted. V F 0A green pcs. V batteries = V pcs. V batteries = 8V F9 A violet VDC to terminal 0 AC supply from V power supply batt.supp. from the batteries take care of discharging of the batteries when 0VAC is missing 8V Only close Only close Only close Only close VDC to terminal 0 AC supply from PSU batt.supp. from the batteries take care of the discharging of the batteries when 0VAC is missing Complete jumper settings Text on board Factory set Mounted / ON function Dismounted / OFF function Week open no Weekly open ( sec.)/close ( sec.) cycle activated Weekly open/close not activated Puls/Const yes Actuator output runs pulse mode (V= sec./ 8V= sec.) at comfort activation (max. times opening) Actuator output runs constantly as long as comfort activation is active Conf. Fireswitch no Fire switch active from 00KΩ Fire switch active from 0KΩ Firesw. ch no The control is split up into fire groups The control has fire group Failsafe no Line fault on fire switch or detector puts the control in alarm Detekter & no Alarm only on concurrent activation (&) of detector input and ( must be set to fire group) Gr. comfort no The control has comfort group which is activated by either comfort input ch or ch (if dip 8 Bus comfort is ON, the comfort input ch controls other control units via bus activity Normal mode Alarm mode at activation of either detector input or The control is split up into comfort groups which are activated by comfort input ch and ch respectively 8 Bus comfort no The control reacts on comfort signal via bus activity The control does not react on comfort signal via bus activity // NB! Always reaction on weather signal via bus activity and own comfort signal 9 SWSprinkler no Actuator output closed by active detector (opens by activation of fire switch) 0 BRA Mode special no Special fire switch/alarm mode and comf. active at all errors SWSnitch no LED s remember errors (line errors, AC/Batt.errors, bus errors) which have been detected and remain switched on even though the error disappears again the LED s can only be switched off/reset again by setting dip in off Normal mode actuator output opens by active detector or fire switch Normal mode Normal mode SWTemp. Detekt. no Line error on motor line (upper resistor area) = alarm Normal mode SWBus Reset yes The control react on reset via bus activity Normal mode For previous software version 9 and earlier, the following applies SWSpec. charge no Special Ke charging feature (may only be used in special installations) J (Bus) J (Bus) Start term. Master no no First control unit in the bus network J (Motor) Connect according to number of KΩ termination resistors on actuator J (Motor) Connect according to number of KΩ termination resistors on actuator Normal mode See section concerning connection of control units (bus connection) page No line monitoring channel No line monitoring channel J (Motor) Mot Mon act. yes wire line monitoring via KΩ terminal No line monitoring channel Ext Li Mon act. no wire line monitoring with direct motor connection actuator J8 SW0Bus fire no The control reacts on alarm signal via bus activity The control does not react on alarm signal via bus activity // NB! Always reaction on weather signal and failures via bus activity and own alarm signal (detector or fire switch) J9 (Motor) Mot Mon act. yes wire line monitoring via KΩ terminal No line monitoring channel Ext Li Mon act. no wire line monitoring with direct motor connection actuator J0 SWSer yes Active Inactive J (Bus) Slave no Middle and last control unit in the bus network See section concerning connection of control J (Bus) End term. no Last control unit in the bus network units in bus connection, page J BUZZER yes Acoustic alarm active Acoustic alarm deactivated J Actu. batt. mode yes no: double supply Actuators are supplies by batteries Actuators are supplied by 0/V converter, batteries as backup J8 8V controls ( batteries) V controls ( batteries) J9 comf. var no pulse adjustable on RPT 0 sec. Firm comfort pulse time sec. (V) / sec. (8V)

8 Batteries x V Bat Control for Fire and ventilation Type SV V and SV 8V V Black,mm Red,mm Connection of more controls to one fire group (bus connection) By means of a bus communication it is possible to make 0 SV control units to work as a complete system. The SV control units Bat communicate with each other via a wire bus M connection. M M This could e.g. be a x0. mm² fireproof cable according to standard IEC 0. Terminal no. A, A, A are for the incoming connection and B, B, B for the outgoing connection. In the first SV control unit start Bus J has to be on. This control is Master and J must therefore also be on. The bus cable is connected on the output terminals B, B, B and lead to the next SV control unit which is a slave, J must therefore be on. The cable is connected to the input terminals A, A, A of the next SV control unit and further to the next slave SV control unit from terminal M B, B, B. M M In the last slave SV control unit J and J must be on in order to terminate the bus connection. ALARM: Connection of alarm inputs works across all controls so that if a fire switch or a smoke/heat detector on one control is activated, all connected SV control units also goes into alarm condition. This only happens if J8 is set. If not set, the control unit will not listen to the alarm on the bus. RESET: If the reset button on one control or in one fire switch is activated, the reset function on all connected control is activated and starts the closing function on all motor output in approx. 80 sec. COMFORT: The comfort control can work locally on each SV control unit or via the bus on more SV control units. If a wind and rain sensor is connected it will work on all SV control units on the bus. switch Ch controls locally Actuator output. This function only applies, WHEN is OFF. switch Ch controls locally Actuator output. If 8 is ON, the comfort switch will control all other SV control units on the bus, where 8 is ON. Conn.diagr. A0 SV8 Drawing: 0_H : If is ON, i.e. fire groups, then SW 0Bus Fire is disabled. CH shown with parallel connection Function description for SV control units connected with bus connection If more SV control units are connected by means of a bus connection, the following are monitored/ communicated between the SV control units: A detected bus error makes the LED LD on the main board light/flash. A detected bus error brings all controls on the bus connection in error condition (line error). If one of the SV control units in the network goes into alarm condition, all go into alarm condition. If one of the SV control units goes into a certain error condition (line error, AC error, battery error or bus error), the other SV control units also go into error condition the type of the error is indicated on the board of the front plate of all SV control units on the SV control unit(s) which have not caused the error, the ok LED on the board of the front plate flashes at the same time as the error. On the SV control unit(s) which have caused the error, the OK LED is switched off. LIP LIP # LIP # LIP LIP # LIP # CH shown with chain connection LIP LIP # LIP # kanals LIP M M 8 channel LIP Potential free ALARM switch. Com No connected on alarm. Max 8V 0,A K K K K Connection of weather sensor / Close all function A weather sensor can be connected to the SV control unit. The weather sensor is adjusted according to the instructions. Actuators should be closed when the wind is above m/s. L In L In LED LD on the main board indicate active weather L Lsensor, lights as long as input is active. Extra relay print provides additional potential 80Ω 80Ω As long as the weather 0 KΩ sensor J is 0 active, KΩ J motor L inputs In cannot L In be Fire switch WSK/BVT Fire switch WSK/BVT opened with comfort switches. No. No. L L Nr. Nr. The weather sensor closes on all controls which L Outare connected L Out through bus connection. free switches each 0V 0,A Potential free failure switch. Com Nc connected on failure. Max 8V 0,A 80Ω 0 KΩ Fire switch type J 80Ω 0 KΩ Subsequent fire On the input WSK/BVT. to weather station switch a type weekly timer can be connected Fit J in last WSK/BVT. (only last sensor) which makes WSK/BVTfor sure that lineeverything Fit J last is closed, e.g. sensor) by end of a working monitoring day. External signal transfer, connection to AFA systems and other control systems The SV control unit can receive potential free alarm signals from e.g. AFA systems on the input to fire switch or smoke/heat detector Line monitoring resistor must be fitted on the contact in the AFA system. The SV control unit can forward Alarm condition to external connected systems by means of potential free contacts on the terminals (com), 8() and 9(). The SV control unit can forward Failure condition to external connected systems by means of potential free contacts on the terminals 0 (com), () and (). Alarm and error contacts work parallel on all controls connected with bus connection. K WSK/BVT for line monitoring J heat sensors Smoke or K8 Nr. L Out 0 KΩ 0 KΩ Control K9 for Fire K0 and Kventilation Type SV V and SV 8V Nr. L Out Switch Ch Switch Ch V AC/DC AWR COM Wind and rain sensor (Close all) How to make a connection from a Fire Alarm Panel The control panel can receive potential free zero volt alarm signals from e.g. AFA systems on the input to fire switch or smoke/heat detector Terminal 9/ and 0. Line monitoring resistor must be fitted on the contact in the AFA system #90 #9 Supplied with Panel Normally open 0 9/

9 Control for Fire and ventilation Type SV V and SV 8V Control for Fire and ventilation Type SV V and SV 8V Special functions Sprinkler function: 9 On a special function comes in use where sprinkler systems are installed. With this function activated, both actuator outputs close, if smoke/heat detector input is activated. If the fire switch is activated, both actuator outputs open. Weekly open/close: On both motor outputs open shortly ( seconds) once a week and close immediately after This function is used to give the right tension on the packing of the skylights to keep them watertight. Function of heat detector in LIP: On a heat detector can be mounted in each LIP. If the temperatur is exceeded, the SV control unit goes into alarm and the opening system is opening. Cable sizes It is very important to use the correct cable types and sizes to make sure that the fire ventilation system meets the standards and works correct in an emergency. The two most important factors are the ability of the cables to resist heat and to make sure that the voltage drop in the cables to the actuators do not exceed % at full load on the fire ventilation hatches. Fire resistant cables according to IEC 0 must be used for the following functions: Opening systems with actuators /8V wires, see diagramme Max. cable length ( wire by external line surveillance) Fire switch V Min. x 0, mm² 00 m Smoke detector V Min. x 0, mm² 00 m Heat detector Min. x0, mm² 00 m Cable between RV control units (bus) x 0, mm² 00 m Normal cables can be used for the following functions: Supply for control 0VAC e.g. x, mm² ventilation button V Min. x 0, mm² Wind and rain sensor V Min. x 0, mm² Table for SV VXX allowable voltage drop % =,V Power consumption per group in ampere x, mm² x, mm² x, mm² Cable cross section and amount of cores (x,x,) x, mm² (x,x,) x mm² x, mm² (x,x,) x0 mm² m m 8 m m 9 m 0 m 9 m m m m m 8 m m m m m 0 m 8 m 98 m 0 m m 8 8 m m m m m m m 0 m m 0 m 0 m 9 m m 00 m m 0 m m 0 m 9 m m 80 m 8 m m m m m m m 8 m 0 m m 8 m 0 m Table for SV 8VXX allowable voltage drop % =,V Power consumption per group in ampere x, mm² x, mm² x, mm² Cable cross section and amount of cores (x,x,) x, mm² (x,x,) x mm² x, mm² (x,x,) x0 mm² 8 m m 9 m 9 m 90 m m 98 m m m 8 m m 9 m 0 m 9 m 9 m 8 m 98 m m 9 m 0 m 8 m 8 m m m m 8 m m m 0 0 m 9 m 0 m 98 m 8 m m 9 m m m 0 m 8 m 98 m 0 m m m m 0 m 8 m 88 m m m m m m m m

10 Control for Fire and ventilation Type SV V and SV 8V Control for Fire and ventilation Type SV V and SV 8V Parts nos. and accessories Part no. Name of part Description 0 A0 SV PCB Main board for SV V control units 08 A0 SV8 PCB Main board for SV 8V control units 09 Power supply 0W VDC Power supply T for DS control units 08 Power supply 00W VDC Power supply for 8A DS control units 080 Power supply 00W VDC MW Power supply 0VAC / VDC 0 Power supply 0W VDC Power supply for A DS control units 0 Circuit breaker 0A Automatic fuse 0A / input terminal 8008 Battery V/,Ah xx9mm Battery for 8A / A / 0A controls 800 Battery V/Ah x9x98mm Battery for 0A / A controls Fuse A spade (blue auto) A fuse for actuator outputs (F, F) SV xxva/a 98 Fuse A light brown Light brown A fuse for SV xxva (F,F) 98 Fuse A spade Violet aut A fuse violet F9 V supply external system 89 Fire switch/reset IP0 Actulu Fire switch IP 0 0 Replacement glass for BVT Replacement glass for fire switch 0 Tool/key fireswitch WCP0 Key for fire switch for operation without breaking glass Fireswitch BVT in IP BOX Fire switch built in IP box 90 Rain sensor 0VAC / VDC Rain sensor closes everything when raining 9 Wind and rain sensor 0VAC / DC Wind and rain sensor closes everything when raining or strong wind Heat detectorbase degrees Heat detector degrees temperature activation Heat detectorbase 90 degrees Heat detector 90 degrees temperature activation 0 Smoke detector, optical Optical smoke detector Smoke detector, Ion detector Ion smoke detector for invisible smoke switch OPUS w housing switch Opus complete with housing 8 switch FUGA w housing switch Fuga complete with housing 0 Weekly timer channel Weekly timer, can e.g. close everything in the evening sw.up/down OPUS IP switch Opus white AUTO MAN switch OPUS with housing Switch Auto. man. OPUS white, activates room thermostat or weekly timer 0 Room thermostat RTR w.resis. Room thermostat for control of comfort ventilation Relay PCB extra Xoutp.in box Board with x extra relay outputs 0V 0,A 8 Control position indicator Relay unit with pieces switch contacts 0VAC A, which indicates whether the actuators are open or closed. Can only be used when puls / const is mounted. 90 Addon position relay Relay Print for indication of window position 89 Transmitter for Wind and Rain Wireless weather signal together with #89 89 Remote control w/receiver SV Wireless comfort control (transmitter and Addon PCB) 8 9

11 Control for Fire and ventilation Type SV V and SV 8V Specifications SV Vxx Control Panels VA / SV VA V8Ads / VAds / V0Ads / VAds SV 8Vxx Control Panels 8VA / 8VA 8V8Ads/8VAds/8V0Ads/8VAds Note / Approvals / Conforms ds = EN00:00 approved / certified class A (double supply) envir. class (to C) // Conform EN09 Power supply 0VAC % / max..a ( ds = max. A) 0VAC % / max..a ( ds = max. 0A) Output supply VDC 8VDC Motor outputs pcs. (line detecton: lines) pcs. (line detecton: lines) Max. total load 8A / A / 0A / A 8A / A / 0A / A Max. load each motor output A A Operation temperture C 0 C C 0 C Density IP IP Battery backup (h) Batteries 8AA = pcs. V/.Ah 0AA = pcs. V/Ah 8AA = pcs. V/.Ah Dimensions (WxDxH) x 8 x 0 mm x 8 x 0 mm Weight incl. batteries Max. kgs Max. kgs Colour White front / Black chassis White front / Black chassis Fire groups groups Detector (smoke/heat) input 0A A = pcs. V/Ah pcs. V/.Ah = pcs. V/Ah or pcs. (by dip switch) with line detect. / Max. power consumption for fire switches (LEDbuzzer)=mA= approx. fire switches or pcs. (by dip switch) Unlimited number of comfort switches lines max. pcs. on each / Max. power consumption, ma per line app. x = detectors. Trigger point 0mA Weather sensor input / close all Alarm output potential free contact, max. 8V / 0.A potential free contact, max. 8V / 0.A Failure output potential free contact, max. 8V / 0.A potential free contact, max. 8V / 0.A VDC for external use VDC / max. 0.A at 0VAC operation VDC / max. 0.A at 0VAC operation Bus communication Visual (LED) indication in front panel connection of 0 control panels line detection OK / AC fault / Low battery / Line fault / Alarm Dip switch features (standard) Service hours (LED s flash in front panel) / opening interval / Temperature detection via motor output / Extra line detection via wire motor output / Fail safe (alarm by line failure) / Sprinkler (close by alarm) / Bus comm. settings (react on Bus comm.) Options Possiblility to connect Addon PCB with relay contacts for comfort open signal Note for EN00 approved editions (ds) Type Primary supply Secondary supply Interruption time V editions VDC, ripple V p/p 0VDC, max. load A Less than. sec. 8V editions 8VDC, ripple V p/p 0VDC, max. load A Less than. sec. Manufacturer: Actulux A/S Håndværkervej DK 90 Hadsund Denmark Tel.: Fax: info@actulux.com 0