Operating instruction

Transcription

1 Operating instruction FP102 / FP104 / FP106-2SO Conventional Fire Panels with 2 Sounder Outputs This document is only intended for customers of our fire panels and must not be copied or transfered to a third party without written allowance. Seite 1 Edition 1.en /

2 Summary 1. Safety instructions Installation Installation notes Mounting instructions Installation drawing Terminals in the panel cabinet and on the PCB Connecting the panel to the mains supply Connecting detection zones and auxiliary to the panel Wiring diagramm Description of panel features and functions Panel types Panel equipment Fuses and outputs Operating features Operating levels Alarm State display and functions Characteristics of the non latching zone Operation Overview of operating and display elements Description of operating keys Description of displaying LEDs Initialising fire panel for the first time Entering operating level 1 and 2 (access code input) Exiting the access levels Functional tests / Enable detection zones Operation in alarm state Manually alarm triggering (possible in operat. level 1 only) Page 2 of 40

3 5. Trouble shooting Technical data Dimensions/weight/colour Electrical data Environmental conditions Fuses Panel characteristics Battery characteristics Primary line characteristics Connecting detectors Bosch detector base MS 400 MAGIC.SENS DS detector base B401R (with integrated resistor) Abbreviations Annex Notes for operator FIRE ALARM SYSTEMS LOG BOOK Page 3 of 40

4 The manual is designed for three different variants of the control panel and describes both installation and operation. Additionally you will find notes for fault detection and rectification. This documentation always depicts the fully equipped FP 106-2SO Fire Panel. The maximum current for all panel types is 1 Ampere (1A). This value includes also the 24V auxiliary power supply and the sounder outputs. It considers also relay and open collector outputs if they are supplied via 24V auxiliary power supply. The maximum current consumption has to be calculated exactly, so the maximum value will never be exceeded! Exceeding the maximum current will rupture fuse 1 and could damage the control panel! 1. Safety instructions Work on electrical parts / subassemblies must only be carried out by a skilled electrician in accordance with the local electrical engineering regulations There is danger to life from contact with fuses or parts carrying live voltages. Before carrying out any work on electrical installations, the panel must be disconnected from the mains supply Before opening the cabinet cover the mains supply must be switched off. Pay attention while removing the cover of the cabinet. Lay it down carefully. to avoid causing damage or injury. Do not distort ithe cover or damage the paint finish. Page 4 of 40

5 2. Installation 2.1. Installation notes Care should be taken when removing the cover of the cabinet: It has to be supported by its longer sides only. Lay it down horizontally. Pay attention not to damage its contours and paintwork. Any fall of the cover may cause damage or injury. Only install the equipment in a dry environment. Environmental conditions (see page 31) must be observed. Operating and display elements must be positioned at eye level. The left side of the panel should have at least 50mm free space, to ensure that the front cover can be completely opened and removed. Observe the usual precautionary measures for CMOS technology when handling printed circuit boards. Caution ESD (electrostatic discharge) Ensure that the usual measures and instructions with regard to electrostatic discharge are observed. The main detection unit should only be installed in rooms with normal room temperatures to ensure the batteries optimum service life. Observe any connection conditions and regulations currently enforced by regional authorities (e.g. fire service) Mounting instructions Open the cover and remove it; then fix the cabinet onto a solid wall. The distance between the holes is 280mm (approx. 11 inches). See next page for the drilling template. Break the pre-cut holes with an appropriate tool, choosing the most suitable size, and set the cable entries corresponding to the size you have chosen. The pre- cut holes allow to obtain two differently sized holes, according to the direction of breaking: 22mm (approx inches) diameter if the direction of breaking is inside to outside; 28mm (approx. 1.1 inches) diameter if the direction is outside to inside. The opening for the power supply cable feed is located at the bottom of the housing. A cable gland is supplied and should be used. Page 5 of 40

6 2.3. Installation drawing 35 (1,38 ) 280 (11,0 ) 35 (1,38 ) 8,5 (0,33 ) 4,8 (0,19 ) 340 (13,18 ) 195 (7,68 ) 8 (0,31 ) 4,8 (0,19 ) 350 (13,78 ) 6,5-8,5mm (min/max) (min/max) 6mm 4,5 x 25mm 0.24 ) 0.18 x 0.98 ) 4x 4x D Dimensions are specified in mm, (dimensions in inch are in parantheses). Page 6 of 40

7 2.4. Terminals in the panel cabinet and on the PCB 24 V ZONE1 ZONE3 ZONE4 ZONE5 L6 / EX VALV SIR INI ZONE1 ZONE3 ZONE4 ZONE5 ZONE6 AV=FAULT ALARM ZONE2 ZONE2 PREAL AV AL AV AL AV AL AV AL AV AL AV AL NA NC C NA NC C NA NC C M1 M2 M4 M5 M6 M7 M8 Fuse 1/ F/ 1A BZ1 Fuse 2/ F/ 2A M9 M10 33VCA 33VCA B+ B/2 B- X N PH Fuse All panel types are provided with the same PCB. The two zone and four zone panels terminal connections are de- populated. This is to avoid confusion during the installation of the panel. Description of the mains supply terminal (X) Marking N L FUSE Description 240V AC power supply line connections Fuse 315mA fast, used to protect the panel Connection to the common earth Page 7 of 40

8 Description of the terminals on the PCB M1 M2 M4 M5 M6 M7 M8 Marking Panel type Description VALV (+ / ) Output for sounder line 2 (resistive load only) 24V ( / +) Output for aux. power supply (24V nominally) SIR ( / +) Output for sounder 1 (resistive load only) ZONE 1 ( / +) Detection line 1 (maximum 30 detectors) ZONE 2 ( / +) Detection line 2 (maximum 30 detectors) 2ZONE 3 ( / +) Detection line 3 (maximum 30 detectors) ZONE 4 ( / +) Detection line 4 (maximum 30 detectors) ZONE 5 ( / +) Detection line 5 (maximum 30 detectors) L 6 / EX ( / +) Detection line 6 (maximum 30 detectors) INI ( / +) Non latching line ZONE1 (AV / AL) Open collector outputs for fault (AV) and alarm line (AL) -L1 ZONE2 (AV / AL) Open collector outputs for fault (AV) and alarm line (AL) -L2 ZONE3 (AV / AL) Open collector outputs for fault (AV) and alarm line (AL) -L3 ZONE4 (AV / AL) Open collector outputs for fault (AV) and alarm line (AL) -L4 ZONE5 (AV / AL) Open collector outputs for fault (AV) and alarm line (AL) -L5 ZONE6 (AV / AL) Open collector outputs for fault (AV) and alarm line (AL) -L6 AV=FAULT (NA / NC / C) relay output (NA=normally open, NC=normally closed). When an alarm occurs, C closes upon NA. ALARM Alarm relay output for sounder line 1. When an alarm occurs, C closes upon NA. PREAL NA / NC / C Unused FUSE1 / F / 1A Fuse 1A fast, used to protect the auxiliary lines FUSE2 / F / 2A Fuse 2A fast, used to protect the battery lines 33 VCA Input 33V AC from the transformer Connection to the common earth B+ Battery input, plus line B/2 Unused B Battery input, minus line BZ1 v Internal buzzer Page 8 of 40

9 2.5. Connecting the panel to the mains supply Connect Line (L), Neutral (N) and Earth ( ) to the control panel. Verify that the mains supply is provided with earth safety circuit. Switch off the mains supply before connecting the panel. The housing, the front cover and the PCB with integrated control panel must be connected to the common earth through its appropriate cables (see accessories bag). Such cables must be fixed to the copper pin of the cabinet by using the nuts provided with the panel. The secondary power lines from the toroidal core transformer to the PCB must be protected with a ferrit sleeve (factory fitted). After having connected to the mains supply terminal (X), the mains supply cable must be fixed with the cable gland ( see accessories bag) as strain relief. Mount the protection cover (see accessories bag) on the main terminal block. Connect the two batteries to the panel by using the appropriate cables in the accessories bag. To power up the control panel requires: - Mains supply 240V input - Battery 24V DC supply Connection drawing Earth lines Operating panel Copper pin and nuts supplied Cover Mains supply terminal Ferrit sleeve (twofold entangled) Batteries Page 9 of 40

10 2.6. Connecting detection zones and auxiliary to the panel Cable entry: Fit 20mm cable gland to the respective cable knockouts Puncture the rubber grommets for the cable feed with a pointed tool and push in the detecting and sounder lines. Do not use a knife to perforate the rubber grommets. Connect all the cables to the corresponding terminals and remember to connect the EOLM (Part No ) to each detection zone. The connection of a sounder to sounder-2 line (VALV) is the same as shown for sounder -1 line (SIR). Each detecting line and sounder line output must be protected by a ferrit sleeve, whereby the ferrit sleeve has to be once round, twice through. Fit 10 F 35V Capacitor to L6/EX (Zone 6) and 3k92 Resistor to INI -/+. Connection drawing Sounder line Detecting lines Ferrit sleeves Shield wire Electrolytic Capacitor 10 F 35V - + 3k92 VALV 24 V SIR ZONE1 ZONE ZONE3 ZONE4 ZONE5 L6 / EX INI M1 M2 M4 Replace the front cover and remember to connect it to the earth line by using the appropriate nut and cable in the accessories bag (see page 9. Close the panel and lock it with the appropriate screw. Switch on the mains supply. Page 10 of 40

11 2.7. Wiring diagramm R E = 3k92 Zones 1-6 file / fault open collector outputs EOLM = End of line module (Part N o.: ) EOLM EOLM EOLM EOLM EOLM EOLM R E D1 D1 Free voltage relays 10 F 35V + unused - CapacitorRE Sounder line N o 1 R E Sounder line N o 2 VALV 24 V SIR ZONE1 ZONE2 ZONE3 ZONE4 ZONE5 L6 / EX INI ZONE1 ZONE2 ZONE3 ZONE4 ZONE5 ZONE6 AV=FAULT ALARM PREAL AV AL AV AL AV AL AV AL AV AL AV AL NA NC C NA NC C NA NC C M1 M2 M4 M5 M6 M7 M8 Page 11 of 40

12 3. Description of panel features and functions 3.1. Panel types The fire detection central unit is available on three models: FP 102-2SO is a fire panel with two detection zones; max. 60 detectors. FP 104-2SO is a fire panel with four detection zones; max. 120 detectors. FP 106-2SO is a fire panel with six detection zones; max. 180 detectors. -2SO means 2 Sounder outputs 3.2. Panel equipment All detection zones are monitored against short circuit and open circuit. The maximum current supported by each line is 110mA 10%. 2 sounder outputs driven with 27V nominally, 1A resistive load. This outputs are protected against short circuit and open circuit. Two open collector outputs associated with each line. One of them is activated by a line fault; the other is activated by an alarm condition on the line. The outputs are not programmable and the maximum current supported by each output is 15mA. Auxiliary power supply output (24V): This output is protected by a fuse and may be used with resistive loads, LED s (connected to the open collector outputs) and devices with low input capacity. Relay outputs with voltage free terminals, maximum current supported: 5A at 30V. The panel is provided with two non programmable relays associated with alarm and fault conditions, respectively. The fault relay is normally closed and is released when a fault occurs. This feature allows fault detection even in case of complete power supply lack. The alarm relays are normally open. Battery terminal, used to connect two batteries 12V, 7.2Ah. The fire panel monitors the efficiency of the batteries. When the overall voltage supplied by the two batteries falls below 20V, a fault condition is generated. Terminal used for connecting the secondary outputs of the toroidal core transformer supplied with the panel. Terminal used for connecting the PCB to the common earth. Two fuses (F1 and F2) used to protect the battery line and the auxiliary lines (sounder and 24V). A third fuse (F3) is installed on the main power supply terminal. Page 12 of 40

13 3.3. Fuses and outputs The maximum current output of the panel is 1A for all panel types. This value includes the contribution from the auxiliary power supply (24V) and the sounders. Relays and open collectors are also included, if they are powered through the 24V line. The current consumption must be correctly calculated so that the maximum current output is never exceeded. Failure to do so will result in controller fuse 1 failure. Fuse / Output Fuse 1 Fuse 2 Fuse 3 Output 24V Sounder 1 (SIR) Description 1A fast. DO NOT change this fuse in order to increase the current output by the sounder lines and the auxiliary power supply. 2A fast. DO NOT change this fuse in order to increase the current output by the battery. 315 ma delayed. The fuse is installed on the main power supply terminal (this terminal is fixed to the cabinet). DO NOT change this fuse in order to increase the current output by the mains supply. Output 24V nominally, 500mA maximum. Output 24V nominally, 500mA maximum (in combination with the two relay outputs). Sounder 2 (VALV) Output 24V nominally, 500A maximum (in combination with the two relay outputs). Zones 1-6 Zones 1-6 [AV AL] Each detecting line outputs 20V nominally; the maximum current supported by each line is 110 ma 10%. Each open collector output supports 40V as maximum voltage with 20mA as maximum current. 2 Relay outputs The maximum current supported with both relays is 1A at 30V (in combination with sounder outputs). Page 13 of 40

14 3.4. Operating features Three operating levels are available. Level 0 is directly accessible. Entering 4-digit codes allows accessing level 1 and level 2. These levels have two different entry codes (see page 35). These codes cannot be changed! The acoustic signal (sounder) associated with the alarm condition may be silenced at any time by following an appropriate sequence of instructions. Panel sounders may be enabled even when the panel is not in alarm status. In dependance on the used operating level, three different functional tests are available: - level-0 test checks the correct operation of LEDs and buzzer; - level-1 test simultaneous checks the correct operation of all detecting lines and their detectors, with manual reset. - level-2 test checks the correct operation of selected detecting lines and their detectors, with automatic reset. The fire panel recovers automatically from any battery, main power supply or detecting lines fault. The panels are provided with a supplementary non-latching line (marked INI on the PCB. When an alarm is detected on the non-latching line, the alarm procedure is activated as with any latching line. When the alarm condition is removed, the non-latching line restores itself and the panel goes back to the status it had before the activation. If the non-latching line is activated when the panel is in alarm status, such status is maintained after the alarm condition is removed from the non-latching line. The non-latching line is protected against short circuit and open circuit. Any fault on this line generates a fault signal. Page 14 of 40

15 3.5. Operating levels The fire panel is provided with three operation levels, secured with two different codes. The codes for level 2 and 3 are fixed by the manufacturer and cannot be changed. Operating level 0 Level 0 is the standard operating level and requires no action for accessing. This level allows performing the test upon the buzzer and the LEDs as well as silencing the buzzer, whatever the cause that has activated it (alarm, fault or pressing the EVACUATE key). Operating level 01 Accessing this level requires the input of code 1 and allows following operations: Silencing the buzzer. Performing a second type of test (see page 21, functional tests). Activating the sounder. Silencing the sounder. Enabling/disabling the detecting lines (latching only). Resetting the panel. Operating level 02 Accessing this level requires the input of code 2 and allows following operations: Silencing the buzzer. Performing a third type of test (see page 21, functional tests). Activating the sounder. Silencing the sounder. Resetting the panel. Page 15 of 40

16 3.6. Alarm State display and functions The fire panel enters the alarm status if at least one detector goes into alarm. Should alarms emanate from more than one detector, the detectors involved may be connected to different detecting lines. When the alarm status is entered, the Alarm LED starts flashing (0.5sec. ON - 0.5sec. OFF) and the buzzer starts sounding. The sounder lines are activated as well: sounder 1 is switched on first; then sounder 2 is activated within 0.5 seconds after sounder 1. Alarm relay and open collector output(s) associated with the line(s) are activated too. Each line may support a maximum of 4 detectors/manual callpoints simultaneously in alarm Characteristics of the non latching zone The non-latching zone can be used for manual call points. When a detector connected to the non-latching line goes into alarm, the panel starts the alarm procedure: activating the sounders and the alarm relay. If the detector threshold returns to normal, the panel resets automatically. The alarm relay and the sounders are de-acktivated. If an additional detector, connected to a latching line, goes into alarm, the reset of the panel will not be performed. When the non-latching line goes into alarm, the sounding buzzer is the only indication of the alarm (the buzzer starts sounding at 1Hz frequency). No LED is activated and no open collector output is associated with the non - latching line. Page 16 of 40

17 4. Operation 4.1. Overview of operating and display elements Panel operating keys LEDs indicating alarm status LEDs indicating operation status LEDs indicating panel status Detection zone operating keys The number of keys varies according to the type of panel. These LEDs refer to the status of each detection zone. The number of these LEDs varies according to the type of panel. Page 17 of 40

18 4.2. Description of operating keys Key Reset Functional description Enables/disables the detection zones when used at level 1. Not active at level 2. While entering the code this key aborts the code entry procedure. Resets the fire panel and all the active signals. In the event of an alarm, the SILENCE key must be pressed before resetting the panel. ACK Test Evacuate Silence Test - 1 Test - 2 Test - 3 Test - 44 Test -1 Pressing the acknowledge key stops the buzzer and resets an alarm. At level 0 it performs a test of the buzzer and the LEDs of the panel. At level 1 it performs a test of detection zones with manual reset. At level 2 it performs a test of detection zones with automatic reset. At level 1 or 2 it activates the sounders manually independently of the panel status. This key is also used to switch OFF the LED associated with the SI- LENCE key. Shut off the sounders, independently of the cause of activation (either alarm from a detection zone or by the EVACUATE key). Pressing this key switches ON the LED associated with the key. This key may be used either to enable/disable the detection zone 1 or to perform a test on the zone, according to the sequence of the keys pressed and the level of operation of the control panel. It is used to enter the first digit of codes as well. This key may be used either to enable/disable the detection zone 2 or to perform a test on the zone, according to the sequence of the keys pressed and the level of operation of the control panel. It is used to enter the second digit of codes as well. This key may be used either to enable/disable the detection zone 3 or to perform a test on the zone, according to the sequence of the keys pressed and the level of operation of the control panel. It is used to enter the third digit of codes as well (at the panel CN2 only this function). This key may be used either to enable/disable the detection zone 4 or to perform a test on the zone, according to the sequence of the keys pressed and the level of operation of the control panel. It is used to enter the fourth digit of codes as well (at the panel CN2 only this function). This keys may be used either to enable/disable detection zones 5 and 6 or to perform a test on the zone, according to the level of operation of the control panel. Page 18 of 40

19 4.3. Description of displaying LEDs LED Alarm Prealarm Prealarm Prealarm d Z Test Functional description The red ALARM LED flashes 0.5sec. ON - 0.5sec. OFF when an alarm occurs; it remains ON steady after the alarm has been silenced, to indicate that the event has been logged. The LED starts flashing again when the EVACUATE key is pressed. Not applicable no function in this version! The yellow FAULT LED flashes 0.5 sec. ON sec. OFF when a fault occurs. If the LED s related to the detection zones and the LED indicating power fail keep OFF, then the fault is to be searched at the sounder lines or at the non- latching zone. The yellow DISABLED ZONES LED flashes 0.5 sec. ON sec. OFF when a detection zone is being enabled or disabled. The LED remains ON steady when at least one detection zone is disabled. d Z Test Test Level Power on Power fail When the yellow TEST LED is ON with steady light, a test (at any level) is in progress. The yellow LEVEL LED flashes 0.5 sec. ON sec. OFF when a password is being entered; it remains ON steady when level 1 has been accessed; it flashes 1 sec. ON - 1 sec. OFF when level 2 has been accessed. The yellow POWER ON LED switches ON steady when a general control panel fault occurs (this is probably due to a fault in the on- board microcontroller). Power on Power fail The yellow POWER FAIL LED switches ON steady when the mains supply is interrupted or fails. Power fail System fau Silence Zone X Alarm Dis/ Test The yellow SYSTEM FAULT LED switches ON with steady light when a general control panel fault occurs (this is probably due to a fault in the on- board microcontroller). The yellow SILENCE LED is normally OFF. It switches ON with steady light after the SILENCE key has been pressed. It switches OFF after the EVACUATE key has been pressed. The red ALARM LED flashes 0.5sec. ON - 0.5sec. OFF when the corresponding detection zone is in alarm status (in this case the general alarm LED flashes as well). It remains ON steady after the alarm has been silenced, to indicate that the event has been filed. Should the EVACUATE key be pressed, the LED would remain ON with steady light. The yellow FAULT DIS/TEST LED is OFF if the corresponding detection zone is correctly terminated. It switches ON with steady light when the detection zone is disabled. It flashes 0.5sec. ON - 0.5sec. OFF when a line fault occurs and 1sec. ON - 1sec. OFF when the zone is in test. Page 19 of 40

20 4.4. Initialising fire panel for the first time After having installed the fire panel as described in section 2, switch on the mains supply. If the panel has been correctly installed, the following LEDs will be ON with steady light: The green LED Power on ; The yellow LED d Zones ; The yellow LEDs /Dis/Test. The number of LEDs /Dis/Test depends on the panel type. All detection zones are enabled; Mains supply and batteries are working properly; the auxiliary outputs (sounders / 24V) and the non- latching line are correctly operated. The lighting LED Power on indicates only that the panel is powered; this does not mean that the mains supply is working correctly. IMPORTANT NOTE: For startup, the panel performs a diagnostic check and the LEDs Alarm,, d Zones, Test and Level switch on in sequence and then switch off. After this procedure the panel restarts and assumes its regular operating mode. All settings that have been previously saved, are correctly restored. Operating the panel during the autodiagnostic procedure may cause permanent damage to the panel itself. Any behaviour that differs from the describtion in this manual indicates that the panel is not correctly operated or is defective. For further informations see section 5 Troubleshooting. Page 20 of 40

21 4.5. Entering operating level 1 and 2 (access code input) Access to level 2 from level 1 and vice versa is not possible. If you are in level 1 and you want to access level 2, you have to go back to level 0 by pressing the [RESET] key or by waiting for the automatic timeout expiration (1 minute since the last operating step). Then you can enter the level 2 access code. Put in the respective 4 digit access code via the keys as shown in the picture below. Test - 1 Test - 2 Test - 3 Note: For panel FP102-2SO, keys 3 Test - 4 and 4 can be used only for code input. For code 4321 press keys as follows: Test Test - 3 Test - 2 Test - 1 The accessed operating level is displayed by the yellow LED: The LED flashes with 1 Hz after having pressed the first key. Level When level 1 has been accessed it is steadily lighting. When level 2 has been accessed it flashes with 2 Hz (1 sec. ON - 1 sec. OFF) Exiting the access levels To abort the code input press key [DISABLE]. The Level LED switches off and the panel is in normal operating status. Level 4.7. Functional tests The panel is capable of performing three different types of functional tests, one per each operation level: LEVEL 0: Test of the buzzer and the LEDs of the panel; LEVEL 1: Test of the detection zones, with manual reset; LEVEL 2: Test of the detection zones, with automatic reset. Page 21 of 40

22 Test of the buzzer and the LEDs of the panel Be ensure that the LEVEL LED is off. Press key [TEST]. The buzzer and all LEDs of the panel are activated for approx. 3 seconds. Test of the detection zones with manual reset With this test all detector groupswill be tested simultaneous. The panel has to be resetted manually after triggering a detector. Enter operating level 1. Test Test - 2 Test - 3 Test - 4 The Level LED is on and shows that the panel is in operating level 1. Level Press key [Test]. The Test LED is on and shows that the panel is switched to the test mode. Test Test Select a detector and trigger it. With correct use the panel has to switch to the alarm mode and the Alarm LEDs of the panel and of the respective detector group must flash. The sounder lines will be activated, the relays and the open collector outputs of the detector groups will not be activated in test mode. If you want to test more detectors of a detector group has the panel to be resetted after each triggering of a detector. In each detector group you can test one detector simultaneous whereby the functional ability will be indicated by the detector group depending Alarm LEDs. Alarm Alarm To confirm the alarm press key [Reset]. Reset Press key [] to finish the test mode. The Level LED switches off and shows that the panel is in its regular operating mode. Level Leaving the test mode requires pressing the key []. Test mode will not finished automatically by timeout expiration. Page 22 of 40

23 Test of individual detector groups with automatically reset For this test mode you can select designated detector groups whereby the other detector groups remain in its regular operation mode. Enter operating level 2. Test Test - 3 Test Test - 1 The Level LED flashes and shows with it that the panel is in operating level 2. Press key [Test]. The Test LED is on and shows with it that the panel is switched to level 2 test mode. Press key [/Test-3] e.g. to select detector group 3 for the test. The /Dis/Test LED of detector group 3 flashes and shows with it that the group is in level 2 test mode. Level Test Test Test - 3 Dis / Test Select a detector of detector group 3 and trigger it. With correct use the panel has to switch to the alarm mode and the Alarm LEDs of the panel and of the respective detector group must flash. The Alarm LED of detector group 3 flashes, the sounder activates and switches off after 3 seconds. The alarm will be resetted automatically and the panel is ready for the next test after approx. 30 seconds. Alarm Alarm Subsequent select the next detector of these group or select the next detector group. To that press key [/Test-4] e.g. The /Dis/Test LED of detector group 4 flashes and shows that the group is in test mode level 2. Test - 4 Dis / Test The previously selected detector group 3 remains in test mode. Leave the test mode to switch the detector group in its regular operating mode again. Leaving the test mode requires pressing the key []. Test mode will not finished automatically by timeout expiration. Page 23 of 40

24 4.8. / Enable detection zones Disabling / Enabling is possible only in operating level 1! Non-latching detection zones cannot be disabled! a detection zone Note: A disabled line cannot detect a fault or alarm. Enter operating level 1. Test - 1 The Level LED is on and shows that the panel is in operating level 1. To disable a line press key [DISABLE] Test - 2 Test - 3 Test - 4 Level The d Zones LED starts flashing to indicate that the current line status is being changed. Then press key [DISABLE/TEST-2] e.g. The d Zones LED is on with steady light to indicate that a line is disabled. The respective /Dis/Test LED is on with steady light to indicate that line 2 is disabled. d Zones Test - 2 d Zones Dis/ Test Enable a previously disabled detection zone Enter operating level 1. Test - 1 The Level LED is on and shows that the panel is in operating level 1. To enable a line press key [DISABLE] Test - 2 Test - 3 Test - 4 Level The d Zones LED starts flashing to indicate that the current line status is being changed. Then press key [DISABLE/TEST-2] e.g. The d Zones LED is off to indicate that all lines are enabled. The respective /Dis/Test LED is off. Detection zone 2 is enabled again. Page 24 of 40 d Zones Test - 2 d Zones Dis/ Test

25 4.9. Operation in alarm state When the alarm status is entered, the general Alarm LED starts flashing 0.5sec. ON - 0.5sec. OFF and the buzzer starts sounding. The Alarm LED associated with the zone(s) switches on steady. Sounder lines are activated as well: sounder 1 is switched on first; then sounder 2 is activated within 0.5 seconds after sounder 1. Alarm relay and open collector output(s) associated with the line(s) are activated too. Press key [ACK] at any level to silence the internal buzzer. Enter operating level 1. Test - 1 Test - 2 The Level LED is on and shows that the panel is in operating level 1. Press key [SILENCE] to shut off sounders and to confirm the alarm. Pressing the silence key activates the LED in the key Check wether a fire actually exists. If the alarm is justifiable press key [EVACUATE] to switch on the sounder again. Test - 3 Pressing the evacuate key deactivates the LED in the silence key. ACK Test - 4 Level Silence Evacuate Both, general alarm LED and alarm LED(s) associated with the zone(s) remain on steady to indicate that the alarm condition has been confirmed. If more zones are activated, this behaviour allows the operator to understand which zones have been confirmed and which zones have been activated since the last confirmation. The confirmation of an alarm does not affect the status either of the alarm relay or of the open collector outputs activated. The sounders may be activated again at any time by simply pressing the [EVACUATE] key. In this case the general alarm LED restarts flashing. Alarm LED(s) associated with the zone(s) remain(s) on steady. This is to indicate that the sounders are active, yet the zone(s) have been previously confirmed. The buzzer restarts sounding. Activating and silencing the sounders may be repeated as many times as needed by simply pressing the [EVACUATE] key and [SILENCE] key alternatively Manually alarm triggering (possible in operat. level 1 only) Enter operating level 1. Test - 1 Test - 2 The Level LED is on and shows that the panel is in operating level Test - 3 Test - 4 Level Press key [RESET]. Reset The panel goes to normal operation. Should an alarm or fault be still present, the corresponding LED lights again. After the reset the detection zones are deactivated for approx. 3 seconds and allows the detectors to reset as well. This is indicated only by the LEDs DISABLE / TEST-x. Page 25 of 40

26 5. Trouble shooting This section allows you to quickly solve the most common problems that may affect the panel. Understanding the causes of such problems may be quickly achieved as well The panel displays two types of faults: 1. s refering to the panel. 2. s refering to a detection zone. This LED switches On in case of any fault These LEDs indicates DETECTING LINE, FAULTS This LEDs indicates MAINS SUPPLY, BATTERY and SYSTEM FAULTS Alarm Prealarm d Zones Test Level Power on Power fail System fault Reset ACK Test Evacuate Silence Zone 1 Zone 2 Zone 3 Zone 4 Zone 5 Zone 6 Alarm Alarm Alarm Alarm Alarm Alarm Dis/ Tes t Test - 1 Dis/ Tes t Test - 2 Dis/ Tes t Test - 3 Dis/ Tes t Test - 4 Dis/ Tes t Test -1 Dis/ Tes t Test -1 Each fault releases the fault relay with a delay of 4 seconds since the failure has been detected. The panel indicates any fault with a FAULT LED. s will be confirmed automatically, on reactivation the LED switches off. Page 26 of 40

27 description: The panel does not start when powered up. Remedy: Ensure that fuse F3 (315mA), located at the mains supply terminal, is intact and correctly fitted. The mains supply cable is correctly installed and connected to the corresponding terminal. The cables from the transformator are correctly terminated. The two black cables must be connected to the mains supply terminal; the two yellow cables must be connected to the terminal M9 on the PCB, marked with 33VCA indication: Alarm Prealarm d Zones Test Power on Power fail Level System fault After startup the panel, the LEDs ALARM, FAULT, DISABLED ZONES, TEST, LEVEL and SYSTEM FAULT are switched on in sequence and then switched off. The LED POWER ON remains on with steady light. description: The panel indicates that it is in startup procedure. Remedy: Don t touch anything and wait for the expired time description: Not all the available lines can be effectively enabled. Remedy: Immediately contact your retailer to have the panel repaired. Page 27 of 40

28 indication: Alarm Prealarm d Zones Test Power on Power fail Level System fault The yellow FAULT LED is flashing with 1Hz frequency and the buzzer is sounding. description: The panel indicates a sounder line or non latching line connecting failure and/or a defective Fuse F1. Remedy: Ensure that FUSE F1 (2A), located at the PCB, is intact and correctly fitted. Ensure that the two sounder lines and the non latching line are terminated with a 3.9k resistor per each line indication: Alarm Prealarm d Zones Test Power on Power fail X Level System fault FAULT LED and FAULT/DIS/TEST LED are flashing at 1Hz frequency and the buzzer is sounding. description: The panel indicates a detection zone fault. Remedy: Ensure that the line is terminated with a 3.9k end of line module (resistor) and the current does not exceed the limit value of 110mA 10%. This kind of fault activates the open collector output associated with the failing zone. If the panel should detect a short circuit condition on a line, it disables the line for at least 5 seconds. The panel will enable it again only if the short circuit condition disappears. Page 28 of 40

29 indication: Alarm Prealarm d Zones Test Power on Power fail Level System fault The FAULT LED and the POWER FAIL LED are flashing at 1Hz frequency and the buzzer is sounding. description: The panel indicates a mains supply failure. Remedy: Ensure that FUSE F3 (315mA), located at the mains supply terminal, is intact and correctly fitted. Ensure that the mains supply cable is correctly installed and connected to the corresponding terminal. Ensure the cables from the transformator are correctly terminated. The two black cables must be connected to the mains supply terminal; the two yellow cables must be connected to the terminal M 9 on the PCB, marked with 33VCA indication: Alarm Prealarm d Zones Test Power on Power fail Level System fault The FAULT LED is flashing at 1Hz frequency, the POWER FAIL LED is on and the buzzer is sounding. description: The panel indicates a battery failure. Remedy: Ensure that the battery is connected to the corresponding terminal M 10. The two cables from the batteries must be connected to B+ and B-; B/2 is unused. Check if FUSE F2 is intact and correctly mounted. Check the correct polarity of the battery connections and if the battery voltage is not lower than 20V and not greater than 30V. In case of low battery low, replace both batteries. Page 29 of 40

30 indication: Alarm Prealarm d Zones Test Power on Power fail Level System fault The FAULT LED is on with steady light and the buzzer is sounding. description: The panel indicates a generic fault. Remedy: Check if FUSE F2 is intact and correctly fitted. Ensure that the two sounder lines and the non-latching line are correctly terminated with a 3.9k 1/4W resistor per each line. Ensure that the voltage on each sounder line does not exceed 5V. Should you measure a voltage greater 5V. Return panel to your supplier for repair. For the generic fault consider that you have a square wave on the two sounders. If you measure the voltage you will see only 2.5 Volts. Using a oscilloscope you can see the two dephased wave forms. Sounder 1 Sounder 2 5V 0V 5V 0V indication: Alarm Prealarm d Zones Test Power on Power fail Level System fault FAULT and SYSTEM FAULT LED s are on steady and the buzzer is sounding. description: The panel indicates a system fault and is malfunctioning. Remedy: Immediately contact your supplier to have the panel repaired. Page 30 of 40

31 6. Technical data 6.1. Dimensions/weight/colour Dimensions (Length x width x height ) 350 x 340 x 90 mm Weight: - without batteries - inclusive of 2 batteries approx. 3500g approx. 7900g Housing material: Sheet steel, 1.5mm, painted Housing colour: Grey, RAL Electrical data Supply voltage: 230V AC + 10% / -15% Supply current: 300mA Frequency: 50/ 60Hz Power supply unit voltage output 28V DC Power supply unit current output max. 1800mA Operating voltage: 24V DC + 10% / -15% Current consumption in quiescent mode: - FP 102-2SO - FP 104-2SO - FP 106-2SO Current consumption in alarm mode: - FP 102-2SO - FP 104-2SO - FP 106-2SO approx. 100mA approx. 120mA approx. 140mA max. 1400mA max. 1600mA max. 1800mA 6.3. Environmental conditions Degree of protection as per EN 60529: IP 30 Protection class as per EN 60950: II EMC interference stability DIN EN EMC interference emission DIN EN Room climate DIN R14 Ambient temperature: 0 C C Storage temperature: -40 C C Page 31 of 40

32 6.4. Fuses Mains supply: F2 Battery current supply F1 Primary line output, cumulative current T- 315mA F-2A F-1A 6.5. Panel characteristics Detection zones: - FP 102-2SO - FP 104-2SO - FP 106-2SO Operating time with battery power supply: - FP 102-2SO - FP 104-2SO - FP 106-2SO Order numbers: - FP 102-2SO - FP 104-2SO - FP 106-2SO standby mode 70 Std 59 Std 45 Std alarmmode 4 Std 4 Std 4 Std 6.6. Battery characteristics Type: Gel- Battery Required capacity: 12V / 7.2Ah Required number of batteries: 2 Recommended charging voltage: 27.4V DC Recommended charging rate: 0.5A 6.7. Primary line characteristics Quiescent voltage: - by detecting lines - by sounder lines Current consumption - in quiescent mode - in alarm mode 20V DC +5% / -10% 5V DC 5% 5mA 1% max. 102mA 1% End resistor R E (With connection of Bosch detectors) 3.92kΩ 1/4W Maximum line resistance Connectable detectors 100Ω per zone max. 30 per zone Page 32 of 40

33 7. Connecting detectors 7.1. Bosch detector base MS 400 MAGIC.SENS M n M1 Schottky Diode + - At the last detector, the primary line has to be terminated with an end of line module (EOLM), Part No DS detector base B401R (with integrated resistor) M n M Schottky Diode At the last detector, the primary line has to be terminated with an end of line module (EOLM), Part No Page 33 of 40

34 8. Abbreviations AC = Alternating Current AHB = Anschaltehandbuch / Connecting handbook BMZ = Brandmeldezentrale / Fire detection central unit, fire panel BS = Bausatz / Kit DC = Direct Current DIBt = Deutsches Institut für Bautechnik / German institut for building technologie DIN = Deutsches Institut für Normung e.v. / German institut for standardizing EN = Europäische Norm / European standard LED = Light Emittend Diode LSN = Local Security Network PI = Product information VDE = Verband Deutscher Elektrotechniker e.v. / Association of german electrotechnicians VdS = VdS Schadenverhütung GmbH / German loss prevention council Page 34 of 40

35 9. Annex 9.1. Notes for operator Code 1 (for level 1 access Code (for level 2 access) Page 35 of 40

36 10. FIRE ALARM SYSTEMS LOG BOOK This Log Book must be maintained by person s responsible for the Fire Alarm System. Every event - - i. Fire Alarms ii. s iii. Disconnection s iv. Engineer Visits v. System Test s etc. must be recorded in the LOG BOOK User Name: Site Address: Contract No: Responsible person on site: Service Details: Normal Hours: (Monday to Friday) Outside Normal hours: Tel No: Manned Center Tel No: Manned Center Code: Date Time Zone Details of events Action required Completed Initials Page 36 of 40

37 Date Time Zone Details of events Action required Completed Initials Page 37 of 40

38 Date Time Zone Details of events Action required Completed Initials Page 38 of 40

39 Date Time Zone Details of events Action required Completed Initials Page 39 of 40

40 Bosch Sicherheitssysteme GmbH Robert-Koch-Straße Ottobrunn Germany Info - Service - sicherheitssysteme.de info.service@de.bosch.com 40