FC361-xx Fire control panel Technical Manual A6V10421795_en--_g 2016-11-18 Building Technologies Control Products and Systems
Legal notice Legal notice Technical specifications and availability subject to change without notice. Transmittal, reproduction, dissemination and/or editing of this document as well as utilization of its contents and communication thereof to others without express authorization are prohibited. Offenders will be held liable for payment of damages. All rights created by patent grant or registration of a utility model or design patent are reserved. Issued by: Siemens Switzerland Ltd.
Table of Contents 1 About this document ................................................................................... 7 1.1 Applicable documents ..................................................................................... 9 1.2 Download center ........................................................................................... 10 1.3 Abbreviations ................................................................................................. 10 1.4 History of changes........
5.11 Accessories ...................................................................................................44 5.11.1 Key switch (FCA3601-Z1) / Key switch (Nordic) (FCA3603-Z1) ...44 5.11.2 Evacuation module (NL) (FTO3601-H1) ........................................45 5.11.3 LED indicator (16 zones) (FTO3602-Z1) .......................................46 5.11.4 Output card (4M) (FCA3602-Z1) ....................................................47 5.11.5 RS232 module ...........................
8.4 Detector line .................................................................................................. 84 8.4.1 Restart ........................................................................................... 84 8.4.2 Power off ........................................................................................ 84 8.4.3 Read in ........................................................................................... 85 8.4.4 Maintenance ........................................
16 Appendix C: Flash file behaviors .............................................................. 116 17 Appendix D: Default setting for panel/devices .......................................... 117 18 Appendix E: Switch mains to AC 115 V .................................................... 121 Index ................................................................................................................
About this document Applicable documents 1 1 About this document ● Specialist electrical engineering knowledge is required for installation. ● Only an expert is permitted to carry out installation work. Incorrect installation can take safety devices out of operation unbeknown to a layperson. Goal and purpose The information provided in this manual is a summary of the key procedures and functions required to assemble, install, operate, commission and maintain the system.
1 About this document Applicable documents Document identification The document ID is structured as follows: A6Vxxxxxxxx_aaAA_vv A6Vxxxxxxxx_--AA_vv A6Vxxxxxxxx_aa--_vv A6Vxxxxxxxx_----_vv ID coding1 Description A6Vxxxxxxx x STEP-ID generated by the STEP system _ Separator aa Language abbreviation in accordance with ISO 639-1 AA Country abbreviation in accordance with ISO-3166-1 -- Multilingual or international vv Document version, single or double digit: a, b, …z; aa, ab, …az; ba, bb, …bz; e
About this document Applicable documents 1 Conventions for text marking Markups Special markups are shown in this document as follows: ⊳ Requirement for a behavior instruction 1. 2.
1 About this document Download center Number Name A6V10450595 Operation manual ‘FC360 Panel Configurator‘ A6V10882301 List of compatibility for FC361-xx fire control panel A6V10893024 Installation FHA3602-Z1 semi flush mount bezel 1.2 Download center You can download various types of documents, such as data sheets, installation instructions, and license texts via the following Internet address: http://siemens.com/bt/download l Enter the document ID in the 'Find by keyword' input box.
About this document History of changes 1 1.4 History of changes The reference document's version applies to all languages into which the reference document is translated. The first edition of a language version or a country variant may, for example, be version 'd' instead of 'a' if the reference document is already this version.
1 About this document History of changes The table below shows the published language versions and country variants with the corresponding modification index: 12 | 124 Building Technologies Fire safety Modification index en_-- de_-- fr_-- it_-- es_-- g X - X X X f X - - X - e X - - - - d X - - X - c X - - - - b X - - - - a X - - - - X= published -= no publication with this modification index A6V10421795_en--_g 2016-11-18
Safety Intended use 2 2 Safety 2.1 Intended use The panel is intended to be mounted in a building to detect, evaluate and alarm in the event of fire, together with C-NET detector line. 2.2 Safety instructions The safety notices must be observed in order to protect people and property.
2 Safety Safety regulations for the method of operation How risk of injury is presented Information about the risk of injury is shown as follows: WARNING Nature and origin of the danger Consequences if the danger occurs ● Measures / prohibitions for danger avoidance How possible damage to property is presented Information about possible damage to property is shown as follows: NOTICE Nature and origin of the danger Consequences if the danger occurs ● Measures / prohibitions for danger avoidance 2.
Safety Safety regulations for the method of operation 2 CAUTION Noncompliance with the following safety regulations Risk of injury to persons and damage to property ● Compliance with the following regulations is required. ● Specialist electrical engineering knowledge is required for installation. ● Only an expert is permitted to carry out installation work. Incorrect installation can take safety devices out of operation unbeknown to a layperson.
2 Safety Release notes ● ● Wrong battery types and improper battery changing lead to a risk of explosion. Only use the same battery type or an equivalent battery type recommended by Siemens. Batteries must be disposed of in an environmentally friendly manner. Observe national guidelines and regulations. Disregard of the safety regulations Before they are delivered, Siemens products are tested to ensure they function correctly when used properly.
Safety Cyber security disclaimer 2 2.5 Cyber security disclaimer Products, solutions and services from Siemens include security functions to ensure the secure operation of building automation and control, fire safety, security management, and physical security systems. The security functions on these products, solutions and services are important components of a comprehensive security concept.
3 System description System overview 3 System description 3.1 System overview The panel is a compact panel with an integrated operating unit for processing signals from FD720 devices. See list of compatibility A6V10882301 in chapter 'Applicable documents [➙ 9]'. The panel is operated as standalone control panel. The panel supports operation of the C-NET detector line in a loop or stub. Automatic fire detectors (e.g.
System description Features 3 3.2 Features System ● ● ● ● ● ● ● ● ● Building Technologies Fire safety Monitors detector and sounder lines Up to 126 addresses per loop LCD with 7 lines, max.
3 System description Panel types 3.3 Panel types Overview of panels and options FC361-ZZ FC361-ZA batteries max. 2x 12 Ah without LED indicator batteries max. 2x 25 Ah without LED indicator FC361-YZ FC361-YA batteries max. 2x 12 Ah with LED indicator (16 zones) batteries max. 2x 25 Ah with LED indicator (16 zones) More options ● Output card (4M) ● Evacuation module (NL) ● LED indicator (16 zones) ● Key switch ● Key switch (Nordic) ● RS232 module ● Ext.
System description Technical data 3 3.4 Technical data Information on approvals, CE marking, and the relevant EU directives for this device (these devices) is available in the following document(s); see chapter 'Applicable documents': ● Document A6V10419665 3.4.1 General data Detector line Number of detector lines Number of addresses 1 loop or 2 stubs Max.
3 System description Technical data 3.4.2 Electrical data Rating detector line Operating voltage DC 12…33 V Operating current Max. 0.5 A Line resistance / capacitance Max. 240 Ω / Max. 500 nF Monitored for earth fault Yes Monitored for open / short circuit Yes Sounders on mainboard Voltage / current DC 24 V / 0.5 A 1 EOL element Resistor 2.2 kΩ / 1 W / 0.5 % AUX. power output (max.) DC 24 V / 0.2 A Configurable IOs on mainboard Voltage / current DC 24 V / 0.
System description Technical data 3 Batteries Operating time Up to 72 h Battery capacity 2x 12 V, 7 Ah / 12 Ah / 25 Ah, sealed lead acid Voltage DC 20.5…28.6 V Charging current Max. 1.6 A Load resistance Rimax Max. 1 Ω 1 Each sounder has an output current of max. 0.5 A. The total output current of both sounder lines is max. 0.5 A. 2 Each configurable IO on the mainboard has an output current of max. 0.1 A. The total output current of configurable IOs and aux. power output is max. 0.2 A.
3 System description Structure 3.5 Structure The figure below shows the structure of the panel with open front cover. 8 7 4 5 3 1 6 2 2 Figure 2: Structure of FC360 panel 24 | 124 Building Technologies Fire safety 1 Power supply 2 Batteries 3 Mainboard 4 Optional output card (4M) 5 RS232 module 6 PMI board 7 Space for options (e.g.
Options with requirements 4 4 Options with requirements The following options with requirements as defined in EN 54-2/A1 are available. The table below explains how to realize these options in the panel. The relevant sections according to EN 54-2/A1 are specified in the left column of the table. EN 54-2 Options with requirements Function in FC361-xx Installation Configuration 1 / Operation Chapter 7.
5 Installation Instruction 5 Installation 5.1 Instruction WARNING Voltage Electric shock ● Installation work may only be undertaken by qualified staff and when the system is de-energized. NOTICE Electrostatics Damage to electronics ● Suitable protective measures must be taken when working with electronics modules. ● Specialist electrical engineering knowledge is required for installation. ● Only an expert is permitted to carry out installation work.
Installation Instruction 5 Figure 3: Mounting the panel Building Technologies Fire safety 1 Recommended display height approx. 1.6 to 1.
5 Installation Surface mounting 5.2 Surface mounting Steps: 1. Define the mounting location. 2. Open the door of the panel using a screw driver. 3. Break out the required cable entries (A). – – Screw cable glands (B) for all open entries. The cable glands are not included. The mains cable must be fed into housing on the right from above. Signal and control cables can be fed into housing through the remaining entries. 4. Mark position of mounting holes (D) on the wall. 5.
Installation Power supply - mains voltage 5 5.3 Power supply - mains voltage WARNING Electrical voltage! Electric shock Before connecting the mains voltage ensure that power is not switched on and is locked to prevent it from being switched on. 1. Insert the mains cable (1) into the housing from the top right side. Use mains cable with cross section of 3*1.5 mm2 up to 3*2.5 mm2. 2. Insulate the mains cable (1) as needed and connect to the mains fuse holder (4). 3. Secure the cable with a cable tie.
5 Installation Battery 5.4 Battery When the AC mains voltage fails, the emergency power supply will be provided by the connected batteries with no interruption. The emergency power bridging time is based on the control panels quiescent and alarm current as well as battery capacity. NOTICE Error during configuration detection Additional effort for troubleshooting Only connect the battery connection cables (1) once all installation work is complete.
Installation Connection overview 5 5.5 Connection overview The picture below shows the overview of the panel connection. Figure 7: Connection overview of FC360 panel Building Technologies Fire safety EOL Resistor 2.2 kΩ Relay Output module FCA1209-Z1 1 Connection of sounder lines 2 Aux. power supply DC 24 V / 0.
5 Installation C-NET detector line 5.6 C-NET detector line Up to 126 devices, such as automatic fire detectors (e.g. smoke or heat detectors), manual call points, I/O modules and other C-NET components, can be connected to the C-NET detector line. The connection for the C-NET detector line is on the main board. Most line devices, such as fire detectors, are supplied directly by C-NET with the required operating voltage. FDCI723 and special applications with I/O modules require an external power supply.
Installation 5 C-NET detector line 5.6.1 Connectable C-NET devices The table below contains a list of all devices which can be connected to the C-NET detector line. It also highlights the devices with an alarm indicator (AI) and to the devices an external alarm indicator (EAI) or a sounder base (DBS720) can be connected. X possible / available – not possible / not available Device type Type Description AI Ext.
5 Installation C-NET detector line Device type Type Description AI Ext. AI DBS720 DBS729 Sounder beacon interbase – – – Base DB721 Detector base with loop contact X X – Operation and indication devices FT2010 Floor repeater terminal (FRT) X – – FT2011 Floor repeater display (FRD) X – – FDCAI221 Addressable alarm indicator – – – The complete compatibility list is available in document A6V10882301. See chapter 'Applicable documents [➙ 9]'.
Installation C-NET detector line 5 5.6.2 C-NET topology Permissible topology for the C-NET The C-NET can be wired in the topology shown below. Regardless of the topology (loop, stub or loop with sub-stub), the C-NET system limits, such as length, cable resistance etc., must be observed. Either one loop or two stubs can be connected to the panel’s C-NET detector line. Loop (1 loop, max. 126 devices) C-NET Stub (2 stubs, max.
5 Installation C-NET detector line 5.6.3 Wiring on C-NET devices The connection terminals for the loop (detector line, C-NET) are on the main board. The position is shown as below. LOOP1 Figure 9: Position of C-NET detector line terminal Each C-NET device has the terminals for directly connecting the C-NET wire.
Installation C-NET detector line 5 Stub wiring Figure 10: Stub connection of C-NET detector line (A) When using shielded connection cables: Cable shielding must be connected to the panel’s earth terminal. Max. 32 devices may be connected to a single stub as per EN 54-2.
5 Installation Sounder 5.7 Sounder The panel mainboard has two sounder lines. They are monitored from the terminal to the EOL for open and short circuits. Application: Sounder control Technical: ● Current of each sounder line: max. 0.5 A @ DC 24 V ● Total available current of both sounder lines: max. 0.5 A @ DC 24 V ● Each line must be terminated with an EOL element (Resistor 2.
Installation Inputs / outputs 5 5.8 Inputs / outputs The panel mainboard has four configurable inputs / outputs. Each one can be configured as an input or output. The default settings are: ● IO1 / IO2: input ● IO3 / IO4: output Figure 12: Connection of configurable IOs 1 Configured as input (Connect to '0V' and IO) 2 Configured as output (Connect to '24V' and IO) Configured as 'input' The inputs can be triggered by a potential-free contact.
5 Installation Inputs / outputs Mode Functionality Initiate extra PSU fault Activates external PSU fault as long as the input is closed. Dialer (RT Fire Device) Fault Activates RT fire device fault as long as the input is closed. The ‘RT Fire Fault’ LED and the ‘General Fault’ LED are ON. Initiate fire brigade is called Generates an ‘Fire brigade is called’ event as long as the input is closed. The ‘Fire brigade’ LED is ON.
Installation Relay 5 5.9 Relay The panel mainboard has three relay outputs used for controlling without line monitoring. They can be freely configured as: ● RT fire ● RT fault ● Fire control ● Fire alarm The default settings are: ● Relay 1: RT fire ● Relay 2: RT fault ● Relay 3: Fire alarm Technical: Current of each relay: max. 2 A @ DC 60 V Figure 13: Connection of relays The output “RT fault” is closed (inverse function) in quiescent mode. In case of fault, the contacts open.
5 Installation Terminals and switches 5.10 Terminals and switches The picture below shows the position of terminals and switches.
Installation Terminals and switches 5 X22 Pin assignment Pin Description 1 Message input from the power supply: Battery fault 2 Message input from the power supply: Mains fault 3 Supply input from the power supply (+) 4 Supply input from the power supply (+) 5 Supply input from the power supply (-) 6 Supply input from the power supply (-) S1: Reset key for panel Operation Function Press one time Panel shuts down and restarts.
5 Installation Accessories 5.11 Accessories 5.11.1 Key switch (FCA3601-Z1) / Key switch (Nordic) (FCA3603-Z1) FCA3603-Z1 FCA3601-Z1 Figure 15: Installation of key switch Function: The key switches directly enable access level 2 operations. Installation: Detailed information on installation is available in document A6V10431013. See chapter 'Applicable documents [➙ 9]'. Configuration: No configuration is required.
Installation Accessories 5 5.11.2 Evacuation module (NL) (FTO3601-H1) FTO3601-H1 Figure 16: Installation of evacuation module (NL) Function: The evacuation module (NL) provides the Dutch special function. It activates the EVAC zone by pressing the button twice and deactivates the EVAC zone by pressing the button twice. Installation: Detailed information on installation is available in document A6V10431009. See chapter 'Applicable documents [➙ 9]'.
5 Installation Accessories 5.11.3 LED indicator (16 zones) (FTO3602-Z1) FTO3602-Z1 Figure 18: Installation of LED indicator (16 zones) Function: The LED indicator (16 zones) shows the actual alarm status of each section (max. 16 sections of a panel). ● Flashing LED indicates first section in alarm. ● Static LED on indicates further sections in alarm. Installation: Detailed information on installation is available in document A6V10431011. See chapter 'Applicable documents [➙ 9]'.
Installation Accessories 5 5.11.4 Output card (4M) (FCA3602-Z1) FCA3602-Z1 Figure 19: Installation of output card (4M) Figure 20: Connection overview of output card (4M) Figure 21: Connection of internal power Function: The output card (4M) has four monitored outputs: OUT1…OUT4. The default settings for the outputs are: ● OUT1: RT fire ● OUT2: RT fault ● OUT3 / OUT4: Sounder line DC 24 V @ 2 A power supply is required. There are two options for power connection: ● Internal connection, see Fig.
5 Installation Accessories Installation: WARNING Electrical voltage Before installation with output card (4M): ● ● Switch off the panel’s power supply. Disconnect power cable at the terminal '20-30V' on the output card (4M) Detailed information on installation is available in document A6V10431015. See chapter 'Applicable documents [➙ 9]'. Technical: ● ● ● ● Max. current of each output: 1.0 A @ DC 26 V Max. current of total outputs: 2.
Installation Accessories 5 The table below can be used for this check, they display the maximum values. Details must be calculated individually. Imax R Line [Ω] @ Umin = 16 V 0.1 A 0…74.3 0.2 A 0…34.1 0.4 A 0…14 0.6 A 0…7.2 0.8 A 0…3.9 1A 0…1.
5 Installation Accessories 5.11.5 RS232 module The RS232 module (FCA2001-A1) is used to connect an event printer. Installation: Figure 23: Installation of RS232 1 RS232 module 2 X10, slot for connection of the modules 1. Insert the module into the slot X10. 2. Secure the module to the mainboard using the two screws. 3. Wire up the module according to the pin assignment.
Installation Accessories 5 5.11.6 Event printer (Optional) The RS232 module connects one external printer Fujitsu DL3750+ to the panel. Detailed information on the printer is available on the CD supplied with the printer. Connection: Precondition: RS232 module is installed. See chapter 'RS232 module [➙ 50]'. The picture below shows the connection between printer and panel. FC361-xx FCA2001-A1 FUJITSU DL3750+ The connection cable is wired as per the following connection diagram.
5 Installation Spare Parts 5.12 Spare Parts 5.12.1 Mainboard FCM3601-Z1 The mainboard FCM3601-Z1 is already mounted in the fire control panel in the factory and only has to be replaced in the event of a repair. Figure 24: Installation of mainboard 52 | 124 Building Technologies Fire safety 1 Threaded bolts 2 6 screws 3 Mainboard FCM3601-Z1 X22 Connector for power supply X29 Connector for cable to PMI X39 Connector for output card (4M) X3 Connector for sounder line X5 Connector for Aux.
Installation Spare Parts 5 w The power supplies (mains and battery) are disconnected. w All connectors are disconnected (label cables before disconnecting them). w RS232 / RS485 module is removed if installed. w The mainboard is removed. Refer to document A6V10450593, see chapter ‘Applicable documents [➙ 9]’. 1. Mount the mainboard (3) with the 6 screws (2) to the threaded bolts (1) that are embedded in the rear panel. 2. Re-install RS232 / RS485 module that may have been removed. 3.
5 Installation Spare Parts 5.12.2 Door incl. PMI FHD3601-Z1 The door incl. PMI FHD3601-Z1 is already mounted in the fire control panel in the factory and only has to be replaced in the event of a repair. Figure 25: Installation of door incl. PMI Figure 26: Details view of installation 1 Bolt 2 Bolt pin 3 Hinge w The power supplies (mains and battery) are disconnected. w Connector to mainboard is disconnected. w The old door incl. PMI is removed.
Function overview Access levels 6 6 Function overview 6.1 Access levels The panel is protected against unauthorized operation by access levels. The authorization passwords for access level 2, access level 3 and access level 3.1 can be changed either directly on panel or with 'FC360 Panel Configurator'. Access level Personnel Password (Default) Function 1 Anybody No ● 2 Authorized user 1234 or key switch or input Operate the system, e.g.
6 Function overview LED indicators 6.2 LED indicators FC360 1 2 3 4 5 6 7 8 9 10 11 12 13 14 15 16 No. Description Color Status Function 1 Alarm Red On The panel is in 'Alarm' condition. 2 More alarm Red Flashing More than two alarm events happen. 3 Fire brigade Red On Depends on the configuration: Option 1: Fire brigade was called. Option 2: RT fire output relay is activated. Call the fire brigade. 4 System on Green On The panel is in operation.
Function overview Keys 6 6.3 Keys 11 12 10 FC360 1 2 3 4 5 6 7 8 9 No. Description Function 1 More Alarm Moves to the next 'fire alarm' event when the 'More Alarm' LED is flashing. 2 Manned / Unmanned 1 Switches between 'Manned' / 'Unmanned'. 3 Alarm Delay Off 1 Stops the 'Alarm delay time'. The panel generates directly a global alarm. 4 Silence 1 Silences the sounders in the event of alarm. Resound 1 ● ● 5 Reset 1 Resets the acknowledged events.
6 Function overview LCD 6.4 LCD The LCD is divided into 3 areas. 1: Title This line displays the title of the view window. 2: View window This window displays the menu list, event list or its property. '▼': Indicates that there are other items below the bottom item. (the bottom item is NOT the last item.) '▲': Indicates that there are other items above the top item. (the top item is NOT the first item.) '►': Indicates that there are further items to be extended to.
Function overview Operating menu overview 6 6.5 Operating menu overview Access level 1: 'Lamp test activation possible at access level I' function can be configured by 'FC360 Panel Configurator'. The default setting is unavailable at access level 1. Access level 2: The highlighted items differ from access level 1. Refer to the access level 1 for other items.
6 Function overview Operating menu overview Access level 3: The highlighted items differ from access level 1 and access level 2. Refer to the access level 1 and access level 2 for description of the other items.
Function overview Entry of numbers and letters 6 6.6 Entry of numbers and letters Numerals Press desired numeral to enter it. Letters Use the numeral keys to enter letters. Press the numeral key with the desired letter (displayed at the lower left corner of key), all included letters (upper case and lower case) and the numeral are displayed in order. Release the key as soon as you arrive at the desired letter. It is now entered.
6 Function overview Event views 6.7 Event views FC361-xx fire control panel displays different event views with different formats. The picture below is the event views format: No.
Function overview Event views 6 6.7.2 Sample of Fault view 1/1 ① Faults② 001 ④ Manual alarm⑤ L3 ③ Zone 3 ⑥ Meeting room 808 ⑦ 8th floor ⑧ Section 1 ⑨ 12-09-2015 08:08:08 ⑩ 1: Add 003/ 004A08B0 ⑪ 6.7.
7 Operation Alarm procedure in unmanned mode 7 Operation This chapter describes detailed operation workflow on important fire detection system functions. 7.1 Alarm procedure in unmanned mode ● ● ● Display provides fire information. See chapter 'Event views [➙ 62]'. Immediate activation of panel states 'Any Fire' and 'Global Alarm'. If configured: RT fire is activated by 'Global Alarm'. Press to confirm attendance. (Access level 2 password is required.) → Buzzer is off.
Operation Alarm procedure in unmanned mode 7 MINOR INCIDENT: No fire alarm Press to return into normal operation. (Access level 2 password is required.) If fire brigade was called automatically (i.e. RT fire), inform the fire brigade about the actual situation. The fire alarm reoccurs if any device remains in fire condition.
7 Operation Alarm procedure in manned mode 7.2 Alarm procedure in manned mode ● Display provides fire information. See chapter 'Event views [➙ 62]'. ● Immediate activation of panel states 'Any Fire'. In the event of an automatic fire alarm in manned mode, the attendance check countdown T1 starts if AVC is on. The Alarm Verification Concept (AVC) for automatic detectors can be deactivated for special applications.
Operation Procedure in case of fault 7 MINOR INCIDENT: No fire alarm Press to return into normal operation. (Access level 2 password is required.) Check and ensure that the fire brigade was not called accidently The fire alarm reoccurs if any device remains in fire condition. 7.3 Procedure in case of fault A fault event is displayed on LCD if a fault occurs. As an option, the configured outputs can be activated (example, RT fault). 1. Press on the PMI. 2.
7 Operation Access level 1 7.4 Access level 1 These functions are available without a password. 7.4.1 System status The fire detection system evaluates received signals and indicates them as events. There are the following event categories: ● Alarm ● Fault ● Technical ● Isolation ● Test ● Information The 'System status' function is used to display all pending events. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'System status' and press . a The 'System status' window is open.
Operation Access level 1 7 7.4.2 Login The 'Login' function is used to access higher levels using a password. The password entry window displays automatically if you require a higher access level operate on the PMI. The picture below shows the password entry window. Login L1 Password: (4 digits) 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Login' and press . a The password entry window is open. 3. Enter password and confirm with . a The corresponding access level is enabled.
7 Operation Access level 1 7.4.3 Query alarm count The panel counts all alarm events. The total number of alarm events is displayed by querying alarm count. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Query alarm counter' and press . a The total number of alarm events is indicated. The picture below shows the alarm counter. Query alarm counter L1 Alarm count: 10 7.4.
Operation Access level 2 7 7.5 Access level 2 These functions are available with an access level 2 password. 7.5.1 Isolation The 'Isolation' function is used to enable / disable section, zone, device, sounders, RT output, control output. In certain situations, e.g. maintenance or decoration etc., you can disable parts of a building to avoid false alarms or fault messages. The 'Isolation' LED is on if the part of the building is disabled.
7 Operation Access level 2 3. Select 'Isolation' and press Isolation , the 'Isolation' window is open. L2 1 - Detection 2 - Sounders 3 - RT outputs 4 - Fire control 5 - Control output 4. Select 'Detection' and press Isolation- Detection , the 'Detection' window is open. L2 1 - Section 2 - Zone 5. Select 'Section' and press Isolation - Section , a list of all sections is displayed. L2 01 Section 1 (ON) 02 Section 2 (ON) T1 Section T1 (ON) 6.
Operation Access level 2 7 7.5.2 Test 7.5.2.1 Detection test This function sets a section or a zone to 'Test' mode. The panel provides two kinds of test modes: ● Silent: All sounders remain silent in fire alarm condition during testing. Only the LCD screen displays the test event. ● Audible: All sounders sound for a period of 10 seconds in fire alarm condition during testing. The LCD screen displays the test event. The procedure below indicates how to set a section to 'Test' mode as an example.
7 Operation Access level 2 4. Select 'Detection test' and press Test - Detection test , the 'Detection test' window is open. L2 1 - Silent 2 - Audible 5. Select one item, e.g. 'Silent' and press Detection test - Silent , a list of all sections is displayed. L2 01 Section 1(OFF) 02 Section 2(OFF) T1 Section T1(OFF) 6. Select the desired section and press , 'Entire section' and a list of all zones under the section are displayed.
Operation Access level 2 7 7.5.2.2 Lamp test The lamp test checks the following functions: ● LEDs ● Buzzer ● LCD 1. Press on the keypad, the 'Main menu' window is open. Main menu L2 1 - System status 2 - Operation 3 - Event memory 4 - Login 7 - Logout 8 - Query alarm counter 2. Select 'Operation' and press , the 'Operation' window is open. Operation L2 1 - Isolation 2 - Test 3. Select 'Test' and press , the 'Test' window is open. Test L2 1 - Detection test 2 - Lamp test 4.
7 Operation Access level 2 7.5.3 Event memory 7.5.3.1 Event log All events that happened in the fire detection system are stored in the event memory. There are 8 event categories: ● Alarm ● Fault ● Technical ● Isolation ● Test ● Activation ● Information ● Operation The event lists are sorted chronologically and can be filtered by category and time. When you view event log, the displayed view is almost the same as ‘Event view’.
Operation Access level 2 3. Select 'Event log' and press 7 , the 'Event log' window is open. Event log L2 1 - Show log 2 - Advanced 4. Select 'Show log' and press , all events stored in the event memory are displayed. Scroll by using . Rec. 001 of 008 / L2 + Short Monitored output Output card 4M Circuit 02 03-01-2015 18:08:08 View filtered events 1. Press on the keypad, the 'Main menu' is open.
7 Operation Access level 2 3. Select 'Event log' and press Event log , the 'Event log' window is open. L2 1 - Show log 2 - Advanced 4. Select 'Advanced' and press Advanced Type: , the 'Advanced' window is open. L2 All Start time: 08-01-2015 End time: 08-01-2015 Print: ✕ Query 5. Select 'Type:', enter 'Start time:' / 'End time:' and select 'Query' and press filtered events are displayed. Scroll by using Rec. 001 of 008 / , all .
Operation Access level 2 7 7.5.4 Logout The 'Logout' function returns to access level 1 from access level 2 or 3. 1. Press on the keypad, the 'Main menu' window is open. Main menu L2 1 - System status 2 - Operation 3 - Event memory 4 - Login 7 - Logout 8 - Query alarm counter 2. Select 'Logout' and press , a confirmation dialog window is open. Do you want to logout? Yes (OK) or No (C) 3. Press to confirm, the panel returns to access level 1.
7 Operation Access level 3 7.6 Access level 3 This function is available with access level 3 password. 7.6.1 Test log The 'Test log' function deletes all test log on the panel. 1. Press on the keypad, the 'Main menu' window is open. Main menu L2 1 - System status 2 - Operation 3 - Event memory 4 - Login 7 - Logout 8 - Query alarm counter 2. Select 'Event memory' and press Event memory , the 'Event memory' window is open. L2 1 - Event log 2 - Test log 3.
Engineering Set date & time 8 8 Engineering All 'Engineering' functions request access level 3 password. 8.1 Set date & time The 'Set date & time' function adjusts date and time. In countries with central European summer time (CEST), the system clock automatically switches between daylight savings time and regular time. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Set date & time' and press .
8 Engineering Edit zone and section name 8.2 Edit zone and section name The 'Edit name' function is used to edit the name of a zone or a section. The new name is shown when the zone or the section is reaccessed. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Edit name / password' and press . a The 'Edit name / password' window is open. 4. Select 'Edit name' and press . a The 'Edit name' window is open.
Engineering Change password 8 8.3 Change password The 'Passwords' function is used to change the password for access level 2, access level 3 and access level 3.1. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Edit name / password' and press . a The 'Edit name / password' window is open. 4. Select 'Passwords' and press . a The 'Passwords' window is open. 5.
8 Engineering Detector line 8.4 Detector line 8.4.1 Restart The 'Restart' function is used to restart a detector line. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Detector line' and press . a The 'Detector line' window is open. 4. Select 'Restart' and press . a The 'Restart' window is open. 5. Select one desired detector line and press a A confirmation dialog window is open. 6. Press . to confirm.
Engineering Detector line 8 8.4.3 Read in The 'Read in' operation must be executed after performing one of the following actions: ● Change topology of detector line, e.g. merge two stubs into one loop. ● Add new device(s). 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Detector line' and press . a The 'Detector line' window is open. 4. Select 'Read in' and press . a The 'Read in' window is open. 5.
8 Engineering Detector line 8.4.4 Maintenance 8.4.4.1 Remove a device The device must be uninstalled with the base (if necessary) if it needs to be removed from the system. Reconnect the wires of the detector line, then operate on PMI as outlined below. The device is deleted from the system. w A device is removed and a 'Missing device' fault is reported in fault view. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3.
Engineering Detector line 8 8.4.4.2 Accept replaced devices If several devices of the detector line need to be replaced, power off the line first and then uninstall the old devices. Replace the new devices with the same type and then operate on PMI as per the procedure below. The new devices inherit all features and parameters settings from the old devices. Do not change the topology when replacing devices. w The detector line is powered off. Refer to chapter 'Power off [➙ 84]'. 1. Press on the keypad.
8 Engineering Detector line 8.4.4.3 Replace and test a detector If a detector needs to be replaced with the same type, set the detector to replace mode on the PMI as per the procedure below. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Detector line' and press . a The 'Detector line' window is open. 4. Select 'Maintenance' and press . a The 'Maintenance' window is open. 5.
Engineering Detector line 8 8.4.5 Auto configuration The 'Auto configuration' function is used to commission a newly installed panel immediately. NOTICE Overwrite the old configuration The old configuration is overwritten. ● Save the old configuration before executing auto configuration. w The detector line is powered off. Refer to chapter 'Power off [➙ 84]'. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3.
8 Engineering Detector line 8.4.6 View / Locate 8.4.6.1 View sections / zones The 'View section / zones' function is used to view all sections, zones and devices that are connected to the panel. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Detector line' and press . a The 'Detector line' window is open. 4. Select 'View / locate' and press . a The 'View / locate' window is open. 5.
Engineering Detector line 8 8.4.6.2 Locate devices The 'Locate devices' function is used to find a device on site. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Detector line' and press . a The 'Detector line' window is open. 4. Select 'View / locate' and press . a The 'View / locate' window is open. 5. Select 'Locate devices' and press a A list of all lines is displayed. . 6.
8 Engineering Detector line 8.4.6.3 View type A dependency The 'View typeA dependency' function is used to view all devices which have type A dependency activated. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Detector line' and press . a The 'Detector line' window is open. 4. Select 'View / locate' and press . a The 'View / locate' window is open. 5. Select 'View typeA dependency' and press .
Engineering Calibrate output card (4M) 8 8.5 Calibrate output card (4M) The transmission paths must be calibrated per EN 54-13. The 'Calibrate 4M card line’ function is used to calibrate the line on output card (4M). Line calibration is needed to achieve supervision. The line resistance is indicated for calculation resulting from the calibration. Configure the function 'Monitor creeping open / short' in 'Output card 4M' tab by 'FC360 Panel Configurator' before the line of output card (4M) is calibrated.
8 Engineering Reset alarm counter 8.6 Reset alarm counter The 'Alarm counter reset' function is used to reset the alarm counter to '0'. 1. Press on the keypad. a The 'Main menu' window is open. 2. Select 'Engineering' and press . a The 'Engineering' window is open. 3. Select 'Alarm counter reset' and press a A password entry window is open. . 4. Enter the password (66666666) and press a A confirmation dialog window is open. 5. Press . to confirm. a The alarm counter is reset to '0'. 8.
Engineering Configuration tools 8 8.
9 Commissioning Install and check the detector line 9 Commissioning This chapter describes initial commissioning of the fire control panel FC361-xx. 9.1 Install and check the detector line Install devices Before inserting or connecting a device, stick the ID number onto the layout plan. The adhesive strip with the ID number can be found on the bottom of the device. w The detector line is not connected to the control panel. w The power supply is disconnected from all devices with external power supply. 1.
Commissioning Install panel 9 9.2 Install panel w The fire control panel FC361-xx is mounted. 1. Insert the cables for the detector lines and the mains supply into the panel and connect them to the panel. Refer to chapter 'Power supply - mains voltage [➙ 29]'. 2. Place the batteries and connect them to the power supply. Refer to chapter 'Battery [➙ 30]'. 9.3 Startup panel 1. Connect the cables for the detector lines. 2. Connect the power supply (mains and batteries). a The panel executes first startup.
9 Commissioning General commissioning steps 9.4.2 Configure the system manually Modify using 'FC360 Panel Configurator' 1. Connect PC to the panel. Refer to chapter 'Connect PC to panel [➙ 95]'. 2. Open a web browser. 3. Enter web address with 'fc360.siemens.com' and press . a 'FC360 Panel Configurator' is open. 4. Enter access level 3 password to login to level 3. 5. Modify configuration as needed.
Commissioning General commissioning steps 9 Modify using 'FC360 Desktop Editor' 1. Connect the panel to the PC installed with 'FC360 Desktop Editor'. 2. Backup configuration to PC first. Refer to chapter 'Backup configuration to PC [➙ 104]'. 3. Open 'FC360 Desktop Editor'. 4. Select language and click 'Enter'. 5. Click 'Open an existing configuration'. 6. Select the file name of backup configuration and click 'Open'. a The configuration is open in 'FC360 Desktop Editor'. 7. Modify configuration as needed.
9 Commissioning General commissioning steps 9.4.3 Function test WARNING Alarming and RT transmission are activated during testing. You must do the follow: ● ● Inform fire brigade. Inform owner of the building. 1. Execute lamp test. Refer to chapter 'Lamp test [➙ 75]'. 2. Test each device (detector, MCP, etc.) individually and check the correctness of the system behavior (e.g. sounder activation, RT fire, RT fault, fire controls, etc.). Refer to chapter 'Detection test [➙ 73]'. 3.
Commissioning Set Windows firewall 9 9.5 Set Windows firewall The aim of changing the firewall settings is to establish a functioning Ethernet connection between the configuration tools on the PC and the control panel. The Windows firewall may prevent the PC from connecting to the panel. In this case, the firewall must be switched off in Windows XP or firewall rules set in Windows 7 when working with the fire detection installation.
9 Commissioning Set Windows firewall 6. Click 'Next >' to confirm and enter the program path to 'WebEngineeringServer.exe'. – Example: D:\Program Files\Siemens\Offline Web Tool\offline_server\api\thrift\WebEngineeringServer.exe 7. Click 'Next >' to confirm and then confirm the default setting 'Allow the connection' in the next step ('Action'). 8. In the next step 'Profile', remove the check mark from the 'Domain' checkbox. a The 'Private' and 'Public' checkboxes are checked. 9.
Commissioning Update firmware 9 9.6 Update firmware WARNING Fire detection installation is deactivated during the firmware update Fire may spread unhindered. ● ● Supervision by people is required. Re-activate the fire detection installation as soon as possible. When the panel firmware is updated, the firmware of output card (4M) (if installed) and the detection module are also updated automatically.
9 Commissioning Backup configuration to PC 9.7 Backup configuration to PC 1. Connect PC to the panel. Refer to chapter 'Connect PC to panel [➙ 95]'. 2. Open a web browser. 3. Enter web address with 'fc360.siemens.com' and press . a 'FC360 Panel Configurator' is open. 4. Enter access level 3 password to login to level 3 on panel. 5. Click 'Backup'. 6. Enter a path and a file name and click 'OK'. a A configuration backup is stored to the PC. 7. Disconnect PC from the panel. 9.
Commissioning Backup test report to PC 9 9.10 Backup test report to PC 1. Connect PC to the panel. Refer to chapter 'Connect PC to panel [➙ 95]'. 2. Open a web browser. 3. Enter web address with 'fc360.siemens.com' and press . a 'FC360 Panel Configurator' is open. 4. Click 'Administration' tab. 5. Click 'Test report-Upload to PC'. 6. Enter a path and a file name and click 'OK'. a The test report is stored to the PC. 7. Disconnect PC from the panel. 9.
10 Maintenance General 10 Maintenance 10.1 General Regular maintenance of the system is necessary to ensure the reliable operation. The panel has a reminder function that can inform you of imminent maintenance. When the service reminder is displayed, regular maintenance by the service technician is required. Maintenance intervals may differ from the following maintenance recommendations depending on national regulations. The reminder function can be configured through 'FC360 Panel Configurator'.
Maintenance Function test 10 10.3 Function test The following schedule is recommended for the function test. However, local regulations have priority. Function Activity Interval (years) 1 Detector line Activate all automatic detectors and all manual call points. Activate a detector or manual call point per line X Check all detectors and manual call points for dirt and check that usage is in accordance with regulations. X X Check sounder controls and all acoustic alarm devices.
10 Maintenance Device test 10.4 Device test Smoke detector 1. 2. 3. 4. 5. Enable test mode for the line. Place detector tester RE6 on detector head. Release test gas. Remove detector tester. Confirm the alarm was triggered. Alarm indicator is flashing. 6. Wait until alarm indicator is off. 7. Set the line to normal mode operation. Heat detector 1. Enable test mode for the line. 2. Place detector tester RE6T on detector head and turn on heater. 3. Remove detector tester. 4.
Trouble shooting Fault message indication 11 11 Trouble shooting 11.1 Fault message indication No. Description Cause Action 1 General fault The system has a fault. Check whether another fault LED is flashing, if not: ● Check the display ● Check whether the fault control input is activated.
11 Trouble shooting Accessories 11.3 Accessories Description Cause / Action DC 24 V too low Check voltage input '24V' on the output card FCA3602Z1. Outputs from output card (4M) indicates a fault Check the cable connection and output line. EVAC fault Check the cable connection. Replace the device if still not working. Key switch does not work Check the cable connection. Replace the device if still not working. LED indication Check the cable connection.
Components and spare parts 12 12 Components and spare parts Components Type Part no. Designation FC361-ZZ S54433-C112-A1 Fire control panel (1L, Compact) FC361-ZA S54433-C111-A1 Fire control panel (1L, Comfort) FC361-YZ S54433-C110-A1 Fire control panel (1L, Compact, LED) FC361-YA S54433-C109-A1 Fire control panel (1L, Comfort, LED) Accessories Type Part no.
13 Environmental protection and disposal 13 Environmental protection and disposal This device is manufactured using materials and procedures which comply with current environmental protection standards as best as possible. More specifically, the following measures have been undertaken: ● Use of reusable materials ● Use of halogen-free plastics ● Electronic parts and synthetic materials can be separated Larger plastic parts are labeled according to ISO 11469 and ISO 1043.
Appendix A: Alarm Verification Concept (AVC) 14 14 Appendix A: Alarm Verification Concept (AVC) The 'Alarm Verification Concept' serves the purpose of delayed alarm transmission and takes into account the interaction of the operating personnel in the alarming sequence. Operating personnel are able to examine the indicated fire location in the event of a fire alarm. Intervention by the fire brigade can be avoided in the event of a false alarm or minor incident. 1 mx m 2 T1.. T2.. q ? r rx qx 3 .
14 Appendix A: Alarm Verification Concept (AVC) Alarm verification proceeds as follows: ● An alarm event activates local alarming and starts the time T1 for attendance check. ● Operating personnel acknowledges alarm event on the panel prior to the expiry of T1. Acknowledging normally silences local alarming. If there is no acknowledgement, global alarming is activated after T1 expires. ● After acknowledgement, the investigation time T2 starts.
Appendix B: Zone type list 15 15 Appendix B: Zone type list Up to 200 zones can be assigned to 1…17 sections.
16 Appendix C: Flash file behaviors 16 Appendix C: Flash file behaviors Actions Effects Alarm Counter Configuration File Event Memory PMI Status Password of 'FC360 Panel Configurator' Update firmware Unchanged Unchanged 1 Unchanged Unchanged Unchanged Download an existing configuration file Unchanged Modified Unchanged Unchanged Unchanged Download a new created configuration file Unchanged Modified Unchanged Modified Unchanged Reset to factory settings Unchanged Modified Unchanged
Appendix D: Default setting for panel/devices 17 17 Appendix D: Default setting for panel/devices Panel site information: Items Default settings Name Site Installer name Siemens Contact tel.
17 Appendix D: Default setting for panel/devices Special panel settings Items Default settings MCP broken glass message Yes 1 Sounder outputs activation via silence/resound button No Resound sounders on new alarm Yes Lamp test activation possible at access level I Yes Acknowledge used as silence No Acknowledge availability at access level I No Block ackn.
Appendix D: Default setting for panel/devices 17 Manual call points parameters Devices Attach AI FDM221 - FDM223 No FDM224 No FDM225 - FDM226 - FDM231 - Input parameters of input modules / I/O modules Devices Short circuit monitoring enabled Inversion FDCI221 Yes Normal FDCI222 Yes Normal FDCIO221 Yes Normal FDCIO222 Yes Normal FDCIO224 Yes Normal FDCI723 zone modules parameters Items Default settings Response time setting Alarm: 0s / Malfunction: 10s Line type Voltage
17 Appendix D: Default setting for panel/devices Sounder bases / sounders parameters 120 | 124 Building Technologies Fire safety Devices Volume Silent sounder DBS721 High - DBS728 High Yes DBS729 High Yes FDS221 High - FDS229 High Yes A6V10421795_en--_g 2016-11-18
Appendix E: Switch mains to AC 115 V 18 18 Appendix E: Switch mains to AC 115 V 1. Remove power supply FP2015-A1 from the panel and open it. 2. Move the jumper from X12 to X11 on the PCB board. Jumper X12 for AC 230 V Jumper X11 for AC 115 V 3. Mark '115 V' with 'x' and '230 V' with '-------' on the label indicated as below.
Index / Index L A Accept replaced devices ...................................... 87 Access levels ....................................................... 55 Acknowledge ....................................................... 57 Alarm count ......................................................... 70 Alarm Delay Off ................................................... 57 Alarm Verification Concept................................. 113 Approvals ............................................................
Index / S Semi flush mounting ........................................... 26 Set date & time ................................................... 81 Silence / Resound ............................................... 57 Spare Parts ........................................................ 52 Surface mounting................................................ 26 Switch mains ..................................................... 121 System overview.................................................
Issued by Siemens Switzerland Ltd Building Technologies Division International Headquarters Gubelstrasse 22 CH-6301 Zug +41 41-724 24 24 www.siemens.com/buildingtechnologies Document ID: A6V10421795_en--_g Edition: 2016-11-18 © Siemens Switzerland Ltd, 2015 Technical specifications and availability subject to change without notice.
