Related Manuals for Siemens FC2025
Summary of Contents for Siemens FC2025
- Page 1 FC2025 / FC2050 / FC922 / FC924 Fire Alarm Control Panel Marine Application US COAST GUARD Approved Certificate No. 161.002/60/0 Reference ULI File No. S522 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
- Page 2 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
- Page 3 FS20 Marine Fire Detection Control Panel Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
- Page 4 Legal notice Technical specifications and availability subject to change without notice. © 2017 Copyright by Siemens Industry, Inc. 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.
- Page 5 FS20 Marine Fire Detection Control Panel Cyber Security Disclaimer Siemens products and solutions provide security functions to ensure the secure operation of building comfort, fire safety, security management and physical security systems. The security functions on these products and solutions are important components of a comprehensive security concept.
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Page 6: Table Of Contents
Power Supply (170W) FP2011-U1 ..............41 Laying and Connecting the Mains Cable for the Power Supply (170 W) ... 42 Installing the Electromagnetic Interference (EMI) Filter to Power Supply ..43 BP-62 Batteries ....................44 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 7 12.6.2 X1402 and X1802 Terminal Block ..............67 12.7 Indicators ......................68 12.8 Reset Buttons ..................... 68 12.8.1 S100 RESET Periphery Board ................ 68 12.8.2 S1201 RESET Core ‘A’ Detector Circuit ............68 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
- Page 8 X604, X605 and X606 NAC 2 class A/B selection jumper ....... 96 17.6 Technical Data ....................97 XCI2001-U1 Releasing Module ................ 98 18.1 Description......................98 18.2 Installation ......................99 18.3 Views ........................ 100 18.4 Pin Assignments for Releasing Module ............101 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
- Page 9 Commissioning with Manual Configuration ............120 25.6 Commissioning with Manual Configuration and Auto-Configuration ....121 25.7 Commissioning with Auto-Configuration without a PC ........123 25.8 Adding a ‘Panel’ to an Existing Site ..............123 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
- Page 10 Fire Control Panel/Network Terminal, Without Releasing ..........137 Fire Control Panel/Network Terminal, With Releasing ............ 138 Remote Terminal, Without Releasing ................139 Additional Panel Labels ....................139 Remote Terminal, With Releasing ................... 140 LED Indicator ........................141 Glossary.......................... 143 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 11: About This Document
Computer with high speed internet connection Microsoft Explorer 7.0 or higher (or equivalent browser) Adobe Reader (http://www.adobe.com) If you cannot meet these requirements, please contact Siemens Technical Support at 1-800-248- 7976 to request hard copies of the installation guidelines. Siemens Industry, Inc. -
Page 12: Desigo Fire Safety User Documentation
FS20 Marine Fire Detection Control Panel Desigo Fire Safety User Documentation To access the Desigo Fire system user documentations, go to Siemens website: http://iknow.us009.siemens.net/infolink/InfoLink.aspx?page=/infolink/Default.htm. Enter the appropriate document number in the “Search” dialog box (see below) to access then press “Find”. -
Page 13: Cerberus-Pro User Documentation
FS20 Marine Fire Detection Control Panel Cerberus-PRO User Documentation To access the Desigo Fire system user documentations, go to Siemens website: https://www.buildingtechnologies.siemens.com/extranet/ba-sp/ Enter the appropriate document number in the “Search” dialog box (see below) to access then press “Find”. Select the appropriate document by double-clicking it. It is recommended to save these documents in your computer for future access. -
Page 14: Safety
CAUTION identifies a dangerous situation, which could result in slight to moderately serious injury if you do not avoid this situation. NOTICE identifies possible damage to property that may result from non-observance. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 15: Safety Regulations For The Method Of Operation
Safety Regulations for the Method of Operation National Standards, Regulations and Legislation Siemens products are developed and produced in compliance with the relevant United States Coast Guard safety standards. Should additional national or local safety standards or legislation concerning the planning, assembly, installation, operation or disposal of the product apply at the place of operation, then these must also be taken into account together with the safety regulations in the product documentation. - Page 16 Modifications to the System Layout and Products Modifications to the system and to individual products may lead to troubles, malfunctioning and safety risks. Written confirmation must be obtained from Siemens and the corresponding safety people for modifications or additions. Modules and Spare Parts Components and spare parts must comply with the technical specifications defined by Siemens.
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Page 17: Standards And Directives Complied
Siemens products are tested before delivery to ensure they function correctly when used properly. Siemens disclaims all liability for damage or injuries caused by the incorrect application of the instructions or the disregard of danger warnings contained in the documentation. This applies in... -
Page 18: Release Notes
Additional expense resulting from necessary new planning and/or configuration. ● Read the 'Release Notes' before you plan and/or configure a fire detection installation. ● Read the 'Release Notes' before you carry out a firmware update to a fire detection installation. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 19: Description Of Fs20 Fire Alarm Control Panel
The FC2025 / FC922 FACP is capable of supporting up to 252 devices and FC2050/FC924 FACP is capable of supporting up to 504 devices. Both panels have a PMI with optional LED module, 2 Class B or 1 Class A NAC, 4 control relays, battery charger capability and auxiliary power connection. -
Page 20: Equipment Location
FS20 Marine Fire Detection Control Panel Equipment Location When using Salt-Mist Spray approved parts, the FC922 / FC924 / FC2025 / FC2050 can be installed in locations that require an Exceptional Degree of Protection such as those that are exposed to weather,... -
Page 21: Planning A Fire Detection System
Engines not vented outside Ovens Machining Cleaning fluids Heating element Dryers Paint spray Gasoline forklifts Improper exhaust systems Exhaust hoods Curing Welding and brazing Incomplete combustion Diesel trucks Engine exhaust Dust accumulation Locomotives Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 22: Intelligent/Analog Detectors
Fuel oil transfer pumps Auxiliary generator sets Workshops Main diesel engine fuel oil pumps and Electrical switchboards injectors Storerooms Locate additional detectors with wide spacing to give general cover to areas not containing special risk. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 23: Detector Installation
Smoke stratification also should be considered when smoke detectors are installed. Smoke may stratify below a ceiling due to temperature gradients or air flow along the ceiling. When stratification is a possibility, smoke detectors can be installed with alternate detectors at different levels. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 24: Standard Structure Of Fs20 Panel
(Cerberus Pro) BP62 Battery* FCM2035-U2 Standard Operating Unit FCA2015-U1 DACT module (Desigo) FCM2035-U3 Standard Operating Unit (Cerberus Pro) * Marine panels must use the BP62 battery to with stand high temperatures of 195°F. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 25: Fh2071-Um Marine Enclosure
Surface treatment Galvanized, sprayed Windows Material Lexan, clear Dimensions ( W- H- D) Outer door (1HU) 15.5" x 21.45" x 0.97" Inner door 20.62" x 13.25" x 0.68" Window 16.50" x 8.30" x 0.125" Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 26 FS20 Marine Fire Detection Control Panel Power Limited and Non-Power Limited Wire Routing Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 27: Installation
Place the nuts and washers on the side. Install the battery. Replace the battery bracket and secure it in place with the three nuts and washers. For further details on installing the batteries, refer to page 44, ‘Batteries FHA2042’. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 28: Fcm2018-U2 / Fcm2019-U2 / Fcm2018-U3 / Fcm2019-U3 / Fcm2035-U2 / Fcm2035-U3, Operating Units
Rear view of operating unit FCM2018 with Operating Unit & its Mainboard FCM2027 1 Operating unit carrier plate 2 System Operating Units & Mainboard FCM2027 3 Mounting holes for installing on the inner door 4 Space for LED module for operating unit (+LED) FCM2019-U2 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 29: Components On The Standard Operating Unit (Fcm2018-U1)
Retainer for license key X14, additional space for RS-485 class A module FCA2016-U1 RS-485 class A module FCA2016-U1 on X19 Opening for key switch [NOT USED] Area for options or LED module for operating unit (LED) Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 30: Description
The templates for the inscription strips and the operating instructions with button and LED designations are located in the Appendix on page 136. For further information about the LED Module, refer to the chapter 'LED Module [➙76]'. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 31: Mounting The Operating Unit
Installation Steps Plug the operating unit (2) onto the set screws (4) of the inner door (1) from behind, as shown above. Use the four nuts (3) to screw the operating unit tight. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 32: Wiring The Operating Unit
Insert the supplied inscription strips underneath the operating unit film as shown in the following figure. Swivel the inner door towards the panel and secure it using the locking screw. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 33: Inserting The Inscription Strips
Inscription for standard keys on the right Inscription for LED module (depending on whether operating unit is present or not) Inscription for panel and alarm The template for the inscription strips is located in the Appendix on page 136. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 34: View Of Operating Unit & Main Board
LED indicators H61 &H842 H841 Buzzer Switch, keys S32 Reset key Switch for ground fault supervision of the Ethernet connection Support for license key Switch for ground fault supervision of the system supply Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 35: Indicators
Normal operation temperature indicator CPU >45 °C Yellow 'SPEED', Ethernet transmission Data transfer at 10 Mbit/s indicator Data transfer at 100 Mbit/s H842 Green 'LINK' control indicator No Ethernet connection Ethernet connection established Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 36: Adjustment Elements
Press S32 + 'Reset' (front Panel is started in Restore factory settings mode. operating button) for > 2 s at A short beeping sound confirms the function is being executed. the same time Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 37: Technical Data
For class A RS-485 module for connecting an external printer or FT2015 Networking Network module (SAFEDLINK) functionality (incl. degraded mode function) Ethernet connection RJ45, 10/100 Mbit/s Peripheral data bus X3, X400 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 38: Laying And Connecting The Power Supply
NOTICE Damage to Hardware Caused By an Incorrect Installation Sequence ● Please note the sequence of the installation steps. ● Do not connect the batteries after inserting them; only connect immediately before commissioning. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 39 The panel is ready for commissioning. 12. Add the installation number (no. :), and the date of commissioning (Date:) during commissioning. See also Laying and connecting the mains cable [➙ 40] Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 40: Power Supply Location
No cable openings should be made in the base of the enclosure, unless an additional enclosure is mounted below the panel to accommodate the batteries. Batteries (BP-62) Battery Bracket AC Terminal Block EMI Filter FP2011-U1 Power Supply Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 41: Power Supply (170W) Fp2011-U1
The power supply has the following features: Output power 170W Protection from Short-circuit Current limited Mains voltage supervision Built-in AC filter Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 42: Laying And Connecting The Mains Cable For The Power Supply (170 W)
Mains cable wiring for the power supply (170W) WARNING Danger of Electric Shock Before feeding in and laying the mains cable, disconnect it from the power supply. Secure the mains connection against inadvertently being switched on. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 43: Installing The Electromagnetic Interference (Emi) Filter To Power Supply
1. The Neutral and Hot wire is connected to the two position terminal block that is fed to the EMI filter. (Blue and Brown wire). 2. The Ground wire is plugged into the Ground Lug, which is then connected to the Power Supply (170W) FP2011-U1. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 44: Batteries
Ensure the polarity of the supply is correct; red cable = positive pole, blue cable = negative pole. The batteries must meet the predefined specifications. For specifications, refer to the section, ‘Determine Battery’ on page 47. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 45 5. Thread the three #10-32 nuts onto the mounting studs and tighten. 6. Fasten the battery bracket to the bottom of the backbox using the three sets of #10-32 nuts and bolts. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 46: Install Wiring
4. Install the wiring from the external AC power source to the approximate location of the Installing Power Supply’ power supply. Refer to ‘ , chapter. Add one ferrite each to the hot, neutral and ground wires. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 47: Determining The Battery
For 72 h emergency power time: =(0.9 A * 72h) + (3.5 A * 0.5H) = 66.5 Ah NOTE: Refer to the Section 10 and 11 (Periboard) for Power Supply and Battery parameter settings and connections. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 48: Fci2016-U1 Periphery Board (252P)
NAC circuit (NAC 2). The periphery board has a battery charger and battery switchover circuit for AC outage or brownout. The battery charger is capable of charging up to 100 Ah batteries. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 49 Releasing module (XCI2001-U1) (P/N S54400-A69-A1) The module connects to X901. Additional peripheral data bus connection (X202) for LED or DACT modules. Main CPU and detector core CPUs capable of being updated in the field through the Operating Unit. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 50: Views
FS20 Marine Fire Detection Control Panel Views 10.2 Printed circuit board view for FCI2016 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 51 NAC 2 extension or releasing module X902 For future application X1001 Output 24VDC AUX X1101 Plug block for relay connections X1302 For future application X1401 Detector circuit card 1, circuit 1 X1402 Detector circuit card 1, circuit 2 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 52: Configuration Input Power And Battery
(Green) Power supply status indication. Used by the periphery board to know the type and health of the power supply. (Black) Return (ground) +24V (Red) DV +24 V system supply Admissible cable cross-section: 1 x 12...18 AWG or 2 x 16...18 AWG Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 53: X305 Jumper - Power Supply On/Off
Return (Ground) feed for battery (BLUE WIRE) Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG The hardware required to connect the batteries to the periphery board is in the battery kit. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 54: Fci2017-U1 Periphery Board (504P)
NAC circuit (NAC 2). The periphery board has a battery charger and battery switchover circuit for AC fail or brownout. The battery charger is capable of charging up to 100 Ah batteries. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 55 Releasing module (XCI2001-U1) (P/N S54400-A69-A1) The module connects to X901. Additional peripheral data bus connection (X202) for LED or DACT modules. Main CPU and detector core CPUs capable of being updated in the field through the Operating Unit. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 56: Views
X1302 H1701 X801 H1301 S1201 S1601 X602 X603 X601 S100 X605 X403 X604 X606 X902 X204 X901 X1001 used F301 X201 X202 X301 X302 X305 X303 X304 Printed circuit board view for FCI2017 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 57 For future applications X1401 Detector circuit core A, circuit 1 X1402 Detector circuit core A, circuit 2 X1702 For future applications X1801 Detector circuit core B, circuit 3 X1802 Detector circuit core B, circuit 4 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 58: Configuration Input Power And Battery
(Green) Power supply status indication. Used by the periphery board to know the health of the power supply. (Black) Return (ground) +24 V (Red) DC +24 V system supply Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 59: X305 Jumper - Power Supply 2 On/Off
Return (Ground) feed for battery (BLUE WIRE) Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG The hardware required to connect the batteries to the periphery board is located in the battery kit. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 60: Periboard Installation, Wiring And Jumpers Set-Up
1. Install the periphery board (3) on the threaded sleeves (1) of the back box with the 13 fixing screws (1). 2. Wire the periphery board according to the following pin assignment. 3. Set the jumpers 4. Re-install any module that you may have had to remove. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 61: Notification Appliance Circuits
X602 Jumper – DEGRADED MODE ENABLE/DISABLE for NAC 1 class A or NAC 1-1 class B X603 Jumper – DEGRADED MODE ENABLE/DISABLE for NAC 1-2 class B X604, X605, X606 Jumper – NAC 1 class A/B Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 62: X601 Terminal Block
1 - 2 Enable degrade Enable degraded mode for NAC 1-2 class B. Circuit will not activate the notification appliances if degraded mode is activated and an alarm is present. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 63: X604, X605, X606 Jumper
NAC circuit so that the periphery board's NAC circuits can follow the activation of the NAC circuits from an external source. 12.3.1 Wiring Specs NAC is active. X801 *1- Fire detection device or bell extender. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 64: Auxiliary 24Vdc Output
AUX (-) Return feed Aux circuit AUX (+) Positive feed for Aux circuit (DC +24 V) AUX (-) Return feed Aux circuit Admissible cable cross-section: 1 x 12-18 AWG or 2 x 16-18 AWG Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 65: Relays
Normally closed contact programmable relay Normally open contact programmable relay Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG NO/NC (normally open / normally closed) relates to the fire detection system's normal status. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 66: Detector Circuits
Wiring No EOL required No EOL required Initiating device X1401 X1402 X1801 X1802 1+ 1- 1+ 1- Style 6 wiring Both circuits are supervised and power limited. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 67: X1401 And X1801 Terminal Block
Positive output for circuit 2-2 or circuit 4-2 Return feed for circuit 2-1 or circuit 4-1 Positive output for circuit 2-1 or circuit 4-1 Admissible cable cross-section: 1 x 12…18 AWG or 2 x 16…18 AWG Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 68: Indicators
Resets only microprocessor on core A detector circuit 12.8.3 S1601 RESET Core ‘B’ Detector Circuit Button Function Position Definition S1601 Reset main microprocessor for Not pressed Normal core B detector circuit Pressed Resets only microprocessor on core B detector circuit Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 69: Technical Data
Max. 1.5 A Design Short-circuit protection Voltage surge protection Power limited Bell Follower Input Plug strip X1001 Voltage 24VDC filtered or full wave Current Max. 4 mA Design Voltage surge protection Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 70 5 A, Max. Connection Terminals Inputs, outputs and detector circuits: Design Plug-in screw terminals Admissible cable cross- Once 12...18 AWG or twice 16...18 AWG section 18 gauge twisted pair, shielded cable. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 71: Fca2015-U1 Digital Alarm Communicator Transmitter (Dact)
DACT board is mounted on the FS20 Cabinet Main board. The DACT Board option is set through the control panel programming sequence. The FC2015-U1 module are supplied with the following parts: DACT Board (Dialer) Screws Serial Communication Cable 1 x1/4Hex Male to Female Standoff Installation Instruction Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 72: Installation
Program for proper operation of functions Ensure all functions are operating as designed. The RJ31X provides a convenient connection allowing the DACT to be installed and removed without requiring re-wiring and can be installed by the telephone installer. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 73: Fca2015-U1 Format Description
SK 3/1 SK3/1 SK 4/2 SK 4/2 Contact Silent Knight Ademco 9800 SK 3/1 SK3/1 SK 4/2 SK 4/2 Security Contact Corp Surgard Ademco System IV SK 3/1 SK3/1 SK 4/2 SK 4/2 Contact Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 74: Compatible Alarm Communicator
The FCA2015-U1 is also compatible with alarm communicators that utilizes different communication technologies (IP and GSM) to connect to compatible protocols. Manufacturer Model # Communication Technology Installation Part Number Tellular TG7GFS04 56044102 Bosch C900V2 F01U87780-01 TL300CF 29007636 / 29007842 3G3070-CF 29008179 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 75: Fca2015-U1 Event Codes
PH pppp 3 120 0p ppp Mass notification Trouble PT ppp 1 375 0p ppp Mass notification Trouble Restore PJ ppp 3 375 0p ppp * ppp is the dialer group or zone number Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 76: Installing Din Rail Fha2031-U1
2. Bring field wiring to network, RS-485 or dialer modules into the backbox through the knockout in the upper left corner of the backbox. Refer to the previous diagram. 3. Land the wiring on a connector as shown in the individual module wiring instruction. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 77 Operation of the equipment in a residential area can cause interference in which the user at their own expense will be required to take whatever measures it is required to correct the interference. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 78: Fn2001-U1 Network Module
Connections for a system bus input and a system bus output Integrated degraded mode function Electrical isolation between the system bus and the panel Ground fault supervision Redundant networking with one network module per panel (simple line trouble) Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 79: Installation
Fasten the network module to the fastening tabs (1) using the two fixing screws (4). Check that the network module is secured correctly in order to prevent open circuits. Wire up the system bus SAFEDLINK according to the pin assignment. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 80: Installing The Shielding
6. Guide the prepared cable into fitted bottom part of cable gland (4) until sealing element (2) and contact sleeve (3) are flush in bottom part. 7. Screw nut (1) to bottom part such that the cable is firmly pressed in. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 81: Views
Connector to the FCnet/C-WEB circuits (connector on rear) Connector to FCnet circuits; used with FS20 LED green, status indicator for the network module LED yellow, status indicator for circuit 1 LED yellow, status indicator for circuit 2 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 82: Pin Assignments
Class A SAFEDLINK wiring Pair 1 Pair 2 Pair n Pair n FN2001 FN2001 FN2001 FN2001 First Intermediate Last SAFEDLINK module SAFEDLINK modules SAFEDLINK module View of wiring for class A SAFEDLINK network Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 83: Configuring Safedlink Interface -Fn2001-U1
2. Open the 'Panel' in the tree view. 3. Highlight the 'CPU (FCC20xx)' element. 4. Open the 'New element' window. 5. Select 'SAFEDLINK interface (FN2001)' in the 'Type:' field. 6. Click 'Add'. The 'SAFEDLINK interface (FN2001)' element is created. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 84: Indicators
Error on circuit 1 (no communication on circuit 1) Yellow Status of circuit 2 Normal condition (A2, B2) (communication on circuit 2 is OK) Error on circuit 2 (no communication on circuit 2) Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 85: Technical Data
Max. 3300 ft Electrical isolation between the FCnet/C-WEB 1 Kv and panel Supervised for: Short circuit Open circuit Ground fault Communication error Connections Wire gauge 12…26 AWG Operating unit Plug-type connection Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 86: Fca2016-U1 Rs-485 Class 'A' Module
Supports style 4 (class B) and style 6 (class A) Up to eight devices on the RS-485 circuit style 6 Electrical isolation between the RS-485 interfaces and the panel Ground fault supervision Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 87: Installation
The RS-485 class ‘A’ serial module (iso.) FCA2016-U1 must be installed in the specified slots in the operating unit. Installation is the same for each slot. Slots for serial modules in the operating unit Serial module in slot X19 Serial module in slot X14 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 88 2. Plug the serial module (5) into the corresponding connector (X14 or X19). 3. Fasten the serial module to the fastening tabs (3) using the two screws (4). 4. Wire the serial module with the appropriate assemblies according to the pin assignment. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 89: Views
16.4.1 Plug X2 Designation Description X2–4 RS-485AF AF Circuit A feed X2–3 RS-485BF BF Circuit B feed X2–2 RS-485AR AR Circuit A return X2–1 RS-485BR BR Circuit B return Wire size: 12…26 AWG Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 90 Observe polarity for circuits A and B Ground faults detected at <1 kΩ For further details of wiring for the modules for the RS-485 circuit, are located in the descriptions of the corresponding modules. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 91: Technical Data
93.75…9.6 kbit/s Electrical isolation between the RS-485 1.5 kV interface and the panel Monitored for Ground fault (at >1 kΩ to ground) Interruption Short circuit Wire gauge 12…26 AWG Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 92: Fci2011-U1 Nac Module (1A/2B)
B circuit Protected against voltage surge and shorted outputs Circuit monitored for short, open, and ground fault Ground faults detected at <1 kΩ Circuits are power limited Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 93: Installation
Plug the NAC module (3) into slot X901 on the periphery board as shown. Fasten the NAC module to the threaded sleeves (2) in the back box using the two fixing screws (4). Wire up the NAC module according to the pin assignment. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 94: Views
DEGRADED MODE ENABLE/DISABLE for NAC 2 class A or NAC 2-1 class B X603 DEGRADED MODE ENABLE/DISABLE for NAC 2-2 class B X604 NAC 2 class A/B selection X605 NAC 2 class A/B selection X606 NAC 2 class A/B selection Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 95: Pin Assignments For Nac 2
NAC2-2 Pin assignment for NAC circuit class A NAC2-1 NAC2-1 NAC2-2 NAC2-2 Pin assignment for NAC circuit class B * EOL resistance must be connected during non-use. EOL resistance: 2.4 kΩ, 0.5 W. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 96: Adjusting Elements For Nac 2
The setting for class A/B must also be configured with the Engineering tool set. If the configuration does not match the onboard jumper settings, an error will post on the Operating Unit. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 97: Technical Data
Max. 3 A (for a class A circuit or per class B circuit) Outputs Maximum circuit resistance 1.4 Ω @ 3.0 A Supervised for Open circuit Short circuit Ground fault Design Short-circuit protection Voltage surge protection Power limited Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 98: Xci2001-U1 Releasing Module
The releasing module is mounted on the periphery board. Properties Automatic or manual activation Dual-channel control Supervision of releasing circuit (wiring as class B circuit) Supports several valve systems Suited to indoor applications (not wet rooms) Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 99: Installation
Plug the releasing module (3) into slot X901 on the periphery board. Fasten the releasing module to the threaded sleeves (2) in the back box using the two fixing screws (4). Wire up the releasing module according to the pin assignment. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 100: Views
Switch: Arm/Disarm releasing output 1 Switch: Arm/Disarm releasing output 2 Reset key Jumper for degraded mode enable LEDs Display: Releasing output 1 status ON/OFF Display: Releasing output 2 status ON/OFF Flashing: Releasing module is active Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 101: Pin Assignments For Releasing Module
REL_CIR2 (-) Relay output for releasing 2 Admissible cable cross-section: 12…18 AWG, unshielded REL_CIR1 REL_EOL REL_CIR1 REL_CIR2 REL_EOL REL_CIR2 *REL-EOL: Terminating resistor 24 kΩ and diode (Siemens part number 500-696359) Indicators 18.5 18.5.1 LED indicators Color Function Condition Definition Green... -
Page 102: Adjusting Elements For Releasing Module
Output current 2.0 A per output channel Connection terminals Design Screw terminals Admissible cable cross-section 12 AWG...18 AWG, not shielded Mechanical data Dimensions (W x H) 3.25 x 4.75 inches Weight Approx. 90 g Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 103: Ft2014-U2/U3/R2/R3, Ft2015-U2/U3/R2/R3 Remote Display Terminal
Three buttons configurable with the Engineering tool set. Document references The templates for the inscription strips and the operating instructions with button and LED designations are located in the Appendix on page: 136. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 104: Installation
4. Wire up the device according to the wiring diagram. 5. Fix the cables to the slots (4) with cable ties and mount the enclosure on the back box in reverse order to the description under step 1. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 105: Views
FS20 Marine Fire Detection Control Panel Views 19.3 Printed circuit board view of remote display and remote terminal Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 106: Wiring
When wiring as a class ‘B’ circuit, the circuit on the last device must be terminated with a 120 Ω resistor. Wiring from the Remote Terminal to the RS-485 Circuit as A Class ‘B’ Circuit FT2015 class B, style 4 wiring Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 107: X5/X6, Rs-485 Circuit Connection Terminals
Plug X5, NET_OUT Designation Description External supply output 24VDC (to cascade) External supply output 0VDC (to cascade) A port of RS-485 circuit output (to cascade) B port of RS-485 circuit output (to cascade) Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 108: Adjustment Elements
Normal operation (default) Baud rate Baud rate setting according to table below Device address Address setting according to table below. Every device must have a separate address. The first device must have the address 1. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 109 Device 9 Device 10 Device 11 Device 12 Device 13 Device 14 Device 15 Setting the Baud Rate Baud rate [kb/s] Baud 0 / switch 5 Baud 1 / switch 6 9600 19200 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 110: Technical Data
8 lines of 40 characters each Acoustic signaling Tone interval can be configured with Engineering tool set Ambient conditions Operating temperature -0…+49°C (120°F) Storage temperature -20…+60°C (140°F) Max. application height 13100 ft. Above sea level Standards UL 864 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 111: Audible Alarms
One (1) manual station should be located at each exit. The station should be readily accessible in the corridors of each deck so that no part of the corridor is more than 60 feet (20 meters) between each manual station. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 112: Remote Annunciators
Fixed Temperature The air temperature has to exceed the set rating of the devices in order to activate it. The settings are 135°F - 190°F (57°C - 87°C) and higher (on special order). Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 113: Rate Compensated
12.5 feet Fixed and Rate of Rise 2500 (50-x-50) 25 feet DT-135 CS, CL, and WP Rate 2500 (50-x-50) 25 feet Compensated DR -200 CS, CL and WP Rate 2500 (50-x-50) 25 feet Compensated Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 114: Wiring Specifications For Fs20 Fire
Parallel wiring (T-tapping) is not allowable unless the REP-1 is utilized. Each REP-1 provides two • (2) Style 4 Circuits providing an additional 80 ohms line resistance. 120 ohm, ¼ watt resistors must be placed at each end of the network circuit . • Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 115 When programmed for municipal tie circuits, the external wiring resistance to the municipal box • shall not exceed 22.5 ohms (both wires). o When programmed for releasing service use the maximum line resistance is three ohms (both wires). Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 116: Typical Large Fs20 Fire System Configuration
Therefore, the manual stations are connected to their own zone not under the influence of alarm verification. When designing Fire Control System for various types of vessels, the designer should be aware of the required vessel type, domestic and SOLAS regulation applicable for that vessel. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 117: Removing/Replacing Hardware Components
Decommission the panel properly before starting to disassemble it. Disassembly takes place in reverse sequence of installation. If the disassembly steps deviate from this, information to this effect is provided in the installation description. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 118: Commissioning
10. Enter the date and time. To do this, select the ‘Settings/administration’ > ‘System commands’ > ‘Set system time’ > ‘Set system time’, menu items. Additional messages many be displayed depending on the configuration of the ‘Panel’. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 119: Preparing The 'Panel' For Commission ~ Without Base Data Variant (Bdv) Installation
1. Select ‘Topology’ > ‘Hardware tree’ > ‘Panel’ > ‘Circuit card’ > Detector circuit in the main menu. 2. Press the ‘MoreOptions’ softkey and sleets ‘Execute commands’. 3. Select the ‘Auto-configure circuit’ command. The detector circuit is auto-configured. • A message is displayed following a successfully auto-configuration: ‘Command executed’, • Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 120: Commissioning With Manual Configuration
Individually initialize each ‘Panel’ Test the function of the ‘Site’. Rectify errors if necessary and load the corrected configuration form the PC to the ‘Panel’. Disconnect the PC from the ‘Panel’. Perform the completion work. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 121: Commissioning With Manual Configuration And Auto-Configuration
7. Test the function of the ‘Site’. 8. Rectify errors if necessary and load the corrected configuration from the PC to the ‘Panel’. 9. Disconnect the PC from the ‘Panel’. 10. Perform the competition work. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 122 9. Test the function of the ‘Site’. 10. Rectify errors if necessary and load the corrected configuration from the PC to the ‘Panel’. 11. Disconnect the PC from the ‘Panel’. 12. Perform the completion work. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 123: Commissioning With Auto-Configuration Without A Pc
The cables for the detector circuits and mains supply have been fed into the ‘Panel’, and • not connected. The configuration tool is installed on the PC. • The current firmware and BDV are available on the PC. • Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 124 9. Test the function of the ‘Site’. 10. Rectify errors if necessary and load the corrected configuration from the PC to the ‘Panel’. 11. Disconnect the PC from the ‘Panel’. 12. Perform the completion work. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 125: Trouble Shooting
If the ‘Trouble’ is still displayed, and/or the ‘Circuit’ is not in normal operation, the ‘Circuit’ has to be restarted. The steps may be performed when the detector circuit is enabled. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 126: Temporarily Removing Multiple Based Devices
6. Load the configuration from the ‘Panel’ to the PC. 7. Remove the elements in the configuration tool. 8. Load the configuration from the PC to the ‘Panel’. 9. Disconnect the PC from the ‘Panel’. 10. Process is completed. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 127: Preparation And Security
After the main CPU is updated, the Network ‘Panels’ must be initialized. Once the firmware has been updated, the ‘Panel’ configuration must be loaded to the configuration tool in order to update the LRC data to the current firmware status. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 128 Firmware is not updated and ‘Panel’ is not working. The firmware update cannot be repeated and must be performed by the manufacture. Do not disconnect the ‘Panel’ from the power supply during the firmware update. • Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 129: Equipment Lists For Marine Application
◘ Application Note: For installations requiring ULC approval, you must use Operating Unit, Model FCM2035-U2 (P/N S54400-C139-A1) ☼Application Note: For installations requiring U.S. Coast Guard approval, you must use Operating Unit, Models FCM2018- U2 (P/N S54400-C40-A1) and FCM2019-U2 (S54400-C41-A1) Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 130: Cerberus Pro Channel
◘ Application Note: For installations requiring ULC approval, you must use Operating Unit, Model FCM2035-U3 (P/N S54400-C140-A1) ☼Application Note: For installations requiring U.S. Coast Guard approval, you must use Operating Unit, Models FCM2018- U3 (P/N S54400-C40-A2) and FCM2019-U3 (S54400-C41-A2) Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 131: Common For Both Desigo And Cerberus-Pro Channels
Cover metal plate for H series I/O, USCG applications used USCG-Hplate ^ S54319-F22-A1 to protect against RFI/EMI. ^ denotes orderable, USCG Approved item meet USCG’s requirements for use in applications requiring an Exceptional Degree of Protection. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 132: Peripherals And Specialized Devices
When ordering the Duct Housing, Model FDBZ-WP is the required duct housing for Marine installation. ^ denotes orderable, USCG Approved item meet USCG’s requirements for use in applications requiring an Exceptional Degree of Protection. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 133: Conventional Devices
Surface Backbox (for MSM series Manual Stations) MSM-BOX-C 500-698221-C Surface Backbox (for MSM series Manual Stations) – ULC Listed ^ denotes orderable, USCG Approved item meet USCG’s requirements for use in applications requiring an Exceptional Degree of Protection. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 134: Notification Appliances
FS20 Marine Fire Detection Control Panel denotes devices are USCG Approved for use with Siemens HTRI-series intelligent devices, per prior USCG Approval CFR, Title 46 Subpart 161.002/17/8 (for System3™ FACPS) CFR, Title 46 Subpart 161.002/22/7 (for MXL©/V FACPS) 28.3.5 Notification Appliances For Marine and/or where vibration is a concern, remove the cover plate on the device. -
Page 135: Installation Checklist
R2 = Red, Desigo FT2014-R2/- R3/-U2/-U3 R3 = Red, Cerberus PRO FT2015- R2/- U2 = Black, Desigo R3/-U2/-U3 U3 = Black, Cerberus PRO Marine Batteries Only connect when commissioning BP-62 Due date: Ordering unit: Date Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 136: Appendix A: Inscription Strips Instructions
The 'Siemens Sans' font is required in order to display the inscription correctly on the system- operating unit. A zip file with various 'Siemens Sans' fonts is included in this help set. A link to the zip file is provided in the HTML web of the FS20 documentation under Mounting/Installation in the STEP Portal. -
Page 137: Fire Control Panel/Network Terminal, Without Releasing
Partial System Disabled Active Trouble / Bypassed User 9 User 6 User 1 Active LED test User 2 Trouble / Bypassed User 3 System Power Ground Fault Fire control panel / network terminal Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 138: Fire Control Panel/Network Terminal, With Releasing
User 8 User 5 Partial System Disabled Active Trouble / Bypassed User 9 User 6 Pre-discharge Active LED test Discharge Trouble / Bypassed Abort System Power Ground Fault Fire control panel / network terminal Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 139: Remote Terminal, Without Releasing
FT2015 (4) Silenced FT2015 Acknowledge Reset Gas ALARM User 1 Supervisory FT2015 (3) User 2 Trouble Power FT2015 (2) Ground Fault FT2015 (1) Remote terminal FT2015 Additional Panel Labels FC2025 FT2050 Further UL panels Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 140: Remote Terminal, With Releasing
Remote terminal, with releasing Remote Terminal, With Releasing ALARM Audibles FT2015 (4) Silenced FT2015 Acknowledge Reset Gas ALARM Pre-discharge Supervisory FT2015 (3) Discharge Trouble Power FT2015 (2) Ground Fault FT2015 (1) Remote terminal FT2015 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... -
Page 141: Led Indicator
Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text Text FCM2019-U1 FCM2019-U1 FCM2019-U1 FCM2019-U1 Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 142 Text Text Text Text Text Text Text Text Text Text Text Text FCM2019-U1 FCM2019-U1 FCM2019-U1 FCM2019-U1 NOTE: This is an example that can be downloaded from the web, based on the control panel. Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division...
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Page 143: Glossary
National Fire Protection Association Personal Computer Printed Circuit Board Remote Display Terminal Radio Frequency Interference RO/RO Roll On / Roll Off Remote Transmission (Terminal) Resistance Temperature Detector Signal Line Circuits U.S.C.G. United States Coast Guard (USCG) Siemens Industry, Inc. A6V10519176_enUS_b Building Technologies Division... - Page 144 FS20 Marine Fire Detection Control Panel Siemens Industry, Inc. P/N A5Q00061701 A6V10519176_enUS_b Building Technologies Division...