SIEMENS FC922 Fire Alarm Control Panel Instruction manual
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FC922 / FC924 / FT924
FV922 / FV924 / VR2005
Fire Alarm Control Panel
Installation Instructions
MP-UL 3.1
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Siemens Industry, Inc.
Smart Infrastructure
Legal Notice
Technical specifications and availability subject to change without notice.
© 20 20 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. 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.
Edition: 2020-10-21
Document ID:
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Cyber security disclaimer
Siemens provides a portfolio of products, solutions, systems and services that includes security functions that support the secure operation of plants, systems, machines and networks. In the field of Building Technologies, this includes building automation and control, fire safety, security management as well as physical security systems.
In order to protect plants, systems, machines and networks against cyber threats, it is necessary to implement – and continuously maintain – a holistic, state-of-the-art security concept. Siemens’ portfolio only forms one element of such a concept.
You are responsible for preventing unauthorized access to your plants, systems, machines and networks which should only be connected to an enterprise network or the internet if and to the extent such a connection is necessary and only when appropriate security measures (e.g. firewalls and/or network segmentation) are in place. Additionally, Siemens’ guidance on appropriate security measures should be taken into account. For additional information, please contact your Siemens sales representative or visit https://www.siemens.com/global/en/home/company/topicareas/ future-of-manufacturing/industrial-security.html
.
Siemens’ portfolio undergoes continuous development to make it more secure.
Siemens strongly recommends that updates are applied as soon as they are available and that the latest versions are used. Use of versions that are no longer supported, and failure to apply the latest updates may increase your exposure to cyber threats. Siemens strongly recommends to comply with security advisories on the latest security threats, patches and other related measures, published, among others, under https://www.siemens.com/cert/en/cert-security-advisories.htm
.
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Table 1: Limitations and Restrictions per UL864, sec 90.23
Notice to Users, Installers, Authorities Having Jurisdiction (AHJ) and Other Involved Parties
This product incorporates field-programmable software. In order for the product to comply with the requirements in the
Standard for Control Units and Accessories for Fire Alarm Systems, UL864, certain programming features or options must be limited to specific value or not used at all as indicated below.
Program Feature or Options
3
Possible Setting Setting Permitted in UL864
Ability to change the volume for the sounder on the FACP
Global Access Point (GAP) using
Ethernet connection *
Panel control functions using
"Desigo View" (Remote User
Interface) *
Ability to set FDOOT441 and
FDOOTC441 detectors sensitivity
Ability to set the FDOOTC441 detectors to CO level limit
Ability to configure the FDCIO422 for Class A inputs with Open and
Short circuit supervision
Ability to set the FDCIO422 device to multiple Input Filter Time
Setting
Ability to set the FDCIO422 device to multiple Output Pulse Mode
Time Setting
Ability to set the FDCIO422 device to Normally Closed inputs for
Class A & Class B wiring
Ability for MNS NACs to be configured as Silenceable
BACnet client Supervision timeout to delay reporting network supervision.
Permitted in
UL864? (Y/N)
Y
Y
N
Y
Y
N
Y
Y
N
N
Y
Adjustment of the sounder volume on the Operating Unit Menu ranges from
Loud to Max to Low to Min to
Bypassed
Ability to connect the FACP network using the Ethernet connection on the
Operating Unit to connect to the
FCNET
Ability to connect the FACP network using the Ethernet connection on the
Operating Unit to permanently connect to the Desigo View.
FDOOT441 and FDOOTC441 detectors can be configured in the programming tool: 2.50%/ft, 3.00%/ft,
2.50%/ft + Verified, 3.00%/ft + Verified,
3.5%/ft and 3.5%/ft + Verified
FDOOTC441 detectors can be configured in the programming tool to define CO level limits in the range of
20ppm – 600ppm (in 10ppm increments)
FDCIO422 inputs can be configured for Class A with Open and Short circuit supervision.
FDCIO422 Input Filter Time Setting can be configured in the programming tool : 0.25s, 0.5s, 1s, 2.5s, 5s, 10s,
20s, 45s, 60s, 90s, 120s, 180s, 210s,
240s
FDCIO422 OutputPulse Mode Time
Setting can be configured in the programming tool: 1s, 2s, 3s, 5s, 10s,
20s.
FDCIO422 Input Type can be configured to Normally Closed
NACs dedicated for MNS application can be configured as Silenceable
Ability for the BACnet supervision timeout to be configured from 1s to 10 minutes.
Setting of the Sounder Volume must be greater than " Bypassed" setting.
Default must be set to Max
When used with DesigoCC
Management Station, connection must be in the same room within 20 feet and installed in rigid conduit.
Not Allowed
Only the Selectable Alarm Threshold
Setting Profiles permitted are:
2.50%/ft, 3.00%/ft, 2.50%/ft +
Verified, 3.00%/ft + Verified
Minimum selection for CO level limits must be 30ppm
Not Allowed
Acceptable FDCIO422 Input Filter
Time Setting are:
0.25s, 0.50s, 1s
Acceptable Output Pulse Mode Time
Setting are: 10s, 20s.
Not Allowed
Acceptable-NACs dedicated for
MNS application must be configured as Non-Silenceable.
Acceptable Range must be between
1 sec and 85 sec.
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DACT Alarm, Trouble Supervisory
Retransmission interval
Loss of primary power - Door unlocking timing
Releasing operation – Door release operation timing
Interconnected/networked panel loops pathway configuration
Alarm verification restart time
Alarm verification configuration
CO alarm tone programming
PAD-5 Trouble supervision
PAD-5 Ground Fault monitoring
Signal Silence Inhibit Feature
Y
N
Y
Y
Y
Y
Y
Y
Y
Y
DACT retransmission intervals can be configured up to 24 hours
Fire Control can be user defined accordingly
DACT retransmission intervals must be configured up to 6 hours
Fire control to be configured to within 10 minutes “unlocking” after loss of primary power
Releasing Control Group to be configured to 60 secs. Max release
Releasing Control Group can be user defined accordingly
Interconnected/networked loops could be configured Class X, A or B
Alarm verification restart time user defined
Alarm verification devices in a crosszone operation
CO programming tone user defined
Trouble supervision setting can be on or off
Ground fault supervision for the power supply can be activated or turned off
Signal Silence Inhibit range 0-30 minutes
Configuring Class X network loops via the Redundancy management configuration setting
Max restart time shall not exceed 30 seconds when accomplished on a multiple circuit (zone) or system basis
Alarm verification shall not be used in initiating device circuits intended for cross-zone operations
CO detector MUST be programmed as Temporal 4
Error reporting must be “on” and activated
Ground fault supervision must be
“on” and activated
UL minimum is 3 minutes
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Table 2: Limitations and Restrictions per CAN/ULC-S527 3 rd Ed. Amd 1 cl. 7
Notice to Users, Installers, Authorities Having Jurisdiction (AHJ) and Other Involved Parties
This product incorporates field-programmable software. In order for the product to comply with the requirements in
CAN/ULC-S527, Standard for Control Units for Fire Alarm Systems, certain programming features or options must be limited to specific value or not used at all as indicated below.
Program Feature or Options
Permitted in
CAN/ULC-
S527? (Y/N)
3
Possible Settings Setting Permitted in CAN/ULC-
S527
Ability to change the volume for the sounder on the FACP
Global Access Point (GAP) using
Ethernet connection *
Panel control functions using
"Desigo View" (Remote User
Interface) *
Ability to set FDOOT441 and
FDOOTC441 detectors sensitivity
Ability to set the FDOOTC441 detectors to CO level limit
Ability to configure the FDCIO422 for Class A inputs with Open and
Short circuit supervision
Ability to set the FDCIO422 device to multiple Input Filter Time
Setting
Ability to set the FDCIO422 device to multiple Output Pulse Mode
Time Setting
Ability to set the FDCIO422 device to Normally Closed inputs for
Class A & Class B wiring
Y
Y
N
Y
Y
N
Y
Y
N
Adjustment of the sounder volume on the Operating Unit Menu ranges from
Loud to Max to Low to Min to
Bypassed
Ability to connect the FACP network using the Ethernet connection on the
Operating Unit to connect to the
FCNET
Ability to connect the FACP network using the Ethernet connection on the
Operating Unit to permanently connect to the Desigo View.
FDOOT441 and FDOOTC441 detectors can be configured in the programming tool: 2.50%/ft, 3.00%/ft,
2.50%/ft + Verified, 3.00%/ft + Verified,
3.5%/ft and 3.5%/ft + Verified
Setting of the Sounder Volume must be greater than " Bypassed" setting.
Default must be set to Max
When used with DesigoCC
Management Station, connection must be in the same room within 20 feet and installed in rigid conduit.
Not Allowed
Only the Selectable Alarm Threshold
Setting Profiles permitted are:
2.50%/ft, 3.00%/ft, 2.50%/ft +
Verified, 3.00%/ft + Verified
Minimum selection for CO level limits must be 30ppm
FDOOTC441 detectors can be configured in the programming tool to define CO level limits in the range of
20ppm – 600ppm (in 10ppm increments)
FDCIO422 inputs can be configured for Class A with Open and Short circuit supervision.
FDCIO422 Input Filter Time Setting can be configured in the programming tool : 0.25s, 0.5s, 1s, 2.5s, 5s, 10s,
20s, 45s, 60s, 90s, 120s, 180s, 210s,
240s
FDCIO422 OutputPulse Mode Time
Setting can be configured in the programming tool: 1s, 2s, 3s, 5s, 10s,
20s.
FDCIO422 Input Type can be configured to Normally Closed
Not Allowed
Acceptable FDCIO422
Time Setting are:
0.25s, 0.50s, 1s
Acceptable
Input Filter
Output Pulse Mode Time
Setting are: 10s, 20s.
Not Allowed
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Ability for MNS NACs to be configured as Silenceable
BACnet client Supervision timeout to delay reporting network supervision.
DACT Alarm, Trouble Supervisory
Retransmission interval
Loss of primary power - Door unlocking timing
Releasing operation – Door release operation timing
Interconnected/networked panel loops pathway configuration
Alarm verification restart time
Alarm verification configuration
CO alarm tone programming
PAD-5 Trouble supervision
PAD-5 Ground Fault monitoring
Signal Silence Inhibit Feature
N
Y
Y
N
Y
Y
Y
Y
Y
Y
Y
Y
NACs dedicated for MNS application can be configured as Silenceable
Ability for the BACnet supervision timeout to be configured from 1s to 10 minutes.
DACT retransmission intervals can be configured up to 24 hours
Acceptable-NACs dedicated for
MNS application must be configured as Non-Silenceable.
Acceptable Range must be between
1 sec and 85 sec.
DACT retransmission intervals must be configured up to 6 hours
Fire Control can be user defined accordingly
Releasing Control Group can be user defined accordingly
Interconnected/networked loops could be configured Class X, A or B
Alarm verification restart time user defined
Alarm verification devices in a crosszone operation
CO programming tone user defined
Trouble supervision setting can be on or off
Ground fault supervision for the power supply can be activated or turned off
Signal Silence Inhibit range 0-30 minutes
Fire control to be configured to within 10 minutes “unlocking” after loss of primary power
Releasing Control Group to be configured to 60 secs. Max release
Configuring Class X network loops via the Redundancy management configuration setting
Max restart time shall not exceed 30 seconds when accomplished on a multiple circuit (zone) or system basis
Alarm verification shall not be used in initiating device circuits intended for cross-zone operations
CO detector MUST be programmed as Temporal 4
Error reporting must be “on” and activated
Ground fault supervision must be
“on” and activated
ULC minimum is 5 minutes
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Minimum Requirement to Access FS920 documents
-
Computer with high speed internet connection
-
Microsoft Explorer 7.0 or higher
-
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 copy of the installation guidelines.
Location of the FS920 User Documentation
To access the FS920 documentations, go to https://extranet.w3.siemens.com/buildingtechnologies/partner/FSUSENV3/Pages/default.aspx
. Click “Search
Documentation”. Enter the appropriate document number in the “Search for” dialog box to access, and then click “Search”.
Select the appropriate document by double clicking it. It is recommended to save these documents in your computer for future access. Select the “Save” button to store the document in your computer.
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Table 3: FS920 Document Description
Document Description
FS920 System Description
Doc Number
A6V10333401
Description
Overview of the FS920 system structure and functions
FS920 Planning
FS920 Mounting, Installation,
Product Data
FS920 SLC Device
Compatibility List
FS920 SLC Device
Compatibility List (Canada)
FS920 Commissioning,
Maintenance, Troubleshooting
FS920 Configuration
A6V10333396
A6V10333409
A6V10332926
A6V10399676
A6V10333434
A6V10333423
Provides information on project planning for the system and the individual devices.
Provides HW reference document. This contains the wiring connections, electrical rating, module settings and compatible accessories for each individual module. Provides detailed description on how each module is installed in the enclosure and how internal and external wiring are routed.
Provides the list of compatible devices that can be connected to the signaling line circuit (such as detectors, etc.)
Provides the list of compatible devices that can be connected to the signaling line circuit (such as detectors, etc.)
Instructions for commissioning, maintenance and troubleshooting of the whole fire detection system.
Provides instructions how to use Cerberus-Engineering-Tool
Configuration Tool to configure and program the system.
Provides the detailed operating instructions of the system after it FC20xx / FT924 Operation
Manual
A6V10333380
FS920 NAC Compatibility List A6V10333532
FS920 Fire System
Integration Guide has been configured
Provide the list of compatible devices that can be connected to the Notification Appliance Circuit.
CM10013en0F Describes the FS20 Protection Integration including the configuration steps of FC20 fire alarm control panels.
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Introduction
The FS920 system is a life safety network that is modular, networkable fire detections system that can consist of FC922,
FC924 Fire control panels and FT924 Fire terminal. It comprises of all the components required for the detection, evaluation and annunciation of life safety event such as fire and smoke conditions. By using optional modules, copper wiring and/or Fiber Optic cables are used to network the panels together.
The FC922 is capable of supporting up to 252 devices and FC924 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 (expandable to 4 Class B, 2 Class A NACs), 4 control relays, Battery Charger, Aux Power connection and optional capability for connection to Leased Line or City Tie. Both panels support DACT, connection to Remote Printer / Remote Annunciators and Releasing Application as optional feature. Both panels use 170W power supply or optional 300W power supply for more power capability.
The PAD-5 is an addressable booster power supply which offers additional NAC expansion with flexible configuration for each individual circuit. The PAD-5 also includes releasing circuits and conventional zone inputs.
The FV922 and FV924 Fire voice control panels have all the capabilities and features of the FC922 and FC924 plus voice evacuation capabilities that support Mass Notification and Emergency evacuation. Both panels have Voice Card Cage, which, can support up to 3 amplifier circuits which, can be configured as Class A or Class B (3 primary and 1 backup, or 2 primary and 2 backup), connection LED/Switch module and optional capability for connection to remote/local microphone, remote LED/Switch module and low level input/output audio. It has the ability to originate and broadcast voice announcements through connected speakers and transfer voice announcement among interconnected systems. Both the
FV922 and the FV924 are powered by either a single or two cascaded 300W power supplies. For Mass Notification
Application, it has the security level stated below:
-
Communication Security Level 1 (Security function not employed)
-
Stored Data Security Level 0 (Passwords are employed)
-
Access Control Security Level 1 (Passwords are employed with programmable time-out feature)
-
Physical Security Level 1 (keylocks are employed to control physical entry to the panel)
The FT924 is a network terminal capable of displaying events for the entire system or can be programmed to control and display a specific panel.
The VR2005 Remote microphone is a remote voice station that utilizes remote terminal board and can have microphone and LED/switch modules connected to the FV922 or FV924 to enable fire safety personnel to originate voice announcements remotely. The FV922/FV924 can power and control up to four VR2005 remote microphone stations per node. Refer to the VTA2001-A1 installation instructions, Document ID A6V10405564, for installation information.
The FT924 panel and remote microphone can be combined in a 2HU enclosure (2HU Remote Station) by utilizing its respective interface units and remote switch module. Refer to Figure 5 for connection and recommended wiring routes.
The FV922/FV924 Voice Systems, when used in conjunction with Siemens Hi-Fidelity speakers, meet the requirement for low frequency signal tone as described in the section for Determination of Low Frequency Signal Format, in UL464,
Standard for Audible Signal Appliances, suitable for sleeping areas as required by NFPA 72 Chapter 18.4.5 (2013
Edition). Refer to Document ID A6V10333532 for compatible speakers.
The FV922/FV924 also supports Background music and Convenience paging functionalities using Global analog audio input that is configured for lowest priority. Refer to the FS920 Configuration manual, Document ID A6V10333423, Section
11.6.5 and the FS920 Operation Manual, Document ID A6V10333380, Section 8.7 for proper configuration and operation.
For a complete FS920 system overview, refer to the FS920 System Description, Document ID A6V10333401.
Legacy Migration
The FC922/FC924 fully supports Siemens legacy systems and technology. With the use of the FCL2004-U1 module, the
Cerberus PRO panel offers full compatibility with legacy MXL and MXL-IQ system peripheral devices. Each Cerberus
PRO system will support up to two FCL2004-U1 modules. Each module has two ALD circuits for a total of 240 MXL compatible devices (120 per module), in addition to the Cerberus PRO peripherals already available. Also available are the MXL-IQ mechanical migration kits. The kits support existing MXL-IQ backboxes MSE-3L and MSE-3M. Reuse the existing enclosure and replace the electronics with new Cerberus PRO system panel electronics.
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Remote Connectivity
The FC922/924 and FV922/924 can send events via the Connect X300 gateway for remote diagnostics and serviceability.
The Connect X300 can be installed as a node on the FCnet or FVnet.
Installation
The FC922, FC924, FT924, FV922, FV924 and VR2005 panels are installed in dry, protected environments using different enclosures that consist of backbox, inner door and outer door that is lock-protected and have clear plexiglass windows.
The FV922 and FV924 panels use 3-Height enclosure units; the FC922 and FC924 panel use 2-Height enclosure units and the FT924 and VR2005 use 1-Height enclosure units. All the modules are installed inside the enclosure backbox and inner doors (refer to Figure 3). An optional DIN Rail Kit is available (PN: S54400-B44-A1) to allow indirect wiring connection to the PMI and other modules that support low power field wiring. An optional Battery Seismic Kit
(PN: S54400-B43-A1 or S54400-B55-A1) to meet the seismic requirement. An optional Battery Disconnect module is available (S54400-B145-A1) is available to meet ULC requirements. An optional Ethernet Switch Module (S54400-B152-
A1) is available to allow the FC920/FC924/FT924 panels to be networked with FV922/FV924.
To support migration from legacy installations, the use of the FHA2056-U1/-R1 is recommended (PN: S54400-B18-A1
[Black] or S54400-B19-A1 [Red]).
For complete module mounting and installation, please refer to the FS920 Mounting, Installation and Product Data manual, Document ID A6V10333409.
Wiring
For FS920 System wiring, refer to the applicable module section of the FS920 Mounting, Installation and Product Data manual, Document ID A6V10333409, and module installation instructions.
External FS920 System Wiring
FCNET – Refers to communication connection between panels using SafeDLink module (S54400-A60-A1) and/or Fiber network modules (FN2006-U1 / FN2007-U1). This can be configured as Class A and B and is supervised. Refer to the
FS920 Mounting, Installation and Product Data manual, Document ID A6V10333409, for proper wiring connection.
RS485 Remote Peripheral (UFP) – connection of the FACP to the Remote display (FT2014-U3, FT2014-R3), Remote terminal (FT2015-U3, FT2015-R3), Remote Peripheral Module (FCA2018-U1), LED Annunciator Driver (FT2007-U1),
Tabular annunciator 16 Zone (FT2008-U1/FT2008-R1), Tabular annunciator 32 Zone (FT2009-U1/FT2009-R1), and
Graphic driver (I/O) (FT2003-U1) through the RS485 class A module (isol.) (FCA2016-A1). This can be configured as
Class A and B and is supervised. Refer to the FS920 Mounting, Installation and Product Data manual, Document ID
A6V10333409, for proper wiring connection.
FDNET – Signaling Line Circuits (SLC) that used P2 proprietary protocol connection of the FACP to the Initiating Devices such as Detectors, Monitor switches, etc., through the Periphery board (250p/500p) (FCI2016-U1, FCI2017-U1). This can be configured as Class A, B, or X and is supervised. Refer to the FS920 Mounting, Installation and Product Data manual,
Document ID A6V10333409, Section 25, for proper wiring connection and compatible devices. A full portfolio of peripheral devices with optional built-in isolation including the PAD-5 is available for use on the FDNET.
Notification Appliance Circuit (NAC) – This is the connection of FACP to the Notification Appliances devices through the
Periphery board (250p/500p) (FCI2016-U1, FCI2017-U1) or optional NAC module (FCI2011-U1). This can be configured as Class A or Class B and is supervised. Refer to the FS920 Mounting, Installation and Product Data manual, Document
ID A6V10333409, for proper wiring connection and Document ID A6V10333532 for List of Compatible NAC Devices.
Releasing Circuit – This is the connection of the FACP to releasing devices such as solenoids and squibs through the optional Releasing module (XCI2001-U1). This is configured as Class B or Class A, and is supervised. The releasing application meets the requirement for the following regulation: NFPA 13, NFPA 750, NFPA 2010, NFPA 2001.
Refer to the FS920 Mounting, Installation and Product Data manual, Document ID A6V10333409, Section 22, for proper wiring connection. Refer to the Solenoid Compatibility List, Document ID A6V11620059.
VCNet Connections – Refers to the communication connection between Voice panels using Ethernet Modules (VN2001-
A1, VN2002-A2, VN2003-A3). This can be configured as Class B or X and is supervised. Refer to the FS920 Mounting,
Installation and Product Data manual, Document ID A6V10333409, for proper wiring connection.
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CAN Circuits – connection of the Voice panels to remote or local CAN modules (VTO2001-U3, VTO2004-U3, VCI2001-
U1). This can be configured as Class B. Refer to the FS920 Mounting, Installation and Product Data manual, Document ID
A6V10333409, for proper wiring connection.
Ethernet Connections – This is the internal connection of the Card cage (4 amplifiers) (VCA2002-A1) to the Op. unit bracket UL (option) (FCM2025/2050-A1) and VCNET connection of the FV922/2050 Fire voice control panel. For interconnection between FC922/FC924 and FV922/FV924, the Ethernet switch (modular) (FN2012-A1, S54400-B152-A1) must be used. The Ethernet connections can be configured as Class B or X and is supervised. For proper wiring connection, refer to the FN2012-A1 Installation Instructions, Document ID A6V10407862.
Audio Input/Output – This is the internal and external connection of audio inputs from microphones and connected audio systems. All audio inputs and outputs are Class B and are supervised. Refer to the FS920 Mounting, Installation and
Product Data manual, Document ID A6V10333409, for proper wiring connection.
Speaker Circuits – This is the external connection of amplified audio to the speaker lines. These can be configured as
Class A, Class B or Dual-interleaved Class B and are supervised. Refer to the VCI2001-U1 Voice amplifier card (25V)
Installation Instructions, Document ID A6V10370410, for proper wiring connection. Up to 24 HCP intelligent control points can be used in speaker zones and can be configured as Class A or Class B. Refer to the HCP installation instructions,
P/N 315-034860 for more information.
Compatible Solenoids – Refer to the Solenoid Compatibility List, Document ID A6V11620059.
Note: The Manual Discharge function always overrides the Abort switch function.
Leased line/city tie mod. – This is the connection of FACP to the Leased Line or City Tie through optional LLCT Module
(FCI2020-U1). This is configured as Class B only and is supervised only when configured as City Tie. Refer to the FS920
Mounting, Installation and Product Data manual, Document ID A6V10333409, Section 23, for proper wiring connection.
Central/Remote Station – The FACP uses the Dialer module (DACT) (FCA2015-U1) connected to the PSTN to connect to the central or remote station in the event of life safety situation. Connections to phone lines are supervised. Refer to the
FS920 Mounting, Installation and Product Data manual, Document ID A6V10333409, for proper wiring connection.
For Canadian Installations, the following applies:
-
Both the Dialer module (DACT) (FCA2015-U1) and the 3 rd party communicator must be configured and connected to the same Central Station.
-
One of the User-Defined buttons on the Operating Unit must be programmed as
Manual Alarm Signal
(evacuation) Control, which
is able to initiate alarm signal and resound audible devices after they have been silenced. The button chosen must be clearly marked on the Inscription Strip.
-
The Battery disconnect module (FCA2032-U1) is required to disconnect the battery when voltage drops below 19
VDC while system is on battery power.
-
If using an Remote display/Remote terminal (FT2014-U3 or FT2015-U3) the Inner Door RDT (black) (FHD2012-
U1) is required to meet ULC audible indicator sound output requirements.
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2
1
3
Knockout
#7
Knockout
#8
Knockout
#9
11
5
Ribbon Cables
Module Locations:
1. FCM2018/FCM2019-U3 Operating Unit
2. FN2001-U1 SafeDLink Module
3. FCA2016-A1 RS485 Module
4. FCI2016/FCI2017-U1 Periphery Board
5. FCI2020-U1 City Tie/Municipal Ckt
6. XCI2001-U1/FCI2011-U1 Releasing/NAC
7. FN2006/FN2007-U1 Network Module
8. FCA2015-U1 DACT
9. FP2011-U1/FP2012-U1 Power Supply
10. Battery Set
11. FHA2031-U1 DIN Rail Set
Knockout
#10 or #11
7
10
Recommend Wiring Routes:
Knockouts: 1, 2, 3, 5, 6 are Non-Power Limited wiring only
Knockouts: 4, 7, 8, 9, 10, 11 are for Power Limited only
Notes:
Refer to Table 5 to locate each module wiring diagram.
Figure 1: Module Location in 2HU Enclosure and Recommended Wire Routing
4
10
8
6
9
Knockout
#1 or #2
Knockout
#5 or #6
Knockout
#4
Knockout
#3
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Figure 2: Module Location in 1HU Enclosure and Recommended Wire Routing
Modules Location in FHB2001-U1/R1
7 – FN2006-U1 /FN2007-U1
11- FHA2031-U1
12 – FTI2001-U1
Recommended Wiring Routes:
- Knockouts: 1, 2, 3, 4 are for Power Limited wiring only
Notes: Refer to Table 5 to locate each module wiring diagram.
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Figure 3: Module Location in 3HU Enclosure and Recommended Wire Routing
Module Locations
1. FCA2015-U1
2. FCM2018/FCM2019-U2/U3
3. FCA2016-A1
4. FHA2031-U1
5. FCI2020-U1
6. FCI2016/FCI2017-U1
7. FCI2011-U1 or XCI2001-U1
8. FP2013 U1
9. VCA2002-A1 [contains: VCI2001-U1,
VCC2001-A1, VCC2002-A1]
10. Battery set
11. VTO2001-U2/U3
12. FCM2022-U2/U3
13. VTO2004-U2/U3
14. FCA2032-U1
Recommended Wiring Routes
-
Knockouts 1 and 6 are for nonpower limited wiring.
- Knockouts 2, 7, 10, 11, 12 are for power limited wiring.
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TO FV 922/FV924 FIRE VOICE CONTROL
PANEL OR ADJACENT VR2005
REMOTE MICROPHONE STATION
TO MUTED SPEAKER
Knockout
# 1 4
3
2 2 2
1
Knockout # 2
POWER LIMITED
TO ADJACENT VR2005 REMOTE
MICROPHONE STATION
Figure 4: Module Location in 1HU Remote Microphone Station and Recommended Wire Routing
Module Locations:
1.
VTO2004-U2/U3
2.
VTO2001-U2/U3
3.
VTA2001- A1
4.
FHA2031-U1 (optional)
Recommended Wiring Routes:
Any knockouts may be used for the power-limited wiring associated with the Remote Microphone.
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2
1
6
7 7 7
Internal Wiring
External Wiring
To FV922 / FV924
3
4
24 VDC
Low Level
Audio
CAN Bus
5
Figure 5: Module Location for 2HU Enclosure (Remote Station) and Recommend Wiring Routing
Module Locations FHB2002-U3/R3:
1.
FCM2018-U3 / FCM2019-U3
2.
FCA2015-U1 (optional)
3.
FTI2001-U1
4.
VTA2001-A1
5.
FN2012-A1 with VN2001-A1 / VN2002-A1
/ VN2003-A1
6.
VTO2004-U2/U3
7.
VTO2002-U2/U3
Recommended Wiring Routes:
Any knockouts may be used for the power-limited wiring associated with the 2HU - Remote Station.
Notes:
As indicated in Figure 5, FTI2001-U1 and VTA2001-A1 are stacked on top of one another using the standoff provided with
VTA2001-A1. It is shown flat for ease of layout.
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TO MXL
DETECTOR
CIRCUITS
FCL2004-U1
S54400-A66-A1
(BUNDLED CABLE)
FCM2018-U2/-U3
OR
FCM2019-U2/-U3
4
1
3
2
S54400-A66-A1
(RIBBON CABLE)
FCL2004-U1
(OPTIONAL)
Power-Limited
18-Conductor
Bundled Cable
20-Conductor
Ribbon Cable for
Optional FCL2004
24V Power
Figure 6: Module Location in MXL-IQ MSE-3L Enclosure and Recommended Wire Routing
Module Locations in MSE-3L Enclosure using Adapter Plate (P/N A5Q00075220):
1.
FCL2004-U1
2.
FCL2004-U1 (optional)
3.
FCI2016/FC2017-U1
4.
FCM2018/FCM2019-U2/-U3
Notes:
To install an FCL2004-U1 module in a MSE-3L enclosure, install a
FHA-MIQKIT-04 (Black) or FHA-MIQKIT-05 (Red).
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FCM2018-U2/-U3
OR
FCM2019-U2/-U3
4
FCI2016-U1
OR
FCI2017-U1
3
1
FIRST FCL2004-U1
24V Power
18-Conductor
Bundled Cable
20-Conductor
Ribbon Cable for
Optional FCL2004
2
SECOND FCL2004-U1
(OPTIONAL)
2nd FCL2004-U1
1st FCL2004-U1
MALE-FEMALE
STANDOFFS
ADAPTER
PLATE
Figure 7: Module Location in 2HU Enclosure and Recommended Wire Routing
Module Locations in 2HU Enclosure using
Adapter Plate (P/N A5Q00079811):
1.
FCL2004-U1
2.
FCL2004-U1 (optional)
3.
FCI2016/FC2017-U1
4.
FCM2018/FCM2019-U2/-U3
Notes:
For mounting the FCL2004-U1 module(s) in a 2HU enclosure, refer to the FCL-MXLPLATE Installation Instructions, Document
ID A6V11877890.
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FS920 General Electrical Characteristics
Refer to the FS920 Mounting, Installation and Product Data manual, Document ID A6V10333409, for circuit electrical characteristics.
System Power Input Output:
FP2011-U1: 120 VAC, 60 Hz, 50 Hz, 1.64 A (max); 240 VAC, 50 Hz, 60 Hz, 1.5 A (max) 24 VDC @ 6.5 A (max)
FP2012-U1: 120 VAC, 60 Hz, 50 Hz, 2.77 A (max); 240 VAC, 50 Hz, 60 Hz, 1.37 A (max) 24 VDC @ 11.5 A (max)
FP2013-U1: 120VAC@ 5.0A (max), 240VAC, 2.5A (max) 24VDC @ 20A (max, combined output for both units)
Ground Fault Threshold: 1k Ohms (0.1 Ohm for Leased Line Circuit)
Wire to wire fault impedance threshold = 0 Ohms
Wire to wire open impedance threshold = Infinite impedance
Battery: 24VDC Lead acid batteries only. 100AHr (max), Charge Voltage/Current: 27.5VDC, 6A (max)
Table 4: Battery Sets
Model Number
BP-61
BTX-1
BTX-2
BTX-3
Part Number
175-387194
175-083897
175-350784
175-034219
Description
24V 18AH (min.) – Battery set
24V 33AH (min.) – Battery set
24V 55AH (min.) – Battery set
24V 100AH (min.) – Battery set
SLC: 35V @ 500mA (max), max line impedance: 180 ohms, Class B, A, X. All SLC are supervised. Refer to Document ID
A6V10332926 (U.S.) or A6V1039976 (Canada) for Compatible devices.
NAC: 24VDC, 0.3A (max) Regulated for Pulsing Loads; 24VDC, 3.0A (max) Special Application for pulsing loads, Regulated for nonpulsing loads , Class A or Class B, Coded or Non-coded, Synchronized, refer to Document ID A6V10333532 for compatible NAC devices. Only combination MNS NACs and Fire NACs are allowed.
Relay Contacts: 30VDC, 120ADC, 5A, Common (Alarm, Supervisory, Trouble) and Programmable (User-defined)
Releasing Circuit: 24VDC, 2A(max), Class B or Class A. Refer to the Solenoid Compatibility List, Document ID A6V11620059.
Aux Power: 24VDC, 1.5A (max), Power Limited, Special Application
DC Supervision (optionally selectable): 18VDC max
CAN Bus: max line impedance: 15 ohms, Class B, Supervised.
Speaker Circuit:
Output Voltage: 25Vrms or 70Vrms
Max Power Output: 65W @ 70Vrms, 50W @ 25Vrms (refer to Document ID A6V10370410 for resistance limitations)
Frequency Response: 400Hz – 4kHz
Total Harmonic Distortion (THD): <0.4% nominal @ 1kHz
Efficiency (under full load): 85% @ 70Vrms, 80% @ 25Vrms
Voice Intelligibility: The FS20 System meets Voice Intelligibility Requirement as defined in section D of the NFPA 72, 2010 edition, having a Speech Transmission Index (STI) of 0.50 or greater. Each acoustically distinguished space must be properly evaluated and tested to ensure compliance.
Pathway Survivability: Each circuit must be evaluated and tested to ensure compliance to the application and area of protection to meet the criteria of Section 12.4 of NFPA 72, 2010 edition.
All wiring between the releasing device and any other interconnected product shall be monitored for integrity in accordance with the
Common Performance and Monitoring for Integrity – Protected Premises Units/Systems.
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Any SLC pathway shall have the capability, either inherent or by use of external devices, to prevent a wire to wire fault from affecting the entire pathway.
NOTE 1: Reference to Power Limited is deemed Class 2 for U.S. installation only. Reference to Power Limited 70V speaker circuits is deemed Class 3 for U.S. installation only. For Canadian installations, the same circuits employed by the product aren’t deemed Class 2 nor Class 3. Please refer to the appropriate product installations for further details.
NOTE 2: Where power to a device or appliance is supplied over a separate pathway from the initiating device, notification appliance, and/or signaling-line circuit(s), the operation of the power pathway shall meet the performance requirements of the initiating device, notification appliance, and/or signaling-line circuit(s) and the power circuit shall be defined by the applicable class in the product installation wiring diagram/instructions.
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FCA2034-A1
FCA2035-A1
XCI2001-U1
FN2001-U1
FN2006-U1
FN2007-U1
FT2014-U3
FT2014-R3
FT2015-U3
FT2015-R3
FCM2022-U3
FCM2023-U3
FHD2001-U3
FHD2001-R3
FHD2002-U3
FHD2002-R3
Model Number
FCM2018-U3
FCM2019-U3
FCI2016-U1
FCI2017-U1
FCI2011-U1
FCI2020-U1
FTI2001-U1
FP2011-U1
FP2012-U1
FP2013-U1
FCA2015-U1
FCA2016-A1
FCA2018-U1
FTO2012-U1
FCA2033-A1
FHD2003-U3
FHD2003-R3
FHD2006-U1
FHB2001-U1
FHB2001-R1
FHB2002-U1
FHB2002-R1
FHD2004-U1
FHD2005-U1
FHA2031-U1
FHA2032-U1
FHA2035-U1
FHA2035-R1
FHA2036-U1
FHA2036-R1
FT2003-U1
FCA2032-U1
FHD2012-U1
FCL2004-U1
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FS920 Module Description -
Table 5: Installation Instruction Part Numbers
Part Number
S54400-C40-A2
S54400-C41-A2
S54400-A55-A1
S54400-A56-A1
S54400-A54-A1
S54400-A57-A1
S54400-A58-A1
500-450222
S54400-Z60-A1
S54400-Z61-A1
S54400-A63-A1
S54400-A39-A1
S54400-A65-A1
500-692407
S54400-P154-A1
S54400-P155-A1
S54400-P156-A1
S54400-A69-A1
S54400-A60-A1
S54400-A61-A1
S54400-A62-A1
S54400-B80-A1
S54400-B73-A1
S54400-B88-A1
S54400-B16-A1
S54400-C44-A2
S54400-C45-A2
S54400-B45-A1
S54400-B40-A1
S54400-B32-A1
S54400-C53-A1
S54400-C42-A1
S54400-B46-A1
S54400-C46-A1
S54400-B47-A1
S54400-B47-A2
S54400-B48-A1
S54400-B48-A2
S54400-B52-A1
S54400-B53-A1
S54400-B44-A1
S54400-B43-A1
S54400-B42-A1
S54400-B44-A2
S54400-B41-A1
S54400-B42-A2
S54400-C136-A1
S54400-B145-A1
S54400-C135-A1
S54400-A68-A1 firealarmresources.com
Description
Operating unit
Operating unit (+ LED)
Periphery board (250p)
Periphery board (500p)
NAC module (1A/2B)
Leased line / city tie mod.
Fire terminal board
Power supply (170W)
Power supply (300W)
Power supply set (600W)
Dialer module (DACT)
RS485 class A module (iso.)
Remote peripheral module
External parallel printer (PAL-1)
License key (S1)
License key (S2)
License key (S3)
Releasing module
Network module (SAFEDLINK)
Fiber network module (SM)
Fiber network module (MM)
Remote display (black)
Remote display (red)
Remote terminal (key, bl)
Remote terminal (key, red)
Option module (blank)
Option module (LED)
Outer door (1HU, black)
Outer door (1HU, red)
Outer door (2HU, 1 win, bl)
Outer door (2HU, 1 win, red)
Outer door (2HU, 2 win, bl)
Outer door (2HU, 2 win, red)
Clear window
Back box (1HU, black)
Back box (1HU, red)
Back box (2HU, black)
Back box (2HU, red)
Inner door (black)
Inner door (solid, black)
DIN Rail Set
Battery bracket
Trim Kit 1HU Black
Trim Kit 1HU Red
Trim Kit 2HU Black
Trim Kit 2HU Red
Graphic driver (I/O)
Battery disconnect module
Inner Door RDT (black)
MXL Device Interface Module
A6V10335926
A6V10335926
A6V10335926
A6V10335922
A6V10335922
A6V10335922
A6V10335922
A6V10335929
A6V10335929
A6V10334278
A6V10334280
A6V10350024
A6V10350024
A6V10350024
A6V10350024
A6V10384377
A6V10385200
A6V10385202
A6V11415283
Product Insert Number
A6V10315030
A6V10315030
A6V10315038
A6V10315038
A6V10315036
A6V10334256
A6V10315040
A6V10333499
A6V10334250
A6V10436206
A6V10334254
A6V10334252
A6V10315044
A6V10372650
A6V10350183
A6V10350183
A6V10350183
A6V10315050
A6V10315042
A6V10315048
A6V10315048
A6V10315046
A6V10315046
A6V10315046
A6V10315046
A6V10315032
A6V10315032
A6V10335926
A6V10335926
A6V10335926
A6V10335926
A6V10356958_en--_n
Model Number
FCL-MXLPLATE
FCM2034-U3
FCM2035-U3
FHA-MIQKIT-04
FHA-MIQKIT-05
FHA2056-U1
FHA2056-R1
Connect X300
Gateway
Part Number
S54400-B153-A1
S54400-C138-A1
S54400-C140-A1
S54400-C24-A1
S54400-C25-A1
S54400-B18-A1
S54400-B19-A1
S55842-Z121-A100
Description
Adapter plate to mount the
FCL2004 loop driver
Option module (LED r/y, y)
Operating unit (+ LED)
Product Insert Number
A6V11877890
A6V10315032
A6V10315030
MXL-IQ Mechanical Migration Kit A6V11420345
MXL-IQ Mechanical Migration Kit A6V11420345
FS250/MPC Mech Migration Kit A6V101004423
(Black)
FS250/MPC Mech Migration Kit
(Red)
CXG3.X300 Connect X300
A6V101004423
A6V11649121
Table 6: Fire-Voice Installation Instruction Part Numbers
Model Number
VCA2002-A1
VCC2002-A1
VCC2001-A1
VCI2001-U1
VN2001-A1
VN2002-A1
VN2003-A1
VCI2003-A1
VTA2001-A1
VTO2001-U3
VTO2004-U3
FHB2005-U1
FHB2005-R1
FHD2007-U3
FHD2007-R3
FHA2041-R1
FHA2042-U1
FHA2043-U1
FHA2043-R1
FHD2009-U1
FHD2009-R1
FCA2031-A1
FN2012-A1
FT2007-U1
FT2008-U1
FT2008-R1
FT2009-U1
FT2009-R1
PAD-5
PAD-5-CLSA
Part Number
S54400-A47-A1
S54400-A41-A1
S54400-A40-A1
S54400-A45-A1
S54400-A42-A1
S54400-A43-A1
S54400-A44-A1
S54400-A141-A1
S54400-F163-A1
S54400-C60-A1
S54400-C61-A1
S54400-B110-A1
S54400-B110- A2
S54400-B113-A1
S54400-B113-A2
S54400-B93-A1
S54400-B55-A1
S54400-B56-A1
S54400-B57-A1
S54400-B114-A1
S54400-B114-A2
S54400-A153-A1
S54400-B152-A1
S54400-A142-A1
S54400-A143-A1
S54400-A144-A1
S54400-A145-A1
S54400-A146-A1
S54339-A5-A1
S54339-A6-A1
PAD-5-CDC S54339-A7-A1
Description
Card cage (4 amplifiers)
Voice I/O card
Voice CPU card
Voice amplifier card (25V)
Ethernet Module (electric)
Ethernet Module (MM)
Ethernet Module (SM)
VoIP module
Remote terminal board (Class B)
Option module (24 switches)
Option module (Microphone)
Back box (3HU, black, deep)
Back box (3HU, red, deep)
Outer Door (3HU, 3 win, bl)
Outer Door (3HU, 3 win, red)
Enclosure cover
Battery bracket (33 Ah)
Trim kit (3HU, black)
Trim kit (3HU, red)
Blank plate (black)
Blank plate (red)
Connection module (MoNet)
Ethernet switch (modular)
LED annunciator driver
Tabular annunciator (16 z, bl)
Tabular annunciator (16 z, red)
Tabular annunciator (32 z, bl)
Tabular annunciator (32 z, red)
Power Expander Main Board
Class A/B Expansion Board w/
Releasing
Conventional Detector Expansion
Board
Product Insert Number
A6V10380472
A6V10397774
A6V10397772
A6V10370410
A6V10370415
A6V10370419
A6V10370419
A6V10380474
A6V10405564
A6V10370342
A6V10370377
A6V10359788
A6V10359788
A6V10360714
A6V10360714
A6V10370383
A6V10370385
A6V10370379
A6V10370379
A6V10359792
A6V10359792
A6V10407860
A6V10407862
A6V10456395
A6V10456397
A6V10456397
A6V10456397
A6V10456397
A6V101030358
A6V101030359
A6V101030366
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Table 7: Battery Calculation Form
Ref. No.
Submitted By:
Project Name:
Project Location:
Panel Location:
Node No: Date:
Enter value
Select choice
Fixed
Calculated
Module
FCM2018-U3
FCM2019-U3
FCI2016-U1
FCI2017-U1
Description
Operating Unit
Operating Unit
(+ LED)
Periphery board (250p)
Periphery board (500p)
Module
Feature
LED zones
SLC load
NAC load
2
Aux power load
1
Bell Follower
Qty
No
Standby
Current
0.000
0.000
0.000
0.000
0.000
FCI2011-U1
XCI2001-U1
FCI2020-U1
FN2001-A1
FCA2016-U1
FN2006-U1
FN2007-U1
FT2014-xx
FT2015-xx
FTI2001-U1
FCM2023-U3
NAC module (1A/2B)
Releasing module
Leased line/city tie mod.
Network module (SAFEDLINK)
RS485 class A module (iso.)
Fiber network module (SM)
Fiber network module (MM)
Remote display (color)
Remote terminal (key, color)
Fire Terminal Board
Option module (LED)
SLC load
NAC load
2
Aux power load
1
Bell Follower
No
NAC load
2
No
Releasing load
2
Not Installed
LED zones
FCA2015-U1
FCA2018-U1
FT2003-U1
FCA2032-U1
VCA2002-A1
VCC2002-A1
VCC2001-A1
Dialer module (DACT)
Remote peripheral module
Graphic driver (I/O)
Battery disconnect module
Card Cage
Voice I/O module
Voice CPU card
VCI2001-U1
VN2001-A1
Voice ampl. Card (25V/70V)
Ethernet module (electric)
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No
0
0
0.000
0.000
0.000
0.000
firealarmresources.com
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
Alarm
Current
0.000
0.000
0.000
0.000
0.000
Comments
125 mA (standby), 166 mA (alarm) per module
130 mA (standby), 170 mA (alarm) per module
1 mA per zone (3 LEDs per zone)
110 mA (standby), 136 mA (alarm)
Calculated device load from below
NAC alarm current from signals
External Aux power for standby & alarm
4mA if Bell Follower is active
120 mA (standby), 136 mA (alarm)
0.000
0.000
0.000
0.000
Calculated device load from below
NAC alarm current from signals
External Aux power for standby & alarm
4mA if Bell Follower is active
15 mA (standby), 40 mA (alarm)
NAC alarm current from signals
11 mA (standby), 40 mA (alarm) per module, 1 mA per releasing circuit
Releasing alarm current from solenoids
27 mA (standby), 40 mA ( alarm) for LL;
2 mA (standby) 13 mA ( alarm) for City Tie
35 mA per module
58 mA per module
127 mA per module
132 mA per module
34 mA (standby) 55 mA (alarm) per module
34 mA (standby) 55 mA (alarm) per module
11 mA per module
5 mA per module
1 mA per zone (3 LEDs per zone)
25 mA (standby), 33 mA (alarm) per module
73 mA per module
19.5 mA (standby) 32 mA (alarm) per module
7 mA (standby) 12.6 mA (alarm) per module
4 mA (standby) 4 mA (alarm)
151 mA (standby) 156 mA (alarm) per module
200 mA (stanby) 210mA(alarm) per module
196 mA(standby) 2.42A @ 25V (alarm) per module
7 mA(standby) 7mA (active) per module
A6V10356958_en--_n
VN2002-A1
VN2003-A1
VCI2003-A1
VTO2001-U2/-U3
VTO2004-U2/-U3
FCA2031-A1
FN2012-A1
FT2007-U1
FT2008-U1/-R1
FT2009-U1/ -R1
Ethernet module (MM)
Ethernet module (SM)
VoIP module
Option module (24 Switches)
Option module (Microphone)
Connection module (MoNet)
Ethernet switch (modular)
LED annunciator driver
Tabular annunciator (16 z, color)
Tabular annunciator (32 z, color)
FCL2004-U1
Connect X300
Gateway
MXL Device Interface Module
CXG3-X300 Connect X300
XTRI-M
XMS-D
XMS-M
XMS-S
ILED-XW
ILED-XC
TSM-1X
HZM / 8705
HCP / 8706
HLIM
ILED /8726
PAD-5
PAD-5-CDC
Devices
HFP-11
HFPO-11
HFPT-11
OOHC941
OOH941
OH921
OP921
HI921
FDCIO422
HMS / 8700-S-D-
M
HTRI-S / 8702
HTRI-D / 8703
HTRI-R / 8704
XTRI-S
XTRI-D
XTRI-R
Description
Photo-thermal detector
Photo detector
Thermal detector
Dual optical/thermal/CO detector
Dual optical/thermal detector
Photo-thermal detector
Photo detector
Thermal detector
4-input/4-output module
Manual station
Single input module
Dual input module
Single input/single relay Mod
Addressable Switch Interface
Mod w/ Dual Isolators (single input)
Addressable Switch Interface
Mod w/ Dual Isolators (Dual input)
Addressable Switch Interface
Mod w Dual Isolators (w/ relay)
Addressable Switch Interface
Mod w/ Dual Isolators (compact size)
Double action pull station
Single action pull station
Single action pull station
Intelligent Remote Lamp – Wall mount (rectangular plate)
Intelligent Remote Lamp –
Ceiling mount (round plate)
Intelligent Test Switch Module with Isolators
Conventional zone module
Addressable control point
Loop Isolator Module
Intelligent LED
Power Expander Main Board
Conventional Detector
Expansion Board
Siemens Industry, Inc.
Smart Infrastructure
Qty
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
Stdby/Alm
0.00000
0.00000
0.00000
Current
Draw
1.4 mA per device
1.4 mA per device
1.4 mA per device
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.75 mA per device
0.68 mA per device
0.28 mA per device
0.28 mA per device
0.28 mA per device
1.0 mA per device
1.4 mA per device
1.4 mA per device
1.4 mA per device
1.4 mA per device
0.65 mA per device
0.00000
0.00000
0.00000
0.95 mA per device
0.75 mA per device
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.00000
0.65 mA per device
0.50 mA per device
0.50 mA per device
0.50 mA per device
0.50 mA per device
0.50 mA per device
0.50 mA per device
1.4 mA per device
1.4 mA per device
1.0 mA per device
1.4 mA per device
0.75 mA per expander
0.75 mA per board
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
0.000
35 mA(standby) 36mA(active) per module
35mA(standby) 36 mA(active) per module
43 mA (standby), 43 mA (alarm) per module
16mA (standby) 143mA (active)
29mA (standby) 54 mA (active)
1 mA (standby), 1 mA (alarm) per module
340 mA (standby), 340 mA (alarm) per module
25 mA (standby), 250 mA (max)
25 mA (standby), 65 mA (max)
25 mA (standby), 105 mA (max)
130mA + 1.5mA per device
259 mA per module
25
A6V10356958_en--_n firealarmresources.com
PAD-5-CLSA
Total
Total Current
Standby Time
(hrs)
Class A/B Expansion Board w/
Releasing
Alarm Time (min)
AH required (no reserve)
Battery Reserve
AH Required (with reserve)
0
0.00000
1.25 mA per board
0.000
(included above)
0.000
System OK
0.000
Use 170W power supply
24
30*
125%
0.00
0.00
0.00
0.00
System OK
Note 1: Ensure that the standby Aux power is not entered twice when used as external power source for optional modules.
Note 2: Max Alarm NAC Current = 3A/Circuit, Max Releasing Circuit Current = 2A/Circuit
Note 3: *Alarm time requirements offer multiple selections. Choose the appropriate time based on the requirements of your application. Options include: 5 minutes, 10 minutes, 15 minutes, 30 minutes, 60 minutes, and 120 minutes.
Battery Calculation
Battery backup is required for compliance to UL864 and ULC-S527. Refer to NFPA 72 and CAN/ULC-S524 for required standby time. To determine the battery, use Table 7 above and fill-out the required parameters.
1. Record quantities of all required modules and devices per panel.
2. Device Load Calculation: Place the # of devices in the yellow column, multiply with the current draw and place results in
Standby/Alarm
column. Add all results in the place the result in the appropriate
SLC load
cell.
Standby/Alarm
column to determine the total device current draw and
3. Module Load Calculation: Place the # of modules and associated functions (e.g., LED zones, Bell Follower, etc) in the yellow column and multiply with associated current draw and place results in the appropriate column (Standby or
Alarm).
4. Place the NAC load and Releasing load during alarm in the
Alarm
Column.
5. Add all results in the Standby Column to determine the
System Standby
Current.
6. Add all results in the Alarm Column to determine the
System Alarm
Current.
7. Place the required parameters: Standby Time (hr), Required Alarm Time (hr), Minimum Battery Size (AHr), Minimum
Battery Reserve (%)
8. Calculate Battery Requirement for System Standby (AHr) = System Standby Current (A) x Standby Time (hr)
9. Calculate Battery Requirement for System Alarm (Ahr) = System Alarm Current (A) x Alarm Time (hr)
10. Calculate the Battery Reserve (AH) = (Battery Reserve (%) / 100%) x (System Alarm Req + System Standby Req)
11. Calculate the minimum battery Requirement = Battery Reserve + System Alarm Req + System Standby Req.
Select the battery that meets or exceeds the final calculated amp hour rating.
26
Siemens Industry, Inc.
Smart Infrastructure
A6V10356958_en--_n firealarmresources.com
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Siemens Industry, Inc.
Smart Infrastructure firealarmresources.com
27
A6V10356958_en--_n
Issued by
Siemens Industry, Inc.
Smart Infrastructure
8 Fernwood Road
Florham Park, NJ 07932
Tel. +1 973-593-2600 www.downloads.siemens.com/dlc
Document ID A6V10356958_en--_n
© 2020 Siemens Industry, Inc.
Technical specifications and availability subject to change without notice.
SAP order no.: A5Q00051308 firealarmresources.com
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