HomeMy WebLinkAbout5803 ARMADA DR; ; FPC2019-0036; PermitEl JI1 FiTi t,('c i ty 0 f
Carlsbad
Fiiiiei&eiumt
Print Date: 02/24/2021 Permit No: FPC2019-0036
Job Address: 5803 ARMADA DR, CARLSBAD, CA 92008 Status: Closed - Finaled
Permit Type: FIRE-Construction Commercial Work Class: Fire Alarm
Parcel U: 2110223200 Track U: Applied: 02/25/2019
Valuation: $3,054,887.37 Lot #: Issued: 03/14/2019
Occupancy Group: Project U: Finaled Close Out: 04/29/2020
Uof Dwelling Units: Plan U:
Bedrooms: Construction Type:
Bathrooms: Orig. Plan Check U: Inspector:
Plan Check U: Final Inspection:
Project Title:
Description: HILTON GRAND PACIFIC RESORTS -REVISED PLANS FOR EXPAND EXISTING FIRE ALARM TO BUILDING
Applicant:
SIEMENS
CHRIS BISCHEL
10100 WILLOW CREEK RD
SAN DIEGO, CA 92131-1636
(858) 265-9894
FPContractor:
SIEMENS INDUSTRY INC
P0 BOX 80600
INDIANAPOLIS, IN 46280-0600
(630) 857-2100
FEE . AMOUNT
FIRE Hourly Services First Hour $159.00
FIRE Plan Review Per Hour - Office Hours $204.00
FIRE TI Fire Alarm System $620.00
Total Fees: $983.00 Total Payments To Date: $983.00 Balance Due: $0.00
Fire Department Page 1 of 1
1635 Faraday Avenue, Carlsbad CA 92008-7314 1760-602-4665:1760-602-8561 f I www.carlsbadca.gov
SIEMENS
Industry, Inc.
10100 Willow Creek Rd
Sand Diego, Ca 92131
Phone: 858-880=2085
Fax: 855-866-7942
Grand Pacific Palisades
Hilton GPR Tapestry Expansion
5803 Armada Drive
Carlsbad, CA 92008
FPC20I9-0036
5803 ARMADA DR
HILTON GRAND PACIFIC RESORTS - EXPAND EXISTING
FIRE ALARM TO BUILDING
2110223200
2/25/2019
FPC20I9-0036
[FACP & ACCESSORIES]
SIEMENS Data Sheet
Fire Safety Products
FireFinder® XLS
Advanced Fire Alarm Control Panel
ARCHITECT AND ENGINEER SPECIFICATIONS
ty • Supported by all Fire Safety
Management Stations
Multiple command stations
Standard / 2500-point-capaci
addressable fire-alarm contrc
panel (FACP)
Ability to network with other
FireFinder XLS systems
Powerful, easy-to-use
programming capabilities
Fully field programmable, via
Windows® laptop PC
6(15.2 cm), backlit LCD display
User-friendly system interface
Touch screen for maintenance
operations and function keys
Global annunciation and control
capability
Multi-language display
Universal AC power input:
120VAC— 240VAC@50/60Hz
12 amps of system power
(expandable to 48 amps)
Numerous Relays: Alarm, Trouble,
Programmable, etc.
Sure Wire addressable-loop technology
Polarity-insensitive detection circuits
(patented)
Useful diagnostic LEDs on all cards
Supports FirePrint application-specific
detection
Intelligent/ analog detection circuits:
'Class A' or 'Class B'
Supports single-person 'Walk Test'
Seismic certified
Modular assembly
Supervised remote printer
32-character custom messages
40 programmable macro, function buttons
Thermal strip printer
Security-device monitoring
(®UL 1076 Listed)
Sprinkler Supervision
Degrade-mode operation
User help screens
Coded outputs
Distributed processing
UUKL Listed for smoke control
®UL 864 91h Edition Listed & tULC Listed;
FM, CSFM & NYC Fire Dept. Approved
Menu-driven operator commands
5000-event, history-logging capability
with on-line and off-line reports
Multiple levels of password protection
Automatic environmental compensation
for smoke detectors
Alarm verification
by device or zone
Pre-alarm operation
Logic-controlled output functions
Time-based-controlled output functions
Holiday schedule
City tie I leased line
200 notification-appliance-circuits
(NACs) capacity
Up to 3.0 amps (24VDC) per NAC
Built-in strobe synchronization protocol
Supports pre-action,
deluge and agent releasing
Voice evacuation system (optional)
NEC 760 power-limited circuits
(®UL 864 Compliant)
Intelligent interface to building! process
management systems
Operates as interactive peer with other
XLS or XLSV units in a XNET network
Detector Sensitivity Readout! Printout
per NFPA 72
System Overview
FireFinder XLS is a microprocessor-based, advanced
fire-safety system that has a 6 display and large, lighted
buttons; making it a highly intuitive fire-alarm user
interface. Additionally, each FireFinder XLS panel has a
unique multiprocessor 'Network' design - as well as
providing connectivity to detection devices.
FireFinder XLS is ideally suited for commercial,
institutional and industrial fire detection and notification
applications. This FACP complies with the requirements
of NFPA Standard 72, and is listed by Underwriters
Laboratories under their ®UL 864 standard.
Underwriters Laboratories of Canada also lists
FireFinder XLS FACPs under ®ULC-S527.
SIEMENS Industry, Inc.
Building Technologies Division
FireFinder XLS is Factory Mutual (FM 43010) Approved; as
well as California State Fire Marshals (CSFM 47165.
0067:0222) and NYC Fire Department (06160) Approved.
Additionally, FireFinder XLS is ®UL Listed under the category
UUKL for smoke control.
FireFinder XLS is also ®UL Listed and FM Approved for
Sinorix® clean-agent systems and pre-action or deluge
sprinkler systems, which include foam or water applications.
FireFinder XLS operates on the releasing requirements
specified in NFPA 13 and 2001.
FireFinder XLS is listed as a Fireman's Smoke Control Station
in high-rise office buildings, malls and other large structures.
FireFinder® XLS System Overview 6300
System Overview -(continued)
The FireFinder XLS system has been seismic
qualified in accordance with:
International Building Code, 2006 Eiition
California Building Code, 2007 Edition
ASCE Standard 7, 2005 Edition
OSHPD, OSP-0057-10
OSHPD CAN 2-1708A.5, Rev. 3
ICC-ES AC 156, effective 1/1/2007
System Components
A basic FireFinder XLS FACP consists of the following sub-
assemblies: Person Machine Interface (Model PMI-2); Power
Supply (Model PSC-i 2); Device Loop Card (Model DLC); Zone
Indicating Card (Model ZIC-4A); Card Cage (Model CC-5);
Inner Door Blank Single Plate (Model ID-SP); CAB-1, CAB-2 o
CAB-3 enclosures.
Optional modules that can be installed with this FACP
include: Card Cage (Model CC-2); Network Interface Card
(Model NIC-C); 8-Circuit Zone Indicatiig Card (Models ZIC-
813 / ZIC-20; Control Relay Card (Model CRC-6); Output
Control Module (Model OCM-16); Switch Control Module
(Model SCM-8); LED Control Module (Model LCM-8); Fan
Control Module (Model FCM-6); Supervised Input Module
(Model SIM-16); Power Supply Extender (Model PSX-12);
Remote Network Interface (Model RNI); Remote Printer
Module (Model RPM); System Status Display (Model SSD);
Multi-Point Digital Alarm Communicator (Model MDACT);
Two-Module Remote Enclosure (Model REMBOX2);
Four-Module Remote Enclosure (Model REMBOX4).
FireFinder XLS is compatible with a full line of intelligent
initiating devices, highlighted by the FirePrint application-
specified detectors: Models HP-i 1 and HFPT-1 1.
FireFinder XLS functions with the Siemens Fire Safety
portfolio of graphics command centers.
Fire Safety Management Stations - XLS Compatible
FireFinder XLS Compatibility with Siemens
Fire Safety Management Stations
FireFinder XLS panels are compatible with Siemens Fire
Safety Management Stations, which provide integrated
and reliable FACP monitoring and control of XLS system
events - including: Alarm, Trouble, Security and
Supervisory commands.
Each management station includes PC-based, color-
graphics software designed for use wi:h the XNET
network, offering full control and annunciation.
An extensive history log of all XLS-FACP events, as well as
extensive report-generation capabilities, is easily
maintained. Additionally, user-programmable function
buttons allow site-specific control functions.
-
SIEMENS Industry, Inc.
Building Technologies Division
PM 1-3 --> Person Machine Interface 3
PMI-3 - Person Machine Interface 3
The Person Machine Interface 3 (Model PMI-3) is the
primary user interface and central microprocessor for each
FireFind2r FACP. Additionally, Model PMI-3 serves as both
operator interface and central microprocessor for each XLS.
Enhancements to the third version of the Person Machine
Interface include go-to-beginning, go-to-end queue buttons;
a front-end command screen with Alarm I Supervisory
I Trouble light-emitting diodes (LEDs), and three (3) types
of alternate-language overlays orderable in a single (1) part.
(see: Details for Ordering section below for moe info.)
FireFinder XLS FACPs are controlled and operated from
Model PMI-3, which uses large, lighted buttons to prompt
the end-user to the next available, correct system operation
(i.e. - Acknowledge I Silence I Unsilence I Audible I Reset).
The controller in Model PMI-3 provides a 6" (15.2 cm.) front-
end touch screen comprised of system-status LEDs as well as
a liquid-crystal display (LCD) of 1200-x-800 pixels.
There are overlays that provide naming in alternate
languages for visual indicators found on the font of each
Model PMI-3. Each overlay is assigned on the outer
assembly. respectively, when affixed to the display on the
user interface.
Model PMl-3 contains the site-specific program
configuration created in the software tool, Zeus.
ZIC-4A• .Zone Indicating Card
ZIC-4A Zone Indicating Card
The Zone Indicating Card (Model ZlC-4A) provides four (4):
fully supervised, programmable output circuits for use on
each Fire:inder XLS. Model ZlC-4A supplies four (4) 'Class B'
(Style Y) or 'Class A' (Style Z) type output cNcuits, power
limited to 3.0 amps maximum per circuit.
Each circuit for Model ZlC-4A can be independently
programmed for use with listed audible or visual notification
appliances; listed emergency audio speakers; municipal tie
boxes; leased lines, or as releasing circuits.
FireFinder XLS Components —(cont.'d)
Model ZIC-4A plugs into one (1) slot in the Model CC-5 or
Model CC-2 card cage, and has on-board LEDs for system
status and troubleshooting.
Indication of power, communication, internal operation,
and ground-fault conditions are provided, as well as
indication of circuit activation or Trouble conditions.
ZIC-8B I ZIC-2C —* Zone Indicating Cards
ZIC-8B I ZIC-2C
The Zone Indicating Card (Model ZIC-813) provides eight (8)
fully supervised, programmable output circuits for use on
FireFinder XLS. Model ZIC-813 supplies eight (8) 'Class B'
(Style Y) type output circuits, power limited to 2.0 amps
maximum per circuit. Each circuit can be independently
programmed for use with listed audible or visual notification
appliances, or listed emergency audio speakers. Model ZIC-
813 plugs into one (1) slot in the Model CC-5 or Model CC-2
card cage, and has on-board LEDs for system status.
Model ZIC-2C mounts directly on Model ZIC-813, and
allows each of the Model ZIC-813 output circuits to be used
for two-channel voice applications. Indication of power,
communication, internal operation, and ground-fault
conditions are provided, as well as indication of circuit
activation or Trouble conditions.
DLC Device Loop Card
The Device Loop Card (Model DLC) is the interface for
connection with FireFinder XLS detectors and initiating
devices - including manual stations, control and input
devices. Model DLC plugs into one (1) slot of the CC-2 or CC-
5 card cage. Programming Model DLC is accomplished using
the FireFinder XLS system-prog ramming tool, Zeus.
Model DLC takes one (1) address on the network, and
communicates with two (2) device circuits for a total of 252
detectors and devices. Model DLC has 12 LEDs for diagnostic
purposes, and provides ground-fault detection and zone-
isolation circuitry.
SIEMENS Industry, Inc.
Building Technologies Division
NIC-C Network Interface Card
The Network Interface Card (Model NIC-C) provides HNET or
XNET network communications between enclosures. In
addition to the HNET or XNET communication, Model NIC-C
provides CAN network communication within an enclosure
or external to the enclosure. HNET or XNET communication
can be wired Style 4 or Style 7, but the CAN network can be
wired Style only.
When used for HNET communications, Model NIC-C
provides contact between enclosures on a single system.
When Model NIC-C is used for XNET communications,
Model NIC-C provides communication between systems.
The maximum of XNET Model NIC-C cards on a single
system (single node) is one (1), for a total of 64 XNET
Model NlC-C cards on a peer-to-peer networked system.
Model NIC-C has diagnostic LEDs that indicate: Card Fail,
CAN Fail, HNET Fail, XNET Fail, Ground Fault, Loop 'A' Fail
and Loop 'B' Fail. Model NIC-C Card also has LEDs to indicate
Power, Style and Active Networks.
HCP — Control Point Module
HCP Control Point Module
Model HCP provides an intelligent control point for the
FireFinder XLS. Model HCP can be programmed as an
independent, remotely located telephone zone, speaker
zone or notification appliance circuit. Model HCP is
designed to be used with the Siemens — Fire Safety Alarm
Signaling Devices product line.
Model HCP communicates through the Model DLC analog
loop, and can be wired either 'Class A' (Style Z) or 'Class B'
(Style Y). The 24 VDC power input comes from either the
control panel or from any ®UL Listed power-limited,
auxiliary power supply.
:i
J • A. L
Is I 1f1ITiT LI
FireFinder XLS Components - (cont.'d)
MLC - MXL Line Card [for FireFinder XLS]
The MXL Line Card (Model MLC) is an optional card for
the FireFinder XLS panel that supplies two (2)
intelligent analog circuits, utilizing The Model 'I ' series;
Model ' ID ' series; Model IL ' series or Model ' FP
series-type intelligent devices. Model MLC occupies two
(2) addresses on the HNET nework, and devices
connected to the Model MLC circuits are dynamically
supervised by FireFinder XLS through the use of a
unique communications protocol.
CRC-6 Controllable Relay Card
The Controllable Relay Card (Model CRC-6), Model CRC-6, is
designed to provide auxiliary control of building functiors,
such as: door-holder release, elevator capture, smoke control,
lock release, etc. Model CRC-6 plugs into one (1) slot -n the
Model CC-5 or Model CC-2 card cage. Model CRC-6 provides
six (6), fully programmable relays. Each relay contains oie (1)
set of SPDT contacts rated at 4 Amps 30 VDC / 1 2OVAC
resistive and 3.5 amps 120VAC inductive (0.6 P.F.)
SIM-16 —* Supervised Input Module
NRC Network Ring Card — Second Generation
Model NRC, which is the 2nd generation of Model NRC, is a
networking ring card that transmits single-mode or multi-
mode network communication via fiber-optic or copper
lines. Each card uses a 'Class A' (Style 7) ring configuration
for connection with each FireFinder XLS FACP.
One (1) Model NRC (per system node) provides XN ET, peer-
to-peer communication between FireFinder XLS FACPs,
allowing a max, 64, XLS FACP5 to be networked together.
CDC-4 —*Conventional Detector Card
CDC-4 Conventional Detector Card
The Conventional Detector Card (Mbdel CDC-4) is used
to monitor Siemens Fire Safety conventional detectors
on the FireFinder XLS system. Ivocel :Dc-4 can be
used in applications where conventional detectors are
more suited than addressable detectors, such as
hallways or large meeting rooms. Also, Model CDC-4
can be used to upgrade Siemens conventional Ire-alarm
panels to the FireFinder XLS system without requiring
detector replacement.
SIEMENS Industry, Inc. 4.... Building Technologies Division
SIM-1 6 Supervised Input Module
The Supervised input Module (Model SIM-16) is a remotely
located, general-purpose input module. Model SIM-1 6
provides 16 input circuits for remote system monitoring. Eact
input can be individually programmed as supervised (dry-
contact only) or unsupervised (general-purpose input)
Model SIM-1 6 has two (2) 'Form C' relays. The relays and
inputs are programmed using the Zeus system soft-ware-
programming tool.
J1
FCM-6 —> Fan, Motor, Dampers Control Module
FCM-6 Fan, Motor, Dampers Control Module
The Fan, Motor, Dampers Control Module (Model FCM-6) is a
FireFinder XLS command-console option module that
provides manual control of building HVAC sys:en tans,
motors, and dampers. Each Model FCM-6 module provides
six (6) sets of three (3) push-button switches for maua-
system control. Each switch has three (3), associated LEDs to
indicate Fan I Damper / Motor status: OFF (RED LED), ON
(GREEN LED), Trouble (YELLOW LED).
VNTPC —* Virtual Network Tunnel
VNTPC Virtual Network Tunnel
The Virtual Network Tunnel (VNT) is an efficient means for real-
time communication, as well as providing support tc hNET,
XNET and DNET monitoring and supervision — when used a
part of a Fire Command Center or a Building network. Each
Model VNTPC is a fanless, headless industrial computer,
receiving its operating power from an XLSIV panel.
FireFinder XLS Components —(cont.'d)
CC-2 —Card Cage-2 Slots CC-5 —*Card Cage-5 Slots
CC-5 I CC-2 Card Cages
The Models CC-5 I CC-2 card cages provide the physical
mounting location and all wiring connection points for all
fire-and-voice system options cards for the FireFinder XLS
system. Model CC-5 has five (5) slots, while Model CC-2
has two (2) slots.
All cards plugged into the CC-5 I CC-2 card cage
communicate with other FireFinder XLS modules via a
common data bus. Connectors are provided on the left and
right side of the CC-5 to connect a 60-pin cable for
communications with the FireFinder XLS operator interface,
power supplies and amplifiers modules.
Field wiring to devices and circuits terminates on the
Models CC-5 I CC-2 card cages. All cards designed for use
with the Models CC-5 I CC-2 route their field wiring
terminations to the 'top' of the Model CC-5 I CC-2 card
cages. These connections are all power limited. Internal
wiring connections distribute 24VDC to cards or high-level
audio signals (depending on application used) connect to
the 'bottom' of the Model CC-5 I CC-2 card cages. These
connections are all non-power limited.
All wiring connections to the Model CC-5 I CC-2 card cages
are to removable terminal blocks. Terminal blocks are
rated for use with wire sized 12 American Wire Gauge
(AWG) to 24AWG. Each connector is numbered to make
wiring terminations to the correct position on the
terminal block simple in order to reduce potential wiring
errors. En
SCM-8 -* Switch Control Module
SCM-8 Switch Control Module
The Switch Control Module (Model SCM-8) is a FireFinder
XLS-option module that provides manual control to the
Emergency Voice Evacuation System (EVAC) or manual
fire-system control. Each Model SCM-8 module provides
eight (8) momentary push-button switches and 16
light-emitting diodes (LEDs) to indicate their status.
Each switch is assigned two (2) LEDs, as well as a label
to indicate the switch's programmed usage. The label
slides behind a clear protective membrane. One set of
LEDs assigned to each switch is a dual-colored LED,
which is used to indicate what type of signal is active.
SIEMENS Industry, Inc.
Building Technologies Division
Each Model SCM-8 switch is fully programmable, and may
be used to control speaker circuits and a wide range of
general-system functions such as: All Call, All Evac,
Warden's Page, Speaker, etc. Any number of circuits may
be grouped and controlled by a single switch.
Switch usages and zone groupings are assigned using the
Zeus system software-prog ramming software. Model
SCM-8 modules are mounted on a hinged panel, as a part
of the FireFinder XLS Command Console enclosure.
LCM-8 -* LED Control Module
LCM-8 LED Control Module
The LED Control Module (Model LCM-8) is a FireFinder
XLS-option module that provides LED annunciation for
FireFinder XLS system activity. Each Model LCM-8
contains eight (8) groups of two (2) LEDs - each of which
can be assigned to desired outputs using the Zeus
system software-programming tool.
Eight (8) LEDs are dual-color capable (Red or Green /
flashing or steady). The remaining LEDs are Amber
flashing or steady. A space is provided for labeling of LED
functions. The label slides behind a clear, protective
membrane. Model LCM-8 dimensions are identical to
Model SCM-8, and Model LCM-8 is mounted on the same
hinged panel, as a part of the FireFinder XLS Command
Console enclosure.
RNI -+ Remote Network Interface
RNI Remote Network Interface
The Remote Network Interface (Model RNI) provides a
connection point for use with equipment mounted in a
remote-lobby enclosure on the FireFinder XLS FACP.
Model RNI is used to provide additional input, output and
control features to the system remotely, via the main FACP.
These additional features may include control switches
and indicators: (Models SCM-8, LCM-8 and FCM-6),
remote-emergency paging microphones or telephones:
(Models LVM, FMT), or controls used in graphic annunciators
(Models SIM-1 6, 0CM-1 6) or system-status display with the
ability to acknowledge alarms, silence audibles and
reset the system (Model SSD-C-REM).
Model RNI allows The Person Machine Interface to be
mounted in the Model REMBOX2 or Model REMBOX4
remote lobby enclosure.
FireFinder XLS Components - (cont.'d)
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PSC-1 2 —* Power Supply Charger Module
PSC-1 2 Power Supply Charger Module
The Power Supply Charger Module Model PSC-12) is a
high-current power supply that provides the FireFinder
XLS primary-regulated 24VDC power to operate. Model
PSC-12 is rated at 12Amps (Alarm) / 5Amps (Standby),
and has a built-in battery charger, capable of charging up to
100 AH batteries. Model PSC-12 is an addressable-
intelligent, microprocessor-control led module that
communicates its status to the system-operator interface.
Each Person Machine Interface is then able to query the
status of the power supply to obtain data regarding
system-charging current, terminal-loading information,
ground-fault conditions and more.
PSX-1 2 --> Power Supply Extender
PSX-12 Power Supply Extender
The Power Supply Extender (Model PSX- 12) is a high-current,
auxiliary power supply that expands the main Model PSC-i 2
power supply and battery charger of the FireFinder XLS
system with an additional 24VDC power. Model FSX-i 2
is rated at 12 Amps.
RPM —* Remote Printer Module
RPM Remote Printer Module
The Remote Printer Module (Modal RPM) provides a
means of connecting the FireFinder XLS systen to a
printer, such as Model PAL-1, for creating a hard copy of
system status and configuration reports. Concurrently,
Model RPM provides an output port that can be
configured to communicate with external systems.
SIEMENS Industry, Inc. —6— Building Technologies Division
PTB — Power Terminatioi Board
PTB Power Termination Board
Model PSC-12 comes packaged with a nodule called tie
Power Termination Board (Model PTB). Model PTB is
required for operation with Model PSC-1 2. Model PTB'
filters the power from the incoming AC mains aid
distributes t 10 the Model PSC-12 power supply ard tie
optional Model PSX-12 power-supply extender.
Model PIE has an optional connector that can be used
during ssterr installation, commissioning and service to
provide the technician with a place to pkc in their laptop
PC, if euhred. Model AC-ADPT is an optional accessory
cable that allows connection on one side c Model PB, via
a keyed connector and on the other end drect1y into to the
laptop s transformer.
Most lap-op-computer external power transformers have
removable AC power cords, which can be -eplaced by the
optional Model AC-ADPT to temporarily, provide an C.
power source for laptop-PC usage during system
installation, s€rvce and maintenance calls when needed.
SNU-AS3Y --~ Single-Node Upload (SNU) ModulE
SNU-ASSY Single-Node Upload (SNU) Module
The Thermal Strip Printer (Model TSP-43A) is the Sinale-
N4ode Upload (SNIJ) is an optional system module that
povides a solution for uploading I downloading XLS I XLSV
configuration data remotely. SNU can easily transmit data
from a PC rurning the Zeus custom-confi]uration tool to a
maximum 54 Person Machine Interfaces.
Each SNU module has three (3) connections: Power,,
Ethernet and USB. The data transported between the Zeus
tool and SNU is made through a direct 128-hit, Sec.jre
Sockets Layer (SSL) connection.
FireFinder XLS Components —(cont.'d)
RN! Remote Network Interface
System-Status Display
SSD-Series System-Status Display
The System Status Display (SSD-series model displays) is a
remote LED I LCD display that shows the local status of a
FireFinder XLS system. An LED illuminates when Alarm,
Supervisory, Trouble, and Security events occur on the
system. A (4) four-line liquid-crystal display (LCD) will give
details of the event in alphanumeric form.
The display can be toggled to display additional events.
Optional remote system control capabilities are available.
Models SSD-C, SSD-C-INT, and Model SSD-C-REM have
three (3) additional control buttons to acknowledge
events, silence audible circuits, and reset the system.
IIC -* Interface Isolation Card
IIC - Interface Isolation Card
The Interface Isolation Card (Model IIC) is designed to
isolate network signals when used with a Model NCC ring
configuration, via Model NRC. Model IIC executes the
aforementioned isolation by removing the backplane
network signals from each Model CC-2 card cage. Model
IIC also provides one (1) end of CAN termination on each
side of Model CC-2.
Models SSD-C and SSD-C-INT have an integral keyswitch
that enables these control buttons to operate. Model SSD-
C-REM is located within a locked cabinet. Therefore, no
additional keyswitch is required for manual activation of
the control buttons.
XDACT-ASSY--* XDACT Assembly
XDACT-ASSY XDACT Assembly
The XDACT Assembly (Model XDACT-ASSY) is the blank plate
used for holding the optional Digital Alarm Communication
Transmitter (DACT), Model FCA2015-U1 on FireFinder XLS.
Model XDACT-ASSY can be mounted on all CAB-series
enclosures. Each assembly must be located in the Global
Person Machine Interface cabinet for global configurations.
Available communication protocols on a DACT module
include: SIA DCS 81 SIA DCS 20 I Ademco Contact ID.
SIEMENS Industry, Inc.
Building Technologies Division
MDACT -* Multi-Point Digital Alarm
Communicator Transmitter
MDACT - Multi-Point Digital Alarm
Communicator Transmitter
The Multi-Point Digital Alarm Communicator Transmitter
(Model MDACT) is used in FireFinder XLS systems where
point identification of Alarm, Supervisory, Security and
Trouble events is required at Central or Remote Receiving
Stations. An intelligent RS-485 communications protocol
transmits all system information to Model MDACT.
The installer selects the specific event or groups of
events that are set to transmit from Model MDACT over
phone lines to listed receiving station equipment.
In turn, Model MDACT can transmit point information, via
the Ademco Contact ID and the SIA protocol. A mounting
plate (Model MOM2-XMP), MOM-2 card cage, and an XMl
Interface Card are required for installation.
CAB1 -* Single Row Enclosure
CAB1 Single Row Enclosure
Model CAB 1, the smallest of the FireFinder XLS
enclosures, can house a single Model CAB-MP cabinet
mounting plate for mounting card cages, power supplies
and bulk amplifiers. Model CAB1 also has four (4)
mounting slots on the inner door for mounting The Person
Machine Interface and Model ID-MP switch module
brackets.
Model CAB1 comes complete with a black back box; black
inner and outer doors; a single lock and key set on the outer
door; a single, installed cabinet mounting plate (Model
CAB-MP), and a single, installed outer door lens plate
(Model OD-LP). A red version (Model CAB1-R) is also
available.
Approximate size: 27" (68.6cm.) high, 26" (66cm.)
wide, and 8" (20.3cm.) deep.
FireFinder XLS Components - (con-.'d)
CAB2 -* Two-Row Enclosure
CAB2 Two-Row Enclosure
The Two-Row Enclosure (Model CAB2) is the mid-sized
FireFinder XLS enclosure capable of housing up to two
(2) Model CAB-MP cabinet mounting plates. The flier
door has two (2) rows of four (4) mounting slots.
The outer door has space for mounting two (2) outer door
plates (Models OD-LP, OD-BP or OD-GP), and cai be
configured to cpen from either side. Model CAB2 consists
of the black Model CAB2-BB back box, the Model CAB2-BD
black inner and outer door package, and one (1) Mc.Jel OD-
LP lens plate. The outer door has a single lock and key set
installed. A red version (Model CAB2R) is also availajle, and
a CAB2- RB back box is used with Model CAB21R.
Approximate size is 45" (114.3cm.) high, 26" (66cm.)
wide, and 8" (20.3cm.) deep.
CAB3 -* Three-Row Enclosure;
CA133 Three-Row Enclosure
Model CAB3, the single largest FireFinder XLS
enclosure available, can house a maximum three: (3)
Model CAB-MP cabinet mounting plates in the en: osure,
and three (3) rows of inner-door mounting slots.
The outer door can be configured to open from eitier
side. Model CAB3 consists of the Model CAB3-B3 back
box, the Model CAB3-BD black inner and outer door
package, and one (1) Model OD-LP lens plate. The outer
door has two (2) locks and key sets installed. . red
version (Model CAB3R) is also available.
Approximate size is 63" (1 60cm.) high, 26'"(66.4-7-m.)
wide, and 8" (20.3cm.) deep.
I I ii I
CAB-MP - Cabinet Mounting Plate
SIEMENS Industry, Inc. —8 — Building Technologies Division
CAB-MP Cabinet Mounting Plate
The Model CAB-MP cabinet mounting plate provides
mounting for a single row of modules in a FireFinder
XLS cabinet. Four (4) module spaces are available on
Model CAB-MP, which is used to mount the Model CC-5
card cage; the Model CC-2 card cage; the Model PSC-12
power supply; the Model PSX-1 2 power-supply extender,
and the Model ZAM-80 /180-zone amplifiers.
Enclosure Trim Kits
Trim kits are available for all system enclosures for semi-
flush mounting applications. Model CAB1-TK (for black
enclosures) and the Model CAB1R-TK (for red enclosures)
fit inside the Models CAB1 and CAB1-R enclosures.
Similarly, Models CAB2-TK and CAB-2R-TK fit inside the
Model CAB-2 enclosure, while Models CAB3-TK and CAB3R-
TK fit the Model CAB-3 enclosure.
Remote Transponders
The FireFinder XLS system can use remote transponders
for mounting additional modules such as amplifiers
without requiring a Person Machine Interface or any
control switches. Special doors are available for systems
using Model CAB-2 or Model CAB-3 remote transponders.
These doors (Models CAB2-XBD and CAB3-XBD) omit the
unused inner door, and come complete with ventilation
louvers built into the door.
Model CAB2-XBD fits into Model CAB2-BB, and Model CAB3-
XBD fits into Model CAB3-BB. Model CAB2-XBD and CAB3-
XBD are supplied in black. Red versions (Models CAB2-XRD
and CAB3-XRD) are also available. Complete box and door
kits are available, Models CAB2-X and CAB3-X.
_ S
ID-MP -* Inner Door Mounting Plate
ID-MP Inner Door Mounting Plate
The inner door mounting plate (Model ID-MP) is mounted
on the inner door of any given model CAB enclosure.
Model ID-MP plates are used to mount switch-control
modules (Model SCM-8); LED control modules (Model
LCM-8), or fan-control modules (Model FCM-6).
Four (4) mounting plates are included with each order of
Model ID-MP. Each mounting plate has four (4) spaces for
control modules, and can hold either four (4) Model SCM-
8 modules (one [1] control module space for each
module); four (4) LCM-8 (one [1]control module space
for each module), or two (2) Model FCM-6 modules (two
[2] module spaces for each module).
FireFinderXLS Components —(cont.'d)
ID-MP Inner Door Mounting Plate
Combinations are also allowed. Blank spaces in Model ID-
MP can be covered using the blank-control-module
plate (Model BCM). Up to four (4) Model ID-MP
modules can be mounted in a single row on the inner
door. OD-BP - Outer Door Blank Plate
OD-BP Outer Door Blank Plate
The Outer Door Blank Plate (Model OD-BP) entirely
covers an unused row of a XLS system cabinet, and is
mounted on the outer door. One (1) blank plate is
included with each order of Model OD-BP.
ID-SP -* Inner Door Blank Single Plate
ID-SP Inner Door, Blank Single Plate
The inner door, blank single plate (Model ID-SP) is used
to cover any single-module blank spaces within the inner
door where no Person Machine Interface or Model ID-MP
is being used. Up to four (4) Model ID-SP modules can be
mounted in a single row on the inner door. Two (2)
blank plates are included with each order of Model ID-SP.
BCM -, Blank Control Module Plate
BCM Blank Control-Module Plate
Model BCM plates can be mounted on a single ID-MP.
Four (4) blank module plates are included with each
order of Model BCM.
OD-LP -+ Outer Door Lens Plate
OD-LP Outer Door Lens Plate
The Outer Door Lens Plate (Model OD-LP) is a clear plastic
lens plate mounted on the outer door of a system
cabinet. Model OD-LP is used to allow operators to see
the system interface and controls mounted on the inner
door, but restricts access to unauthorized users. The plate
covers an entire row on the outer door. A single lens
plate is included with each order of Model OD-LP.
SIEMENS Industry, Inc.
Building Technologies Division
OD-GP -* Outer Door Grill Plate
OD-GP Outer Door Grill Plate
The Outer Door Grill Plate (Model OD-GP) also covers an
entire row on the outer door of a system cabinet, but has
four (4) rows of ventilation louvers on it. Model OD-GP is
mounted in front of system bulk amplifiers, card
amplifiers, or other modules that generate heat. Using
Model OD-GP will permit airflow across these modules to
aid in heat dissipation. One (1) grill plate is included
with each order of Model OG-GP.
Remote System Enclosures
Models REMBOX2 and REMBOX4 are FireFinder XLS
system enclosures that are used for remotely mounting
inner-door modules, such as: Person Machine Interfaces;
switch modules (Model SCM series); Live Voice Modules
(Model LVM), and Firefighters' Master Telephone (Model
FMT) modules.
Models REMBOX2 and REMBOX4 are thinner than regular
Model CAB-series of enclosures - just 5" (12.7cm.) deep
overall, and are perfect for mounting in limited-space areas
(e.g. - office-complex lobbies or behind a receptionist's
desk).
No card cages, power supplies or bulk amplifiers can be
mounted in a given Model REMBOX-series enclosure due
to their smaller depth. However, Person Machine
Interfaces and some modules (e.g. - the remote network
interface module [Model RNI]; the output control module
[Model OCM-16], and the supervised input module
[Model SIM-16]) can be mounted in a given Model
REM BOX-series enclosure.
Due to the depth of Models LVM and FMT, no Model 0CM-
16 or Model SIM-16 modules can be used simultaneously
with Model LVM or Model FMT. Model REMBOX2 and
Model REMBOX4 are designed for flush mounting with no
trim kit required. Both enclosures also come with a clear
lens plate on the cover.
FireFinder XLS Components - (cont.'d)
REMBOX2 -> Two-Module Remote Enclosures
REMBOX2 Two Module Remote Enclosures
Model REMBOX2 has two (2) inner-door module spaces,
and can hold a single Person Machine Interface, up to twc
(2) switch module brackets and one (1) Model LVM.
Combinations are also allowed.
Model REMBOX2 can also mount a single R\JI remote
network interface on a bracket included in the bcthox.
A bracket, known as Model REMBOX2-MP, can ')e used tc
mount up to four (4) Model OCM-16 outpJt control
modules or SIM-1 6 supervised input modules..
Model REMBOX2-MP must be purchased separately.
Approximate size of Model REMBOX2 is 14-1/2" (36.8cm.)
wide, 18-112"(47cm.) high and 5" (12.7cm.) dee3.
REMBOX4 -> Four-Module Remote Enclosures
REMBOX4 Four-Module Remote Enclosures
Model REMBOX4 has space for mounting four (4 inner-door
modules. Any combination of A Person Machine Interface
(two-module spaces); switch module brackets: Model
LVM, or Model FMT (one-module space each can be
used. Unused module spaces can be covered with Model
ID-SP blank plates. Model REMBOX4 can also mount a
single, remote network interface (Model RNI) on a
bracket included in the backbox.
A bracket known as Model REMBOX4-MP can be used to
mount up to eight (8) output control modules (Model
0CM-1 6) or supervised input modules (SIM-1 6).
Approximate size of Model REMBOX4 is 24" (6. cm.)
wide, 18-1/2" (47cm.) high and 5" (12.7cm.) oeep.
Model REMBOX4-MP must be purchased separately.
XLS-MSE2-ADPT —Enclosure Adapter
XLS-MSE2/R-ADPT - XLS MSE-2111 Enclosure Adapter
Model XLS-MSE2-ADPT, which must be used in conjunction
with Model CAB-MP, is an adapter that allows FireFinder
XLS cards to be mounted in older-generation MXL Model
M5E-2 small black enclosures.
Model XLS-MSE2R-ADPT, which must be used in
ccrjunction with Model CAB-MP, is an adapter that allcws
FireFinder XLS cards to be mounted in older-generaton
MXL Model MSE-211 small red enclosures.
XLS-MME3-ADPT -*Enclosure Adapters
XLS-MME3/R-ADPT - XLS MME-3/11 or MBR-2
Enclosure Adapters
Mcdel XLS-MME3-ADPT, which must be used in
conjunction with Model CAB-MP, is an adapter that allcws
FieFinder XLS cards to be mounted in older- generation
MXL Model MME-3 or Model MBR-2 medium black
enclosures.
Model XLS-MME3R-ADPT, which must be used in
conjunction with Model CAB-MP, is an adapter that allows
FireFinder XLS cards to be mounted in older-generation
MXL Model MME-3R medium red enclosures.
LI
XLS-MLE6-ADPT -> Enclosure Adapter
XLS-MLE6/R-ADPT - XIS MLE-6/11 Enclosure Adapter
Model XLS-MLE6-ADPT, which must be used in
conjunction with Model CAB-MP, is an adapter that
allows FireFinder XLS cards to be mounted in older-
generation MXL Model MLE-6 large black enclosures.
Model XLS-MLE6R-ADPT, which must be used in
conjunction with Model CAB-MP, is an adapter that
allows FireFinder XLS cards to be mounted in older-
generation MXL MLE-611 large red enclosures.
SIEMENS Industry, Inc. _10— Building Technologies Division
FireFinder XLS Corn ponents-(cont.'d)
!2' J
XLS-MSE3-ADPT —Enclosure Adapters
XLS-MSE3/R-ADPT - XLS MSE-3L/R or MSE-3M/R
Enclosure Adapters
Model XLS-MSE3-ADPT is an adapter that allows
FireFinder XLS cards to be mounted in older-
generation MXL-IQ Model MSE-3L or Model MSE-3M
black enclosure.
Model XLS-MSE3R-ADPT is an adapter that allows
FireFinder XLS cards to be mounted in older-
generation MXL-IQ Model MSE-3LR or Model MSE-
3MR red enclosure.
M.
XLS-RCC1-ADPT --> Enclosure Adapter
XLS-RCC-1-ADPT - XLS RCC-1 Enclosure Adapter
Model XLS-RCC1-ADPT is an adapter that allows the
FireFinder XLS Model SSDI-C series remote annunciator
to be mounted in older-generation Model RCC-1 surface-
mount enclosure.
XLS-RCC13F-ADPT -* Enclosure Adapters
XLS-RCC1 3FIR-ADPT - XIS RCC-1 FIR or RCC-3FIR
Enclosure Adapters
Model XLS-RCC1 3F-ADPT is an adapter that allows the
FireFinder XLS Model SSD/-C series remote annunciator
to be mounted in older-generation Model RCC-1 F or
Model RCC-3F black, flush-mount enclosure.
Model XLS-RCC1 3FR-ADPT is an adapter that allows the
Model SSD/-C series to be mounted in older-generation
RCC-1 FR and RCC-3FR, red flush-mount enclosure.
VPM - VESDA VESDA-HLI-KIT -* VESDA High-
Interface Equipment Level Interface Kit
SIEMENS Industry, Inc.
Building Technologies Division
VPM-MP - VESDA Mounting Plate
VPM, VESDA-H LI-KIT and VMP-MP -
VESDA Interface Equipment
The Very Early Smoke Detection Aspiration (VESDA)
Peripheral Module (Model VPM) and the VESDA High-
Level Interface Kit (Model VESDAHLI-KIT) are optional
FireFinder XLS modules that work in conjunction to
provide bi-directional communication between the
FireFinder XLS FACP and multiple VESDA detection
networks for the following types of VESDA detectors:
LaserCOMPACT
LaserFOCUS
LaserPLUS
LaserSCANNER
Model VPM allows each FireFinder XLS FACP to
annunciate 'Alert,' 'Action,' 'Fire 1,' and 'Fire 2' levels,
as well as provide 'faults' from any zone on a
connected VESDA network.
The VPM Mounting plate (Model VPM-MP) allows
mounting one (1) Model VPM and two (2) of Model
VESDAHLI-KIT inside a standard FireFinder XLS Model
CA131, Model CA132 or Model CA133 enclosure. Model
VPM-MP utilizes two (2) module spaces on a single
row of each enclosure.
C900V2 —*Dialer-Capture Ethernet Module
C900V2 - Dialer-Capture Ethernet Module
The Dialer-Capture Ethernet Module (Model C900V2)
links the data output of Model MDACT from the
FireFinder XLS FACP to an Ethernet connection - on a
local-area network (LAN) or wide-area network (WAN) -
for communication to a central station over the Internet.
Model C900V2 also allows Model MDACT to be
optionally linked to the public switched telephone
network (PSTN) for communication to a central station
over telephone lines.
Temperature and Humidity Range
FireFinder XLS components are ®UL 864 9th Edition
Listed for indoor dry locations within a temperature
range of 120+/-3°F (49+1-2°C) to 32+/-3°F (0+/-2°C)
and a relative-humidity range of 93+I-2°h
at a temperature of 90+/-3°F (32+/-20C).
Details for Ordering . Details for Ordering - (continued)
Model Part Number Description
AC-ADPT 500-633992 Technician Laptop-Power connector
BCM 500-033320 Blank control module plate,
[four (4) per package]
C900V2 S54430-Cl 3-A2 Dialer-Capture Ethernet Module
CAB-1 500-633007 Complete Single-Row Cabinet, black
CAB-1 R 500-633728 Complete Single-Row Cabinet, red
CAB -TK 500-633013 Single-Row Trim-kit Cabinet, black
CABi R-TK 500-633729 Single-Row Trim-kit Cabinet, red
CAB2-BB 500-633009 (2) Two-Row Back Box, black
CAB2-RB 500-634941 (2) Two-Row Back Box, red
CAB2-BD 500-633008 (2) Two-Row Inner & Outer Door set, black
CAB2-RD 500-633755 (2) Two-Row Inner & Outer Door set, red
CAB2-TK 500-633014 (2)Two-Row Trim-kit Cabinet, black
CAB2R-TK 500-633753 (2) Two-Row Trim-kit Cabinet, red
CAB2-XBD 500-633768 CAB2 Transponder Door
CAB2-X 599-034252 Complete CAB2 w/ Transponder Door
[no inner door]
CAB2-XRD 500-633792 Medium-Enclosure Transponder Door, red
[mounts to Model CAB2-RB]
CAB3-BB 500-633011 (3) Three-Row Back Box, black
CAB3-RB 500-634942 (3) Three-Row Back Box, red
CAB3-BD 500-633010 (3) Three-Row Inner & Outer Door Set, black
CAB3-RD 500-633757 (3) Three-row Inner & Outer Door set, red
CAB3-TK 500-633015 (3) Three-Row Trim-kit Cabinet, black
CAB3R-TK 500-633754 (3) Three-Row Trim-kit Cabinet, red
CAB3-XBD 500-633769 CAB3 Transponder Door
CAB3-X 599-034253 Complete CAB3 w/ Transponder Door
[no inner door] -
CAB3-XRD 500-633793 Large-Enclosure Transponder Door, red
[mounts to Model CABS-RB]
CAB-MP 500-633012 Back Box Module Mounting Plate
CCL 599-634214
CAN Cable
3ft. (91.4 cm.) Length required for:
SCM I LCM I FCM modules from Models CC-5 I CC-2
Inner Doors and from Row-to-Row on
Model CAB-series Inner Doors
CC-2 500-633440 Two (2) Slot Card Cage
CC-5 500-633037 Five (5) slot Card Cage
CDC-4 500-034200 Conventional Detector Card
COM-BRK 554430-B7-A1 Communications Bracket
CRC-6 500-033250 Controllable Relay Card
CSB 500-033130 CAN Sounder Board
DCT-P 500-699291 MDACT Programmer
DLC 500-033090 Device Loop Card
FCM-6 500-033140 Fan-Control-Module Switches
(oN, OFF, AUTO)
GPMI-UK Software-Upgrade Kit for PMI (vers. 1)
{to allow global functionality)
GPMI-2 554430-C3-Ai Model PMI -2 [with GPMI-HW-KEY]
HCP 500-034860 Intelligent Control Point Module
HUM 500-033170 Line-Isolator Module
ID-MP 500-633027 Inner-Door Enclosure Mounting Plate,
[four (4) per package]
ID-SP 500-633028 Single-Module Inner-Door Enclosure
Mounting Plate, [two (2) per package]
IIC 500-850328 Interface Isolation Card
LCM-8 500-033100 LED Annunciator Module
]eight (8) LEO sets[
MDACT 500-699254 Multi-Point Digital-Alarm
Communication Transmitter
MLC 554431-B4-Ai MXL Addressable-Device Line Card
MOM2-XMP 500-634822 Mounting Plate for Model MOM-2
MOM-2 500-892766 MXL Module Card Cage
[one (1) full slot[
Model Part Number Description
NIC-C 500-033240 Network Interface Card
NRC S54430-A2-Ai Network Ring Card: 2" Generation
OD-BP 500-633017 Outer Door Blank Plate
OD-BP-R 500-634919 Outer Door Blank Plate, red
OD-GP-R 500-634920 Outer Door Grill Plate, red
OD-GP 500-633018 Outer Door Grill Plate
OD-LP 500-633016 Outer Door Lens Plate
PAL-1 500-692407 ®UL Listed Parallel Printer
PMI-3 S54430-C1 5-Al Person Machine Interface 3
PMII-3
(Overlays) S54430-Cl 6-Al Alternate-language Overlays for navigation
on a FireFinder XLS operation interface
PSC-i 2 500-033340 Power supply with battery charger
P X-12 00-0 34120 Power supply extender
[112A@24VDC[
PTB 500-033390 Power termination board
REMBOX2 500-633772 (2) Two-module remote lobby enclosure, black
REMBOX21R 500-650612 (2) Two-module remote
lobby enclosure, red
REMBOX2-MP 500-634211 Mounting plate for Models
0CM-1 6/ SIM-i 6 in Model REMBOX2
REMBOX4 500-633914 (4) Four-module remote lobby enclosure, black
REMBOX4-MP 500-634212 Mounting plate for Models 0CM-1 6 /
SIM-16in Model REMBOX4
REMBOX41R 500-650613 (4) Four-module remote lobby enclosure, red
RNI 500-033420 Remote network interface module
RPM 500-033270 Remote printer module
- SCM-8 500-033040 Switch module, eight (8) switches
SIM-16 500-034060 Supervised input module
SNU-ASSY S54430-A3-Ai SNU Processor and USB cables (w/ SNU IOM)
SSD 500-034740 System-status display
SSD-C 500-648733 System-status display with control
SSD-I NT 500-034740 System-status display
with multi-lingual overlays
SSD-C-INT 500-034750 System-status display with control
andmulti-lingualoverlays
SSD-C-REM 500-634773 System-status display with control for
remote lobbyenclosure
TSP-XB 500-849949 Brackets for thermal-strip printer
TSP-XC 500-84995C Cablesfor thermal-strip printer
VNTPC 500-650490 VirtualNetwork Tunnel
VPM S54430-F93-A2 VESDAPeripheralModule
VPM-MP S54430-F95-A2 Mounting Plate for VESDA
PeripheralModule
VESDA-HLI-KIT S54430-F99-A2 VESDA High-Level Interface Kit
XDACT-ASSY S54430-A5-A-1 XDACTmountingplate(w/cable)
xts-MLE6-AopT S54430-C9-A' MLE-6 enclosure adapter forXLS,black
xLs-MLE6R-AopT S54430-C9-A2 MLE-6R enclosure adapter for XLS, red
XLS-MME3-ADPT S54430C8Ai
MME-3 and MBR-2 enclosure adapters
for FireFinder XLS,black
xLs-MME3R-AOPT S54430-C8-A2 MME-3R enclosure adapter for XLS, red
XLS-MSE2-ADPT S54430-C7-Ai MSE-2 enclosure adapter for XLS, black
xts-MsE2R-AoPr S54430-C7-A2 MSE-2R enclosure adapter for XLS,red
XLS-MSE3-ADPT S54430-C14-Al MXL-IQ MSE-3L and MSE-3M enclosure adapters
forFjreFinderxLs,black
xLs-MsE3R-AOPT S54430-C14-A2
MXL-IQ MSE-3LR & MSE-3MR enclosure
adaptersforXLS,red
XLS-RCC1 -ADPT S54430-Zl 4-Al RCC-1 enclosure adapter for XLS-SSD,black
xLS-Rcc13F-ADPT S54430-Zi3-Al RCC-iF&RCC-3F enclosure adapters, black
XLS-RCC13FR-AOV S54430-Zl3-A2 RCC-lFR&RCC-3FR enclosure adapters, red
ZIC-2C 500-648671 (2) Two-channel adapter card,
via (Model ZIC-88)
ZIC-4A 500-033050 (4) Four-circuit zone indicating card
ZIC-8B 500-648670 (8) Eight-circuit zone indicating card
Notice: This marketing data sheet is not intended to be used for system design or installation purposes.
For the most up-to-date information, refer to each product's installation instructions.
Fire Safety Fire Safety
8 Fernwood Road 1577 North Service Road
SIEMENS Industry, Inc. Florham Park, NJ 07932 East Oakville, Ontario April 2017
Building Technologies Division Tel: (973) 593-2600 lSll-FS) L6H 0H6 / Canada Supersedes sheet dated 4/2015
FAX: (908) 547-6877 Printed in U.S.A. Tel: [905] 465-8000 (Rex'. 16)
URL: www.usa.Siemens.com/Fire URL: www.Siemens.CA
SIEMENS Data Sheet
Fire Safety Products
FACP Accessories
PAD-4 Distributed Power Supply Unit [for ®UL markets]
Notification Appliance Circuit Extender
Models PAD-4-ENCL, PAD-4-MB (with FP20I I-UI, FP20I 2-UI power supplies)
ARCHITECT AND ENGINEER SPECIFICATIONS
Four (4) 'Class B', power-limited notification appliance circuits (NACs)
'Class A', field-selectable wiring
Each unit can support an optional module (Model PAD-4-CLSA) that
converts two (2) built-in 'Class A' NACs into four (4) 'Class A' NACs 'Class A'
Up to 3 Amps of auxiliary-power output Adapter Card
Optional built-in strobe synchronization [Model PAD-4-CLSA]
Supports coded audible signals, including Temporal 3, Temporal 4 patterns
Battery supervision and control
• 'Form C' general Trouble/ AC Fail monitoring contact
Main Board Unit Enclosure
[Model PAD-4-MB] [Model PAD-4-ENCL]
Multi-module mounting in System 3 enclosures
Multiple modules share battery set
• ADA Compliant
®UL 864 9th Edition Listed, ®UL 1481 Listed;
FM (#3010), CSFM (#7315-0067:0268) Approved
Power supplies support NAC power
Up to 6A used with Model FP201 1-Ui
Up to 9A used with Model FP2012-Ui
24VDC output voltage
Ground-fault detection
Advanced microprocessor control
Uses Flash memory-based system firmware
Optional system-diagnostic and firmware-upgrade tool
Product Overview
Used with Siemens - Fire Safety fire alarm control
panels (FACPs), the Distributed Power Supply PAD-4
Unit is a NAC expander with a built-in, auxiliary-
power output. Each PAD-4 unit distributes
additional power in buildings for audible and visual
indicators that conform to the Americans with
Disabilities Act (ADA). PAD-4 also has the
following features:
NACs
Signal-input circuits
Battery-charging circuit
Trouble relays for remote monitoring
Diagnostic light-emitting diodes (LEDs)
Alternating Current (AC) power connection
The Siemens NACs, which connect with alarm
signaling devices, have been designed to provide
the highest level of reliability and performance.
Signal coding on the circuits is accomplished
through integrated circuits (rather than relays),
which eliminates mechanical wear on the output
circuits.
The PAD-4 unit provides constant 24VDC output
voltage to each NAC - independent of voltage
fluctuations on the primary or secondary power
source. As a result, a larger voltage drop and a
greater wire length for each NAC are supported by
each PAD-4.
Specifications
This version of the Siemens Distributed Power Supply
Unit can be configured in the following manner that
makes the outputs easily programmable:
'STEADY' outputs
Synchronized strobe outputs
American National Standards Institute (ANSI) Temporal 3
ANSI Temporal 4 [for carbon monoxide (CO) alarm signal]
There are also two (2) inputs used to control the
activation of the four (4) outputs. Programming can
be set so one (1) input will silence the audible signal
on Siemens Models 'AS'-series, 'NS'-series, or 'ZH'-
series horn and horn-strobes while the strobes
remain active.
Distributed Power Supply - NAC Extender (Model PAD-4 series) 3363
SIEMENS Industry, Inc.
Building Technologies Division
Specifications - (continued)
Operation of each. PAD-4 unit is controlled by
firmware stored in Flash memory on the main board,.
as well as the storage of a 10-event log, which can
be viewed via Model PAD-4-FDT. In the event that
an upgrade to the system firmware is required, the
firmware can be transferred to the system without
the replacement of firmware dips.
An optional firmware-download software tool,
Model PAD-4-FDT, can be used for system-
diagnostic testing of the followng:
Primary-power voltage readouts
Current draw for power charger
Configuration switch settings
Firmware version
Battery voltage
When the tool is in communica:ion with Model PAD-
4-MB, the 'Test Mode' LED is illuminated. Model
PAD-4-LUA is a USB serial port adapter that is
required for tool-kit operation.
Each NAC extender supervises a variety of functions
including:
Low AC power
Battery-voltage level
Earth ground-fault conditions
All power can be directed to twc (2) 'Class A' or four
(4) 'Class B' power-limited NACs. Each NAC supports
up to 3 Amps per circuit. Either one (1) or two (2)
inputs can control four (4) outputs, which are
compatible with all Siemens - Fire Safety 24VDC
alarm signaling devices.
In cases where 'Class A' circuits are used, an optio-ial
Model PAD-4-CLSA module can be added, providing
two (2) additional 'Class A' outputs to each PAD-4
unit.
Each NAC extender is also capable of operating other
parts of a Siemens fire alarm system, such as door
holders, via 3 Amps @ 24VDC max of power-limited
auxiliary output. When the Dutput activated, the
total power available cannot exceed 6 Amps when
used with Models FP2011-U1 or 9 Amps when used
with FP201 2-Ui.
Trouble conditions are mon tored through each
unit's two (2) inputs. In addition, one (1) 'Form C.
Trouble Contact is provided for monitoring each unit
that is connected through the input of a Siemens
FACP. Therefore, the user has the option of
connecting a PAD-4 NAC extender unit into a NAC of
a Siemens FACP, or the unit may be monitored with
a Model TRI-series monitoring module on a Siemens
intelligent fire system.
A separate 'Form C' Trouble contact is used
exclusively with each NAC ex-ender to indicate AC
Fail Trouble events on the NAC extender.
SIEMENS Industry, Inc.
Building Technologies Division
Each unit is packaged in its own sheet-metal
enclosure with sufficient space to house up to 7AH
battery sets. The enclosure (Model PAD-4-ENCL) is
available in red.
The battery charger used in each unit can energize
batteries of up to 18AH. Though, when battery sets
greater than 7AH are required, the battery set must
be housed in a System 3 enclosure or a separate
®UL Listed battery enclosure.
System 3 enclosures may also be used to house
multiple Model PAD-4 units in a single enclosure, via
the Model S3AP Adapter Pate. Two (2) units are
capable of sharing the same battery set when
mounted in the same encicsure. Model S3AP can
also be used to mount the PAD-4 main board and
170-Watt power supply (Model FP2011-U1) into a
PAD-3 enclosure.
Each Model PAD-4 unit complies with seismic
certification, pursuant to the following:
ASCE Standard 7, 2005 Edition
International Building Code, 2006 Edition
California Building Code, 2007 Editon
ICC-ES AC 156, effective 2007
OSI-IPD preapproved, under: OSP-0057-10
- OSHPD CAN 2-1708A.5, Rev. 3
Each Model PAD-4-series unit also complies with
seismic certification, pursuant to ASC I SEI 7-05,
Section 13.2.2, when used with the PAD-4 battery
bracket (Model PAD4-BATT-BRKT).
Configuration Options
Option Input[s] Output Controls Circuit Types
1 Input 1 All outputs 'Class B' circuits
Input 1 All outputs 'Class B' circuits 2
Input 2* Silences horns on Output 1
Input 1 Outputs I and 2 'Class B' circuits 3
Input 2 Outputs 3 and 4 'Class B' circuits
Input 1 Output 1 'Class B' circuits
4
Input 2 Outputs:, 3 and 4 'Class B' circuits
5 Input 1 Outputs 1 through 4 'Class A'
circuit pairs
6 Input 1 Outputs 1 through 4 'Class A'
circuit pairs
Input 2* Silences horm on Output 1 -
Input 1 Outputs 1 anc 2 'Class A'
7
circuit pairs
Input 2 Outputs 3 anc 4 'Class A' circuit pairs
* denotes when used with Siemens Model 'AS'NS'or 7W-series
horn Istrobe devices
Indicator Lights
AC_Power ON:
AUX I PS: Yellow
Ground Fault: Yellow
Output 1 Trouble: Yellow
Output 2 Trouble: II Yellow
Output 3 Trouble: If Yellow
Output 4 Trouble: Yellow
I Test Mode: II Yellow I
Technical Data
AC Fail Trouble Contact Rating: 2.OA @ 30VDC, max.
('Form A'- Normally Closed (N.C) } [resistive]
Basic Trouble Contact Rating: 2.0A @ 30VDC, max,
('Form C') [resistive]
OA_peLci max.
Alarm Current:
(for NACs and auxiliary power }
9A, max. {via Model FP2012-1.11}
Ambient 32° -120° F
Temperature: (0°— 49° C)
Relative Humidity: Up to 93% @ 86° F (30° C);
non-condensing
Auxiliary Power Circuit: One (1) circuit @ 3A max.
Battery Charging Capacity: 18AH
Input Circuits! Two (2) 'Class B' supervised
Configurations: or
Two (2) 'Class A' supervised
Input Current: 7.0mA, max.
Input Voltage Range: 16-33VDC/VFW
Installation Environment: Indoor, dry
Supervised, power-limited
1 .0mA standby
current, max.
NACs: Four(4) circuits
02K ohms (+), 8K ohms (-)
24VDC @ 6 Amps
Total Output Power: (with Model FP201 1-Ui);
24VDC @ 9 Amps
(with Model FP2012-U1)
0 Two (2) 'Class A';
- Up to four (4) 'Class A'
Output Circuits I (via Model PAD-4-CLSA)..._
Configurations:
0 One (1) Class A,
Two (2) Class B;
Single-Unit Dimensions:
{ W -x- H -x- 3 } 13.5" —x— 18.75" —x— 3.25"
-------- Model_PAD-4-ENCL (34.3 cm. -x- 47.6 cm. -x- 8.3 cm.)
Red
Model_PAD-4-ENCL
SIEMENS Industry, Inc.
Building Technologies Division
Temperature and Humidity Range
Each PAD-4 Distributed Power Supply Unit is ®UL 864
gth Edition Listed for indoor dry locations within a
temperature range of 1 2OI-3°F (49+1-2°C) to
32I-3°F (OI-2°C) and a relative humidity of 93I-2%
at a temperature of 9OI-3°F (32l-2°C).
Details for Ordering
Model Part
Number Description
PAD-4-ENCL 500-050081 PAD-unit enclosure
PAD-4-MB 500-650217 PAD-unit main board
FP201 1-Ui 500-450222 170-Watt power supply
FP2012-U1 554400-Z60-A1 300-Watt power supply
—System Kits —
- Part Model Description Number
Complete 6A PAD-4 kit with:
PAD4-6A S54339-Al-Al - One (1) Unit Enclosure, PAD-4-ENCL
- One (1) Main Board, PAD-4-MB
- One (1) 170W power supply, FP2011-U1
Complete 6A PAD-4 kit with:
- One (1) Unit Enclosure, PAD-4-ENCL
PAD4-6A-CLSA 554339-A2-Al - One (1) Main Board, PAD-4-MB
- One (1) 170W power supply, FP2011-Ui
- One (1) 'Class A' Adapter Card, PAD-4-CLSA
Complete 9A PAD-4 kit with:
PAD4-9A 554339-A3-Al - One (1) Unit Enclosure, PAD-4-ENCL
- One (1) Main Board, PAD-4-MB
- One (1) 300W power supply, FP201 2-Ul
Complete 9A PAD-4 kit with:
- One (1) Unit Enclosure, PAD-4-ENCL
PAD4-9A-CLSA 554339-A4-A1 - One (1) Main Board, PAD-4-MB
- One (1)300W power supply, FP2012-Ul
- One (1) 'Class A' Adapter Card, PAD-4-CL5A
Optional Accessories
Model Part
Number Description
PAD4-BATT-BRKT 554430-B4-Al Battery bracket for NAC expander
PAD-4-LUA S54389-Cl-Al PAD-4 Laptop-Upload Adapter
PAD-4-CLSA 500-850254 'Class A' Adapter Card
S3AP 500-650257 PAD-4 NAC expander adapter plate
(for use with PAD-3 and System 3 enclosures)
Note: For the data sheet of the PAD-4 NAC Extender sold
in Canada, please see document, 3363C.
Notice: This marketing data sheet isiot intendec to be used for 5:/stem design or instaUatior. purposes.
For -he mot up-to-date information, refer to each product's iritaIIation nstructiDns.
Fire Safety
8 Fernwood Road
SIEMENS Industry, Inc. Florham Park, NJ 07932 - June 2017
Building Technologies Divi;io, Tel: (973) 593260C SIIF) tLpersedessheet dated 11O:5
FAX: (908) 547-6877 Printed in J.S.A. (Rev. 6)
URL: www.usa.Siemens.com/Fire
[INITIATING DEVICES]
SI EMENS
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I
O Compatible with Siemens Model The Photoelectric Smoke Detector (Model FD0421) uses state-of-the-art
'H'-series devices on the same loop microcontroller circuitry and surface-mount technology for maximum reliability.
(with Desigo Fire Safety Modular I Model FD0421 incorporates an optical sensor using a light-scattering detection
FireFinder XLSN I FCJFV20-series principle. The device utilizes advanced software algorithms to analyze the signals, fire-alarm control panels and provides highly stable and accurate smoke detection.
O Compatible with Model DPU
(device programmer! loop tester) Model FD0421 also uses state-of-the-art microprocessor circuitry with error check;
detector self-diagnostics, and supervision programs.
O Each detector is self-testing:
- self-monitored for sensitivity Field-Device Programmer! Test Unit
with UL Listed limits
- complete diagnostics Model FD0421 is compatible with the Siemens field-device programmer I test
performed every 10 seconds unit (Model DPU), which is a compact, portable and menu-driven accessory for
electronically programming and testing these addressable detectors promptly and
Polarity insensitive via reliably. For instance, the field technician selects the accessory's program mode,
Sure WirerM technology and enters the desired address.
El Functions with Model DB Model DPU eliminates the need for cumbersome, unreliable mechanical 11-series mounting bases programming methods (e.g. - dials and rotary switches), and reduces installation
Tri-colordetector-status light-emitting and service costs by electronically programming and testing the detector prior to 1. diode (LED) with 360*view installation. When set in 'test' mode, Model DPU will perform a series of
O Field-selectable application- diagnostic tests without altering the address or other stored data, allowing
sensitivity profiles technicians to determine if the detector is operating properly.
Remote sensitivity-
measurement capability
O Utilizes advanced, microprocessor-based
signal processing
O Extended temperature-and-
humidity operating range
Automatic environment compensation
Each field-device programmer I test unit
operates on AC power or rechargeable
batteries, providing flexibility and
convenience in the programming I testing of
fire-safety equipment from practically any
location. Additionally, with the use of a
Model DPU unit, there is no longer a cause
for concern with any vibration, corrosion and
other deteriorating conditions that can
accompany the vitality of a mechanical-
addressing mechanism.
Superior electromagnetic interference
(EM!) and radio-frequency interference
(RFI) immunity
Restriction of Hazardous
Substances (RoHS compliant)
UL 268A Listed [for direct air-duct use],
ULC Listed; FM (#3230, #3210), CSFM
(#7272-0067:0258) Approved
Photoelectric Smoke Detector
APPROVED
Siemens Data Sheet 6152
Building Technologies Division usa.siemens.com/desigo-fire-safety
Labyrinth
Optical
transmitter
Optical
receiver
I l=IIli)
Each detector fits into one (1) wall-or-ceiling footprint, and only occupies one (1) address on the signal-line circuit (SLC).
Model FD0421 is a plug-in, two-wire and addressable photoelectric smoke detector.
Model FD0421 is Underwriters' Laboratories Listed [UL268A Listed for direct in-air duct usage].
Each detector consists of a dust-resistant photoelectric chamber and microprocessor-based electronics
with a low-profile plastic housing. Every Model FD0421 fire detector is shipped with a protective dust cover:
1
Model FD0421 is a wide-spectrum, photoelectric smoke detector that
incorporates an infrared light-emitting diode (IRLED), as well as a light-
sensing photodiode. Under normal conditions, light transmitted by the
LED is directed away from the photodiode and scattered through the
smoke chamber in a controlled pattern.
The smoke chamber is designed to manage light dissipation and
extraneous reflections from dust particles or other non-smoke, airborne 1. Dust cover
00 contaminants in such a way as to maintain stable, consistent detector
I 2. Photoelectric operation. When smoke enters the detector chamber, light emitted from smoke detector the IRLED is scattered by the smoke particles, and is received by the
photodiode (see: the computer-graphic images at the top of this page).
I I
Application Parameter Sets
Model FD0421 provides four (4) pre-programmed sensitivity parameter sets that can be selected by the
Siemens fire-alarm control panel in order to match the expected application or environmental conditions:
Sensitive
Standard
Robust
Air-duct
Sensitive: This application parameter set is practically suitable for areas where few misleading sources
of false alarm are present, and is appropriate where priority is given to detecting open fires as
soon as possible (e.g. —typically a clean application with controlled environmental conditions).
Standard: This application parameter set, which is ideal for normal office I hotel-lobby-type
applications, is the default setting.
Robust: This application parameter set offers improved resistance to false alarms in areas where
misleading sources, such as cigarette smoke or exhaust fumes, may cause a nuisance alarm.
Air-Duct: This application parameter set is used when the detector is used a UL268A (DI) compliant,
direct in-air duct application without a duct housing.
Model FD0421 does not require a field sensitivity test. Model FD0421 is UL. Listed as a self-testing device
and complies with NFPA 72 as a self-monitoring detector and control-panel arrangement. This parameter
set is also used when Model FD0421 is used in air-duct housings (Models FDBZ492 and FDBZ492-HR).
Siemens
Building Technologies Division —2— usa.siemens.com/desigo-fire-safety
Application Parameter Sets - (continued)
Air-Duct: A quick visual inspection is sufficient to indicate the condition of Model FD0421 at any time.
If more detailed information is required, a printed report can be provided from the compatible FACP
indicating the status and settings assigned to each individual detector. When Model FD0421 moves to
'Alarm' mode, the detector will flash RED and continue flashing until the system is reset at the FACP.
At that same time, any user-defined, system-alarm functions programmed into the system are activated.
Model FD0421 contains a tn-color LED indicator, capable of flashing any one (1) of three (3) distinct colors:
GREEN I YELLOW I RED. During each flash interval, the microprocessor-based detector
monitors the following scenarios:
Smoke sensitivity is within the range indicated on the nameplate label
Smoke in its sensing chamber
Internal sensors and electronics are functional
Based on the results of the monitoring, the LED indicator flashes the following:
FLASH COLOR CONDITION FLASH INTERVAL
[in seconds]
GREEN*. Normal supervisory operation.
Smoke sensitivity is within rated limits. 10
YELLOW: Detector is in trouble and needs replacement. 4
'Alarm' condition 1
NO FLASH: Detector is not powered. 1 -
* denotes LED can be turned OFF
Please follow the corresponding description of the panel used.
A quick visual inspection is sufficient to indicate the condition of the detector at any time.
If more detailed information is required, a printed report can be provided from the respective Fire Safety Modular
FireFinder XLS/V I FC/FV20—series FACP that indicates the status and settings assigned to each individual detector.
Ij I
All Model FD0421 intelligent, addressable detectors use a surface-mounting base (Model DB-1 1 or
DB-1 1 E), which mounts on a 4-inch (10.2 cm.) octagonal, square or single-gang electrical back box. The base
utilizes screw-clamp contacts for electrical connections and self-wiping contacts for increased reliability.
The Model DB-1 1 detector base can be used with the optional Siemens Model LK-1 1 detector locking kit,
which contains 50 detector locks and an installation tool to prevent unauthorized removal of the
detector head. Model DB-1 1 has aesthetically conducive plugs to cover the outer mounting-screw holes.
Model FD0421 may be installed on the same initiating circuit with the Siemens Model 'H'-series detectors
[when used with Desigo Fire Safety Modular I FireFinder XLS/V I FCIFV20—series FACP5] -
HFP-11, HFPT-11
Model 'XTRI'-series interfaces
Model 'HTRT'-series interfaces
Model 'HMS'-series manual stations
Model HCP output-control detection devices
Model 'HZM'-series of addressable, conventional zone modules
Each detector, which is shipped with a protective dust cover,
consists of the following:
Dust-resistant photoelectric chamber
Solid-state, non-mechanical thermal sensor
Microprocessor-based electronics with a low-profile plastic housing
All Model FD0421 intelligent, addressable detectors are approved for operation with
the Underwriters' Laboratories-specified temperature range of 32° to 1200 (00 to 49°C).
(See: installation manual P/N—A6V10323928for further details)
Siemens
Building Technologies Division -3- usa.siemens.comldesigo-fire-safety
Installation of Model FD0421 smoke detectors requires a two-wire circuit. In many retrofit cases, existing wiring may
be used. '1-tapping' is permitted only for Style 4 (Class B) wiring. Model FD0421 is polarity insensitive, which can
greatly reduce installation and debugging times.
Model FD0421 detectors can be applied within the maximum 30-feet center spacing (900 sq. ft. areas,)
as referenced in NFPA 72. This application guideline is based on ideal conditions - specifically, smooth ceiling surfaces;
minimal air movement, and no physical obstructions between potential fire sources and the actual detector. Do not
mount detectors in close proximity to ventilation or heating and air conditioning outlets. Exposed joists or beamed
ceilings may also affect safe spacing limitations for detectors.
Should questions arise regarding detector placement, observe NFPA 72 guidelines. Good fire-protection-system
engineering and common sense dictate how and when fire detectors are installed and used. Contact your local
Siemens - Fire Safety distributor or sales office whenever you need assistance applying Model FD0421 in unusual
applications. Be sure to follow NFPA guidelines and UL Listed I ULC Listed installation instructions - included with
every Siemens - Fire Safety detector - and local codes as for all fire protection equipment.
OPERATING 32--120-1`
TEMPERATURE: (0°— 49°C)
RELATIVE 0-95%
HUMIDITY: (non-condensing)
AIR PRESSURE: No effect
AIR VELOCITY: 0 - 4,000 feet-per-minute (fpm)
(0 - 20 meters-per-second)
INPUT VOLTAGE 16VDC - 30VDC RANGE:
'ALARM'
CURRENT, MAX.: 280pA
'STANDBY'
CURRENT, MAX.: 280pA, max. (average)
MAXIMUM F30—ft. centers (900 sq. ft.),
SPACING: per NFPA 72
DETECTOR
WEIGHT: 0.317 Lbs. (0.144 kg.)
MECHANICAL
PROTECTION UL and ULC Listed
(with STI Guard Model STI-9604) GUARD:
MODEL DATA
OR TYPE SHEET PANEL
XLS 6300 FireFinder® (fire)
XLSV 6340 FireFinder (fire WI voice)
DESIGO 7300 MODULAR Desigo Modular (overview)
FC2005 6813 Desigo Fire Safety
50-point addressable
FC2025 Desigo Fire Safety 252-pt.
6815 addressable (fire)
FC2050 Desigo Fire Safety 504-pt.
- addressable (fire)
Desigo Fire Safety
FV2025 252-point addressable
(fire w/ Intelligent Voice
Communication VC])
504-pt. addressable
FV2050 (fire w/ Intelligent Voice
Communication [IvC])
i1J®__
MODEL PART
OR TYPE NUMBER
PRODUCT
FD0421 S54320-F4-A1 Photoelectric
Smoke Detector
Compatible Devices:
MODEL PART
OR TYPE NUMBER
PRODUCT
DB-1 1 500-094151 11
Detector
Mounting Base
DB-1 1 E 500-094151 E Detector Base, small
Detector Mounting DB2-HR S5437o-F12-A1 Base with Relay
Remote Alarm
RL-HC 500-033230 Indicator: 4"
(10.2 cm) octagon-
box mount, red
Remote Alarm
RL-HW 500-033310 Indicator: single-
gang box mount, red
FDBZ492 S54319-B22-A1 Addressable
Air-Duct Housing
Addressable Air- FDBZ492.HR S54319-B23-A1 Duct Detector
with Relay
LK-1 1 500-695350 Base Locking Kit
See: www.STI-USA.com for further
details on ordering Model Sfl-9604
In Canada order:
MODEL PART II
OR TYPE NUMBER PRODUCT
Detector
DB-1]IC=500-095687 Mounting Base,
ULC Listed
- The information contained in this data-sheet document is intended only
as a summary, and is subject to change without notice.
The product(s) described here has/have a specific instruction sheet(s)
that cover various technical, limitation and liability information.
Copies of install-type, instruction sheets - as well as the General Product
Warning and Limitations document, which also contains important data,
are provided with the product, and are available from the Manufacturer.
Data contained in the aforesaid type of documentation should be consulted
with a fire-safety professional before specifying or using the product.
Any further questions or assistance concerning
particular problems that might arise, relative to the
proper functioning of the equipment, please contact
the Manufacturer.
SIEMENS
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SieftiIJtr1y, Inc.
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Multi-Criteria Fire Detector
SI EMENS
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0 Compatible with Siemens Model
H'-series devices on the same
loop (with Desigo Fire Safety
= Modular I FireFinder XLSN I FC20-
series fire-alarm control (FACPs)
O Each detector is self-testing:
- complete diagnostics
performed every 10 seconds
- self-monitored for sensitivity
within UL Listed limits
Listed, approved as a heat detector:
- Rate-of-Rise Detection:
15°F! mm. (8.3°C I mm.)
- Fixed: 135°F (57°C)
Responds to flaming and
smoldering fire signatures
O Field-selectable application profiles
Superior electromagnetic interference
(EMI) and radio-frequency interference
(RFI) immunity
O Field programmable as rate-of-rise
or fixed temperature, per Alarm
Source 2'1 Standard parameter
Tr-color detector-status light-emitting
diode (LED) with 360° view
O Compatible with Model DPU
(device programmer/ loop tester)
O Polarity insensitive via
Sure Wire!" technology
Functions with Model DB-
11-series mounting bases
Restriction of Hazardous
Substances (RoHS compliant)
Automatic environment compensation
UL Listed, ULC Listed; FM (#3230,#3210),
CSFM (172720067:0258) Approved
Siemens
Building Technologies Division
The Photoelectric I Thermal (Heat) Detector (Model FDOT421) is an intelligent,
addressable multi-criteria detector that incorporates optical and thermal sensors,
and uses signals in a neural network to create an intelligent multi-criteria detector.
The encompassing result is a detector that provides enhanced detection to a wide
range of products of combustion.
Model FDOT421 utilizes advanced, multi-criteria detection technology. The multi-
criteria detector additionally has state-of-the-art microprocessor detector also has
state-of-the-art microprocessor circuitry (with error check), as well as detector self-
diagnostics and supervision programs that is used on Desigo Fire Safety Modular I
FireFinder XLSN and on Model FCIFV20-series Desigo Fire Safety fire-alarm control
panels (FACPs).
Additionally, Model FDOT421 is a plug-in and addressable two-wire multi-criteria
detector (with both photoelectric and thermal inputs) that is compatible with Siemens
intelligent, addressable systems.
Field-Device Programmer/Test Unit
Model FDOT421 is compatible with the Siemens field-device programmer I test unit
(Model DPU), which is a compact, portable and menu-driven accessory for
electronically programming and testing these addressable detectors promptly and
reliably. For instance, the field technician selects the accessory's program mode,
and enters the desired address.
Model DPU eliminates the need for cumbersome, unreliable mechanical
programming methods (e.g. - dials and rotary switches), and reduces installation
and service costs by electronically programming and testing the detector prior to
installation. When set in 'test' mode, Model DPU will perform a series of diagnostic
tests without altering the address or other stored data, allowing technicians to
determine if the detector is operating properly.
Each field-device programmer! test unit operates
on AC power or rechargeable batteries, providing
flexibility and convenience in the programming
testing of fire-safety equipment from practically
any location. Additionally, with the use of a
Model DPU unit, there is no longer a cause for
concern with any vibration, corrosion and other
deteriorating conditions that can accompany the
vitality of a mechanical-addressing mechanism.
The encompassing result is an intelligent detector that provides enhanced
detection capability to a wide range of products of combustion - while offering
unsurpassed rejection to nuisance-alarm sources, including: dust I steam I aerosols
and other deceptive phenomena that could cause false alarms.
Data Sheet 6150
usa.siemens.com!desigo-fire-safety
4. Heat sensor
{MItF.DTcr1
Labyrinth
Optical
transmitter
Optical
receiver
_1 Dust cover
Model FDOT421 utilizes an infrared light emitting diode (IRLED),
and infrared light-sensing photodiode. Under normal Multi-criteria detector
conditions, light transmitted by the LED is directed away from NOTE: Each detector consists of a the photodiode and scattered through the smoke chamber in a dust-resistant photoelectric controlled pattern. chaniber, a solid state, non-
The smoke chamber is designed to manage light dissipation and
extraneous reflections from dust particles or other non-smoke,
mechanical thermal sensor,
and microprocessor-based
-
2
airborne contaminants in such a way as to maintain stable, electronics with a low-profile
housing. plastic consistent detector operation. When smoke enters the detector
chamber, light emitted from the IRLED is scattered by the smoke Every Model FDOT421 lire
particles, and is received by the photodiode. detector is shipped with a
Model FDOT421 also utilizes a modern, accurate and
protective dust cover.
shock-resistant thermistor to sense temperature changes. - - -
The signal processing with detection algorithms allows the detector to first gather smoke and thermal data, and then analyze
this information in the detector's neural network.' By comparing data received with the common characteristics of fires or fire
signatures, Model FDOT421 can compare these signals to those of deceptive phenomena that cause other detectors to trigger a
false alarm.
Each Model FDOT421 detector provides three (3) pre-programmed parameter sets that can be selected by the FACP.
Model FDOT421 provides two (2) different alarm sources that can be selected individually (ON or OFF) by the control panel.
Alarm Source 1 (Neural Network) - Combines smoke (heat) with the following field-selectable profiles:
Sensitive
Robust
Standard
Sensitive: This parameter set is practically suitable for areas where few misleading sources of false alarm are
present, and is appropriate where priority is given to detecting open fires as soon as possible
(e.g. - typically a clean application-with controlled environmental conditions).
Robust: This parameter set offers improved resistance to false alarms in areas where misleading sources,
such as cigarette smoke or exhaust fumes, may cause a nuisance alarm.
Standard: This parameter set, which is practically ideal for normal office, hotel-lobby-type
applications, is the default setting.
Alarm Source 2 (Thermistor) - Heat only; provides the following:
Static I fixed at 135°F (57°C), default setting
Rate-of-Rise detection at 15°F! mm. (8.3°C! mm.)
If the detector is not programmed, Model FDOT421 will default to a 'standard' profile setting, which allows operation for
a normal office-type environment. Model FDOT421 contains a tn-color LED indicator, capable of flashing any one (1) of
three (3) distinct colors: GREEN I YELLOW I RED. During each flash interval, the microprocessor-based detector monitors
the following fire-system conditions:
Smoke in its sensing chamber
Smoke sensitivity is within the range indicated on the nameplate label
Internal sensors and electronics
Siemens
Building Technologies Division —2— usa.siemens.com/desigo-fire-safety
I 1It LA2/ t!JjIiJ!JJj
Based on the results of the monitoring, the LED indicator flashes the following:
FLASH COLOR CONDITION LASH F INTERVAL
[in seconds]
GREEN*. Normal supervisory operation.
Smoke sensitivity is within rated limits. 10
YELLOW: Detector is in trouble and needs replacement. 4
Alarm' condition 1
NO FLASH: Detector is not powered. -
* denotes LED can be turned OFF
Please follow the corresponding description of the panel used.
A quick visual inspection is sufficient to indicate the condition of the detector at any time.
If more detailed information is required, a printed report can be provided from the respective Desigo Fire Safety Modular
Model FC20-series I FireFinder XLS/V FACPs that indicates the status and settings assigned to each detector.
Iq 1
All Model FDOT421 detectors use a surface-mounting base I Model DB2-HR I DB-1 1 or Model DB-1 1 E. Each base mounts
onto a 4-inch (10.2 cm.) octagonal, square or single-gang electrical box.
The base utilizes screw-clamp contacts for electrical connections and self-wiping contacts for increased reliability.
The Model DB-1 1 detector base can be used with the optional Siemens Model LK-1 1 detector locking kit, which
contains 50 detector locks and an installation tool to prevent unauthorized removal of the detector head.
Model DB-1 1 has aesthetically conducive plugs to cover the outer mounting-screw holes.
Model FDOT421 may be installed on the same initiating circuit with the following
[when used with Desigo Fire Safety Modular Model FC20-series I FireFinder XLS/V FACP5] - - -
HFP-11, HFPT-11 14 4.13 (105 cm)
Model 'HMS'-series manual stations
Model 'XTRJ'-series interfaces HI D I
Model 'HTRI'-series interfaces 2 )• I...
Model HCP output-control detection devices
Model 'HZM'-series of addressable, conventional zone modules Ill I (.7cm.)
All Model FDOT421 detectors are approved for operation within
the UL-specified temperature range of 32°F to 100°F (0— 38°C).
IrA.7p-lirat-ion
Installation of Model FDOT421 intelligent, addressable multi-criteria detectors requires a two-wire circuit.
In many retrofit cases, existing wiring may be used.'T-tapping' is permitted only for Style 4 (Class B) wiring.
Model FDOT421 is polarity insensitive, which can greatly reduce installation and debugging times.
Model FDOT421 can be applied within the maximum 50-feet (15.24 m.) center spacing (2,500 sq. ft. [762 sq. m.])
per Underwriters' Laboratories. This application guide is based on ideal conditions, specifically, smooth-ceiling
surfaces, minimal air movement, and no physical obstructions between potential fire sources and the actual
detector. Do not mount detectors in close proximity to heating I ventilation I air-conditioning (HVAC) outlets.
Exposed joists or beamed ceilings may also affect safe spacing limitations for detectors.
Should questions arise regarding detector placement, observe NFPA 72 guidelines. Good fire-protection
system engineering and common sense dictate how and when fire detectors are installed and used.
Contact your local Siemens - Fire Safety distributor or sales office whenever you need assistance applying
Model FDOT421 in unusual applications.
Be sure to follow NFPA guidelines and UL Listed I ULC Listed installation instructions -
included with every Siemens - Fire Safety detector - and local codes for all fire-protection equipment.
Siemens
Building Technologies Division —3— usa.siemens.comldesigo-fire-safety
Model FDOT421 is a plug-in, (2) two-wire Photoelectric I Thermal (heat) detector, compatible with Model FC20-series
Desigo Fire Safety Modular Model FC20-series I FireFinder XLSIV FACPs. Each Model FDOT421 detector has
microcomputer-chip technology and highly stable, solid-state electronic circuitry. Model FDOT421 detectors utilize a
modern, accurate and shock-resistant thermistor to sense temperature changes. This electronic-sensing method
virtually eliminates thermal lag associated with mechanical temperature-sensing devices, and provides almost
instantaneous temperature status to the FACP.
Model FDOT421 provides seven (7) field-selectable, pre-programmed temperature settings:
Fixed 1 35°F (57°C) Rate-of-Rise: 15°F / mm. (8.3°C)
This feature is compatible with Model FC20-series Desigo Fire Safety Modular Model FC20-series
FireFinder XLSIV systems, as well.as with FC /FV2025 or FC 1FV2050 FACPs.
OPERATING 12° - 100°F
TEMPERATURE: (0° - 38°C)
RELATIVE 0-95%
HUMIDITY: (non-condensing)
AIR PRESSURE: IF No effect
INPUT VOLTAGE
RANGE: 16VDC - 3OVDC
'ALARM'
CURRENT, MAX.: 280pA IF
'STANDBY'
CURRENT, MAX.: 280pA, max. (average)
MAXIMUM 30—ft. (9.144 m.) centers
SPACING: (900 sq. ft. 1 762 sq. rn),
per NFPA 72 and ULC-S524
Fixed 135°F (57°C)
THERMAL
RATING: 15°F / mm. (8.3°C)
at fixed 135°F (57°C)
DETECTOR
WEIGHT: 0.317 Lbs. (0.144 kg.)
MECHANICAL
PROTECTION UL Listed / ULC Listed
GUARD:
with STI Guard Model STI-9604
MODEL V DATA PANEL OR TYPEO SHEET
XLS 6300 FireFinder® (fire)
XLSV 6340 FireFinder (fire w/ voice)
DESIGO 7300 MODULAR
Desigo Modular (overview)
FC901 6813 Desigo Fire Safety
50-point addressable
FC2025 Desigo Fire Safety
6815 252-pt. addressable (fire)
FC2050 Desigo Fire Safety 504-pt.
addressable (fire)
Desigo Fire Safety
FFV202725 252-point addressable
(fire wl Intelligent Voice
6821 Communication [IVC]) ____________________
504-pt. addressable
FV2050 (fire wl Intelligent Voice
Communication [IVC])
D'Let a iiTfdirig
ZORTYPEt
PART PRODUCT NUMBER
Addressable
FDOT421 S54320-F6-A1 Multi-Criteria
Fire Detector
Compatible Devices:
MODEL PART PRODUCT OR TYPE NUMBER
ABHW-4B S54320-F13-Al 3-Al Sounder base with
Loop-Power Option
ABHW4S S54320-1714-Al Sounder base for
Sleeping Areas
ADB-BOX 500-6 98360 Surface Mount Adapter
Box for Audible Base
Relay base compatible
DB2-HR S54370-F12-Al with Siemens standard
land advanced detectors
DB-1 1 500-094151 Detector Mounting Base
_______
(for Series 11)
DB-1 1 E 500-094151 E Detector Base (small)
Remote Alarm Indicator:
RL-HW 500-033310 Single-gang-box
_ mount, red
Remote Alarm Indicator:
RL-HC 500-033230 4" (10.2 cm.) octagon-
box mount, red
[El 500-695350 Base Locking Kit
(for Series 11)
See: www.STI-USA.com for further details
on ordering Model STI-9604
In Canada order:
MODEL II PART
ORTYPE NUMBER PRODUCT
Detector
DB-1 1C 500-095687 Mounting Base,
ULC Listed
Nsiemen j silUtJnc.
1 ding
Ua—dEIRIUr Pk, NJ 07 '82
Tel: (9173. 9 - 600
hQet datQ 3/201
Rev. 8)
- The information contained in this data-sheet document is intended only
as a summary, and is subject to change without notice.
The product(s) described here has/have a specific instruction sheet(s)
that cover various technical, limitation and liability information.
Copies of install-type, instruction sheets - as well as the General Product
Warning and Limitations document, which also contains important data,
are provided with the product, and are available from the Manufacturer.
Data contained in the aforesaid type of documentation should be consulted
with a fire-safety professional before specifying or using the product.
Any further questions or assistance concerning
particular problems that might arise, relative to the
proper functioning of the equipment, please contact
the Manufacturer.
SIEMENS
!iiIrS1ficty
Iiriie I
M®®i441 I
iIIjX7 hxi I
O Advanced multi-criteria fire detector that Model FDOOTC441 is an advanced, multi-criteria fire I CO detector that
has optical thermal and CO sensors incorporates a redundant optical I thermal sensor. Additionally, Model
O Differentiates between deceptive FDOOTC441 uses a distinctive forward / backward, light-scattering technology that
phenomena and an actual fire provides high-tech, unparalleled fire detection to the widest range of fire types.
(nuisance-alarm avoidance)
O Compatible with Siemens Model Each Model FDOOTC441 is programmed as a high-sensitivity detector, thus
H'-series devices on the same loop meeting the requirements of NFPA 76 Standard (for the Fire Protection of
(with Desigo Fire Safety Modular I Telecommunications Facilities) as a Very Early Warning Fire Detector (VEWFD). FireFinder XLSN I FC/FV20—series
fire-alarm control panels [FACPs]) Each FDOOTC441 detector offers a complete and contemporary solution to meet O Provides enhanced detection
via forward-and-backward fire and CO life-safety gas-detection specifications. Multi-Criteria Fire / CO Detector
light-scattering technology detectors can be field programmed for simultaneous and I or independent
Supervisory feature for temperature and functionality, depending upon the precise customer and application requirements.
CO-concentration-threshold monitoring
O Complies with NFPA 76 (Telco standard) For example, the detector can simultaneously utilize the optical and heat sensors for
as 'VEWFD' high-sensitivity detector enhanced fire detection (multi criteria), as well as provide independent outputs for
UL Listed and FM Approved as a multi- CO gas life-safety and heat detection. Any combination of the sensors is possible.
criteria and VEWFD' fire detector
Low-temperature warning for Each detector is very versatile, and meets the following fire-industry standards:
sprinkler systems, per NFPA 25 • Multi-criteria fire detector (UL 268)
UL 268A Listed for direct air-duct • Carbon Monoxide (CO) gas detector (UL 2075)
use (4,000 FPM) • Heat detector (UL 521) with five (5) possible field-selectable UL 2075 and NFPA 72 requirements temperatures; combined with four (4) rate-of-rise options for sensitivity self-monitoring Direct, in-duct (plenum) detector (UL 268A) Remote sensitivity-measurement capability. Supervisory monitoring for CO levels and temperature ranges Tri-colordetector-status light-emitting • NFPA 76 (Telco Standard) as VEWFD diode (LED) with 360 'view Low-temperature warning signal at 40°F (4.4°C) O Polarity insensitive via SureWireTm
- for sprinkler systems, per NFPA 25 I NFPA 72 Responds to both flaming and
smoldering-fire signatures Model FDOOTC441 provides extremely accurate and reliable fire detection with built- Supervisory temperature-
monitoring feature in redundancy. It uses advanced, multi-criteria detection technology known as ASA
Automatic environment compensation (Advanced Signal Analysis), allowing the detector to distinguish non-threatening
Meets UL, NFPA 72 requirements deceptive phenomena.
for sensitivity self-monitoring
O Compatible with: For instance, the signals from the detector's
- Model D13-111—series mounting bases sensors are monitored and processed via the
Model DPU (device ASA—patented algorithm technology, which
I
programmer/loop tester) combines the signals into a neural network
O Restriction of Hazardous to create an intelligent, multi-criteria
Substances (RoHS compliant) addressable detector.
O UL 268 Listed, ULC Listed; FM (#3230,
#3210), CSFM (#7272-0067:0258) Approved
1Fnu
('j cZ
Multi-Criteria Fire I CO Detector
0
[with ASAtechno!ogy]
APPROIED
Siemens Data Sheet 6153
Building Technologies Division usa.siemens.comldesigo-fire-safety
1. Heat
sensors
Forward
scatterer
Labyrinth 2. Receiver
6. CO sensor 3. Backward
scatterer
Forward-and-Backward Light-Scattering Technology (with CO sensor)
1
The encompassing result is an intelligent detector that provides enhanced detection capability to a wide range of
products of combustion - while offering unsurpassed rejection to nuisance-alarm sources, including: dust I steam
I aerosols and other deceptive phenomena that could cause false alarms. It is known at Siemens as the no-false-alarm guarantee.
Since Model FDOOTC441 is a two-wire, addressable device, it is then able to function as a multi-purpose detector -
satisfying fire, heat and CO gas detection in a singular, aesthetically pleasing package. Comparable to other multi-
functional detectors, Model FDOOTC441 also serves as a very cost-effective, viable detection solution that saves on
product I installation I maintenance costs. Each detector fits into one (1) wall-or-ceiling footprint, and only occupies one
(1) address on the signal-line circuit (SLC).
A patented forward-and-backward, light-scattering technology, which is able to distinguish both small and large products
of combustion, operates at the core of each Model FDOOTC441 intelligent, addressable CO-with-ASA detector. Since
each Model FDOOTC441 detector provides an 3c0-friendly solution to legacy ionization detectors, there is subsequently
an elimination of any need for having a radioactive source, along with inevitable HAZMAT-disposal requirements.
Therefore each detector is capable of detecting both smoldering and flaming fires -all in ecologically efficient manner -
and is a valid, RoHS-compliant (Restriction of Hazardous Substances) detection alternative to legacy ionization detectors.
Two (2) thermal sensors, as well as an electromechanical CO sensor, are included, making each Model FDOOTC441
detector a robust, reliable device suitable for the most challenging applications. Additionally, Model FDOOTC441
also works as a carbon-monoxide (CO) life-safety gas detector, compliant with NFPA 72 and UL2075.
Forward-and-Backward Light-Scattering Technology
The high-quality, optical-electronic measuring chamber for each Model FDOOTC441 houses the following components:
> Two (2) optical transmitters
> One (1) optical receiver
> Two (2) thermal sensors
> Two (1) CO sensor
The transmitters illuminate the smoke particle; from different angles: one sensor acts as a forward scatterer, and the
other sensor works as a backwards scatterer. The scattered light subsequently hits the receiver the receiver (photodiode)
and generates a measurable electric signal. The combination of a forward-and-backward scatterer facilitates optimum
detection, as well as differentiates between light-and-dark particles I particle size.
This type of detection creates standardized, responsive behavior, therefore optimizing the differentiation
between wanted signals and deceptive phenomena. Additionally, the heat sensors make it possible to
detect fires without smoke generation.
The CO sensor enables faster detection of fires with incomplete combustion, as well as fires with the development
of high levels of CO. The combination of optical, thermal and CO signals optimizes detection reliability.
Additionally, this scenario generates the following advantages:
v' Early detection of all fire types of fire—whether they generate light-or-dark smoke, or no smoke
/ The fire detector can be operated at a lower sensitivity level, thus achieving a higher immunity against
false alarms that may otherwise be caused by cold aerosols (e.g. —by smoking, electrical welding, etc.)
In the case of an open fire, the smoke sensitivity is heightened by a temperature increase - a detection-reliability
level that is comparable to a wide-spectrum smoke detector - that can be achieved and maintained.
Siemens
Building Technologies Division —2— usa.siemens.comldesigo-fire-safety
Lciim (tg!jj11IrnrI)
Field-Device Programmer/ Test Unit
Model FDOOTC441 is compatible with the Siemens field-device programmer I test unit (Model DPU), which is a compact,
portable and menu-driven accessory for electronically programming and testing these addressable detectors promptly and
reliably. For instance, the field technician selects the accessory's program mode, and enters the desired address.
Model DPU eliminates the need for cumbersome, unreliable mechanical programming methods (e.g. - dials and rotary
switches), and reduces installation and service costs by electronically programming and testing the detector prior to
installation. When set in 'test' mode, Model DPU will perform a series of diagnostic tests without altering the address or
other stored data, allowing technicians to determine if the detector is operating properly.
Each field-device programmer I test unit operates on AC power or rechargeable batteries, providing flexibility and
convenience in the programming I testing of fire-safety equipment from practically any location. Additionally, with the use
of a Model DPU unit, there is no longer a cause for concern with any vibration, corrosion and other deteriorating
conditions that can accompany the vitality of a mechanical-addressing mechanism.
Field-selectable application profiles
Model FDOOTC441 provides 26 user-friendly, field-selectable application profiles, identified with universally
known names (e.g. - hotel I Telco I office I parking garage I dormitory I data center, etc.)
Refer to installation manual: P/N—A6V10324657for a complete list and description of application profiles.
Due to generic-name classifications, no cross-reference tables are required as the application name resides in the
panel's configuration tool. This user-friendly feature - along with the algorithms provided by ASAtechno/ogy -
provides a reliable, field-configurable detector suitable for an array of applications.
Field-selectable temperature settings
Model FDOOTC441 provides five (5) field-selectable temperature thresholds, ranging from 135°F to 175°F (57°C to
790C), with fixed and rate-of-rise options. These ranges provide maximum flexibility to program and to easily adjust
the temperature settings that suit multi-application needs with a building or in changing environmental conditions.
Model FDOOTC441 can be configured to provide a low-temperature warning signal at 40°F (4.4°C). Additionally, Model
FDOOTC441 occupies only one (1) address on the SLC and provides a CO cell end-of-life warning and fault condition
meeting NFPA 72 and UL 2075 requirements. This configuration (along with connection to a compatible Desigo Fire
Safety Modular I FireFinder XLSIV I FCIFV20—series FACP) meets NFPA 72 requirements for sprinkler-temperature
monitoring, and serves to prevent water freezing inside pipes, relative to water-based suppression systems.
Ambient supervisory feature for temperature-threshold ranges, relative to Carbon Monoxide (CO)
Another significant characteristic for Model FDOOTC441 CO detectors lies in the supervision of ambient
temperatures. A specified, unique warning point at a customized temperature threshold ranging from
4°F to 120°F (-20°C to 49 °C) can be set manually. This feature is practical for monitoring of machinery; special
processes, or for environments where maintaining a temperature is critical as an early-warning supervisory signal.
Optionally, Model FDOOTC441 also provides supervision of the carbon-monoxide (CO) level selected by the
customer. The CO supervision is provided in addition to the normal UL2075 and NFPA 72 alarm levels, and is
user-customized for special applications. The range for configuration of each Model FDOOTC441 device to a
compatible Siemens FACP is 30 - 600 parts-per-million (PPM).
CO Detection
In addition to the multi-criteria functionality, each Model FDOOTC441 detector provides an independent CO life-
safety signal that meets the requirements of NFPA 72 and UL2075, and meets CO-sensitivity limits under
UL2034 Standard. Additionally, Model FDOOTC441 detectors functions from a reliable electrochemical CO cell,
transmitting CO concentration on an independent signal separate from the fire-detection signals to the FACP.
This method is especially useful for any building that uses fossil-burning fuel sources, due to the potential of
increased CO intoxication risk. Some application examples include: hotel I heating rooms I indoor parking lots
and automotive workshops I combustion power plants I chemical labs I production sites.
Self-monitoring for smoke-sensor sensitivity
Model FDOOTC441 provides an automatic self-monitoring sensitivity check that complies with
the NFPA 72 sensitivity requirements. When connected with a compatible FACP, it provides
automatic, dynamic sensitivity verification within the agency-listed-and-approved limits. Besides
checking for sensor integrity and automatic environmental compensation, Model FDOOTC441
provides a display and report of sensitivity in percent-per-foot (or percent-per-meter) at the FACP.
Siemens
Building Technologies Division —3— usa.siemens.com/desigo-fire-safety
Prof i le Overview
Each Model FDOOTC441 intelligent detector contains one (1) tri-coor LED indicator, capable of flashing any one
(1) of three (3) distinct colors: GREEN, YELLOW, or RED. During each flash interval, the microprocessor-based
detector monitors the following:
Smoke in its sensing chamber
Smoke sensitivity is within the range
indicated on the nameplate label
Internal sensors and electronics
Based on the results of the monitoring, the LED indicator flashes the following:
FLASH COLOR CONDITION FLASH INTERVAL
[n seconcs]
GREEN*. Normal supervisory operation.
Smoke sensitivity is within rated limits. 10
YELLOW: Detector is in trouble and needs replacement. 4
Alarm condition 1
NO FLASH: Detector is not powered. -
* denotes LED can be turned OFF
Please follow the corresponding description of the panel used.
A quick visual inspection of the detector can be done at any time since the
appropriate color is displayed via the LED indicator found on the detector's faceplate.
Ifli I
All Model FDOOTC441 intelligent, addressable detectors use a surface-mounting base (Model DB-1 1 or DB-1 1 E),
which mounts on a 4-inch (10.2 cm.) octagonal, square or single-gang electrical back box. The base utilizes
screw-clamp contacts for electrical connections and self-wiping contacts fo- increased reliability.
The Model DB-1 1 detector base can be used with the optional Siemens Model LK-1 1 de:ector locking kit,
which contains 50 detector locks and an installation tool to prevent unauthorized removal of the detector head.
Model DB-1 1 has decorative plugs to cover the outer mounting-screw holes..
Model FDOOTC441 may be installed on the same initiating circuit with the Siemens Model 'H'-series detectors.
[when used with Desigo Fire Safety Modular I FireFinder XLSIV I FC/FV20—series FACPs] -
H FP-1 1, HFPT-1 1
Model 'XTRI'-series interfaces -- -
Model 'HTRJ'-series interfaces 1. Model
Model HCP output-control detection devices FDOOTC44
Model 'HMS'-series manual stations addressabi
Model 'HZM'-series of addressable, conventional zone modules detector
Each detector, which is shipped with a protective dust cover, 2. Protective
consists of the following: i dustcover
Dust-resistant photoelectric chamber (included)
Solid-state, non-mechanical thermal sensor L
CO sensor - -
Microprocessor-based electronics with a low-profile plastic housing
All Model FDOOTC441 intelligent detectors are approved for operation with the Underwriters' Laboratories-
specified temperature range of 32° to 120° (0° to 49°C) —depending on heat-detector configuration
(see: installation manual P/N—A6V10324657 for further details).
Ii 4.1" (10.4 cm.) Ii 6.1" (15.6 Cm.) .1 46"(11.7cm. -------
\\_I
with Model D13-11 detector with Model D13-1 1 E detector base:
Siemens
Building Technologies Division —4.-- usa.siemens.com/desigo-The-satety
Installation of Model FDOOTC441 intelligent, addressable detectors requires a two-wire circuit. In many retrofit cases,
existing wiring may be used. 'T-tapping' is permitted only for Style 4 (Class B) wiring. Model FDOOTC441 is polarity
insensitive, which can greatly reduce installation and debugging times.
Model FDOOTC441 detectors can be applied within the maximum 30-feet center spacing (900 sq. ft. areas,)
as referenced in NFPA 72. This application guideline is based on ideal conditions - specifically, smooth ceiling
surfaces; minimal air movement, and no physical obstructions between potential fire sources and the actual
detector. Do not mount detectors in close proximity to ventilation or heating and air conditioning outlets.
Exposed joists or beamed ceilings may also affect safe spacing limitations for detectors.
Should questions arise regarding detector placement, observe NFPA 72 guidelines. Good fire-protection-system
engineering and common sense dictate how and when fire detectors are installed and used. Contact your local
Siemens - Fire Safety distributor or sales office whenever you need assistance applying Model FDOOTC441 in
unusual applications. Be sure to follow NFPA guidelines and UL Listed I ULC Listed installation instructions -
included with every Siemens - Fire Safety detector - and local codes as for all fire protection equipment.
I__ I
OPERATING 32'-1120'F
TEMPERATURE: (0°- °49°C)
HEAT DETECTOR 135°- °175°F
RANGE: (57°-79°C)
PROGRAMMABLE -4°- °120°F
SUPERVISORY (20° - °49°C)
TEMPERATURE (available with
WARNING: compatible FACPs)
PROGRAMMABLE
SUPERVISORY 30-600 ppm
(available with CO-GAS compatible FACPs)
WARNING:
DETECTOR UL Listed: 0.77% to 3.82% /ft.
NFPA 76 (Telco) SENSITIVITY VEINED: 0.2% /feet Pre-alarm; RANGE: 1.0%/feetAlarm
AIR VELOCITY:
Open Area 0 -4,000 feet-per-minute (fpm)
Direct-in-duct 0 -4,000 fpm
AIR PRESSURE: No effect
APPLICATION 26
PROFILES: (field-configurable)
70±5 PPM in 60- 240 win.
150±5 PPM in 10-50 mm.
400±10 PPM in 4-15 mm.
CO NOTE: meets UL2075 Standard,
CONCENTRATION and has been tested to the
RESPONSE TIMES sensitivity limits defined in
UL2034 Standard.
Additionally complies
with NFPA 72 code
RELATIVE 0 -95%
HUMIDITY: (non-condensing)
F ü ____ ii..._j
FACTORY MUTUAL (FM) 3210, 3220
CALIFORNIA STATE
FIRE MARSHAL (CSFM) 72720067:0260
UNDERWITERS
LABORATORES
(UL I ULC)
{_UL268 _UL2034
UL268A UL2075
UL521 I
ULC-5524
NATIONAL FIRE
PROTECTION AGENCY
NFPA 25
NFPA 72
NFPA76
FIELD-SELECTABLE TEMPERATURE PROFILES
FIXED
TEMPERATURE:
135°F (572°C)
145°F (62.8°C)
-
155°F (68.3-C)
165°F (73.9°C)
175°F (79.4°C)
FIXED
TEMPERATURE +
RATE-OF-RISE:
(ROR)
135°F (57.2°c) +
R-o-R, 15°F (-9.4°C)
175°F (79.4°C) +
R-o-R,15°F(-9.4°C)
135°F (57.2°C) +
FR_0_R" 20°F(6.6°C)
175°F (79.4°C) +
R-o-R, 20°F (-6.6°C)
FIELD-SELECTABLE
ALARM-THRESHOLD PROFILES
THRESHOLD:
2.5% feet
/
3.0% I feet
THRESHOLD,
VERIFIED:
F 2.5% /feet
3.0% feet
MODEL OR( DATA
S1 PANEL PANEL TYPE
XLS 6300 FireFinder® (fire)
xsv 6340 FireFinder (fire WI voice)
DESIGO 7300
MODULAR
Desigo Modular (overview)
FC2005 6813 Desigo Fire Safety
-
50-point addressable
FC2025 Desigo Fire Safety 252-pt.
6815 addressable (fire)
FC2050 Desigo Fire Safety 504-pt.
addressable (fire)
Desigo Fire Safety
FV2025 252-point addressable
(fire w/ Intelligent voice
6821 Communication[IVC])
Desigo 504-pt. addressable
FV2050 (fire w/ Intelligent Voice
Communication [IVC])
MODEL PART
OR TYPE 11 NUMBER
PRODUCT
(Multi-Criteria Fire I CO
FDOOTC441 S54320-F8-Al Detector with
ASA technologyTM
Compatible Devices:
MODEL PART PRODUCT
OR TYPE NUMBER
DB-11 500-094151 Detector
Mounting Base
DB-1 1 E 500-094151 E Detector Base, small
DB2-HR S54370- Detector Mounting Base
Fl 2-Al withRelay
Remote Alarm Indicator:
RL-HC 500-033230 4" (10.2 cm) octagon-box
mount, red
Remote Alarm Indicator:
RL-HW 500-033310 single-gang box mount,
red
LK1 1 500-695350 IF Base Locking Kit
See: www.STI-USA.com for further
details on ordering Model STI-9604
In Canada order:
MODEL PART II PRODUCT OR TYPE NUMBER
Detector
DB-1 1 C 500-095687 Mounting Base,
ULC Listed
Siemens
Building Technologies Division -5- usa.siemens.com/desigo-fire-safety
- The information contained in this data-sheet document is intended only
as a summary, and i3 subject to change without notice.
The prodLct(s) descibed here has'have a specific instruction sheet(s)
that cover various teohnical, limitation and liability information.
Copies of install-type, instruction s-ieets - as well as the General Product
Warning and Limit attons document, which also contains important data,
are provided with the product, and are available from the Manufacturer.
Data contained in the aforesaid type of documentation should be consulted I
with afire-safety proessional befoe specifying or using the product.
Any further questions or assistance concerning
particular problems tnat might arise, relative to the
proper functioning of the equipment, please contact
the Manufacturer.
tSIEMENS
(R
Model D13-1 1 E
LJ ~_o
13REAKOFI-11II5 \ BREAK OFF THIS SECTION WHEN \ SECTION WHEN USINGA4-INCH \ USINGADOUBIE- SQUARE BOX 'GANG BOX
6161 Detector Bases ['DB' Series]
SIEMENS Data Sheet
Fire Safety & Security Products
Specialized Detection Devices
'DB' Series Detector Bases
Models D132-HR, DB-11 and DB-11E
ARCHITECT AND ENGINEER SPECIFICATIONS
Each detector base is compatible with Model W. 11"
and "121" series of conventional detectors - -
- All bases compatible with the optional Model LK-1 1 detector-locking kit
Each detector base also functions with the addressable
(
Model 'H' series, as well as Models FD0421, FDOT421,
FDOOT441, FDOOTC441 and FDT421 intelligent devices Model DB2-HR
Model DB2-HR is also compatible with ASAtechnologyTM detectors
Model DB2-HR has backwards compatibility with Siemens -
V Model 'W-series intelligent detectors
Models DB-1 1 and DB-1 1 E mount on a 4-inch square,
octagon or single-gang electrical box
Model DB-1 1 has plugs to cover the outer-mounting screw holes Model D13-1 1
Model DB2-HR mounts on a 4"-square, double- • €UL 268 Listed, ULC-S529 Listed;
gang electrical box FM, CSFM and NYC Fire Department Approved
Product Overview
The detector bases are low-profile, surface-mounting bases
used on various Siemens - Fire Safety conventional and
addressable detectors.
Model D132-HR, which is a redesign of Model DB-HR, is
compatible with the standard, addressable type of
intelligent detectors, as well as those detection devices
that operate with ASAtechnoIogy.
Additionally, Model D132-HR is backward compatible with
the Siemens Model 'H-series intelligent detectors and
detector-assigned FACPs. Model DB2-HR can also operate
with Siemens 50-point addressable; 252-point
addressable; 504-point addressable, and FireFinder5 XLS
fire systems. A relay output from the fire detector base for
signaling other devices is provided by Model D132-HR.
The detector bases use screw-clamp contacts for electrical
connections and self-wiping contacts for better 'reliability.
Further, the bases can be used with the optional Model LK-
11 detector locking kit, which contains 50 detector locks
and an installation tool, to prevent unauthorized removal
of the detector head.
Specifications - (continued)
Moreover, Models D13-1 1 and D13-1 1 E mount on a 4"-square,
(10.2 cm) octagon or single-gang box. Model D13-1 1 has
integral, decorative plugs to cover the outer screw holes.
However, Model DB2-HR mounts on a double-gang, 4-inch
(10.2 cm.) square electrical box.
Dimensions
I r-----6•• (1L4cm) Diameter-----, I
112" 47 cm.) fl
-
"II
Diameter I L.. 2-3j4(7cm.)---I L --- ,i_1(RIIR 4 .-_.
Model DB-1 1E base detector has a diameter dimension of 4.5W (11.4cm.).
Mounting DiagramDOUBLE .GANGBOX
Model D132-HR 31l2 INCHES DEEP
4.INCH SQUARE BOX
2.iB.tNCHES DEEP
Specifications
Models D13-1 1 and D13-1 1 E are the standard bases for
Model 'H'-series 11" and Model 1 21"-series conventional
detectors, as well as the Model 'H'-series addressable
detectors. Model D13-1 1 has a 6-inch (15.2 cm) diameter.
The diameter for Model D13-1 1 E is 4.5 inches (11.4 cm).
Notes: The Module Barrier (shown ID the right) must be used when Model DB2-HR relay contacts are
connected to non-power-limited circuits. Break apart the barrier ID the correct size and shape
for either the 4-inch square or double-gang box. Install the barrier diagonally into the back box
to create two (2), separate compartments with the back box, in order to separate the wires.
SIEMENS Industry, Inc.
Building Technologies Division
Wiring Diagrams
TI 2,943130041001812,2,1025 FOR Vfl4051TMLt
2,b2 tl13Nd4
1140-11.2,14-Il 234315024223 .R31P0l1 0143150228
flnnz SECt 004110$
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0041041 RI-Il 22.041,504111 52,0402,2
RLC-1I.2214.Il 020145MW-Il 00208222,2,
QLemeillLstration above is typical wiring for Models DB 11 and DB liE (using Models PE 11 PE 111 DT 11 0P121 OH1 21 and HI1 21 detectors)
DE-1lI-IIE(NOREMOTEOE4'lcE) DB-IIXRS (REMOTE RELAY BASE) TO NEXT EASE DO NOT
___________________ + ++ USEAN
END OF
TO NATING
UNE
__________10 DEViCE
5 la OPTiONAl.
BID.
5 10CCL0TOFREMOTESIEMENS
6 lbINDUSTRY.
D
COMMTIEtE PIDICATOR ________ CONTROL UNIT MoonS 6 RU-IIRLJ-2 g-n
__________DO NOT
USE AN I
'The relay contacts
- - /-
ate shown in the Non-AtarmiSystem Reset condition.
END OF
TO 11315Cr BASE DEVICE
!2tQ: The illustration above is typical wiring for Models DB-1 l and PB-i 1E (using Models FP-11, FPT-1 1, FS-DP, FS-DPT, and FS-DT detectors).'
DB-tl (NO REMOTE DEVICE) 00-NIl (REMOTE RELAY BASE) TO NEXT EASE 00 NOT El- USE AN
END OF
LINE DEVICE TO IlETlAT iND
OROJT1OF 5 Ia 0 REMOTE I paAr 5 Ia ' SIEMENS INDUSTRY, INC 6 11) ALARM 1>CONTACTS
C 1 6 lb ND
COMPATIBLE \j,> OlMooasINDICATO I °t' 'C
CONTROL USd1'
,j 3A. 120 VkC,> _2 DO NOT
USE All II /___*ENoOF
'The relay contacts
NOTE: SEP-11
Ut '—/I /1
Reset coitlon. lo a polarity IraensitIye thtecto. Lino
use in Cana only.
I and Une 2can
TO 11E5C EASE DEVICE
be either Me of the loop. HFP-lI/HFPT.lI/HFPO.IllSFP.lIISFPT.liJSFPOIi
are shown In the Non-AiarmiSystens
Series detictois are approved for
Wife: The illutration above is typical wiring for Models 08 11 and DB liE (using Models HFP 11 Series and SFP 11 Series detector)
i .02,1 1312,1 10110101 RIOSE
I 00501(28020110
I MO I RI110TERELAVRA00 GFUNE DEVICE C824IR l,FUTRATPC1204.28tIb,
TO00flA151Ct0T
0051520450 REUOTRI THE CONTACTS INc 5008.18108 ____________ _f 42, C103T04TTS #FEtH05l311I91t€ 19. 1205/iC NONALAWSYGMAL
________
22.004CC R15SRTCOTCOION.
___________ 10010iC CEIIOT __________
0102 011092 OTECT U4CONENO 022 USE TEIITCE
-," R32,ESCD00IW1CTBVIRONI51TENTERonE02 SI.ECI00CAL000103OISOS010 Ct 001111205 i09C1EDTO Tat F Tel lS USED 01aNiC0014SEoRNIaFO',IERLE.-TEoiP,Ucsnoo
Q: The illustration above is typical wiring for Model DB2-HR for polarity-insensitive detectors)
Details for Ordering
100.111mG I -'-' "
QRCLUFOFSE4ENR I Ia to 028 ST RI. SIC 00133111510 5 5 0 002108090 \I CT
CAUTIO
I. Do not u.n looped who unde,biulunldn.t5.B,onkwl,e
ISO to pw21d0 ssperuloloo of 000nectloo.
2. Who, aromne loOny Is need B 00002l. critical sysBm
Is000loL the lobynod k..u.00IICod dolootlrnodop41002l oo,d.1ti.)umotbo The ONlY devices on Ohs IsIb.oI. 2100.14
Model
Number
Part
Number
Description
AD2-P 500-6497)6 Air-Duct Housing
—AD-,-PR 500-5497.37 Air-Duct Housing with Relay
DB-1 1 500-094151 Low-Profile Surface-Mount Base
D8- 11 C 500-095687 Low-Profile Surface-Mount Base [Canada]
D13- 11 E 500-094151 E Smaller-Diameter Detector Base
DR-HR 500-033220 Relay Base for 'H-Series Intelligent Detector
DB2-HR S543
-
O-12-Al Relay base compatible with 'S-Line and 'C-line detectors;
backwards compatible with Model 'H-series detectors
DT-1 1 500095L.30 135°F {57.2°C}Low-Profile Thermal Detector
DI-- 1 50c-095983 Low-Profile Thermal Detector [Canada]
F00421 S54320- 4.A1 Photoelectric Smoke Detector
FDOT421 S5420-,°6-A1 Addressable Multi-Criteria Fire Detector
FDT421 554320-F5-A1 Thermal (Heat) Detector
FDODT441 S54320-:7-Al Multi-Criteria Fire Detector with ASAtechno1oqyTM
FDOOTC441 S54--2 --- -Al Multi-Criteria Fire (CO Detector with ASAtechnologyTM
[K-il 50C-695250 Base Locking Kit for Model 'l l'-series detectors
Model
Number
Part
Number
Description
FP-i 1 500-095112 FirePrint00 Intelligen: Detector
FP-1 1 C 500-095112C FirePrintw Intel ligen: Detector [Canada]
FPT-1 1 500-095918 Thermal Detector
FPT-1 1C 500-095918C Thermal Detector [Canada]
HFP0-1 1 500-034800 FS-250 Addressable Detector
HFP-1 1 500-033290 FirePrintw Detector
HFPT-1 1 500-033380 Thermal Detector
HI1 21 554372-F3-A1 Heat Detector
CHI 21 554372-F2-A1 Multi-Sensor Smoke Detector
ON 21 S54372-Fl -Al Photoelectric Smoke Detector
PE-1 1 500-094150 Conventional Photoe ectric Smoke Detector
PE-1 IT 500-095150 Photoelectric Smoke Detector with 135°F
{57.2°C} Thermal Sersor
SEP-il 500-33290C Photo /Thermal Detector [Canada]
FPO-1 1 500-34800C I Photo Detector [Canada]
SFPT-1 1 500-033380C )etector Package [CaTada]
Notice: This marketing data sheet is not intended to be used for system design or installation purposes.
- For the most up-to-date information, refer to each product's installation instructions.
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
SIEMENS Indistry, Inc. -
Florham Park, NJ 07932 Brampton, Ontario
Building Techriolcgies Division Tel: (973) 593-2600 lsll-Fs L6T 5E4 I Canada September 2012
FAX: (908) 547-6877 Printed in U.S.A. Tel: (905) 7999937 Supersedes sheet doted 4112
(Rev. 1) URL: www.usaSiemens.com/Fire FAX: (905) 799-9858
Data Sheet
I SIEMENS Data
Safety Products
Conventional Detection Devices
Thermal Fire Detectors
Models DT-135WP and DT-200WP
ARCHITECT AND ENGINEER SPECIFICATIONS
Rate compensation /fixed temperature
Self-restoring
Weatherproof
®UL Listed
Product Overview
WP Series
(DT-1 35WP, DT-200WP)
Thermal Fire Detectors (DT-1 35WP and
DT-200WP) from Siemens Fire Safety are of the
rate-compensation I fixed-temperature type,
and are designed for use with either standard
Fire Safety systems or other commercially
available fire-alarm systems. The detector
element for Models DT-1 35WP and
DT-200WP is self-restoring after operation, and
is supplied in ratings of 1 35°F (57.2°C) and
194°F (900C).
®Underwriters Laboratories, Inc. recommends
the Fire Safety Thermal Fire Detectors be used
to protect a maximum of 2,500 square feet.
However, job conditions and sound engineering
judgment often dictate closer spacing to provide
faster detection.
Operation
Each thermal detector generally consists of a
tubular shell containing two (2), curved
expansion struts under compression fitted with
a pair of normally open (N.0), opposed contact
points, which are insulated from the shell. The
tubular shell and the struts have a different
coefficient of expansion. When subjected to a
rapid heat rise, the tubular shell expands and
lengthens slightly.
Conversely, the interior struts lengthen, but at a
slower rate than the shell. The rapid
lengthening of the shell allows the struts to
come together, thereby closing the contact
points and initiating the alarm on the control
panel.
When subjected to a very slow heat rise, the
tubular shell and the interior struts lengthen at
approximately the same rate. At the detectors'
set temperature point 1 35°F (57.2°C) or 194°F
(900C), the interior struts are fully extended,
thereby closing the contact points and initiating
the alarm at the control panel.
Siemens -Fire Safety's Thermal Fire Detectors,
which are shock and corrosion resistant,
respond only to heat. Hence, Models DT-1 35WP
and DT-200WP are suitable for use in areas
where normal conditions would prohibit the use
of other Fire Safety detectors.
When connected to Fire Safety control
equipment, Models DT-1 35WP and DT-200WP
detectors are fully compatible with Fire Safety
flame detectors, and manual stations.
Thermal Fire Detectors 6131
SIEMENS Industry, Inc.
Building Technologies Division
Operation - (continued)
Electrically, any number of thermal detectors
can be used in a circuit. The limit is only subject
to the practical considerations of job conditions
and engineering judgment.
Specifications
The thermal fire detector shall be a Siemens—
Fire Safety Models Dii 35WP and DT-200WP,
and shall be of the rate-compensation [fixed-
temperature type. The detector shall be listed
by ®Underwriter's Laboratories, Inc.
Models DT-1 35WP and DT-200WP shall be
compatible with Siemens - Fire Safety flame
detectors, and manual stations on the same
circuit. There shall be no limit, other than
practical consideration, to the number of
thermal detectors which may be installed in any
given circuit.
Mounting Diagram
[1.27 cml
4" 1E WP Series
(DT-1 35WP,
Izi DT-200WP)
.311
9116"
[t43 cm;]
Details for Ordering
Shipping
Model Part Description Weight Number Lb. Kg.
Rate Compensation I Fixed
DT-135WP 500-087260 Temp. 135°F (57.2°C) 1.0 0.45
Detector, Weatherproof
Rate Compensation I Fixed
DT-200WP 500-087261 Temp. 194°F (90°C) 1.0 0.45
Detector, Weatherproof
ADAPT PLATE 500-618020 Adapter Plate Decorator Ring 0.5 0.23
Notice: This marketing data sheet is not intended to be used for system design or installation purposes.
For the most up-to-date information, refer to each product's installation instructions.
Fire Safety Fire Safety
8 Fernwood Road 1577 North Service Road
SIEMENS Industry, Inc. Florham Park, NJ 07932 East Oakville, Ontario
Building Technologies Division Tel: (973) 593-2600 (SII-FS L6T5E4/Canada
FAX: (908) 547-6877 Printed inU.S.A. Tel: [905] 465-8000
URL: www.usa.Siemens.com/Fire URL: www.Siemens.CA
July 2014
Supersedes sheet dated 10/12
Rev. 4)
SIEMENS Data Sheet
Fire Safety Products
Specialized Devices
Air-Duct Housings —> FDBZ Series
Models FDBZ492, FDBZ492-HR, FDBZ492-R and FDBZ492-RP (with FDBZ-WT and FDBZ492-RTL)
ARCHITECT AND ENGINEER SPECIFICATIONS
Four (4) models available
Addressable and conventional (with and without relays)
Compatible with Siemens - Fire Safety conventional
and addressable fire-alarm control panels (FACPs)
FDBZ-series of air-duct housings
Magnet test feature with the Model OP1 21 . (FDBZ492, FDBZ492-HR, FDBZ492-R and FDBZ492-RP)
conventional detector Remote alarm
Design for air-velocity range of 100 to 4,000 indicator
feet-per-minute (fpm) (Model FDBZ492-RTL)
Robust, compatible conventional remote indicator test
switch that incorporates tn-color light-emitting diode (LED)
Clear housing cover with smoke test port on cover
for quick identification of detector type
Removable with four (4) captive-thumb screws (no tools required)
Includes a smoke/ aerosol detector test port Watertight housing
(Model FDBZ-WT)
Optional NEMA 4X-reinforced, stainless-steel and
watertight enclosure available, Model FDBZ-WT
No tools required for cover removal,
sampling and exhaust-tube installations
Trouble-event activation upon front-cover removal
Alarm LED visible from front
Product Overview
The Siemens - Fire Safety Model 'FDBZ'-series of air-
duct-detector housings are designed to be used with
the Siemens Model 'Hseries, 'FD'-series and the Model
0P121 detectors. Designed for installation directly to
heating, ventilating and air-conditioning (HVAC) duct
systems, the Model 'FDBZseries complies with National
Fire Protection Association Standard (NFPA) No.'s 72
and 90A, and is Underwriters' Laboratories Listed.
When equipped, the air-duct detector housing will
signal the presence of smoke being carried through the
duct system. Air-duct detectors are not intended to be
substituted for open-area detection.
Notes: Most conventional time-control equipment
guarantee only one (1) detector per zone when
the detector's operated relay function is critical.
The connection of a remote lamp and a remote
relay —per detector— is allowed.
Refer to the installation manual for the
respective conventional fire system.
Self-contained model available with 'on-board'
power supply for conventional detectors
Expanded temperature range
Relay models available
(DUL268A Listed, ULC-S529 Listed;
FM (#3010), CSFM (#32400067:0265) Approved
Notes - (cont.'d): With either the Desigo® series or
FireFinder® XLS series of FAcPs, up to 252-addressable
detectors with relays per circuit may be used. The connection
of an intelligent remote lamp (ILED) and a remote relay is
allowed for each detector simultaneously.
Specifications
The Model 'FDBZseries of air-duct housings are uniquely
designed to use with the photoelectric detector. Sensitivity
of Models PE-1 1, PE-1 1 C and 0P121 detectors can be
verified for calibration via LED visual status or a Model
RSAW-1 1, Model RSAC-1 1 or Model FDBZ492-RTL multi-
color remote lamp. A green flash indicates the detector
has passed its self test. Amber indicates a Trouble
condition, and red indicates an Alarm event.
Sensitivity range for Models HFP-1 1, FP-1 1, SFP-1 1, HFPO-
11, SFPO-11, FD0421, FDOOT441 and FDOOTC441is
verified from the multi-color LED of the respective detector,
or its sensitivity reading may be printed by command from
the corresponding FACP to an optional printer.
Model 'FDBZ'—Series of Air-Duct Housings and Detectors 6156
SIEMENS Industry, Inc.
Building Technologies Division
Specifications - (continued)
The remote alarm indicator (Model FDBZ492-RTL) allows
for manual testing via a key-switch for conventional and
addressable detectors, as well as the conventional and
addressable air-duct housing with relay. Model
FDBZ492-RTL, which mounts remotely from the
conventional and addressable air-duct housing, allows
for manual relay-output control. The duct-detector
remote indicator key-switch also indicates the current
state of the detector.
The watertight housing (Model FDBZ-WT), which allows
the air-duct detector housing to be installed inside the
separate NEMA 4X enclosure, is for installations for
either an outdoor area or in environments where
excessive moisture is prevalent.
Each detector unit employs a cross-sectional sampling
principle of operation. Inlet sampling tubes are
available in four (4) lengths (see: Sampling Tube
Selection Table). Outlet sampling tubes are one (1)
common length and draw. A continuous, cross-
sectional sample of air moves through the duct.
Stratification or skin affect phenomenon that occurs n
the duct can prevent smoke (especially in large ducts)
from reaching a spot-type detector.
In addition, the unique design of the sampling chamber
insures uniform sensitivity in air velocities, ranging
from a low of 100 fpm to as high as 4,000 fpm. Each
housing comes with three (3) wiring entry ports:
Two (2) 3/4" conduit knockouts
One (1) 112" conduit opening
The inlet sampling tube length is determined by the
width of the air duct being protected. The inlet tube -
greater than and nearest to the duct width - should be
used (see: Sampling Tube Selection Table). The inlet
tube can then be trimmed at the job site to the exact
width of the duct. The outlet sampling tube for all ducts
- irrespective of width - has a fixed length of
approximately 5.5 inches (14cm.), and is supplied with
the air-duct housing.
Note: When the use of a remote relay is required, order
Model FDBZ492-R for conventional systems; Model
FDBZ492-HR for addressable systems. When required, a
separate watertight enclosure (Model FDBZ-WT), which
is designed to contain the air-duct housings is
available.
(For full details, refer to installation instructions for the
respective air-duct housing.)
Note: When a self-contained duct detector with power supply
is required, order Model FDBZ492-RP.
(For full details, refer to installation instructions part
number A6V1 0330327.)
Sampling Tube Selection Table
Sampling Tube Duct Width (Model No.)
For duct widths 6" to 1' ST-10
For duct widths 1'to 3' ST-25
For duct widths 3' to 5'
(requires support)
ST-50
For duct widths 5'to 10'
(requires support)
ST-100
Maintenance of the detector is easily accomplished
via the removal of the duct-housing sampling
chamber cover. The detector, which plugs into the
housing, is easily removed for cleaning or replacing by
a trained technician.
All that is necessary for installation of the air-duct
detector is the cutting of three (3) small holes for the
Sampling Tube installation (template included), and
the drilling of two (2) holes for mounting the air-duct
housing. The unit is then easily mounted in place,
and connection made to the existing wires or
terminals - if optional accessories are utilized. No
mechanical tools are required for removing the cover or
connecting the sampling and exhaust tubes to an air-
duct housing.
Models ST-SO and ST-100 require support. However,
Model 51-100 is shipped in two (2) 5-ft. (152 cm.)
pieces with a coupling for field assembly.
Technical Data
0 e rating
Temperature +32°F (0°C) to 120°F (49°C)
Ranges:
Sampling Tube Pressure >0.01 inches;
Range of Differences: <1.2 inches
of water column
Relative Humidity: 0— 95%; non-condensing
Air Pressure/ No effect I
Altitude Range: No limitations
Air-Duct Velocity: 100-4,000 ft. / mm
(0.51— 20m I sec)
Dimensions: { H -x- W -x- D }
Rectangular: 14.38"-x-5"-x-2.5"
(37 cm. -x- 12.7 cm. -x- 6.36 cm.)
-Square: 7.75"-x-9"-x-2.5"
(19.7 cm. -x- 22.9 cm. -x- 6.36 cm.)
Detector Weight: 1.8 Lbs. (0.82 Kg.)
Notes to Architect: When building codes regulate the location of
detectors within ventilating systems, make
sure the number and locations of detectors
are in accordance with the code
regulations.
For additional electrical specifications,
please see the installation instructions of
the corresponding air-duct housing.
SIEMENS Industry, Inc.
Building Technologies Division
Operation
Based on the monitoring results, the LED indicator
flashes the following colors based on the following
conditions:
lash Flash
Color Condition Interval
(in seconds)
Normal supervisory operation.
Green*: Smoke sensitivity is within 10
rated limits.
Detector is in Trouble
Yellow: condition, and needs either 4
- repair or replacement.
Red: Alarm condition. 1
No Flash: Detector is not powered. --
* LED can be turned OFF.
Please follow the corresponding description of the panel used.
Products included with the air-duct housing:
short-return (outlet) tube
- (1)stopper
#12 + 3/4" sheet-metal screws
- (1) mounting template
Note: Detector and sampling tube to be purchased separately.
Minimum hardware required is: one (1) air-duct housing
assembly; one (1) sampling tube and one (1) detector.
Details for Ordering
Model Part
Number Description
A two-wire addressable or conventional
duct detector (without relays) designed for
direct use on heating, ventilating and air-
conditioning (HVAC) air-duct systems.
When equipped, the air-duct detector
554319- housing will signal the presence of smoke
FDBZ492 being carried through the duct system. B22-A1
For use with the following Models:
- HFP-11 - F00421
- 0P121
- SFP-1 1 - FDOOT441
- PE-1 1
- HFP0-11 - FDOOTC441
- PE-11C SFP0-1 1 - FP-1 1
A two-wire addressable duct detector (with
relays) designed for direct use to HVAC air-
duct systems and works with the Remote
FDBZ492- Test Switch (FDBZ492-RTL). This part has a
HR programmable relay base, and when
S54319- equipped, the addressable air-duct detector
B23-A1 housing will signal the presence of smoke
being carried through the duct system.
For use with the following Models:
- F00421 - FP-1 1
- SFP
-
11
- FDOOT441 - HFP-11 -
- F000TC441 - HFP0-1 1
SIEMENS Industry, Inc.
Building Technologies Division
Details for Ordering - (continued)
Part Model Description Number
A two-wire conventional duct detector with
relays designed for direct use on HVAC air-
duct systems. This detector has a relay
FDBZ492- base, and when equipped with conventional
R S54319- air-duct housing, will signal the presence of
B24-A1 smoke being carried through the duct
system.
For use with the following Models:
- 0P121
- PE-11 -PE-11C
A four-wire conventional duct detector with
relays and a built-in power supply. Housing
is designed for direct use to HVAC air-duct
FDBZ492- systems. It has a relay base with a built-in
RP S54319-
power source. When equipped with
conventional air-duct housing, this duct
B25-Al detector will signal the presence of smoke
being carried through the duct system.
For use with the following Models:
0P121
- PE-1 1 - PE-1 ic
Device is used for manual testing via a key-
switch for duct-housing Models FDBZ492-
R, FDBZ492-RP and FDBZ492-HR. Device
FDBZ492- mounts remotely from the conventional
RTL S54319- and addressable air-duct housing, allowing
for manual relay-output control. The duct-
S27-Al detector remote key-switch also indicates
the current state of the detector.
For use with the following Models:
- FDBZ492-R
- FDBZ492-RP - FDBZ492-HR
An optional, separate watertight NEMA 4X
enclosure (Model FDBZ-WT) that provides
added watertight protection for any of the
Model FDBZ492-series duct housings. The
duct housing fits into the separate 4X
enclosure. This part allows the air-duct
FDBZ-WT 554319- detector housing to be installed in the
B26-A1 separate enclosure, and can be used in
either an outdoor area or in environments
where excessive moisture is prevalent.
For use with the following Models:
- FDBZ492 - FDBZ492-R
- FDBZ492-HR - FDBZ492-RP
ST-1 0 500-649710 Sampling tube for Ducts 6" to 1'
ST-25 500-649711 Sampling tube for Ducts over 1'to 3'
ST-SO 500-649712 Sampling tube for Ducts 3" to 5'
ST-100 500-649713 Sampling tube for Ducts 5'to 10'
Notice: This marketing data sheet is not intended to be used for system design or installation purposes.
For the most up-to-date information, refer to each prcduc:'s installation instructions.
Fire Safety Fire Safety,
8 Fernood Road 1577 North Service Road
SIEMENS Industry, Inc. Florharn Park, NJ 07932 East Oakville, Ontario September 2014
Building Technologies Division Tel: (973) 593-2600 (s::-Fs) L6H 0H6/Canada Siersedes sheet dated 8/13
FAX: (908) 547-6877 Printed in USA. Tel: [905] 465-8000 (Rev. 4)
(JRL: ww.usa .51emens.com/Fjre URL: www.Siemens.CA
[MODULES]
Electronic address programming
is easy and dependable
®UL Listed & OULC Listed;
FM, CSFM and NYCFD Approved
SIEMENS Data Sheet
Fire Safety Products
HTRI-Series Interface Modules
Models HTRI-D, HTRI-R and HTRI-S (and USCG-HPLATE for Marine installs)
ARCHITECT AND ENGINEER SPECIFICATIONS
Interfacing and supervising normally open (N.0)
or normally closed (N.C) contacts
Integral single-pole, double-throw (SPDT) relay on
Model HTRI-R (up to 4 amps)
Dual input on Model HTRI-D, using a single address
Polarity insensitive with Sure WirelM technology
Dynamic supervision
Two-wire operation
Multi-color light-emitting diode (LED) indicates system status:
GREEN I AMBER I RED
Mounts in a 4-inch (10.2 cm.) square, 2_1/4" (5.7 cm.)
deep single-gang or double-gang back box
Easy front access to programming port and wiring terminals
Comes with 5"-x- 5" (12.7 -x- 12.7 cm.) plastic faceplate
Separate metal cover plate required for use in Marine installations
Electronic address programming is easy and dependable
Device Programmer /Tester programs and verifies address
of the device and tests for proper functionality
Product Overview
The Siemens— Fire Safety HTRI-series Intelligent
interface modules are designed to provide the means
of interfacing direct shorting devices to the fire-alarm
control panel (FACP) loop circuit.
The HTRI-series modules provide the most advanced
method of address programming and supervision on
the market—combined with sophisticated control
panel communication. Each HTRI-series interface
module incorporates a microcomputer chip, and each
interface module achieves the state of an 'intelligent
device' through its microcomputer-chip technology,
combined with its sophisticated, bi-directional
communication capabilities with the FACP.
Specifications
The Siemens Mode HTRI-series intelligent interface
modules are available in three (3) types: Model HTRI-
D, as well as Models HTRI-S and HTRI-R, which are both
designed to monitor a (N.0) or (N.C) dry contact.
The interface module reports the status of the (N.0) or
(N.C) contact to the control panel.
Model HTRI-S can only monitor and report the status
of the contact, while Model HTRI-R incorporates an
addressable 'Form C' relay.
The Model HTRI-R relay and contact device input are
controlled at the same address. For the FACP, the
relay and input contact can be controlled as a
separate function. The relay is typically used where
control or shunting of external equipment is required.
The Model HTRI-D is a dual-input module that is
designed to supervise and monitor two (2) sets of dry
contacts. Model HTRI-D only requires one (1)
address, but responds independently to each input.
Model HTRI-D is ideal for monitoring a water-flow
switch and its respective valve tamper switch.
Model HTRI-D flashes twice - once for each address,
and Model HTRI-R LED indicates a change of state in
the relay. The device's microcomputer chip has the
capacity of storing, in memory, identification
information; as well as important operating-status data.
HTRI Series Interface Modules 6304
SIEMENS Industry, Inc.
Building Technologies Division
Specifications (continued)
Each Model HTRI device has a multi-color LED that
flashes GREEN when operating in Normal; AMBER if
unit is in Trouble condition, and RED to indicate a
change of state.
Field-Device Programmer
Siemens - Fire Safety innovative technology allows
HTRI-series intelligent interface modules to be
programmed via the Device Programming /Test
Unit: a compact, portable and menu-driven
accessory that makes programming and testing an
interface device faster, easier and more dependable
than previous methods.
The programmer I tester eliminates the need for
mechanical addressing mechanisms, suchas:
program jumpers, DIP switches or rotary dials, since
Model DPU electronically sets the HTRI-series
interface address into the non-volatile memory of
the interface microcomputer-chip.
Vibration, corrosion and other conditions that
deteriorate mechanical addressing mechanisms are
no longer a cause for concern.
The HTRI-series is fitted with screw terminals for
connection to an addressable circuit, and is fully
compatible on the same Siemens FACPs with
Siemens Model 'H'-series intelligent detectors;
Model 'HMS'-series addressable manual stations, or
any other addressable intelligent modules
(e.g. - Model HZM or Model HCP).
Temperature and Humidity Range
Model HTRI-series intelligent interface modules are
®UL Listed. Environmental operating conditions for
HTRI-D, HTRI-R and HTRI-S modules are 32°F (0°C) to
120°F (49°C) with a relative humidity of no greater
than 93%, non-condensing.
Electrical Ratings
Current Draw I 1.3mA (Active or Standby)
Relay Ratings, Model HTRI-R
Resistive:
4 Amps, 12SVAC
4 Amps, 30 VDC
Electrical Ratings
Relay Ratings, Model HTRI-R - (cont.'d)
3.5A, 120 VAC (0.6P.F.)
3.OA, 30 VDC (0.6P.F.)
Inductive: 2.OA, 120 VAC (0.4P.F.)
2.OA, 120 VAC (0.35P.F.)
2.0A1 30 VDC (0.35P.F.)
Mounting Diagram
Models HTRI-S, HTRI-D and HTRI-R mount directly
into a 4-inch (10.2 cm.) square, 2 ¼" (5.7 cm.)-deep
box back box, or to a user-supplied double-gang back
box. A 5" (12.7 cm.) square, off-white faceplate is
included with each HTRI-series module.
Note: For Marine installations, a metal cover faceplate (Model
USCG-RPLATE) is available separately. The faceplate must
be used to protect Siemens HTRI-series interface modules
from receiving radio-frequency interference (RFI).
MOUNTING SLOTS
FOR 4-INCH
SWITCH BOX
;qHTRI-S/-D/-R
MODULE
2
JI3 MOUNTING
HOLES FOR
1, IIWITCHPLATE
MOUNTING SLOTS
FOR DOUBLEGANG
S WITCH BOX
Details for Ordering
Part Model Description Number
HTRI-R 500-033300 Single Input Module with Relay
HTRI-D 500-033360 Dual Input Module
HTRI-S 1 500-033370 Single Input Module
USCG- 1 * Metal Cover Plate for
HPLATE j S 5431 9-F22-A1
__ HTRI Series Interface Modules
*denotes for required use with Marine-only
Notice: This marketing data sheet is not intended to be used fo- system design or
installations / applications
installation purposes. For the most up-to-date information, refer to each product's installation instructions.
Fire Safety Fire Safety
8 Fernwood Road 1577 North Service Road
SIEMENS Industry, Inc. Florham Park, NJ 07932 East Oakville, Ontario
Building Technologies Division Tel: (973) 593-2600 (Sil-Es) L6H 01-16 / Canada
FAX: (908) 547-6877 ?r:ntedin U.S.A. Tel: 1905] 465-8000
URL: www.UsA.Siemens.comlF:RE URL: www.siemens.cA
February 2016
Supersedes sheet dated 6/2015
(Rev. 6)
SIEMENS Data Sheet
Fire Safety & Security Products
Intelligent Initiating Devices
Intelligent Device Interface Module
Model HTRI-M (STRI-M for Canada)
ARCHITECT AND ENGINEER SPECIFICATIONS
Interfaces and supervises normally open (N.O.) contacts:
[i.e. - fire detection]
Interfaces and supervises normally closed (N.C.) contacts:
[i.e. - security detection]
Compact size allows mounting in single-gang box behind equipment
Polarity insensitive with Sure WireTM technology
- Innovative technology supports comprehensive system and
interface communication r! t U! Le.
Dynamic supervision L L L i4
Two-wire operation
Device Programmer! Test Unit programs and verifies address and SIEMENS test functionality hYfll.M
R._ fllr
®UL Listed, @ULC Listed;
FM, CSFM and NYC Fire Department Approved
Product Overview
The Intelligent Interface Module (Model HTRI-M)
is designed to provide the means of interfacing
direct shorting devices to the Device Program I
Test Unit (Model DPU) for various Siemens - Fire
Safety fire-alarm control panels (FACP5).
Model HTRI-M provides the most advanced
method of address programming and supervision
-including sophisticated FACP-communication -
in the fire and life safety market. Each Model
HTRI-M interface module incorporates
microcomputer-chip technology, and advanced
bi-directional communication capabilities with the
respective FACP.
Model HTRI-M is designed to monitor a N.O. or
N.C. dry contact, and reports the contact status to
the FACP. The microcomputer chip for Model
HTRI-M has the capacity of storing - in memory—
identification information, as well as integral
operating-status data.
Specifications
Each Model HTRI-M interface module is
programmed, via Model DPU, which is a compact,
portable and menu-driven accessory that makes
programming and testing a given interface more
accurately and efficiently than ever before.
Model DPU eliminates the need for mechanical-
addressing mechanisms -such as program
jumpers, DIP switches or rotary dials - since
Model DPU sets the interface address of Model
HTRI-M into its microcomputer-chip, non-volatile
memory electronically.
Vibration, corrosion and other conditions that
deteriorate mechanical-addressing mechanisms
are no longer a cause for concern. Model HTRI-M
is connected to Model DPU with the programming
cable provided with the tester. This programming
cable (P/N 110-694927) utilizes two (2) alligator
clip connectors, to attach to the HTRI-M.
Intelligent Device Interface Module 6308
SIEMENS Industry, Inc.
Building Technologies Division
Specifications - (continued)
Model HTRI-M has five (5) leads [one (1) of the
five (5) leads is for grounding], which are wired
to the system with user-supplied wire nuts.
Model HTRI-M is fully compatible on the same
Model DLC circuit with all intelligent Siemens
Model 'H'-series detectors; Model 'HMS'-series
addressable, manual stations; or any other
Model 'H'-series addressable intelligent modules
(i.e. - Model HZM or Model HCP).
Electrical Rating
Current Draw: 1.5mA (Active or Standby)
Details for Ordering
Model
Number
I Part
I Number
I
Description
HTRI-M 500-034000 Single-Input Intelligent Interface Module
In Canada, order:
Model
Number
Part
Number Description
STRI-M 500-034000c Single-Input Intelligent Interface Module
2IQ: For shipping-weight considerations, each Model
HTRI-series is approximately 3.5 oz. (0.1 kg).
Notice: This marketing data sheet is not intended tD be used for system design or installation purposes.
For the most up-to-date information, refer to each product's installation instructions.
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
SIEMENS Industry, Inc. Florham Park, NJ 37932 Brampton, Ontario June 2013
Building Technologies Division Tel: (973) 593-26C0 siirs L6T 5E4 I Canada Supersedes sheet dated 12/11 FAX: (908) 547-6877 Printed in U.S.A. Tel: (905) 799-9937 (Rev.3)
URL: www.usa.Siemens.com/Fiie FAX: (905) 799-9858
SI EMENS
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Four (4) inputs / four (4) outputs
Via one (1) address
Input lines can be supervised for open,
short and ground-fault conditions
O Light-emitting diode (LED) display
of each input/output status
Supports 'Class A' and 'Class B'
input-circuit wiring
Polarity insensitive utilizing
Sure Wi reTM technology
O Microprocessor-controlled
signal evaluation
Two-wire installation
per addressable loop
Communication via FCnet
- Individual Addressing
O Four (4) auxiliary current (AC) rated /
direct current (DC) rated relay outputs
Mounts in one (1) electrical back box
- Optional 4-11116 inch [12 cm.] and
5-inch [12.7 cm.] square back boxes
O Electronic address programming is easy
and dependable
O Simple front-end access to
programming port and wiring
terminals
O Model 8720! DPU programs and verifies
device's address, as well as performs test
functionality
Restriction of Hazardous Substances
(RoHS compliant)
UL Listed, ULC Listed; FM (#3230),
CSFM (#7165-0067:0264) and NYC
Fire Department (NYCFD) Approved
I
The four (4) input I (4) output interface module (Model FDC10422) from
Siemens - Fire Safely is designed to provide the means of interfacing direct
shorting devices to the Device Loop Card (Model DLC), as well as the Desigo
Fire Safety fire-alarm control panels (FACPs).
Each Model FDC10422 contains microcomputer-chip (SureWire) technology
and is polarity insensitive. The I/O module achieves the state of an 'intelligent
device' through its highly advanced method of address programming and
supervision - combined with its sophisticated, bi-directional FACP
communication.
The relays and contact-device inputs for Model FDC10422 are controlled at the
same address. From the Desigo Fire Safety FACP, the relays and input contacts
can be controlled as a separate function. The relay is typically used where
control or shunting of external equipment is required. Four (4) independent
input/ output circuits are acceptable on one (1) Model FDC10422 module.
Normally Open (N.0) or Normally Closed (N.C) dry contacts are monitored
by one (1) 4-Input /4-Output module, (Model FDCI0422).
SIEMENS •
APPROVED
Siemens
Building Technologies Division
I I/o module with white
front plate included in
each shipment
Data Sheet 6155
usa.siemens.com/fire
- 4-'14-INCH SQUARE BOX
I 21-INCHES DEEP (42 in-)
FACEPLATE
5-INCH SQUARE BOX with
4%- INCH ADAPTER PLATE
2.673 INCHES utr b( In') r
41/1 -lNCR EXTENSION RING
1M-INCHES DEEP (29.5 in 3)
RTA M.1111
Diagram of a Desigo Fire Safety 4- In /4-Out module mounting to an inclusive front plate
[illt
Model FDC10422 is used for the connection of up to two (2) independent,
2 -x-2 'Class A'orfour (4) independent 'Class B'dryand N.O configurable
contacts, and reports the status of either the N.O or N.C. contact to the
FACP. Inputs can be independently configured, via a Desigo Fire Safety H71I1I .1I FACP, for the following zones: 'Trouble' I 'Alarm' I 'Supervisory' I 'Status'.
End-of-line resistor used with
4-In /4-Out modules Model FDC10422 has four (4) programmable outputs with four (4) potential
free-latching 'Form A' (dry) relay contacts for fire-controlinstallations. -
The FCnet module of a Desigo Fire Safety FACP provides supervised,
power-limited communication to a Model FDC10422 interface module.
The four (4) input 1(4) output interface module provides status indication
per LED for each input! output, plus one (1) LED for general device status.
Also included with Model FDC10422 are four (4) EOL devices (470 ohms
(i)), as well as three (3) separators to separate power-limited wiring from
non-power-limited wiring.
Separators are delivered
in the following sizes:
> inch [12 cm.] back box
> 4.i1/4h [12 cm.] extension ring -
End-of-line terminal used with
4-in /4-Out modules
PI: Optional 5" [12.7cm.] back boxes are available exclusivelyvia Randl Industries, Inc.
Model FDC10422 has a multi-color LED that flashes GREEN when operating in 'Normal' (standby) condition;
in AMBER if a node is in a 'Trouble' event, and in RED to indicate a change of event status.
Model FDC10422 is fitted with screw terminals for connection to an addressable circuit, and is fully compatible on the same
circuits of all Desigo Fire Safety 'H'-series detection devices; Desigo Fire Safety Modular 'X'-series devices; HMS'-series
addressable manual stations, or any other addressable intelligent modules (e.g. - Model HCP or Model HZM).
Fie Id-Device Programmer / Test Unit
Each Model FDC10422 interface module is compatible with the Siemens field-device programmer! test unit (Model DPU), which
is a compact, portable and menu-driven accessory for electronically programming and testing Model FDC10422
promptly and reliably.
Model DPU 1 8720 eliminates the need for cumbersome, unreliable mechanical programming methods (e.g. - dials and rotary
switches), and reduces installation and service costs by electronically programming and testing the detector prior to installation,
via the microcomputer-chip, non-volatile memory found in each Model FDC10422 interface module.
For proper operation of Model DPU 1 8720, the technician selects the accessory's program mode, and enters the desired address.
In turn, Model DPU 1 8720 automatically sets and verifies the address, as well as tests the Model FDC10422 module.
When in the 'test' mode, Model DPU 1 8720 will perform a series of diagnostic tests without altering the address or other stored
data, allowing technicians to determine if the detector is operating properly.
Each field-device programmer! test unit operates on AC power or rechargeable batteries, providing flexibility and convenience in
the programming I testing of fire-safety equipment from practically any location. Additionally, with the use of a Model DPU I
8720, there is no longer a cause for concern with any vibration, corrosion and other deteriorating conditions that can accompany
the vitality of a mechanical-addressing mechanism.
Siemens
Building Technologies Division —2— usa.siemens.comlfire
I I
Loop technology
COMMUNICATION supervised
PROTOCOL: signaling line circuit,
power limited
STORAGE
TEMPERATURE (3
OPERATING
TEMPERATURE 132° - '120°F
RANGE: (0° - *49CC)
5-85%
RELATIVE (non-freezing,
HUMIDITY: condensing
at low temperature)
COLOR: Carrier: SAL 9017
CAGE COVER: Transparent
CAGE: RAL 9017
FACEPLATE: White
WEIGHT: 1 Lb (454 g.)
DIMENSIONS:
{W -x- H -x- D}
4" -x- 4.7" -x- 1.2"
1 (12 cm. -x- 12 cm. -x- 3.1 cm.)
VOLTAGE RATING: 12-32VDC
MAXIMUM VOLTAGE:
(for module using 32 VDC
FCnet communication)
OPERATING RATING:
(quiescent) ImA
PEAK CURRENT: 1.92mA, max.
NOTICE
AC ratings must not be used with modules
with an ES less than 10.
The ES number can be found on the label:
ruuiflJ ES
b
MONITORING VOLTAGE: 3VDC
CABLE-LENGTH 200 feet
INPUT: (61 meters),
max.
INPUT-SHIELDING, 30 feet- 200 feet
CABLE-LENGTH RANGE: (9,14m - 61m)
C LINE-TO-LINE: 0.02 pF, max.
C LINE-TO-SHIELD: 0.04 iF, max.
LINE SIZES
AMERICAN WIRE 14AWG, max.
18AWG, mm.
GAUGE (AWG):
OUTPUT OUTPUT OUTPUT
A,B,C,D B,C C
4-x-5 0r2-x-7 on -x-8
Amps max. Amps Amps
4-x-3 0r2-x-4 orl-x-5
Amps max. Amps Amps
4-x-2 0r2-x-2.5 onl-x-3
Amps max. Amps Amps
tiy0ic41s
30 VDC, resistive; Ambient Temp:
125 VAC, resistive 77°F (25°C)
30 VDC, resistive; Ambient Temp:
125 VAC, resistive 100°F (38°C)
30 VDC, resistive or Ambient Temp: inductive (0.35pF);
120 VAC, resistive 120°F (49°C)
NOTES:
AC output ratings are only applicable to Model
FDCI0422 interface modules that have
Engineering State (ES) version '10' or higher.
The part number (S54322-F4-A1) for Model
F0U0422 is found on the back of each interface
module, and the ES version is placed just the right
of the part number (See Page 2 for an illustration).
Refer to Installation Operation Manual,
IOM: A6V10324662, for further details.
MODEL OR II DATA PANEL
TYPE ISHEET
XLS 6300 FirePinder
-
(fire-system overview)
XLSV 6340 FireFinder
-
(fire w/ voice system overview)
DESIGO
MODULAR 7300 Desigo Modular (overview)
FC2005 6813 Desigo Fire Safety
50-point addressable
FC2025 Desigo Fire Safety 252-
6815
point addressable (fire)
FC2050 Desigo Fire Safety 504-
point addressable (fire)
Desigo Fire Safety 252-
FV2025 point addressable
(fire w/ Intelligent Voice
6821
Communication IIVC])
Desigo Fire Safety 504-
FV2050 point addressable
(fire ml Intelligent Voice
Communication [IVC])
Siemens
Building Technologies Division -3- usa.siemens.comlfire
NOTrCE- The iformaLn cor.eined iii thscaa-sheet document is ntendei dy
as a SUTTtaN and is suoject t:D change without notice.
The crocict(s descioed nere has/have a specific instruction shees)
that-Wier various technical. lintation and Jability nfcrrra:ion.
Copies of instal -type instrti+n sheets - as well as the Generai Product
V/arg a-id Lirnitaions docunant, w.iich also contains .7.portart data,
are orc.vied with the pocuot, an are availab e from the Manufaot'rer
Data ccrainei in the atoresad type of documentation should ie coisultel
with a ifre-safety professional befcre specfying or using the product.
Any rjrthe questions or assistance ccncening I
paula pro:lems That rnihI erise relative to the
proper fLictioning othe equipirent please contact • the \'aiufac.tjrer. ,
L!t!LJ OI$løit J1
SIEMENS
[NOTIFICATION DEVICES]
ZR&ZH
SIEMENS Data Sheet
Fire Safety Products
Notification Appliances_________
ZH & ZR - Strobes, Horns, & Horn I Strobes I Application: Indoor
Series Series (for mounting)
Product Overview
- Strobes can be synchronized using the Siemens DSC sync modules, the Siemens 50-point,
252-point and 504-point addressable fire alarm control panels (FACPs), as well as with:
FireFinder® XLS and MXL® FACP5
PAD-3 or PAD-41M NAC Extenders with built-in sync protocol
- Selectable Continuous Horn or Temporal (Code-3) Tones with 90 or 95 dBA
selectable setting (Series 'ZH')
- Ceiling-mount models feature field-selectable Candela settings of 1 5/30175/95cd and 115/1 77cd
- Wall-mount models feature field-selectable Candela settings of 15/30/75/11 0cd and 135/1 85cd
- Base plate is protected by a disposable cover, and the appliances can quickly snap onto the base
after the walls are painted
- Strobes produce one (1) flash per second
- "Special Applications" listed with Siemens panels
- EZ Mount Universal Mounting Plate (Model ZB Series) - uses single plate
for ceiling and wall mount installations
- EZ Mount design - with separate base plate - provides ability to pre-wire the base
and test the circuit wiring before the walls are covered
- ®UL Listed & OULC Listed, FM (#3028994) Approved;
CSFM Approved (Series 'ZH': #71250067:0248 —> Fire Alarm Devices For The Hearing Impaired)
CSFM Approved (Series 'ZR': #71250067:0252 —> Fire Alarm Devices For The Hearing Impaired)
- ADA! NEPA compliant
Specifications
General
- Audible/Visual notification appliances are listed for indoor use only
- Appliances are listed under ®UL Standard 1971 (Standard for Safety Signaling Devices
for Hearing Impaired) and ®UL Standard 464 (Fire Protective Signaling)
- Appliances use a universal back plate, which allows mounting to a
single-gang, double-gang, 4-inch-square (10.2 cm.), 4"-octal (10.2 cm.), or a 3-1/2" (8.9 cm.) octal backbox
- Two-wire configurations allows capability for directly connecting appliances to the mounting back plate
- Continuity check will occur for entire NAC circuit prior to attaching any audible I visual-notification appliances
- A cover fits over the mounting plate for protection to dust and other outside elements
Cover is easily removed when the appliance is installed over the back plate
- Removal of an appliance will result in a Trouble condition by the Siemens Fire Alarm Control Panel (FACP)
'Z' Series Notification Appliances 2584
SIEMENS Industry, Inc.
Building Technologies Division
Specifications - (continued)
Strobes and Audible Strobe Combinations
- Strobe appliances produce a minimum flash rate of 60 flashes per minute
(one [1] flash per second) over the Regulated Input Voltage Range, and
incorporate a Xenon flashtube enclosed in a rugged Lexan® lens
- Strobes are available with two (2) or four (4) field-selectable settings
in one (1) unit, and are rated - per ®UL 1971 - for up to:
151301751110cd for wall mounted
135/185cd for wall mounted
1 5130175195cd for ceiling mounted
115/177cd for ceiling mounted
- Strobes operate over an extended temperature range of 32°F to 1 20°F
(0°C to 490C), and be listed for maximum humidity of 951/6 RH
- Strobe inputs are polarized for compatibility with standard reverse-polarity
supervision of circuit wiring by a Siemens FACP
Audible and Audible! Strobe Combinations
- Horns and horn I strobes are listed for Indoor use under C)UL S:ancard 464
- Horns are able to produce continuous synchronized output or a
Temporal Code-3 synchronized output
- Horns have at least two (2) sound-level settings of 90 and 95 dBA
synchronization Modules
- The strobe portion, when synchronization is required, is ccmpaible with the
Siemens DSC sync modules; the Siemens 50-point, 252-point and 504-point
addressable FACPs, as well as with:
FireFinder® XLS and MXL® FACPs
PAD-3 or PAD4TM NAC Extenders with built-in sync pro:ocol
- The strobes will not drift out of synchronization at aiy tirre during operation
- Audibles and strobes are able to synchronize on a two-wire circuit with the capability
to silence the audible, if required
- Strobes revert to a non-synchronized flash-rate, if the sync module or
power supply should fail to operate (i.e. - contacts remair closed)
- All notification appliances are listed for Special Applicatiors:
Strobes are designed to flash at 1-flash-per-second
minimum over their "Regulated Input Voltage Range"
Note: NFPA-72 specifies a flash rate of 1-to-2 flashes p€r second,
and ADA Guidelines specify a flash rate of 1-to-3 flashes per second
All candela ratings represent minimum-effective Strobe intersity, based on ®LJL Standard 1971
SeriesZH Strobe products are listed under ®UL Standards 1971 and 464 for indcor use
with a temperature range of 32°F to 120°F (0°C to 49°C) and maximum humidity of 93% ( 2)
Series ZH horns are listed under ®UL Standard 464 for audible signal appliances (Indoor use only)
Mounting Diagram
Ir!IiI!:Ii
SIEMENS Industry, Inc. (Shown In Inches)
Building Technologies Division
Mounting Diagram
0
-OPTIOL41- 0
SECURING II SCREWS Ii
FOO FLAT '7 &
SCREWDR1VTh Installation
With the provided pan head screws, install mounting
plate to a:
- single-gang; - doable-gang;
- 4 (10.2 Cm.) square;
- 4 (10.2 cm.) octagon backbox
Connect the fleldwiring.
Address wires back into backbox.
Place dust cover over mounting plate to protect the
terminals while performing the wiring-continuity check
Remove dust cover before snapping or
installing the appliance Onto the mounting plate -
Technical Data
Removal
Igpggflt: Device only has one (1) mounting
orientation. Match the top of the base to the
top of the device.
If It Is desired to further secure the device to the
base, then use the two (2) optional screws which
are provided in the shipment. To install, punch
out the screw holes located at the top and
bottom of the device.
To remove the appliance, push a small, flat-bladed
screwdriver into the side opening. The screwdriver
must clear the snap release opening by 1/4 "(0.64cm.),
in order for the appliances snap to disengage.
in)pQiia)Lt: Do not pry oft the housing with a screw driver.
ZH Horn: Wall and Ceiling Mount
Operating Voltage (Special Application)
Per ®UL 464
Input Voltage Low* High*
DC I 16.0-33.OVDC 0.018 0.044
FWR 1 16.0 - 33.OVRMS 0.045 0.075
* Current draw is the same for the Continuous Horn, Code 3
Horn, and March Time settings
ZH Horn / Strobe Series: Wall Mount ZH Horn I Strobe Series: Ceiling Mount
Current Ratings (AMPS)
MAXIMUM RMS Current- with !jjgh dBA Setting
Input Voltage [15cd I 30cd I 75cd 110cd 135cd I 185cd
DC 1 16.0-33.OVDC 0.07810.113 10.19510.25910.371 0.506
FWR 16.0- 33.0VRMS[0 0.200 10.30210.4061 0521 0.722
Current Ratings (AMPs)
MAXIMUM RMS Current- with LQy. dBA Setting
Input Voltage 15cd I 30cd I 75cd I 95cd 135cd I 185cd
DC 16.0-33.OVDC 0.070 10.107 10.18810.24610.324 10.455
FWR 116.0-33.OVRMS 0.123 10.179 10.29010.39110.497 10.699
ZR Strobe Series: Wall Mount
Current Ratings (AMPS)
Strobe Setting - (Cd)
Input Voltage 15cd 30cd 75cd 110cd 135cd 185cd
DC 1 16.0-33.OVDC 0.064 0.098 0.175 0.233 0.318 0.445
FWR 116.0- 33.OVRMS 0.108 0.164 0.268 0.368 0.482 0.684
ZR Strobe Series: Ceiling Mount
Current Ratings (AMPs)
Strobe Setting- (Cd)
Input Voltage 15cd I 30cd I 75cd I 95cd 11 5c 177cd
DC 1 16.0-33.OVDC 0.069 10.11110.200 0.2641 0.318 10.445
FWR 16.0-33.OVRMS 0.117 0.180 0.297 0.398 0.482 10.684
€tULC Directional Characteristics
-3 dBA 35 degrees left; 40 degrees right
-6 dBA 55 degrees left; 65 degrees right
SIEMENS Industry, Inc.
Building Technologies Division
Current Ratings (AMPS)
MAXIMUM RMS Current- with LiiL dBA Setting
Input Voltage 15cd I 30cd I 75cd I 95cd 11 15c I 177cd
DC 16.0-33.OVDC 0.087 10.13110.22210.29210.37 506
FWR 16.0 - 33. OVRMS 0.149 0.216 10.33110.43610.52 722
Current Ratings (AMPs)
MAXIMUM RMS Current- with Low dBA Setting
Input Voltage 15cd I 30cd I 75cd I 95cd 1 11 5c 177cd
DC 116.0-33.OVDC 0.075 0.121 0.213 0.277 0.324 0.455
FWR 116.0-33.OVRMS 0.131 0.195 10.31910.42110.497 0.699
ZH and ZH-MC Series: Wall and Ceiling Mount
dBA Sound Output
Description Volume Reverberant Per ®UL 464
16.0 VDC 24.0 VDC 33.0 VDC
Continuous
Horn
Low 77 81 83
High 83 87 90
Code 3 Horn
(or March Time)*
Low 72 76 79
High 1 79 1 82 86
dBA Sound Output
Description Volume Reverberant Per ULC-S525-99
20.0 VDC 24.0 VDC 31.0 VDC
Continuous
Horn
Low 88 90 91
High 93 95 96
Code 3 Horn
(or March Time)*
Low 88 90 91
High 93 95 96
** Available only in sync mode.
Technical Data - (continued)
Notes: 1. Strobes will produce 1 flash per second over the Input Voltage range.
These horn/strobe models are ®UL Listed to operate over a Voltage Range Limit from 1 6.OVDC to 33.OVD:
for 24VDC applications using filtered DC or unfiltered Full-Wave-Rectified (FWR) input voltage.
All models are ®UL Listed for indoor ceiling use with a temperature range of +OC to —49°C
(+32°F to +120°F) and maximum humidity of 93% +1- 2°h RH.
The effect of shipping and storage temperatures will not adversely affect the performance of the appliance
when stored in original cartons, and is not subjected to either misuse or improper handling of shipment.
Details for Ordering - (Including Mounting Options & Agency Approvals)
Agency Approvals
Model Part Number Description Mounting UL Options*
ULC FM CSFM
ZH-R 500-636159 Z Horn: Red B,D,E,F,X V V V V
ZH-W 500-636160 Z Horn: White B,D,E,F,X V V V V
ZH-MC-R 500-636161 Z Horn: Multi Candela (Wall), Red B,D,E,F,X V V V V
ZH-MC-W 500-636162 Z Horn: Multi Candela (Wall), White B,D,E,F,X V V V V
ZH-HMC-R 500-636163 Z Horn: Hi Multi Candela (Wall), Red B,D,E,F,X V V V V
ZH-HMC-W 500-636164 Z Horn: Hi Multi Candela (Wall), White B,D,E,F,X V V V V
ZH-MC-CR 500-636165 Z Horn: Multi Candela (Ceiling), Red B,D,E,F,X V V V V
ZH-MC-CW 500-636166 Z Horn: Multi Candela (Ceiling), White B,D,E,F,X V V V V
ZH-HMC-CR 500-636167 Z Horn: Hi Multi Candela (Ceiling), Red B,D,E,F,X V V V V
ZH-HMC-CW 500-636168 Z Horn: Hi Multi Candela (Ceiling), White B,D,E,F,X V V V V
ZR-MC-R 500-636169 Z Strobe: Multi Candela (Wall), Red B,D,E,F,X V V V V
ZR-MC-W 500-636170 Z Strobe: Multi Candela (Wall), White B,D,E,F,X V V V V
ZR-HMC-R 500-636171 Z Strobe: Hi Multi-Candela (Wall), Red B,D,E,F,X V V V V
ZR-HMC-W 500-636172 Z Strobe: Hi Multi-Candela (Wall), White B,D,E,F,X V V V V
ZR-MC-CR 500-636173 Z Strobe: Multi Candela (Ceiling), Red B,D,E,F,X V V V V
ZR-MC-CW 500-636174 Z Strobe: Multi Candela (Ceiling), White B,D,E,F,X V V V V
ZR-HMC-CR 500-636175 Z Strobe: Hi Multi Candela (Ceiling), Red B,D,E,F,X V V V V
ZR-HMC-CW 500-636176 Z Strobe: Hi Multi Candela (Ceiling), White B,D,E,F,X V V V V
ZB-R 500-636193 Accessory - (Includes base, dust cover,
mounting _screws _and _installation _sheet)
V V V V
ZB-W 500-636194 Accessory -(Includes base, dust cover,
mounting screws and installation sheet) V V V V
V = Listed IApproved
* = Refer to cata sheet #: 2585
for detailed mounting cptions
Notice: This marketing data sheet is not intended to be used for system design or installation purposes.
For the most up-to-date information, refer to Each product's installation instructions.
Fire Safety Fire Safety
8 Fernwood Road 1577 North Service Road
SIEMENS Industry, Inc. Florham Park, NJ 07932 East Oakville, Ontario Augusl 2016
Building Technologies Division Tel: (973) 593-2600 (Sil) L6H 01-16 / Canada Supersedes shee. dated 612015
FAX: (908) 547-6877 Printed in U.S.A. Tel: [905] 465-8000 5)
URL: ww.usa.Siemens.comIFire URL: www.Siemens.cA
Sounder-strobe
SIEMENS
R1@fflT;W@1M
-
rLfr
I t J1fi? Tiäii 1
Sophisticated series of notification
appliances that meets fire-industry
codes and regulations for
commercial-building applications
O Compatible with the Siemens 50-point,
252-point and 504-point addressable fire
alarm control panels (FACPs), and with:
- Siemens Modular FACPs
- Siemens PAD-series of NAC extenders
- FireFinder! XLS I XLSV FACPs
- Siemens dual-sync control (DSC) modules
Innovative LED strobe technology
provides an energy-efficient means for
a significantly reduced current draw
Means to have existing Xenon and new
LED strobes in the same field-of-view
- 110cd Candela setting for Model
'SLFSS'-series sounder-strobes
- "llOcd" is labeled on the outer
edge, right-hand side, just above
the temporal-setting adjustor
Straightforward installation coupled
with compact, modern design
- Built-in level adjustment component
with snap-on grille front cover
- Manual (index finger)
slide-setting adjustor
Four (4) temporal-pattern settings
in each notification appliance
- 'T3' (for FIRE) setting
- T4' (for CO) setting
- Continuous (coded) dual-sync
setting ('13'! '14') for FIRE with CO
Dual, low-frequency sounder
codes in each appliance
- Meets NFPA-72 for Fire-
Alarm and Carbon Monoxide
UL (2034 119711 464) Listed, ULC
(-5525 I ULC-5526) Listed
- ADA I NFPA I ANSI I OSHA compliance
®RoHS
I1a
Siemens is now offering low-frequency sounder-strobes to its notification-
appliances portfolio. Formed as the 'SL'-series, these technologically advanced
sounder-strobes meet National Fire Protection Association (NFPA) requirements
for recognized sleeping areas within a commercial building:
NFPA-72 for fire alarm
NFPA-72 for Carbon Monoxide (Co) alarm
In a single device, the 'SL'-series can provide
alarm-signaling tones for dual applications:
Temporal 3 pattern, (13 - FIRE)
Temporal 4 pattern, (T4 -CO)
Additionally, each Model 'SL' sounder-strobe has an advanced, power-saving
light-emitting diode (LED) technology with three (3) modes of 520 Hertz
operation (for the sounder portion of these notification appliances) -
T3—FIRE
14—Co
Continuous (coded) dual-sync (13 /T4) control for FIRE and CO signaling
Synonymous to the current Siemens 'LFS'-series of sounder-only notification
appliances, the 'SL'-series of sounder-strobes are produced in a sleek, modern
design. Its single-gang fitting provides high-quality energy efficiency in an
aesthetically pleasing, low-profile design that is consistent to the look of the
interior composition of the building application.
The inclusive trim plate makes for easy installation for retrofit projects that
already have single-gang backboxes installed. The 'SL'-series is apt for indoor wall-
mount applications. Moreover, the Series 'SLFS' and 'SLFSS' models, which
operate on 24VDC, are designed specifically for indoor, wall-mount applications.
IitL•
Sounder-strobe
Siemens Data Sheet 2592
Building Technologies Division usa.siemens.comlfire
:0 ::o0o 0 0
-DO130600(30
3000000000 CO 13 OO MtN-o (3 0 o90
llOcd Temporal
Pattern
¶I4.44..sethng Adjustor
DIMENSIONS: - -
6.23 inches (15.8 cm.) {H};
4.69 inches (11.9 cm.) (W);
1.77 inches [cover] (4.5 cm.) {D} - and-
2.82 inches in total] (7.16 cm.) (D)
r0000 0
-J
Temporal
Pattern
.*' Setting
,*'•• Adjustor
Low-Frequency
Sounder-Strobe
In terms of composition and functionality, Models 'SLFS'-series and 'SLFSS'-series
provide added value to the installer for the types of applications for operat on:
Compact I sleek I low-profile design
Comprehensive feature 1st
Convenient mounting options
Multiple 520 Hz modes cf operation
Easy-to-adjust selection-slider switch for Temporal Pattern
- No tools required for setting changes
- All Model sounder-strobes include an 110cd setting
Reduced current draw, via cutting-edge LED technology
The LED portion of the Siemens 'SL'-series of sounder-strobes meets the 20 millisecond light-pulse-
duration requirements of the 2016 edition of NFPA 72. By meeting this latest requirement, existing
Xenon as well as the new LED-technology devices can now be in the same field-of-view. In addition to
the launched product line of Siemens 'SL'-series of sounder-strobes, Siemens also offers an existing range
of products with low-and-high Candela settings that meet retrofit and new-construction applications.
The Siemens 'SL'-series of sounder-strobes have received UL I ULC Listed status by attaining
compatible testing standards with all of the Siemens fire-alarm control panels (FACPs) and
accessories that have been determined to be aligned with existing Siemens strobe-based appliances.
This would include the following existing model-types: 'CH' I 'HS' I 'MTH' I 'S-HQ' I 'SA' I 'SE' I 'SEF'
I 'SET' I 'ST I 'STH' I 'ZR' and 'ZH' Series notification appliances. The regulatory listing also includes
the capability for installing the Siemens 'SL'-series sounder-strobes in the same notification
zone and field-of-view with any existing Siemens Notification Appliance Xenon-based strobes.
All types of these low-frequency sounders and sounder-strobes are UL Lsted (for indoor
use under Standard 1971 and 464), as well as ULC-5525 I ULC-5526 Listed. The Siemens
'SL-series sounder-strobes also have FCC I RoHS and EES approval.
Siemens
Building Technologies Division -2- usa.siemens.com/fire
Sounder-Strobes Output Current Draws Sounder! Sounder-Strobes Output Current Draws
ULCIULC Current Ratings (in Sound
Pressure Level, [SPL]) RMS Current Volts DC
UL Current Ratings (in SPLs)
Reverberant per UL464 @ 10 feet
MODEL
'SLFSS'
Setting j 16.0 33.0 Volts DC
@ 110Cd
MODELS
'SLFS'
Setting 16.0 VDC 124.0 VDC 1133.0 VDC
_________________
Continuous 0.290 —and — Continuous 80 80 80
SERIES:' Temporal 3 0.290 'SLFSS' Temporal 3 76 = 76 76
Temporal 4 0.290 SERIES: Temporal 4° 85 85 85
Temporal 3 I Temporal 4 0.290 Temporal 3 /Temporal 41 76185 IF76/85 76185
Current Ratings (in SPLs)
RMS Current Volts DC
I MODEL Setting 16.0-33.0 Volts DC
F 'SLFS' Continuous 0.098
SERIES: Temporal 0.098
Temporal 0.098
Temporal 3 / Temporal 4 0.098
'RMS current ratings are per UL maximum RMS method.
UL max current rating is the maximum RMS current
within the listed voltage range (16-3310
For strobes, the UL max current is usually
at the minimum listed voltage
'For audible appliances, the max current
is usually at the maximum listed voltage
'For unfiltered FWR ratings, see installation instructions
+ Code 4 (CO) temporal setting rated, per UL2034
For dwelling use only
GENERAL NOTES:
Strobes are designed to flash at 1-flash-per-second minimum over their "Regulated Voltage Range."
NFPA-72 specifies a flash rate of 1-to-2 flashes-per-second, and guidelines
for the Americans with Disabilities Act (ADA) specify a flash rate of 1-to-3 flashes-per-second.
All Candela ratings represent minimum effective Strobe intensity based on UL 1971.
SETTINGS:
The 520 Hz tone is generated within the actual notification appliance.
When the selector switch is set for 13 or 14, the sound pattern is also generated within the notification appliance.
When the selection switch is set to Continuous, the product is listed for coded operations.
The 13 / 14 pattern (or any of the three other patterns) pattern must be generated by the Siemens FACP,
according to the FIRE or CO 'Alarm' condition initially received by the Siemens FACP.
I nft1Et
General Properties Physical Properties
MODEL SL'-series
OPERATING
E
F (0°C) to 122°F (50°C)
-indoor-applications' TEMPERATURE: use only
RELATIVE HUMIDITY: 93%, maximum
OPERATING
VOLTAGE RANGES: 16.0 1 24.0 and 33.0 VDC
STROBE - UL 1971: 110 Candela output
OUTPUT RATING: llOcd Candela setting for Model
'SLFSS'-series sounder-strobes
STROBE FLASH RATE: Strobes are designed to flash at one-flash-per-second
- all Siemens addressable panels
STROBE - Siemens PAD-series NAC extenders
SYNCRONIZATION: Siemens dual-sync (DSC) modules,
which provide the unique Siemens
proprietary synchronization protocol
Continuous
Code 3 (1/2 second on, 1/2 second off; followed
by 1/2 second on, 1 1/2 second off and repeat)
Code 4
TEMPORAL - Code 3 / Code 4 Sync Control
NOTES: The Code 3 pattern is specified by ANSI and NFPA PATTERN: 72 for Standard Emergency Evacuation Signaling.
The Code 4 temporal pattern (four {4} cycles of 100
milliseconds ± 10 percent "ON' and 100 milliseconds
± 10 percent "OFF," followed by 5 seconds ±
10 percent OFF") is specified by NFPA 72.
MODEL SL'-series
- White-or-red textured, ultraviolet (UV) stabilized,
MATERIAL: colored impregnated engineered plastic
- Exceeds 94V-0 UL flammability rating
WEIGHT: IF - 10 Lbs. (0.5 Kg.)
LENS TYPE: IF LED strobe situated in a rugged Lexan lens
6.23" (15.8 cm.) (H };
DIMENSIONS' 4.69" (11.9cm.){W};
1.77" (4.5 cm.) (D ) for the actual front cover;
2.82" (7.16 cm.) ( D ) for the cover and speaker
Mounting and Wiring Properties
MODEL 'SL'-series
- Wall-mount applications for sounder strobe
(Model SLFSS)
- Wall and ceiling-mount applications for
INDOOR the Model SLFS sounder.
MOUNTING: - Trim plate for single-gang backbox included
in all SLFSS / SLFS appliances; as well as
in Siemens Model SLFBB backboxes and
4' (10.2 cm.) square backboxes
NIRING TYPE: #12 —p18, American Wire Gauge (AWG)
Siemens
Building Technologies Division -3- usa.siemens.com/fire
NOTICE— The information contained in this data-sheet document is intended only
as a summary, and is subject to change without notice.
The product(s) described here has/have a specific instruction sheet(s)
that cover various technical, limitation and liability information. I
Copies of install-type, instruction sheets - as well as the Genera! Product
Warning and Limitations document, which also contains important data,
are provided with the product, and are available from the Manufacturer.
Data contained in the aforesaid type of documentation should be consulted
with a fire-safety professional before specifying or using the product.
Any further questions or assistance concerning
particular problems that might arise, relative to the
proper functioning of the equipment, please contact
the Manufacturer.
SIEMENS
Siemns li9ltry, I1!
Buildrngchnologies Division
Pk, NJ O3
Tel: ) 593A2QQJ
SIEMENS Data Sheet
Fire Safety Products
Notification Appliances
AS & AH —Audible Horn I Strobe/Audible Horn Appliances I Application: Indoor/Outdoor
AS-MC-CW AS-MC-R
Product Overview
- Fast installation with In / Out screw terminals using #1 2 to 4t1 8 AWG wires
- Synchronization can be done via the Siemens 50-point, 252-point and 504-point
fire alarm control panels (FACPs), as well as with:
FireFinder® XLS and MXL® FACPs
PAD-3 or PAD-41M NAC Extenders with built-in sync protocol
Siemens Dual Sync (DSC) modules
- Selectable Continuous Horn or Temporal (Code 3)
- Wall mounts are available with field-selectable Candela settings: 15/30/75/11 0cd or 135/1 85cd
- Ceiling-mount models are available with field-selectable Candela settings:
1 5/30/75/95cd or 11 5/1 77cd (multi-Candela ceiling models)
- Three (3) field-selectable dBA settings of 90/95/99 dBA Anechoic in both tones
- Weatherproof wall-mount models are available with field-selectable Candela settings: 135/1 85cd
- Weatherproof ceiling-mount models are available with field-selectable Candela settings: 11 5/1 77cd
- ®UL Listed & €ULC Listed;
FM (#3150) and CSFM Approved (#71250067:0247 —> Fire Alarm Devices For The Hearing Impaired)
- ADA / NFPA / UFC I ANSI compliant
Specifications
- Notification appliances are Siemens Series 'AS' Audible Horn I Strobe appliances and
Series 'AH' Audible Horn appliances or approved equals
- Series 'AS' Audible Horn I Strobes are listed for ®UL Standard 1971
(Emergency Devices for the Hearing-Impaired for Indoor Fire Protection Service)
- Series 'AH' Audible Horns are ®UL Listed under Standard 464 (Fire Protective Signaling)
— All inputs are compatible with standard reverse polarity supervision of circuit wiring by
the Siemens Fire Alarm Control Panel (FACP)
- The audible portion of each appliance has a minimum of three (3) field-selectable settings for dBA
Anechoic levels, as well as a choice of continuous or temporal (Code 3) audible outputs
- The strobe portion of each appliance produces a flash rate of one (1) flash-per-second over the
Regulated Input Voltage Range, and incorporate a Xenon flashtube enclosed in a rugged Lexan® lens
AS I AH Series Notification Appliances 2578
SIEMENS Industry, Inc.
Building Technologies Division
Specifications - (continued)
- Series 'AS' Horn I Strobe appliances are of low current design-
- Strobe intensity (where Multi-Candela appliances are specified) is easily
controlled by field-selectable settings, and is rated per ®UL Standard 1971 for:
151301751110cd
1351185cd
- When synchronization is required, Series 'AS' horn I strobe appliances are compatible with the
Siemens 50-point, 252-point and 504-point fire alarm contrcl panels (FACPs), as well as with:
FireFinder® XLS and MXL® FACPs
PAD-3 or PAD4TM NAC Extenders with built-in sync protocol
Siemens DSC modules
- The strobes will not drift out of synchronization at any time during operation
- The strobes will revert to a non-synchronized flash-rate, if the sync module or Power Supply
should fail to operate (i.e. - contacts remain closed)
- The appliance is also designed so that the audible signal may be silenced while maiiltaining strobe
activation when used with Siemens synchronization
- The Series 'AS' Horn I Strobe and Series 'AH Horn appliances incorporate a Patented Universal
Mounting Plate that allow mounting to a single-gang, double-gang, 4-inch (10.2 cm.).square,
Siemens SHBBS-Series surface backbox
- All notification appliances are listed for Special Applications:
Strobes are designed to flash at 1-flash-per-second minimum over their "Regulated Input Voltage .aige"
> NFPA-72 specifies a flash rate of 1-to-2 flashes per second, and ADA Guidelines specify flash ra:e
of 1 -to-3 flashes per second
All Candela ratings represent minimum-effective Strobe intensity, based on ®UL Standard - 97
Mounting Diagram
SeriesAS
hi. 4
2.541
_
SeriesAH
4&
E1 _
410:
4.80 4.80
it J L_____j
(Shown In Inches) (Shown In Inches)
Mounting Options
B FLUSH MOUtIMNG
STD
D FLUCt-I OR CU1?ACEm0k20NG F 4" SQ. X 1-112"
FLUSH OR SURFACE MOUNTING
DOUBLE-GANG
X C&FACE MOU.91I4G
SINGLE-GANG DEEP BACVJ30X CR 8ACKOX 'SURFACE
S 9 EUROPEW 2-1/4OEEP VBACKBOX MOUNTINGPLATE BACKBOX UNIVERSAL IDLfl'411NG s.... UNIVERSAL \ MOUN11NG PLATE
Q PLATE -C)-. - Q
I]!L
i0Ew f—I— °w LI—I 4I 4—f------f--I— SCREW SCREW
I4AxIIJM MAOM OF CONDUCTORS I4AJA MAOM OF CONDUCTORS I4APJRA NUVABM CF CONDUCTORS MAaMUM NUPABM OF MMICTORS
£16 MGM 1lIlG14 AWG12 WG15 JWIG916 MGM A'IiG12 A13 IJ5 M1G14 AWGI2 1.%18 A*G4I6 IM-A14 AWG12 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4
5IEMENSIncJustry, Inc.
Building Technologies Division
Technical Data
AS-MC Series: Wall Mount
Current Ratings (AMPS)
MAXIMUMRMS Current- with Hi dBA Setting
Input Voltage 15cd 30cd 75cd llOcd
DC 16.0-33.OVDC 0.094 0.133 0.212 0.283
FWR 16.0 - 33.OVRMS 0.134 0.191 0.307 0.405
Current Ratings (AMPS)
MA.xIMuMRMS Current - with Med dBA Setting
Input Voltage 15cd 30cd 75cd llOcd
DC I 16.0-33.OVDC_l 0.079 1 0.117 1 0.202 1 0.269
FWR 16.0-33.OVRMS 0.119 1 0.183 1 0.292 1 0.397
Current Ratings (AMPS)
MAXIMUMRMS Current-with LowdBA Setting
Input Voltage 15cd 30cd 75cd I llOcd
DC 16.0-33.OVDC 0.073 0.112 0.193 0.260
FWR116.0-33.OVRMSI 0.112 1 0.176 1 0.287 1 0.393
AS-MC-C Series: Ceiling Mount
Current Ratings (AMPS)
MAXIMUM RMS Current- with Hi dBA Setting
Input Voltage 15cd 30cd 75cd 95cd
77F7176707 - 33.OVDC 0.101
1
0.147 0.235 0.303
FWR 16.0-33.OVRMS 0.144 0.202 0.324 0.424
Current Ratings (AMPs)
MAXIMUM RMS Current- with Md dBA Setting
Input Voltage 15cd F 30cd 775cd I 95cd
DC 1 16.0-33.OVDC 0.085 0.130 0.213 0.285
FWR 116.0-33.OVRMS 0.132 0.185 0.312 1 0.414
Current Ratings (AMPs)
MAXIMUM RMS Current- with Low dBA Setting
Input Voltage 15cd 30cd 75cd 95cd
DC I 16.0-33.OVDC 0.079 0.120 0.210 0.279
FWR 116.0-33.OVRMS 0.122 0.180 0.308 0.409
AS-HMC Series: Wall and Ceiling Mount AS-UMC-C Series, Weatherp: Ceiling Mount
Current Ratings (AMPS)
MAxIMUM RMS Current- with di dBA Setting
Input Voltage 115cd 135cd 177cd 185cd
DC I 16.0-33.OVDC_l 0.356 1 0.356 10.488 1 0.488
FWR 116.0-33.0VRMS 1 0.499 1 0.499 10.705 1 0.705
Current Ratings (AMPS)
MaxlMUMRMS Current- with MeddBA Setting
Input Voltage 115cd 135cd 177cd 185cd
DC I 16.0-33.OVDC 0.361 0.361 0.493 0.493
FWR 16.0-33.OVRMS 0.509 0.509 0.716 0.716
Current Ratings (AMPS)
MAXIMUM RMS Current-with Low dBA Setting
Input Voltage 11 5c 135cd 177cd 185cd
DC I 16.0-33.OVDC 0.356 0.356 0.499 0.499
FWR 116.0-33.OVRMS 0.488 0.488 0.705 0.705
AS-HMC Series, Weatherp: Wall Mount
Current Ratings (AMPS)
MAxIMuMRMS Current- with Hi dBA Setting
Input Voltage 135cd 185cd
DC 16.0-33.OVDC 0.356 0.488
FWR 16.0 -33.OVRMSI 0.499 0.705
Current Ratings (AMPS)
MAXIMUM RMS Current - with Md dBA Setting
Input Voltage 135cd 185cd
DC 116.0-33.OVDC 0.361 0.493
FWR 116.0-33.OVRMS 0.509 0.716
Current Ratings (AMPS)
MAXIMUMRMS Current- with Low dBA Setting
Input Voltage 135cd 185cd
DC I 16.0-33.OVDC 0.356 0.499
FWR 116.0-33.OVRMS 0.488 0.705
SlEMENSIndustry, Inc.
Building Technologies Division
Current Ratings (AMPs)
MAXIMUM RMS Current- with Hi dBA Setting
Input Voltage 115cd 177cd
716
.0-33.OVDC 0.546 0.742
.0-33.OVRMS 0.546 0.742
Current Ratings (AMPs)
MAXIMUM RMS Current-with Med dBA Setting
Input Voltage 115cd 177cd
DC I 16.0-33.OVDC 0.509 0.716
FWR 116.0-33.OVRMS 0.509 0.716
Current Ratings (AMPs)
MAxIMuMRMS Current-with Low dBA Setting
-
Input Voltage 115cd 177cd
DC 16.0-33.OVDC 0.488 0.705
FWR 16.0-33.OVRMS 0.488 0.705
AS-75 Series, Weatherproof: Wall & Ceiling Mount
Current Ratings (AMPS)
MAXIMUM RMS Current- with di dBA Setting
30cdl180cd 115cd Input Voltage (per ®UL1971) (per ®UL1638)
DC 16.0-33.OVDC I 0.178 0.178
FWR 16.0-33.OVRMSI 0.249 0.249
Current Ratings (AMPS)
MAXIMUM RMS Current - with Md dBASetting
Input Voltage 30cd/180cd
(per ®UL1971)
115cd
(per ®UL1638)
DC 16.0-33.OVDC 0.164 0.164
FWR 116.0-33.OVRMS 0.239 0.239
Current Ratings (AMPS)
MAXIMUM RMS Current-with-Low dBA Setting
30cd/180cd 115cd Input Voltage (per 01.11-1971) (per ®UL1638)
DC 16.0-33.OVDC 0.159 0.159
FWR 116.0-33.OVRMS 0.233 0.233
AH Series: Wall-only Mount
®ULC Current Ratings (AMPs) Average
Current
Volume Levels Low Medium High
20.0 VDC 0.014 0.020 0.035
24.0 VDC 0.017 0.025 0.050
31.0 VDC 0.021 0.030 0.065
AH Series
ULC Directional Characteristics
-3 dBA: L8 degrees left, 41 degrees right
-6 dBA: 50 degrees left, 58 degrees right
Technical Data
AH Series: Wall-only Mount
®UL Current Ratings (AMPS) Average
Current
Volume Levels Low Medium High
DC 16.0-33.OVDC 0.021 0.043 0.080
FWR 16.0-33.OVRMS 0.041 0.051 0.090
AH Series
®UL /fJULC dBA Sound Output
Reverberant Anechoic
[Per @U L464 @10 Ft.] [Per ®IJLC.S525-99] Description
20VDC 24VDC 3IVDC Volume I6VDCF24VDC 33VDC Levels
Low 80 83 86 88 90 92
Continuous
Horn Medium 85 88 91 90 95 97
High 88 91 93 92 97 99
Low 75 79 82 88 90 92
Code 3 Horn or
March Time** Medium i 80 84 95 97 86H
92 High 84 87 90 97 99
** Available in sync mode only
Note: These notification appliances are ®UL Listed as "Special Application".
They are intended to be used only with Siemens notification appliances.
AS Weatherpf Series
®UL /®IJLC Models and Ratings
Operating Voltage ®UL Rated Strobe Candela (Cd)
(Special Application) Voltage Range ®ULC Rated
Model* Per ®UL 1638, ®UL1971 Per CAN/®ULC-5525-99/ At —40°C, ®UL1971 Light Output
and ®UL464 (VDCNRMS) S526-02 (VDCNRMS) per ®UL1638 (Cd)
AS-75-R-WP 16.0 -33.0 20.0 -33.0 115 30/180* 30
AS-75-CR-WP 16.0-33.0 115 30/180*
ASHMCCWP* 16.0-33.0 50/75 115/177 -
ASHMCWP* 16.0-33.0 - 65/90 135/185 -
* Available in red or white.
AS-MC and AS-H MC Series
®UL Listed Ratings
Operating Voltage
(Special Application) Strobe
Model* Per ®UL 1971 Candela
(Cd)
______(VDC I VRMS)
HMC 16.0-33.0 135/185
MC F 16.0-33.0 15/30/75/110
MC-C 16.0-33.0 15/30/75/95
dBA Sound Output
Description Volume Reverberant Per ®UL 464
16.0 VDC 24.0 VDC 33.0 VDC
Continuous
Horn
Low 80 83 86
Medium 85 88 91
High 88 91 93
Code 3 Horn
(or March Time)*
Low 75 79 82
Medium 80 84 86
High 84 87 90
** Available onlyin sync mode.
Notes: 1. Strobe will produce 1 flash-per-second over the Input Voltage range.
This strobelhorn model meets the required light distribution patterns defined in ®UL 1971.
This model is ®UL Listed for indoor use with a temperature range of 32°F to 1 20°F (0°C to 49°C)
and maximum humidity of 93% + 2% RH.
The effect of shipping and storage temperatures will not adversely affect the performance
of the appliance when it is stored in the original cartons, and is not subjected to either
misuse or improper handling of shipment.
SIEMENS Industry, Inc.
Building Technologies Division
Details for Ordering - (Including Mounting Options & Agency Approvals)
Agency Approvals
Part Wall Ceiling Mounting Model Description UL ULC FM CSFM Number Mount Mount Options*
AS-MC-R 500-636010 YES - AS Horn I Strobe: Multi-Candela, Red A,B,D,E,F,G,J,N,R,X V V V V
AS-MC-W 500-636011 YES - AS Horn I Strobe: Multi-Candela, White A,B,D,E,F,G,J,N,R,X V V V V
AS-HMC-R 500-636012 YES - AS Horn I Strobe: Hi Multi-Candela, Red A,B,D,E,F,G,J,N,R,X V V V V
AS-HMC-W 500-636013 YES - AS Horn I Strobe: Hi Multi-Candela, White A,B,D,E,F,G,J,N,R,X V V V V
AS-MC-CR 500-636006 - YES AS Horn Strobe: Multi-Candela Ceiling, Red A,B,D,E,F,G,J,N,R,X / V / V
AS-MC-CW 500-636007 - YES AS Horn I Strobe: Multi-Candela Ceiling, White A,B,D,E,F,G,J,N,R,X V V V /
AS-HMC-CR 500-636008 - YES AS Horn I Strobe: Hi Multi-Candela Ceiling, Red A,B,D,E,F,G,J,N,R,X V V V V
AS-HMC-CW 500-636009 - YES AS Horn I Strobe: Hi Multi-Candela A,B,D,E,F,G,J,N,R,X / V V V Ceiling, White
AS-HMC- 500-636181 - YES AS Horn I Strobe: Hi Multi-Candela Ceiling I, GG, HH CR-WP Weatherproof, Red
AS-HMC- 500-636182 - YES AS Horn I Strobe: Hi Multi-Candela Ceiling I, GG, HH
CW-WP Weatherproof, White
AS-HMC- 500-636183 YES -
AS Horn I Strobe: Hi Multi-Candela Wall I, GG, HH V V - V
R-WP Weatherproof, Red
AS-HMC- 500-636184 YES -
AS Horn I Strobe: Hi Multi-Candela Wall I, GG, HH
W-WP Weatherproof, White
AS-75-R-WP 500-636016 YES - AS Horn I Strobe: 75CD Weatherproof, Red I, GG, HH V V V V
AS-75- 500-636015 - YES AS Horn I Strobe: 75CD Ceiling I, GG, HH V V V V
CR-WP Weatherproof, Red
- - -
AH-R 500-636003 YES YES AH Horn, Red A,B,D,E,F,G,J,N,R,X V V V V
AH-W 500-636004 YES YES AH Horn, White A,B,D,E,F,G,J,N,R,X V V V V
AH-R-WP 500-636005 YES YES AH Horn: Weatherproof, Red K, GG, HH V V V V
NOTE: There are no
regulatory
restrictions in
mounting Siemens
Series 'AH' Hsttn-Qniy Appliances to either
wall or ceiling
applications.
However. Siemens
Series 'A tistLtt I 2j2pe Appliances
are regulatory-
specific to the
mounting options
described above,
based upon the
appearance of FIRE,
text shown on the
sides of certain
Siemens Series'AS
faceplates.
Notes:
Models AS-75-WP and AS-75-R-WP do not provide a 75cd setting.
The Listed Candela ratings are as follows:
- 115cd, per ®UL1638, outdoor
30cd, per ®UL1971, indoor
- The indoor usage is also rated 180cd when measured directly on axis
SlEMENSIndustry, Inc.
Building Technologies Division
*
= Refer to data sheet
#: 2585 for detailed
mounting options
Agency listed/ approved=> V
Notice: This marketing data sheet is not intended to be used for system design or installation purposes.
For the most up-to-date information, refer to each product's installation instructions.
Fire Safety
8 Fernwood Road
SIEMENS Industry. Inc. Florham Park, NJ 07932
Building Technologies Division TO: (973) 593-2600 :sul
FAX,: (908) 547-6877 Printed in U..3 A.
uRL: www.usa.Siemens.com/Fire
Fire Safety
1577 Nortn Service Road
East Oakviile, Ontario
L6H 0H6 / Canada
Tel: [905] 465-8000
uRL: www.siemens.cA
September 2015
Supersedes sheet dated 5/2015
(Rev. 5)
SIEMENS Data Sheet
Fire Safety Products
Detection Devices
Intelligent Remote Alarm Lamps
Models ILED-HC and ILED-HW
RCHITECT AND ENGINEER SPECIFICATION
Multi-color light-emitting diodes (LEDs)
[green, amber, red] mimics detector
Becomes second accessory
(used with relay or audible base)
Both lamps can be addressed and
independently controlled by fire
alarm control panel (FACP) logic
Both lamps can be installed
anywhere on a device loop card,
Model DLC
. ®UL Listed and 4ULC Listed
Product Overview
The Siemens - Fire Safety Intelligent Remote Lamps
(Models ILED-HC and ILED-HW) are designed for use
with initiating devices that are concealed or otherwise
not easily within view (e.g. - above suspended ceilings,
under sub-floors, in unexposed ventilating ducts,
normally locked vaults or closed rooms, etc.)
Both lamps can connect to either a Siemens 50-point,
252-point or 504-point addressable control panel.
Model ILED-HC is mounted on a 4" (10.2 cm.) octagon
outlet box, and Model ILED-HW gets fastened on a
single-gang electrical box.
Although there is no regulatory limitation for mounting
the lamps, be advised that Model ILED-HC is often
ceiling mounted, and Model ILED-HW is intended for
wall mounting.
ILED-HC ILED-HW
These intelligent remote lamps can be mounted
anywhere on Model DLC, and are addressed with the
Device Program /Tester Unit (Model DPU). Each LED
can be controlled by FACP logic—even on different
device loops or on another panel in the network
configuration - since Model ILED-HC or Model
ILED-HW is given its own unique address.
Models ILED-HC and ILED-HW can also be utilized
as a second accessory of a detector when assigned to
respond to detectors that have remote relay or
audible bases.
Details for Ordering
Part Model Number Description
ILED-HC 500-048809 Intelligent Remote Lamp, ceiling
ILED-HW 500-048637 lIntelligent Remote Lamp, Wall
Intelligent Remote Alarm Lamps 6337
SIEMENS Industry, Inc.
Building Technologies Division
Mounting Diagram
I
112" Deep Octatjn
4-3-1,!2'
I—
Oelet (Shown In Inches)
INotSuPPlItdl
7o S itch Box
Wit SLppliecl)l
Shown In Inches) 2 up cd 121
upplued 121
ILED-HC ILED-HW
Notice: Th s marketing data sheet is not intended to be jsed for system design or instaIIaion purposes.
For the most up-tc-date informaticn, refer to eEc-i product's installation instructions.
Fire Safety Fire Safety
8 Fernwccd Road 1577 North Se-vice Road East
SIEMENS Industry, Inc Flo.-ham Park, NJ 07932 Oakville, On:ario September 2015
Building Technol gies Division Tel: 97; 553-2600 L61-1 01-16 I Conada Supersedes sheet dvt,d 8/2010
FAX: (908 547-6877 Priiyedin U.S A. Tel: 905] 465-8000 (Rev 3
URL: www.uta.Siemens.com/FIRE URL: www.5iemens.CA
[MISC]
[CSFM LISTINGS]
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION
OFFICE OF THE STATE FIRE MARSHAL -
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM IL
A -
LISTING SERVICE
LISTING No. 7300-0067:0134 Page 1 of 1
CATEGORY: 7300 -- FIRE ALARM CONTROL UNIT ACCESSORIES/MISC. DEVICES
LISTEE: Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.esteban@siemens.com
DESIGN: Models DB4T, DB4TS, DB4F, DB4TF, DB4FS, D133S, ADB3, ADBX3, DB-HR, *DB2HR
DBX3RS, DB-1 1, DB-XI IRS, ADBI60, ADB-1 1, ADBH-1 1,SBGA-34, ADBX-1 1 and 8837
detector bases and Model DB-ADPT detector/base adapter. Suitable for use with Models
RR2 or RR3 auxiliary relays. Model DB-1 I is suitable for use only with Model RR-1 1 or
RR-11F auxiliary relay. Models DB-11 base, ADBH-11 audible base, and DB-HR, *DB2..HR
relay bases are intended to be used with Models HFP-1 1, *HFp01 I and HFPT-1 1 Intelligent
Series smoke and heat detectors (CSFM Listing No. 7272-0067:0223 and 7270-0067:0224).
Model SBGA-34 audible base is intended to be used with Models HFP-1 1, HFPT-1 1, or
HFPO-1 1 detectors (CSFM Listing No. 7272-0067:0223 and 7270-0067:0224), Models
FDOT42I, FD0421, 0H921 and 0P921 detectors (CSFM Listing No.7272-0067:0258),
Models FDT42I and H1921 detectors (CSFM Listing No.7270-0067:0262), and Models
FDOOT441, FDOOTC44I, OOHC941 and 0OH941 detectors (CSFM Listing
No.7270-0067:0260). *Model DB2-HR Relay Base can be used also with Intelligent Series
smoke detectors type FDOT42I, FD042I, 0H921, 0P921 (CSFM Listing
No.7272-0067:0258), FDT421, H1921 (CSFM Listing No.7270-0067:0262), and FDOOT441,
FDOOTC44I, OOHC941, 0OH941 (CSFM Listing No.7270-0067:0260). Refer to listee's data
sheet for additional detailed product description and operational considerations.
INSTALLATION: In accordance with listee's printed installation instructions, applicable codes & ordinances
and in a manner acceptable to the authority having jurisdiction. Model DB-1 1, ADBH-1 1,
SBGA-34, DB-HR and *DB2HR may be installed on the ceiling or on the wall.
MARKING: Listees name or SIEMENS, model number, electrical rating and UL label.
APPROVAL: Listed as detector bases for use with separately listed compatible smoke detector heads
and fire alarm control units.
*Rev. 04-15-14 gt
This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION
OFFICE OF THE STATE FIRE MARSHAL
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM
LISTING SERVICE
LISTING No. 7270-0067:0224 Page 1 of 1
CATEGORY: 7270 -- HEAT DETECTOR
LISTEE: Siemens Industry. Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.esteban@siemens.com
DESIGN: Model HFPT-1 1 electronic fixed temperature/rate-of-rise heat detector. Refer to listee's data
sheet for additional detailed product description and operational considerations.
RATING: 135 F fixed temperature/rate-of-rise
INSTALLATION: In accordance with listee's printed installation instructions, apolicable codes & ordinances
and in a manner acceptable to the authority having jurisdiction.
MARKING: Listee's name or Cerberus Pyrotronics, model number, temperature rating and UL label.
APPROVAL: Listed as heat detector for use with separately listed compatible fire alarm control uritE.
Intended for use with listee's Model DB-lland DB-HR bases (CSFM Listing No.
7300-0067:134).
10-28-2002 JW
This listing is based upon technical data submitted by the applicant. CSFM Fire Engieering staff has reviewed
the test results and/or other data but does not make an independent verification of any clams. This listing is not
an endorsement or recommendation of the item listed. This listing should not be fused tc verify correct
operational requirements Dr installation criteria. Refer to listee's data sheet, installation nstrutiois and/or other
Date Issued: July 01, 2018 Listing Expires June 33, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION
OFFICE OF THE STATE FIRE MARSHAL -
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM
-
LISTING SERVICE
LISTING No. 7300-0067:0242 Page 1 of I
CATEGORY: 7300 -- FIRE ALARM CONTROL UNIT ACCESSORIES/MISC. DEVICES
LISTEE: Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.esteban@siemens.com
DESIGN: Control Unit Accessories. Refer to listee's data sheet for detailed product description and
operational considerations. Accessories are listed as follows:
HTRI-S, -D, -R Addressable Switch Interface Module
HTRI-M Addressable Interface Module
HUM Loop Isolator Module
HZM Conventional Zone Loop
ILED-HC, -HW Remote Lamps
RATING:
INSTALLATION: In accordance with listee's printed installation instructions, applicable codes and ordinances
and in a manner acceptable to the authority having jurisdiction.
MARKING: Listee's name, model number, and UL label.
APPROVAL: Listed as control unit accessories for use with separately listed fire alarm control units. Refer
to listee's Installation Instruction Manual for details.
NOTE:
11-04-2004
Vm This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION
OFFICE OF THE STATE FIRE MARSHAL
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM
LISTING SERVICE 00
LISTING No.
CATEGORY:
LISTEE:
DESIGN:
RATING
INSTALLATION:
7125-0067:0247 Page 1 of 2
7125-- FIRE ALARM DEVICES FOR THE HEARING IMPAIRED
Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.estebansiemens.com
Models AS-MC, -R, -W, -CR, -CW Horn/multi candela strobes for the gearing impaired,
followed by two alpha characters indicating orientation and color.
Models AS-HMC, -R, -W, -CR, -CW audible strobes with multi high candela for the hearing
impaired followed by one or two alpha characters indicating orientating and color.
Models AS-HMC, -R-WP, -W-WP, -CR-WP, -CW-WP outdoo audible strobe high candela
for the hearing impaired, followed by one or two alpha characters indicating orientation and
color. Suffix -WP indicating weatherproof, for outdoor application. The -WP models must be
mounted to the weather proof back box (WPBBS) with suffix designation or color.
Models AS-75-R-WP and AS-75-CR-WP Horn/strobe 75 candela, red, weatherproof. For
outdoor application, the -WP must be mounted to the weatherproof back box (WPBBS).
Models AH, -R, -W, -R-WP Horn only, followed by any suffix alpha characters indicating
color, weather proofing (-WP).
Refer to the listee's data sheet for detailed product description and operational
considerations.
Electrical: 16-33 VDCNRMS
Candela: AS-MC: 15cd, 30cd, 75cd, 110d
AS-MC-C: 15cd, 30cd, 75cd, 95cd
AS-HMC: 135cd, 185cd
AS-HMC-C-WP: 135/185 cd
AS-HMC-C: 115/177cd
AS-HMC-WP: 115/177 cd
AS-75-R: 30/180 cd
AS-75-CR: 30/180cd
Flash rate: 60 flashes / minute
In accordance with listee's printed installation instructions, applicable codes and ordinances
and in a manner acceptable to the authority having jurisdiction. Models with suffix -WP are
for weather proof and require model WPBBS weather proof back box.
Listee's name, model number, electrical/candela rating, and UL label.
Listed as audible and audible/visual signaling devices suitable for the hearing impaired when
used in conjunction with separately listed electrically compatible fire alarn control units:
Refer to listee's Installation Instruction Manual for details.
MARKING:
APPROVAL:
09-07-07 mt
Th!s listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
v1' operaticral requirements or installation criteria. Refer to listee's data sheet, nstallation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
Listing No. 7125-0067:0247
Page 2 of 2
These appliances can generate a distinctive three-pulse Temporal Pattern Fire Alarm
Evacuation Signal (for total evacuation) in accordance with NFPA 72, 2002 Edition.
NOTE:
09-07-07 mt
This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
' operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION
OFFICE OF THE STATE FIRE MARSHAL
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM
LISTING SERVICE 0
LISTING No. 7272-0067:0258 Page 1 of I
CATEGORY: 7272 -- SMOKE DETECTOR-SYSTEM TYPE-PHOTOELECTRIC
LISTEE: Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.esteban@siemens.com
DESIGN: Models FD042I and 0P921 photoelectric addressable smoke detectors. Models FDOT42I
and 0H921 photoelectric smoke detector with complementary automatic heat detectors. All
models are to be used with liste's separately listed base models DB-1 I and DB-1 I E. Refer
to listee's data sheet for additional detailed product description and operational
considerations.
RATING: 13-33VDC
INSTALLATION: In accordance with listee's printed installation instructions, applicable codes & ordinances
and in a manner acceptable to the authority having jurisdiction.
MARKING: Listee's name, model number, and UL label.
APPROVAL: Listed as photoelectric type smoke detectors for use with listee's separately listed base
models DB-11 and DB-IIE (CSFM listing number 7300-0067:134) and listee's separately
listed alarm indicator models RL-HC and RL-HW (CSFM listing number 7300-0067:225).
07-12-11 mt
This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
/ an endorsement or recommendation of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Author zed By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION
OFFICE OF THE STATE FIRE MARSHAL
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM
LISTING SERVICE
LISTING No. 7272-0067:0260 Page 1 of 1
CATEGORY: 7272 -- SMOKE DETECTOR-SYSTEM TYPE-PHOTOELECTRIC
LISTEE: Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.estebansiemens.com
DESIGN: Models FDOOTC441 and OOHC94I Photoelectric smoke/heat/carbon monoxide dectector.
Models FDOOT441 and 0OH941 Photoelectric smoke/heat detector. *These detectors may
be installed with a STI-9604 detector guard (CSFM No. 7300-1416:0100). Refer to listee's
data sheet for additional detailed product description and operational considerations.
RATING: 24Vdc
INSTALLATION: In accordance with listee's printed installation instructions, applicable codes & ordinances
and in a manner acceptable to the authority having jurisdiction.
MARKING: Listee's name, model number, and UL label.
APPROVAL: Models F000TC441/OOHC941 listed as photoelectric smoke/heat/carbon monoxide
dectector and Models FDOOT44I/OOH941 listed photoelectric smoke/heat detector for use
with listee's separately listed bases. *These detectors may be installed with a STI-9604
detector guard (CSFM No. 7300-1416:0100). Refer to manufacturer's Installation Instruction
Manual for details.
NOTE: The photoelectric type detectors are generally more effective at detecting slow, smoldering
fires, which smolder for hours before bursting into flame. Sources of these fires may include
cigarettes burning in couches or bedding. The ionization type detectors are generally more
effective at detecting fast, flaming fires, which consume combustible materials rapidly and
spread quickly. Sources of these fires may include paper burning in a waste container or a
grease fire in the kitchen.
*Rev 06-20-13 gt
ei This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
lV operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION 011 MM
OFFICE OF THE STATE FIRE MARSHAL
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM
LISTING SERVICE
LISTING No. 7165-0067:0264 Page 1 of 4
CATEGORY: 7165 --FIRE ALARM CONTRCL UNIT (COMMERCIAL)
LISTEE: Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.esteban@siemens.com
DESIGN: Models Desigo FC2025, FC2050 and Cerberus PRO FC922, FC924 Fire Alarm Control Units
Models Desigo FT2050 and Cerberus PRO FT924 Network Terminal Panels: Models Desigo
FV2025, FV2050 and Cerberus PRO FV922 and FV924 Emergency Vobe Systems:
Non-coded; local, auxiliary, remote, releasing, proprietary and central station service;
automatic or manual waterfiow, and sprinkler supervisory service when used as a remote
station (protected premise) unit proprietary or central station fire receiving unit. Refer to
listee's data sheet for additiona' detailed product descriptio-i and operational considerations.
Basic components:
FCM20I8-U2; Desigo Operating Interface Unit - without LED module (Black)
FCM20I8-U3; Cerberus PRO Operating Interface Unit - without LED mcdule (Black)
FCM20I8-R2; Desigo Operating Interface Unit - without LED module (Red)
FCM2018-R3; Cerberus PRO Operating Interface Unit - without LED module (Red)
FCM2019-U2; Desigo Operating Interface Unit - with LED module (Black)
FCM20I9-U3; Cerberus PRO Operating Interface Unit - with LED module (Black)
FCM20I9-R2; Desigo Operating Interface Unit - with LED module (Red)
FCM20I9-R3; Cerberus PRO Operating Interface Unit - with LED module (Red)
FCM2035-U2; Desigo Operating Interface Unit - with LED mcdule
(Black)
FCM2035-U3; Cerberus PRO Operating Interface Unit - with LED
module (Black)
FC12016-UI; 252pt. Periphery Board
FC12017-UI; 504pt. Periphery Board
FTI2001-A1; Fire Terminal Board
FCA20I5-UI; Digital Alarm Communicator Transmitter
FCA20I6-UI; RS-485 Class A ioduIe (iso.)
FN200I-U1; SAFEDLINK/Network Module
FP20I 1-1.1I; 170 Watt Power Supply
FP2012-U1; 300 Watt Power Supply -
FC12011-U1; NAC Expansion Module (1 A/213),
XC12001-U1; Releasing Module
FCA20I8-UI; Remote Peripheral Module
FC12020-U1; Leased-Line/City-Tie Module
*Revised 07-10-18 gt
This listing is based upon technical data submitted by the applicant: CSFM Fire Engineering staff has revieec,
(\ the test results and/or other data but does not make an independent verification of any ciaims. This listing is not
an endorsement or recommendation cr the item listed. This l'sting should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Datelesued: July 01, 2018 Listing Expires June 3O,2019
Authorized By: DAVID CAST!LW, Program Coordinator
Fire Engineering Division
Listing No. 7165-0067:0264
Page 2 of 4
FN2006-UI; Single-Mode Fiber Optic Module
FN2007-UI; Multi-Mode Fiber Optic Module
FT2014-U2; Desigo Remote Display (Black)
FT2014-U3; Cerberus PRO Remote Display (Black)
FT2014-R2; Desigo Remote Display (Red)
FT2014-R3; Cerberus PRO Remote Display (Red)
FT2015-U2; Desigo Remote Terminal (Black)
FT2015-U3; Cerberus PRO Remote Terminal (Black)
FT201 5-R2; Desigo Remote Terminal (Red)
FT2015-R3; Cerberus PRO Remote Terminal (Red)
FCM2022-U2; Desigo Option Module (blank)
FCM2022-U3; Cerberus PRO Option Module (blank)
FCM2023-U2; Desigo Option Module (LED)
F0M2023-U3; Cerberus PRO Option Module (LED)
F0M2034-U2; Desigo Option Module (LED)
FCM2034-U3; Cerberus PRO Option Module (LED)
FT2003-U1; Graphic I/O Driver
FCA2032-U1; Battery Disconnect Module
FHA203I-U1; Din Rail Kit
FHA2032-U1; Battery Bracket
FHA2035-UI; Trim Kit (1 Height Unit - Black)
FHA2035-R1; Trim Kit (1 Height Unit - Red)
FHA2036-UI; Trim Kit (2 Height Unit - Black)
FHA2036-R1; Trim Kit (2 Height Unit - Red)
FHB200I-UI; Back box (1 Height Unit - Black)
FHB200 1-Ri; Back box (1 Height Unit - Red)
FHB2002-Ui; Back box (2 Height Unit - Black)
FHB2002-R1; Back box (2 Height Unit - Red)
FHD2004-Ui; Inner Door (black)
FHD2005-Ui; Inner Door (solid, black)
FHD201 2-Ui; Inner Door (solid black)
FHD2006-U1; Clear Window
FHD2001-U2; Desigo Outer Door (1 Height Unit - Black)
FHD2001-U3; Cerberus PRO Outer Door (1 Height Unit - Black)
FHD2001-R2; Desigo Outer Door (1 Height Unit - Red)
FHD2001-R3; Cerberus PRO Outer Door (1 Height Unit - Red)
FHD2002-U2; Desigo Outer Door (2 Height Unit w/ 1 Window - Black)
FHD2002-U3; Cerberus PRO Outer Door (2 Height Unit w/ 1 Window - Black)
FHD2002-R2; Desigo Outer Door (2 Height Unit w/ I Window - Red)
FHD2002-R3; Cerberus PRO Outer Door (2 Height Unit w/ 1 Window - Red)
FHD2003-U2; Desigo Outer Door (2 Height Unit w/ 2 Windows - Black)
FHD2003-U3; Cerberus PRO Outer Door (2 Height Unit w/ 2 Windows - Black)
FHD2003-R2; Desigo Outer Door (2 Height Unit w/ 2 Windows - Red)
FHD2003-R3; Cerberus PRO Outer Door (2 Height Unit w/ 2 Windows - Red)
FDCI0422;lnput/Output Module
*Revised 07-10-18 gt
This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
Listing No. 7165-0067:0264
Page 3 of 4
*FcA2033AI; License Key (SI)
*FCA2034..AI; License Key (S2)
*FcA2035..AI; License Key (S3)
FH-2071-UM: Enclosure
*FHA2056uI; F5250/MPC Mechanical Migration Kit. black
*FHA2056R1; F5250/MPC Mechanical Migration Kit, red
Models FV2025, FV2050, FV922 and FV924 Emergency Voice Systems:
Basic components:
VCA2002-Al; Card Cage
VCC2002-Al; Voice I/O Card
VCC200I-Al; Voice CPU Card
VC12001-Ul; Voice Amplifier Card
VN200I-AI; Ethernet Module, Electric
VN2002-A1; Ethernet Module MM
VN2003-Al; Ethernet Module SM
VC12003-Al; BarixNolP Module
VTA200I -Al; Voice Terminal Board
VT02001-U2; Option Module 24 Switch
VT02001-U3; Option Module 24 Switch
VT02005; Option Module 24 Switch
VT02004-U2; Option Module Microphone
VT02004-U3; Option Module Microphone
FCA2031-Al; MoNet Connection Card
Taurus; CPU Card,
FHB2005-UI; Back Box 3HU, black
FHB2005-R1; Back Box, 3HU red
FHD2007-U2; Outer Door, 3HU, 3win, black
FHD2007-R2; Outer Door, 3HU, 3win, red
FHD2007-U3; Outer Door, 3HU, 3win, black
FHD2007-R3; Outer Door, 3HU, 3win, red
FHA2041-Rl; Enclosure Cover
FHA2042-UI; Battery Bracket
FHA2043-Ul; Trim Kit, 3HU, black
FHA2043-Rl; Trim Kit, 3HU, red
FHD2009-Ul; Blank Plate, black
FHD2009-Rl; Blank Plate, red
VR2005; Remote Microphone
FN201 2-Al; Ethernet Switch
FP201 3-U 1; 600-Watt Power Supply
RATING: 120V 50/601-lz 2.77A
240V 50/60Hz 1.37A
*Revised 07-10-18 gt
This listing is based upon technical data submitted by the applicant. CSFM lFire Engineering staff has reviewed
the test results and/or other data but does not nae an independent verificaiicn of any claims. This listing is not
an endorsement or recommendation of the item listed. This listig should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires . June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
Listing No. 7165-0067:0264
Page 4 of 4
INSTALLATION: In accordance with listees printed installation instructions, applicable codes and ordinances
and in a manner acceptable to the authority having jurisdiction.
MARKING: Listees name, model number, electrical rating, and UL label.
APPROVAL: Listed as fire alarm control units for use with separately listed compatible initiating and
indicating devices. Refer to manufacturer's Installation Manual for details. These control units
can generate a distinctive three-pulse Temporal Pattern Fire Alarm
Evacuation Signal (for total evacuation) in accordance with NFPA 72, 2002 Edition.
This control unit meets the requirements of UL-864, 9th Edition Standard.
NOTE: For Fire Alarm Verification Feature (delay of fire alarm signal), the maximum
Retard/Reset/Restart period shall not exceed 30 seconds.
*Revised 07-10-18 gt
This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
CALIFCRNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION ... ..
OFFICE OF THE STATE FIRE MARSHAL
FIRE ENGINEERING - BUILDING MATERIALS LIS1NG PROGRAM
LISTING SERVICE
LISTING No. 3240-0067:0235 . Page 1 of I
CATEGORY: 3240 -- DUCT SMOKE DETECTOR HOUSING/BASE
LISTEE: Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn EsteLan (973) 593-6582 Fax (973) 593-6652
Email: evelyn.esteban@siemens.com
DESIGN: Models FDBZ492. FD3Z492-R, *FD3Z492..PR and FDBZ492-HR air duct housings.
Accessories:
Model FDBZ42-RTL; Remote alarm indicator
Model FDBZ-WT; metal enclosure for indoor wet applications
Refer to listees data eheet for additional detailed product description and operational
considerations.
RATING: 16-27 Vdc
INSTALLATION: In accordance with listee's printed installation instructions, applicable codes and ordinances
and in a manner acceptable to the authority having jurisdiction.
MARKING: Listee's name: model iumber, electrical rating, and UL label.
APPROVAL: Listed as air duct housings for use with listee's separately isted detector heads.
*Rev 08-13-13 gt
i ' This listing is based upon tech iical data submitted by :he applicant. CSFM Fire Engineering staff has reviewed
the test results and/or cther data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet: installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized 3y: DAVID cAST1LLO, Program Coordinator
Fire Engineering Division
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION
OFFICE OF THE STATE FIRE MARSHAL -
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM
LISTING SERVICE
LISTING No. 7315-0067:0268 Page 1 of 1
CATEGORY: 7315 -- POWER UNITS
LISTEE: Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.esteban@siemens.com
DESIGN: Model PAD-4 distributed power module NAC expander monitors the voltage of its two input
circuits to determine when to operate its four notification circuits. It provides one AC Fail and
one Trouble Relay as well as an auxiliary power circuit. It can also provide up to 9 amps of
24 VDC power and adds two additional Class A circuits by adding the optional PAD-4-CLSA
module. The PAD-4 consists of the following:
PAD-4-MB; PAD-4 Main Board
PAD4-CLSA; Class A Expander Module
FP-201 1-UI; 170W Power Supply
FP-2012-UI; 300W Power Supply
Refer to listee's installation/operation manual for additional detailed product description and
operational considerations.
RATING: 120/240 VAC, 60/50 HZ, 24 VDC
INSTALLATION: In accordance with listee's printed installation instructions, applicable codes & ordinances
and in a manner acceptable to the authority having jurisdiction. Unit shall be fully supervised
and shall have 24 hr. battery back-up.
MARKING: Listee's name, model number, electrical rating, and UL label.
APPROVAL: Listed as a notification circuit expander for use with listee's separately listed compatible fire
alarm control units. Refer to listee's Installation Instruction Manual for details
08-20-13 gt
To This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION
OFFICE OF THE STATE FIRE MARSHAL
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM
LISTING SERVICE
LISTING No. 7135-0067:0504 Page 1 of I
CATEGORY: 7135--AUDIBLE DEVICES
LISTEE: Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florharn Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.esteban@siemens.com
DESIGN: Model SLFSWx, ceiling or wall mounted, low frequency horn and Model SLFSSWx, wall
mounted, low frequency synchronous or non-synchronous horn/strobe. The letter x"
represents product color. All models may be followed by any alphanumeric characters which
indicate product lettering. Models are for indoor use only. Refer to listee's data sheet for
additional detailed product description and operational considerations.
RATING: 16-33Vdc
INSTALLATION: In accordance with listee's printed installation instructions, NFPA 72, applicable codes &
ordinances and in a manner acceptable to the authority having jurisdiction.
MARKING: Listee's name, model number, electrical/candela rating, and UL label.
APPROVAL: Listed as a low frequency horn or as a low frequency horn/strobe when used with a
separately listed electrically compatible fire alarm control unit. Model SLFSSWx can
generate a low frequency alarm signal for the hearing impaired in sleeping areas in
accordance with NFPA 72. Models are also suitable as a CO system notification appliances.
Refer to listee's Installation Instructions Manual for details.
XLF: 7135-0785:0500
05-10-18 gt
This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation: of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installatior. instructions and/or other
Date Issued: July 01, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
CALIFORNIA DEPARTMENT OF FORESTRY & FIRE PROTECTION
OFFICE OF THE STATE FIRE MARSHAL -
FIRE ENGINEERING - BUILDING MATERIALS LISTING PROGRAM
LISTING SERVICE
LISTING No. 7165-0067:0508 Page 1 of 3
CATEGORY: 7165 -- FIRE ALARM CONTROL UNIT (COMMERCIAL)
LISTEE: Siemens Industry, Inc. Building Technologies Division8 Fernwood Road, Florham Park, NJ
07932
Contact: Evelyn Esteban (973) 593-6582 Fax (973) 593-6652
Email: evelyn.esteban@siemens.com
DESIGN: Model Desigo Fire Safety Modular and Cerbrus Pro Modular fire alarm control unit. Local,
auxiliary, remote station (protected premises), proprietary, central station (protected
premises), releasing service, waterfiow, mass notification and sprinkler supervisory service.
Refer to listee's data sheet and control unit's installation instructions for additional detailed
product description and operational considerations. System components:
PMI-3, GPMI-3 Person Machine Interface
FCM 2041-1.12, FCM 2041-U3 Operator Interface
PSC-12 Power Supply
PTB Power Termination Board
RPM Remote Printer Interface
CRC-6 Relay Card
CC-2,-5 Card Cage
ZlC-4A Zone Indicating Card
DLC Device Loop Card
XDLC Device Loop Card
MLC MXL Line Loop Driver Card
HTSW-1 Tamper Switch
NIC-C Network Interface Card
5128, 5129 Silent Knight Dialer/DACT
LLM-1 Line Module
FCM-6 Fan Control Module
SCM-8 Switch Control Module
LCM-8 LED Control Module
CSB CAN Sounder Board
PSX-12 Extender Power Supply
SIM-16 Supervised Input Module
OCM-16 Output Control Module
RNl Remote Network Interface
HTRI-M -5, -D, -R Addressable Monitor Module
CAB2-BB, CAB3-BB Enclosure
CAB-MP Mounting Plate
CAB2-BD, -RD, -XBD Enclosure Door
07-12-2018
This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 24, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division
Listing No. 7165-0067:0508
Page 2 of 3
CAB3-BD, -RD, -XBD Enclosure Door
CABI-TK, CAB IR-TK, CAB2-TK, Enclosure Trim Kit
CAB2R-TK, CAB3-TK, CAB3R-TK Enclosure Trim Kit
CAB-BATT Battery Box
CAB-55-BRKT, CAB-100-BRKT Battery Eracket
REMBOX2-MP Mounting Plate
REMBOX2, REMBOX2R, REMBOX4, REMBOX4R; Remote System Enclosure
REMBOX4-MP Mounting Plate
MI-REM Remote PMI
PMI-lNTL PMI International
SSD, 550-C, SSD-C-REM System Status Display
ZIC-2C Dual Channel Audio Card
ZIC-813 NAC Card
ZIC-SPC Strobe Power Conditioner
HZM Conventional Zone module
OD-LP, -BP, -GP Door plate
ID-SP, -FP Door Plate
CABI, CABIR Cabinet
BP-61 BTX-1, BTX-2, BTX-3 Battery Sets
HLIM Loop Isolator Module
REL-EOL, EL-33 Resistor Kits
lLED-HC, ILED-HW Remote Alarm 'Lamp
CDC-4 Conventional Detecor Card
XLS-RKI9 Rack
XDACT-ASSY Mounting Bracket Assembly
MPF-RK Front Panel
MPR-RK, PTB-RK Back Panels
BP-RK Blank Plate
SNU Single Node Upload
XLS-MSE2-ADPT, XLS-M.'E2R-ADPT Enclosure Door Adaptor Kit
XLS-MSE3-ADPT, XLS-MSE3R-ADPT Enclosure Door Adaptor Kit
XLS-MLE6-ADPT, XLS-MLE6R-ACPT Enclosure Door Adaptor Kit
XLS-MM E3-ADPT, XLS-MM E3R-ADPT Enclosure Door Adaptor Kit
XLS-RCCI-ADPT Remote Enclosure Dcor Kit
XLS-RCCI3F-ADPT, XLS-CC13FR-ADPT Remote Enclosure Door Kit
VPM VESDA peripheral module
VPM-MP mounting bracket
VESDA HLI KIT interface
XDMC digital audio message card
FCA2015-U1 Serial digital alarm commLnicator transmitter (DACT)
RATING: 120 VAC Primary Supply Input
24 VDC Output
07-12-20%
This listing is based upon technical data submited by the applicant. CSFM Fire Engineering staff has revwed
the test results and/or other data bit does not make an independent verificaton of any claims. This listing is not
an endorsement or recommendaticn of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 24, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordina:or
Fire Engineering Division
Listing No. 7165-0067:0508
Page 3 of 3
INSTALLATION: In accordance with listees printed installation instructions, applicable codes and ordinances,
and in a manner acceptable to the authority having jurisdiction.
MARKING: Listees name, model number, electrical rating, and UL label.
APPROVAL: Listed as fire alarm control unit for use with optional Voice Communication Accessories
(CSFM Listing No. 6912-0067:237) and separately listed compatible initiating and indicating
devices. Refer to manufacturer's Installation Manual for details.
This control unit can generate a distinctive three-pulse Temporal Pattern Fire Alarm
Evacuation Signal (for total evacuation) in accordance with NFPA 72, 2002 Edition.
Strobe devices can be controlled by the ZlC-4A for (synchronized or unsynchronized)
operation. The ZIC-4A output can also be configured as connection to municipal tie, releasing
service per NFPA 13 and NFPA 2001.
This control unit meets the requirements of UL-864, 10th Edition Standard.
NOTE: 1. For Fire Alarm Verification Feature (Delay of fire alarm), the maximum
Retard/Reset/Restart period must be adjusted to 30 seconds or less.
Combined with 7170-0067:236
XLDC device loop card provides 4 class NB/X SLC loops with separately listed X series
addressable devices (CSFM Listing No. 7300-0067-0501.
4.The separately listed PAD-5, PAD 5-MB, PAD-5-CLSA, and PAD-5-CDC (CSFM Listing
No. 7135-0067:0507) can connect to the Desigo Fire Safety Modular or Cerbrus Pro Modular
control unit via the P2 SLC loop.
07-12-2018
This listing is based upon technical data submitted by the applicant. CSFM Fire Engineering staff has reviewed
the test results and/or other data but does not make an independent verification of any claims. This listing is not
an endorsement or recommendation of the item listed. This listing should not be used to verify correct
operational requirements or installation criteria. Refer to listee's data sheet, installation instructions and/or other
Date Issued: July 24, 2018 Listing Expires June 30, 2019
Authorized By: DAVID CASTILLO, Program Coordinator
Fire Engineering Division