HomeMy WebLinkAboutFPL Solar FA Submittals
FIRE ALARM
MATERIAL SUBMITTALS
FOR:
FFPPLL SSoollaarr
EEaasstt OOppeerraattiioonnss CCeenntteerr
2950 Aico Road
Ft. Pierce, Florida 34945
Date: May 8, 2020
Our Project Number: FP-265420
Project Manager: Danny Brasher
Prepared By: John Ramsey
The materials submitted represent the quality of materials specified. All materials
may be substituted at this contractor’s discretion for like equivalent materials.
Sciens Building Solutions
2251 Rosselle Street / 2500 N.E. 18th Terrace
Jacksonville, Florida 32204 / Gainesville, Florida 32609
(904) 387-7973 / (352) 380-0317
TABLE OF CONTENTS
1. FIRE ALARM CONTROL PANELS
2. INITIATING DEVICES
3. NOTIFICATION DEVICES
4. INTERFACE MODULES
ARCHITECT AND ENGINEER SPECIFICATIONS
Data Sheet
50-Point Addressable Fire Alarm Control Panel
Model FC901
Answers for infrastructure
Cerberus® PRO
Fire Safety Products
Cerberus PRO
9813
Feature-rich solution for 50-pt. addressable FACPs
Product Overview
Model FC901 is an intelligent FACP that provides
a cost-effective, feature-rich solution for small
fire-alarm system applications.
Small and compact in design, Model FC901 is
ideal for small fire-protection applications using
less than 50 addressable devices:
Retail outlets / strip malls doctors’ offices
Dry-cleaner shops restaurants, etc.
With its built-in DACT and two (2) NACs, Model
FC901 is powerful enough to economically meet the
needs of these applications. Each 50-point FACP is
FM (#3010); FDNY (#6104) and CSFM (#7165-
0067:0259) Approved.
Specifications
The Model FC901 FACP consists of a main board
(Model FCM901-U3); a 170-Watt power supply
(Model FP2011-U1), and a Model FH901-U3 / R3
system enclosure. The programming software for
Model FC901 is held in flash electrically erasable
programmable read-only memory (EEPROM).
Main Board
The Model FCM901-U3 main board provides system
display and control, as well as connections for system
field wiring, via removable terminal blocks.
The 3.5-inch (8.9 centimeters) by 1.5” (3.8 centimeters)
liquid-crystal display (LCD) screen shows all system
messages and event status. Each screen supports 182
characters: seven (7) lines with 26 characters per line.
Each event may have a custom message up to 40
characters that describes the event’s location.
The backlit LCD screen illuminates on any system event
or manual key press. New, ‘unacknowledged’ events
are indicated by a flashing exclamation point ('!'). Once
‘acknowledged,’ the exclamation point changes to a
check mark (‘√ ’). A system-status line shows the
quantity of events presently active.
Since each main board contains a built-in RS─485
communication bus, Model FCM901-U3 readily
supports system-status light-emitting diodes (LEDs) for
Power, Alarm, Trouble, Supervisory and Ground Fault
system commands.
• Fire alarm control panel (FACP) for up to 50 addressable points
that is comprised of the following three (3) system components:
Main board (Model FCM901-U3)
6.5 Amps (170-Watt power supply (Model FP2011-U1)
System enclosure (Model FH901-U3 / R3)
• System features:
Supports 50 addressable devices on one (1) `Class A’,
or two (2) `Class B’ circuits
Includes one (1) `Class A’, or two (2) `Class B’
notification appliance circuits (NACs)
Built-in digital alarm communication transmitter (DACT)
Supports Carbon Monoxide (CO) detection
Downloads, prints system-event history & detector sensitivity
Supervised remote printer (Model FCA2018-U1)
Optional connectivity to a leased-line / city-tie module (Model FCI2020-U1)
Built-in RS─485 connection for remote annunciators
Resettable and non-resettable 24VDC auxiliary power
Off-normal warning message prior to reset
Fast and easy set-up with custom-configuration tool
Supports a 182-character display
• Alphanumeric keypad
for manual configuration
• UL 864 9th Edition Listed;
FM, CSFM & NYC Fire Department Approved
s Industry, Inc.
Building Technologies Division Cerberus PRO
Specifications
Main Board ─ (continued)
There are also LEDs to indicate when audible circuits are
‘active’ or ‘silenced.’ The main board supports four (4)
system-control buttons, including: Acknowledge; Alarm
Silence; Unsilence, and Reset.
The system offers an off-normal warning feature,
alerting users when active devices are not ready for
reset. These active devices may include manual stations
that have not been reset; smoke detectors with smoke
remaining in the optical chamber, etc.
Additionally, the main board supports an
alphanumeric keypad, as well as navigation keys,
which are used for scrolling maintenance functions
and system configuration.
The main board supports connection for up to 50
addressable devices, via one (1) ‘Class A’, or two (2)
‘Class B’ circuits. The loop supports all C-NET devices,
including the Cerberus PRO intelligent and Model ‘H’-
series devices. The main board also supports one (1)
‘Class A’ or two (2) ‘Class B’ NACs.
Each NAC supports a maximum 2.5 Amps ─ with 2.5
Amps, max, allowed between the NACs. Each NAC can
be set to a synchronized strobe, for horn-strobe
devices, or for audible devices. Audible devices can be
set for:
‘STEADY’
‘ANSI Temporal 3’ / ‘ANSI Temporal 4’
‘March Time 30 / 60 / 120 Codes’
The main board supports four (4) ‘Form C’ relays for
Alarm, Trouble , Supervisory and User Programmable
events. Each relay is rated at 2 Amps at 30VDC
maximum, resistive. The main board supports two (2)
auxiliary 24VDC connections. Upon system reset, one
(1) connection interrupts the power for five seconds
for use with (4) four-wire conventional detectors. Each
auxiliary-power output is 24VDC, nominal ─ rated at
0.75 Amps.
The main board contains a built-in DACT that provides
communication between Model FC901 and with the
central or remote monitoring station. The built-in DACT
supports two (2) separate programmable accounts, as
well as two (2) connections to the public-switched
telephone network. The connections support RJ31X
male connectors.
(For compatibility with each Model FC901 FACP, see
the Central Station Receiver Compatibility Table on
the last page of this data-sheet document.)
The main board contains a battery-charging circuit,
providing connection to lead-acid batteries rated at
24VDC, nominal. The main board can charge up to
18 AH batteries.
The main board contains a universal serial bus (USB)
connector that supports connection for system
configuration and module firmware upload, via the
custom-configuration tool.
Model FC901 can be configured using the custom-
configuration tool or manually from the alphanumeric
keypad on the main board. An auto-configuration
feature creates a basic system configuration of all
connected devices to accelerate initial system
commissioning.
50-Point Addressable System Enclosure
The Model FH901-U3 / R3 enclosure for the 50-point
addressable fire system, Model FC 901, supports all
system modules. The enclosure also supports up to
12AH batteries.
Note: For systems requiring larger than 12AH
batteries, use a UL Listed battery box.
The Model FH901-U3 / R3 enclosure for the 50-point
panel is comprised of a dual-mounting setup that
allows the main board to be partially mounted in a
lower-to-upper position. When temporarily installed
in the lower position, technicians are allowed more
space to install field wiring at the time of system set-
up. When field-wiring installation is complete, the
main board shall be moved to the upper position for
standard mounting prior to applying power to the
system.
Additionally, the enclosure supports an optional
battery bracket (Model FHA901-U1) that can be used
to secure batteries up to 12AH. Model FHA901-U1 is
required to comply with seismic certification,
pursuant to ASC / SEI 7-05, Section 13.2.2.
A flush-mount trim kit (Model FHA902-U1 / R1) is
also available for use when flush mounting
Model FH901-U3 / R3.
50-Point Power Supply
The Model FCM901-U3 main board also supports
connection to the system power supply. The 6.5A
(170-Watt) power supply (Model FP2011-U1)
incorporates a 4.0A, non-resettable slow -blow fuse
on the primary input, and includes a built-in AC-line
filter fo r surge and noise suppression.
Model FP2011-U1 mounts in a standard Siemens –
Fire Safety enclosure, and there are no serviceable
Siemens – Fire Safety parts to be maintained.
s Industry, Inc.
Building Technologies Division Cerberus PRO
Specifications ─ (continued)
─ Optional Accessories ─
Leased-Line / City-Tie Module
The Model FC901 FACP has the capability of operating
an optional leased-line, city-tie module (Model
FCI2020-U1) that provides a local-energy output for
municipal call-box connection.
A wiring harness, Model FCA901-U1, is required for
use, and must be ordered separately. The leased-line,
city -tie module is installed on the back of the main
board of the Model FC901 FACP, and field wiring is
connected to the main board.
50-Point Remote Annunciator
The fire-system displays (FSD901-U3 / R3) are remote
LED / LCD units that show the existing status of the
Model FC901 FACP. The Model FSD901-U3 / R3 optional
display supports the following LEDs for system-status
conditions:
Power
Alarm
Trouble
Supervisory
Ground-Fault
There are also LEDs to indicate when audible circuits
are ‘active’ or ‘silenced.’ The main board supports four
(4) system-control buttons, including: Acknowledge;
Alarm Silence; Unsilence, and Reset.
For Model FSD901-U3 / R3, a LED will illuminate for any
given Alarm, Supervisory and Trouble Cerberus PRO -
system event. A 3.5-inch (8.9 centimeters) by 1.5”
(3.8 centimeters) LCD screen will give details of the
event in alphanumeric form. The display screen can be
scrolled to reveal additional events. Optional remote-
system-control capabilities are also available.
The Remote Peripheral Module (FCA2018-U1) provides a
means of connecting a Cerberus PRO 50-point
addressable panel to a parallel printer for creating a hard
copy of system-status events.
This supervised, intelligent module contains built-in
transient protection and plain-decimal addressing.
When Model PAL-1 is used with the remote peripheral
module, Model FCA2018-U1 supervises the printer for
ON, OFF Line | POWER ON | PAPER OUT | PAPER JAM, and
wiring-fault conditions, as required by UL for NFPA 72
proprietary systems.
The following are the dimensions based upon
connection to a one-height-unit enclosure (1HU) for
Model FC901:
Approximate size: 16.5” (41.9 cm.) [H];
18.13” (46.1 cm.) [W];
5.11” (13 cm.) [D]
The weight (without operating unit or batteries) is
approximately 9 pounds [4082 g].
LED Annunciator Driver: 32 Outputs | 16 Inputs
Model FT2007-U1 serves as the main component
for allowing custom graphic annunciators to
operate on Model FC901 FACPs. There are 16
inputs on each Model FT2007-U1 to accommodate
user-defined system commands, which include:
Reset; Silence/Unsilence; Acknowledge, and Lamp
Test . Inputs can also be programmed as ``Generic’’,
which allows additional flexibility for customized
functionality.
Shipments of each Model FT2007-U1 driver include
two (2) PC boards [PCBs]; one (1) built-in RS−485
interface, and one (1) LED driver. Additionally, one
(1) ribbon cable is packaged, allowing connectivity
between the two (2) PCBs.
Tabular Annunciator Drivers:
16 Zones | 32 Zones
The Tabular Annunciators allow system events sent
from Cerberus PRO 50-point addressable panels to
be displayed remotely in real-time.
The Model FT2008 series of tabular annunciators
has 16 zones and the Model FT2009 series uses up
to 32 zones. Additionally, no more than two (2)
light-emitting diodes (LEDs) can be used per zone.
A built-in RS−485 communication bus controls the
operation and supervision of the 16-zone and 32-
zone Tabular Annunciators, which are available in
black or red.
Temperature and Humidity Range
Model FC901 is UL 864 9th Edition Listed for
indoor dry locations within a temperature range of
120 +/- 3°F (49 +/- 2°C) to 32 +/- 3°F (0 +/- 2°C) and a
relative humidity of 93 +/- 2% at a temperature of
90 +/- 3°F (32 +/- 2°C).
Related Documentation
Product Data Sheet Number
170-Watt power supply 9806
Leased-Line / City-Tie Module 9810
Remote Peripheral Module 9811
50-Point Remote Annunciator 9817
LED Annunciator Driver, FT2007-U1 9824
16-Zone (FT2008-U1) / 32-Zone
(FT2009-U1) Tabular Annunciators 9825
s Cerberus® PRO NOTICE ─ The information contained in this data-sheet document is intended only as a summary, and
is subject to change without notice. The devices described here have specific instruction
sheets that cover various technical, limitation and liability information.
Copies of these instruction sheets and the General Product Warning and Limitations
document, which also contains important information, are provided with the product and
are available from the Manufacturer.
Information contained in these documents should be consulted before specifying or using
the product. For further information or assistance concerning particular problems contact
the Manufacturer.
Siemens Industry, Inc. ─ Building Technologies Div.
8 Fernwood Road • Florham Park, NJ 07932
Tel: (973) 593-2600 • Fax: (908) 547-6877
Web: www.USA.Siemens.com/Cerberus-PRO
Building Technologies Division
SII ─ Fire Safety
[Printed in U.S.A ]
June 2016 ─ Supersedes sheet dated 8/2015
(Rev. 13)
Central Station Receiver
Compatibility Table
The following table shows a list of central station
receivers that are compatible with the Cerberus PRO
50-point addressable system, Model FC901 —
Protocol MX-8000 Sur-Gard System III Sur-Gard System IV Telguard TG7GFS04 Silent Knight 9800 Bosch D6600 Bosch D6100 SIA 8
SIA 20
Ademco
Contact ID
4/2
3/1
Note: Multiple central station receivers are compatible
with the Cerberus PRO 50-point FACP, Model FC901.
Although the table above illustrates central station
receivers that have been verified by Siemens with
the Model FC901 FACP, additional receivers and
formats can also be used with each 50-point
addressable system.
After completing the installation, communication
between the Digital Alarm Communication
Transmitter (Model DACT) and Central Station
Receiver must be tested and verified.
Details for Ordering
M odel Part
Number Description
FCM901-U3 S54433-B101-A1 Cerberus PRO Main Board
{for the 50-point FACP}
FH901-U3 S54433-B103-A3 System Enclosure, Black
{for the 50-point FACP}
FH901-R3 S54433-B103-A4 System Enclosure, Red
{for the 50-point FACP}
FP2011-U1 500-450222 170-Watt Power Supply
Details for Ordering — (continued)
— Optional Accessories —
Model Part
Number Description
FCA2018-U1 S54400-A65-A1 Remote Peripheral Module
FCI2020-U1 S54400-A57-A1 Leased-Line / City-Tie Module
FCA901-U1 S54433-C106-A1
Wiring Harness
(for use with Cerberus PRO
Model FC901 control panels)
FHA901-U1 S54433-B107-A1 Battery Bracket
FHA902-U1 S54433-B106-A1 Flush-Mount Trim Kit, Black
FHA902-R1 S54433-B106-A2 Flush-Mount Trim Kit, Red
FSD901-U3 S54433-C102-A1 System Display, Black
{specifically for the 50-point FACP}
FSD901-R3 S54433-C102-A2 System Display, Red
{specifically for the 50-point FACP}
FT2007-U1 S54400-A142-A1 LED Annunciator Driver
{32 Outputs | 16 Inputs }
FT2008-U1 S54400-A143-A1 16-Zone Tabular
Annunciator, Black
FT2008-R1 S54400-A144-A1 16-Zone Tabular
Annunciator, Red
FT2009-U1 S54400-A145-A1 32-Zone Tabular
Annunciator, Black
FT2009-R1 S54400-A146-A1 32-Zone Tabular
Annunciator, Red
— Electronics Package —
Model Part
Number D escription
FC901-U3 S54433-C105-A1
Cerberus PRO Kit for the
50 -Point Addressable FACP
Includes:
170W power supply,
Model FP2011-U1
(Qty. 1)
System main board,
Model FCM901-U3
(Qty. 1)
FirePrintTM Multi-Criteria Detector 6301
Industry, Inc.
Building Technologies Division
Data Sheet
Fire Safety Products
Intelligent Detection Devices
Intelligent FirePrintTM Multi-Criteria Detector
[For use with FireFinder® XLS and FS-250 Panels]
Model HFP-11
Product Overview
Model HFP-11 utilizes advanced detection technology
that allows each detector to distinguish non-
threatening deceptive phenomena such as cigarette
smoke, from actual fire hazards, while optimizing
detection for the area it is intended to detect. Model
HFP-11 uses state-of-the-art microprocessor circuitry
with error check, detector self-diagnostics and
supervision programs.
Model HFP-11 is compatible with the Siemens Fire
Safety field device program / test unit (Model DPU),
which is a compact, portable, menu-driven accessory
for electronically programming and testing detectors,
easily and reliably.
Model DPU eliminates the need for cumbersome,
unreliable mechanical programming methods such
as dials or switches, and reduces installation and
service costs by electronically programming and
testing the detector prior to installation. Model HFP-11
is compatible with FS-250 and Fire Finder XLS FACPs.
Specifications
Model HFP-11 is a plug-in, two-wire and multi-sensor detector
(with both photoelectric and thermal inputs) that is compatible
with FireFinder XLS and FS-250 series of FACPs.
Each detector consists of a dust-resistant, field-cleanable and
photoelectric chamber; a solid state, non-mechanical thermal
sensor, and microprocessor-based electronics with a low-profile
plastic housing. Model HFP-11 utilizes state-of-the-art ASIC
circuitry and surface-mount technology for maximum reliability.
Every Model HFP-11 fire detector is shipped with a protective
dust cover. Model HFP-11 utilizes an infrared light emitting
diode (IRLED), and 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.
Model HFP-11 is Underwriters’ Laboratory and Underwriters’
Laboratory of Canada Listed.
Most sophisticated ‘detector intelligence’ available
Easily programmed to match specific hazard profiles from the fire alarm control panel (FACP)
FirePrint™technology to differentiate between deceptive phenomena and an actual fire
Supports software-based automatic environmental compensation
System logic activation based on any of three (3) inputs
from the detector (smoke, heat or neural network)
Remote sensitivity-measurement capability
Pre-alarm reporting based on fire-profile selection
Polarity insensitive utilizing SureWireTM technology
Multi-color detector status light-emitting diode (LED)
Compatible with Model DPU (device programmer / tester unit)
Field-cleanable chamber with replaceable chamber parts available
Multi-criteria fire detection for the price of a photoelectric detector
Optional fully programmable relay base, audible base and duct housing
Detectors are self-testing:
complete diagnostics every four seconds
Two-wire operation
ARCHITECT AND ENGINEER SPECIFICATIONS
UL and ULC Listed;
FM, CSFM & NYC Fire Department Approved
Industry, Inc.
Building Technologies Division
Specifications (continued)
The smoke chamber is designed to manage light
dissipation and extraneous reflections from dust particles
or other non-smoke, airborne contaminants in such a way
as to maintain stable, consistent detector operation.
When smoke enters the detector chamber, light emitted
from the IRLED is scattered by the smoke particles, and is
received by the photodiode.
Model HFP-11 also utilizes a modern, accurate and
shock-resistant thermistor to sense temperature
changes. The ‘on-board’ FirePrintTM technology 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 fingerprints,
Model HFP-11 can compare these ‘fire prints’ to those of
deceptive phenomena that cause other detectors to
false alarm.
FirePrint
The advanced FirePrint technology allows Model HFP-11
to accurately determine a true fire hazard from
unthreatening, deceptive phenomena. Further, the
advanced FirePrint technology will not require a need to
use alarm-delaying verification and confirmation
techniques, which can increase the probability of losses
due to fire. Model HFP-11 provides the highest level of
detector intelligence available today with a detector /
control panel link that allows the user to program the
detector for the specific hazard profile, using a simple
software menu selection.
Model HFP-11’s FirePrint application monitors input
from both the photo chamber and the thermal sensor,
evaluating this information with sophisticated
mathematical formulas or algorithms, comparing this
input to characteristics of both threatening fires and
deceptive phenomena that would mislead any ordinary
detector.
Detectors are optimized by selecting one (1) of the
following 11 applications:
Office / Retail
Lobby
Computer room
Dormitory
Healthcare
Parking garage
Utility / Transformer room
Hostile environment
Precious storage
Air Duct
Warehouse / Light Manufacturing
The control panel programs Model HFP-11 detector for
the protected area without hassle and without confirmation
delays. Once optimized for the hazards in the protected
area, Model HFP-11 provides the best detection. Should
the operator or installer forget to program the detector,
Model HFP-11 will revert to a default setting, allowing
operation as an office-environment detector.
The FirePrint technology was developed over years of research
and reviewing the results of over 20 years of fire test data in one
of the world’s most advanced fire-research centers.
The results of this research are the mathematical models that
form the algorithms used in FirePrint. No other fire detector
has this level of intelligence or this amount of research and
development supporting its design. The microprocessor’s
software can identify and disregard false input caused by radio
frequency (RFI) and electromagnetic (EMI) interference, while
validating all Trouble conditions before annunciating or
reporting to the FACP.
Model HFP-11
The Model HFP-11 detector’s microprocessor uses an essential
electronically erasable programmable read-only memory
(EEPROM) to store the detector’s address and other critical
operating parameters, including the assigned program values
for Alarm and Trouble thresholds.
Communication within the detector, as well as between Model
HFP-11 and the control panel, or with Model DPU (field device
programmer / test unit), are supervised and safe-guarded
against disruption by reliable, microprocessor-based error
checking routines.
Additionally, the micro-processor supervises all EEPROM
memory locations, and provides a high degree of EEPROM-
failure fault tolerance. Model HFP-11 determines its operating
status to be Normal in Alarm or in Trouble modes, depending
on the difference between the alarm threshold values stored in
the detector’s memory and the detector’s latest analog
measurement.
The detector then communicates changes in its status to the
control panel. In addition, the FireFinder XLS control panel
will sample the value of the analog signal for Model HFP-11 over
a period of time, in order to determine if those values indicate
excessive buildup in the photo chamber. If such is the case, the
FireFinder XLS control panel will indicate the particular
detector requires maintenance.
Model HFP-11 is listed as a self-testing device. The visible light
emitting diode (LED) for Model HFP-11 flashes green every four
(4) seconds to indicate it is communicating with the control
panel, as well as to indicate it has passed its internal self-test.
Should the detector sense a fault or failure within its systems,
the LED will flash amber, and the detector will transmit that data
to the control panel.
A quick visual inspection is enough to indicate the condition of
the detector at any time. If more detailed information is
required, a printed report can be provided from the FireFinder
XLS FACP, indicating the status and settings assigned to each
individual detector. When Model HFP-11 moves to the Alarm
mode, it will flash red, and will continue flashing until the
system is reset at the FACP. Simultaneously, any user-defined,
system-alarm functions programmed into the system are
activated.
Industry, Inc.
Building Technologies Division
Specifications (continued)
Detector sensitivity, calibration and identification are
dynamically supervised at the respective FACP.
Detector sensitivity and pre-alarm levels are a
function of the application chosen at the control
panel, and are controlled by the panel. If an
alternate, non-FirePrint mode is selected, then the
sensitivity can be changed from the control panel.
All Model HFP-11 detectors use a surface mounting
base, Model DB-11, which mounts on a 4-inch
octagonal, square or single gang electrical box. The
base utilizes screw-clamp contacts for electrical
connections and self-wiping contacts for increased
reliability. Model DB-11 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. Model
DB-11 has integral decorative plugs to cover the outer
mounting screw holes.
Model HFP-11 may be installed on the same
initiating circuit with Model HMS-series manual
stations; Model HTRI-series interfaces; Model HCP
output-control devices, or Model HZM series of
addressable, conventional zone modules. All Model
HFP-11 detectors can be cleaned in the field when
required via easily removing the detector cover and
unsnapping the photo chamber. There is also the
option of cleaning the interior of the detector with a
clean, soft cloth or brush or by replacing the
labyrinth and bug screen included in the detector
maintenance kit, Model DMK-11.
All Model HFP-11 detectors are approved for operation
within the UL-specified temperature range
of 32 to 100°F (0 to 38°C).
Model DPU
The Device Program / Test Unit accessory is used to
program and verify the address of the detector. The
technician selects the accessory’s program mode,
and enters the desired address. Model DPU
automatically sets and verifies the address and tests
the detector.
Model DPU operates on AC power or rechargeable
batteries, providing flexibility and convenience in
programming and testing equipment from practically
any location.
When 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.
Application Data
Installation of the Model HFP-11 series of fire 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 HFP-11 is polarity
insensitive, which can greatly reduce installation and
debugging time. Model HFP-11 fire detectors can be
applied within the maximum 30 foot 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 joints 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 FirePrint in unusual
applications. Be sure to follow NFPA guidelines and UL
Listed / ULC Listed installation instructions included
with every Siemens Fire Safety detector and local
codes as for all fire protection equipment.
Technical Data
Operating Temperatures: +32°F (0°C) to
100°F (38°C),
per UL 268 / 268A
Relative Humidity: 0-93%
Non-condensing
Maximum Spacing: 30-foot Centers
(900 Square Feet),
per NFPA 72 Chapter 5
and ULC-S524
Current Draw: 1mA in Alarm or
Supervisory mode
Industry, Inc.
Building Technologies Division
Fire Safety
8 Fernwood Road
Florham Park, NJ 07932
Tel: (973) 593-2600
FAX: (908) 547-6877
URL: www.usa.Siemens.com/Fire
[SII-FS]
Printed in U.S.A.
Fire Safety
2 Kenview Boulevard
Brampton, Ontario
L6T 5E4 / Canada
Tel: (905) 799-9937
FAX: (905) 799-9858
June 2015
Supersedes sheet dated 9/13
(Rev. 5)
Mounting Diagram
Details for Ordering
Model Part
Number Description
HFP-11 500-033290 FirePrint Multi-Criteria Fire Detector
DB-11 500-094151 Detector Mounting Base for Series 11
DB-11E 500-094151E Detector Base {small}
AD2-P 500-649706 Air-Duct Housing
AD2-XHR 500-649708 Air-Duct Housing {with relay}
DB-HR 500-033220 Relay Base for
H-Series Intelligent Detectors
ADBH-11 500-033210 Audible Base
RL-HC 500-033230 Remote Alarm Indicator:
4” octagon-box mount, red
RL-HW 500-033310 Remote Alarm Indicator:
Single-gang box mount, red
LK-11 500-695350 Base Locking Kit for Series 11
Detectors
DMK-11 500-695338
Series 11 Maintenance Kit
{replacement labyrinth and
bug screen}
In Canada, order
Model Part
Number Description
DB-11C 500-095687 Detector Mounting Base
for Series 11 Detectors (ULC)
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.
Intelligent Thermal Detector 6302
s Industry, Inc.
Building Technologies Division
s Data Sheet
Fire Safety Products
Intelligent Detection Devices
Intelligent Thermal Detector
Model HFPT-11
ARCHITECT AND ENGINEER SPECIFICATIONS
Product Overview
The Intelligent Thermal Detector (Model HFPT-11) from
Siemens ─ Fire Safety combines sophisticated control-panel
communication with an advanced method of detection,
address programming and supervision. Model HFPT-11 uses
a state-of-the-art thermistor that provides up to 135°F
(57.2°C) rate-compensated temperature.
Each Model HFPT-11 detector has microcomputer-chip
technology and highly stable, solid-state electronic circuitry.
Field-Device Programmer
A Device Program / Test Unit (Model DPU) is used to program
and verify the detector's address. The user selects the
program mode to enter the desired address. The DPU
Programmer / Test Unit then automatically sets / verifies the
address, as well as tests the detector.
The Intelligent Thermal Detector is compatible with the
Device Program / Test Unit (Model DPU). Model DPU is a
compact, portable and menu-driven accessory that makes
programming and testing detectors faster, easier and more
reliable than other methods.
Model DPU eliminates the need for cumbersome, unreliable
mechanical-programming methods, and reduces installation
and service costs, via electronically programming addresses
and functionally testing the performance of Model FPT-11
prior to detector installation.
Model HFPT-11 is Underwriters’ Laboratory and
Underwriters’ Laboratory of Canada listed.
Specifications
Model HFPT-11 is a plug-in, (2) two-wire thermal detector,
compatible with the following Siemens fire-alarm control
panels (FACPs) –
▪ SIEMENS Modular panels
▪ Up to 50-points’ addressable panel:
− Model FC2005 (FIRE) | FV2005 (VOICE)
− Model FC901 (FIRE) | FV901 (VOICE)
▪ Up to 252-points’ addressable panel:
− Model FC2025 (FIRE) | FV2025 (VOICE)
− Model FC922 (FIRE) | FV922 (VOICE)
▪ Up to 504-points’ addressable panel:
− Model FC2050 (FIRE) | FV2050 (VOICE)
− Model FC924 (FIRE) | FV924 (VOICE)
▪ FireFinder® XLS | XLSV
• Polarity insensitive utilizing SureWireTM technology
• Multi-color light-emitting diode (LED) that
illuminates to communicate detector status
• Innovative technology provides high-speed,
fault-tolerant system / detector communications
• Compatible with device programmer / tester unit
− Model DPU
• Detectors are self-testing
− Complete diagnostics every four seconds
• Microprocessor-based design
• Rate compensated
• Two-wire operation
• UL and ULC Listed;
FM, CSFM & NYCFD Dept. Approved
s Industry, Inc.
Building Technologies Division
Fire Safety
8 Fernwood Road
Florham Park, NJ 07932
Tel: (973) 593-2600
FAX: (908) 547 -6877
URL: www.usa.Siemens.com/F ire
(SII-FS)
Printed in U.S.A.
Fire Safety
1577 North Service Road
East Oakville, Ontario
L6H 0H6 / Canada
Tel: [905] 465-8000
URL: www.Siemens.CA
September 2018
Supersedes sheet dated 9/2016
(Rev. 5)
Specifications ─ (continued)
Model HFPT-11 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 information
to the FACP. Model HFPT-11, in its default mode, provides up
to 135°F (57.2°C) rate-compensated temperature.
Model HFPT-11 can be programmed from the FACP as a fixed-
temperature detector without rate-of-rise, at the user’s option.
Additionally, Model HFPT-11 detector's microprocessor uses
an integral Electrically Erasable Programmable Read-Only
Memory (EEPROM) to store the detector's address.
Communications within the detector, along with
transmission between Model HFPT-11, the networked
FACP, or with Model DPU, are supervised and safeguarded
against disruption by reliable, microprocessor-based error
checking routines. Additionally, the microprocessor
supervises all EEPROM memory locations, and provides a
high degree of EEPROM failure-fault tolerance.
M odel HFPT-11 is listed as a self-testing device. Model
HFPT-11's visible light emitting diode (LED) flashes GREEN
every four seconds to indicate it is communicating with the
FA CP, as well as to show it has passed its internal self-test.
Should the detector sense a fault or failure within its
communications, the LED will flash AMBER, and the
detector will transmit that information to the FACP.
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 Siemens
Modular or a FireFinder XLS panel indicating the status and
settings assigned to each individual detector.
When Model HFPT-11 moves to the Alarm mode, it will
flash RED and continue flashing until the FACP is reset. At
that same time, any user-defined system alarm functions
programmed into the system are activated.
Model HFPT-11 detector is compatible on the same Siemens
Modular or on a FireFinder XLS initiating circuit with other
Model H-series detectors; Model HMS manual stations;
Model HTRI-series addressable interfaces, or Model HZM-
series addressable, conventional zone modules.
Model HFPT-11 detectors use a surface-mounting base,
(Model DB-11), which mounts on a 4-inch (10.2 cm.)
octagonal, square or single gang electrical box. Relay
base Model DB2-HR mounts to a 4-inch (10.2 cm.)
square-deep electrical box.
Audible base Model ABHW-series also mounts to a 4-
inch (10.2 cm.) square-deep electrical box. Model DB-
11 as well as Models DB2-HR and ABHW-series
detectors use screw-clamp terminals for all electrical
connections and self-wiping contacts for reliability.
The bases also contain a provision for an optional,
concealed locking mechanism to prevent unauthorized
removal of the detector head, Model LK-11.
Application Data
The Siemens 50, 252 and 504-point addressable panels – as
well as Siemens Modular and the FireFinder XLS/V FACPs –
use loop circuits. Each circuit is capable of supporting up to
252 Model HFPT-11 Intelligent Detectors.
Locate Model HFPT-11 on the ceiling (at least 4 inches from
the side walls). For an ideal, smooth ceiling condition, place
the detectors at a maximum center spacing of 50 feet (2,500
square feet), 25 feet from side walls or room partitions. For
FM-approved installations, Model HFPT-11 has an RTI rating
of ‘FAST.’ Use a maximum center spacing of 25 feet (625
square feet), 12.5 feet from side walls or room partitions.
Technical Data
Operating Temperatures: 32°F (0°C) to 100°F (38°C),
per UL 269 / 268A
Thermal Rating:
▪ Fixed-temperature set point: 135°F (57°C)
▪ Rate-of-Rise Detection: 15°F / min. (8.3°C / min)
Relative Humidity: 0-93%, non-condensing
Maximum Spacing: 50-feet Centers
(2500 Square Feet)
FM-Approved Spacing: 25-feet Centers
(625 Square Feet)
Current Draw: 0.8mA in Alarm or
Supervisory mode
Details for Ordering
Model Part
Number Description
HFPT-11 500-033380 Intelligent | Addressable Thermal Fire Detector
DB-11 500-094151 Series 11 Detector Mounting Base
DB2-HR S 5437 0 -F 12 -A 1 `H’ Series Addressable Detector Relay Base
ABHW-4B S 54320 -F 13 -A 1 Loop-Power Audible (Sounder) Base
ABHW-4S S 54320 -F 14 -A 1 Audible (Sounder) Base for Sleeping Areas
RL-HC 500-033230 Octagon Remote Alarm-Ind. Mount Box, ceiling
RL-HW 500-033310 Single-Gang Remote Alarm-Ind. Mount Box, wall
LK-11 500-695350 Base Locking Kit for Model ‘11’-Series Detectors
In Canada, order:
Model Part
Number Description
DB-11C 500-095687 Detector Mounting Base
for Series 11 Detectors (ULC Listed)
Mounting Diagram
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.
Air Duct Monitoring Housings
Installation Instructions
Models AD2-P, AD2-PR and AD2-XHR
INTRODUCTION Models AD2-P, AD2-PR and AD2-XHR (AD2 Series) from
Siemens Industry, Inc., are air duct monitoring housings
containing sampling tubes. When used with a compatible
smoke detector, smoke and combustion products are
detected for shutdown of the duct system and/or operation
of supplementary equipment as provided by the system
control panel. See the following chart for usage.
ledoMsrotceteDelbitapmoCyaleR
P-2DA ,11-OPFH,11-PFH,C11-/11-PF,C11-/11-EP
*11-OPFS,*11-PFS
oN
RP-2DA C11-/11-EP seY
RHX-2DA 11-OPFH,11-PFH,C11-/11-PF ,,*11-PFS
*11-OPFS seY
.ylnoadanaCniesurofdevorppaera11-OPFSdna11-PFSehT*
FFFFFororororor compat compat compat compat compatible control equipment,ible control equipment,ible control equipment,ible control equipment,ible control equipment, see c see c see c see c see charharharharharts on the pagets on the pagets on the pagets on the pagets on the page
111114 of this manual.4 of this manual.4 of this manual.4 of this manual.4 of this manual.
TECHNICAL DATA AIR DUCT CONDITIONS
Temperature Range:
32OF (0OC) - 100OF (38OC) per UL 268/268A
Altitude Range:
AD2-P, AD2-PR and AD2-XHR — No altitude limitations
Relative Humidity Range:
10-85% (non-condensing/non-freezing)
Air Duct Velocity Range:
100-4000 ft/min – AD2-P, AD2-PR and AD2-XHR
Sampling Tube Pressure Range of Differences:
Greater than 0.01 and less than 1.2 inches of water column
These air duct detectors are designed for detection and
control of products of combustion in a duct system. TheyTheyTheyTheyThey
are not to be used forare not to be used forare not to be used forare not to be used forare not to be used for open area prot open area prot open area prot open area prot open area protectectectectection.ion.ion.ion.ion.
DO NOT USE air duct detectors with Alarm Verification.
Siemens Siemens Siemens Siemens Siemens IndustryIndustryIndustryIndustryIndustry,,,,, Inc. Inc. Inc. Inc. Inc.
Building Building Building Building Building TTTTTececececechnologies Dihnologies Dihnologies Dihnologies Dihnologies Di visionvisionvisionvisionvisionP/N 315-049708-6
P/N 315-049708-5
Siemens Industry, Inc.
Building Technologies Division 2
ASSEMBLY This detector has a cover tamper (removal) switch. Care
should be taken when installing the cover. Squarely place the
cover on the unit to aviod possible damage to the switch.
DO NOT SLIDE COVER INTO POSITION.
APPLICATION The AD2 Series duct smoke detectors provide early detec-
tion of smoke and products of combustion present in air
moving through an HVAC duct supply, return, or both. These
devices are designed to prevent the recirculation of smoke in
areas by the air handling system’s fans and blowers. Com-
plete systems may be shut down in the event of smoke
detection.
For the correct installation of a duct smoke unit please refer
to NFPA 72 (National Fire Alarm Code), NFPA 90A (Standard
for Installation of Air Conditioning and Ventilation Systems)
and NFPA 92A (Recommended Practice for Smoke Control
Systems).
OPERATION When the Models AD2-P, AD2-PR and AD2-XHR are operat-
ing, a sample of air is drawn from the duct and passed
through the sampling chamber by means of the input
sampling tube. The air sample passes through the smoke
detector mounted in the duct housing and is exhausted back
into the duct through the outlet tube.
This detector is equipped with cover removal switch (SW1)
that instantly provides a trouble condition upon removal of
the clear cover. For all testing and inspection with the cover
removed, the cover removal switch (designated as SW1 on
PCB) must be manually depressed to simulate normal
operation.
LED Indicator The AD2-P, AD2-PR and AD2-XHR cont ain an LED indicator
(located on the smoke detector) capable of flashing either one
of three distinct colors: green, yellow, or red. During each flash
interval, the microprocessor based detector checks the
following:
• for smoke in its sensing chamber
• that its critical smoke sensing electronics are operating.
Siemens Industry, Inc.
Building Technologies Division 3 P/N 315-049708-5
Figure 2
Recommended Locations in Duct Systems
RETURN
AIR
SUPPLY
AIR
AIR DUCT
HOUSING
AIR DUCT
HOUSING
DAMPER
BLOWERFILTER
PLENUM
FRESH AIR INTAKE
DAMPER
TYPE A: CLOSED SYSTEM - NO EXHAUST
D D
TYPE B: PROVISION FOR EXHAUSTING
SOME PERCENTAGE OF RETURN AIR
RETURN
AIR
SUPPLY
AIR
AIR DUCT
HOUSING
AIR DUCT
HOUSING
DAMPER
DAMPER
BLOWERFILTER
PLENUM
FRESH AIR INTAKE
DAMPER
D D
EXHAUST AIR
OUTPUT
DAMPER
TYPE C: RETURN AIR UNDER POSITIVE PRESSURE
FROM SEPARATE BLOWER
EXHAUST AIR
OUTPUT
DAMPER
RETURN
AIR
SUPPLY
AIR
AIR DUCT
HOUSING
RETURN AIR
BLOWER
AIR DUCT
HOUSING
DAMPER
DAMPER
BLOWERFILTER
PLENUM
FRESH AIR INTAKE
DAMPER
D D
Figure 1
Typical Mounting of Duct Housing
OUTLET
TUBE
INPUT
SAMPLING
TUBE
CENTER
LINE
OF DUCT
CL
Based on the results of these checks, the LED indicator
flashes as follows:
)sdnoceS(lavretnIhsalF
roloChsalFnoitidnoC
/11-EP
C11-EP
/C11-PF/11-PF
/11-OPFH/11-PFH
11-OPFS/11-PFS
neerG.noitarepoyrosivrepuslamroN74
wolleY siro)riaperrogninaelc(ecivresseriuqerrotceteD
.snoitacificepslatnemnorivnestidnoyebgnitarepo 03-74
deRmralA½24
sehsalFoN.riaperseriuqerro,derewoptonsirotceteD--
P/N 315-049708-5
Siemens Industry, Inc.
Building Technologies Division 4
MOUNTING THE AIR DUCT HOUSING
Location on Duct System
This guideline contains general information on duct smoke
detector installation, but does not preclude the NFPA
documents listed. Siemens Industry, Inc. assumes no
responsibility for improperly installed duct detectors. To
determine the correct installation position for an AD2 Series
duct smoke detector, the following factors must be consid-
ered.
1) A uniform non-turbulent (laminar) airflow between 100 ft/
min. to 4,000 ft/min. must be present in the HVAC duct.
To determine duct velocities, examine the engineering
specifications that define the expected velocities or use
an Alnor model 6000AP velocity meter (or equivalent).
2) To minimize the impact of air turbulence and stratifica-
tion on performance, a duct smoke detector should be
located as far as possible downstream from any obstruc-
tion (i.e. deflector plates, elbows, dampers, etc.). In all
situations, confirmation of velocity and pressure differen-
tial within specifications is required.
The pressure differential between the input sampling
(high pressure) tube and outlet (low pressure) tube for
the AD2 Series smoke duct detector should be greater
than 0.01 inches of water and less than 1.2 inches of
water.
3) Identify a code compliant location (supply or return side,
or both) for the installation of the duct unit that will
permit easy access for viewing and serviceability.
4) When installing on the return side, install duct units prior
to the air being exhausted from the building or diluted
with outside “fresh” air.
5) When installing duct smoke units downstream of filters,
fires occurring in the filters will be detected, but if the
filters become blocked, insufficient air flow through the
duct unit will prevent the correct operation of the duct
detector. Duct units installed in the supply air side may
monitor upstream equipment and/or filters.
6) Where possible, install duct detectors upstream of air
humidifiers and downstream of dehumidifiers.
Siemens Industry, Inc.
Building Technologies Division 5 P/N 315-049708-5
7) To prevent false alarms, the duct detector should not be
mounted in areas of extreme high or low temperatures,
in areas where high humidity exists, or in areas where
the duct may contain gases or excessive dust.
Duct Preparation The AD2 Series Housings come with an installation kit that
contains the following items:
• Short return (outlet) sampling tube
• Stopper
• Two #12 x
3/4” sheet metal screws
• Mounting template (packaged separately)
Remove mounting template from the installation kit. Remove
paper backing from the mounting template and affix it to the
duct at the desired location. Using the template as a guide,
drill (2) mounting holes, 3/32" (2.5mm) for the #12 X 3/4”
sheet metal screws packaged in the installation kit. Drill or
punch (2) 1¼” (32mm) holes for input sampling and outlet
tubes, using the template as a guide. Clean all holes.
Sampling Tube Installation
The AD2 Series duct smoke detectors use a specially
notched sampling tube, which may be ordered separately in
one of four standard lengths.
ST-10 For duct widths of 6" to 1.0’
ST-25 For duct widths of 1.0’ to 3.0’
ST-50 For duct widths of 3.0’ to 5.0’ (requires support)
ST-100* For duct widths of 5.0’ to 10.0’ (requires support)
*This model is supplied as two 5 ft. sections with a coupling.
Assembly is required for installation.
Each model is manufactured with a different number and
size of sampling holes. Only the specific tube must be used
for the specified duct width.
Standard sampling tubes are steel tubes with air intake holes
drilled the entire length of the tube. These tubes can be cut
to length and must span at least 80% the width of the duct.
Sampling tubes over 3.0’ must be supported on the opposite
side of the duct. To ensure the correct operation, the red
stopper (stopper in installation kit) must be inserted in the
end of the air input sampling tube. If the input tube protrudes
through the opposite side of the duct, the opening around
P/N 315-049708-5
Siemens Industry, Inc.
Building Technologies Division 6
the tube must be sealed. For custom duct widths, always
use the next longest standard size and cut down to the exact
requirement.
Once the airflow direction has been determined (refer to
Figure 3), insert the input and outlet tubes into the duct
housing.
1. Remove the cover from the housing.
2. Loosen the screw and rotate the tube retainer until the
input tube is inserted and oriented properly. Ensure that
the notched end of the tube is inside the housing and
that the air input sampling tube is positioned so that the
input holes are directly facing the airflow.
3. Once the tube is installed, rotate the retainer back into
place and tighten screw.
4. Install the outlet tube in the remaining position. Once
the tube is installed, rotate the retainer back into place
and tighten screw.
Mounting After securing the input and outlet tubes to the duct smoke
unit, (or initially placing the tubes through the 1¼” holes
drilled or punched in the HVAC duct to accept the input and
outlet tubes and then attaching them to the duct unit), hold
the duct unit assembly in position and use (2) # 12 X 3/4”
sheet metal screws (packaged in the installation kit) to
secure the duct smoke detector to the HVAC duct sheet
metal.
INPUT TUBE HOLES
FACE AIR FLOW
INSERT RED STOPPER
THIS END OF INPUT TUBE
OUTLET TUBE INSTALLED
DOWNSTREAM OF AIRFLOW
DO NOT INSERT RED STOPPER
AIR FLOW DIRECTION
DUCT WIDTH
TUBE SUPPORT ONLY FOR DUCTS GREATER THAN 3 FEET WIDE
NOTE: Mountings shown
are typical. Detectors can
be installed side, bottom
or top of duct as long as
proper tube operation and
flow/pressure performance
is maintained.
Figure 3
Sampling Tube Orientation
Siemens Industry, Inc.
Building Technologies Division 7 P/N 315-049708-5
Air Duct Sampling Tube Pressure Measurement
The Model PDM-3 Pressure Differential Measuring device
should be used to ensure that the sampling tube pressure
differential is within the specified limits. The differential
pressure between the two tubes should be greater than 0.01
inches of water and less than 1.2 inches of water. Qualified
personnel should take measurements in accordance with
the PDM-3 instructions, P/N 315-085535.
WIRING
Conduit Knockouts Determine knockout size required based upon installation
wiring. Refer to Figure 4. Select knockout and remove by
placing screwdriver at center of knockout and tap with a
hammer until the knockout breaks out. Clean the hole before
installing conduit.
3/4” KNOCKOUTS
1/2” KNOCKOUT
Wiring The AD2-P, AD2-PR and AD2-XHR should be connected as
shown in Figures 5, 6 and 7. Note any limitations on the
number of detectors and restrictions on the use of remote
devices permitted for each circuit.
The AD2-P is used with the PE-11/PE-11C and FP-11/FP-11C.
It is also used with the HFP-11/HFPO-11 detector in the
FireFinder-XLS, FS-250, FC2005, FC2025, FC2050, FC901,
FC922 or FC924 System. The AD2-P is also used with the
SFP-11/SFPO-11 detector in the FS-250C System. The AD2-
XHR must be used for the relay version. Also, all optional
accessories in the same loop must be compatible with the
detector series being used. These devices should be
interconnected as shown in Figure 7 and wired to the DLC,
FS-DLC, FDLC, FCI2016/17-U1, FC2005 or FC901. (Refer to
the DLC Installation Instructions, P/N 315-033090, or the FS-
250 Manual, P/N 315-049353, or the FS-250C Manual, P/N
315-049589C, or the FCI2016/17-U1 Manual, P/N
A6V10315038, or the FC2005 Manual, P/N A6V10333722, or
Figure 4
Removing the Knockouts
P/N 315-049708-5
Siemens Industry, Inc.
Building Technologies Division 8 LOOP WIRES.SEE COMPATIBLECONTROLEQUIPMENT TABLE.NOCOMNCLOOP WIRES.SEE COMPATIBLECONTROLEQUIPMENT TABLE.TO NEXT DETECTOROR EOL DEVICE(1A)TO REMOTE DEVICE(6)CNTL+-(5)-++-ALARM CONTACTS125 VAC, 24 VDC, 2.5ASEE NOTE 2
DEVICE
REMOTE
DEVICE LOOP -
DEVICE LOOP +
LOOP/REM-DEVICE
CONTROL
NOT USED
LOOP/REM+MODELAD2-PTO NEXT DETECTOROR EOL DEVICE+-TO SECONDREMOTE DEVICE(SEE MULTIPLEREMOTE DEVICES)REM+-+REM-CONTLREMOTEALARMRELAYCOMNCNO+-CNTL-++DEVICELOOPMODELAD2-PRNOTE:EOL DEVICE MUST BECOMPATIBLE WITHSYSTEM INITIATINGCIRCUIT. OBSERVEPROPER POLARITYWHERE APPLICABLE.(6)(5)(1A)TB1TB1PE-11PE-11CPE-11PE-11CNOTES:1. Up to 30 air duct housings can beinstalled on one initiating circuit,except as noted in Note 2.2. When an AD2-PR is used to control afire safety function, the AD2-PR mustbe the ONLY device on the initiatingcircuit.3. Do not use looped wire under baseterminal.4. Break wire run to provide supervisionof connection.5. The green grounding screw in thewiring compartment of the air ducthousing is not used.Figure 5Typical Connections for the AD2-P / AD2-PR Using PE-11 / PE-11C DetectorsIf remote devices are supported by the initiatingcircuit,each detector/base may have up to 2remote devices with the following configurationsand restrictions only:MULTIPLE REMOTE DEVICESRemoteDevice 1AD2-PAD2-PRemoteDevice 2RLC-11, RLW-11RSAC-11, RSAW-11RestrictionsSee Note 2See Note 2SEE REMOTE DEVICE INSTRUCTIONSFOR WIRING DETAILS:DEVICERLC-11, RLW-11RSAC-11, RSAW-11INSTALLATIONINSTRUCTIONSP/N 315-094925P/N 315-094926If the relay contacts arebeing used to control 120VAC operated equipment,ensure that the conduit isproperly attached to theinternal metal ground strap,using the proper conduitlocking nuts. Failure toprovide proper groundingmay result in fatalelectrical shock andviolation of national andlocal codes.
Siemens Industry, Inc.
Building Technologies Division 9 P/N 315-049708-5Figure 6Typical Connections for the AD2-P / AD2-XHR Using FP-11 / FP-11C DetectorsNOTES:1. The relay contacts are shown after a reset pulse, which represents the non-alarm condition.2. The green grounding screw in the wiring compartment of the air duct housing is not used.-+DEVICE LOOP -
DEVICE LOOP +
NOT USED
OPTIONALREMOTE ALARMINDICATOR MODELRLI-1 OR RLI-2REDREMOTE -
REMOTE +NOLOOPDEVICE++--NCCOMNOALARMRELAYCOM NCCOMNCNOTO NEXTADDRESSABLEDEVICE-+TB1TB1TB1MODELAD2-PMODELAD2-XHRMODELAD2-XHRFP-11FP-11CLOOP WIRES.SEE COMPATIBLE CONTROLEQUIPMENT TABLE.FP-11FP-11CFP-11FP-11CALARM CONTACTS125 VAC, 24 VDC, 2.5ASEE NOTE 1ALARM CONTACTS125 VAC, 24 VDC, 2.5ASEE NOTE 1NOLOOPDEVICE++--ALARMRELAYCOM NC
NOT USED
If the relay contactsare being used tocontrol 120 VACoperated equipment,ensure that theconduit is properlyattached to theinternal metalground strap, usingthe proper conduitlocking nuts. Failureto provide propergrounding mayresult in fatalelectrical shockand violation ofnational and localcodes.
P/N 315-049708-5
Siemens Industry, Inc.
Building Technologies Division 10 Figure 7Typical Connections for the AD2-P / AD2-XHR Using H-Series and S-Series DetectorsNOTES:1. The relay contacts are shown after a reset pulse, which represents the non-alarm condition.2. Refer to the RL-HW / RL-HC Installation Instructions, P/N 315-033230.3. The green grounding screw in the wiring compartment of the air duct housing is not used.LINE 2LINE 1
NOT USED
LINE1OR2
TO REMOTE TB1
OTHER LINE
TO REMOTE TB3 COMNONCNODEVICELOOPOTHERLINELINE1OR2RELAYALARMCOMNCCOMNONCTB2(6 or 5)TB3(5 or 6)TB1(1A)TB1TB1TB1MODELAD2-PMODELAD2-XHRMODELAD2-XHRHFP-11SFP-11HFPO-11SFPO-11OPTIONAL REMOTE ALARMINDICATOR MODEL RL-HC OR RL-HWSEE NOTE 2LOOP WIRES.SEE COMPATIBLE CONTROLEQUIPMENT TABLE.HFP-11SFP-11HFPO-11SFPO-11TO NEXTADDRESSABLEDEVICEALARM CONTACTS125 VAC, 24 VDC, 2.5ASEE NOTE 1ALARM CONTACTS125 VAC, 24 VDC, 2.5ASEE NOTE 1NODEVICELOOPOTHERLINELINE1OR2RELAYALARMCOM NCHFP-11SFP-11HFPO-11SFPO-11TO REMOTE TB2
If the relay contactsare being used tocontrol 120 VACoperated equipment,ensure that theconduit is properlyattached to theinternal metalground strap, usingthe proper conduitlocking nuts. Failureto provide propergrounding mayresult in fatalelectrical shockand violation ofnational and localcodes.
Siemens Industry, Inc.
Building Technologies Division 11 P/N 315-049708-5
the FC901 Manual, P/N A6V10336754, as applicable.) The
HFP-11, HFPO-11, SFP-11 and SFPO-11 are polarity insensi-
tive detectors. Line 1 and Line 2 can be either line of the
loop. Note any limitations on the number of detectors and
restrictions on the use of remote devices permitted for each
circuit.
When replacing a detector with a different model, be aware
that existing detector accessories connected to the base or
air duct housing that were compatible with the old detector
may not be compatible with the new detector. Always read
the Installation Instructions accompanying the detector to
determine detector and accessory compatibility.
Installation Of Smoke Detectors
To Install:
• Remove cover by loosening the four screws. Take off the
cover and set it aside.
• Align detector with base and insert detector.
• Rotate detector clockwise while gently pressing on it
until the detector drops fully into base.
• Then rotate the detector clockwise until it stops and
snaps in place.
• Replace cover and tighten the four screws.
To Remove:
• Rotate the detector counterclockwise until stop is
reached.
• Pull detector out of base.
TESTING Only qualified service personnel should test these units. To
assure proper operation of the detector and control panel,
both the Sensitivity and the Functional tests should be
conducted. The minimum test schedule may be found in the
current edition of NFPA 72 for installations in the U.S. and
CAN/ULC-S537, The Verification of Fire Alarm Systems, for
installation in Canada.
Sensitivity Test The PE-11/-11C detector monitors its smoke sensitivity
automatically and requires no test equipment. A green flash
of the detector LED about every seven seconds indicates
that the smoke sensitivity is within its listed limits.
P/N 315-049708-5
Siemens Industry, Inc.
Building Technologies Division 12
The following detector models are analog types that must be
programmed for the air duct application using the control unit
configuration tool; that is, CSG-M, Zeus or FS-CT2, as appli-
cable.
To test the FP-11/-11C detector refer to its installation instruc-
tions. See Table A on page 12.
To test the HFP-11/HFPO-11/SFP-11/SFPO-11 detector refer
to its installation instructions. See Table A on page 12.
These tests ensure that the detector is within its listed and
marked sensitivity range. For additional instructions on
applying the Sensitivities mode, refer to the FireFinder-XLS
Manual, P/N 315-033744, the DPU Manual, P/N 315-033260 or
the SDPU Manual, P/N 315-033260C.
Functional Test Smoke Testing
Using TG-11 smoke test canister with testing nozzle model
AD-TGN (purchased separately) available from Siemens
Industry, Inc., insert the test gas nozzle into the hole in the
red plug in the unit cover. Press can against cover for about 1/
2 second to release gas into the chamber.
DO NODO NODO NODO NODO NOT SPRAT SPRAT SPRAT SPRAT SPRAY GAY GAY GAY GAY GAS FOR MORE S FOR MORE S FOR MORE S FOR MORE S FOR MORE THAN ½ SECONDTHAN ½ SECONDTHAN ½ SECONDTHAN ½ SECONDTHAN ½ SECOND..... O O O O OVER-VER-VER-VER-VER-
USE OF USE OF USE OF USE OF USE OF TESTESTESTESTEST GAT GAT GAT GAT GAS MAS MAS MAS MAS MAY RESULY RESULY RESULY RESULY RESULT IN DETECTT IN DETECTT IN DETECTT IN DETECTT IN DETECTOR CONOR CONOR CONOR CONOR CONTTTTTAMI-AMI-AMI-AMI-AMI-
NANANANANATION.TION.TION.TION.TION.
After 15 to 20 seconds the detector will go into alarm,
illuminating the detector LED and causing the duct unit
functions to operate; alarm relays will change state, and the
alarm related remote accessories, if attached, will function.
If no test gas is available to conduct functional testing,
remove cover and, while holding down the cover removal
switch, blow smoke from a smoldering cotton wick or punk
directly at the head to cause an alarm. The alarm indicator on
the detector should illuminate within one minute.
Refer to the following Installation Instructions for additional
information on testing each of these detectors:
Siemens Industry, Inc.
Building Technologies Division 13 P/N 315-049708-5
AELBAT
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11-EP891490-513
C11-EP626590-513
C11-/11-PF129590-513
11-PFH092330-513
11-OPFH008430-513
11-PFSC092330-513
11-OPFSC092330-513
The FP-11/-11C, HFP-11 and HFPO-11 detectors can also be
tested individually using the DPU. Refer to the DPU Manual,
P/N 315-033260. The SFP-11 and SFPO-11 detectors can be
tested individually using the SDPU. Refer to the SDPU
Manual, P/N 315-033260C.
MAINTENANCE The performance of the air duct detector unit may be
adversely affected by dirt or foreign matter on the sampling
tubes or detector. If the air holes in the input sampling tube
become restricted, the unit cannot receive a proper air
sample, and performance is impaired. It is recommended
that the sampling tubes be checked and cleaned periodically.
The detector maintenance program should consist of
periodic cleaning of dust from the detector head by using a
vacuum cleaner. For cleaning Models PE-11, PE-11C, FP-11,
FP-11C, HFP-11, HFPO-11, SFP-11 or SFPO-11, refer to the
detector’s Installation Instructions (See Table A).
The cleaning and test program is recommended for 6 month
intervals, or more frequently, if needed, depending on the
individual detector environment. Consult your local code and
AHJ requirements for required maintenance schedules.
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P/N 315-049708-5
Siemens Industry, Inc.
Building Technologies Division 14
The detector model number is the compatibility identifier.
*Control equipment does not support remote accessories; e.g., lamps or relays.
COMPATIBLE CONTROL EQUIPMENT
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ROTCETEDC11-/11-EPGNISURP-2DADNAP-2DA
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reifitnedIytilibitapmoC
/noitallatsnIeludoM
snoitcurtsnIgniriW
)SLX-redniFeriF(4-CDC6-002430-513N/P
)3METSYS(53-PC 22-209480-513N/P
)QI-LXM,LXM(6B1-MZC*9-553590-513N/P
)QI-LXM,LXM(4-MZC 21-627090-513N/P
MZH,052-SF,SLX-redniFeriF(
,5202CF,109CF,5002CF
)429CF,229CF,0502CF
6-058430-513N/P
XE-LXS 8-799590-513N/P
)XE-LXS(X4-EZS 8-810690-513N/P
)XE-LXS(XA8-EZS 8-220690-513N/P
)C052-SF(MZS*4-C058430-513N/P
)3METSYS(53-UZ 81-222380-513N/P
ROTCETED11-OPFHRO11-PFHGNISURHX-2DADNAP-2DA
tnempiuqEeludoM
reifitnedIytilibitapmoC
/noitallatsnIeludoM
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)SLX-redniFeriF(CLD 01-090330-513N/P
)052-SF(CLD-SF 01-353940-513N/P
,0502CF,5202CF(1U-7102/6102ICF
)429CF,229CF a_83051301V6AN/P
5002CF b_22733301V6AN/P
109CF a_45763301V6AN/P
ROTCETEDC11-/11-PFGNISURHX-2DADNAP-2DA
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)QI-LXM,LXM(I2-DLA31-464190-513N/P
)LXM(2-BMM8-790590-513N/P
)LXM(3-BMM6-068840-513N/P
)QI-LXM(2-BMS7-139590-513N/P
Siemens Industry, Inc.
Building Technologies Division 15 P/N 315-049708-5
ELECTRICAL RATINGS FOR PE-11/-11C
ELECTRICAL RATINGS FOR FP-11/-11C, HFP-11, HFPO-11, SFP-11 AND SFPO-11
Electrical ratings are not provided here for these detectors.
Guidance for detector loop loading, along with loop wire
electrical specifications are provided in the applicable control
unit instructions given in the above Compatible Control
Equipment tables.
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Siemens Industry, Inc.
Building Technologies Division
Florham Park, NJ P/N 315-049708-6
Siemens Canada Limited
Building Technologies Division
2 Kenview Boulevard
Brampton, Ontario L6T 5E4 Canada
Siemens Data Sheet 6306
Smart Infrastructure - Building Products usa.siemens.com/fire
Intelligent Initiating Devices
HMS-Series
Models HMS-D I HMS-S I HMS-DZ I HMS-SZ
Architect & Engineer Specifications
Durable metal design
Shock and vibration resistant
Single-action (Model HMS-S | -SZ) and
double-action (Model HMS-D | -DZ)
stations
Pull-down lever is down, until
manually reset
▪ Reset with Allen Key
▪ No break rods necessary
Custom microcomputer-chip
technology
Polarity insensitive via SureWireTM
technology
Dynamic supervision to the fire-
alarm control panel (FACP)
▪ Device Programmer Unit
(Model DPU) programs and
verifies address and tests
functionality of each device
Electronic-address programming
(EEPROM) is easier, as well as more
efficient, dependable
Surface or semi-flush installation
Two-wire
Americans with Disabilities Act (ADA)
Compliant
UL Listed;
USCG (161.002/60/0),
FM (#3015946 & 3052621),
CSFM (#7150-0067:0036) and
NYC Fire Dept. (#202-12E, Vol. 1)
Approved
Product Overview
The Siemens intelligent manual fire -alarm boxes (Models HMS -S | HMS-SZ and
HMS-D | HMS-DZ) provide the most advanced method of address programming and
supervision.
Each Model HMS-series manual box achieves the state of an ‘intelligen t-initiating
device’ by incorporating custom microcomputer-chip technology with sophisticated,
bi-directional communication capabilities with the panel, which include Siemens
Modular, as well as Siemens 50 -point, 252-point and 504 -point addressable FACPs.
The Model HMS- series manual fire-alarm boxes are also included in US Coast Guard
(USCG) approval for use in marine and other harsh environments, when used with
the Siemens 252-point and 504 -point USCG approved addressable system.
Specifications
Models HMS-S | HMS-SZ and HMS-D | HMS-DZ are
constructed of durable, molded polycarbonate
material that is matte finished in red with raised
white lettering. The housing accommodates a ‘pull -
down’ lever, which ─ when operated ─ locks into
position; indicating the fire -alarm box has been
activated.
The pull-down lever remains down / in the ‘locked’
position, until the fire-alarm box is manually reset.
The manual fire alarm box can only be reset by
opening the hinged housing cover with an Al len key;
followed by closing and locking the cover. Models
HMS-S | -SZ and HMS-D | -DZ operate with Siemens ─
Fire Safety FACPs. The microcomputer chip to the
manual fire-alarm box has the capacity of storing ─
in memory ─ identification and important operating -
status data.
Models HMS-S | -SZ and HMS-D | -DZ are fitted with
screw terminals for connection to an addressable
circuit, and can be either surface or semi -flush
mounted.
The Model HMS-series manual fire-alarm boxes
derive their power, communicate information and
receive commands over a single pair of wires. Each
box is compatible on the same circuit with all Model
`H’-series detectors, interfaces or addressable,
conventional zone modules.
Model HMS-D | -DZ
Dual-Action Station
Model HMS-S | -SZ
Single-Action Station
Mounting Diagram
Device / Programmer Tester – Model DPU
Innovative technology from Siemens ─ Fire Safety also allows all Model HMS-series intelligent manual fire-alarm boxes to be
programmed via the Device Programmer / Test Unit (Model DPU). The programmer / tester is a compact, portable and menu -
driven accessory that makes programming and testing of a manual fire -alarm box device faster, easier and more dependable
than previous methods.
Model DPU eliminates the need for mechanical -addressing mechanisms of a device because Model DPU electronically sets the
address of the manual fire-alarm box into its microcomputer chip, non-volatile memory. Therefore, vibration, corrosion and
other conditions -- which can compromise the functionality of mechanical -addressing mechanisms – are no longer an issue.
Technical Data
+ denotes (C)ountry (O)f (O)rigin
MODEL
OR
TYPE
PART
NUMBER PRODUCT SHIPPING
WEIGHT
HMS -D 500-033400 Addressable Manual Fire
Alarm Box, Dual Action
2.5 Lbs. 1.13 0z.
HMS -DZ S5 4321 -F5-A1
Addressable Manual Fire
Alarm Box, Dual Action
[C.O.O. + – USA]
HMS -S 500-033200 Addressable Manual Fire
Alarm Box, Single Action
2.0 Lbs. 0.9 0z.
HMS -SZ S5 4321 -F6-A1
Addressable Manual Fire
Alarm Box, Single Action
[C.O.O. + – USA]
LTP 500-620490 Reset Tool Package
[contains two (2) tools] 0.5 Lb. 0.23 0z.
SB-5R 310-019860 Surface -Mounting Box 1.5 Lbs. 0.7 0z.
ELECTRICAL
Current Draw
(Active or Standby) 0.9mA
INDOOR / DRY CONDITIONS
Operating
Temperature Range
32° ─ 100°F
(0° ─ 38°C)
Operating
Humidity Range
0 ─ 93%,
non-condensing
Details for Ordering
‘Z’ Series Notification Appliances 2584
s Industry, Inc.
Building Technologies Division
s Data Sheet
Fire Safety Products
Notification Appliances
ZH & ZR – Strobes, Horns, & Horn / Strobes Application: Indoor
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® FACPs
PAD-3 or PAD-4™ 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 15/30/75/95cd and 115/177cd
– Wall-mount models feature field-selectable Candela settings of 15/30/75/110cd and 135/185cd
– 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 & ULC Listed, FM (#3028994) Approved;
CSFM Approved (Series ‘ZH’: #7125-0067:0248 –> Fire Alarm Devices For The Hearing Impaired)
CSFM Approved (Series ‘ZR’: #7125-0067:0252 –> Fire Alarm Devices For The Hearing Impaired)
– ADA / NFPA 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 / 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)
ZR
Series
ZR & ZH
(for mounting)
ZH
Series
s 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:
• 15/30/75/110cd for wall mounted
• 135/185cd for wall mounted
• 15/30/75/95cd for ceiling mounted
• 115/177cd for ceiling mounted
– Strobes operate over an extended temperature range of 32°F to 120°F
(0°C to 49°C), and be listed for maximum humidity of 95% 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 / strobes are listed for Indoor use under UL Standard 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 compatible 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 PAD-4™ NAC Extenders with built-in sync protocol
– The strobes will not drift out of synchronization at any time 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 remain closed)
– All notification appliances are listed for Special Applications:
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 per second,
and ADA Guidelines specify a flash rate of 1-to-3 flashes per second
All candela ratings represent minimum-effective Strobe intensity, based on UL Standard 1971
Series ZH Strobe products are listed under UL Standards 1971 and 464 for indoor 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
(Shown In Inches)
s Industry, Inc.
Building Technologies Division
Mounting Diagram
Technical Data
ZH Horn: Wall and Ceiling Mount
Operating Voltage (Special Application) Per UL 464
Input Voltage Low* High*
DC 16.0 – 33.0VDC 0.018 0.044
FWR 16.0 – 33.0VRMS 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
Current Ratings (AMPs) MAXIMUM RMS Current – with High dBA Setting
Input Voltage 15cd 30cd 75cd 110cd 135cd 185cd
DC 16.0 – 33.0VDC 0.078 0.113 0.195 0.259 0.371 0.506
FWR 16.0 – 33.0VRMS 0.141 0.200 0.302 0.406 0.521 0.722
Current Ratings (AMPs) MAXIMUM RMS Current – with Low dBA Setting
Input Voltage 15cd 30cd 75cd 95cd 135cd 185cd
DC 16.0 – 33.0VDC 0.070 0.107 0.188 0.246 0.324 0.455
FWR 16.0 – 33.0VRMS 0.123 0.179 0.290 0.391 0.497 0.699
ZR Strobe Series: Wall Mount
Current Ratings (AMPs) Strobe Setting – (cd)
Input Voltage 15cd 30cd 75cd 110cd 135cd 185cd
DC 16.0 – 33.0VDC 0.064 0.098 0.175 0.233 0.318 0.445
FWR 16.0 – 33.0VRMS 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 30cd 75cd 95cd 115cd 177cd
DC 16.0 – 33.0VDC 0.069 0.111 0.200 0.264 0.318 0.445
FWR 16.0 – 33.0VRMS 0.117 0.180 0.297 0.398 0.482 0.684
ULC Directional Characteristics
-3 dBA 35 degrees left; 40 degrees right
-6 dBA 55 degrees left; 65 degrees right
ZH Horn / Strobe Series: Ceiling Mount
Current Ratings (AMPs) MAXIMUM RMS Current – with High dBA Setting
Input Voltage 15cd 30cd 75cd 95cd 115cd 177cd
DC 16.0 – 33.0VDC 0.087 0.131 0.222 0.292 0.371 0.506
FWR 16.0 – 33.0VRMS 0.149 0.216 0.331 0.436 0.521 0.722
Current Ratings (AMPs) MAXIMUM RMS Current – with Low dBA Setting
Input Voltage 15cd 30cd 75cd 95cd 115cd 177cd
DC 16.0 – 33.0VDC 0.075 0.121 0.213 0.277 0.324 0.455
FWR 16.0 – 33.0VRMS 0.131 0.195 0.319 0.421 0.497 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 79 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.
s Industry, Inc.
Building Technologies Division
Fire Safety
8 Fernwood Road
Florham Park, NJ 07932
Tel: (973) 593-2600
FAX: (908) 547-6877
URL: www.usa.Siemens.com/Fire
(SII)
Printed in U.S.A.
Fire Safety
1577 North Service Road
East Oakville, Ontario
L6H 0H6 / Canada
Tel: [905] 465-8000
URL: www.Siemens.CA
August 2016
Supersedes sheet dated 6/2015
(Rev. 5)
Technical Data – (continued)
Notes: 1. Strobes will produce 1 flash per second over the Input Voltage range.
2. These horn/strobe models are UL Listed to operate over a Voltage Range Limit from 16.0VDC to 33.0VDC
for 24VDC applications using filtered DC or unfiltered Full-Wave-Rectified (FWR) input voltage.
3. All models are UL Listed for indoor ceiling use with a temperature range of +0oC to +49oC
(+32oF to +120oF) and maximum humidity of 93% +/- 2% 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)
Model Part Number Description Mounting
Options* UL ULC FM CSFM
ZH-R 500-636159 Z Horn: Red B,D,E,F,X
ZH-W 500-636160 Z Horn: White B,D,E,F,X
ZH-MC-R 500-636161 Z Horn: Multi Candela (Wall), Red B,D,E,F,X
ZH-MC-W 500-636162 Z Horn: Multi Candela (Wall), White B,D,E,F,X
ZH-HMC-R 500-636163 Z Horn: Hi Multi Candela (Wall), Red B,D,E,F,X
ZH-HMC-W 500-636164 Z Horn: Hi Multi Candela (Wall), White B,D,E,F,X
ZH-MC-CR 500-636165 Z Horn: Multi Candela (Ceiling), Red B,D,E,F,X
ZH-MC-CW 500-636166 Z Horn: Multi Candela (Ceiling), White B,D,E,F,X
ZH-HMC-CR 500-636167 Z Horn: Hi Multi Candela (Ceiling), Red B,D,E,F,X
ZH-HMC-CW 500-636168 Z Horn: Hi Multi Candela (Ceiling), White B,D,E,F,X
ZR-MC-R 500-636169 Z Strobe: Multi Candela (Wall), Red B,D,E,F,X
ZR-MC-W 500-636170 Z Strobe: Multi Candela (Wall), White B,D,E,F,X
ZR-HMC-R 500-636171 Z Strobe: Hi Multi-Candela (Wall), Red B,D,E,F,X
ZR-HMC-W 500-636172 Z Strobe: Hi Multi-Candela (Wall), White B,D,E,F,X
ZR-MC-CR 500-636173 Z Strobe: Multi Candela (Ceiling), Red B,D,E,F,X
ZR-MC-CW 500-636174 Z Strobe: Multi Candela (Ceiling), White B,D,E,F,X
ZR-HMC-CR 500-636175 Z Strobe: Hi Multi Candela (Ceiling), Red B,D,E,F,X
ZR-HMC-CW 500-636176 Z Strobe: Hi Multi Candela (Ceiling), White B,D,E,F,X
ZB-R 500-636193 Accessory ─ (Includes base, dust cover,
mounting screws and installation sheet)
ZB-W 500-636194 Accessory ─ (Includes base, dust cover,
mounting screws and installation sheet)
= Listed / Approved
* = Refer to data sheet #: 2585
for detailed mounting options
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.
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