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FIRE ALARM SYSTEM SUBMITTAL
INDEX
1. PRODUCT DATA - CUT SHEETS
Fire Alarm Control Equipment
FIRE ALARM CONTROL PANEL
REMOTE POWER SUPPLY
PAD-3 REMOTE POWER SUPPLY
RCC-2 REMOTE CONTROL ANNUNCIATOR
(6170) ADDRESSABLE MINI-INTERFACE MODULE
SIEMENS (61 ADDRESSABLE INTERFACE MODULE
Initiating Devices
SIEivlENS 187) MAN-UAL PULL STATION
SIEMENS FP-ll 75) SMOKE DETECTOR
SIEMENS AD-lIP (6178) DUCT SMOKE DETECTOR HOUSING
Notification Devices
SIEMENS U-MMT -MCS HORN STROBE
SIEMENSU-MCS (2550) STANDALONE SELECTABLE STROBE
SIEMENS DSC (2553) DUAL SYNC MODULE
Miscellaneous Equipment
FITSPI ANIXTER WIRE
FI ANIXTER WIRE
BATTERY BOX
12V/7Ah BATTERY
12V/33Ah BATTERY
12V/55Ah BATTERY
DOOR HOLDER
1 RELAY
DUAL CONTACT HEAT DETECTOR
MACURCO eM-I5 CARBON MONOXIDE DETECTOR
2. CALCULATIONS
BATTERY CALCULATIONS
VOLTAGE DROP CALCULATIONS
, I"
SIEMENS
.~Tii:1#J;,
Residence
blJ1 4&,
w~>'":..umoa' ~J
RESID
CAPE CANAVERAl"
SIEMENS BUILDING TECHNOLOGIES, INC.
4122 METRIC DRIVE SUITE 100
WINTER PARK, FL 32792
PH (407) 571-1999
FX (407) 571-1998
Helping your building work for you.'"
SIEMENS Fire Safety
MXL
Advanced Protection System
I ENGINEER AND ARCHITECT SPECIFICATIONS I
· FirePrint"TM Application Specific · Logic Controlled Output Functions
Detection · Time Base Controlled Output
· Capacity for over 2,000 Intelligent Functions
Input Devices .. Holiday Schedule
· Dynamic Supervision of Intelligent · City Tie/Lease Line
Devices · Coded Outputs
· Security Device Monitoring · Supervised Serial Annunciator
· Sprinkler Supervision Driver/Input Interface
· Intelligent/Analog Detection Circuits, · Interactive VDT - Monochrome
Style 6 (Class A) or Style 4 (Class B) & Color
· Detector Sensitivity Readout/Printout · Color Graphics Option
per NFPA 72 Chapter 7 .. Complies with NFPA 72
· Style D (Class A) or Style B (Class B) .. NEC 760 Power Limited Circuits
Conventional Initiating Circuits (UL 864 Compliant)
· Style Z (Class A) or Style Y (Class B) · 16 Gauge Steel Enclosure
Notification Appliance Circuits · @ Listed 864, 1076, ULC Listed
· Degrade Mode Operation · FM, CSFM, NYMEA, City of
· Distributed Processing Chicago and U.S. Coast
· 80 Character Backlit Alphanumeric Guard Approved
Display · Pre-action Releasing (NFPA 13)
· Thermal Strip Printer · FM Approved for Sprinkler &
· Supervised Remote Printer Deluge
· 32 Character Custom Messages · FM Approved for Intrinsically
· Multiple Command Stations Safe Applications
· Compare System Software · Halon & FM-200 Releasing Ap-
· Fully Field Programmable Via Laptop proval (NFPA 12A & NFPA 2001)
Computer · Multi-Language Display
· Menu Driven Operator Commands · Intelligent Interface to Building/
· Central & Distributed Architecture Process Management Systems
· 800 Event History Logging · Operates as an Interactive Peer
With On Line & Off Line Reports with Other MXLs, MXl:IQs or
· User Help Screens MXLVs in a LifeLink Network
I · Multiple Levels of Password Protection · CXL Command Center I
· Automatic Environmental Monitoring
.-1 _ · Pre-Alarm Operation
Compensation for Smoke Detectors ~
· One Person WalkTest by Loop, · FireFinder Graphics
Zone or System UUKL Listed for Smoke Control
· Alarm Verification by Device or Zone
Introduction
The MXL is a microprocessor based advanced approved by Factory Mutual as well as CSFM, the City
protection system. Its use of unique multiprocessor of Chicago and NYMEA for use in those specific
"Network" design along with its ability to utilize both locales.
analog and conventional detection devices make it the In addition to the standard fire applications, MXL is
most flexible and reliable system in the life safety
field. listed by Underwriters Laboratories under the category
UUKL for smoke control. MXL can be used as a listed
The MXL is ideally suited for commercial, institutional Fireman's Smoke Control Station in high-rise office
and industrial fire detection and notification applica- building, malls and other large structures. It also
tions. It complies with the requirements of NFPA complies with Uniform Building Code Section 905
Standard 72 and is listed by Underwriters Laboratories requirements for smoke control.
under their standard 864. Underwriter's' Laboratories
of Canada also lists it for fire applications. It is CATALOG NUMBER 5000
MXL is approved by the US Coast Guard for marine The MMB-2 includes a built-in battery charger and
applications such as ships and oil drilling platforms. It transfer circuit. The charger is microprocessor can-
is listed by UL and approved by FM for releasing trolled and incorporates a brownout circuit that
Halon 1301, FM-200 and pre-action or deluge sprinkler switches the system to standby batteries during the
systems. These include foam or water applications. loss and reduction of the primary source AC. Upon
MXL follows the releasing requirements specified in command, the system is capable of displaying the
the NFPA Standards 12A, 13 and 200l real time, battery voltage, AC voltage and the charge
current and other power data on the MKB alphanu-
Description meric display. It also has a 1 amp, 24 VDC output that
The basic MXL control unit consists of the followina powers the CZM-1 conventional zone modules.
subassemblies: MMB-2 Main Control Board; MPS-6, The MMB-2 is designed with a built-in mounting
M PS-12 Power Supply; M KB-2 Annunciator and Key- bracket. The MMB-2 mounts directly to the MBR-MP
board; MME-3, MLE-6 or MSE-2 Enclosures. Optional mounting plate for mounting in either the MME-3 or
modules which can be installed \Nith the MXL System MME-6 backbox enclosure. The MMB-2 can also be
include: MOM-2/4 Expansion Card Cage; ALD-21 Analog mounted in the MBR-2 or MBR-l enclosures. MBR-l
Loop Driver; CRM-4 Controllable Relay Module; NIM- requires additional mounting brackets.
lW Network/Foreign Systems Interface Module; REP-l The on-board 16 bit microprocessor along with non-
Network Repeater Module; XLD-1 "X" Series Loop
Driver; CSM-4 Controllable Signal Module; CZM-4 volatile EPROM and Flash memory allow the system
Conventional Zone Module; PIM-l Peripheral Interface to be custom configured to meet a wide range of
Driver; CMI-300 CXL Modem Interface Module; PSR-l customer requirements. The MMB-2 provides a port
Remote Power Supply; MXl:VDT Interactive Video for connection to a laptop computer allowing for off-line
DisplayTerminal; NET-A Style 4 Network Interface; field programming. Complete system configuration
NET-7 Style 7 Network Interface. can be easily uploaded, downloaded, edited and
changes verified using CSGM custom programming
Additionally, the MXL system includes option modules software with integrated Compare ™ system software.
MOI-7 System Interface, MOD-16 Output Driven and Program options include but are not limited to smoke
MID-16 Point Input Module. These can be used to detector environmental compensation with two
drive graphic annunciators and Fireman's Smoke maintenance alert levels, history logging, output
Control Stations or to monitor foreign systems. control by event, time based control, detector sensitiv-
The MXL is compatible with a full line of intelligent ity, alarm verification by device or zone, 32 character
custom alphanumeric messages, system operation
initiating devices highlighted by the FirePrint Applica- passwords and NAC coding.
tion Specified Detectors, models FP-ll and FPT-11. It
is also compatible with FireFinder, the NCC series of
text and graphic command centers.
MMB-2 Main Control Board
The function control of the MXL is contained on the
MMB-2 Main Control Board. The MMB-2 controls,
operates and monitors input device identity, network
communications as well as operator commands that
are entered through the MKB annunicator/keyboard. AI! I
operations are supported by either the MPS-6 or the I
MPS-12 power supply, eliminating the need for exter- MMB-2
nal power supplies. The MMB-2 is a direct replace- I I
ment of the MMB-1 therefore providing total backward MKB-2 Annunciator/Keypad
compatibility. The MKB-2 mounts on a hinged frame in the MXL
The MMB-2 provides 2 ALD (Analog Loop Driver) enclosure and provides an 80 character backlit LCD
circuits. Each ALD loop can be configured as Style 4 alphanumeric annunciator which continuously scrolls to
(Class B) or Style 6 (Class A) and can monitor and display information concerning system status along
control up to 60 Siemens Building Technologies, Fire with 32 character user defined device messages.
Safety Division intelligent input devices and 60 pro- When multiple events occur, the MKB-2 displays the
grammable outputs, either relay, audible or LED. The last event of the highest priority. Additional data can
MMB-2 is equipped with 2 programmable and codable be viewed by depressing the NEXT key. At any time,
Style Y (Class B) or Style Z (Class A) notification the display scroll can be stopped by depressing the
appliance circuits. Each circuit Fire Safety can activate HOLD button. Switches are provided for acknowledg-
up to 1.5 amps of audible and visual notification ing fire alarms, supervisories, security conditions, and
appliances. system troubles. An individual switch is also provided
for silencing the system notification appliance circuits.
A separate switch is used for resetting the control
panel.
A 10 digit numeric keypad is supplied to allow entry of
the user passwords, as well as perform specific menu
driven operation, programming and maintenance
functions, Another series of switches located on the
MKB-2 allows user access to the TSP-40 Thermal Strip
Printer, when used.
A set of user assignable "Function" keys provide single
button access to a variety of system commands.
These switches may be used to perform system
operation such as "Drill;' manual relay control, zone I MPS-12 I
disconnect, etc, Contained on the MKB-2 annunciator
are system status indicator LED's which can function MOM-4 Network Option Module Card Cage
even if the main system microprocessor fails. They The MOM-4 Card Cage provides the MXL Main Unit or
provide indication of Main Power On, Fire Alarm, Remote Units with card slots for option modules. Each
Security Condition, System Trouble, Super-visories, MOM-4 supplies connection space for either two full
System Audibles Active/Silenced and Partial System width option modules (ALD-21, CZM-4, NIM-1 R, XLD-1)
Disable. or four half width option modules (CSM-4, CRM-4,
The MKB-2 Annunciator communicates with the MMB- CMI-300, NET-7, REP-1) or a combination of one full and
2 Main Control Board through the system network link. two half width modules.
I I
I
MOM-4
MKB-2 MOM-2 Network Option Module Card Cage
The MOM-2 provides the MXL main unit, remote units
MPS-6 Power Supply or MXL small enclosures (MSE-2) with card slots for
The MPS-6 is a fully supervised power supply which optional modules. Each MOM-2 provides space for one
provides the system with primary DC power. It is full-width (ALD-21, CZM-4, NIM-1 R) or two half-width
rated at 6.5 Amps and is unfiltered and unregulated. optional modules (CSM-4, CRM-4, CMI-300, NET-7,
It supplies the MXL Control Unit and its expansion REP-1 ).
modules vvith povver required for normal operation. The
unit incorporates a circuit breaker on the primary input
and includes a built in AC line filter for surge and noise
suppression. The MPS-6 mounts in the MXL enclosure m" l' . . :;'II.""'.~ ' .
backbox. . --~~ " "'\.~ ~,~ '" I
" " , -. . '. . "
I I *~~ ~
,
~ , '" , ~
Y.K~ :;~~~~t't<i~~w~"1<~~!J1 ~~ ~ -~tt~~~,;mn.t~~~~:tiH'4WR
MOM-2
AlD-21 Analog loop Driver
The ALD-21 is an MXL Network option module which
supplies two intelligent analog circuits utilizing Fire
MPS-6 Safety "I;"'IL;' and FP series intelligent devices. It
occupies two addresses on the Network and through
MPS-12 Power Supply the use of a unique communication protocol, devices
The MPS-12 is a fully supervised power supply which connected to the ALD-21 circuits are dynamically
provides the system with preliminary DC power. It is supervised by the MXL control panel. Up to 60
rated at 12 Amps. and is unfiltered and unregulated. programmable input and output devices may be
It supplies the PSR-l, M M B-2 and their expansion connected to each of its two circuits. Each circuit may
modules with power required for normal operation. The be wired as Class B (Style 4) or Class A (Style 6).
unit incorporates a resettable circuit breaker on the
primary input and includes a built-in AC line filter for
surge and noise suppression. The MPS-12 mounts in
the MXL enclosure backbox.
I
I AlD-21 I I CMI-300 I
CSM-4 Controllable Signal Module NET-4 Communication Module
The Controllable Signal Module CSM-4 provides two The NET-4 is a plug-in type module used to provide
fully supervised, programmable notification appliance communication between the Fire Safety MXL and
circuits. The CSM-4 supplies two Class B (Style Y) or various other MXL Remote Modules. It is designed
Class A (Style Z) type output circuits for the supervi- to plug into an edge connector type slot on the PSR-1
sion and control of listed audible or visual notification Network Supply. The NET-4 provides NFPA Style 4
appliances such as horns, bells, strobes, etc. Each type communication. This communication is RS-485
circuit can provide up to 1.5 amps (24 VDC) of current operating at 19.2K Baud. The communication is
to power notification appliances. The CSM-4 is also fully digital.
used for extinguishing agent releasing (FM-200, Halon, I I
Pre-Action Sprinkler and Deluge systems). Leased line
and municipal tie connections are also possible with
the CSM-4.
NET-4
NET-7 Style 7 Network Interface Card
The NET-7 is a microprocessor controlled MXL network
CSM-4 interface module which allows the wiring of the MXL
RS-485 network in an NFPA Style 7 configuration. The
CRivi-4 Coniroilabie Reiay Moduie NET-7 plugs into a half slot of the MOM-2/4 card cage
The Controllable Relay Module CRM-4 is designed to at the MXL command center (MMB-2) and the PSR-1
provide auxiliary control of building functions such as or MOM-4 slot at the MXL remote units (MXLR,
door holder release, elevator capture, smoke control, MXLRV). The NET-7 provides two independent and
lock release, etc. It provides four fully programmable fully supervised communication paths allowing system
relays. Each relay contains one set of SPDT contacts operation through an open as well as short circuit. It
rated at 2 amps 30 VDC/120 VAC resistive. also isolates the power supplies at each remote unit
providing the ability to localize ground fault conditions.
The communication operates at 19.2K Baud and is
digital.
CRM-4
CMI-300 CXl!MXl Interface Module
The CMI-300 is an MXL option module which provides NET-7
modem communication between an MXL and a CXL
command center. This interface board translates
signals between the MXL network and a CXL and
fully supervises their interconnection.
REP-1 Network Repeater Module MOI-7 Output/Input Module
The REP-l provides the ability to configure the MXL:s The MOI-7 is an MXL RS-485 Network module which
local or global networks in a star or daisy chain configu- provides a fully programmable serial interface to the
ration. The REP-l provides two Style 4 or one Style 7 MOD-16 output drivers and MID-16 input drivers.
RS-485 network circuits. Through the use of the REP-l, When used with the MOD-16's, it provides a serial
the MXL:s local network (MXl:MXLR) can annunciator output or relay driver. When used with
be expanded up to 64 nodes. MID-16, it provides programmable inputs.
Each MOI-7 can operate up to eight MOD-16's and
eight MID-16's simultaneously. Each MOD-16 output
and MID-16 input is independently programmable via
the MXL custom software.
PSR-1 Remote Power Supply
The PSR-1 is a microprocessor controlled remote
power supply and battery charger for use with the Fire I MOI-7 I
Safety MXL. It operates in conjunction with either an
MPS-6 or MPS-12 to provide 6 or 12 Amps of power MOD-16 Output Driver
for use with various MXL modules. When used with a The MOD-16 is an output driver module used in
NET-4 or NET-7 plug-in communication module, the conjunction with the MOI-7 as a part of the Fire Safety
PSR-l becomes a part of the MXL.:s internal network. it MXL System. Up to eight (8) MOD-16s can be con-
acts as an interface between remote option modules nected to an MOI-7 interface module. Each MOD-16
and the MXL. provides 16 open collector current sinking outputs
rated at 24 VDC, 50mA. MOD-16 outputs are program-
mable through the MXL custom software.
I I
PIM-1 Peripheral Interface Driver I I
The PIM-l is an MXL option module which provides I MOD-16 I
a bidirectional isolated RS-232 port for connection to MID-16 Programmable Input Driver
peripheral devices such as printers, CRT's, VDT's,
Color Graphics, Alpha-Numeric Pagers and Remote The MID-16 is an input module used in conjunction
Diagnostics Hardware. The PI M-1 mounts in the MXL with the MOI-7 as a part of the Fire Safety MXL
Enclosure. It connects to the MMB-2 and provides System. Up to eight MID-16s can be connected to a
a screw terminal block for connection of RS-232. A single MOI-7 along with eight MOD-16 output driver
number of supervised and non-supervised formats modules. Each MID-16 provides a non-supervised
are available. input which can monitor normally open contact de-
vices. Each individual MID-16 input can be separately
used as a part of the MXL custom programming logic.
These inputs can be individually set for either Alarm,
Supervisory, Trouble, Security or Status usage. They
can also be configured to provide supervision for
lamps driven by MOD-16 outputs. Screw terminals
and connectors are provided on the MID-16 modules
for interface to monitored devices.
PIM-'
MBR-MP mounting plate bolts to either the MME-3 or
MLE-6 enclosures for easy installation on the job site.
The MBR-MP also has handles to allow easy transport
and mounting. The MBR-MP contains mounting studs
for (1) MMB or PSR-l, (1) PIM-l, (1) TBM-2, and up to
(3) MOM or OMM cardcages or 2 cardcages and (1)
TSP-40 Printer (same mounting studs as the MBR-2
enclosures).
The MBR-MP is ordered and shipped separately from
the MME-3 and MLE-6 enclosures.
MID-16 I I
MME-3 MXLIV Standard Size Enclosure
The MME-3 enclosure set consists of a sheetmetal
backbox and door with keylock. The MME-3 can be
used for either the MXL System, MXLV Voice Com-
mand Console, MXLR Transponder, MXLRV Voice
Transponder or Amplifier Equipment (using the MSR-1
Rail Kit). To mount MXUMXLV modules in the MME-3,
the MBR-MP removable module mounting plate is
required. Using the MBR-MP mounting plate (1) MMB
or (1) PSR-1 and up to 3 expansion cardcages (MOM or MBR-MP
OMM) can be mounted in the MME-3 enclosure. When
used to mount MXL amplifiers (El.:-410), the MBR-MP MlE-6 MXUV Large Size Enclosure
is not required, instead up to (3) El.:-410 amplifiers may The MLE-6 enclosure set consists of a sheetmetal
be installed in the MME-3 by using (3) MSR-1 Rail Kits. backbox and door with two key locks. The MLE-6 can
When amplifiers are mounted in any enclosure always be used for either the MXL system, MXLV Voice
install MDG-1 grills in the door for proper ventilation. Command Console, MXLR Transponder, MXLRV Voice
MME-3 is designed for surface of semi-flush mounting Transponder or Amplifier Equipment (using the MSR-1
Rail Kit. To mount MXUV modules in the MLE-6, the
and includes various knockouts for wire and conduit MBR-MP removable module mounting plate is re-
entry. The door in the MME-3 set has two cutouts for quired with the MBR-3MP optionally available for use.
either clear lenses, blank plates or grills depending on Using the MBR-MP mounting plate (1) MMB or PSR-1
the application, and contains a key lock. and up to (3) expansion cardcages (MOM or OMM) can
be mounted in the MLE-6. If additional cardcages are
required, the MBR-3MP optional cardcage mounting
plate can also be installed in the MLE-6 below the
MBR-MP.The MBR-3MP allows mounting of an addi-
tional (3) MOM or OMM module expansion cardcages.
Various combinations of hardware can be installed in
the MLE-6. If only amplifiers are to be installed in the
MLE-6, no MBR-MP or MBR-3MP plates are required.
Instead up to (5) El.:-410 amplifiers can be installed by
I I using (5) MSR-1 rail kits. The MLE-6 can also be used
to mount up to (3) MXL cardcages and (2) amplifiers.
I I This configuration would be typical of a remote voice
transponder cabinet. In this configuration (1) MBR-MP
MME-3 would be used in the upper half of the MLE-6 to
mount the MXL modules, while the lower half would
MBR-MP MME-3 and MLE-6 MXl use (2) MSR-1 rail kits to mount up to (2) El.:-410
Module Mounting Plate amplifiers.
The MBR-MP MXLN Module Mounting Plate is The MLE-6 is designed for surface or semi-flush
required for use in both MME-3 and MLE-6 enclosures
to mount all MXL and MXLV equipment. MBR-MP is mounting and includes various knockouts for wire and
not necessary if the MME-3 and MLE-6 enclosures are conduit entry. The door supplied with the MLE-6 set
to be used only for mounting of amplifiers (El.:-410). has (3) cutouts for either clear lenses, blank plates or
grills, depending on the application. The door also
The MBR-MP is a removable MXUV module mounting contains (2) key locks - keyed the same. Various
plate that allows the enclosure MME-3 or MLE-6 to be combinations of dead front mounting plates are
shipped to the job site for installation of wiring and possible with the MLE-6 enclosure. A typical MXLV
conduit, while the system hardware (electronics) is installation would have (1) MKB-2 at the top, and (2)
mounted to the studs on the MBR-Mp, pre-wired, MHD-3 dead front plates in the middle (for (14) VSM/
programmed and tested prior to delivery and installa- VLMNFM modules per plate) and (1) or (2) MHD-2
tion at the job site. This allows for quicker, more lower dead front plates.
efficient system start ups with less chance of the
sensitive electronics being damaged while field wiring
and conduit are connected to the system enclosure.
MHD-' Upper or Middle Dead Front Panel
The MHD-l is a hinged sheet metal panel which
attaches to either the MME-3 or the MLE-6 enclosure
backbox. It fits in either the upper or the middle section
of the MME-3 backbox or the upper or either of the two
middle sections of the MLE-6 backbox. It has an opening
with a cover plate for the TSP-40 printer when used and
attaches to the backboxes with screw fasteners. When
in place it covers and protects modules and wiring,
providing dead front construction in that area.
MlE-6 , I
MBR-3MP MlE-6 Optional Cardcage Mounting Plate
The MBR-3MP is an optional MXLlMXLV cardcage
mounting plate for use exclusively in the MLE-6
enclosure. When installed in the MLE-6 backbox,
the MBR-3MP adds the option of mounting up to an
additional (3) MOM or OMM expansion cardcages.
I I MHD-'
MHD-2 lower Dead Front Panel
The MHD-2 is a hinged sheet metal panel which
attaches to either the MME-3 or the MLE-6 backboxes.
It mounts in the lower section on the MME-3 and on
the lower two sections of the MLE-6 backbox. It has
I no openings and attaches to the enclosures with screw
I fasteners. When in place, it covers and protects
MBR-3MP modules and wiring, providing dead front construction
MDl-' Clear lens in that area.
The MDl:1 is a clear Plexiglas. lens which fits in either
one of the two openings in the MME-3 enclosure door
or in one of the three openings in the MLE-6 enclosure
door. One lens is included in the MDl: 1 package.
I MHD-2 I
MHD-3 Middle Dead Front Plate for Mounting
Switch/lED/Fan Control Modules
The MHD-3 is a hinged sheet metal panel that attaches
to the MME-3 or MLE-6 backboxes. It fits in either the
middle or the upper sections of these enclosures. It has
MOB-' Sheet Metal Blank Plate openings for two rows of VSM-l Switch Modules, VLM-1
The MDB-l is a sheet metal blank plate which fits in LED Annunciator Modules, VFM-1 Fan Control Modules
either one of the two openings in the MME-3 enclo- orVSB-1 Blank Plates. Each row can mount up to (7)
sure door or in one of the three openings in the MLE-6 modules for a total of (14) modules per MHD-3. The
enclosure door. One blank plate is in the MDB-1 MHD-3 attaches to the backboxes with screw fasteners.
package. It is hinged for easy access to the rear of the modules
and inside of the enclosure.
MOB-' MHO-3
MHD-4 Middle Dead Front Plate for the Switch/LED/ MSE-2 MXL Small Enclosure
Fan control Modules with Printer Cutout The MSE-2 is a small MXL enclosure capable of
The MHD-4 is a hinged sheet metal panel that attaches housing an MMB-2 or PSR-1 and MPS-6 or MPS-12.
to the MME-3 or the MLE-6 backboxes. It fits in the When expansion is required the MSE-2 provides for
middle section of both enclosures. It has two rows for mounting of either one (1) MOM-2 or OMM-2. MSE-2
mounting of VSM-l Switch Modules, VLM-1 LED is part of the MXLSS and MXLV-SS packages.
Annunciator Modules, VFM-1 Fan Control Modules or
VSB-( Blank Modules. Each row has space to mount I I
(4) modules, for a total of (8) modules per MHD-4. The
MHD4 also has a cutout to display the TSP-40 Intemal .
Thermal Strip Printer. The ~/1HD-4 mounts to the
backboxes with screw fasteners. It is hinged for easy
access to the rear of the modules and inside of the
enclosure. When in place, it covers and protects
modules and wicing, providing dead front construction I I
In that area.
MSE-2
MXL-VDT Interactive Video Display Terminal
The MXLVDT is a 14" amber monitor with detachable
keyboard. It provides an interactive terminal for
secondary display of MXL information, and operation
of MXL functions such as Acknowledge, Silence and
Reset, as well as arming and disarming devices. It also
provides a means for generating system reports such
as listing smoke detector sensitivity settings and
I MHD-4 I voltages, battery and power supply voltages and
MSR-1 Rail Kit current, and displaying the event log. A printer may
The MSR-1 is a System 3 type rail kit which fits into be connected to the MXLVDT
either the MME-3 or the MLE-6 enclosures. The MSR-l
comes with a U-bracket and a Z-bracket. It allows
modules such as the EL410 amplifier, PS-35 Power Ili!'.;f,
Supply, BC-35 Battery Charger, MOI-7 I/O Interface, if.','.......:...'.'..,....,..,........ .......... ".'
MID-16 Input Driver, MOD-16 Output Driver, PS-5A ~l,
Power Supply, SYS3-MPFO for mounting the D2300CP [';\~l,I@ll~'!!!:%.'Il\\?i:iiiii:,;ji
Fiber Optic Interface modules or the CCU Pager
interface, or any other System 3 type module required
to be mounted in the MME-3 or the MLE-6 enclosures.
When used in the MME-3 enclosure (3) MSR-1 Rail
Kits can be installed to mount up to three rows for up
to (3) EL410 amplifiers. When used in the MLE-6, up
to (5) f!'SR-l Rail Kit rows can b~ installed to allow TSP-40 Thermal Strip Printer
mo~ntlng ~p to (?) E~41.0 a~~llfl~~~ When the ~LE-6 The TSP-40 is a thermal strip printer designed for use
?nclosure IS usea Wltn t~e IVlbR-IVW mounting platelO with the Fire Safety MXL system. It mounts in the
In.stall MXL or MXLV ?qulpment, up to (2) MSR-l Rail MXL enclosure and its printout is visible through a
Kit rows can also be Installed In the MLE-6 for mount- window in the locked enclosure door. Printouts are
ing of either (2) EL410 amplifiers or some complement automatically spooled on a take-up reel for easy
of System 3 type mount modules. record storage.
eMSR-1 TSP-40
RCC-1 Remote Command Console ICP-B6 Intelligent Control Point
The RCC-l is a remotely located MXL annunciator The ICP is a field mounted output module capable of
display module. The RCC-1 contains an 80 character being programmed to be either a remote bell or horn,
LCD display and control keypad (MKB) and a PS-5N7 speaker or telephone zone. The ICP communicates with
network interface. RCC-l s can be located anywhere the MXL via the ALD loop.
that control or annunciation is required. RCC-l can be
programmed for display only or can provide display
and system control. If a PIM-l is added to the RCC-l,
remote printers, VDT, or graphics computers can be
located throughout a facility.
I I
lIM-1 Line Isolator Module
The LlM-l is a short circuit isolator module for use
on the MXL:s analog loops. The LI M-l is capable of
RCC-1 providing Style 4 or Style 6 wiring of ALD loops.
PIM-2 Parallel Printer Interface Multiple short circuit isolators can be used on a single
The PIM-2 is an MXL or CXL parallel printer interface ALD loop to prevent loss of protection in the event of
module. PIM-2 connects to PIM-l to allow MXL a short circuit.
connection and supervision of any EDP UL listed
printer.
UM-1
PIM-2 PS-5N7 5 Volt Power Supply/Network Interface
I I The PS-5N7 is a 5V power supply and MXL local
PAL-1 UL Listed Parallel Printer network interface module. The PS-5N7 is an integral
The PAll is a UL listed supervised parallel system part of the RCC-1. The PS-5N7 can be used to provide
printer for MXL or CXL. The PAll connects to the PIM-2 a Style 4 or Style 7 network interface for either a
and PIM-l to provide MXL with a UL listed parallel remote transponder for MXLV with eitherTBM-2, ACM-
printer that is supervised. 1 and VSM-l NLM-l NFM-l or to drive OMM-l and
associated ivlXLV cards.
PAL-1 PS-5N7
PS-5A 5 Volt Power Supply
The PS-5A provides 5 Volts for powering the MOI-7. It
obtains its power from the 24-volt supply in the MXL
system. Both the MOI-7 and the PS-5A mount on
system 3 rails. They can also be mounted external to
the MXL control. They typically drive remote graphic
annunciators or monitor foreign systems and devices.
NIM-1W Network Interface Module ROM-MXL, ROM-PC
The NIM-l Wallows the interconnection or networking The RDM-MXL in combination with the RDM-PC
of up to 63 MXL systems, The NIM-1W provides an provides the ability to call up an MXL system to
RS-485 communication path in either Style 4 or Style check on the system status. The RDM-PC connects
7 wiring configurations. The NIM-l Wallows MXLs to a remote computer to the MXL equipped with the
have interpanellogic and communicate in a peer to RDM-MXL. The RDM-PC initiates a call to the MXLS
peer fashion. The NIM-1W can be programmed via RDM-MXL module. The RDM-MXL answers the call.
CSGM logic as a Foreign System Interface to commu- The RDM-PC identifies itself with the login name.
nicate with external building management systems. As a built-in security measure, when the login name
I I is recognized by the RDM-MXL, it then hangs up and
initiates a call back to verify the login and password.
Once the login and password is verified, the operator
is on-line with the MXL. The operator can list system
status, alarms, troubles, supervisories, andlor security
events!
NIM-1W
FireFinder NCC-G - Network Color Graphics
FireFinder is a PC based color graphics command I I
center designed for use with the LifeLlNK network and
provides full control and annunciation for a LifeLlNK
network of up to 63 MXl-IQ or MXL systems. The CCU/M
NCC-G is used to monitor and control alarms, troubles,
security, supervisory and all system events from one
of many MXL series systems. The NCC-G maintains an
extensive history log of all system events and has
extensive report generation capabilities. User program-
mable function buttons allow site specific control
functions. Multiple NCC-Gs may be connected to a
LifeLlNK network. PC ordered separately. The model
NCC-GL is a color graphics command center for a
single, stand-alone MXL system. It has all of the
features of the NCC-G.
I
FireFinder NCC-G
CCU/M Alphanumeric Pager Interface
The CCU/M is a ancillary module that connects to the
PIM-l to transmit MXL status information in text
message format to an alphanumeric pocket pager. The
CCU/M can be connected to an existing phone line and
can dial out to a pager using its onboard modem to
transmit information via a paging service. The CCU/M
can also connect directly to an existing on-site paging
system. Through programming the CCU/M can send
different types of events to different pagers. Up to 8
different messages can be sent to pagers directly
from the CCU/M. Alarms, Troubles, Supervisory,
Security, Arm/Disarm, Status Points, Audible Status,
and Reset can be directed to all or only certain alpha-
numeric pocket pagers.
MMB-2 Model Part
Electrical Specifications for Analog loop Number Description Number
Devices (TB2, 1-4 and TB3, 1-4) CZM-1 Conventional Zone Module 315-090725
1. Electrical Ratings: ILI-1/1H/1A/1AH Intelligent Ion Detectors 315-092724
Supervisory: 24VDC peak, 105mA max. ILP-l/IPLT-l Intelligent Photo Detectors 315-092594
Alarm: 24 VDC peak, 105mA max. ILT-l Intelligent Heat Detectors 315-093336
(60 devices in alarm) ILI-l B/1 BH Intelligent Ion High Vel. 315-093234
2. All wiring must be in accordance with Article 760 of IlP-2 FirePrintTM Application 315-095028
NEC or local building codes. Specific Detection
MSI-l0B/20B Intelligent Manual Station 315-093329
3. Only Cerberus Pyrotronics devices may be used. MS-MI Intelligent Metal Manual Station 315-092169
(See Table 1) TRI-B6/B6D/B6R Intelligent Monitor Module 315-093315
A maximum of 60 devices in any combination may (single/dual and with array)
be connected to a single analog loop. TRI-B6M Intelligent Mini-Monitoring Module 315-094547
ICP Intelligent Control Point 315-092471
4. No end of line device required. L1M-1 Line Isolator Module 315-092135
5. Both circuits are power limited to NFPA 70/NEe. FP-11 Intelligent FireprintTM Detector 315-095921
Each detector or group of detectors, requires a two TRI-S/D/R Intelligent Monitor Module 315-096242
wire circuit of minimum 18 AWG thermoplastic Forfurther details refer to MXL Manual PIN 315-092036.
fixture wire enciosed in a conduit or minimum 18
AWG limited energy shielded cable without
conduit, if permitted by Jocal codes.
6. Total circuit resistance must not exceed 100 ohms.
Maximum capacitance:
O.4,uF between + loop and - loop
0.8,uF between + loop and chassis
0.8,uF between - loop and chassis
7. T-tapping is not allowed on Class A (Style 6) loops
MMB-2 CZM-1 Power
1. AUX power is available on TB5 terminals 9-12
2. All wiring must be in accordance with Article 760 of
NEC or local building codes.
3. AUX povver is power limited to NFPA 70/NEC 760.
4. Electrical Ratings: 18-31 VDC, lA max.
iViiViB-2 Notification Appliance Circuits
(TB5, 1-4 and TB5, 5-B)
1. These notification appliance circuits are for alarm
notification appliances only (NFPA 72 Local). For
Municipal tie (NFPA 72, Chapter 4 ) or Leased Line
(NFPA 72, Chapter 4), use model CSM-4.
2. All wiring must be in accordance with Article 760 of
NEC or local building codes,
3. Both notification appliance circuits are power
limited to NFPA 70/NEC 760,
4. Electrical Ratings:
Supervisory 18-31 VDC, 12mA max
Alarm 18-31 VDC, 1.5A max.
5. End of Line Device: EOL 2.2K, 1/2W
(P/N 140-820380)
6. Line Resistance: Not to exceed 3 ohms max
For compatible notification appliances see 315-096363
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 4/03 Brampton, Ontario
Siemens Building Technologies Tel: (973) 593-2600 10M Canada L6T 5E4
FAX: (973) 593-6670 SFS-IG Tel: (905) 799-9937 April 2003
Fire Safety Website: www.sbt.siemens.com/fis Printed in U.S.A. FAX: (905) 799-9858 Supersedes sheet dated 3/00
SIEMENS Fire Safety
PSR-'
Remote Power Supply
I ENGINEER AND ARCHITECT SPECIFICATIONS I
· 24VDC Power Supply
· 5VDC Regulated Power Supply
· 6 Amp or 12 Amp Output Power Options
· Microprocessor Controlled
· Status Indicator LEDs
· Common Alarm Relay
I · Common Trouble Relay I
· Degrade Mode
· 19" Rack Mount Capability
· 2 Amp. 24VDC Class A Power Output
· Power Limited
· Auxiliary Power Output
.@ Listed, ULC Listed
· CSFM, NYMEA, FM and City of Chicago Approved
Description
The Siemens BuildingTechnologies, Inc., Fire Safety transferred to and from the MXL through the PSR-1. If the
Division PSR-1 is a microprocessor controlled remote MXL main processor fails or network communication is
power supply and battery charger for use with the Fire lost, the PSR-1 will continue to receive a common alarm
Safety MXL. It operates in conjunction with either an or common trouble signal from modules in the MOM-2's,
M PS-6 or M PS-12 to provide 6 or 12 Amps of power for MOM-4's or OMM-1/2 to which it is connected. When an
use with various MXL modules. When used with a N ET-4 alarm is received during degrade operation, it can activate
or NET-117M plug in communication module, the PSR-1 local notification appliance circuits.
becomes a part of the MXLS RS-485 network. It acts Connectors are provided for interface to the MPS-6 or
as an interface between remote option modules and
the MXL. MPS-12, and MOI-7,TSP-40 and a MOM-2 or MOM-4
cardcage.
The PSR-1 can be mounted in the MBR or MME/MLE The on-board battery charger can charge up to 55 Amp
backbox and is an integral part of the MXLR or MXLRV
remote units. It can also be mounted in a graphic annun- hour batteries. Any PSR-1 can be interrogated by the
ciator panel and used to power an Mal/MOD annunciator M M B. Battery voltage, charge current, DC load and AC
driver set. The PSR-1 can also be used to power a remote voltage can be viewed on the M KB display.
MKB module. When used to power an MOI-7, a NET The PSR-l provides two 24VDC outputs: a 2 Amp output
board is not required. Interface to the network is provided is provided to power MXL remote intelligent modules
by the MOI-7 such as CZM-l sand ICPs. This output can be wired in a
The PSR-1 provides LED status indicators for: Power On, Class A type configuration. When wired this way, a
5V Power On, 24VDC Aux. Power On, BatteryTrouble, transfer relay will supply power to these devices even
CZM-l PowerTrouble, Ground Fault, Transmit Enable, during a single open in the circuit. This output is power
Common Trouble and Common Alarm. limited per NEC 760 and is supervised.The other 24VDC
output is used to power MXL option modules.
The PSR-l always requires an MPS-6 or MPS-12. The PSR-l is UL, ULC listed and approved by NYMEA,
The PSR-l provides a common alarm and a common FM, CSFM and the City of Chicago. This equipment is
trouble relay. When connected to a MOM-2, MOM-4 or approved for operation over the temperature range of OOC
OM M-l /2 cardcage containing option modules, data is to 49OC. CATALOG NUMBER 5010
Electrical Ratings Ordering Information
Supervisory: 24 VDC, 70mA max Model
Alarm: (MPS-6) 24 VDC, 6A max Number Description Part Number
(MPS-12) 24VDC, 12Amax PSR-1 MXLRemotePowerSupply 500-891182
Refer to Installation Instructions PIN 315-090911
m rn . ps W T800
o 0 - FOR Rl:MOTf PHOR
o CHASSIS. AllNUNCIATlON U NET.. OR NET.7 II. f0l NETWORK l.
W Pl21FOR UPS.6l . . t.. i 3 ~ NETWO flK.J
o .. IN POMR
o PSR-1 NETWORK:: 0 2 0 NETWORK LIMITED
O ~M .. ~
I I" K 1 0 NETWORK
P,Q (FOR "'PS-,21 mmmSWl g P3
. .. II H t : I . .. TAWPER Ii101
G J. .. SWlTC>i~
I' e 8 T NAN opncw.s ::
o ..aD NYITffi] .. T
W A 2 T 3 F Y A :: R
&AAlP E U · T T A X T l mn SW2"/ 0
~ R l( If II R II W R A ''''I :: ~
~ ~M1P llATHRY (.) 0 0 e e t ! 8 II ..
- v- If N N l.. l r T l II :: ~.. CONNECTT<:>
~AAIIP ~ P6 0 0 0 0 0 0 0 0 0:: CLA$U I rowER
.. . _ _ :: A 3 UMrrEOONLY
TB3 B 1'1 un pt P13 P4 F"6 ~ 2
100000010 B ~..~~ ~. EH~~~' 1........1. Q!J : \
..""" ~ r~ TO TO rORIIOM.m
1 2 3 4 5 fi CBl TO'"'''''' = ""'.....":T MCI.1I1 DnlXiCP TSI'-40 OROIAM-l/2 Tal
t+-+v.--I
= . Remote Power Supply
'T8J.l & 2 are NOT POWfll' Umited
1631"
-+ + T
. 1- +- I
,~ ~. · : f~'"
JJ + .+LL
IiI<,.. "i I
.. 1900" ~
Mounting Plate
NOTICE: The use of other than Fire Safety detectors and bases with Fire Safety control equipment
will be considered a misapplication of Fire Safety equipment and as such void all warranties either
expressed or implied with regards to loss, damage, liabilities and/or service problems.
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 12/02 Brampton, Ontario
S. B 'Ido 1i hi' Tel: (973) 593-2600 5M Canada L6T5E4
lemens UI mg ec no ogles FAX: (973) 593-6670 SFS-IG Tel: (905) 799-9937 December 2002
Fire Safety Website: www.sbt.siemens.com/fis Printed in U.S.A FAX: (905) 799-9858 Supersedes sheet dated 6/00
SIEMENS Fire Safety
PAD 3
Auxiliary Power Supply - Notification Appliance Extender
I ENGINEER AND ARCHITECT SPECIFICATIONS I
· 6 amps of Notification Appliance Power
· Advanced Microprocessor Control
· 24 VDC Output Voltage
· Four Power-Limited Notification Outputs
· Strobe Synchronization Option Built In
I · Synchronized ANSI Temporal Pattern I
· Class 'ft.: Selectable
· Ground Fault Detection
· Battery Supervision
· 3 Amp Auxiliary Power Output
· Trouble Contact for Monitoring
· Multiple Module Mounting in
System 3 Enclosures
· Multiple Modules Share Battery Set
· @ UL, ULC Listed, CSFM, NYMEA
and FM Approved
Introduction
The Model PAD-3 (PAD-3C for Canada) is a notification The PAD-3 also offers a 3 amp auxiliary output for driving
appliance circuit expander with a built-in auxiliary other portions of your fire alarm system such as door
power output. it is designed for use with Siemens holders. This 24 VDC filtered output is power limited.
BuildingTechnologies, Fire Safety Division fire alarm When using this output, the total power available from
control panels. This power source is designed to provide the PAD-3 wiil not exceed 6 amps.
the extra power required in buildings conforming to the A trouble contact is provided for monitoring the PAD-3
Americans with Disabilities Act. with a fire alarm panel through the input. It also has a
Features Form C dry contact for trouble monitoring. Therefore,
the user has the option of connecting it to a conven-
The PAD-3 provides 6 amps of 24 VDC power for tional fire alarm panel's existing notification circuit, or
multiple uses. All 6 amps can be directed to 4 Notifi- controlling it with a TRI Series device on intelligent fire
cation Appliance Circuits (NAC s). Each is rated at 3 systems.
amps and is power limited. Either 1 or 2 inputs can The PAD-3 offers battery supervision and management
control the four outputs. These outputs are compatible as is required of fire alarm system components.
with all Fire Safety 24 VDC notification appliances. Ground faults are transmitted as are any other trouble
The PAD-3 can be configured so that the inputs can be conditions. Trouble conditions not only change the
programmed as steady outputs, ANSI temporal state of the trouble contact in the unit, but they also
outputs, or synchronized strobe outputs. It can also break the notification circuit input to create a trouble
be programmed so that one input will silence U-MHU- signal in the fire alarm control unit.
Series horn/strobe horns while the strobes remain on
using one set of wires.
CATALOG NUMBER 3362
This product is packaged in its own sheet metal enclosure Electrical Specifications
with enough space to house the 7 amp-hour battery set
required for back-up. The enclosure comes in black or red. AC Input: 120VAC @ 2.5 amps
System 3 enclosures may also be used to house multiple Output: 24VDC @ 6 amps
PAD-3 modules in a single enclosure. Two modules are Auxiliary Power Circuit: 1
capable of sharing the same battery set when mounted in Notification Circuits: 4
the same enclosure.
Output Configuration: 2 Class A or 4 Class B or
Options 1 Class A & 2 Class B
One or both PAD-3 signal inputs control the notification Amps per Output
outputs, depending on the specific configuration setup. Circuit: 3.0
Possible configurations for the PAD-3 are: Notification Circuit
For These Control These Outputs: 24 VDC at 3.0 amps each,
Option: Inputs: Outputs: As: 24K ohm EOL resistor
required on each Class
1 Input 1 All Outputs Class B Circuits B circuit
2 input 1 All Outputs Class B Circuits No. of Inputs: 2
Input 2* Silences horns on 1 Input Configuration: 2 Class B or 2 Class A
3 input 1 Outputs 1 and 2 Class B Circuits InputVoltage Range: 9-32 VDC
Input 2 Outputs 3 and 4 Class B Circuits
4 input 1 Output 1 Class B Circuits Battery Charging
Input 2 Outputs 2, 3 and 4 Class B Circuits Capacity: 15.0A.H
5 Input 1 Outputs 1-2,3 and 4 Class A Circuit Pairs Trouble contact rating: 2.5A @250VAC, 30VDC
6 Input 1 Outputs 1-2,3 and 4 Class A Circuit Pairs Ambient Temperature: 320F to 1200F
input 2* Silences horns on 1
7 Input 1 Outputs 1 and 2 Class A Circuit Pairs Mechanical Specifications
input 2 Outputs 3 and 4 Class A Circuit Pairs Single Module Enclosure Model EN-PAD
8 Input 1 Outputs 1-2 Class A Circuit Pairs Dimensions: 12"W x 16"H x 3"D
Input 2 Outputs 3 and 4 Class B Circuits
Color: Black
*When used with U-MHU-Series horn/strobe units
Indicator Lights
Supervision AC Power On: Green
Battery Trouble: Yellow
The Model PAD-3 supervises a variety of functions
including: Ground Fault Yellow
· Low AC power AuxiliaryTrouble: Yellow
Output 1 Trouble: Yellow
e Low battery condition Output 2Trouble: Yellow
· Earth ground fault Ordering information
· Auxiliary output power limit condition
. EOL supervision trouble or power limited condition Part
at an output Model Description Number
When a trouble condition occurs, the PAD-3 creates a PAD-3 Aux. power supply w/black enclosure 599-699189
trouble condition on the fire control signal circuits to PAD-3R Aux. power supply wired enclosure 599-699190
which it is connected. It still maintains the ability to be PAD-3-MB Aux. power supply - main board only 500-699080
activated by the fire control. In addition, the PAD-3 EN-PAD Black enclosure for PAD-3 310-099073
provides a Form 'C' trouble relay output as an alterna- EN-PADR Red enclosure for PAD-3 310-099150
tive to using the notification circuit trouble.
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 9/03 Brampton, Ontario
Siemens Building Technologies Tel: (973) 593-2600 10M Canada L6T 5E4
FAX: (973) 593-6670 SFS-IG Tel: (905) 799-9937 September 2003
Fire Safety Website: www.siemens.com/fis Printed in U .SA FAX: (905) 799-9858 Supersedes sheet dated 6/03
SIEMENS Fire Safety
RCC-2 Remote Control Center
RSE-' Remote Serial Interface
I ENGINEER AND ARCHITECT SPECIFICATIONS I
· Remote MXL Display and Control
· 80 Character LCD Display
· Auto Backlight
I; Flush Mount Option I
I . Supert'vvist High Resolution Display
I; Full Command Keypad RCC-2
(Door Closed)
· MXL Network Interface (Style 4 or Style 7)
· Metal Enclosure with Keylock Door
Restricts Keypad Access
· Optional Printer/Peripheral Interface (PIM-l)
· Supervised
· @ Listed
I RCC-2 I
(Door Open)
D "t"
escnp.lon
The Siemens Fire Safety Model RCC-2 Remote Control The RCC/RSE products connect directly to the MXL
Center annunciates MXL and MXL-O system status. system network in style 4 or style 7 wiring. Multiple
The product includes an 80-character LCD display and units can be connected to any system for annunciation
system status LED's. The RCC-2 includes system at various locations throughout a facility. Up to three
acknowledge, silence and reset functions. The RCC, units can be supervised with additional unsupervised
plus the RSE-l, provide for mounting and control of the controls. Power is provided by any listed 24 Volt
PIM-l printer interface module. The RCF-l is a flush supply.
trim ring for each of the controls. All units include a mounting location and control of
Features the PIM-l printer driver. Therefore, any of them can
operate a printer, video display terminal, alphanumeric
The RCC-2 annunciates all events that occur within an pager interface or remote diagnostics module. Each of
MXL system. The LCD display includes scroll keys these system options is available from Siemens Fire
that allow the operator to view sequential events. In Safety.
this manner the display reports each event by its type,
specific device, location and time. The RCC-2 key
switches allow individual or global acknowledge of
events by type, system silence, resound and reset.
All switches are protected by a clear cover and se-
cured by a lockset that matches the MXL system.
The unit enclosure is black. CATALOG NUMBER 5073
Ordering Information Dimensional Data
Part 8.375 in -------
Model Description Number
RCC-2 Remote Control Center with System Control 500-699160
Functions and Sequential Event Display 6.375 in
RSE-1 Remote Serial Interface Enclosure 500-699162
RCF-1 Remote Control Flush Trim 500-699163
PIM-1 Power Interference Module 500-691324 0 1 I
'(
1-45 Siemens Key 315-221182 00.235 in
Refer to Installation Instructions 315-099160 TVD
III 15~ in I
0
Approvals 4.25/ 6.25 in
The RCC series of annunciators and the RSE-1 are
listed by Underwriters Laboratories as compatible
with MXl:IQ, MXL and MXLV systems for indoor 0 r+
applications. 0
RCC-2, RSE-1 Dimensions
PS-5N7~".
PS-5N7 ____
'\ ,,/ I
ANN-1 oj ANN-1m",
LCD DISPLAY~'\. ~ i:" . ~-<. !
/, /A~ : '\L, "C~",.,
// / ~"". ,/. ~ 'BACKBQX
COVER____ ///~.:::""~_./ ~. C.m.L tM-1
'. .'~:"" >'. /// /~ (OPTIONAL) I \ RSE.1
/r~/;~/ / ./ \
\ .) - BACKBOX
~,/ o':"2<~~ "" /. // / \,/'PIM-l
i tl/ 1i~~; / /// / ,/,----- (OPTIONAL)
:./ ~ I/~//;;;NUNCIATOR "'0//"'/'
l::.~ i .. ~"..,' // PANEL ,/
/ ,/
--.....:"',- f' ,-y- ,/
~! -
, )\.__RCC-2/RSE-1
OUTER DOOR RSE-1 OUTER DOOR
RCC-2 Exploded View RSE-1 Exploded View
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 9/01 Brampton, Ontario
Siemens Building Technologies Tel: (973) 593-2600 10M Canada L6T 5E4
FAX: (973) 593-6670 SFS-IG Tel: (905) 799-9937 September 2001
Fire Safety Website: wwwcerbpyro.com Printed in U.SA FAX: (905) 799-9858 New Issue
SIEMENS Fire Safety
TRI-B6M
Intelligent Device Interface Module
I ENGINEER AND ARCHITECT SPECIFICATIONS I
Intelligent Interface Modules For
MXl and IXl Control Panels
. Interfaces and Supervises Normally Open (Fire Detection)
or Normally Closed Contacts (Security Detection)
. Compact Size Allows Mounting in Single Gang Box
Behind Equipment
. Operates with MXL ALD Loop, MXL XLD Loop
I · or IXL ICon Loop I
Microcomputer Chip Technology
. innovative Technology Supports Comprehensive System
and Interface Communication
. Dynamic Supervision
. Two Wire Operation
. SensorLlNK, model FPI-32 Programs and Verifies
Device's Address and Tests Device's Functionality
. Electronic Address Programming is Easier and
More Dependable
. @ Listed, ULC Listed, CSFM and NYMEAApproved
introduction
TheTRI-B6M Intelligent interface module is designed Siemens Building Technologies, Fire Safety Division
to provide the means of interfacing direct shorting innovative technology allows aIlTRI-B6M intelligent
devices to the MXL system's ALD loop circuit, MXL XLD interface modules to be programmed by using the
loop or the IXL system's ICon loop circuit. SensorllNK model FPI-32 ProgrammerfTester. The
TneTRI-B6M intelligent interface module provides the FPI-32 ProgrammerlTester is a compact, portable, menu
market's most advanced method of address program- driven accessory that makes programming and testing an
ming and supervision, combined with sophisticated interface device faster, easier and more dependable than
control panel communication. Each TRI-B6M interface previous methods. The FPI-32 eliminates the need for
module incorporates microcomputer chip technology mechanical addressing mechanisms, such as program
and its sophisticated bi-directional communication jumpers, DIP switches or rotary dials, because it electroni-
capabilities with the control panel. cally sets the TRI-B6M interface's address into the
interface's microcomputer chip non-volatile memory.
Description Vibration, corrosion and other conditions that deteriorate
mechanical addressing mechanisms are no longer a cause
The TRI-B6M is designed to monitor a normally open or for concern.ThisTRI-B6M is connected to the programmer/
closed dry contact and reports the contact's status to tester with the programming cable provided with the
the control panel. tester. This cable utilizes two (2) alligator clip connec-
The device's microcomputer chip has the capacity of tors, to attach to the TRI-B6M. (P/N 110-694927)
storing, in memory, identification information as well The TRI-B6 Series has five leads, one for grounding,
as important operating status information. which are wired to the system with user supplied
wire nuts.
CATALOG NUMBER 6170
The TRI-B6M is fully compatible on the same MXL Ordering Information
circuit with all intelligent IL and 10-60 Series detectors,
MSI Series addressable manual stations or any other Shipping INt.
addressable intelligent modules, such as the CZM or Model Description oz. Kg;.
ICP. The TRI-B6M is also fully compatible on the IXL TRI.B6M Single Input 3.5 1
(ICon) circuit with all intelligent IL and 10-60 detectors
and MSI manual stations. TRI.B6M.C ULC Model lor Canada 3.5 .1
AIITRI-B6M intelligent interface modules are UL and ULC
listed. Typical Wiring
Environmental operating conditions for aIlTRI-B6M mod- (Refer to Figures 1. 2, 3 or 4) Refer to the appropriate
ules are 320F (OC) to 1200F (490C) with a relative humidity wiring diagram below and wire the addressable inter-
of not greater than 93% non-condensating. face module accordingly.
Note: Recommended wire size:
Engineer & Architect Specifications 18 AWG minimum
The addressable interface module shall incorporate a 14 AWG maximum
custom microprocessor based integrated circuit that
shall provide communication with its compatible
control panel.
The addressable interface module shall be a Fire Safety
TRI-B6M that shall be compatible with a IXL or MXL
control panel.
TheTRI-B6M intelligent interface modules shall provide
the means of interfacing direct shorting devices to the
control panel's addressable circuits. The interface
module shall report the contact's status to the control
panel.
The TRI Series devices shall be capable of and listed for
interfacing normally closed security switches to the
MXL (per UL 1076).
The addressable interface module shall be UL and ULC
listed.
The addressable interface module shall be dynamically
supervised and uniquely identifiable by the control
panel.
The addressable interface module's address shall be
programmed with the use of a portable programming
accessory. The programming accessory shall be a Fire
Safety FPI-32 ProgrammerfTester. The portable program-
mer shall be menu driven. Once the desired address is
entered the programmer shall set and verify the address.
The programming accessory shall also be capable of
testing the interface's functionality. The addressable
interface module's address shall be set by electronic
means only. No mechanical means such as programming
pins, OIP switches or rotary dials shall be required.
TheTRI-B6M shall be compatible on the same MXL circuit
with other intelligent IL and 10-60 Series detectors,TRI
Series addressable interfaces, MSI Series addressable
manual stations or any other MXL addressable intelligent
module. TheTRI-B6M shall be compatible on the same
IXL (ICon) circuit as other intelligent IL and 10-60 Series
detectors, MSI Series manual stations andTRI Series
interfaces.
Installing A Security Point Reminder: Proper installation procedure for TRI Devices
WARNING: These circuits intended for 24 hour As part of the normal installation practice each TRI
alarm monitoring only. device must be functionally tested. This includes
UL 1076 requires a TSW-1 tamper switch as well as a testing the supervision through the end of the line
resistor. The following steps must be followed for each
TSP-40 printer. A COMMUNICATION FAILURE with a TRI device installed:
TRI device configured for SECURITY results in a SECU- 1. Open the end of line resistor.
RITY ALARM as well as a communication trouble,
When instaiiing a TRI device in the CSG-M, be sure to 2. Check that the system annunciates the programmed
set the device usage to security. When setting the trouble message.
device address using the FPI-32, select the normally 3, Return the resistor to its proper connection,
closed alarm causing input.
Connect only one switch perTRI input. 4, Change the state of the switch to confirm that the
system's programmed response is executed.
5. Return the switch to its normal state.
Mounting Diagram
I I
-
-- ---
-
~ NOTE: DO NOT USE
REAR CONDUIT ENTRY
! 0 L SINGLE GANG
I I --
- - SWITCHBOX
l\
~ _-----~ L- TRI-B6M (USER SUPPLIED)
I L SINGLE GANG I
SWITCHPLATE (BLANK)
(USER SUPPLIED)
I I
NOTICE: The use of other than Fire Safety detectors and bases with File Safety equipment will be considered a misapplication of File Safety
equipment and as such vOId all warranties either expressed or implied with regard to loss, damage, liabilities and/or s8Nice problems.
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview 80ulevard
Florham Park, NJ 07932 12/03 Brampton, Ontario
Siemens Building Technologies Tel: (973) 593-2600 10M Canada L6T 5E4
FAX: (973) 593-6670 SFS-IG Tel: (905) 799-9937 December 2003
Fire Safety Website: www.sbt.siemens.com/fis Printed in U .SA FAX: (905) 799-9858 Supercedes sheet dated 12/01
SIEMENS Fire Safety
TRI Series
Intelligent Initiating Devices Interface Modules
ENGINEER AND ARCHITECT SPECIFICATIONS I
Intelligent Interface Modules for
MXL Fire Detection Panels I
TRI-S, TRI-D, TRI-R
· Interfaces and Supervises Normally Open or
Normally Closed Contacts
I · Integral SPDT Relay (up to 4 amps) on TRI-R Model I
· Dual Input on TR!-D Mode!
· Multi-color L.ED. indicates status (green, amber, red)
· Easy front access to programming port and
wiring terminals
· Mounts in 4 inch square 2]14 deep box, or double
gang box
· Dynamic Supervision
· Comes with 5x5 inch faceplate
· Two wire operation
· SensorLink Model FPI-32 Programs and Verifies
Device's Address and Tests Device's functionality
· Electronic Address Programming is Easy
and Dependable
· @ UL Listed, ULC Listed
,L CFSM, FM, NYMEA Approved
introduction Description
The TRI Series Intelligent interface modules are The TRI Series Intelligent interface modules are avail-
designed to provide the means of interfacing direct able in three models. The TRI-S and TRI-R are designed
shorting devices to the MXL system's ALD loop to monitor a normally open or closed dry contact.
circuit. The interface module reports the contact's status to
The TRI Series Intelligent interface modules provide the control panel. The TRI-S model can only monitor
and report the status of the contact, while the TRI-R
the market's most advanced method of address incorporates an addressable Form C relay. The TRI-R
programming and supervision, combined with sophis- relay and contact device input are controlled at the
ticated control panel communication. Each TRI Series same address. For the MXL system, the relay and
interface module incorporates a microcomputer chip. input contact can be controlled as a separate function.
The TRI Series microcomputer chip technology and its The relay is typically used where control or shunting of
sophisticated bidirectional communication capabilities external equipment is required.
with the control panel, achieve the state of an "Intelli-
gent Device." The TRI-D is a dual input module and is designed to
supervise and monitor two sets of dry contacts. This
CATALOG NUMBER 6179
interface module requires two address settings. The Mounting Data
TRI-D is ideal for monitoring a waterflow switch and its Addressable interface Model TRI-S, TRI-D, TRI-R
respective valve tamper switch. mounts directly into a 4 inch square 2% deep box
The TRI has a multi-color Light Emitting Diode that or a double gang box (user supplied). A 5 inch square
flashes green when operating normally, amber if unit off-white faceplate is included with each TRI.
is in trouble condition, and red to indicate a change of
state. The TRI-D flashes twice, once for each address, MOUNTING SLOTS
the TRI-R red LED. indicates a change of state in FOR 4 INCH
the relay. SWITCHBOX
The device's microcomputer chip has the capacity of
storing, in memory, identification information as well
as important operating status information.
TRI-S/-D/-R
SIEMENS Fire Safetys' innovative technology allows MODULE
all TRI Series intelligent interface modules to be 3
programmed by using the Sensorlink model FPI-32 4 MOUNTING
ProgrammerrTester. The FPI-32 ProgrammerrTester is a 5 HOLES FOR
compact, portable, menu driven accessory that makes SWITCHPLATE
programming and testing an interface device faster,
easier and more dependable than previous methods.
The FPI-32 eliminates the need for mechanical S\ ~
"-
addressing mechanisms, such as program jumpers, \
DIP switches or rotary dials, because the FPI-32
electronically sets the TRI interface's address into the MOUNTING SLOTS
interface's microcomputer chip nonvolatile memory. FOR DOUBLEGANG
Vibration, corrosion and other conditions that deterio- SWITCHBOX
rate mechanical addressing mechanisms are no longer Figure A
a cause for concern. Mounting the TRI-S/-R/-D
The TRI Series is fitted with screw terminals for
connection to an addressable circuit.
The TRI Series is fully compatible on the same MXL
circuit with all intelligent Fp, IL and ID-60 Series
detectors, MSI Series addressable manual stations
or any other addressable intelligent modules, such
as the CZM or ICP
All TRI Series intelligent interface modules are
UL listed.
Environmental operating conditions for all TRI Series
modules are 32DF (DC) to 120DF (490C) with a relative
humidity of not greater than 93% non-condensating.
Ordering Information
Shipping Wt.
Model Description Lb. Kg.
TRI-S Single Input 7 oz. 2
TRI-R Single Input w/Relay 7 oz. 2
TRI-D Dual Input 7 oz. 2
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 6/01 Brampton, Ontario
Siemens Building Technologies Tel: (973) 593-2600 10M Canada L6T 5E4
FAX: (973) 593-6670 SFS-IG Tel: (905) 799-9937 June 2001
Fire Safety Website: wwwcerbpyro.com Printed in U.S.A. FAX: (905) 799-9858 Supersedes sheet dated 4/99
SIEMENS Fire Safety
Intelligent Initiating Devices
Manual Fire Alarm Boxes
MSI-10B and MSI-20B Intelligent Manual Fire Alarm Boxes
for MXL, IXL, and Xl3 Control Panels
I ENGINEER AND ARCHITECT SPECIFICATIONS I
· Durable Design
· Shock and Vibration Resistant
· Pull Down Lever Remains Down Until Reset
· Custom Microcomputer Chip Technology I
I · Dynamic Supervision
I
· Reset with Allen Key
· No Break Rods Necessary
· Two Wire Operation
· Surface or Semiflush Installation
· DPU or FPI-32 Programs and Verifies Device's
Address and Tests Device's Functionality
· Electronic Address Programming is Easier
and More Dependable
· Single and Double Action Models Available
· @, Listed, CSFM, FM and NYMEA Approved I
Introduction
Siemens BuildingTechnologies, Fire Safety MSI-10B The MSI-10B and 20B manual fire alarm boxes operate
and 20B intelligent manual fire alarm boxes provide the with the MXL, IXUICON-1 and XL3 control panels.
markets' most advanced method of address programming The manual fire alarm box's microcomputer chip has the
and supervision, combined with sophisticated control pane! capacity of storing, in memory, identification information
communication. Each MSI manual fire alarm box incorpo-
rates a new custom microcomputer chip.The microcom- as well as important operating status information.
puter chip technology, and its sophisticated bi-directional Fire Safety's innovative technology also allows all MSI
communication capabilities with the control panel, achieves Series Intelligent manual fire alarm boxes to be pro-
the state of an "Intelligent Initiating Device:' grammed by using the Model DPU or FPI-32 Program-
merITester. The ProgrammerITester is a compact,
Description portable, menu driven accessory which makes pro-
gramming and testing a manual fire alarm box device
The MSI-lOB and 20B are constructed of durable molded faster, easier and more dependable than previous
polycarbonate material which is matte finished in red with methods. The DPU or FPI-32 eliminates the need for
raised white lettering.The housing accommodates a "pull- the device's mechanical addressing mechanisms, such
down" lever which, when operated, locks in position as program jumpers, dipswitches or rotary dials
indicating the manual fire alarm box has been activated. because the ProgrammerITester electronically sets the
The pull down lever remains down and locked until the manual fire alarm box's address into its microcomputer
manual fire alarm box is reset. The manual fire alarm box chip, nonvolatile memory. Vibration, corrosion and
is reset only by opening the hinged housing cover with
an alien key and then closing and locking the cover.
CATALOG NUMBER 6187
Replaces Catalog No. 6162
other conditions which deteriorate mechanical addressing Ordering Information
mechanisms are no longer a cause for concern. Shipping Wt
The MSI-l0B and 20B are fitted with screw terminals for Model Description lb. Kg.
connection to an addressable circuit.They can be either MSI.108 Addressable Manual Fire 2 .90
surface or semiflush mounted. Alarm Box, Single Action
MSI.20B Addressable Manual Fire 2.5 1J3
The MSI Series manual fire alarm boxes derive their Alarm Box, Double Action
power, communicate information and receive com- SB-5R Surface Mounting Box 1.5 .68
mands over a single pair of wires. LTP Resel Tool Package (Contains 2 Toolsl .5 .23
The MSI Series is compatible on the same circuit with
alllL and ID-60 Series ionization, photoelectric or
thermal detectors, TRI Series interfaces or eZM Series
addressable conventional zone modules.
The MSI-l0B and 20B intelligent manual fire alarm
boxes are Underwriters Laboratories, Inc. listed.
Current Draw
lmA
Mounting Data
HOUSING
SB-5R
I
...
, '-, 31h in DEEP
SWITCH BOX
(USER SUPPLIED)
I ' ", I
BACKPLATE '-
I " I
SURFACE MOUNTING ENCLOSURE "
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 12/04 Brampton. Ontario
Siemens Building Technologies Tel: (973) 593-2600 10M Canada L6T 5E4
FAX: (973) 593-6670 SFS-IG Tel: (905) 799-9937 December 2004
Fire Safety Website: www.sbt.siemens.com/fis Printed in U .SA FAX: (905) 799-9858 Supersedes sheet dated 7/03
SIEMENS Fire Safety
FP-11 FirePrint™ Detector
Intelligent Fire Detector for MXL, MXL-IQ, and MXLV Control Panels
ENGINEER AND ARCHITECT SPECIFICATIONS
· Most Sophisticated" Detector Intelligence" available today
· Multi-Criteria fire detection for the price of a
photoelectric detector
· FirePrint™Technology to discriminate between deceptive
phenomena and an actual fire
· Easily programmed to match specific hazard profiles from the
, control panel I
· Pre-Alarm reporting based on fire profile selected
· Remote sensitivity measurement capability
· System logic activation based on any of three inputs from
detector (smoke, heat or neural network)
· Field cleanable chamber with replaceable chamber
parts available
· Multi-color detector status LED
· Two-wire operation
· Compatible with SENSORLlNK, Model FPI-32 field
programmer/tester
· Supports EnviroLlNK software based automatic
environmental compensation
· Backward compatible with older MXL systems
I (Rev, 2 and above)
· Optional fully programmable relay base, audible base, and
duct housing
· @ UL Listed, ULC Listed, CSFM, FM, NYMEA
.i L Approved
Introduction
The F P-ll I ntelligent Fire Detector provides the life mechanical programming methods and reduces
safety industry with the most highly evolved detection installation and service costs by electronically pro-
system available today, The FP-ll utilizes advanced gramming and testing the detector prior to installation.
detection technology that allows the detector to The FP-ll fire detector is compatible with the MXL
distinguish nonthreatening deceptive phenomena, such
as cigarette smoke, from actual fire hazards, while family of control panels including the MXL, MXl:IQ,
optimizing detection for the area in which it is in- and MXLV.
stalled. No other detection system available today The FP-l1 detector is Underwriters Laboratories and
offers a higher level of protection or nuisance Underwriters Laboratories of Canada Listed.
alarm immunity. The FP-l1 uses state-of-the-art
microprocessor circuitry with error check, detector Description
self-diagnostics and supervision programs.
The FP-l1 intelligent fire detector is compatible with The FP-l1 is a plug-in, two-wire, multi-sensor detector
the Fire Safety SENSORLlNK, Model FPI-32 field with both photoelectric and thermal inputs and is
programmer/tester, which is a compact, portable, compatible with the MXL family of control panel
menu-driven accessory for electronically programming systems. Each detector consists of a dust resistant,
and testing detectors, easily and reliably. The FPI-32 field cleanable photo chamber, a solid state non-
eliminates the need for cumbersome, unreliable mechanical thermal sensor, microprocessor based
CATALOG NUMBER 6175
electronics with a low-profile plastic cover and base. evaluating this information with sophisticated
The FP-ll utilizes state-of-the-art ASIC and surface mathematical formulas, or algorithms, comparing this
mount technology for maximum reliability. Every FP-ll input to characteristics of both threatening fires and
fire detector is shipped with a protective dust cover. deceptive phenomena that would "fool" any ordinary
The F P-l1 fire detector utilizes an infrared light detector. This technology was developed over years of
research and reviewing the results of over 20 years of
emitting diode (lRLED), and light sensing photodiode. fire test data in one of the world's most advanced fire
Under normal conditions, light transmitted by the LED research centers. The results of this research are the
is directed away from the photodiode and scattered mathematical models that form the algorithms used in
through the smoke chamber in a controlled pattern. FirePrint. No other fire detector has this level of
The smoke chamber is designed to manage light intelligence or this amount of research and develop-
dissipation and extraneous reflections from dust ment supporting it's design.
particles or other non-smoke airborne contaminants in
such a way as to maintain stable, consistent detector The microprocessor's software can identify and
operation. When smoke enters the detector chamber, disregard false input caused by radio frequency (RFI)
light emitted from the IRLED is scattered by the and electromagnetic (EM I) interference, and validates
smoke particles and is received by the photodiode. all trouble conditions before annunciating or reporting
The FP-l1 also utilizes a modern, accurate, shock- to the control panel. The FP-l1 detector's microproces-
sor uses an integral EEPROM to store the detector's
resistant thermistor to sense temperature changes. address and other critical operating parameters which
The "on-board" FirePrint technology allows the include the assigned program values for alarm and
detector to gather smoke and thermal data, and to trouble thresholds. Communications within the
analyze this information in the detector's "neural detector itself and between the FP-ll and the control
network:' By comparing data received with the panel, or with the FPI-32 field programmer/tester, are
common characteristics of fires, or fire fingerprints, supervised and safeguarded against disruption by
the FP-ll can compare these "Fire Prints" to those of reliable, microprocessor based error checking routines.
deceptive phenomena that cause other detectors to Additionally, the microprocessor supervises all
alarm. The advanced FirePrint technology allows the EEPROM memory locations and provides a high
FP-ll to accurately determine a true fire hazard from degree of EEPROM failure fault tolerance.
a nonthreatening deceptive phenomena WITHOUT
needing to use alarm delaying verification and confir- In MXL(V) applications, the FP-ll determines its
mation techniques, which can increase the probability operating status to be normal, in alarm, or in trouble
of losses due to fire. depending on the difference between the alarm
The FP-ll provides the highest level of detector threshold values stored in the detector's memory and
the detector's latest analog measurement. The
intelligence available today with a detector/control detector then communicates changes in its status to
panel link that allows the user to program the detector the control panel.
for the specific hazard profile Detectors are optimized
by selecting one of the following applications: In addition, the MXL(V) control panel will sample the
value of the FP-11 '5 analog signal over a period of time
· Office/Retail in order to determine if those values indicate exces-
· Lobby sive buildup in the photo chamber; if so, the MXL(V)
· Computer Room will indicate that the particular detector requires
· Dormitory maintenance.
· Healthcare
· Parking Garage The FP-ll is listed as a self-testing device. The FP-ll 's
· UtilitylTransformer Room visible light emitting diode (LED) flashes green every
· Hostile Environment 4 seconds to indicate it is communicating with the
· Precious Storage control panel and that it has passed its internal self-
· Air Duct test. Should the detector sense a fault or failure within
· Warehouse/Light Manufacturing its systems, the LED will flash amber and the detector
The software does the rest; no guessing on detector will transmit that information to the control panel.
A quick visual inspection is sufficient to indicate the
sensitivities or alarm verification; the control panel condition of the detector at any time. If more detailed
programs the F P-l1 detector for the protected area information is required, a printed report can be
without hassle and without confirmation delays. provided from the MXL panel indicating the status
Once optimized for the hazards in the protected area, and settings assigned to each individual detector.
the F P-11 provides the best detection you can buy.
Should the operator or installer forget to program the When the FP-l1 moves to the alarm mode, it will flash
detector, the FP-l1 will revert to a default setting that amber and transmit that information to the control
allows it to operate as a standard photoelectric or panel. When the MXL(V) confirms the detectors
photothermal detector. condition, the panel will instruct the FP-l1 to flash red
The FP-ll 's FirePrint technology monitors input from and to continue flashing until the system is reset at
the control panel. At that same time, any user defined
both the photo chamber and the thermal sensor,
system alarm functions programmed into the system All FP-11 detectors are approved for operation within
are activated. Each FP-11 detector can operate one the UL specified temperature range of 32 to 100
remote alarm indicator, one auxiliary relay, or one degrees F (0 to 38 degrees C).
audible base.
Detector sensitivity, calibration, and identification are Application Data
dynamically supervised by the control panel. Detector Installation of the FP-11 series of fire detectors
sensitivity and pre-alarm levels are a function of the requires a two-wire circuit of 18 AWG (minimum)
application chosen at the control panel and are thermoplastic fixture wire enclosed in conduit, or 18
controlled by the panel. If an alternate, non-Fire Print AWG limited energy, shielded cable without conduit,
mode is selected, then the sensitivity can be changed if permitted by local codes. Field wiring should
from the control panel. conform to local and National Electric Codes and the
The SensorLlNK FPI-32 Program/Test accessory is control panel wiring specifications.
used to program and verify the detector's address. "T-tapping" is permitted only for Style 4 (Class B)
The technician selects the accessory's program mode wiring.
to enter the desired address. The FPI-32 automatically FP-11 fire detectors can be applied within the maxi-
sets and verifies the address and tests the detector.
It also allows the user to change the device ID from mum 30 foot center spacing (900 sq. ft. areas) as
that of an F P-11 to an older detector I D such as an I LP- referenced in NFPA 72. This applications guideline is
1, ILPT-1, ILP-2, ID-60P or ID-60PT to allow for easy based on ideal conditions, specifically, smooth ceiling
replacement of older detectors without the need of surfaces, minimal air movement, and no physical
reprogramming the control panel. obstructions between potential fire sources and the
detector. Do not mount detectors in close proximity
The FPI-32 operates on AC power or rechargeable to ventilation or heating and air conditioning outlets.
batteries, providing flexibility and convenience in Exposed joints or beamed ceilings may also affect safe
programming and testing equipment almost anywhere. spacing limitations for detectors. Should questions
When in the test mode, the FPI-32 will perform a arise regarding detector placement, observe NFPA
series of diagnostic tests without altering the address 72 guidelines.
or other stored data, allowing technicians to determine
if the detector is operating properly. Good fire protection system engineering and common
sense dictate how and when fire detectors are
The FP-11 fire detector may be installed on the same installed and used. Contact your local Siemens Fire
initiating circuit with IL or ID series detectors (Photo- Safety authorized sales outlet whenever you need
electric, thermal, or ionization), MSI series manual assistance applying FirePrint in unusual applications.
stations, TRI series interfaces, ICP output control Be sure to follow NFPA guidelines, UUULC approved
devices, or CZM series of addressable, conventional installation instructions, which are included with every
zone modules. detector, and local codes as for all fire protection
All FP-11 detectors can be cleaned in the field, when equipment.
required, by simply removing the detector cover and Dimensions
unsnapping the photo chamber. There is also the
option of cleaning the interior of the detector with a
clean, soft cloth or brush, or replacing the labyrinth and .: :" ~''':''.... ::.......
bug screen included in the detector maintenance kit,
model DMK-11.
The FP-11 uses the low profile surface mounting base,
model DB-11. This base mounts on a 4-inch octagon,
square, or a single gang electrical box. The base .' ,
utilizes screw clamp contacts for electrical connections 1"..:.,-:-
and self-wiping contacts for increased reliability. The ."I"::I,!
base can be used with the optional LK-11 detector 1
locking kit which contains 50 detector locks and an
installation tool, to prevent unauthorized removal of
the detector head. The DB-11 base has integral decora-
tive plugs to cover the outer mounting screw holes.
The FP-11 is electrically compatible with existing MXL
detector accessories including relays, remote lamps,
duct housings, and audible bases. With duct housings,
a base adapter and new detector housing cover are
required (order AD-11 UK upgrade kit). To use existing
DB-3S base or audible base, the FP-11 requires a DB-
ADPT base adapter.
Technical Specifications
Current Requirements: Normal 750 jJa Alarm 750 jJa
Operating Temperature: +320F (OoC) to lOooF (38OC)
per UL 268/268A
Humidity: 0-93% Relative Humidity
Non-Condensing
Ordering Information
Part
Model Description Number
FP-11 Addressable FirePrint Fire Detector 500-095112
DB-11 Detector Mounting Base for Series 11 500-094151
AD-11P Air Duct Housing for Series 11 500-095656
AD-11XPR Air Duct Housing w/Relay for Series 11 500-096062
Intelligent Detector
DB-X11RS Relay Base for Series 11 Intelligent Detectors 500-096125
RLI-1 Remote (red) alarm indicator- 4" octagon box mount 500-390673
RLI-2 Remote (red) alarm indicator- sinqle qanq box mount 500-390674
LK-11 Base Locking Kitfor Series 11 detectors 500-695350
DMK-11 I Series 11 Maint Kit (replacement labyrinth and bug 500-695338
bug screen)
AD-11UK Air Duct Housing Cover/Adapter Kit 500-695967
DB-ADPT Base Adaoter to DB-3S Base 500-094187
In Canada Order:
FP-11C Addressable FirePrint Fire Detector (ULC) 500-095112C
DB-11C Detector Mountinq Base for Series 11 (ULC) 500-095687
AD-11PC Air Duct Housing (ULC) 500-095984
DB-X11 RSC Relay Base for Series 11 Intelligent Detectors (ULC) 500-096125C
ADBX-11C Audible Base for Series 11 Intelligent Detector (ULC) 500-096181C
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florharn Park, NJ 07932 6/01 Brarnpton, Ontario
Siemens Building Technologies Tel (973) 593-2600 10M Canada L6T 5E4
FAX (973) 593-6670 SFS-IG Tel: (905) 799-9937 June 2001
Fire Safety Website: www.cerbpyro.com Printed in U.S.A. FAX: (905) 799-9858 Supercedes sheet dated 10/00
SIEMENS Fire Safety
Air Duct Housings-Series 11
I ENGINEER AND ARCHITECT SPECIFICATIONS I
· For Series 11 Detectors
· Relay Models Available
· Self contained Model available with
"On - Board" Power Supply
· Alarm LED Visible from Front
I · Clear Housing Cover for Quick I
Irlentifi"ati"n ",f nete"t,....r -r; ''''e
I 1\....4 11l.III\....oo LIVIIVI L..J'- LmvlVI 'Yt--'
· @ Listed, ULC Listed
, CSFM, FM, NYMEA Approved
Introduction Description
The Siemens BuildingTechnologies, Fire Safety Division The Fire Safety air duct housing is uniquely designed to
air duct detector housings are designed to be used with use the photoelectric detector.
the PE-ll and FP-ll detectors. Designed for installation
directly to heating, ventilating and air conditioning duct Sensitivity of PE-l1 detectors can be checked by viewing
systems, they comply with National Fire Protection the LED or an RSAW-ll or RSAC-l1 multicolor remote
Association Standard No. 90A. When equipped with lamp. A green flash indicates the detector has passed its
photoelectric detectors, these units will signal the self test. Amber indicates a trouble condition, and red
presence of hazardous quantities of products of combus- indicates an alarm state.
tion or smoke being carried through the duct system. Air FP-l1 sensitivity may be viewed from the multicolor
duct detectors are not intended to be substituted for open LED on the detector or preferably may be printed
area detection. by command on an optional printer from the MXL
Air duct housings can be equipped with optional relays. control panel.
These relays are utilized to operate any The detector unit employs a cross-sectional sampling
supplementary equipment when smoke or particles
of combustion are detected. principle of operation. Inlet sampling tubes are avail-
able in four lengths (see table on reverse side). Outlet
Note: Most control equipment guarantee only one sampling tubes are one common length. A continuous
detector per zone when the detector operated relay cross-sectional sample of air moving through the duct
function is critical. The connection of a remote lamp is taken. This averages the effects of laminar flow,
and a remote relay per detector is allowed with PXL or stratification or skin effect phenomena occurring in the
System 3™ only, other conventional systems may use duct that could prevent combustion product or smoke
either a remote lamp or a relay. (especially in large ducts) from reaching a spot type
detector.
With the MXL series of control panels, up to 60 In addition, the unique design of the sampling chamber
detectors per circuit having relays may be used.
The connection of a remote lamp or a remote relay insures uniform sensitivity in air velocities, ranging
is allowed for each detector but not both. from a low of 300 feet per minute to as high as 4000
Air duct housings (see Ordering Information) are feet per minute.
Underwriters Laboratories, Inc. listed.
CATALOG NUMBER 6178
Replaces Catalog Sheet Number 6177
The inlet sampling tube length is determined by the electrically compatible with Series 3 MXL accessories.
width of the air duct being protected. The inlet tube 4'
nearest to but greater than the duct width should be -102cm -I
used (see 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 3 inches (75 cm) and is
supplied with the duct housing.
OuetWidth Sampling Tube Model No.
9" to 1 '9" {21 em to 51 eml STA-2
1 '9" to 3':) (51 em to 97.5 eml STA-3
3'3" to 6'3" {95.S em to 187.5 em) STA-6
6'3' to 9'9" {181.5 em to 292.5 em) STA-lO
I Greater than 9'9" (292.5 em) I Consult Siemens Fire Safety I
When the use of a remote relay is required, order
model AD-11 PR for conventional systems; AD-11 XPR
for MXL systems. When required the EAD-3 weather-
proof enclosure for Duct Housing is available.
, I J . . _ I
Sampling Tube Selection Table I I Shipping Weight I
Model Description lb. Kg.
Maintenance of the detector is easily accomplished by AD-l1 P Series 11 air duct housing with cover for the
the removal of the Series 11 duct housing sampling PE-ll and FP-11 detectors 5 2.25
chamber cover. The detector, which plugs into the AD-11PR Series 11 air duct hOUSing with cover for the
housing, is easily removed for cleaning by a trained PHl photoelectric detector and equipped
technician. with remote relay 5 2.25
AD-llXPR Series 11 air duct housing with elver for the
All that is necessary for the installation of the air duct FP-l1 detector equipped with remote relay 5 2.25
detector is the cutting of three small holes for the SA-11 P Series 11 air duct housing with power supply
sampling tube installation (template included) and the for self-contained unit operation for Pe-11
photoelectric detector 7 3.15
drilling of four holes for mounting the air duct housing. AD-11UK Upgrade kit for using PE.11 or FP-l1 detector
The unit is then easily mounted in place and connec- in a series 3 duct housing 1 .45
tion made to the existing wires or terminals if optional STA-2 Sampling Tube, for ducts 9' to 1 '9' 1 .45
accessories are utilized. STA-3 Sampling Tube, for ducts 1 '9" to 3'3" 2 .9
When using the PE-11 or FP-l1 detector in an AD-31 or STA-6 Sampling Tube, for ducts 3'3" to 6'3" 4 1.8
;:'IA-lO Sampling Tube, for ducts 6'3" to 9'9', Sampling
AD-3ILP duct detector housing you must use the Tubes greater than 9'9", consult Siemens
AD-11 UK upgrade kit consisting of a detector base Fire Safety 6 3.7
adapter and a new duct housing cover. Any Series 3 RLC-l1 Remote Alarm Lamp, ceiling mounted for PE-11 .5 .22
accessories such as remote lamps on relays will also RLW-11 Remote Alarm Lamp, wall mounted for PE-ll .5 .22
have to be updated to PE-ll accessories. The FP-11 is RSAC-l1 Remote Tri-color LED, ceiling rnounted for PE-11 .5 22
RSAW-11 Remote Tri-color LED, wall mounted for PE-11 .5 .22
PE-11 Conventional Photelectric Detector 1 .45
FP-11 Intelligent FirePrintlM Detector 1 .45
EAD-3 Weatherproof enclosure for Duct Housing 5.5 2.5
Model Description Part Number
RU-1 Remote ired) alarm indicator -
4" octagon box mount 500-390673
RU-2 Remote (red) alarm indicator
single gang box mount 500.390674
Note: Minimum hardware required is one Air Duct Housing Assembly, one Sampling Tube and one Detector.
NOTICE: The use of other than Fire Safety detectors and bases with Fire Safety equipment will be considered a misapplication of
Fire Safety equipment and as such voids all warranties either expressed or implied in regard to loss, damage, liabilities andlor service problems
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 5/03 Brampton, Ontario
Siemens Building Technologies Tel (973) 593-2600 5M Canada L6T 5E4
FAX: (973) 593-6670 SFS-IG Tel (905) 799-9937 May 2003
Fire Safety Website: wwwsbt.siemens.com/fis Printed in U.S.A. FAX: (905) 799-9858 Supersedes sheet dated 4/02
SIEMENS Fire Safety
U-MMT Series
Models U-MMl: Multitone Horns and Horn Strobes
~ ENGINEER AND ARCHITECT SPECIFICATIONS I
· TheAdapter™ feature offers fourfield selectable
candela strobe values - 15/75, 30/75, 75 or 110 I
· Strobe operates in either sync or non-sync modes
· Selectable: steady horn, temporal horn, vibrating
bell, hi-Io, chime, siren, slow-whoop and single I
stroke bell
I
· Low current draw
· Single gang and universal mount configurations
· @UL 1971 ~ .UL 464 li~ted-
'" L all other listings pending
· UL 1971 listed for both wall and ceiling mount
· ADA/NFPA/ANSI compliant
· Screw terminals accept 12 awg wire
, · Strobe synchronization requires the Model DSC I
module or PAD-3
, · Made in U.S.A., ISO 9001 quality crafted I
..... ..
uescnptlon
Depending upon the sound selected, the 8-tone horn An internal volume contra! provides adjustment of dB
draws 20 to 40 mA and has a sound output of 91 to output levels.
97 dBA. The U-MMT-1 G, U-MMT-1 G-W mounts on a
single gang box, while the U-MMT, U-MMT-W and Detail - Adapter
U-MMT-MCS, U-MMT-MCS-W models have a universal
mounting plate which mount to a 1 gang, 2 gang or selector switch
4" square box.
Fire Safety, a division of Siemens Building The strobe construction consists of a Xenon flashtube
Technologies, notification devices are designed with solid state circuitry for maximum reliability and
with the installer in mind. They are constructed with efficiency. The strobe has a rounded dome shape made
all the electronics in the housing and not in the box. of clear polycarbonate.
This design helps eliminate possible ground faults Strobe synchronization requires the Model DSC module
from crowded electrical boxes. The Adapter feature
offers four field selectable candela settings - 15/75, or PAD-3.
30/75,75 or 110.
CATALOG NUMBER 2554
Replaces Catalog Sheet Number 2542
Engineering Specifications Environmental
The audible/visual notification appliances shall be Fire 320F to 1200F (DoC to 490C) with 85% humidity
Safety Series U-MMT-MCS, U-MMT-MCS-W Selectable Operating Voltage Range limits for
Candela Strobe Selectable 8 Tone Audible appliances,
or approved equal. The audible appliances shall be Fire Strobe: 16-33 Vdc/FWR
Safety U-MMl; U-MMT-W or U-MMT-1 G, U-MMT-1 G-W Horn: 20-31 Vdc/FWR
Selectable 8 Tone appliances, or approved equal. The
Series U-MMT-MCS, U-MMT-MCS-W visual segment Mounting
shall be the Adapter Selectable Candela Strobe and U-MMT-1 G, U-MMT-1 G-W: mounts to a 1 gang box
shall be listed to UL 1971 (Standard for Safety
Signaling Devices for the Hearing Impaired). The U-MMT-MCS, U-MMT-MCS-W, U-MMl; U-MMT-W:
Series U-MMT-MCS, U-MMT-MCS-W, U-MMl; have a universal mounting plate for 1 gang, 2 gang
U-MMT-W and U-MMT-1 G, U-MMT-1 G-W audibles or 4" square box
shall be UL listed under Standard 464 (Fire Protective
Signaling). The appliances shall be listed for indoor Typical Max. Audible Ratings @ 10 ft.
applications and shall be ADA/NFPA/ANSI compliant. Vibrating Bell - 91 db @ 20 m.l1.
The strobe segment of the Series U-MMT-MCS, Hi-Lo - 96 db @ 25 mA
U-MMT-MCS-W shall produce a flash rate of one (1)
flash per second over the Operating Voltage Range Chime - 93 db @ 28 mA
Limits. The strobe shall consist of a xenon flash tube
enclosed in a rugged clear polycarbonate lens. The Single stroke bell - 93 db @ 26 mA
strobe shall be of a low current design, and shall Steady Horn - 97 db @ 23 mA
provide a minimum of four (4) field selectable strobe
intensity settings, 15/75, 30/75, 75, and 11Ocandela. Temporal Horn - 97 db @ 23 mA
All settings shall be UL1971 listed for both wall and Siren - 96 db @ 40 mA
ceiling mount applications. The selector switch shall be
tamper resistant. It shall not be necessary to remove Slow whoop - 96 db @ 40 mA
the appliance from the mounting surface to select the
strobe intensity. When strobe synchronization is Note: With volume control in minimum position,
required, the Strobe shall be compatible with the Fire ratings are reduced by 5 dB.
Safety Model DSC module or PAD-3, or other source Note: Minimum UL measurements are 82dB. Typical
of Fire Safety Sync Protocol, and shall not drift out
of synchronization. dBA ratings are frontal sound readings taken with a dB
meter with signal mounted on wall.
The Series U-MMT-MCS, U-MMT-MCS-W audible
segment, and the Series U-MMl; U-MMT-W, and Shipping Weight
U-MMT-1 G, U-MMT-1 G-W audibles shall provide at U-MMT-1 G, U-MMT-1 G-W: 5 oz. approx.
least the following eight (8) field selectable sounds: U-MMl; U-MMT-W: 8 oz. approx.
Temporal Tone, Steady Tone, Slow Whoop, Siren, U-MMT-MCS, U-MMT-MCS-W: 12 oz. approx.
Vibrating Bell, Single Stroke Bell, Chime, and Hi-Lo. Dimensions
Each sound shall be selectable using internal dip
switches. An internal volume control shall provide ""2.314"'-< 1 1-1.314' 1-4'314'-, 'i J1.314'
adjustment of dBA output levels, Inputs shall be I i ' 1-112'
, -1,-112' +-EJ ni
compatible with standard reverse polarity circuit r-r--; D U
supervision by Fire Safety Control Panel. ""-8
The Series U-MMT-MCS, U-MMT-MCS-W, and the
Series U-MMl; U-MMT-W shall include a Universal L.
Mounting Plate that shall allow mounting to single Model U-MMT-l G, Model U-MMT,
gang, two-gang, and 4" square backboxes, as well
as Fire Safety FBX-S and FBX-F Surface Boxes. U-MMT-l G-W U-MMT-W
The Series U-MMT-l G, U-MMT-l G-W shall be i-4.3I4'~ ,.... 2'112"j ,
~. '(J'"
designed specifically for mounting to a single-gang , :
. .
. .
i IIIID \
4.314' I @ 0 '.
backbox.
~\
Selector \
Switch ~
Model U-MMT-MCS,
U-MMT-MCS-W
@
1 0 4 Max. Volume
Detail - Volume adjust
(factory set at max. volume)
Ordering Information Canadian Ordering Information
U-MMT Series Horn C-U-MMT Series Horn
Model Pert dB Rating Model Part dB Rating
Number Description Number 8~ Tone Horn Current @100 Number Description Number B- Tone Horn Current @10'
U-MMT-l G Electronic Horn 24 VDC 500-696604 Bell-20ma 91dB C-U-MMT-1 G Electronic Horn 24 VDC 500-696604C Bell-20ma 91dB
HiLo-25ma 96dB HiLo-25ma 96dB
U-MMT-l G- W Electronic Horn 24 VDC 500-696605 Chime-28ma 93dB C-U-MMT-1G-W Electronic Horn 24 VDC 500-696605C Chime-28ma 93dB
U-MMT Electronic Horn 24 VDC 500-696606 SS.Bell-26ma 93dB C-U-MMT Electronic Horn 24 VDC 500-696606C SS.Bell-26ma 93dB
Horn/Temporal-23ma 97dB Horn/Temporal-23ma 97dB
U-MMT-W Electronic Horn 24 VDC 500-696607 Siren/SIWhoop-40ma 96dB C-U-MMT-W Electronic Horn 24 VDC 500-696607C Siren/SIWhoop-40ma 96dS
U-MMT Series Horn/Strobe C-U-MMT Series Horn/Strobe
Model Part Model Part
Number Description Number Number Description Number
U-MMT-MCS Horn w/Adapter Strobe IRed) 500-699713 C-U-MMT-MCS Horn w/Adapter Strobe IRed) 500-699713C
U-MMT-MCS-W Horn w/Adapter Strobe (White) 500-699714 C-U-MMT-MCS-W Horn w/Adapter Strobe (White) 500-699714C
Strobe Intensitv Setting Strobe Current Draw
15/75 cd 63 mA
30/75 cd 84 mA
75 cd 143 mA
110 cd 178 mA
Listed operating range is 20 to 31 Vdc/FWR
Minimum UL measurements are 85-88dB taken in free air at 3600
around the device and averaged. Typical readings are frontal sound
readings taken with a dB meter with signal mounted on wall. Rated
for indoor use at 320F to 1200F, (OoC to 490C) with 85% RH.
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 4/03 Brampton, Ontario
Siemens Building Technologies Tel: (973) 593-2600 5M Canada L6T 5E4
FAX: (973) 593-6670 SFS-IG Tel: (905) 799-9937 April 2003
Fire Safety Website: www.sbt.siemens.com/fis Printed in U.S.A. FAX: (905) 799-9858 Supersedes sheet dated 6/02
SIEMENS Fire Safety
Adapter'" Stand Alone Selectable Strobe
ENGINEER AND ARCHITECT SPECIFICATIONS I
· The Adapter™ feature offers four field selectable
candela strobe values -15/75,30/75,75 or 110
for ceiling and wall mount I
· Operates in either sync or non-sync mode
· Low current draw
· Integral universal mounting-single gang, I
I double gang or 4" square box
· Colors- red or off-white I
· ADA/NFPA/ANSI compliant
· @ UL 1971 listed for both wall and ceiling
" mount-CSFM and ULC pending
· Made in U.S.A., ISO 9001 certified Adapter Strobe Adapter Strobe Bell Plate
· A Dual Sync Control Module or PAD-3 is only
required to activate the Instant Sync feature,
nothing to set or change at the strobe unit
Description
The U-MCS and U-MCS-6090V, U-MCS-6090V-W strobes The U-MCS-6090V, U-MCS-6090V-W provides the
combine state of the art electronics to provide reliability same strobe choices and is constructed of metal for
and low current draw to meet visual life safety applica- mounting bell or chime devices to the plate.
tions. The Adapter feature offers four field selectable The U-MCS & U-MCS-6090V, U-MCS-6090V-W use a
candela settings -
15/75,30/75,75 or 110. Xenon flashtube with solid state circuitry for maximum
reliability and efficiency. Strobes have a rounded dome
shape made of clear polycarbonate.
The U-MCS uses a terminal block for easy installation
and the U-MCS-6090V, U-MCS-6090V-W uses a pigtail
(4 wire) connection.
The integral universal mounting plate provides for easy Strobe Synchronization requires the Dual Sync Module
installation with single gang, double gang or 4" square box or PAD-3.
mounting.The lens construction provides high candela
output with low current consumption while meeting UL
and ADA standards.
CATALOG NUMBER 2550
Replaces Catalog Sheet Number 2539
Engineering Specifications The U-MCS Series Stand-Alone Strobe shail have an
The visual notification appliances shall be Adapter integral universal mounting plate that shall allow mount-
Series U-MCS or U-MCS-6090V, U-MCS-6090V-Wfield ing to single- gang, two-gang, and 4" square back boxes,
selectable candela strobe appliance, or approved equal. as well as FBX-S and FBX-F Surface Boxes. A cover trim
They shall be listed to UL 1971 (Standard for Safety plate shall be included to enhance appearance.There shail
Signaling Devices for the Hearing Impaired) for indoor be no mounting holes or screw heads visible.
applications, and shall be ADA/NFPA/ANSI compliant. The Series U-MCS-6090V, U-MCS-6090V-W Strobe Plate
The strobe shall produce a flash rate of one (1) flash per shail facilitate the addition of a strobe to a bell installation.
second over the Operating Voltage Range limits of 16 to The Strobe Plate shall mount to a 4" square backbox for
33Vdc. The strobe light shall consist of a Xenon flash tube flush mounting.
enclosed in a rugged, clear polycarbonate lens. Inputs Ordering Information
shall be compatible with standard reverse polarity circuit
supervision by an FACP.The Strobe shall be of low Stand-Alone Strobes-Wall Mount and Ceiling
current design, and shall provide a minimum of four (4 ) Model Part
field selectable strobe intensity settings, 15/75,30/75,75 Number Description Number
and 110 candela. All settings shall be UL 1971 listed for U-MCS Multicandela Selectable Strobe- Red 500-699701
both wall and ceiling mount applications. The selector
switch shall be tamper-resistant. U-MCS-W Multicandela Selectable Strobe- White 500-699702
It shall not be necessary to remove the strobe from the
mounting surface to select the strobe intensity. When Retro-Plate Wall Mount
synchronization is required, the strobe shall be compat- . Model . . Part .
I I I I
ible with the Dual Sync Module, or other source of Number Description Number
Siemens BuildingTechnologies, Fire Safety Division Sync U-MCS-6090V Retro Plate 500-699703
Protocol, and shall not drift out of synchronization. Multicandela Selectable Strobe- Red
U-MCS-6090VW Retro Plate 500-699704
Multicandela Selectable Strobe- White
U-MCS Specifications Strobe Intensitv Settina Strobe Current Draw
Environmental 15/75 cd 63mA
320F to 1200F (aoC to 490C) at 85% RH 30/75 cd 84mA
Input Voltage 75cd 143mA
16-33 Vdc regulated or FWR 110cd 178mA
Mounting
Integral universal mounting plate mounts to single
gang, double gang or 4" square box.
Shipping Weight
9 oz. approx.
U-MCS Dimensions
4-5/8" .-- '-112' ru
-3" -----J
r FIRE
em
4-5/8"
I FIR E --------- --- Selector
I
1- Switch
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 9/02 Brampton, Ontario
Siemens Building Technologies Tel (973) 593-2600 10M Canada L6T 5E4
FAX (973) 593-6670 SFS-IG Tel: (905) 799-9937 September 2002
Fire Safety Website: wwwsbt.siemens.com/fis Printed in U.S.A. FAX: (905) 799-9858 Supercedes sheet dated 7/01
SIEMENS Fire Safety
Model DSC Dual Synchronization
Control Module
I ENGINEER AND ARCHITECT SPECIFICATIONS I
· Standard 4" square back box mounting
I
· Synchronizes The Adapter™/U-MCS series field
selectable candela strobes and Siemens Fire Safety
S17S, and S110S strobes
I · Synchronizes Siemens Fire Safety models I
U-MHST and U-MHU series temporal horns
I I
· Temporal horn silence while strobes continue
on 2 wires
· Output configuration can be two Style Y,
(class B) or one Style Z (class A) notification
circuit(s) up to 3A per circuit
· Usable on any listed polarity reversal type
notification appliance circuit (NAC)
. UL 1971 listed, CSFM listed, ULC
and MEA approvals
· Terminals accept up to #12 awg wire I
· Made in USA, ISO 9001 Quality Crafted
Description
The Dual Sync Control Module provides synchroniza- series. These audible signals may also be silenced
tion of the Siemens Building Technologies, Inc. Fire while the strobes continue to flash, all on
Safety Division Adapter/U-MCS field selectable two wires.
candela strobes and synchronization and silenceability The module can support two Style Y (class B) or one
to U-MHST and U-MHU series electronic audible
signals. Style Z (class A) notification appliance circuit{s). The Dual
Sync Module may be alternatively configured to synchro-
When connected to a polarity reversal notification nize audible conventional notification appliances in a
appliance circuit, there is supervision of the wiring march time or temporal horn pattern from steady
from the Fire Safety Control Panel through the Dual 24 Vdc NACs.
Sync Module to the End-of-Line device. The Dual Sync
Module triggers the strobes to flash at a rate of 1 flash
per second. The Dual Sync Module also provides a
synchronized temporal or march time horn pattern
when used with the Fire Safety U-MHST and U-MHU
CATALOG NUMBER 2553
Replaces Catalog Sheet Number 2548
Engineering Specifications Specifications
The synchronization modules shall be Fire Safety Environmental
Series Dual Sync module shall be listed to UL 1971 320F to 1200F (OoC to 490C) with 85%
(Standard for Safety Signaling for the Hearing Im- humidity
paired). The Series Dual Sync Module shall be specifi-
cally designed to be compatible with Fire Safety Primary Input Voltage
notification appliances which are equipped with the 20 to 31 Vdc orVFWR
Fire Safety Adapter/MCS series field selectable
strobes, or the S17S and Sl10S strobes, as well as Operating Current
Fire Safety U-MHST and U-MHU Series Horns and 55 mA
Strobes. When controlling NAC's that have these Fire
Safety notification appliances, all strobes shall be Mounting
synchronized in the minimum 1 flash per second flash Standard 4" square box
rate, and the U-MHST and U-MHU Series Horns and
Strobes shall be synchronized in the field selectable Output Current
march time or temporal horn pattern. In addition, it 3A max. (supplied by FACP)
shall be possible to silence the U-MHST and U-MHU
Series Horns and Strobes while the strobes continue Shipping Weight
to flash.....all on 2 wire circuits. The module shall have 10 oz. approx.
provision to control one class A (style Z) NAC, or two
class B (style Y ) NAC's. Each circuit shall be rated up Physical Dimensions
to 3A at 24 Vdc. It shall be possible to interconnect up
to 600 sync modules to insure mutual synchronization 4-9/16" 1-3/8jl
of appliances on multiple NAC's. Inputs shall be
compatible with standard reverse polarity circuit
supervision by a Fire Safety Control Panel. 0 0
The Fire Safety Dual Sync Module can be alternatively
field configured to synchronize conventional audible
appliances in a march time or temporal pattern, when 4-9/16"
powered by steady 24 Vdc NAC's.
The module shall mount to a standard 4" square
backbox, as well as Fire Safety FBX-S and FBX-F
Surface Boxes. 0 0
Ordering Information
Model Part
Number Description Number
DSC Dual Sync Contlal Module - Red 500-696872
DSC-VV Dual Sync Conlrol IVlodule - White 500-6968/3
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park. NJ 07932 1/03 Brampton. Ontario
Siemens Building Technologies Tel: (973) 593-2600 5M Canada L6T 5E4
FAX (973) 593-6670 SFS-IG Tel (905) 799-9937 January 2003
Fire Safety Website: www.sbt.siemens.com/fis Printed in U.S.A. FAX (905) 799-9858 Supersedes sheet dated 10/01
FPHWS-0207 Wire & Cable Generic Specifications
Revision: 2.1 9 2003
9.4 FIRE eBL 18AWG,SOL,1TSP,FPLR F1 TSP18SRD-FPLR
WIRE AND CABLE SPECIFICATION - Required Information:
Description
FIRE CBL 18AWG,SOL,lTSP,FPLR
Specifications:
Number of pairs : 1 Resistance : 6.2Q/1000ft nom.
I Gauge and stranding _ 1 (')7\r."T...-. I ~............ ""T'"""'" \ Capacitance : 57 pF/ft I
; -LO~VV\J\;:'UL-LLJ)
Primary insulation type : PVC Twists per foot: 4
Nom Insulation thickness: 0.010" Jacket Material: PVC
Color code : BLK/RED Nom Jacket thicknes: 0.20"
Shield type(Tape, Braid): TAPE Jacket color : RED
I Shield coverage : OAS Nominal O.D. : 0.164"
Tape : ALUM/MYLAR Packaging : 1000 ft
Drain wire : 22AWG (SOLID) UL type : FPLR
Braid construction : NA Voltage rating: 300V
Impedence(l, 10, 100Mhz): NA Temp rating : 750C MIN
Print Legend: NORTHFLEX @ FlTSP18SRD-FPLR "FIRE ALARM" (Mfg E#) 18AWG 1P 750C FPLR
(UL) C(UL)
Note: Sequential footage markers (1000 descending to 0) required
@ Copyright 2002-2003, Siemens Building Technologies, Inc., Proprietary Information
FPHWS-0207 Wire & Cable Generic Specifications
Revision: 2.1 9
9.3 FIRE eBl 14AWG,SOl,1TP,FPlR F1 TP14SRD-FPlR
WIRE AND CABLE SPECIFICATION - Required Information:
I Description I
FIRE CBL 14A WG,SOL,l TP,FPLR
Specifications:
Number of pairs : 1 Resistance : 3.0 Q/lOOOft nom.
I Gauge and stranding : l4AWG(SOLID) Capacitance : 36pF/ft
I Primary insulation type : PVC Twists per foot: 3
Nom Insulation thickness: 0.012" Jacket Material: PVC
Color code : BLK/RED Nom Jacket thicknes: 0.020"
Shield type (Tape, Braid): NA Jacket color : RED
Shield coverage : NA Nominal O.D. : 0.216"
I I
iI'1-.........-. : NA Packaging : 1000 ft
.l.a}Jt:::
Drain wire : NA UL type : FPLR
I Braid construction : NA Voltage rating: 300V
Impedence(l, 10, 100Mhz): NA Temp rating : 7SoC MIN
Print Legend: NORTHFLEX @ FITP14SRD-FPLR "FIRE ALARM" (Mfg E#) 14AWG 1 P 75 oC FPLR
(UL) C(UL)
Note: Sequential footage markers (1000 descending to 0) required
@ Copyright 2002-2003, Siemens Building Technologies, Inc., Proprietary Information
SIEMENS Fire Safety
BB-55, BB-55R and DE-2, DE-3
Accessory Enclosures
I ENGINEER AND ARCHITECT SPECIFICATIONS I
· BB-55 Enclosure Holds 60 A.H.
Hour or Smaller Battery Sets
· DE-1 Enclosure for Document
Storage
· Sturdy Welded Construction
I · T-45 Key and Lock Set Installed I
· Vented for Heat Dissipation
· Available in Black with
Siemens Logo
· BB-55R is a Red Battery Enclosure
· @ Listed
Description Ordering Information
The Siemens BuildingTechnologies, Fire Safety Division's I N~~dbe~r I I Part Number I
BB-55 and BB-55R are steel battery enclosures with Description
sufficient capacity and strength to house 60 A. H. or BB-55 Battery Box BTX-2 - Black 500-693298
smaller battery sets. The BB-55 is a black enclosure with BB-55R Ballery Box BTX-2 - Red 500-693484
the Fire Safety logo. The B B-55R is red to meet specific DE-2 Document Enclosure - A size 500-699269
local codes. DE-3 Document Enclosure - D size 500-699270
Both boxes have the same dimensions. The width is For Dimensions of Fire Safety Battery Sets
24 inches to match the enclosure width of our larger see Catalog Number 3361.
systems_ The enclosures are secured with the same
lock set provided on all Fire Safety equipment.
The enclosures are constructed for long life and heat
dissipation. A top knockout aligns with the bottom
knockout in the MXL enclosure. This product is listed
by Underwriters' Laboratories for its intended use.
The Fire Safety DE-2 and DE-3 can be used to store and
secure documents pertinent to the fire alarm system
wherever they may be required.This enclosure
matches the fire alarm system enclosure in color,
logo and key set.
CATALOG NUMBER 3326
Dimensions
BB-55 and BB-55R
k-- 24.00 (INSIDE) .. j
I 1/2.3/4 KNOCKOUT 6.50 ~ $I
j 175
,
,
, i 7.00
: : INSH,t:
~ I ' i~.
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000000000000000000000000000000000000000000000000000
TOP
21.25 1.37
12 PT.
1.44 I UL I ~IEMENS 1.38
r · LABEL t.\OOEl B6-55
J. fOM US!: WITH S!i IIIP HR.
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.
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I : ;
1100 I I 11 ~. 8.00
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t----------___________________________t
FRONT
NOTICE: The use of other than Fire Safety detectors and bases with Fire Safety equipment will be considered a misapplication of Fire Safety equipment and as such void
all warranties either expressed or implied with regard to loss, damage, liabilities and/or service problems.
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 1/04 Brampton, Ontario
Siemens Building Technologies Tel: (973) 593-2600 5M Canada L6T 5E4
FAX (973) 593-6670 SFS-IG Tel (905) 799-9937 January 2004
Fire Safety Website: wvvwsbt.siemens.com/fis Printed in U.S.A. FAX (905) 799-9858 Supersedes sheet dated 6102
UB1270 (12V7Ah)
------.-.--.-- -~----~---~------~
NOTE
Nominal Voltage I2V
Nominal Capacity (20HR) 7 Ah
Length 151 + /-lmm(5.94 inches)
Dimensions Width 65 + /-lmm(2.56 inches)
Height 95 + /-2mm(3.74 inches)
Total Height 101 +/-2mm(3.98 inches)
Weight Approx. 2.50 kg (5.50lbs)
Standard Terminal FI - Faston Tab No.187
Dimensions (mm) Standard Terminal mm
FI (FastTab No.ISD
.
us
...
...
0.8
.
5
Optional Terminal mm
F2 (Fast Tab No. 250)
'"
6.35
...
----b ~ O. 8
UB1270 (12V7Ah)
.
~--~
20 hour rate (0.35A) 7 Ah Max. Discharge Current (5 see.)
Capacity 10 hour rate (0.63A) 6.3Ah
5 hour rate (1.12A) 5.6Ah Initial Charging Current less
1 hour rate (4.2A) 4.2Ah Cycle than 2.1A Voltage 14.40V ~
Constant I I 15.00V at 20oC(68OF)
40oC(104OF) 105% Temp. Coefficient-30mV rC
Capacity affected 20oC(68OF) 100% Voltage
by Temperature OOC(32OF) 85% Charge Initial Charging Current less than
Standby 2.1A Voltage 13.50V ~ 13.80Vat
Internal Resistance Fully charged battery (200C, 200C (68OF)
680F) 35milliohms Temp. Coefficient-20m V rC
Discharge Characteristics (20 'C, 68 '1)
I I ----- +R
11 ,
13.0 I --
-~ ~~ ~ ~
,_________------ "'-
~ 12.0 1--__ ~ \\ ~ '" ~+--' I
~ 11.0 f=::::::::----- \
i\ \ \ 1\ II?! \ \
.~ 10.0 ~"" 0.63A 0,35A
e I~ il \ I .2A 1. 3A
~- 9.0 I 35 14A H
I 8.0 I
0
1 2 345 10 20 30 1 2 34 5 10 20
~ min .'e n-- .
Disch~rge Time
I ,
5
3
2
1
50
s
E=: 30
~
"'"
~ 20
""
~
i:S. (m
10
5
I I I
i
.Ie 2 3 5 l~) 20
MmA) .
D~charge Current
UB12330 (12V33Ah)
-"-~-""~-~--~~-,--~~""^~- --"~-~~,-~"'"--~-~---~~
NOTE
N aminal Voltage 12V
Nominal Capacity (20HR) 33Ah
Length 197 +/-1mm(7.76 inches)
Dimensions Width 130 +/-1mm(5.12 inches)
Height 156 + / -1mm(6.14 inches)
Total Height 180 +/-1mm(7.09 inches)
Weight Approx. 11.107 kg (24.44Ibs)
Standard Terminal B1-MS bolt & nut
Dimensions (mrn):+I-mrn Standard r erminal mm
Bl
T T- ~16~
56 180 -.: ~6
LL 1 I
8.75
I
16 "'-
I
--1
~15 bolt & nut)
I I
UB12330 (12V33Ah)
---,-""'-""'-"-~--~-,~-~-"_.
Max. Discharge Current (5 sec.) 180A
20 hour rate (1.7 A) 33 Ah
10 hour rate (3.0A) 128.9 Ah 1 1
Capacity Cycle 14.4 to 15.0V (-30mV rC)
5 hour rate (SAA) 20A Ah
Constant
1 Hour (20A) 17 Ah Voltage
Charge
I 1. - 11 h db' Standby 13.5 to 13.8V (-20m V rC)
nterna Resistance Fu y c arge attery (200C,
I L 80]:," 1 f"I '11; k I I I I
I 0 1) IvmllilOUms I I I I
, Discharge Characteristics (25 'C, 771)
!ill I
110 I I
,,-. 12.0
C:.-
~ J1.0
;!; "
~ JO,O I
I ~:: m! . I I J I
o LLLfA 162AI p4AI_-1J I I I U
1 2 3 5 10 20 30 60 2 3 5 10 20 30
-----min -~4 -h I
Disch~rge Time
" Discharge Characteristics (0 t,32 'F)
l I I I !'--
13.0 --r---:
,,-. 12.ij
G
~ 11.0
>-
~ JO,O
E
.::::, 9.0
8,0
o I I
1 2 3 5 60 2 3 5 10 20 30
4 min- ,'( - h I
Disch~rge Time
.--
U812550
Specifications
Nominal Voltage 12V
Rated Capacity 55Ah
(20 hour rate)
I J.ot. Height 8.46 in (215 mm)
(with termmal)
Dimensions Height 8.22 in (209 mm)
Length 9.01 in (229 mm)
Width 5.43 in (138 mm)
W . h Aprox.
elg t 37.44Ibs
I Characteristics I
I I 20 hr. rate 20 I 55Ah I
C . 10 hr. rate 10 51.8Ah
apaclty
770F (250C) 5 hr. rate 5 45.5Ah
4hr.rate4 44.7Ah
$ :t .' . I hr. rate I 31.4Ah
CZOS) tji1~ilJ Internal resistance. Full charged battery 10 '11' h
770F (25T) ml 10 ms
. 1040 F (400C) 102%
Capacity affected by 770F (250C) 100%
I- Temperature 320F (00C) 85%
II< (20 hour rate)
9. OH22:9) 50F ( -150C) 65%
Self Capacity after 3 months storage 90%
Discharge Capacity after 6 months storage 80%
770F (250C) Capacity after 12 months storage 60%
Watts per cell @ 4 hour 25
Run time (tv 25A I hr. 46 min.
Discharge rate @ 4 hours 12.5A
Initial charging current less than
Charge Cycle 20.3A. Voltage I4.5-14.9VI12V
(Constant- 770F (250C)
Voltage) Fl t Voltage 13.6--13.8V/12V 770F
oa (250C)
I I I II I I I I . . , . I I . I
- f~ ".....
,,"
'\. ..,
"-
I'
~ t 6 '\ l~ ,
: J~
'; t" j .......'" 1in2 '0
: ~ f~ ..I.....'
:. Q 1. Z 4 (;. <8 10 20 40 eO:2 4 il e' Hi :10 4() .. ~() ,,' "
... '4 :"4 1101 Q ......
[MlnljHI . ,,'F {-20'~ "-
.. . IL l J J2"F(O"C)
Dlschsrg., tjj~e :I 45 11<1152030405010100150200
!l1$chatgeCurretlt (A)
SIEMENS Fire Safety
Fire Door Holder
ENGINEER AND ARCHITECT SPECIFICATIONS
I \ '. I
I Ji ~';~
J
~~:t',
~
I
Model Series SOH-5A, 50, 6A, 60
Model Series SOH-2A, i @ I
20, 4A, 40 l!I
~
I I
Model Series SOH-3A, 3D Model Series SOH-7 A, 70, SA, 80
Introduction
The Siemens BuildingTechnologies, Fire Safety ~ivision The importance of closing fire doors is emphasized by
Door Holders, Model Series SOH-2 through SOH-S, the fact that more lives are lost in fires through the
provide automatic control over fire doors directly from all spread of smoke and toxic gases than through heat.
Fire Safety Control Panels. The door holders keep the fire Open doors permit fire and smoke to spread rapidly.
doors open by magnetic attraction. When fire is detected, The Fire Safety fire door holders are listed by Underwrit-
the control panel causes the doors to be released auto-
matically by interrupting the current to the electromagnet. ers' laboratories, Underwriters' laboratories of Canada,
This provides fail-safe operation for protection against the most state and local agencies having jurisdiction and
spread of fire and smoke. approved by Factory Mutual
CATALOG NUMBER 2350
All "A' model units operate on 120 VAC power and all "D"
model units operate on 24 VDC. All units are furnished Door Jamb
complete with detailed mounting instructions, necessary I
screws, and mounting templates. The "t\' models draw
17mA AC current except model SDH-6A which draws "- "-,,-
"- "-
34mA AC. The "D" models draw 68mA DC current except "- "-
"- "-
model SDH-6D which draws 136mA DC. "- ......
...... ......
" ......
Arc " "-
Description Length '>
Model Series SDH-2: The Fire Door Holder, Model Series Armature
SDH-2 is for use with self-closing, swinging, fire and
smoke barrier doors. The unit, which uses concealed
wiring, includes an electromagnet assembly encased in an
attractive housing, extended door armature assembly, I Magnet
door plate, and outlet box bracket. The total projection of
the unit is 3%" including armature assembly and magnet.
The magnet has a holding force of approximately 25 Ibs. Model Series SDH-2, SDH-3 and SDH-4
Model Series SDH-3: The Fire Door Holder, Model Series
SDH-3, is used with self-closing, swinging, fire and smoke
barrier doors in existing buildings or other applications I I
where surface wiring is required. The unit includes a
surface mounting adapter, electromagnet assembly I Door I
encased in an attractive housing, door armature assembly, Pivot
and door plate. The total projection of the unit including Point
armature and magnet assembly is 4:'The magnet has a
holding force of approximately 25 Ibs.
Model Series SDH-4: The Fire Door Holder, Model Series
SDH-4, is for use with self-closing, swinging, fire and
smoke barrier doors that are fully concealed where the
wiring also is concealed. The unit includes electromagnet
assembly encased in an attractive housing, door armature
assembly, door plate, and outlet box bracket. The total
projection of the unit is 2%" including armature assembly
and magnet. The magnet has a holding force of approxi-
mately 25 Ibs. I Model Series SDH.5 I
Model Series SDH-5: The Fire Door Hoider, Model Series I I
SDH-5, is for self-closing, swinging, fire and smoke barrier
doors. This model is floor mounted and for use with single
door applications. The unit includes a single faced electro- I I
magnet assembly encased in an attractive housing, door Door
armature assembly, and door plate. The electromagnet Pivot
portion consists of a floor plate and floor housing which, Point
when installed with gaskets provided, forms a waterproof
electrical junction box. Incoming conduit connects directly
into floor plate and forms and additional means (4 con-
crete anchor bolts are provided) for anchoring the unit to
the floor. The magnet has a holding force of approximately
251bs.
Model Series SDH-6: The Fire Door Holder, Model Series
SDH-6, is for self-closing, swinging, fire and smoke barrier
doors. This model is floor mounted and for use with Door
double door applications. The unit includes a double faced Pivot _
Point
electromagnet assembly encased in an attractive housing,
two door armature assemblies, and two door plates. The
electromagnet portion consists of a floor plate and a floor
housing which, when installed with gaskets provided,
forms a waterproof electrical junction box. Incoming Model Series SDH-6
conduit connects directly into floor plate and forms an
additional means (4 concrete anchor bolts are provided),
for anchoring the unit to the floor. The magnet has a
holding force of approximately 25 Ibs.
Description (Continued)
Angle Series _
Bracket SOH-S
Series
SOH.] ILLUSTRATION #2
Test Door Hmgeil h,e door fo' duel passmg
Switch Wough opening in I1re wall.
I
Door Stop~__.~.~,~ -Jy- i"-
I iLWSTRATIQN #1 SDH.S
RoWing steel ftlf doo' sOOh'f1 aba1le. - Cable I
I Thf Series SOH-a are adatmllft 10
many olher doors 0' sl1unm through
the use 01 various linkage $)'SIems
I I ILLUSTRATION jj1J
Model Series SDH-7 Model Series SDH-8 Cenler p;voteil self clOSIng WlnaOW
Model Series SOH-7: The Fire Door Holder, Model Model Series SOH-S: The Fire Holder, Model Series
Series SDH~7, is for use with heavy swinging and SDH-B, is for use with overhead rolling doors, damp-
sliding fire and smoke barriers doors. The unit consists ers, heat and smoke vents, self-closing windows, and
of an electromagnet holding unit, an angle bracket, a other special applications. The unit consists of an
latch unit, and door brackets. The holding unit has a electromagnet holding unit, and angle bracket, a "U"
light gray hammer enamel finish and is equipped with bracket, and a latch arm. The holding unit has a light
a test switch. Mounting brackets are heavy gauge gray hammer enamel finish and is equipped with a
cadmium plated steel. The device has a holding force test switch. Mounting brackets are heavy gauge
of approximately 120 Ibs. Anchorage to supporting cadmium plated steel. The device has a holding force
wall must be capable of withstanding 160 pounds pull. of approximately 120 Ibs. Anchorage to supporting
wall must be capable of withstanding 160 pounds pull.
Mounting Data
I .
I Model Series SDH.3 (Includes Surface Metal I
\" Surface Mtg. Adaptor) /" Raceway (By Others)
Model Series SOH-3
Model Series SOH-4
Door
@ 1
4%# 0 13;""
Door
."
Armature Assembly Mounting Screws and
(Mounts to Pull Side of Door) Door Plate Supplied
. Model Series SOH.2 (For Concealed Wiring) I
Model Series SOH4 (For Recessed Doors)
Outlet Box (By Others) Model Series SDH-2, SDH-3 and SDH-4
Mounting Data
Mounting Screws and
Door Plate Supplied
~ ~
I
2"
I
Magnet Assembly Screws and Door Assembly
(Mounts to Floor) Anchors Supplied (Mounts to Pull Side of Door)
I
I Model Series SOH-S and SOH.S I
I I
Ordering Information
Fire Door
Model Holder Description Shipping Weight (Ib.l
Magnet Unit SOH-2A t20VAC, concealed wiring 2'r,
Model Series SOH.7 and stlIM SOH-20 24 VOC, concealed wiring 2'r,
= ~::r SDH-7 '5'1~~,:---' SOH-3A 120 VAC, concealed wiring 3
andSDH-8 ~>..:; '-; ~ SOH-3D 24VDC, concealed wiring 3
\ ~3' I '. SOH-4A 120VAC, concealed wiring 2
· ~ ~. J \J SOH-40 24 VOC, concealed wiring 2
{,Jo11 r Latch Umt and SOH-5A 120VAC, concealed wiring 5
,i? 5' I Latch Door Brac~ts SOH-50 24 VOC, concealed wiring 5
I >~" ':d"> .1 .' ~ I' ,<1" r~;:trabon J%. Model Senes SOH-7, SDH-GA 12GVAC, conceal.ed wiring 5'"
"r;? J (l /V ""-.r'~~ . ~ SOH-GO 24VDC, concealed wiring 5'/,
"/' .. 1 ~ "" "
d' I" ....., .. '" conU.7 ^ 1'ln \/A ('" ..............e...i.n..4 .w.::..:........ r::.:l/
r::::::~""" ~ ,.,,.- ,l ,...'''' ..,VII~I,..,. ILJJ.YM\.o,,",VIII; (U,",U ,1I1Uij ;J >1
/" - ~-i: . SOH-70 24VOC,conceatedwiring 5'/.
Latch Arm. .~ ~ SOH-8A 120VAC, concealed wiring 5'/.
Model Series SDH-8 SOH-80 24 VDC, concealed wiring 5'/.
Note;
1. Mounting Hardware
Model Series SOH-? and SOH-B Supplied.
I I
Engineer & Architect Specifications
The Fire door holder shall be a Fire Safety Model SDH-
(insert 2,3,4, 5, 6, 7, 8, "j::\' for AC, "0" for DC). The
unit shall operate in conjunction with the Fire Safety Fire
Detection System to provide automatic release of the
door when fire or smoke is detected by the system. The
unit shall be listed by Underwriters' Laboratories, Inc.The NOTICE Th f th th F' S f d db 'th r' Sf t
. .. : e use 0 0 er an Ire a ety etectors an ases WI rlre a e y
door holder shall be Wired to the Fire Safety Fire Alarm control equipment will be considered a misapplication of Fire Safety equipment
Equipment in accordance with National Electrical Code and as such void all warranties either expressed or implied with regard to loss,
. . . damage, liabilities and/or service problems.
wIring practice.
Fire Safety Fire Safety
8 Fernwood Road 2 Kenview Boulevard
Florham Park, NJ 07932 12/03 Brampton. Ontario
S. B 'Id" 11 hi" Tel (973) 593-2600 5M Canada L6T 5E4
lemens UI mg ec no ogles FAX (973) 593-6670 SFS-IG Tel: (905) 799-9937 December 2003
Fire Safety Website: www.sbt.siemens.com/fis Printed in U.S.A. FAX: 1905) 799-9858 Supereedes sheet dated 4/02
\
~o ~tt;.
fc,1-U~ PAM
PAM Series Relays
The SSU-PAM-1 Relay provides 10.0 Amp form Multi-Voltage Relay Modules
C contacts. The relay may be energized by one of The PAM Series Relays are encapsulated multi-
three input voltages: 24VDC, 24VAC, or 120VAC. The voltage devices with "flying" leads that offer versatile,
input voltages are polarity sensitive and diode protected.
A red LED is provided which, when illuminated, indicates reliable performance in a convenient package.
the relay coil is energized. Several of the versions provide a red LED which,
SAE PN# SSU-PAM-1 when illuminated, indicates coil energization. The
PAM Series Relays are packaged 'vvith a self-tapping
screw and a piece of double sided tape for easy
installation almost anywhere. The relays are also
packaged with wire-nuts to aid installation.
PAM Relays are ideal for applications where remote
relays are required for control or status feedback.
They are suitable for use with HVAC, temperature
control, fire alarm, security, energy management,
The SSU-PAM-2 Relay provides 7.0 Amp form C lighting control systems and building automation
contacts. The relay may be energized by one of two systems.
input voltages: 12VDC or 24VDC. The input voltages
are polarity sensitive and diode protected. A red LED
is provided which, when illuminated, indicates the relay
coil is energized.
SAE PN# SSU-PAM-2
The S5U-PAM-4 Relay provides 10.0 Amp form C contacts.
The relay may be energized across a wide voltage range from
9VDC to 40VDC, making it ideal for 12VDC and 24VDC EOL
circuits. The 15mA operating current is constant across the
operating range. The input voltages are polarity sensitive and
The SSU-PAM-SD Relay provides 7.0 Amp form diode protected.
C contacts. The relay may be energized by an input SAE PN# SSU-PAM-4
voltage between 18VDC to 32VDC, making it ideal for
24VDC NAC circuits. The input voltages are polarity
sensitive and diode protected. The PAM-SO provides
an additional set of wires for redundant input voltage
(circuit supervision pass through).
SAE PN# SSU-PAM-SD
III Space Age Electronics, Inc.
@ 406 Lincoln Street
1809001 IVEA. STATE OF Marlboro, MA 01752-2195
REGISTERED NFPA NEW YORK www.1sae.com
Calilo-n,.a Stai.. Fjr.. M..".haj
800.486.1723rvoice
@Space Age Electronics, Inc. 2003 508.485.0966
ED0312 L T1 0277 Rev. A Pg. 1/2 No Excuses Just Solutions! 508.485.4740-fax
. . '" ..I:~r~~Nlfc~~~
Wiring
RELAY ENERGIZED lED
BlU C J RELAY ENERGIZED lED
VEL NC 10.0 AMP BlU J
CONTACTS 0V(-) C
ORG YEL
NO +24VDC @0015A NC 7.0 AMP
. CONTACTS
120VAC @0.019A +12VDC @0.015A ORG NO
24VAC @ 0.031A
24VDC @ 0.015A
SSU-PAM-1 SSU-PAM-2
I 9VDC (("~' J 18VDC (I-I~' J
TO VEL 100AMP TO H YEL 70AMP
40VDC NC CONTACTS I 32VDC (+) NC C'ONTACTS
@l()BlKORGNO@,+)ORGNO
0.015A " - 0.015A I RED
SSU-PAM-4 SSU-PAM-5D
Specifications
J' SAlE PN# SSU-PAM.1 I SSU-PAM<2. I SSU.PAM-4 SSU-PAM-SD
COIL VOLTAGE: . 24VAC/24VDC/120VAC I 12VDC/24VDC I 9 to 40VDC 18 to 32VDC
POLARIZED: YES I YES YES YES
ENERGIZED LED INDICATOR: YES I YES NO NO
CURRENTREQUIREMENl:
@12VDC 15mA 15mA
@24VDC 15mA 15mA 15mA 15mA
@24VAC 31mA
@120VAC 19mA
CONTACT CONFIGURATION: (1) SPOT Dry Form "C" (1) SPOT Dry Form "C" (1) SPOT Dry Form "C" (1) SPOT Dry Form "C"
CONTACT RATINGS:
(Contact ratingl Power Factor)
@5VDC 250IJA 1 .35 250IJA 1 .35 250IJA 250IJA 1 .35
@24VDC 7A 1.35 7A 1.35 7 A 7A 1.35
@120VAC 10A 7A/.35 10A 7A/.35
W!RF'LF'A,ns: 12" 1 18 AWG 12" 118 AWG 12" 118 AWG 12" 118 AWG
AMBIENT TEMPERATURE: -580F to 1850F -580F to 1850F -580F to 1850F -580F to 1850F
(@ 100% RH, Condensing) (-500C to 850C) (-500C to 850C) (-500C to 850C) (-500C to 850C)
CONSTRUCTION: 100% Potted (Sealed) with "Flying" Leads
MOUNTING: Pre-Drilled mounting screw hole and self tapping screw provided. Double sided tape provided.
DIMENSIONS:
H 1.5" (38.1mm) 1.5" (38.1mm) 1.5" (38.1mm) 1.5" (38.1mm)
W 1" (25.4mm) 1" (25.4mm) 1" (25.4mm) 1.875" (30.16mm)
o .875" (22.2mm) .875" (22.2mm) .875" (22.2mm) .8125" (20.64mm)
LISTINGS AND APPROVALS:
UL*: UOXX/2/7.S3403 UOXX/2/7.S3403 UOXX/2/7.S3403 UOXX/2/7.S3403
MEA: 73-92-E Vol. 21 73-92-E Vol. 21 73-92-E Vol. 21 73-92-E Vol. 25
CSFM: 7300-1004:101 7300-1004:101 I 7300-1004:101 7300-1004:101
*UOXX=Control Unit Accessories, System; 12=also Component; 17=also Certified for Canada
NOTICE: The information contained in this document is intended only as a summary and is subject to change without
notice. The products described have specific instructional/ installation documentation, which covers various technical,
approval, code, limitation and liability information. Copies of this documentation along with any general product
warning and limitation documents, which also contain important information, are provided with the product and
are also available from Space Age Electronics, Inc. The information contained in all of these documents should
be considered before specifying or using the products. Any example applications shown are subject to the most .
current enforced local/national codes, standards, approvals, certifications, and/or the authority having jurisdiction. Space Age ElectronIcs, Inc.
All of these resources, as well as the specific manufacturer of any shown or mentioned related equipment, should 406 Lincoln Street
be consulted prior to any implementation. For further information or assistance conceming the products, contact Space
Age Electronics, Inc. Space Age Electronics Inc. reserves the right to change any and all documentation without notice. Marlboro, MA 01752-2195
www.1sae.com
800.486.1723,-voice
@Space Age Electronics, Inc. 2003 508.485.0966J
ED0312 LT10277 Rev. A Pg.2/2 No Excuses Just Solutions! 508.485.4740-fax
Heat Detectors
Series 600
The Heat Detectors Series 600 are supplied
with the following standard features:
· Rate-ot-Rise and Fixed Temperature · Low Pro tile
· One or Two-Circuit, Normally Open · Visual Indication
· Easy Installation · Operation Testing
" , " ,
"esl!ur_,~iolJ!; f : " "
i I' " ,
1'1 I' ,
The Series 600 Heat Detector is attractive, durable and I
features combination rate-of-rise and fixed temperatu;e
operation. Heat detectors are available in 1350F and 2000F Junction Box Mounting Ceiling Surface Mounting
temperature ratings.
Rate-of-rise detects heat by quickly responding to a rapid
temperature increase. Rate-of-rise units have a wide spacing
allowance of 50-foot centers. See specification table for 3-1/4" or 4" Cut for surface
details. Octagonal Box mounting
Fixed temperature reacts to heat by responding to a specific
temperature setting.
Series 600 Detectors use the same reliable pneumatic rate-of-
rise element of former models, but offer added aesthetic
appeal.
The pneumatic rate-of-rise element responds to a rapid rise in I
temperature, approximately 150F. (80C) per minute, by
expansion of airwithin the sealed chamber faster than it can
escape through a calibrated vent. The resultant increase in
pressure depresses the diaphragm, causing the electrical
contact to close the circuit.
The fixed temperature element uses a fusible alloy. When
activated, the external heat collector drops away to provide
quick visual confirmation that the element has operated.
The units protrude only 1-3/8 inch from the ceiling surface with
a junction box mounting. They have pleasing contours and an Mounting plate is molded of white self-extinguishing thermo-
all-white finish that conforms to ceiling aesthetics. plastic rated at 221 OF (1 050C). The plate is extremely strong
Installation yet adapts to uneven mounting surfaces.
Each detector includes a patented reversible mounting plate. Series 600 Testing Methods
In one position, it easily attaches to 3.25" or 4" octagonal box, Models 601/621 and 602/622 can be tested by the quick
or plaster ring. application of heat from any convenient source. A portable hair
In reverse, the plate can be used for open wiring without a dryer is recommended. However, do not apply heat that
junction box. A 1/4" space between detector and mounting exceeds the fixed temperature rating of the detector.
surface allows for wire connections. All mounting screws are Models 603/623 and 604/624 cannot be tested. However, the
concealed. fusible alloy element used is considered so reliable that testing
The detector attaches easily to the mounting plate with a push is not necessary.
and twist motion. No tools are required.
All rights reserved (11/01).
lV'Iodel 601 and 621 Model 602 and 622 Model 603 and 623 Model 604 and 624
f\J 0 Marking 0 Gray Ring 0 Gray Spot 8 Gray Ring and Dot ~
rvlodel 601 (1 circuit) Model 602 (1 circuit) Model 603 (1 circuit) Model 604 (1 circuit)
rvlodel 621 (dua circuit) Model 622 (dual circuit) Model 623 (dual circuit) Model 624 (dual circuit)
R ate-of-Rise and Fixed Rate-of-Rise and Fixed Fixed Temperature only, Fixed Temperature only,
Temperature, 13S0F (SrC) Temperature, 2000F (94OC) 13soF (SrC) 2000F (94OC)
Appiications: Normal Applications: Normal tempe- Applications: Unusually violent Applications: Unusually violent
temperature fluctuations rature fluctuations and ceiling temperature fluctuations temperature fluctuations and
and ceiling temperatures temperatures exceeding 1000F and ceiling temperatures ceiling temperatures exceeding
not exceeding 1000F (38OC) (380C) but not 1S0oF (66OC) not exceeding 1000F (38OC) 1000F (380C) but not 1S0oF (66OC)
Maximum Spacing Maximum Spacing Maximum Spacing Maximum Spacing
Allowance' - Allowance' - Allowance' - Allowance' -
SO x SO ft. - UL SO x SO ft. - UL 2S x 2S ft. - UL 1Sx1Sft.-UL
30 x 30 ft. - FM 30 x 30 ft. - FM 20 x20 ft. - FM
'Refer to National Fire Alarm Code Standard NFPA 72 for application requirements
Important Special Notes
Screw Terminals Application: Heat detectors should be used for property
Standard Single Dual Circuit Detector protection. Reliance should not be placed on heat detectors for
Circuit Detector Used to send two Independent Life Safety.
signals. CAUTION: When life safety is involved, smoke detectors
Wire from alarm MUST also be used. Detectors must not be painted.
Wire connected to
panel or previous next detector or Battery Back-Up: Heat detectors should be electronically
detector. end of line resistor. supervised with battery back-up at the panel.
The rate-of-rise mechanism may be subject to reduced
Wire from alarm sensitivity over time. Annual testing of the rate-of-rise mecha-
panel or previous nism is recommended.
I detector. I
Electrical Ratings
u~ 6-125 VoitsA.C., 3.0Amps.
6-28 Volts D.C., 1.0Amps.
Wire connected' 125 Volts D.C., 0.3 Amps.
to next detector 250 Volts D.C., 0.1 Amps.
or end of line
resistor.
Listings/Approvals
I NOTE: AI! single NOTE: All dual circuit models · Listed by Underwriters Laboratories (UL)
circuit models come come with one (2) normally · Factory Mutual Approved (FM)
with one (1) open dry contacts.
normally open dry · California State Fire Marshal Approval (CSFM)
contact. · City of New York (MEA) Listing No. 188-94-E
· Listed by Underwriters' Laboratories of Canada (ULC)
This literature is provided for informational purposes only. CHEMETRONICS assumes no responsibility for the product's suitability for a
particular application. The product must be properly applied to work correctly. If you need more information on this product, or if you have a
particular problem or question, contact CHEMETRONICS, Ashland, MA; Telephone (800) 496-8383.
Chemetronics
400 Main Street
Ashland, MA 01721 USA
Phone: (800) 496-8383
Fax: (800) 496-7272
Website: www.chemetronics.com
All rights reserved (11/01).
@
LISTED
Carbon Monoxide Detector
FOR USE WITH ALARM CONTROL PANELS
CM-15/15A
CA.nOON MONOXlOE Ot.ttcTon
. eM.IS
---- SPDT alarm relay
~~-:~:;IIIT ~b. .
. LED for operating status
. 12-24 VDC / 13-24 V AC Input
. Flush or surface mount
. Long life sensor
. All units individually calibrated
FEATURES
. Listed to UL Standard 2075 for carbon monoxide detectors.
. Tested to UL Standard 2034 for carbon monoxide detectors.
. Surface mounts to a wall over a single gang electrical box.
. Flush mounts to the wall over a 4 X 4 or two gang electrical box.
. Small, low profile, attractive unit in a white plastic case. It looks similar to a thennostat.
. Detector alarms at multiple levels of exposure to carbon monoxide based on time weighted averages of
the gas present.
. Inexpensive, easy to install. Microcomputer control allows mostly automatic operation.
. Test & Reset switch conducts internal tests and actuates relays.
. Visual display: GREEN - Normal operation.
FLASHING AMBER - Trouble Contact your installer or Macurco Tech Support
RED Danger! Move to fresh air (hazardous condition is present.)
. Solid state sensor. No maintenance or periodic sensor replacement needed.
. SPDT Relay to connect to Alarm Control Panels or switch external alarm devices.
. Normally closed SPST Trouble relay provides means for system-wide supervision.
CONFIGURATIONS SPECIFICATIONS
CM -15 Voltage: 12-24 VDC or 13-24 VAC (50-60 Hz)
SPDT Alann Relay Current (standby): 45 ma @ 12V, 31 ma@24V
SPST Trouble Relay Current (alarm,CM-15): 62 ma @ 12V, 45 ma @ 24V
Current (standby, CM-15A): 47 ma@ 12V, 32 ma@24V
Current (alarm, CM-15A): 66 ma @ 12V, 46 ma @ 24V
CM-15A Size: 4 Y2 X 5 X 1 5/8 inch
SPDT Alarm Relay Alarm Relay: 1 Amp, 125V, 30VA
SPST Trouble Relay Trouble Relay: 0.5 Amp, 200V, 10V A
Loud Buzzer Buzzer Rating: 85 dBA at 10 Feet
(May be used with a Shipping Weight: One pound
UL Listed Class 2 Opel. Temp. Range: 320 to 1200 F
Power Supply) Alann Setting: Per UL 2034 (Oct.98)
Color: White
iWanufactured By: Distributed By:
Maeureo
3946 S. Mariposa Street
Englewood, CO 801 10
303-781-4062 Fx: 303-761-6640 REV: 06/03
www.maeureo.com
. .. ,_, U.._ __I WI .__. ._... _. .". _ _.11" 1_. ._,........ . _ I "Y I ,,_, '" "V, __.'1 II ,__ I I U ,,'--_
&ENSURE POWER IS OFF WHEN CONNECTING TERMINALS A AND S!
UL U'I,dAlocm Conlm' Paoo' , I d I '
CM-15 CM-15
N.O. initialing 0 ~ SPDT~
circuit N.O. alarm ^--
o Com. relay
Battery backed up 12 or a: >
24 VDC Power supply. ~ "
Fuse or current limit at 6) 0 ~
0.svAforeachcM-1St 0 00. ~0
o 6) 0 6) A B F GAB F G
NOTE: CM-15/15A refers to both the CM-15 and CM-15A
1. The CM-15/15A is for use with U.L. Listed Alarm Control Panels (Fire or Fire/Burglar type or Critical Process
Management Equipment) that have 12 to 24 Vdc power and 12 to 24 Vdc alarm initiating circuits.
2. The Alarm Control Panel (UL Listed Fire or Fire/Burglar type or Critical Process Management Equipment)
must be dedicated to CO detection or have alarm devices that provide a distinctive alarm for carbon
monoxide detection. Do not connect the CM-15/15A to Fire Alarm Circuits. For CM-15 installations, a UL
Listed audible device must be connected that provides at least 85 dBA sound output.
3. The CM-15/15A is intended for installation in buildings in non-hazardous locations such as residences, retail
stores, office buildings, and institutional buildings.
4. The CM-15/15A is NOT intended for use in industrial applications such as refineries, chemical plants,
etc. The CM-15/15A is NOT intended for use in parking garages, as the controller of exhaust systems.
5. LOCATION: Place the unit at a level where people breathe: about 5 feet (1.5 meters) above the floor. Mount
the CM-15/15A in a vertical position on a wall or column. Do NOT mount the CM-15/15A in a corner.
6. SPACING: Use the same spacing as for smoke detectors-- 30 foot (9 meters) centers, 900 sq. feet (83 sq.
meters) per detector.
7. INSTALLATION: In the configuration as normally shipped, the CM-15/15A has a three part case. This
allows the unit to mount flush to a wall over a single gang electrical box (not included). If the back cover is
removed (remove the two screws inside), the CM-15/15A Gas Detector mounts on a two gang, old work box
or a 4 X 4 electrical box, provided by the installer. The CM-15/15A has a terminal strip to connect the cables
from the control panel or other device. Access to the terminal strip will be easier if the back cover is
removed first.
8. The alarm control panel zone inputs must be terminated with end of line resistors (E.O.L.R.), that are
provided with the panel.
9. When using the CM-15/15A with normally closed initiating circuits, use the "N.C." and "COM" alarm relay
connections.
The CM-15 and CM-15A has not been evaluated as a stand-alone unit by U.L.
CM-15 CONTROLLING A REMOTE ALARM
Alarm Relay: SPDT.
1.0 Amps., 12SVdc. 30 VA CM-15
dry contacts; no polarity SPDT~
alarm ^--
~~ +
ffi>
s: ~ The alarm must not require over
~ ~ 1 amp.
A 6) 0
Trouble Relay: SPST
O.SAmp. 200V, 10VA A B 0 UL LISTED
UL Listed Class 2 dry contact. no polarity 12 VDC POWER
Power Source: '" POWER SUPPLY
13 to 24 Vac S0-60 Hz + \Y
or 12-24 VDC. 1 VA
01/00
REV: 06/03
Standby Load Current per Circuit
Module Quantity 24VDC
Module Total Standby
Current d of Line Devi Device Curren 24VDC
MMB-1/2 0 175mA 24mA 240mA 0.000
*
PSR-1 1 70mA ~ 0.070
MKB-2 0 5mA 0000
RCC-1/1F 0 75mA , 0.000
*.
TSP-40 0 70mA ~ 0.000
CSM-4 0 10mA 24mA iI 0.000
CRM-4 0 15mA ~ 0.000
0 " A per active r 0.000
CZM-4 0 55mA (See Note 2) 13mA 0.000
ALD-21 2 105mA 240mA 0.320
XLD-1 0 215mA " 132mA 0.000
w
CMI-300 0 30mA 0.000
NET-4 0 5mA ru' * , 0.000
~,. ~
NET-7I7M 0 30mA 0.000
INIM-1R 0 I 40mA , ~ ~ 0.000 I
NIM-1W 0 115mA !ill! 0.000
~
NIM-1M 0 35mA 0.000
REP-1 0 40mA , !ill! 0.000
PS-5A 0 1/4 of 5V load
loum"
PS-5N7 0 + 1/40f5V
'M"
MOI-7 0 120mA 0.000
MOD-16 0 2mA 0.000
MID-16 0 2mA 0.000
CZM-1B6 0 6mA 5mA 2.2mA 0.000
ICP-B6 0 18mA 2.5mA 0,000
PIM-1 0 10mA 0.000
D2300CP 0 50mA 0.000
DIALER 0 60mA 0.000
ACM-1 0 85mA 0.000
TMM-1 0 71mA (See Note 2) 0.000
VSMNLM-1 0 17mA w ~ :f0!). '"" 0.000
VFM-1 0 17mA 0.000
ASC-1 0 22mA 0,000
ASC-2 0 39mA (See Note 2) .- 0.000
OCC-1 0 17mA 0.000
,. " ."", 0,000
DMC-1 0 15mA -
BTC-1 0 44mA ffi 0.000
RCM-1 0 150mA 0.000
ZAC-30 0 160mA (See Note 2) 0.000
ZC1-8B 0 19mA (See Note 2) i 0.000
~
ZC2-4AB 0 19mA (See Note 2) 0.000
ZC2-8B 0 19mA (See Note 2) ~ 0.000
ZC3-4AB 0 19mA (See Note 2) 0.000
ZCT-8B 0 34mA (See Note 2) -, 0.000
EL-410D 0 200mA ,"",' 0.000
~. -'
Total System Supervisory Current (Amps 0.390
IAUX 24VDC I 0 I 0.000
,............'...........
NFPA Local (72A), Proprietary (72D), UL 1076 (MMB-2 only) - Total A x 24
NFPA Municipal Tie (72B), Remote Station (72C) - Total A x 60 = 23.40
FM Approved Deluge/Pre-Action - T alai A x 90 =
Battery Size ( with Alarm Reserve Correction) = 30.42
Battery Size Provided = 33
Standby Load Current per Circuit
Module Quantity 24VDC
Module
Current d of Line Devi Device Curren Total Standby
24VDC
MMB-1/2 1 175mA 24mA 240mA 0.240
,"'" "
PSR-1 0 70mA , ' i'0 0.000
, . ,
MKB-2 1 5mA ,~" ~ 0.005
RCC-1/1F 1 75mA - 0.075
TSP-40 0 70mA -, 0.000
CSM-4 0 10mA 24mA ~A'>: 0.000
CRM-4 0 15mA - 0.000
'.
0 A per active r 0.000
ClM-4 0 55mA (See Note 2) 13mA 0.000
ALD-21 2 105mA 240mA 0.320
XLD-1 0 215mA 132mA 0.000
CMI-300 0 30mA " ~, 1m 0.000
~ "', s.
NET-4 0 5mA * 0.000
W<
NET-717M 0 30mA 0.000
INIM-1R I 0 I 40mA " - "ill 0000
NIM-1W 0 115mA - 0.000
NIM-1M 0 35mA 0.000
REP-1 0 40mA 0.000
PS-5A 0 1/4 of 5V load -
lbUmA
PS-5N7 0 + 1/4 of 5V
1M"
MOI-7 0 120mA 0.000
MOD-16 0 2mA 0.000
MID-16 0 2mA 0.000
ClM-1 B6 0 6mA 5mA 2.2mA 0.000
ICP-B6 0 18mA 2.5mA 0.000
PIM-1 0 10mA 0.000
D2300CP 0 50mA 0.000
DIALER 1 60mA 0.060
ACM-1 0 85mA 0.000
TMM-1 0 71mA (See Note 2) 0.000
VSMNLM-1 0 17mA ''''',,, 0.000
VFM-1 0 17mA 0.000
ASC-1 0 22mA 0.000
ASC-2 0 39mA (See Note 2) 0.000
OCC-1 0 17mA 0.000
DMC-1 0 15mA ~m 0.000
BTC-1 0 44mA .Il 0.000
RCM-1 0 150mA .. 0.000
ZAC-30 0 160mA (See Note 2) 0.000
lC1-8B 0 19mA (See Note 2) 0.000
lC2-4AB 0 19mA (See Note 2) 0.000
lC2-8B 0 19mA (See Note 2) , 0.000
lC3-4AB 0 19mA (See Note 2) 0.000
lCT-8B 0 34mA (See Note 2) 0.000
EL-410D 0 200mA 'Il, 0.000
Total System Supervisory Current (Amps) 0.700
IAUX 24VDC I 0 I 0.000
...........................
NFPA Local (72A), Proprietary (72D), UL 1076 (MMB-2 only) - Total A x 24
NFPA Municipal Tie (72B), Remote Station (72C) - Total A x 60 = 42.00
FM Approved Deluge/Pre-Action - T alai A x 90 =
Battery Size ( with Alarm Reserve Correction) = I 54.60 I
Battery Size Provided = 55
Project: RESIDENCE INN
Date: 217/2005
Engineer: KNIELSEN
NAC Voltaae Drop Calculations NAC Voltage Drop Calculations
Wire Size 14 AWG I Resistance 3.19 Q per Wire Size 12 AWG I Resistance 2.05 Q per
Wire Type Solid I 1000 feet Wire Tvpe Stranded I 1000 feet
Circuit capacity 1.5 Amps Voltaae 24 Circuit capacity 1.5 Amps Voltaae 24
Circuit # Current Wire Voltage Voltage % Load Circuit # Current Wire Voltage Voltage % Load
Amps Lenath DroD DroD% AmDs Lenath DroD DroD%
A1 0.903 250 1.44 6.00% 83.60% N1 1.254 250 1.29 5.36% 83.60%
A2 1.053 400 2.69 1120% 65.67% N2 0.985 400 1.62 6.73% 65.67%
A3 1.254 350 2.80 11.67% 83.60% N3 0.000 350 0.00 0.00% 0.00%
A4 0.985 375 2.36 9,82% 65.67% N4 0,000 375 0.00 0.00% 0,00%
Circuit # MODEL DESCRIPTION OW
A1 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
E. 1 st Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 6 @ 0.117 A = 0.702 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 1 @ 0.201 A = 0.201 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.903 A
TOTAL AVAILABLE = 1.500 A
A2 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
E. 1 st Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 9 @ 0.117 A 1.053 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0201 A 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 1.053 A
TOTAL AVAILABLE = 1.500 A
A3 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
E. 1 st Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0,000 A
U-MCS STROBE L-11Ocd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 9 @ 0.117 A = 1.053 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 1 @ 0.201 A = 0201 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 1.254 A
TOTAL AVAILABLE = 1.500 A
A4 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
E. 1 st Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 3 @ 0.117 A = 0.351 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 2 @ 0.201 A = 0.402 A
U-MHU-MCS HORN/STROBE L-110cd 1 @ 0.232 A = 0.232 A
TOTAL CONSUMED = 0.985 A
TOTAL AVAILABLE = 1.500 A
Standby Alanm
Current Current
35 mA 35 mA
140 mA 140 mA
PAD-3 Current 35 mA 140 mA
Alarm sounding period in hours.
For exam Ie, 5 minutes = .0833 hours.
Voltage Drops.xls
PAD - A EAST
Project: RESIDENCE INN
Date: 2/7/2005
Engineer: KNIELSEN
NAC Voltage Drop Calculations NAC Voltaae Drop Calculations
Wire Size 14 AWG I Resistance 3.19 Q per Wire Size 12 AWG I Resistance 2.05 Qper
Wire Type Solid I 1000 feet Wire TVDe Stranded I 1 000 feet
Circuit capacity 1.5 Amps Voltaae 24 Circuit capacity 1.5 Amps Voltaae 24
Circuit # Current Wire Voltage Voltage % Load Circuit # Current Wire Voltage Voltage % Load
Amps Lenath Drao Droo% Amos Lenath Droo Droo%
B1 1.455 500 4.64 19.34% 0.00% N1 0.000 500 0.00 0.00% 0.00%
B2 0.000 500 0.00 0.00% 0.00% N2 0.000 500 0.00 0.00% 0.00%
B3 0.000 500 0.00 0.00% 0.00% N3 0.000 500 0.00 0.00% 0.00%
B4 0.000 500 0.00 0.00% 0.00% N4 0.000 500 0.00 0.00% 0.00%
Circuit # MODEL DESCRIPTION QTY
B1 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
W. 1 st Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 9 @ 0.117 A = 1.053 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 2 @ 0.201 A = 0.402 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 1.455 A
TOTAL AVAILABLE = 1.500 A
B2 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
ADA U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
W. 1st Floor U-MCS STROBE L-11Ocd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 0 @ 0.117 A = 0.000 A
U-MHU-MCS HORN/STROBE L-30175cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.000 A
TOTAL AVAILABLE = 1.500 A
B3 U-MCS STROBE L-15/75cd 0 @ 0.063 A 0.000 A
ADA U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
W. 1st Floor U-MCS STROBE L-110cd 0 @ 0.178 A 0.000 A
U-MHU-MCS HORN/STROBE L-15175cd 0 @ 0.117 A = 0.000 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-11Ocd 0 @ 0.232 A 0.000 A
TOTAL CONSUMED = 0.000 A
TOTAL AVAILABLE = 1.500 A
B4 U-MCS STROBE L-15/75cd 0 @ 0.063 A 0.000 A
ADA U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
W. 1st Floor U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15175cd 0 @ 0.117 A = 0.000 A
U-MHU-MCS HORN/STROBE L-30175cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-11Ocd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.000 A
TOTAL AVAILABLE = 1.500 A
Standby Alann
Current Current
35 mA 35 mA 'ffff,
140 mA 140 mA
PAD-3 Current 35 mA 140 mA
Voltage Drops.xls
PAD - B WEST
Project: RESIDENCE INN
Date: 2/7/2005
Engineer: KNIELSEN
NAC Voltage Drop Calculations NAC Voltage Drop Calculations
Wire Size 14 AWG I Resistance 3.19 n per Wire Size 12 AWG I Resistance 2.05 Q per
Wire Type Solid I 1 000 feet Wire Type Stranded I 1 000 feet
Circuit capacity 1.5 Amps Voltaoe 24 Circuit capacity 1.5 Amps Voltaoe 24
Circuit # Current Wire Voltage Voltage % Load Circuit # Current Wire Voltage Voltage % Load
Amps Lenoth DroD DroD% AmDs Lenoth DroD DroD %
C1 0.000 500 0.00 0.00% 39.00% N1 0.585 500 1.20 5.00% 39.00%
C2 0.000 500 0.00 0.00% 44.60% N2 0.669 500 1.37 5.71% 44.60%
C3 0.585 500 1.87 7.78% 39.00% N3 0.000 500 0.00 0.00% 0.00%
C4 0.669 500 2.13 8.89% 44.60% N4 0.000 500 0.00 0.00% 0.00%
Circuit # MODEL DESCRIPTION QTY
C1 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
ADA U-MCS STROBE L-75cd 0 @ 0.143 A 0.000 A
E. 1st Floor U-MCS STROBE L-110cd 0 @ 0.178 A 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 0 @ 0.117 A = 0.000 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.000 A
TOTAL AVA!L4BLE = 1.500 A
C2 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
ADA U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
E. 1 st Floor U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 0 @ 0.117 A = 0.000 A
U-MHU-MCS HORN/STROBE L-30175cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.000 A
TOTAL AVAILABLE = 1.500 A
C3 U-MCS STROBE L-15/75cd 0 @ 0.063 A 0.000 A
E. 2nd Floor U-MCS STROBE L-75cd 0 @ 0.143 A 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 5 @ 0.117 A 0.585 A
U-MHU-MCS HORN/STROBE L-30175cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.585 A
TOTAL AVAILABLE 1.500 A
C4 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
E. 2nd Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 4 @ 0.117 A = o .468 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 1 @ 0.201 A = 0.201 A
U-MHU-MCS HORN/STROBE L-11Ocd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.669 A
TOTAL AVAILABLE = 1.500 A
Standby Alarm
Current Current
35 mA 35 mA
140 mA 140 mA
PAD.3 Current 35 mA 140 mA
Alarm sounding period in hours.
For exam Ie, 5 minutes = .0833 hours.
Voltage Drops.xls
PAD - C EAST
Project: RESIDENCE INN
Date: 217/2005
Engineer: KNIELSEN
NAC Voltaqe Drop Calculations NAC Voltage Drop Calculations
Wire Size 14 AWG I Resistance 3.19 o per Wire Size 12 AWG I Resistance 2.05 Oper
Wire Type Solid I 1000 feet Wire Type Stranded I 1000 feet
Circuit capacity 1.5 Amps Voltaqe 24 Circuit capacity 1.5 Amps Voltaqe 24
Circuit # Current Wire Voltage Voltage % Load Circuit # Current Wire Voltage Voltage % Load
Amps Lenqth Drop Drop % Amps Lenqth Drop Drop %
D1 1.254 500 4.00 16.67% 83.60% N1 1.254 500 2.57 10.71% 83.60%
D2 0.189 500 0.60 2.51% 12.60% N2 0.189 500 0.39 1.61% 12.60%
D3 1.254 500 4.00 16.67% 83.60% N3 0.000 500 0.00 0.00% 0.00%
D4 0.189 500 0.60 2.51% 12.60% N4 0.000 500 0.00 0.00% 0.00%
Circuit # MODEL DESCRIPTION OTY
D1 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
W. 2nd Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 9 @ 0.117 A = 1.053 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 1 @ 0.201 A = 0.201 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A 0.000 A
TOTAL CONSUMED = 1.254 A
TOTAL AVAILABLE = 1.500 A
D2 U-MCS STROBE L-15/75cd 3 @ 0.063 A = 0.189 A
ADA U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
W. 2nd Floor U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 0 @ 0.117 A = 0.000 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.189 A
TOTAL AVAILABLE = 1.500 A
D3 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
W. 3rd Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 9 @ 0.117 A = 1.053 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 1 @ 0.201 A = 0.201 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 1.254 A
TOTAL AVAILABLE = 1.500 A
D4 U-MCS STROBE L-15/75cd 3 @ 0.063 A = 0.189 A
ADA U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
W. 3rd Floor U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 0 @ 0.117 A = 0.000 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A 0.000 A
TOTAL CONSUMED = 0.189 A
TOTAL AVAILABLE = 1.500 A
Standby Alann
Current Current
35 mA 35 mA
140 mA 140 mA
PAD-3 Current 35 mA 140 mA
Voltage Drops.xls
PAD - D WEST
Project: RESIDENCE INN
Date: 2/7/2005
Engineer: KNIELSEN
NAC Voltage Drop Calculations NAC Voltaqe Drop Calculations
Wire Size 14 AWG I Resistance 3.19 Qper Wire Size 12 AWG I Resistance 2.05 Qper
Wire Type Solid I 1000 feet Wire Type Stranded I 1 000 feet
Circuit capacity 1.5 Amps Voltage 24 Circuit capacity 1.5 Amps Voltaqe 24
Circuit # Current Wire Voltage Voltage % Load Circuit # Current Wire Voltage Voltage % Load
Amps Lenqth Drop Drop % Amps Lenqth Drop Drop %
E1 0.585 500 1.87 7.78% 39.00% N1 0.585 500 1.20 5.00% 39.00%
E2 0.669 500 2.13 8.89% 44.60% N2 0.669 500 1.37 5.71% 44.60%
E3 0.585 500 1.87 7.78% 39.00% N3 0.000 500 0.00 0.00% 0.00%
E4 0.669 500 2.13 8.89% 44.60% N4 0.000 500 0.00 0.00% 0.00%
Circuit # MODEL DESCRIPTION QTY
E1 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
E. 3rd Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15175cd 5 @ 0.117 A 0.585 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.585 A
TOTAL AVAILABLE = 1.500 A
E2 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
E. 3rd Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15175cd 4 @ 0.117 A = 0.468 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 1 @ 0.201 A = 0.201 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.669 A
TOTAL AVAILABLE = 1.500 A
E3 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
E. 4th Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 5 @ 0.117 A = 0.585 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-11 Ocd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.585 A
TOTAL AVAILABLE = 1.500 A
E4 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
E. 4th Floor U-MCS STROBE L-75cd 0 @ 0.143 A 0.000 A
U-MCS STROBE L-11Ocd 0 @ 0.178 A 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 4 @ 0.117 A = 0.468 A
U-MHU-MCS HORN/STROBE L-30175cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 1 @ 0.201 A = 0.201 A
U-MHU-MCS HORN/STROBE L-11 Ocd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.669 A
TOTAL AVAILABLE = 1.500 A
Standby Alarm
Current Current
35 mA 35 mA
140 mA ~ 140 mA
PAD-3 Current 35 mA 140 mA
Voltage Drops.xls
PAD - E EAST (2)
Project: RESIDENCE INN
Date: 2/7/2005
Engineer: KNIELSEN
NAC Voltage Drop Calculations NAC Voltage Drop Calculations
Wire Size 14 AWG I Resistance 3.19 Q per Wire Size 12 AWG I Resistance 2.05 Qper
Wire Type Solid I 1000 feet Wire Type Stranded I 1 000 feet
Circuit capacity 1.5 Amps VoltaQe 24 Circuit capacity 1.5 Amps Voltaae 24
Circuit # Current Wire Voltage Voltage % Load Circuit # Current Wire Voltage Voltage % load
Amps LenQth Drop Droo% Amps LenQth Drop Drop %
F1 1.254 500 4.00 16.67% 0.00% N1 0.000 500 0.00 0.00% 0.00%
F2 0.189 500 0.60 2.51% 0.00% N2 0.000 500 0.00 0.00% 0.00%
F3 0.000 500 0.00 0.00% 0.00% N3 0.000 500 0.00 0.00% 0.00%
F4 0.000 500 0.00 0.00% 0.00% N4 0.000 500 0.00 0.00% 0.00%
Circuit # MODEL DESCRIPTION QTY
F1 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
W. 4th Floor U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 9 @ 0.117 A = 1.053 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 1 @ 0.201 A 0.201 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 1.254 A
TOTAL AVAILABLE = 1.500 A
F2 U-MCS STROBE L-15/75cd 3 @ 0.063 A = 0.189 A
ADA U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
W. 4rh Floor U-MCS STROBE l-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE l-15/75cd 0 @ 0.117 A = 0.000 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.189 A
TOTAL AVAILABLE = 1.500 A
F3 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
U-MCS STROBE L-75cd 0 @ 0.143 A = 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 0 @ 0.117 A = 0.000 A
U-MHU-MCS HORN/STROBE L-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.000 A
TOTAL AVAILABLE = 1.500 A
F4 U-MCS STROBE L-15/75cd 0 @ 0.063 A = 0.000 A
U-MCS STROBE L-75cd 0 @ 0.143 A 0.000 A
U-MCS STROBE L-110cd 0 @ 0.178 A = 0.000 A
U-MHU-MCS HORN/STROBE L-15/75cd 0 @ 0.117 A 0.000 A
U-MHU-MCS HORN/STROBE l-30/75cd 0 @ 0.138 A = 0.000 A
U-MHU-MCS HORN/STROBE L-75cd 0 @ 0.201 A = 0.000 A
U-MHU-MCS HORN/STROBE L-110cd 0 @ 0.232 A = 0.000 A
TOTAL CONSUMED = 0.000 A
TOTAL AVAILABLE = 1.500 A
Standby Alarm
Current Current
35 mA 35 mA
140 mA 140 mA
PAD-3 Current 35 mA 140 mA
Alarm sounding period in hours.
For exam Ie, 5 minutes = .0833 hours.
Voltage Drops.xls
PAD - F WEST (2)