MS 005 Fire Alarm and Mass Notification.pdf

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2017-08-09T12:18:45-0600

Mary J. Froemke

2017-08-09T12:18:27-0600

Mary J. Froemke

2017-08-09T12:18:12-0600

Mary J. Froemke

2017-08-09T12:17:49-0600

Mary J. Froemke

2017-08-09T12:17:30-0600

Mary J. Froemke

DYESS AIR FORCE BASE

BLDG. 8040 MX SHOP REMODEL AND ADDITION

INTERIOR FIRE ALARM SYSTEM AND,

MASS NOTIFICATION SYSTEM

DYESS AFB, TX

Goolsby Maximum Fire Protection LLC dba. Maximum Fire Protection

2449 South Willis Ste. 206

Abilene, Tx 79605

Office: (325) 437-7861

August 9, 2017

DAFB 8040

INTERIOR FIRE ALARM,& MASS NOTIFICATION SYSTEM

Table of Contents

Product Data

Technical Data and Computer Software

Fire Alarm Control Panel

Mass Notification Control Panel

Radio Transceiver

RDU / LOC Panel

Batteries, 55 ah

Battery Cabinet

Antenna & Accessories

NAC PNL Power Supply

Batteries 8ah

Monitor Module

Manual Pull Station

Mini Monitor Module

Control Relay

Smoke Detector

Detector Base

Notification Appliances

Delegated- Design Shop Drawings

Voltage Drop Calculations

Battery Size Calculations

Performance Parameters

System Layout

System Operation

Detail Drawings

Certificates

Designer

Installer

DAFB, BLDG. 8040

BILL OF MATERIALS

QTY MANUFACTURER PART # DESCRIPTION

1 MONACO 227-956-xx FIRE ALARM CONTROL PANEL

1 MONACO “ “ MASS NOTIFICATION PANEL

1 MONACO “ “ RADIO TRANCEIVER

2 POWERSONIC PS12550 55 AH BATTERIES

1 SPACE AGE SSU00500 BATTERY CABINET

1 MONACO 190-400-00 OMNI DIRECTIONAL ANTENNA

1 MONACO 199-011-00 ANTENNA WALL MOUNT

1 MONACO 198-007-01 LIGHTNING ARRESTOR KIT

1 MONACO 710-072-01 LOC/RDU W/TOUCHSCREEN

4 MONACO 176-272-00 SPEAKER OUTPUT CARD

1 MONACO 176-268-02 ISO MULTIPLEXER PCB LOC/RDU

1 MONACO 122-012-00 HANDHELD PUSH TO TALK MIC

1 MONACO 207-625-00 MAAP-X PLANNER KIT

1 MONACO 326-M01-01 MAAP-X CUSTOM OPTION MESSAGE CARD

1 MONACO 626-000-01 TYPE 1 PREASSEMBLED COAXIAL CABLE 60’

1 MONACO 625-100-00 TYPE 2 PREASSEMBLED COAXIAL CABLE 20’

2 ALTRONIX AL1042ULADA NAC POWER EXTENDER

4 POWERSONIC PS1280 12VDC-8AH BATTERIES

8 MONACO 729-142-00 ADDRESSABLE MONITOR MODULE

1 MONACO 708-031-00 MANUAL PULL STATIONS

3 MONACO 729-143-00 ADDRESSABLE MINI-MONITOR MODULE

8 MONACO 729-142-00 ADDRESSABLE MONITOR MODULE

2 MONACO 723-353-00 ADDRESSABLE PHOTOELECTRIC DETECTOR

2 MONACO 729-132-00 ADDRESSABLE DETECTOR STANDARD BASE

13 SYSTEM SENSOR SCR FIRE STROBE RED, CLEAR LENS

15 SYSTEM SENSOR SPSCW-CLR-ALERT SPEAKER STROBE, WHITE CLR LENS

15 SYSTEM SENSOR LENS-AC LENS ATTACHMNET AMBER

8 SYSTEM SENSOR SR FIRE STROBE RED, CLEAR LENS

15 SYSTEM SENSOR SPSW-P SPEAKER STROBE, WHITE CLR LENS

15 SYSTEM SENSOR LENS A LENS ATTACHMENT AMBER

2 SYSTEM SENSOR SPSWK OUTDOOR SPEAKER, WHITE

Monaco Enterprises, Inc.

P.O. Box 14129, Spokane Valley, WA 99214‐0129; 14820 E. Sprague Ave., Spokane Valley, WA 99216‐2149

Phone (509) 926‐6277 Fax (509) 924‐4980 E‐mail service@monaco.com Web www.monaco.com

Detect Manage

Record

227-95x-xx, 227-96x-xx Rev E 12/01/15

Description

MAAP‐X is the premier addressable integrated fire and mass notification system (MNS) control panel from Monaco Enterprises, Inc. The MAAP‐X comprises a single touch screen enclosure incorporating fire monitoring, addressable point reporting, live voice, and pre‐recorded MNS functions which are compatible with the D‐21 system.

APPROVED

Made in USA

Key Features ◆ Fully integrated panel combines transceiver, addressable fire panel and mass notification ◆ Addressable point reporting ◆ Touch‐screen graphical interface with capability to extend to local operating console/remote display units (LOC/RDU)

◆ Live and pre‐recorded MNS functions and fire voice evacuation

◆ Up to 100W of audio amplification without booster circuits

◆ Built‐in synchronized NAC, up to eight Class B or four Class A

◆ Compatible with the D‐21 Central Receiving System ◆ Single, seamless upgrade from previous M‐series

Monaco panels ◆ Flexible configuration achieved with addition of speaker amplifier and addressable cards

Upgrading existing Monaco 28 in. or larger M‐series fire‐only panels to MAAP‐X fire‐and‐MNS panels is easy using the MAAP‐X upgrade kit. The kit provides a cost‐effective method to meet current building fire MNS requirements while reusing the existing enclosure, conduits, wiring, and addressable devices.

MAAP‐X Base Panel

The base MAAP‐X includes:

◆ A master control unit (MCU) with a color touch screen for fire and MNS operation.

◆ An MNS message card with nine standard pre‐recorded messages

◆ An Analog Addressable Controller II (AAC II) backplane

◆ One Addressable Driver Card (ADC) ◆ One Speaker Output Card (SOC)

On‐board circuits:

◆ Eight Class B or four Class A non‐loop‐powered Initiating Device Circuits (IDCs)

◆ Eight Class B or four Class A regulated or synchronized programmable Notification Appliance Circuits (NACs)

◆ Four Form C programmable relays ◆ Autosensing power supply, 120/240 VAC 50/60 Hz ◆ Dual‐rate 4A 24 VDC battery charger that meets the requirements of NFPA 72 and UL 864 ◆ 24 VDC auxiliary power ◆ FSK interface for communication to D‐21 through the standard integrated transceiver, or optional network or fiber module

Addressable Fire Alarm Control Panels with MNS

MAAP‐X Addressable Fire Alarm MNS Voice Evacuation Panel 227‐95x‐xx, 227‐96x‐xx

FM

Main Panel and LOC/RDU Touch‐Screen Features

◆ Fire and MNS operation for first responders ◆ Simple English messages identify alarm, trouble, and supervisory conditions ◆ Displays zone input or addressable device pro‐ grammable descriptions ◆ User‐defined device and zone descriptions ◆ Panel reset, alarm/trouble silence ◆ LED status indicators for primary/secondary power, radio communication, general alarm, and trouble ◆ Panel maintenance functions, such as:

– Zone and sensor device enable/disable

– Walktest

– Radio key‐up test

– Enhanced diagnostic information—identifying panel troubles and loop faults ◆ Panel history ◆ Built‐in microphone or optional push‐to‐talk microphone for live voice

Message Card ◆ Standard card has eight default pre‐recorded MNS messages and one fire evacuation message for a total of nine pre‐recorded messages.

◆ User‐defined messages available with a customer‐ option message card with eight user‐defined pre‐recorded MNS messages and one user‐defined pre‐recorded fire evacuation message.

AAC II Backplane

The AAC II supports a combination of up to eight cards.

The cards can be either ADCs (up to seven, one included) or SOCs (up to four, one included).

ADC (for addressable devices)

Each ADC supports one Class A/X or two Class B Signaling Line Circuits (SLCs) for addressable device pathways. Each card supports 99 smoke or heat detectors and 99 monitor or control modules.

Options such as sounder or relay bases and fault isola‐ tor modules reduce the number of addressable devices (198 device equivalents maximum).

SOC (for speakers)

Each SOC supports one Class A or two Class B speaker circuits for speaker audio pathways. Each card provides 25 VRMS, 32W of speaker audio power.

LOC/RDU Touch Screen

LOC/RDUs are a critical part of every installation, placed at strategic locations throughout the building. With an advanced approach to technology, Monaco’s LOC/RDU touch screen combines the pre‐recorded and live‐voice message functions of an MNS LOC with the functions of a typically separate Fire Alarm Panel Remote Control Annunciator into one combination LOC/RDU.

Features ◆ LOC/RDU provides the same functions as the main panel, at key locations within the protected building

◆ Built‐in live‐voice microphone or optional push‐to‐talk microphone

◆ Three user programmable modes of operation based on LOC/RDU location needs—Fire and MNS, Fire only, and MNS only.

◆ Each LOC/RDU touch screen provides a visual indication for active pre‐recorded or live‐voice MNS.

Touch screen displays an explanation message if a lower priority MNS request is denied

Additional MAAP‐X Features ◆ Legacy zone‐only fire reporting, or point reporting for each addressable device ◆ Pre‐tone and post‐tone options for MNS messages ◆ Messages settable for time‐outs of 1–60 minutes ◆ MNS display screen can be customized by user ◆ MNS prioritized by LOC/RDU locations and message numbers, with live‐voice override

◆ Text display notification using 2010 NFPA 72 compliant textual visual boards for emergency notification programmed to match MAAP‐X MNS pre‐recorded messages

◆ Local speaker for MNS messages and audible alert for alarm, trouble, and supervisory notification

◆ Additional battery backup expansion options available for increased operation times during AC power failures

◆ Transfer between AC primary power and battery secondary power is automatic

Sensor Grouping

With point reporting enabled, MAAP‐X supports the Monaco sensor‐group feature:

◆ Smoke detectors function together to control local sounder bases and reduce nuisance alarms

◆ Beneficial in dormitory environments, reducing costly response runs and building evacuations for isolated incidents

Paging MIC and Push‐to‐Talk MIC

MAAP‐X Configuration Programming Software

MAAP‐X Planner Kit allows the user to program the panel. Planner functions include:

◆ Uploading/downloading the MAAP‐X program file to/from the panel

◆ Creates a MAAP‐X configuration file that can be imported into the D‐21 Central; manual information entry to D‐21 not needed

◆ Central reporting modes:

– Point reporting (addressable device addresses with zone reporting to D‐21 and MNS operation)

– Legacy (zone reporting to D‐21 and MNS operation)

– Stand‐alone (in‐building fire and MNS operation only)

◆ Setting D‐21 Central communication modes—radio or hard‐wire (Ethernet, fiber), single comm or dual comm

◆ Configuring fire and MNS device circuits ◆ Configuring MAAP‐X and LOC/RDUs for fire and

MNS operation ◆ Provides the ability to keep panel configuration files for backup ◆ Windows® (XP, 7.0, 8.0) compatible Monaco

MAAP‐X Planner software ◆ Define zone and device descriptions

MAAP‐X D‐21 Configuration Options

Panel Configuration

A configuration‐file copy is stored at the D‐21 that can be used as a backup.

Mass Notification ◆ In‐building, pre‐recorded, and live‐voice MNS from the main panel, LOC/RDUs, and from D‐21 Central systems configured for base‐wide MNS

◆ Preconfigured MNS message files streamed from D‐21 Central systems configured for broadcast MNS

Fire Zone Reporting ◆ MAAP‐X can be configured for legacy fire

D‐21 Connectivity ◆ MAAP‐X supports radio (site‐specific narrowband frequency) and hard‐wire communication ◆ User selects central communication mode— primary only or primary with fallback to secondary ◆ Only one antenna system needed for radio communication; hard‐wire options include Ethernet and fiber‐optic.

Panel Clock Synchronization ◆ D‐21 can be configured to synchronize the MAAP‐X internal clock and calendar ◆ Synchronizing eliminates the need to adjust each panel for daylight‐saving time

Software Version

MAAP‐X requires D‐21 software with MAAP‐X support.

An RFM‐X is required for point reporting and MNS.

Hardware Specifications

Electrical

IDC (Zone Inputs) Capacity: 4 Class A or 8 Class B

Non‐loop‐power: 4 VDC with EOL, 12 VDC at 25 mA max.

EOL: 3.9 kΩ 1/2W, Class B only

Max. loop resistance: 50Ω per leg non‐point‐reporting, compatible with D‐21 Central systems configured with an FSK interface

◆ MAAP‐X displays the address of the individual device in alarm on its touch screen and reports up to 64 fire zones to the D‐21

Fire Point Reporting

MAAP‐X:

◆ Supports Monaco’s advanced fire point reporting and is compatible with D‐21 Central systems con‐ figured for point reporting

◆ Individually reports alarm and trouble status of addressable sensors and monitor modules in real‐time to the D‐21 Central

NAC (Notification Appliance Circuit

Outputs)

Capacity: 4 Class A or 8 Class B, polarity reversing

NACs programmed as “regulated”:

Power: 24 VDC 1A

Max. loop resistance: 1.5Ω per leg NACs programmed as “special application” (synchronized strobes):

Power: 24 VDC 2A

Max. loop resistance: 0.75Ω per leg

Wiring: Standard fire‐alarm‐rated cable

SLC (Addressable) Per ADC:

◆ 2 Class B or 1 Class A/X SLC input(s) ◆ 99 smoke or heat sensors ◆ 99 monitor or control modules Power: 0–29 VDC polling protocol

Supervision: open, short, ground fault

Max. loop resistance: 40Ω per leg

Wiring: Unshielded twisted pair

Speaker Circuits Per SOC: 2 Class B or 1 Class A output(s)

Power: 25 VAC RMS, 32W max. each, 100W total

Supervision: open, short, ground fault

Max. loop resistance: 1.5Ω per leg

AUX PWR Power: 24 VDC 2A

Supervision: none

Max. loop resistance: 1Ω per leg

Relays, K1–K4 Contact rating: 30 VDC at 2A max.

Supervision: none

Radio Output Power 4W minimum (2W, some frequencies)

Battery Backup Standard: 2 rechargeable 12V/18 Ah

Integrated charger: supervised dual‐rate, meets NFPA 72 and UL 864 requirements,

27.6 VDC 4A

Low battery alert: 20.4 VDC

Low battery disconnect: 18.5 VDC

AC Power 3‐wire autosensing, 120/240 VAC 50/60 Hz 2.2/1.2A

Radio Narrowband radio meets requirements of the National Telecommunications and Information Administration Manual of Regulations and Procedures for Federal Frequency Management. FCC certified.

Ordering Information

Panels

Integrated Radio, Surface‐ and Flush‐mount

Environmental

Operating Temperature 32 to 120°F (0 to 49°C)

Relative Humidity 0–90% noncondensing

Part Number Description

227‐955‐xx* MAAP‐X point reporting, addressable, fire alarm control, mass notification, voice evacuation panel, integrated radio transceiver—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices ◆ One SOC, 25 VAC RMS, 32W audio output ◆ NEMA 1 surface‐mount red enclosure

28" H x 18" W x 3.6" D ◆ Two 12V/18 Ah batteries

227‐956‐xx* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm:

One AAC II backplane for ADCs/SOCs

One ADC supporting 198 addressable devices

One SOC, 25 VAC RMS, 32W audio output

NEMA 1 surface‐mount red enclosure 43" H x 18" W x 3.6" D

Two 12V/18 Ah batteries

227‐957‐xx* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

60" H x 18" W x 3.6" D

227‐965‐xx* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

◆ NEMA 1 flush‐mount red enclosure

227‐966‐xx* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

227‐968‐xx* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

◆ NEMA 4X surface‐mount red enclosure

24" H x 24" W x 8" D

227‐969‐xx* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

◆ NEMA 3R surface‐mount red enclosure

*Specify frequency (‐xx) when ordering.

Hard‐wire Only (Ethernet), Surface‐ and Flush‐mount

Europe, Surface‐ and Flush‐mount

227‐955‐CE* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm, Europe:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

227‐956‐CE* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm, Europe:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

227‐957‐CE* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm, Europe:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

60" H x 18" W x 3.6" D

227‐965‐EN MAAP‐X point reporting, addressable, fire alarm hard‐wire—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

Does not support D‐21 Central live voice; for options contact Monaco.

227‐966‐EN MAAP‐X point reporting, addressable, fire alarm hard‐wire—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

227‐955‐EN MAAP‐X point reporting, addressable, fire alarm hard‐wire—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

227‐956‐EN MAAP‐X point reporting, addressable, fire alarm hard‐wire—single comm:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

176‐268‐02 Isolated multiplexer PCB for LOC/RDU touch screen connection; one PCB for up to 8 LOC/RDUs (must be ordered separately for systems with LOC/RDUs)

122‐012‐00 Handheld Push to Talk Microphone and holder for use on LOC/ RDUs, includes 2 foot cable for connection to LOC/RDU

122‐012‐05 Handheld Push to Talk Microphone in Red Enclosure 6"x 8"x 3" with window, includes 15 foot cable for connection to MAAP‐X

227‐912‐xx* MAAP‐X upgrade kit for existing 28" or larger M‐series fire panels (M‐1, M‐2, MAAP(+)) or spare Electronics Package for MAAP‐X installs

205‐032‐00 MAAP Printer Kit, includes power cable, ink cartridge, optoisolator with power cable, RJ‐45 to DB‐25 female adapter, and RJ‐45 cable

400‐712‐00 Battery, gel type, rechargeable, 12V/18 Ah, two required

081‐156‐00 Battery enclosure, red, 18" H x 12" W x 6" D, two each 12V/26 Ah gel‐type batteries (P/N 400‐701‐00)

207‐625‐00 MAAP‐X Addressable Planner kit for Windows®, CD, programming cable, 9‐pin serial adaptor

513‐411‐01 MAAP‐X Tamper Switch Kit

*Specify frequency (‐xx) when ordering.

MNS Message Card Kit

Associated Parts

176‐194‐00 Addressable Driver Card (ADC), supports up to 198 addressable devices on an SLC—1 Class A or 2 Class B SLCs

176‐272‐00 Speaker Output Card (SOC), 25 VAC RMS, 32W, 1 Class A or 2 Class B speaker circuits

710‐072‐01 LOC/RDU with touch screen, fire/MNS, 19" H, surface‐mount, 115/230 VAC, 50/60 Hz, 72‐hour battery backup

710‐072‐02 LOC/RDU with touch screen, fire/MNS, 19" H, flush‐ mount, 115/230 VAC, 50/60 Hz, 72‐hour battery backup

227‐965‐CE* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm, Europe:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

227‐966‐CE* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm, Europe:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

227‐968‐CE* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm, Europe:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

◆ NEMA 4X surface‐mount red enclosure

227‐969‐CE* MAAP‐X point reporting, addressable, fire alarm integrated radio transceiver—single comm, Europe:

◆ One AAC II backplane for ADCs/SOCs ◆ One ADC supporting 198 addressable devices

◆ NEMA 3R surface‐mount red enclosure

*Specify frequency (‐xx, ‐CE) when ordering.

326‐M00‐01 MAAP‐X standard message card—8 MNS, 1 fire, for 9 total pre‐recorded messages. These are summaries, not the full‐message text; voice gender is female for all messages:

Message 1 Emergency, evacuate to designated area Message 2 Bomb threat, evacuate at nearest exit Message 3 Severe weather warning Message 4 Intruder, follow designated pre‐plan Message 5 Shelter in‐place Message 6 Emergency, use alternate exit Message 7 Emergency has ended Message 8 Test of Monaco Mass Notification System Message 9 Fire emergency, leave by nearest exit

326‐M01‐01 MAAP‐X customer option message card—8 MNS, 1 fire, for 9 total pre‐recorded messages:

Contact Monaco for the forms (P/N 001‐583‐00) needed to order this message set and have it installed on the card before MAAP‐X panel ships.

Message information must be provided at time of ordering.

326‐M10‐01 MAAP‐X customer option message card field upgrade kit—8 MNS, 1 fire, for 9 total pre‐recorded messages:

Contact Monaco for the forms (P/N 001‐583‐00) needed to order this upgrade to replace existing messages at your site.

Wiring Diagrams

Addressable Circuits

Addressable Driver Cards (ADCs) P/N 176-194-xx

24 VDC Input Non-power Limited

Speaker Output Cards (SOCs) P/N 176-272-xx

Analog Adressable Controller II

OUT OUT IN IN RS422 OUT OUT IN IN (-) 4 (+) (-) 3 (+) (-) 2 (+) (-) 1(+)

J1 RS485 J2

SLOT 1

J3 J10

SLOT 2

J11

J12

SLOT 3

SLOT 4

J13

J15

SLOT 5 J5

SLOT 6

J17

J19

SLOT 7 SLOT 8

J21

(AAC II) P/N 176-273-00 PORT A PORT B

J6

DC J8

AUDIO INPUTS + -

+24VDC IN

GND

GLB

RST

TXD

RXD

CD

KEY J7

CAN

Lo

CAN

Hi

To NAC defined for MNS strobes

LED TEST

J9

J22

AUDIO J14 AUDIO J16

AUDIO J18

AUDIO J20

LEGEND

SW2

TB1

TB2

TB3

TB4

TB5

TB6

TB7

TB8

3.9k

Conventional Initiating Devices:

Pull Station

Heat Detector

Addressable Initiating Devices:

RESET

AUDIO

STAT

SD Card

Terminals TB1 TB8 can be addressable circuits (SLC) if ADCs placed in all 8 slots.

A+ A- B+ B- A+ A- B+ B- A+ A- B+ B-

Only TB5 TB8 terminals can be used for speaker

A+ A- B+ B- A+ A- B+ B- EOL

S S

EOL

Smoke Detector circuits; requires S S

A

Class B

(Style 4)

A A A

SOCs

Isolator Module

NC NAC Control Module

47k

MM

Form C

R

Form C

All Circuits Power Limited

All NACs Supervised S S Contacts #1 Contacts #2

Class A

M Monitor Module Class A A A A (Style 6) M

IM Interface Module

Mini Module

Speaker Configuration:

(No more than 25 devices between isolators) Up to 8 Class B or 4 Class A R Relay Module

Class X

(Style 7)

NAC Devices:

Notification Appliance

NC A A R IM

S Speaker Appliance

S Speaker/MNS Strobe Combo

Power Supervisory

Relay P/N 790-013-01

24 VDC

Aux Pwr

Note: To reset the loop-powered (2-wire) conventional detectors connected through the interface module, auxiliary power must be an interruptible version or by a relay module configured as "smoke power"

Core II PCB

P/N 176-271-00

MM

Unused Speaker Circuits

A+ A- B+ B- A+ A- B+ B-

3.9k 3.9k

S

-2

-A

-B

A+ A- B+ B-t h a s a l l i n e r u p p o w

Conventional Circuits

ZONE INPUTS NAC

K1 K2 K3 K4

DC In; Non-power Limited

Auxiliary Power Out;

Power Limited

4 Form C relays, 30 VDC, 2A, non-power limited

Power Limited Combined max. current for NACs 1 and 2

Power Limited P/N 790-013-01 is regulated 1A or special application 2A.

Same specification applies to NACs 3 and 4.

Typical

(Style B)

IDC Configuration:

8 Class B or 4 Class A.

P/N 790-013-01

(Style Z)

NAC Configuration:

8 Class B or 4 Class A.

All NACs supervised.

All IDCs supervised.

Contact devices;

non-loop power.

Typical Class A

(Style D)

LEGEND

Initiating Devices:

Pull Station

(Style Y)

Smoke Detector

Waterflow Device

NAC Devices:

Notification Appliance

Strobe

Notification/Strobe Appliance

Note Class B resistor values in this diagram are

3.9 kΩ, 1/2W (5%), end-of-line (EOL)

NAC ZONE INPUTS ZONE INPUTS NAC

(Style D) (Style Z)

Unused Class A

(Style B)

(Style Y)

Unused Class B

D C

I N

U

X P

W

-1

O

M d io

MAAP‐X to LOC/RDU Wiring

Out

In

Gnd

Vcc

Pwr

In In

TB2

Orn

Blk

Wht/Yel

Wht/Grn

Wht/Vio

Wht/Blue

RS-422 Mux

Cable P/N 630-

025-02

MAAP-X LOC/RDU

To 8 devices using RS-485

24 VDC to batteries

(Two 12 VDC 18 Ah batteries)

TB5

TB4

MUX

P/N 176-268-02

MAAP-X Unit

Ratings:

100 VAC (85-110 VAC)

120 VAC (102-132 VAC)

240 VAC (204-264 VAC)

45-65 Hz, 15A Max.

TB3

In(+)

Out(+)

AC BAT ALM SUPV TBL COM RCV XMT MIC

22 AWG 3-conductor cable, maximum distance 2000 ft

Orn Blk

Wht/Yel Wht/Grn

Wht/Vio Wht/Blue

J2

K1 K3

NC In/Out In/Out (+) (-) NC RS-

485 Audio

Neut Hot

TB7

TB8

K2

TB9

K4

TB10

Audio twisted shielded pair with drain

MAAP-X AAC II

4 3 2 1

OU T O U T IN IN RS422 OU T OU T IN IN (- ) ( +) (-) ( +) (-) ( +) ( -) ( +)

Slot 1 Slot 2 Slot 3 Slot 4 Slot 5

Slot 6

Slot 7 Slot 8

J1 RS485 J3 J10

J2

J11 J12 J13 J15 J17 J19 J21

PORT A PORT B

J6

DC J8

AUDIO INPUTS

24VDC In

GND

GLB

RST

TXD

RXD

CD

AC BAT ALM SUPV TBL COM RCV XMT MIC

service@monaco.com

G

/O

/O se

T

K y

H

L

B

V i n + G n d

F

V in

IC

IN

IN

.O

IC

mailto:service@monaco.com

Sealed Rechargeable

MODEL PS-12550 U

12 Volt 55.0 Amp. Hr.

Battery www.power-sonic.com

AT

T E

RY

MUST BEREC

YC

LED

Pb

NONSPILLABLE

MH20845

HT H

18 22

17.4

10 10

9 9

8.

8.

18 22 15.9

U: Positive Terminal

T6

U: Negative Terminal

M6

Tolerances are +/- 0.04 in. (+/- 1mm) and +/- 0.08 in. (+/- 2mm) for height dimensions. All data subject to change without notice.

Physical Dimensions: in (mm)

Absorbent Glass Mat (AGM) technology for superior performance

Valve regulated, spill proof construction allows safe operation in any position

Power/volume ratio yielding unrivaled energy density

Rugged impact resistant ABS case and cover (UL94-HB)

Integrated ABS carrying handles for ease of movement

Approved for transport by air. D.O.T., I.A.T.A., F.A.A. and C.A.B. certified

U.L. recognized under file number MH 20845

Performance Specifications

Nominal Voltage ........................................................................ 12 volts (6 cells)

Nominal Capacity

20-hr. (2.75A to 10.50 volts) .......................................................... 55.0 AH

10-hr. (5.1A to 10.50 volts) ............................................................. 51.0 AH

5-hr. (8.8A to 10.20 volts) ............................................................ 44.0 AH

1-hr. (30.6A to 9.00 volts) ............................................................ 30.6 AH

15-min. (96A to 9.00 volts) ..................................................................24.0 AH

Approximate Weight ......................................................... 36.0 lbs. (16.33 kg)

Energy Density (20-hr. rate) .............................. 1.64 W-h/in3 (100.30 W-h/l)

Specific Energy (20-hr. rate) .............................. 17.65 W-h/lb (38.91 W-h/kg)

Internal Resistance (approx.) ........................................................ 7 milliohms

Max Discharge Current (7 Min.) ............................................. 165.0 amperes

Max Short-Duration Discharge Current (10 Sec.) ................ 410.0 amperes

Shelf Life (% of nominal capacity at 68°F (20°C))

1 Month ...................................................................................................... 97%

3 Months ..................................................................................................... 91%

6 Months .................................................................................................... 83%

Operating Temperature Range

Charge .. ........................................................... -4°F (-20°C) to 122°F (50°C)

Discharge ....................................................... -40°F (-40°C) to 140°F (60°C)

Case ...................................................................................................... ABS Plastic

Power-Sonic Chargers ............................................................PSC-1210000A-C

PS-12550

www.power-sonic.comTo ensure safe and efficient operation always refer to the latest edition of our Technical Manual, as published on our website.

All data subject to change without notice.

Terminals (mm)

U: Universal terminals: Heavy-duty posts with ‘nut & bolt’ fasteners

T6: Threaded insert

w. 6 mm stud fastener

12 Volt 55.0 AH

L: 9.04 (230) W: 5.45 (138) H: 8.15 (207) HT: 8.98 (228)

CORPORATE OFFICE • 7550 Panasonic Way • San Diego, CA 92154 • USA • Tel: +1-619-661-2020 • Fax: +1-619-661-3650

CUSTOMER SERVICE

Tel: +1-619-661-2030 Fax: +1-619-661-3648 customer-service@power-sonic.com

INTERNATIONAL SALES

Tel: +1-650-364-5001 Fax: +1-650-366-3662 international-sales@power-sonic.com

DOMESTIC SALES

Tel: +1-619-661-2020 Fax: +1-619-661-3650 national-sales@power-sonic.com

TECHNICAL SUPPORT

support@power-sonic.com

Contact Information www.power-sonic.com

0812 1M

© 2012. Power-Sonic Corporation. All rights reserved. All trademarks are the property of their respective owners.

Charging Cycle Applications: Limit initial current to 16.5A. Charge until battery voltage (under charge) reaches 14.4 to 14.7 volts at 68°F (20°C). Hold at 14.4 to 14.7 volts until current drops to under 550mA. Battery is fully charged under these conditions, and charger should be disconnected or switched to “float” voltage.

“Float” or “Stand-By” Service: Hold battery across constant voltage source of

13.5 to 13.8 volts continuously. When held at this voltage, the battery will seek its own current level and maintain itself in a fully charged condition.

Note: Due to the self-discharge characteristics of this type of battery, it is imperative that they be charged within 6 months of storage, otherwise permanent loss of capacity might occur as a result of sulfation.

Chargers Power-Sonic offers a wide range of chargers suitable for batteries up to 100AH.

Please refer to the Charger Selection Guide in our specification sheets for “C-Series Switch Mode Chargers” and “Transformer Type A and F Series”. Please contact our Technical department for advice if you have difficulty in locating suitable models.

ap ac ity et en tio at

Standing Period (Months)

0 2 4 6 8 10 12 14 16 18 20

40oC (104oF)

30oC (86oF)

20oC (68oF)

5oC (41oF)

Charging is not necessary unless 100% of capacity is required.

Charging before use is necessary to help recover full capacity.

Charge may fail to restore full capacity. Do not let batteries reach this state.

Discharge CharacteristicsDischarge Time vs. Discharge Current

Shelf Life & Storage

PS-12550 12 Volt 55.0 AH

Further Information Please refer to our website www.power-sonic.com for a complete range of useful downloads, such as product catalogs, material safety data sheets (MSDS), ISO certification, etc..

13.0

12.0

11.0

10.0

9.0

8.0

14.0

Constant Power Discharge Ratings

MODEL FINAL

VOLTAGE

WATTS PER CELL @ 25° C

5 MIN 10 MIN 15 MIN 20 MIN 30 MIN 45 MIN 60 MIN

PS-12550

1.75 320 210 184 153 115 87 72

1.70 342 225 190 158 118 89 73

1.67 354 230 194 160 120 90 74

Te rm al ol ta ge

(V

Ambient Temperature 20oC (68oF)

1.2 2.4 6 12 24 36 48 1 2 4 6 8 10 20 4 0

Discharge Time

Final Voltage min h

2.755.5

27.5

2.75 5.5 11 27.5 55 110 Discharge Current (A) is ch ar im

40oC (104oF) 20oC (68oF) 0oC (32oF) m

10.2V

9.6V

9.0V

8.1V

Final

10.5V

Battery Cabinet Accessory The BCA Battery Cabinet Accessory is designed for the pro-fessional installation of systems requiring battery storage and meets the requirement of NFPA 72 (1-5.2.9) standby battery storage for battery backup. The BCA allows for easy access and maintenance of the batteries while also assisting against unnecessary power drain, interference or degeneration of the battery. The unit can be mounted securely to a wall, preventing mechanical injury or damage to other equipment.

Constructed from heavy duty 16 gauge steel with a full length piano hinged door to allow optimum access to your equipment within the cabinet. Other features include a high security CAT

30 keyed door lock and vented sides. Complete interior and exterior finish is accomplished by a phosphate treatment fol-lowed by a durable baked-on textured polyester coating.

Standard Features:

• 16 Gauge (.062 thk.) cold rolled steel

• Stainless steel piano hinge

• Red or black textured finish

• CAT 30 keyed door lock

• Dimensions:

22” wide x 10” high x 8 1/2” deep

• Four 1/2” and 3/4” EMT conduit knockouts located on both sides and back

• Wall mounting holes

Vented Sides to reduce corrosion

High Security CAT 30 lock set.

Space Age Electronics, Inc. 2007

ED0089 LT10011 Rev.D 1/2

NFPA

Made In U.S.A.

Space Age Electronics, Inc.

www.1sae.com

800.486.1723 Toll Free

508.485.0966 Local

508.485.4740 Fax

BCA

http://www.1sae.com/

Space Age Electronics, Inc. 2007

Specifications:

The BCA Battery Cabinet Accessory is constructed of 16 gauge (.062 thk.) cold rolled steel and finished with a complete interior and exterior durable red or black textured, heat-resistant baked-on enamel finish. The front cover features a full length stainless steel piano hinge and includes a high security CAT 30 keyed door lock. Overall dimensions measure 22” wide by 10” high by 8 1/2” deep.

Four 1/2” and 3/4” EMT conduit knockouts are located on the sides and back. The battery cabinet meets NFPA 72 (1-5.2.9) and the National Electric Code requirements. Batteries not included.

Agency Approvals:

UOXX.S2580 UL Listed Control Unit Accessories

Ordering Information:

Part # Description

ED0089 LT10011 Rev.D 2/2

Space Age Electronics, Inc.

www.1sae.com

800.486.1723 Toll Free

508.485.0966 Local

508.485.4740 Fax

SSU00500 BCA Battery Cabinet, Red SSU00501 BCA Battery Cabinet, Black

This document is subject to change without notice, see doc # ED0479 for legal disclaimer

10”

Stainless steel piano hinge http://www.1sae.com/

14820 East Sprague Avenue, P.O. Box 14129, Spokane, Washington 99214-0129

Telephone: (509) 926-6277 Facsimile: (509) 924-4980 E-mail:service@monaco.com Web: www.monaco.com

119 Mass Notification Catalog Rev L 2/12 ten a N etw ork A ccessories: Standard V

F A ntennas

Antenna Network Accessories

Standard VHF Antennas VHF antennas provide transmission and reception of VHF RF signals between a transceiver and the Radio Frequency Modem connected to the Radio Central Receiving System. Monaco offers omnidirectional and directional antennas:

! Omnidirectional antennas transmit and receive RF signals in any horizontal direction and are the primary antenna used with BTs, M-Panels, M Addressable Panels, and RFMs that operate in the VHF frequency range ! Directional antennas transmit and receive RF signals in one direction and are used to transmit VHF signals longer distances or in areas where significant interference exists

Specifications Ordering Information

BSA-1, Omnidirectional 5/8" Ground Plane, P/N 190-400-00

BSA-2, 6-Element Directional Yagi, P/N 190-401-xx*

*xx: This portion of the part number varies depending on frequency.

Material P/N 190-400-00 and 190-407-00:

Stainless Steel P/N 190-401-10 through 190-401-14:

Aluminum

Connector Type P/N 190-400-00: SO-259 UHF female P/N 190-407-00: BNC male

Polarization Vertical

Gain P/N 190-400-00 and 190-407-00:

5.2 dBi, 5/8 wave ground plane

7.1 dBd

RF Impedance 50 : nominal

VSWR at Resonance P/N 190-400-00 and 190-407-00:

1.5 to 1 maximum

1.5:1 typical

Wind Load Resistance P/N 190-400-00: 100 mph

125 mph

Horizontal Beam Width

74°

Vertical Beam Width P/N 190-401-10 through 190-401-14:

53°

190-400-00 BSA-1 VHF 136 – 174 Mhz Omnidirectional Antenna with mounting hardware, ground clamp, and coaxial cable sealant. Needs to be cut to system frequency by customer.

199-001-00 Spare 54 inch Antenna Whip for use with P/N 190-400-00. Needs to be cut to system frequency by customer.

199-002-00 Spare VHF Coil for use with P/N 190-400-00

190-407-00 BSA-6 VHF 136 – 174 MHz Omnidirectional Antenna, magnetic-mount, portable. Needs to be cut to system frequency by customer.

190-401-10 BSA-2, VHF 6-element Yagi Directional Antenna, 134 – 142 MHz

190-401-11 BSA-2, VHF 6-element Yagi Directional Antenna, 142 – 150 MHz

190-401-12 BSA-2, VHF 6-element Yagi Directional Antenna, 150 – 158 MHz

190-401-13 BSA-2, VHF 6-element Yagi Directional Antenna, 158 – 166 MHz

190-401-14 BSA-2, VHF 6-element Yagi Directional Antenna, 166 – 174 MHz

Probitas Solutions

129 Mass Notification Catalog Rev L 2/12 ccessories: Lightning A rrestor (Static D ischarge U nit)

Lightning Arrestor (Static Discharge Unit)

Monaco’s Lightning Arrestor (static discharge unit) is used with Radio Alarm Central Receiving Systems to drain static charges from the antenna system, protecting the electronic equipment.

The Lightning Arrestor uses a unique isolated ground system that permits direct earth connection while preventing arc energy from being coupled to the equipment through the coaxial shields. It must be grounded in accordance with NFPA 70 (NEC) Section 810-21.

A cartridge, which consists of two metal electrodes sealed in a gas-filled ceramic cylinder, is the basis of static discharge. A sufficient voltage across the cartridge element causes an arc to form between the electrodes.

The electrodes act as voltage dependent switches, capable of carrying large currents for brief periods of time. Lightning pulses are discharged through the arrestor cartridge to the grounding system.

When regular VSWR (Voltage Standing Wave Ratio) measurements indicate a gradual lowering of the breakdown voltage and insulation resistance, the lightning arrestor cartridge needs to be replaced. The lightning arrestor design allows easy replacement of the cartridge in the field. The cartridge is installed in a threaded hole and makes a solderless, pressure-fit connection. No disassembly or disconnection from the coaxial cable is necessary.

The Lightning Arrestor is designed to protect against electromagnetic pulse (EMP) as well as lightning surge voltages. The design is based on the National Communications Systems Technical Information Bulletin 85-10 covering EMP protection for radio communications equipment.

The Lightning Arrestor is connected to the coaxial cable between the antenna and the building transceiver (BT), M-2/M-1, or radio frequency modem (RFM). It may be located outside or inside the building depending on the grounding system of the building. It must be installed as near as possible to the point where the coaxial cable enters the building. It may not be near combustible material nor in a hazardous (classified) location as defined in NFPA 70 (NEC) Article 500.

Ordering Information - VHF Frequencies

Ordering Information - UHF and VHF Frequencies

198-007-01 Lightning Arrestor Kit. Includes lightning arrestor (P/N 198-006-00) in enclosure (P/N 081-076-01) and two 10 inch strips of Coax-Seal.

198-006-00 Lightning Arrestor with PL-259 ends, and coax cable seal

198-004-00 Lightning Arrestor with PL-259 ends

198-007-03 Lightning Arrestor Kit. Includes lightning arrestor (P/N 198-006-01) in enclosure (P/N 081-076-01) and two 10 inch strips of Coax-Seal.

198-006-01 Lightning Arrestor with N-Type ends, terminal lugs, and coax cable seal

198-008-00 Lightning Arrestor with N-Type ends

133 Mass Notification Catalog Rev L 2/12 ccessories: Standard M iniature 50 W

-8X oaxial C able

Standard Miniature 50 : RG-8X Coaxial Cable and Connectors

The miniature 50 : coaxial cable is used in most VHF applications. In addition, coaxial cable can be purchased separately in these types and configurations:

! Preassembled Type I coaxial cable assemblies terminated with a BNC connector on one end and a PL-259 (or UHF male) connector on the other end.

This type is used to connect the lightning arrestor to the Building Transceiver or the Radio Frequency Modem.

! Preassembled Type II coaxial cable assemblies with a PL-259 connector on each end. This type is used to connect the antenna to the lightning arrestor.

! Bulk cable and connectors that need to be assembled in the field. The installer must take special care to crimp the connectors to prevent damage to the transceivers.

Preassembled Type I Coaxial Cable

Preassembled Type II Coaxial Cable

Bulk Coaxial Cable and Connectors

Specifications

626-000-07 5 foot Type I Miniature Coaxial Cable, 50 :

RG-8X, PL-259 on one end and BNC on other end

626-000-06 15 foot Type I Miniature Coaxial Cable, 50 :

626-000-05 20 foot Type I Miniature Coaxial Cable, 50 :

626-000-02 40 foot Type I Miniature Coaxial Cable, 50 :

626-000-01 60 foot Type I Miniature Coaxial Cable, 50 :

RG-8X, with PL-259 on one end and BNC on other end

626-000-03 80 foot Type I Miniature Coaxial Cable, 50 :

626-000-04 100 foot Type I Miniature Coaxial Cable, 50 :

625-100-05 2 foot Type II Miniature Coaxial Cable, 50 :

RG-8X, with PL-259 on each end

625-100-06 15 foot Type II Miniature Coaxial Cable, 50 :

625-100-00 20 foot Type II Miniature Coaxial Cable, 50 :

625-100-01 40 foot Type II Miniature Coaxial Cable, 50 :

625-100-02 60 foot Type II Miniature Coaxial Cable, 50 :

625-100-03 80 foot Type II Miniature Coaxial Cable, 50 :

625-100-04 100 foot Type II Miniature Coaxial Cable, 50 :

620-023-00 Miniature 50 : RG-8X Coaxial Cable (no connectors). Specify length in feet.

164-004-00 Coaxial Cable Sealant, 48 foot long × 1/2 inch wide, for weatherproofing connectors

643-553-00 PL-259 Crimp Connector for use with 50 :� RG-8X coaxial cable

643-527-00 BNC Male Crimp Connector for use with 50 :�

643-556-00 N Male Crimp Connector for use with 50 :

303-000-00 Coaxial Cable Tool Kit used to reterminate cable in the field. Includes a crimper, die sets, and strippers for standard mini and low-loss cable.

302-104-00 Replacement Blade Set for cable strippers

RG Type 50 : miniature

AWG Stranding 16 AWG: Solid 0.058" bare copper conductor

Dielectric 0.155 inch diameter foam

Outside Diameter 0.242 inch

Nominal Capacitance 24.8 picofarads per foot

Nominal Impedance 50 :

Nominal Attenuation (Nominal Loss/dB per 100')

100 MHz: 3.1 200 MHz: 4.5 ccessories: Standard M iniature 50 W

-8X oaxial C able

Mass Notification Catalog Rev L 2/12

Application A typical antenna installation using a VHF omnidirectional type antenna is shown on this page. The coaxial cable is routed from the antenna to the lightning arrestor (static discharge unit) and from the lightning arrestor to the building transceiver (BT) (or M-1/M-2 or RFM). The connections at the antenna and lightning arrestor must be weatherproofed with a sealant (P/N 164-004-00).

Enclose the coaxial cable entirely in conduit. Where the conduit penetrates the building, the conduit should be, at minimum, 3/4 inch rigid conduit. Penetrating conduit should directly enter the lightning arrestor enclosure on the inside of the building. If this is not possible, the lightning arrestor enclosure should be as near as possible to the conduit penetration. A drip loop should be provided where the cable enters conduit (or, if conduit cannot be used, where cable enters the building) to prevent rain or moisture from entering.

The coaxial cable should only be long enough to reach the BT, M-1/M-2, or RFM with a 1-foot service loop. For Mini RG-8/X 50 ohm coaxial cable (mini RG-8), typical loss is about 2.5db to 3.5db loss per 100 feet at VHF frequencies. This is the standard coaxial cable and can be used for antenna runs up to 100 total feet and has a minimum bend radius of 2.4 inches (we recommend the total coaxial cable run be no more than 100 feet). Excess cable increases line loss of the RF signal from the transceiver and decreases output at the antenna. If necessary, the coaxial cable assembly should be cut and reterminated to provide the correct length.

When reterminating the cable connectors, be sure to crimp the termination carefully. Incorrect retermination can cause severe damage to the transceiver.

3/4" EMT with Type I

7" wall mounts (P/N 199-011-00)

Static discharge unit with enclosure

Transceiver Building with Type II coaxial cable Mast, 1" EMT or rigid conduit

1" F/F pulling elbow

(P/N 198-006-00 & 081-076-01) coaxial cable

Antenna (P/N 190-400-00) Cut to frequency by installer

• Two (2) Class A or two (2) Class B FACP inputs.

• Two (2) NC dry contact trigger inputs.

• Four (4) Class A or four (4) Class B indicating circuits.

• Two (2) Class B outputs may be paralleled for more power on an indicating circuit.

• One (1) Aux. Power Output @ 1 amp supply current

(w/battery back up).

• One (1) Aux. Power Output @ 1 amp supply current

(w/o battery back up).

• Signal Circuit Trouble Memory - facilitates quickly locating intermittent system trouble and eliminates costly and unnecessary service calls. LEDs indicate a prior fault (short, open, ground) has occurred on one or more signaling circuit outputs.

• 2-wire Horn/Strobe Sync mode allows audible notification appliances (Horns) to be silenced while visual notification appliances (Strobes) continue to operate.

• Horn/Strobe sync protocols include: Gentex®, System Sensor®, Faraday, Amseco.

• Temporal Code 3 Mode.

• Steady Mode.

• Input to Output Follower Mode (maintains synchronization of notification appliance circuits).

• March Time.

• Compatible with 24VDC or 12VDC fire panels.

• Ground fault detection.

• Input 115VAC.

• AC fail supervision (form "C" contacts).

• Low battery supervision (form "C" contacts).

• Battery presence supervision (form “C” contacts).

• Power supply, logic board, red enclosure, cam lock, transformer & battery leads.

• Enclosure:

- Combination knockouts re 1/2” and 3/4”

- Accommodates up to two (2)

12VDC/12AH batteries.

• Product weight:

- AL642ULADA: 17.5 lbs.

- AL842ULADA: 19.8 lbs.

- AL1042ULADA: 12.8 lbs.

• Shipping weight:

- AL642ULADA: 19.8 lbs.

- AL842ULADA: 22.1 lbs.

- AL1042ULADA: 15.1 lbs.

AL642ULADA, AL842ULADA, AL1042ULADA

NAC Power Extenders

Rev. AL642/842/1042ULADA - A05I

Overview

Agency Approvals

AL642ULADA

• 24VDC or 12VDC rated @ 6.5 amp max.

• Four (4) Class A or four (4) Class B outputs.

AL842ULADA

• 24VDC or 12VDC rated @ 8 amp max.

AL1042ULADA

• 24VDC rated

@ 10 amp max.

UL Listed Control Units and Accessories for Fire Alarm Systems (UL 864), UL Listed Standard for Safety for Fire Protective Signaling Systems (UL 1481).

Factory Mutual Approved.

NYC Department of Buildings Approved.

California State Fire Marshal Approved.

The AL642ULADA, AL842ULADA and AL1042ULADA are extremely cost effective voltage regulated remote NAC Power Extenders. They may be connected to any 12 or 24 volt Fire Alarm Control Panel (FACP). Primary applications include Notification Appliance Circuit (NAC) expansion (supports ADA requirements) and will provide auxiliary power to support system accessories.

Altronix Corp. - 140 58th Street, Brooklyn, NY 11220 • 718-567-8181 • 888-258-7669 • altronix.com

Enclosure Dimensions AL642ULADA, AL842ULADA and AL1042ULADA: 18"H x 14.5"W x 4.625"D

18"18"

14.5"

14.5"

4.5"

1.25"

1.5"4.0"6.5"1.5" 1.25"

1.5"

4.0"

10.0"

2.75"7.25"

1.0"

2.75"

10"

HT H

6.35

4.75

3.2 F1 F2

0.8 7.95

6.35

3.4

0.8

Tolerances are +/- 0.04 in. (+/- 1mm) and +/- 0.08 in. (+/- 2mm) for height dimensions. All data subject to change without notice.

Physical Dimensions: in (mm)

Absorbent Glass Mat (AGM) technology for superior performance

Valve regulated, spill proof construction allows safe operation in any position

Power/volume ratio yielding unrivaled energy density

Rugged impact resistant ABS case and cover (UL94-HB)

Approved for transport by air. D.O.T., I.A.T.A., F.A.A. and C.A.B. certified

U.L. recognized under file number MH 20845

Performance Specifications

Nominal Voltage ........................................................................ 12 volts (6 cells)

Nominal Capacity

20-hr. (400mA to 10.50 volts) ....................................................... 8.00 AH

10-hr. (720mA to 10.50 volts) ........................................................ 7.20 AH

5-hr. (1.33A to 10.20 volts) .......................................................... 6.65 AH

1-hr. (4.90A to 9.00 volts) ............................................................ 4.90 AH

15-min. (15.1A to 9.00 volts) .............................................................. 3.78 AH

Approximate Weight ............................................................. 5.51 lbs. (2.5 kg)

Energy Density (20-hr. rate) .............................. 1.69 W-h/in3 (103.39 W-h/l)

Specific Energy (20-hr. rate) .............................. 17.42 W-h/lb (38.41 W-h/kg)

Internal Resistance (approx.) ...................................................... 18 milliohms

Max Discharge Current (7 Min.) ............................................... 24.0 amperes

Max Short-Duration Discharge Current (10 Sec.) .................. 80.0 amperes

Shelf Life (% of nominal capacity at 68°F (20°C))

1 Month ...................................................................................................... 97%

3 Months ..................................................................................................... 91%

6 Months .................................................................................................... 83%

Operating Temperature Range

Charge .. ........................................................... -4°F (-20°C) to 122°F (50°C)

Discharge ....................................................... -40°F (-40°C) to 140°F (60°C)

Case ...................................................................................................... ABS Plastic

Power-Sonic Chargers ................................................ PSC-12800A, 12800A-C

PS-1280

www.power-sonic.comTo ensure safe and efficient operation always refer to the latest edition of our Technical Manual, as published on our website.

All data subject to change without notice.

Terminals (mm)

12 Volt 8.0 AH

L: 5.95 (151) W: 2.56 (65) H: 3.72 (94.5) HT: 3.94 (100)

F1 - Quick disconnect tabs, 0.187” x 0.032”- Mate with AMP. INC.

FASTON “187” series

F2 - Quick disconnect tabs, 0.250” x 0.032”

- Mate with AMP. INC FASTON “250” series

OR

Cycle Applications: Limit initial current to 2.4A. Charge until battery voltage (under charge) reaches 14.4 to 14.7 volts at 68°F (20°C). Hold at 14.4 to 14.7 volts until current drops to under 80mA. Battery is fully charged under these conditions, and charger should be disconnected or switched to “float” voltage.

“Float” or “Stand-By” Service: Hold battery across constant voltage source of

13.5 to 13.8 volts continuously. When held at this voltage, the battery will seek its own current level and maintain itself in a fully charged condition.

Note: Due to the self-discharge characteristics of this type of battery, it is imperative that they be charged within 6 months of storage, otherwise permanent loss of capacity might occur as a result of sulfation.

Chargers Power-Sonic offers a wide range of chargers suitable for batteries up to 100AH.

Please refer to the Charger Selection Guide in our specification sheets for “C-Series Switch Mode Chargers” and “Transformer Type A and F Series”. Please contact our Technical department for advice if you have difficulty in locating suitable models.

PS-1280 12 Volt 8.0 AH

Further Information Please refer to our website www.power-sonic.com for a complete range of useful downloads, such as product catalogs, material safety data sheets (MSDS), ISO certification, etc..

-20 - 10 0 10 20 30 40 50

0.05CA

0.10 CA

0.20CA

1CA

2CA

3CA

0.5

Li fe

E xp ec nc

(Y ea r)

Temperature(°C)

0.10CA - 2.25 V/Cell Temperature: 25°C

Battery Temperature

Charging Voltage

2.25 V/Cell

1 2 4 6 8 10 20 40 60 2 4 6 8 10 20

4.0

4.5

5.0

5.5

6V Battery (V)

12V Battery

.0

6.5

Temperature: 25°C

24A 16A

8A 5A

.744A 3.2A 1.66A

.400A

°C °F

8 10 12

4 6

0 2 em ai ni ng

Storage Time (Months)

10°C

30°C40°C

No supplementary charge required (Carry out supplementary charge before use if 100% capacity is required.)

Supplementary charge required before use.Optional charging way as below:

1.Charged for above 3 days at limted current 0.25CA and constant volatge 2.25V/cell.

2.Charged for above 20hours at limted current 0.25CA and constant volatge 2.45V/cell.

3.Charged for 8~10hours at limted current 0.05CA .

Supplementary charge may often fail to recover the capacity.

The battery should never be left standing till this is reached

25°C

A fter 100% D is c harg e

C harg ing C urr ent

A fter 50% D is c harg e

C harged V olume

0 200 400 600 800 1000 1200

Number of Cycles

100%

DOD

50%

30%

Testing condition Discharging:current 0.17C (FV…