Fire-Lite Alarms MS-2410B User Manual

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PN: 51127:C ECN 00-506

Fire Alarm Control Panel

MS-2410B &

MS-2410BE

Document #51127 11/7/00 Rev.

Fire Alarm System Limitations

While a fire alarm system may lower insurance rates, it is not a substitute for fire insurance!

An automatic fire alarm system–typically made up of smoke detectors, heat detectors, manual pull stations, audible warning devices, and a fire alarm control with remote notification capability–can provide early warning of a developing fire. Such a system, however, does not assure protection against property damage or loss of life resulting from a fire.

The Manufacturer recommends that smoke and/or heat detectors be located throughout a protected premise following the recommendations of the current edition of the National Fire Protection Association Standard 72 (NFPA 72), manufacturer's recommendations, State and local codes, and the recommendations contained in the Guide for Proper Use of System Smoke Detectors, which is made available at no charge to all installing dealers. A study by the Federal Emergency Management Agency (an agency of the United States government) indicated that smoke detectors may not go off in as many as 35% of all fires. While fire alarm systems are designed to provide early warning against fire, they do not guarantee warning or protection against fire. A fire alarm system may not provide timely or adequate warning, or simply may not function, for a variety of reasons:

Smoke detectors may not sense fire where smoke cannot reach the detectors such as in chimneys, in or behind walls, on roofs, or on the other side of closed doors. Smoke detectors also may not sense a fire on another level or floor of a building. A second-floor detector, for example, may not sense a first-floor or basement fire.

Particles of combustion or "smoke" from a developing fire may not reach the sensing chambers of smoke detectors because:

• Barriers such as closed or partially closed doors, walls, or chimneys may inhibit particle or smoke flow.

• Smoke particles may become "cold," stratify, and not reach the ceiling or upper walls where detectors are located.

• Smoke particles may be blown away from detectors by air outlets.

• Smoke detectors may be drawn into air returns before reaching the detector.

The amount of "smoke" present may be insufficient to alarm smoke detectors. Smoke detectors are designed to alarm at various levels of smoke density. If such density levels are not created by a developing fire at the location of detectors, the detectors will not go into alarm.

Smoke detectors, even when working properly, have sensing limitations. Detectors that have photoelectronic sensing chambers tend to detect smoldering fires better than flaming fires, which have little visible smoke. Detectors that have ionizing-type sensing chambers tend to detect fast-flaming fires better than smoldering fires. Because fires develop in different ways and are often unpredictable in their growth, neither type of detector is necessarily best and a given type of detector may not provide adequate warning of a fire.

Smoke detectors cannot be expected to provide adequate warning of fires caused by arson, children playing with matches (especially in bedrooms), smoking in bed, and violent explosions (caused by escaping gas, improper storage of flammable materials, etc.).

Heat detectors do not sense particles of combustion and alarm only when heat on their sensors increases at a predetermined rate or reaches a predetermined level. Rate-of-rise heat detectors may be subject to reduced sensitivity over time. For this reason, the rate-of-rise feature of each detector should be tested at least once per year by a qualified fire protection specialist.

Heat detectors are designed to protect

property, not life.

IMPORTANT!

Smoke detectors must be installed in the

same room as the control panel and in rooms used by the system for the connection of alarm transmission wiring, communications, signaling, and/or power.

cated, a developing fire may damage the alarm system, crippling its ability to report a fire.

Audible warning devices such as bells may not alert people if these devices are located on the other side of closed or partly open doors or are located on another floor of a building. Any warning device may fail to alert people with a disability or those who have recently consumed drugs, alcohol or medication. Please note that:

• Strobes can, under certain circumstances, cause seizures in people with conditions such as epilepsy.

• Studies have shown that certain people, even when they hear a fire alarm signal, do not respond or comprehend the meaning of the signal. It is the property owner's responsibility to conduct fire drills and other training exercise to make people aware of fire alarm signals and instruct them on the proper reaction to alarm signals.

• In rare instances, the sounding of a warning device can cause temporary or permanent hearing loss.

A fire alarm system will not operate without any electrical power. If AC power fails, the system will operate from standby batteries only for a specified time and only if the batteries have been properly maintained and replaced regularly.

Equipment used in the system may not be technically compatible with the control. It is essential to use only equipment listed for service with your control panel.

Telephone lines needed to transmit alarm signals from a premise to a central monitoring station may be out of service or temporarily disabled. For added protection against telephone line failure, backup radio transmission systems are recommended.

The most common cause of fire alarm malfunction is inadequate maintenance. To keep the entire fire alarm system in excellent working order, ongoing maintenance is required per the manufacturer's recommendations, and UL and NFPA standards. At a minimum, the requirements of Chapter 7 of NFPA 72 shall be followed. Environments with large amounts of dust, dirt or high air velocity require more frequent maintenance. A maintenance agreement should be arranged through the local manufacturer's representative. Maintenance should be scheduled monthly or as required by National and/ or local fire codes and should be performed by authorized professional fire alarm installers only. Adequate written records of all inspections should be kept.

If detectors are not so lo-

LimWarLg.p65 01/10/2000

Installation Precautions

Adherence to the following will aid in problem-free installation with long-term reliability:

WARNING -

nected to the fire alarm control panel.

of power before servicing. Control unit and associated equipment may be damaged by removing and/or inserting cards, modules, or interconnecting cables while the unit is energized. Do not attempt to install, service, or operate this unit until this manual is read and understood.

CAUTION -

Changes.

must be tested in accordance with NFPA 72 Chapter 7 after any programming operation or change in site-specific software. Reacceptance testing is required after any change, addition or deletion of system components, or after any modification, repair or adjustment to system hardware or wiring.

All components, circuits, system operations, or software functions known to be affected by a change must be 100% tested. In addition, to ensure that other operations are not inadvertently affected, at least 10% of initiating devices that are not directly affected by the change, up to a maximum of 50 devices, must also be tested and proper system operation verified.

This system meets NFPA requirements for operation at 0-49° C/32-120° F condensing) at 30° C/86° F. However, the useful life of the system's standby batteries and the electronic components may be adversely affected by extreme temperature ranges and humidity. Therefore, it is recommended that this system and all peripherals be installed in an environment with a nominal room temperature of 15-27° C/60-80° F.

Verify that wire sizes are adequate for all initiating and indicating device loops. Most devices cannot tolerate more than a 10% I.R. drop from the specified device voltage.

Several different sources of power can be con-

Disconnect all sources

System Reacceptance Test after Software

To ensure proper system operation, this product

and at a relative humidity of 85% RH (non-

Like all solid state electronic devices, this system may operate erratically or can be damaged when subjected to lightning-induced transients. Although no system is completely immune from lightning transients and interferences, proper grounding will reduce susceptibility.

Overhead or outside aerial wiring is not recommended, due to an increased susceptibility to nearby lightning strikes.

cal Services Department if any problems are anticipated or encountered.

Disconnect AC power and batteries prior to removing or inserting circuit boards. Failure to do so can damage circuits.

Remove all electronic assemblies prior to any drilling, filing, reaming, or punching of the enclosure. When possible, make all cable entries from the sides or rear. Before making modifications, verify that they will not interfere with battery, transformer, and printed circuit board location.

Do not tighten screw terminals more than 9 in-lbs. Over-tightening may damage threads, resulting in reduced terminal contact pressure and difficulty with screw terminal removal.

Though designed to last many years, system components can fail at any time. This system contains static-sensitive components. Always ground yourself with a proper wrist strap before handling any circuits so that static charges are removed from the body. Use static-suppressive packaging to protect electronic assemblies removed from the unit.

Follow the instructions in the installation, operating, and programming manuals. These instructions must be followed to avoid damage to the control panel and associated equipment. FACP operation and reliability depend upon proper installation by authorized personnel.

Consult with the Techni-

FCC Warning

WARNING: This equipment generates, uses, and can

radiate radio frequency energy and if not installed and used in accordance with the instruction manual, may cause interference to radio communications. It has been tested and found to comply with the limits for class A computing device pursuant to Subpart B of Part 15 of FCC Rules, which is designed to provide reasonable protection against such interference when operated in a commercial environment. Operation of this equipment in a residential area is likely to cause interference, in which case the user will be required to correct the interference at his own expense.

Canadian Requirements

This digital apparatus does not exceed the Class A limits for radiation noise emissions from digital apparatus set out in the Radio Interference Regulations of the Canadian Department of Communications.

Le present appareil numerique n'emet pas de bruits radioelectriques depassant les limites applicables aux appareils numeriques de la classe A prescrites dans le Reglement sur le brouillage radioelectrique edicte par le ministere des Communications du Canada.

LimWarLg.p65 01/10/2000

Notes

Document #51127 Rev.C 11/7/00 P/N 51127:C

Table of Contents

CHAPTER 1: Product Description .........................................................................................................................9

1.1: Product Features..........................................................................................................................................9

1.2: Specifications ..............................................................................................................................................11

1.3: Controls and Indicators ...............................................................................................................................12

1.4: Circuits ........................................................................................................................................................13

1.5: Components ................................................................................................................................................13

1.6: Optional Modules........................................................................................................................................14

1.7: Optional Accessories...................................................................................................................................14

CHAPTER 2: Installation.........................................................................................................................................19

2.1: Mounting Options .......................................................................................................................................19

2.2: Backbox Mounting......................................................................................................................................19

2.3: Transformer Installation ..............................................................................................................................22

2.4: Main Circuit Board Installation...................................................................................................................23

2.5: Operating Power..........................................................................................................................................24

2.6: Input Circuits...............................................................................................................................................25

2.7: Output Circuits ............................................................................................................................................26

2.8: Power-limited Wiring Requirements...........................................................................................................27

2.9: Installation of Optional Modules with Remote Accessories.......................................................................28

CHAPTER 3: Programming Instructions...............................................................................................................34

3.1: Switch Functions .........................................................................................................................................34

3.2: Programmable Features and Options ..........................................................................................................35

3.3: Entering Program Mode..............................................................................................................................36

3.4: Programming Function................................................................................................................................37

3.4.1: Program Feature Selection................................................................................................................37

3.4.2: Programming Options.......................................................................................................................37

3.4.3: Programming Example .....................................................................................................................37

3.5: Program Features and Options ....................................................................................................................41

3.5.1: Program Features ..............................................................................................................................41

3.5.2: Programming Options.......................................................................................................................41

3.6: Default Programming Mode........................................................................................................................46

CHAPTER 4: Operating Instructions..................................................................................................................... 47

4.1: Switch Functions in Normal Mode .............................................................................................................47

4.2: Status LEDs.................................................................................................................................................48

4.3: Operation.....................................................................................................................................................49

4.3.1: Fire Alarm Response.........................................................................................................................50

4.3.2: Fire Alarm Restoral...........................................................................................................................50

4.3.3: System Supervisory Condition Response .........................................................................................50

4.3.4: System Supervisory Restoral Response............................................................................................51

4.3.5: Trouble Condition Response.............................................................................................................51

4.3.6: Trouble Condition Restoral...............................................................................................................51

CHAPTER 5: Servicing ...........................................................................................................................................52

5.1: Walktest Mode.............................................................................................................................................52

5.2: Last Event/History Mode ............................................................................................................................53

5.3: Lamp Test ....................................................................................................................................................54

CHAPTER 6: Power Supply Calculations..............................................................................................................55

6.1: Overview .....................................................................................................................................................55

6.2: Calculating the AC Branch Circuit..............................................................................................................55

6.3: Calculating the System Current Draw.........................................................................................................56

Document 51127 Rev. C 11/7/00 P/N: 51127:C

Table of Contents

6.3.1: Overview ...........................................................................................................................................56

6.3.2: How to Use Table 6-3 on page 57 to Calculate System Current Draw .............................................56

6.4: Calculating the Battery Size ........................................................................................................................58

6.4.1: NFPA Battery Requirements .............................................................................................................58

6.4.2: Selecting and Locating Batteries.......................................................................................................58

Appendix A: NFPA Requirements ......................................................................................................................59

Appendix B: Wire Requirements .........................................................................................................................60

Appendix C: Slide-in Labels .................................................................................................................................61

Document #51127 Rev. C 11/7/00 P/N: 51127:C

This control panel has been designed to comply with standards set forth by the following regulatory agencies:

Before proceeding, the installer should be familiar with the following documents.

NFPA Standards

This Fire Alarm Control Panel complies with the following NFPA Standards:

NFPA 72 National Fire Alarm Code for Local Fire Alarm Systems (Automatic, Manual, Waterflow and Sprinkler Supervisory), Auxiliary Fire Alarm Systems (Automatic, Manual and Waterflow), Remote Station Fire Alarm Systems (Automatic, Manual and Waterflow) and Proprietary Fire Alarm Systems (Automatic, Manual and Waterflow).

Underwriters Laboratories Documents:

UL 38 Manually Actuated Signaling Boxes

UL 217 Smoke Detectors, Single and Multiple Station

UL 228 Door Closers - Holders for Fire Protective Signaling Systems

UL 268 Smoke Detectors for Fire Protective Signaling Systems

UL 268A Smoke Detectors for Duct Applications

UL 346 Waterflow Inidicators for Fire Protective Signaling Systems

UL 464 Audible Signaling Appliances

UL 521 Heat Detectors for Fire Protective Signaling Systems

UL 864 Standard for Control Units for Fire Protective Signaling Systems

UL 1481 Power Supplies for Fire Protective Signaling Systems

UL 1638 Visual Signaling Appliances

UL 1971 Signaling Devices for Hearing Impaired

Other:

NEC Article 250 Grounding

NEC Article 300 Wiring Methods

NEC Articla 760 Fire Protective Signaling Systems

Applicable Local and State Building Codes

Requirements of the Local Authority Having Jurisdiction (LAHJ)

Fire•Lite Documents

Fire•Lite Device Compatibility Document Document #15384

Annunciator Modules Document #15390

AFM-16ATF Annunciator Document #15970

AFM-16AF Annunciator Document #15210

FCPS-24F(E) Field Charger/Power Supply Document #50079

LDM Series Lamp Driver Modules Document #50055

LED-10 Annunciator Document #50361

ACM-8RF Annunciator Control Relay Module Document #50362

411 Digital Alarm Communicator/Transmitter Document #50921

411UD Digital Alarm Communicator/Transmitter Document #50759

Document #51127 Rev. C 11/7/00 P/N 51127:C

MS-2410B Main Circuit Board

24 V

NONR ESET

RESET

+ - + -

TB2

J3 PRIMARY TRANSFO RMER CONNECTOR

CAUTION! HIGH VOLTAGE

J2 OPTIONAL TRANSFO RMER CONNECTOR

BELL 1

+ - + -

TB3

24 V

RESET

NONRES ET

+ - + -

TB2

NC NO

TROUBLE RELAY

SUPV RELAY

ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZON E 5

ZO NE 6 ZON E 7 ZO NE 8 ZON E 9 ZO NE 10

BELL 2

REMOTE TRBL UNIT

AC TRBL BUZZ

GND

TB5

ALARM RELAY

TB4

TB6

SUPV

ALARM

24 V

BELL 1

BELL 2

REMOTE TRBL UNIT

AC TRBL BUZZ

GND

+ - + -

TB3

TB5

TB1

CB1

EARTH

HOT

NEUT

TROUBLE

RELAY

NC NO

RELAY

CCC

ZONE 1 ZON E 2 Z ONE 3 ZO NE 4 ZO NE 5

NCNCNC

+ - + - + - + - + - + - + - + - + - + -

TB4

TB6

ZONE 6 ZONE 7 ZONE 8 ZO NE 9 ZO NE 10

LED-10IM MODULE

TB7

SECURITY KEY

TB7

LED-10IM MODULE

SECURITY KEY

MEMBRANE SW CONNECTOR

BAT T - +

TON E/CITY BOX OPTIONS

JP1

OPTION

SUP ERVIS ION

TO NE/CIT Y BO X

OPTIONS

TB1

U T

AC Pow er

JP1

BATT - +

E A R T H

MEMBRANE SW CO NNECTOR

OPTION

SUPERVISION

MS-2410B Terminals and Connectors

2410layo.cdr

Document #51127 Rev.C 11/7/00 P/N 51127:C

Product Description

CHAPTER 1 Product Description

The MS-2410B is a 10-zone FACP (Fire Alarm Control Panel), which uses conventional input devices. The panel accepts waterflow devices, two-wire smoke detectors, four-wire smoke detectors, pull stations and other normally-open contact devices. Outputs include two Notification Appliance Circuits (NACs), three standard Form-C relays (alarm, trouble and supervisory) and an EIA-485 port to interface with remote annunciators and optional remote relay modules. The FACP is field programmable via the panel keypad. It also supervises all wiring, AC voltage and battery level. The MS-2410BE offers the same features as the MS-2410B but allows connection to 220/ 240 VAC input.

1.1 Product Features

• 10 Class B Initiating Device Circuits (IDCs)

✓ All zones accept smoke detectors and any normally open contact device

✓ Zones 1 - 8 configured as general alarm zones

✓ Zones 9 - 10 can be configured as smoke zones or supervisory alarm zones

• Two Class B Notification Appliance Circuits (NACs)

• Form-C Alarm Relay

• Form-C Trouble Relay

• Form-C Supervisory Relay

• 3.6 amps of system power expandable to 6.6 amps

• RTB Remote Trouble Buzzer

• Remote Relay Option Module (ACM-8RF) providing one 5.0 amp relay per zone

• Dress Panel coverplate (DP-2410B)

• Built-in keypad for panel control and programming

• 24 volt operation

• Trouble Reminder

• Alarm Verification (zones 1 through 3 only)

• Interfaces with Fire•Lite annunciators (requires LED-10IM Option Module)

✓ LED-10 Series Remote Annunciators provide

red alarm and yellow trouble LEDs

✓ LDM-32F Graphic Annunciator Driver

✓ AFM Series LED Annunciators

• Small backbox size 16.9” (42.9 cm) X 14.5” (36.8 cm) X 4.5” (11.43 cm)

• Silence Inhibit Notification Appliance Circuits

• Auto-Silence Notification Appliance Circuits

• Fuseless design

• Low AC voltage sense

• Silent or audible Walktest

FIGURE 1-1:

DP-2410B

DP2410b.cdr

Note: Unless otherwise specified, the term MS-2410B shall be used in this manual to refer to both the MS-2410B and the MS-2410BE Fire Alarm Control Panels.

Document #51127 Rev. C 11/7/00 P/N 51127:C

Product Features

24 VDC Power

Keypad and LEDs

Standard Trans former

Notification Appliance Circuits

Remote Trouble Buzzer

Zone 1 Zone 2

Zone 3 Zone 4

Zone 5 Zone 6

Zone 7 Zone 8

Zone 9 Zone 10

Trouble

Supervisory

Signal Silence

NAC Fault

Ground Fault

Battery Trouble

Zone Disabled

Annc. Trouble

Relays

10 Input Zones

Security Key

LED-10IM Interface Module Connector

Reverse Pol arity Module

Optional Trans former

Note: Transformers are mounted to the backbox, under the main circuit board.

Holds up to 12 AH Batteries,

FIGURE 1-2:

MS-2410B Panel

Reverse Polarity Module Supervision

m2410enc.cdr

Document #51127 Rev.C 11/7/00 P/N 51127:C

Specifications

1.2 Specifications

AC Power - TB1

MS-2410B: 120 VAC, 60 Hz, 2.3 amps MS-2410BE: 220/240 VAC, 50 Hz, 1.15 amps Wire size: minimum #14 AWG (2.0 mm

Battery (lead acid only) - J1

Maximum Charging Circuit: Normal Flat Charge—27.6V @ 0.8 amp

Maximum Charger Capacity: 18 Amp Hour battery (MS-2410B cabinet holds maximum 12 Amp Hour battery. Larger batteries require Fire•Lite BB-17F)

Initiating Device Circuits TB6 and TB7

General Alarm Zones 1 through 8

Smoke Zones or Supervisory Alarm Zones 9 and 10

Operation: All zones Class B

Normal Operating Voltage: Nominal 24 VDC (ripple = 100 mV maximum)

Alarm Current: 15 mA threshold

Short Circuit Current: 42 mA maximum

Maximum Loop Resistance: 100 ohms

End-of-Line Resistor: 4.7K, ½ watt (Part #27072)

Standby Current: 7.26 mA (includes ELR and 2 mA maximum detector current)

Smoke Detector Identifier A

Refer to Fire•Lite Device Compatibility Document for listed compatible devices.

) with 600V insulation

Notification Appliance Circuits - TB3

Class B wiring

Operating voltage nominal 24 volts

Current for all external devices: 3.0 amps expandable to 6.0 amps

Current Limit: TB3 via PTC

Maximum signaling current/circuit: TB3 = 1.25 amps expandable to 2.5 amps

End-of-Line resistor: 4.7K, ½ watt (Part #71252) for Notification Appliance Circuits

Refer to Fire•Lite Device Compatibility Document for listed compatible devices

Three Form-C Relays - TB4

TB4 relay contact rating: 2.0 amps @ 30 VDC (resistive), 2.0 amps @ 30 VAC (resistive)

Four-wire Smoke Detector Power - TB2 Terminals 3(-) & 4(+)

Maximum ripple voltage: 10 mV

Up to 300 mA is available for powering 4-wire smoke detectors

Recommended maximum Standby current is 50 mA

Operating Voltage nominal 24 volts

RMS

Refer to Fire•Lite Device Compatibility Document for compatible listed device

1. Total current for nonresettable power, four-wire smoke power, and two Notification Appliance Circuits

amps.

Total system current in excess of 3.6 amps requires the XRM-24 Transformer (XRM-24E for 220/240 VAC applications)

and 12 Amp Hour or 18 Amp Hour batteries.

2. For power supply and battery calculations, refer to “Power Supply Calculations” on page 55.

Document #51127 Rev. C 11/7/00 P/N 51127:C

must not exceed 6.0

Controls and Indicators

Nonresettable 24 VDC Power - TB2 Terminals 1(-) & 2(+)

Maximum ripple voltage: 10 mV

Total DC current available from this output is up to 500 mA

Operating Voltage nominal 24 volts

RMS

Recommended maximum Standby current is 150 mA

Refer to Fire•Lite Device Compatibility Chart for compatible listed devices

Remote Trouble Buzzer - TB5

Operating Voltage: nominal 24 VDC

DC current when RTB Remote Trouble Buzzer is in normal standby (AC Power LED on alone) is 20 mA.

Maximum DC current from this output when RTB Remote Trouble Buzzer is active is 50 mA.

1.3 Controls and Indicators

Front Panel Membrane Keys in Normal Mode

Acknowledge

Signal Silence

Drill

Disable/Enable

Reset/Lamp Test

Note that programming keys function slide-in-labels and option/feature slide-in labels are also provided and should be inserted while in Program Mode to view the altered key functions. Refer to Figure 4-1, “LED Indicators and Keypad,” on page 47 and “Slide-in Labels” on page 61.

LEDs

AC Power - green LED

Alarm - red LED

Trouble - yellow LED

Supervisory - yellow LED

Signal Silence - yellow LED

NAC Fault - yellow LED

Ground Fault - yellow LED

Battery Trouble - yellow LED

Zone Disabled - yellow LED

Annunciator Trouble - yellow LED

Zone Fire Alarm - Zones 1 through 10 - red LEDs

Zone Supervisory Alarm - Zones 9 and 10 only - red LEDs

Zone Trouble - Zones 1 through 10 - yellow LEDs

Zone 1 Zone 2

Zone 3 Zone 4

Zone 5 Zone 6

Zone 7 Zone 8

Zone 9 Zone 10

FIGURE 1-3:

Trouble

Supervisory

Signal Silence

NAC Fault

Ground Fault

Battery Trouble

Zone Disabled

Annunc. Trouble

LEDs and Keypad

2410disp.cdr

2410DISP

Note: A blank slide-in label is provided for circuits 1 through 10 which may be customized by the customer. In addition, slide-in-labels listing the programming features/options and programming key functions are provided and should be inserted while in Program Mode.

1. Total current for nonresettable power, four-wire smoke power, and two Notification Appliance Circuits

amps.

Total system current in excess of 3.6 amps requires the XRM-24 Transformer (XRM-24E for 220/240 VAC applica-

tions) and 12 Amp Hour or 18 Amp Hour batteries.

Document #51127 Rev.C 11/7/00 P/N 51127:C

must not exceed 6.0

Circuits

Local Sounder

A piezo sounder provides separate and distinct sounds for alarm, trouble and supervisory conditions:

• Alarm - on steady

• Alarm Verification - pulse 1 second On and 1 second Off

• Trouble - pulse 1 second On and 1 second Off

• Supervisory - pulse ½ second On and ½ second OFF

1.4 Circuits

Input Circuits

Ten input circuits provide Class B configuration. Input circuits 1 through 10 may be used as standard fire alarm control panel zones and circuits 9 and 10 may be used as supervisory alarm zones. All ten Initiating Device Circuits accept normally-open contact devices and two-wire smoke detectors.

Output Circuits

• 24 Volt Resettable Power Output 300 mA

• 24 Volt Nonresettable Power Output 500 mA

• 24 Volt Remote Trouble Buzzer Output 50 mA maximum

• 24 Volt Battery Charger (up to 18 AH batteries)

• EIA-485 Port (interfaces to LED-10 Series Annunciators, AFM Series and LDM Graphic Series Annunciators and ACM-8RF Remote Relay Module)

Notification Appliance Circuits

Two Notification Appliance Circuits Class B.

Relays

Three dry Form-C relays for system alarm, system trouble and supervisory are provided standard. Contacts are rated 2.0 amps @ 30 VDC (resistive) and 2.0 amps @ 30 VAC (resistive).

EIA-485 Port (Requires LED-10IM Module)

EIA-485 compatible port on the LED-10IM option module supports up to 10 different device addresses which can consist of LED-10 Series Remote Annunciators, ACM-8RF Relay Modules, AFM Series Annunciators or LDM Graphic Series Annunciators or any combination of the four modules.

Battery Charger

Battery Charger will charge up to 18 AH batteries. The MS-2410B cabinet holds a maximum of 12 AH batteries. The Fire•Lite BB-17F is required to hold 18 AH batteries. The charger is rated for 800 mA maximum current.

1.5 Components

Main Circuit Board

The main circuit board contains the system's CPU, power supply, other primary components and wiring interface connectors. Optional modules plug in and are mounted to the main circuit board. The main circuit board is delivered premounted in the cabinet.

24 V

BELL 1 BELL 2

RESET

NONRESET

REMOTE TRBL BUZZER

GRD

+ - + -

TB2

TB3

TB1

CB1

HOT

AC TRBL BUZZ

TB5

EARTHNEUT

SUPV

TROUBLE

ALARM RELAY

ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 5 ZONE 6 ZONE 7 ZONE 8 ZONE 9 ZONE 10

RELAY

CCCNONONC NO

+ - + - + - + - + - + - + - + - + - + -

TB6

TB4

MEMBRANE SW CONNECTOR

BATT - +

SECURITY KEY

TB7

LED-10IM MODULE

TONE/C ITY BOX OPTIONS

JP1

OPTION

SUPERVISION

2410brd.cdr

FIGURE 1-4:

Document #51127 Rev. C 11/7/00 P/N 51127:C

Main Circuit Board

Optional Modules

Cabinet

The cabinet is red and the backbox measures 16.90” (42.9 cm) long X 14.50” (36.8 cm) high X 4.5” (11.43 cm) deep and provides space for two batteries (up to 12 Amp Hours). Also available is an optional dress panel, DP-2410B, which mounts inside the cabinet.

ms2410bcdr

FIGURE 1-5:

MS-2410B Cabinet

Transformer Assembly

One 100VA transformer is provided standard with the panel. An optional 100VA transformer XRM-24 (XRM-24E for 220/240 VAC applications) is available to provide maximum accessory power.

Batteries

Standard XRM-24(E)

The cabinet provides space for 12 Amp Hour batteries (larger batteries up to 18 Amp Hour batteries, use the listed Fire•Lite BB-17F battery box). Batteries must be ordered separately.

Optional XRM-24(E)

FIGURE 1-6:

Transformer Assemblies

1.6 Optional Modules

LED-10IM

The LED-10IM Interface Module provides an EIA-485 port to support the LED-10 Series Remote Annunciator, LDM Series Annunciator, AFM Series Annunciator and ACM-8RF Relay Modules. EIA-485 wiring is supervised for short, open and grounded circuits by this module. The LED-10IM mounts to connector J5 on the main circuit board.

4XTMF Transmitter Module

The 4XTMF provides a supervised output for local energy municipal box transmitter and alarm and trouble reverse polarity. It includes a disable switch and disable trouble LED. A module jumper option allows the reverse polarity circuit to open with a system trouble condition if no alarm condition exists.

1.7 Optional Accessories

Dress Panel

A dress panel (DP-2410B) is available as an option. The dress panel restricts access to the system wiring while allowing access to the membrane switch panel. Refer to Figure 1-1, “DP-2410B,” on page 9.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Optional Accessories

Battery Box

The Fire•Lite BB-17F battery box may be used to house two batteries greater than 12 Amp Hour to a maximum of 18 Amp Hour. The battery box mounts directly below the MS-2410B cabinet, centered to the main circuit board. The BB-17F is red and is provided with knockouts.

bb17.cdr

Remote Trouble Buzzer

One Remote Trouble Buzzer can be connected to the MS-2410B control panel using four wires. The remote unit includes an AC LED, System Trouble LED and piezo sounder which are controlled by the MS-2410B. It mounts to a single-gang electrical box.

ACM-8RF Relay Module

The ACM-8RF option module provides eight Form-C relays rated at 5.0 amps each. The Relay Module connects to the EIA-485 port off of the LED-10IM option module. Relays are assigned to each of the 10 Initiating Device Circuits.

411 and 411UD Digital Alarm Communicator/Transmitter

The three input/channel 411 and the four input/channel 411UD are dual line, digital alarm communicator transmitters which can be used as slave communicators with the MS-2410B. The inputs/channels are compatible with normally open relay contacts, require End-Of-Line (EOL) resistors, are supervised and are fully programmable. The communicators interface with the public switched telephone network and are compatible with most central station receivers. Power supplied must be 12 or 24 volts, filtered and nonresettable. The communicators are mounted in a small metal enclosure, providing a variety of mounting options. Refer to the 411 or 411UD manual for detailed information on installation, wiring and programming.

FIGURE 1-7:

FIGURE 1-8:

FIGURE 1-9:

BB-17F Battery Box

rtbbuzz.cdr

RTB Remote Trouble Buzzer

411udcvr.cdr

411UD Communicator

LED-10 Series Annunciator (LED Zone Type Annunciator)

The LED-10 Series is a 10 zone LED annunciator which mounts on a 3-gang electrical box and provides LED indication of the following:

• Alarm Zones 1 through 10

• Supervisory Zones 9 and 10 (LED-10LS2 only)

• Trouble Zones 1 through 10

FIRE ANNUNCIATOR

• AC Power (green)

• System Alarm (red)

• System Trouble (yellow)

FIGURE 1-10:

LED-10 Series Annunciator

• System Supervisory (yellow)

• Alarm Silence (yellow)

A local trouble sounder is standard and switches for remote Acknowledge, Silence, Drill and Reset are also provided on the LED-10 only. Wiring is inherently supervised by the FACP. Slide-in paper labels permit an easy change of zone information. DIP switches allow the enabling and disabling of the local piezo sounder (with approval of local AHJ), enabling and disabling of the mechanical keyswitch which may be used to prevent unauthorized use of the function switches and selection of annunciator receive/transmit mode.

Note that the LED-10 Series Remote Annunciators require the use of the LED-10IM Interface Module.

Document #51127 Rev. C 11/7/00 P/N 51127:C

led10.cdr

Optional Accessories

AFM Series Annunciators (LED Zone Type)

The AFM Series Annunciators remotely display system status. The AFM/AEM-16AT annunciators display zone alarm and trouble status. In addition, they provide remote Acknowledge, Silence, Reset and Drill functions. The AFM Series Annunciators require the use of the LED-10IM Interface Module. For more detailed information, refer to the appropriate AFM Annunciator manual.

✓ AFM-16ATX - The Annunciator Fixed Module-16ATX contains

16 red alarm and 16 yellow trouble LEDs, a system trouble LED, an ON LINE/POWER LED and a local piezo sounder with switches for Acknowledge, Silence, Reset and Drill. The AFM-16ATX is fixed at address '1' and will accept up to 3 AEM-16ATF Expanders. The AFM-16ATX can be mounted in a Fire•Lite ABS-1F or ABF-1F backbox. Refer to the AFM-16ATX Manual for detailed information.

Note that only one AFM-16ATX is required to annunciate 10 zones of alarm and trouble, provided '8 Point Shift' function is selected. Refer to Annunciator Manual P/N 15390 for additional information.

✓ AFM-16ATXCS4 - This module is the same as the AFM-16ATX

except with four yellow supervisory LEDs in place of the four red

FIGURE 1-11:

AFM-16ATX

LEDs at points 13 through 16.

✓ AFM-16ATXCS8 - This module is the same as the AFM-16ATX except with eight yellow supervisory

LEDs in place of the eight red LEDs at points 9 through 16.

✓ AFM-16ATXCS16 - This module is the same as the AFM-16ATX except with sixteen yellow

supervisory LEDs in place of the sixteen red LEDs at points 1 through 16.

✓ AEM-16ATF - The Annunciator Expander Module-16ATF con-

nects to the AFM-16ATX and adds 16 sets of red alarm LEDs and yellow trouble LEDs. Up to three AEM-16ATFs may be added to an AFM-16ATX but only one is required.

Note that one AEM-16ATF is required with an AFM-16ATX to annunciate 10 zones of alarm and trouble as well as general system status provided '8 Point Shift' function is not selected. Refer to Annunciator Manual P/N 15390 for additional information.

✓ AFM-16ATF - The Annunciator Fixed Module-16ATF contains

16 red alarm and 16 yellow trouble LEDs, a system trouble LED, an ON LINE/POWER LED and a local piezo sounder with switches for Acknowledge, Silence, Reset and Drill. The AFM-16ATF is fixed at address '1' and communication is via the EIA-485 data line. The AFM-16ATF can be mounted in a Fire•Lite ABS-1F or ABF-1F backbox. Refer to the AFM-16AT

FIGURE 1-12:

AFM-16ATF

Manual for detailed information.

✓ AFM-16AF - The Annunciator Fixed Module-16AF has 16 red

alarm LEDs. Multiple annunciators may be used by setting all annunciators to Receive Only, except the last AFM-16AF in line. Each annunciator's address is internally fixed at '1' and communication is via the EIA-485 data line. The Local Silence/Acknowledge switch functions as local lamp test and silence for annunciator piezo. LEDs include On-Line and System Trouble indicators. The AFM-16AF Annunciator can be mounted in a standard 4-gang electrical box. Refer to the AFM-16AF Manual for detailed information.

afm16atx.cdr

Document #51127 Rev.C 11/7/00 P/N 51127:C

FIGURE 1-13:

afm-16a.cdr

AFM-16AF

Optional Accessories

LDM Series Lamp Driver Modules (Graphic Annunciator)

The LDM Series Lamp Driver Modules, which consist of the LDM-32F master and LDM-E32F expander modules, are used to provide an interface to a custom graphic LED annunciator. The master module provides power and control for a maximum of three expander modules (expander modules are not required when interfacing to the MS-2410B). The LDM-32F and LDM-E32F have output connectors which are used to drive lamps or LEDs and input connectors which are used for remote switch functions. The LDM Series requires the use of the LED-10IM Interface Module. Refer to the LDM Series Lamp Driver Modules Manual for a complete description.

✓ LDM-32F - The Lamp Driver Module has 32

alarm lamp/LED driver outputs which sink current to system common (-) on activation. A single positive (+) voltage is required to supply total operating power for all lamps or LEDs when all drivers are activated. The LDM-32F provides a separate driver for system trouble and inputs for a local lamp test switch. A maximum of 16 external control switches may be wired to the LDM-32F. DIP switch SW3 is used to enable or disable the onboard piezo sounder, enable remote switch functions, select a flashing LED function for new alarms and troubles and other functions. Switch SW4 is used to configure the module to annunciate 32 alarms or 16 alarms and 16 troubles. A green ON-LINE LED flashes to indicate ongoing communications with the host FACP. One LDM-32F supports up to three LDM-E32F modules. The LDM-32F is supplied with four standoffs and screws for mounting to a CHS-4L

FIGURE 1-14:

LDM-32F Module

ldm-32f.cdr

chassis or custom backbox.

FCPS-24F(E) Remote Power Supply (System Power Expansion)

The FCPS-24F(E) is a compact, remote power supply and battery charger. This remote power supply consists of a filtered 24 VDC output that may be configured to drive up to four Notification Appliance Circuits (four Class B or two Class A and two Class B). Alternately, the four Notification Appliance Circuits may be used as auxiliary power configured for resettable or nonresettable operation.

The FCPS-24F(E) may be used in a number of different applications. It may be used as a remotely mounted power supply and battery charger powering up to four, coded or noncoded, Notification Appliance Circuits. Alternately, any or all of these circuits may be used as 24 VDC output circuits capable of powering four-wire smoke detectors or any device that requires filtered power. These circuits may be configured as resettable or nonresettable outputs to expand FACP auxiliary system power.

Class B/Class A Notification Appli-

Notification Appliance Circuit Control Input #1 (from FACP)

Notification Appliance Circuit

Control Input #2 (from FACP)

FIGURE 1-15:

AC Power

FCPS-24F(E)

Specific Application

Power

FCPS Trouble

Contact Output

ance Circuit or 24 VDC Output #1

Class B Notification Appliance

Circuit or 24 VDC Output #2

Class B/Class A Notification Appli-

ance Circuit or 24 VDC Output #3

Class B Notification Appliance

Circuit or 24 VDC Output #4

Battery Charger

fcpsblok.cdr

Document #51127 Rev. C 11/7/00 P/N 51127:C

Optional Accessories

One of the most common applications for the FCPS-24F(E) remote power supply utilizes the NAC expander mode. In this application, one or two Notification Appliance Circuits (NACs) are connected from the main FACP NAC output(s) to the remote power supply Control Input circuits. When these Control Input circuits activate (due to reverse polarity of the NAC output), the power supply will activate its corresponding outputs. NAC Control Input #1 controls power supply output circuits #1 and #2. NAC Control Input #2 controls output circuits #3 and #4.

During the inactive state, the remote power supply supervises its NAC field wiring for short and open circuits. If a fault is detected, the supply will enter a trouble condition and illuminate the corresponding NAC trouble LED (Output Circuits 1-4), however, once the Notification Appliance Circuits are activated, the supervision is disabled and the circuits are no longer supervised. Supervision of other power supply faults such as low battery, Earth Fault, AC loss and battery charger failure will continue and may be monitored via the independent trouble relay contact.

If a specific application requires that all four outputs activate at the same time, only one NAC control input from the FACP is necessary. For this application, The Notification Appliance Circuit from the FACP is wired into NAC Control Input #1 of the remote supply and then a pair of wires are connected from NAC Control Output #1 to NAC Control Input #2. Refer to the FCPS-24F(E) Installation, Operation and Application Manual for a complete description and examples of applications.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Installation

CHAPTER 2 Installation

2.1 Mounting Options

The cabinet may be either semi-flush or surface mounted. The door is removable during the installation period by opening and lifting off the hinges. The cabinet mounts using two key slots and two additional 0.250" (6.35 mm) diameter holes located in the backbox. The key slots are located at the top of the backbox and the two securing holes at the bottom.

Carefully unpack the system and check for shipping damage. Mount the cabinet in a clean, dry, vibration-free area where extreme temperatures are not encountered. The area should be readily accessible with sufficient room to easily install and maintain the panel. Locate the top of the cabinet approximately five feet above the floor with the hinge mounting on the left. Determine the number of conductors required for the devices to be installed. Sufficient knockouts are provided for wiring convenience. Select the appropriate knockout(s) and pull the required conductors into the box. All wiring should be in accordance with the National and/or Local codes for fire alarm systems.

FIGURE 2-1:

ms2410b.cdr

MS-2410B Mounting

2.2 Backbox Mounting

✓ Open the door and lift the door off the pin hinges.

✓ Remove the main PC board assembly and transformer(s) which are packaged with the backbox. Set the

board and transformer aside in a safe, clean place. Avoid static discharge which may damage the board.

✓ Mark and predrill holes for the top two keyhole mounting bolts using the dimensions illustrated.

✓ Install two upper fasteners in the wall with the screw heads protruding.

✓ Using the upper 'keyholes', mount the backbox over the two screws.

✓ Mark and drill the lower two holes.

✓ Mount backbox, install remaining fasteners and tighten.

✓ When the location is dry and free of construction dust, install the transformer and main circuit board as

described in the following sections.

Document #51127 Rev. C 11/7/00 P/N 51127:C

Backbox Mounting

Draw wires through the respective knockout locations.

To p

Left Side

1.5”

(3.81 cm)

1.55”

(3.94 cm)

14.5” (36.83 cm)

11.5” (29.21 cm)

Right Side

16.9””

(42.93 cm)

Bottom

FIGURE 2-2:

Document #51127 Rev.C 11/7/00 P/N 51127:C

Cabinet Dimensions and Knockout Locations

5210bkbx.cdr

Backbox Mounting

Depth = 4.5" (11.43 cm)

Left Side

Door = 17.114" (43.37 cm) Backbox = 16.9" (42.9 cm)

17.620"

(44.75 cm)

14.620"

(37.14 cm)

Bottom

Door = 14.714" (37.37 cm) Backbox = 14.5" (36.8 cm)

Depth =

4.695"

11.93 cm)

2410bcab.cdr

Right Side

Depth = 4.75" (12.07 cm)

17.020"

(43.23 cm)

TR-4-R Trim Ring

20.020"

50.85 cm) Battery Box=8.5"

(21.59 cm) (Optional BB-17F)

Battery Box=14.5" (36.8 cm) (Optional BB-17F)

When batteries larger than 12 Amp Hour are being used, the BB-17F battery box (or equivalent) must be installed. To install the BB-17F:

Mount the FACP cabinet to the wall.

Remove knockouts on the bottom of the FACP cabinet and top of the BB-17F.

Using conduit, hang the BB-17F from the FACP cabinet making sure there is at least ½" of

clearance between the two cabinets.

Anchor the BB-17F to the wall.

FIGURE 2-3:

FACP Backbox

Document #51127 Rev. C 11/7/00 P/N 51127:C

Transformer Installation

2.3 Transformer Installation

One 100 VA transformer P/N: XRM-24 (XRM-24E for 220/240 VAC applications) is supplied standard with the FACP. An optional second XRM-24(E) transformer can be ordered and installed to supply additional system power. To install the transformer(s):

✓ Position the supplied transformer over the top set of mounting studs as illustrated below

✓ Secure to the studs with the supplied nuts

✓ If a second optional transformer has been ordered, position it over the bottom set of mounting studs as

illustrated below

✓ Secure the optional transformer with the supplied nuts

✓ Before installing the main circuit board, be sure to plug the transformer connector into J3 Primary

Transformer Connector on the main circuit board, and the optional transformer connector into J2 Optional Transformer Connector on the main circuit board.

Primary (standard) XRM-24(E) Transformer

Primary (Standard)

Transformer Mounting Studs

Optional XRM-24(E) Transformer

Optional

FIGURE 2-4:

Transformer Installation

MS-2410B Backbox

Document #51127 Rev.C 11/7/00 P/N 51127:C

Main Circuit Board Installation

2.4 Main Circuit Board Installation

The circuit board contains static-sensitive components. Always ground yourself with a proper wrist strap before han-

dling any boards so that static charges are removed from the body. Use static suppressive packaging to protect electronic assemblies.

Install the supplied standoffs in the backbox as follows (refer to Figure 2-5 for locations):

• Install large plastic standoff in center of box by screwing threaded female end onto the pem stud

• Install four metal standoffs on mounting rails by screwing male threaded ends into threaded holes on rails

• Install six short plastic standoffs by pressing into holes on mounting rails

Position the main circuit board near the installed transformer(s) and plug the transformer connector(s) into J3

(Primary) and J2 (Optional) located on the main circuit board

Position the main circuit board over the installed standoffs on the backbox rails as illustrated below

Secure the main circuit board to the standoffs with the supplied screws

Metal Standoff

metal standoff

Primary Transformer

Optional Transformer

small plastic standoffs

MS-2410B Backbox

24 V

BELL 1 BELL 2

RESET

NONRESET

+ - + -

TB2

TB3 TB5

TB1

CB1

HOT

REMOTE TRBL BUZZER

GRD AC T RBL BUZZ

EARTHNEUT

metal standoff

large plastic standoff

metal standoff

SUPV

TROUBLE

ALARM RELAY

ZONE 1 ZON E 2 ZONE 3 ZO NE 4 ZONE 5 ZONE 6 ZON E 7 ZON E 8 ZO NE 9 ZONE 10

RELAY

CCCNONONC NO

+ - + - + - + - + - + - + - + - + - + -

TB6

TB4

MEMBRANE SW CONNECTOR

BATT - +

SECURITY KEY

TB7

LED-10IM MODULE

TONE/CITY BOX OPTIONS

JP1

OPTION

SUPERVISION

MS-2410B Main Circuit Board

Metal Standoff

Grounding Stud

FIGURE 2-5:

Metal Standoff

MS-2410B Backbox

Main Circuit Board Installation

Document #51127 Rev. C 11/7/00 P/N 51127:C

Operating Power

2.5 Operating Power

WARNIN G:

before servicing. The panel and associated equipment may be damaged by removing and/or inserting cards, modules

Several different sources of power can be connected to this panel. Disconnect all sources of power

or interconnecting cables while this unit is energized.

Primary Power Source (AC) and Earth Ground Connections

AC power connections are made inside the control panel cabinet. The primary power source for the MS-2410B is 120 VAC, 60 Hz, 2.3 amps and the MS-2410BE is 220/240 VAC, 50 HZ, 1.15 amps. Run a pair of wires (with ground conductor) from the protected premises main breaker box to TB1 of the main circuit board. As per the National Electrical Code, use 14 AWG (2.00 mm

, 1.6 mm O.D.) or heavier gauge wire with 600V insulation. No other equipment may be connected to this circuit. In addition, this circuit must be provided with overcurrent protection and may not contain any power disconnect devices. A separate Earth Ground connection must be made to ensure proper panel operation and lightning and transient protection. Connect the Earth Ground wire [minimum 14 AWG (2.00 mm the mounting stud located on the cabinet near TB1.

Do not use conduit for the Earth Ground connection since this

does not provide reliable protection.

Secondary Power Source (Batteries)

Observe polarity when connecting the battery. Connect the battery cable to J1 on the main circuit board using the plug-in connector and cable provided. The battery charger is current-limited and capable of recharging sealed lead acid type batteries. The charger shuts off when the system is in alarm. See “Wire Requirements” on page 60 for calculation of the correct battery rating.

WARNIN G:

If contact is made with sulfuric acid, immediately flush the skin or eyes with water for 15 minutes and seek immediate

Battery contains sulfuric acid which can cause severe burns to the skin and eyes and can destroy fabrics.

medical attention.

)] to

VAC In p ut

Zone 1 Zone 2

Zone 3 Zone 4

Zone 5 Zone 6

Zone 7 Zone 8

Zone 9 Zone 10

Earth

Hot

Ground

Neutral

FIGURE 2-6:

Document #51127 Rev.C 11/7/00 P/N 51127:C

Trouble

Supervisory

Signal Silence

NAC Fault

Ground Fault

Battery Trouble

Zo ne Dis abled

Annc. Trouble

24 VDC Batteries

Operating Power Connections

+ - + -

TB1

2410pwrl.cdr

Input Circuits

2.6 Input Circuits

The control panel has 10 zone input circuits. The maximum loop resistance limit for each input circuit is 100 ohms. All field wiring of each zone is supervised for opens and ground faults. Both conditions are visually and audibly annunciated.

Each zone is a Class B Initiating Device Circuit (IDC) designed to accept any normally-open contact devices and conventional 2-wire, 24 volt smoke detectors.

All zones may be configured for general fire alarm applications. In addition, zones 9 and 10 can be configured as fire alarm zones or supervisory alarm zones.

Four-wire smoke detectors may be connected to any zone. Resettable power is provided via TB2 Terminals 3 and 4. Refer to the Fire•Lite Device Compatibility Document for a list of compatible smoke detectors.

It is allowable to mix an assortment of device types (i.e. smoke detectors, heat detectors, pull stations, etc.) on any zone. If, however, alarm verification is employed on zones 1, 2 and 3, only smoke detectors should be installed on these three zones.

Class B Initiating Device Circuit (supervised and power-limited). 4.7K,

UL listed compatible 2-wire smoke detector

Heat Detector

P/N: 71252

½watt,

UL listed compatible 2-wire smoke detector

Manual Pull StationManual Pull Station

Heat Detector

Dummy Load all unused circuits (P/N: 71245)

TB6

B+ B- B+ B- B+ B - B + B - B + B - B + B- B+ B- B+ B- B+ B- B+ B-

ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 5 ZONE 6 ZONE 7 ZONE 8 ZONE 9 ZONE 10

FIGURE 2-7:

Class B Initiating Device Circuit Connections

Document #51127 Rev. C 11/7/00 P/N 51127:C

TB7

2410tb6.cdr

Output Circuits

2.7 Output Circuits

DC Power Output Connections

4-Wire Smoke Detector Power (300 mA) 24 VDC filtered, resettable power for 4-wire smoke detectors can be obtained from TB2

Nonresettable Power (500 mA) 24 VDC filtered, nonresettable power can be obtained from TB2 Terminals 1(-) and 2(+).

Terminals 3(-) and 4(+)

TB2

4 3 2 1

FIGURE 2-8:

Auxiliary Power Connections

Notification Appliance Circuits

The MS-2410B provides two Notification Appliance Circuits standard as Class B. Each circuit is capable of a maximum of 2.5 amps of current. Total current drawn from these as well as other DC power outputs cannot exceed 3.6 amps with the standard transformer, 6.6 amps if an optional XRM-24(E) Transformer is installed. Circuits are supervised. Refer to the Fire•Lite Device Compatibility Document for a listing of compatible notification appliances.

Class B Notification Appliance Circuit (supervised). 4.7K ohm,

P/N: 71252

2410tb2.cdr

½ watt.

Polarized Horn

Note: Notification Appliance Circuit polarity

shown in alarm

state.

FIGURE 2-9:

Polarized BellPolarized Bell

Polarized Horn

TB3

2410bell.cdr

Notification Appliance Circuit Connections

Dummy Load all unused circuits (P/N: 71245)

Document #51127 Rev.C 11/7/00 P/N 51127:C

Power-limited Wiring Requirements

Standard Relays

The control panel provides three Form-C relays rated for 2.0 amps @ 30 VDC (resistive) and 2.0 amps @ 30 VAC (resistive).

Relay connections may be power-limited or nonpower-limited, provided that a minimum of

0.25" is maintained between conductors of power-limited and nonpower-limited circuits.

ALARM

RELAY

TROUBLE

RELAY

1 2 3 4 5 6 7 8 9

Relay contacts shown with no power applied to panel

SUPV

RELAY

TB4

FIGURE 2-10:

ALARM

RELAY

TROUBLE

RELAY

C NC NO C NC NO C NC NOC NC NO C NC NO C NC NO

1 2 3 4 5 6 7 8 9

Relay contacts shown with

no active troubles, alarms or supervisories

Relay Terminals

SUPV

RELAY

TB4

m2410rel.cdr

power applied to panel and

2.8 Power-limited Wiring Requirements

Power-limited and nonpower-limited circuit wiring must remain separated in the cabinet. All power-limited circuit wiring must remain at least 0.25" (6.35 mm) away from any nonpower-limited circuit wiring. Furthermore, all power-limited and nonpower-limited circuit wiring must enter and exit the cabinet through different knockouts and/or conduits. A typical wiring diagram for the MS-2410B is illustrated in Figure 2-11.

AC Power

Power-limited Circuits

FIGURE 2-11:

Nonpower-limited

Power-limited Circuits

Circuit

Zone 1 Zone 2

Zone 3 Zone 4

Zone 5 Zone 6

Zone 7 Zone 8

Zone 9 Zone 10

Trouble

Supervisory

Signal Silence

NAC Fault

Ground Fault

Battery Trouble

Zone Disabled

Annc. Trouble

+ - + -

TB1

2410pwrl.cdr

Typical Wiring Diagram for Power-limited Requirements

Power-limited Circuits

Nonpower-limited Circuit

Document #51127 Rev. C 11/7/00 P/N 51127:C

Installation of Optional Modules with Remote Accessories

2.9 Installation of Optional Modules with Remote Accessories

CAUTION: Remove all power (AC and DC) before installing or removing modules or wiring.

RTB - Remote Trouble Buzzer

The RTB is a Remote Trouble Buzzer which provides a green AC Power LED and a yellow Trouble LED along with a piezo sounder, all of which mimic the condition of the control panel. The RTB can be mounted remotely in a single-gang electrical box. Four wires are required to connect the RTB to the MS-2410B control panel as illustrated in Figure 2-12.

RTB Remote Trouble Buzzer

(-) return (GND)

Trouble LED (TRBL)

AC Power LED (AC)

rtbbuzz.cdr

Buzzer (BUZZ)

SUPV RELAY

CCC

NONC NO

TB4

ZONE 1 ZONE 2 ZONE 3 ZONE 4 ZONE 5 ZONE 6 ZONE 7 ZONE 8 ZONE 9

+ - + - + - + - + - + - + - + - + -

TB6

TB2

24 V

NONRES ET

RESET

+ - + -

BELL 2

BELL 1

+ - + -

TB3

GND AC TRBL BUZZ

TB5

ALARM RELAY

TROUBLE RELAY

LED-10IM MODULE

m2410rtb.cdr

MS-2410B

FIGURE 2-12:

Document #51127 Rev.C 11/7/00 P/N 51127:C

RTB Remote Trouble Buzzer

Installation of Optional Modules with Remote Accessories

CAUTION: Remove all power (AC and DC) before installing or removing modules or wiring.

LED-10IM - EIA-485 Interface Module

The LED-10IM Interface Module provides an EIA-485 port to support the LED-10 Series Remote Annunciator, LDM Series Annunciator, AFM Series Annunciator and the ACM-8RF Relay Module. EIA-485 wiring is supervised for open circuits by this module. The LED-10IM mounts to connector J5 on the MS-2410B main board.

SUPV

TROUBLE

AC TRBL BUZZ

TB5

ALARM RELAY

RELAY

CCC

NONC NO

ZONE 1 ZON E 2 Z ON E 3 ZO NE 4 ZON E 5 ZON E 6 ZO NE 7 ZON E 8 ZO NE 9 ZO NE 1 0

+ - + - + - + - + - + - + - + - + - + -

SECURITY KEY

TB4

TB6

TB7

TB2

24 V

RESET

NONRESET

+ - + -

BELL 1 BELL 2

+ - + -

TB3

REMOTE TRBL BUZZER

GRD

MS-2410B

LED-10IM

LED-10IM MODULE

TB1

metal standoff

FIGURE 2-13:

LED-10IM Installation

LED-10 Series Remote LED Annunciator

The LED-10 Series Annunciator connects to the MS-2410B via the LED-10IM Interface Module. It is recommended that overall foil/braided-shielded, twisted pair cable with a maximum length of 6,000 feet (1,800 m) @ 18 AWG ( 0 . 7 5 mm

) be used. Filtered power can be supplied by the MS-2410B or a remote UL listed filtered, power

supply such as the Fire•Lite FCPS-24F(E).

SW1

1 2 3 4 5 6 7 8

TB2

SW2

2 1

Top View

LED-10 Series Annunciator

TB1

m2410led.cdr

+ - + -

Earth Ground

-24 VDC

+24 VDC

TB1

+ EIA-485

Earth

Ground

- 24 VDC

+ 24 VDC

Shield

FIGURE 2-14:

Document #51127 Rev. C 11/7/00 P/N 51127:C

Wiring LED-10IM to LED-10 Series

led10ckt.cdr

LED-10 Series Annunciator

TB2

LED-10IM

Installation of Optional Modules with Remote Accessories

CAUTION: Remove all power (AC and DC) before installing or removing modules or wiring.

ACM-8RF Remote Relay Module

The ACM-8RF Module provides eight Form-C relays with contacts rated for

5.0 amps. Relays can be assigned to each of the ten Initiating Device Circuits (two ACM-8RF relay modules are required). The module is installed on the EIA-485 line using the LED-10IM Interface Module. Communication wiring is supervised by the FACP. Power for the module must be power-limited. Refer to the ACM-8RF Manual for power-limited wiring requirements and switch SW4 receive/transmit selection option.

Removable terminal blocks are provided for ease of installation and servicing. DIP switch SW3 allows assignment of relays to FACP IDCs. The ACM-8RF module can be mounted remotely in an ABS-8RF annunciator surface-mount backbox.

ACM-8RF Address and SW3 DIP Switch Settings Each of the ten MS-2410B IDCs can be assigned to an ACM-8RF relay. Two relay modules are required, with both set to the same address. Use the decade rotary switches to set the address (i.e. for address '01', position the first [left] switch so the arrow points to '0' and the second [right] switch so the arrow points to '1'). Refer to Table 3-10, “Annunciator Addressing - Zone 8 Alarm LED,” on page 45.

✓ To assign the first eight relays of the first ACM-8RF Relay Module to FACP IDCs 1 through 8, set

ACM-8RF SW3 DIP switches 2 and 5 ON and 1, 3, 4, 6, 7 and 8 OFF.

✓ To assign the first two relays of the second ACM-8RF Relay Module to FACP IDCs 9 and 10, set

ACM-8RF SW3 DIP switches 3 and 5 ON and 1, 2, 4, 6, 7 and 8 OFF.

FIGURE 2-15:

ACM-8RF

acm8pwrl.cdr

ABS-8RF

To Next Device

Power-limited 24 VDC

Left

Decade

Switch

12345678

Right

Decade

Switch

acm-8r.cdr

LED-10IM

Document #51127 Rev.C 11/7/00 P/N 51127:C

FIGURE 2-16:

Wiring LED-10IM to ACM-8RF

Installation of Optional Modules with Remote Accessories

CAUTION: Remove all power (AC and DC) before installing or removing modules or wiring.

LDM-32F Lamp Driver Module

The Lamp Driver Module is used to provide an interface to a custom graphic annunciator. The LDM-32F has 32 alarm lamp/LED driver outputs which sink current to system common (-) on activation. A single positive (+) voltage is required to supply total operating power for all lamps or LEDs when all drivers are activated. The LDM-32F provides a separate driver for system trouble and inputs for a local lamp test switch. A maximum of 16 external control switches may be wired to the LDM-32F. DIP switch SW3 is used to enable or disable the onboard piezo sounder, enable remote switch functions, select a flashing LED function for new alarms and troubles and other functions. A green ON LINE LED flashes to indicate ongoing communications with the host FACP. The LDM-32F is supplied with four standoffs and screws for mounting to a CHS-4L chassis or custom backbox.

The LDM-32F is installed on the EIA-485 line using the LED-10IM Interface Module. Communications wiring is supervised by the FACP. Power for the module must be power-limited.

LDM-32F Switch Settings - Use the decade rotary switches to set the address (i.e. for address '01', position switch SW1 [top] so the arrow points to '1' and switch SW2 [bottom] so the arrow points to '0'). Refer to Table 3-10, “Annunciator Addressing - Zone 8 Alarm LED,” on page 45

EIA-485

To Next Device

KEYSWITCH

SWITCH MATRIX

SW1

SW2

SW3

SW4

4 3

TB2

2 1

6 5

TB1

4 3

2 1

J6 J7 J8

J11

LAMP POWER

ON LINE

J10

LED-10IM

Power-limited

24 VDC Source

FIGURE 2-17:

Document #51127 Rev. C 11/7/00 P/N 51127:C

Wiring LED-10IM to LDM-32F

LDM-32F

ldm-32.cdr

Installation of Optional Modules with Remote Accessories

CAUTION: Remove all power (AC and DC) before installing or removing modules or wiring.

AFM-16ATX and AFM-16ATF Annunciators

The Annunciator Fixed Modules-16ATX and 16ATF each contain 16 red alarm and 16 yellow trouble LEDs, a system trouble LED, an ON LINE/POWER LED and a local piezo sounder with switches for FACP Acknowledge, Silence, Reset and Drill. The AFM-16ATX is fixed at address '1' and is installed on the EIA-485 line using the LED-10IM Interface Module.

AFM-16AF Annunciator

The Annunciator Fixed Module-16AF has 16 red alarm LEDs. The annunciator address is fixed at '1' and communication is via the EIA-485 line using the LED-10IM Interface Module. The Local Silence/Acknowledge switch functions as a local lamp test and silence for the annunciator piezo sounder. LEDs include ON LINE/POWER and System Trouble.

6543 2 1

OPEN

EIA-485

TB1

LED-10IM

To Next Device

Po we r -l im i te d

24 VDC Source

FIGURE 2-18:

TB2 EIA-485

In Out Out + In +

In Out In +24V Out +24 V Earth

PowerTB1

Wiring LED-10IM to AFM-16ATX

afm16atx.cdr

Document #51127 Rev.C 11/7/00 P/N 51127:C

Installation of Optional Modules with Remote Accessories

CAUTION: Remove all power (AC and DC) before installing or removing modules or wiring.

4XTMF Transmitter Module

Push the disconnect switch to the down position to prevent accidental activation of the municipal box during testing of the control panel. The Disconnect LED will remain illuminated while the municipal box is disconnected. The System Trouble LED will indicate disconnected and/or open circuit conditions on the municipal box. During trouble conditions, it is possible to obtain the circuit condition on the alarm reverse polarity output. If this operation is desired, cut the TBL jumper on the 4XTMF module.

For Local Energy Municipal Box Service (NFPA 72 Auxiliary Fire Alarm Systems):

Supervisory Current: 5.0 mA. Trip Current: 350 mA (subtracted from notification appliance power). Coil Voltage: 3.65 VDC. Maximum Coil Resistance: 14.6 ohms. Maximum allowable wire resistance between panel and trip coil: 3 ohms. Municipal Box wiring can leave the building.

For Remote Station Service (NFPA 72 Remote Station Fire Alarm Systems) - Intended for connection to a polarity reversal circuit or a Remote Station receiving unit having compatible ratings:

Maximum load for each circuit: 10 mA. Reverse polarity output voltage: 24 VDC. Remote Alarm and Remote Trouble wiring can leave the building.

ZO NE 1 ZO NE 2 Z ON E 3 ZO NE 4 Z ON E 5 ZO NE 6 ZON E 7 ZO NE 8 ZO N E 9 Z ON E 10

+ - + - + - + - + - + - + - + - + - + -

SECURITY KEY

TB6

TB7

TBL Jumper

Install 4XTMF Module by

plugging into connector

on MS-2410B main board

and

MEMBRANE SW CONNECTOR

JP1

4XTMF Module Note: This module is not suitable for transmitting reverse polarity supervisory signal.

Polarities are shown for module activation

1 (+)

2 (-)

3 (+)

4 (-)

6 (+)

7 (-)

* Wiring from these terminals can exit the protected premises. Dummy load terminals 6 and 7 (4.7KΩ, ¼ watt resistor) if Municipal Box is not connected.

Remote Alarm (power-limited)*

}}}}

Remote Trouble (power-limited)*

}}}}

no connection

Municipal Box (nonpower-limited)*

}}}}

Disconnect Switch

Disconnect LED

- +

MS-2410B Main Circuit Board

OPTION

SU PE RVISION

Cut JP1 for 4XTMF module placement supervision

FIGURE 2-19:

Document #51127 Rev. C 11/7/00 P/N 51127:C

4XTMF Module Connections

24104xtm.cdr

Programming Instructions

CHAPTER 3 Programming Instructions

This chapter describes programming the MS-2410B from the onboard keypad. Control panel programming is possible at any time except when an alarm or zone fault condition is present or during a fire drill.

All programming selections are stored in nonvolatile Electrically-Erasable Programmable Read-Only Memory (EEPROM). This ensures that the control panel will remember all entries made in programming mode even if both AC and battery power are removed.

The control panel comes with factory chosen options already programmed. Other options may be programmed if desired. If all factory default settings are acceptable, programming is complete.

Successful entry into Program Mode from the keypad shuts off the fire protection and causes the Trouble LED and AC Power LED to flash.

3.1 Switch Functions

For ease of programming, labels have been provided which list the programming features/options available and the key functions in Programming Mode. Insert the supplied labels in the proper locations. Refer to “Slide-in Labels” on page 61. The function of each key in Program Mode is illustrated below:

Feature (Zone Alarm LEDs)

Option (Zone Trouble LEDs)

Insert Supplied Programming Feature Label A

Insert Supplied Programming Key Functions Label C

No function

Move LED cursor up

Move LED cursor down

Select programming option (toggle choices)

Store programming options and move cursor to next zone alarm LED (program feature)

Document #51127 Rev.C 11/7/00 P/N 51127:C

Programmable Features and Options

3.2 Programmable Features and Options

Table 3-1 lists the MS-2410B programmable features and the corresponding options available for each feature. In programming mode, the zone alarm LEDs are used to 'point' to the program feature and the zone trouble LEDs are used to select the desired option for each feature.

TAB L E 3 - 1 :

Programming Features and Options

Zone Alarm LED

1 AUTO-SILENCE

3 WALKTEST 1

6 AC LOSS DELAY

10 SILENCE INHIBIT

1. This option affects both Canadian Supervisory and Alarm Verification time as stated in the table above.

Programmable

Features Zone Trouble LED Available Options

1 Disabled - default 2 Five (5) Minutes 3Ten (10) Minutes 4 Twenty (20) Minutes

SILENCEABLE

NACs

SUPERVISORY

ALARM

VERIFICATION

MODULE

SUPERVISION

ANNUNCIATOR

MAXIMUM

MONITORED

ADDRESS

TROUBLE

REMINDER

1 No Delay - default 2 Six (6) Hour Delay 3 Eight (8) Hour Delay 4 Ten (10) Hour Delay 5 Twelve (12) Hour Delay 6 Fourteen (14) Hour Delay 7 Sixteen (16) Hour Delay 8 Eighteen (18) Hour Delay 1 4XTMF Transmitter Module 2 not used 3 LED-10IM (EIA-485) Module 1 01 - default 202 303 404 505 606 707 808 909

10 10

1 Disabled - default 2 30 Second Silence Inhibit 3 60 Second Silence Inhibit 4 90 Second Silence Inhibit 5 120 Second Silence Inhibit

NAC 1 & NAC 2 Silenceable (LED On) - default

NAC 1 and NAC 2 Nonsilenceable (LED Off)

Audible (LED Off) - default

Silent (LED On)

Zone 9 Latching (LED On) - default

Zone 9 Autoresettable (LED Off)

Zone 10 Latching (LED On) - default

Zone 10 Autoresettable (LED Off)

Zone 9 Supervisory (LED Off) - default

Zone 9 Smoke Zone (LED On)

Zone 10 Supervisory (LED Off) - default

Zone 10 Smoke Zone (LED On)

Canadian Supervisory Enabled (LED On)

Canadian Supervisory Disabled (LED Off) - default

Alarm Verification Time of 30 Seconds (LED On)

Alarm Verification Time of 120 seconds (LED Off) - default

Verify Alarms (LED On)

Do Not Verify Alarms (LED Off) - default

Disabled (LED Off) - default

Enabled (LED On)

Document #51127 Rev. C 11/7/00 P/N 51127:C

Entering Program Mode

O L

3.3 Entering Program Mode

The keypad is enabled, to allow switching from Normal Mode to any other mode, by inserting the Security Key into connector J4 on the MS-2410B main circuit board.

SUPV

UBLE AY

RELAY

CNONO

ZON E 1 ZO NE 2 Z ON E 3 ZO NE 4 Z ON E 5 ZON E 6 ZO NE 7 ZON E 8 ZO NE 9 Z ON E 1 0

+ - + - + - + - + - + - + - + - + - + -

TB6

TB4

MS-2410B

TB7

SECURITY KEY

m2410key.cdr

KEY ____ PW D___________

Security Key

P/N: PKB

FIGURE 3-1:

Programming Security Key - Program Mode

Insertion of the Security Key alters the functions of the keypad. Keys labeled 1 through 4 may now be used for entering a numerical password. Programming Mode can be entered by keying in the Program Mode password (1231232) and pressing the Enter key. If an incorrect key is pressed, wait 10 seconds and then reenter the proper password before pressing the Enter key.

A pause of up to 10 seconds is allowed between each key press while entering the password. After pressing the Enter key, the control panel will be in Program Mode with the keypad key functions configured for this mode. The system Trouble LED and AC Power LED will blink at a rate of 1 second On and 1 second Off and the trouble relay will activate. The Zone 1 alarm LED will turn on steady, the Zone 1 trouble LED will be mostly on (blink ¾ second On and ¼ second Off) if the corresponding option has been selected (factory default). A pause of up to 10 minutes is now allowed between each key press while in Programming Mode. Delays longer than 10 minutes will cause the control panel to exit Programming Mode. To enter any other mode, the Security Key must be removed and then reinserted. The appropriate password can then be entered.

Once in Programming Mode, the control panel will:

✓ Blink the system Trouble LED and AC Power LED

✓ Activate the trouble relay

✓ Disable the Notification Appliance Circuit(s)

✓ Disable the alarm relay

✓ Turn the Zone 1 alarm LED on steady upon first entering Program Mode

✓ Blink the Zone 1 trouble LED upon first entering Program Mode

✓ Turn on one or more additional Zone trouble LEDs

✓ Disable all Normal Mode keypad functions other than those mentioned in this section

CAUTION: The Security Key must be removed from connector J4, upon completion of programming functions, to

ensure proper operation of the control panel.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Programming Function

3.4 Programming Function

The zone alarm and zone trouble LEDs are used as indicators for the programming features and options. The zone alarm LEDs are used to indicate the control panel feature being programmed. The Zone trouble LEDs indicate the available options for the selected feature.

Upon entering Program Mode, the Zone 1 alarm LED should be on steady, the Zone 1 trouble LED should be blinking and additional zone trouble LEDs, representing the selected options, may be on steady. The zone alarm LED that is on steady, acts as a 'pointer', indicating the control panel feature that will be programmed. The blinking zone trouble LED acts as a 'cursor', indicating the option for the currently selected program feature. The Up and Down arrow keys can be used to position the 'cursor' at any Zone trouble LED.

3.4.1 Program Feature Selection

Position the 'pointer' at the zone alarm LED, corresponding to the program feature that is to be changed, by pressing the Enter key. Refer to Table 3-2, “Program Feature Indicated by Alarm Zone,” on page 41, for a listing of all program features and their corresponding alarm zones. Repeated presses of the Enter key will move the 'pointer' through all 10 zone alarm LEDs without changing any options.

As the 'pointer' is positioned at each zone alarm LED, the Zone 1 trouble LED will blink and additional zone trouble LEDs may light steady, indicating the options selected for that program feature.

3.4.2 Programming Options

The zone trouble LEDs are used to indicate the programming options for each feature. The 'cursor' (blinking LED) will be positioned initially at the Zone 1 trouble LED. Note that additional zone trouble LEDs may be on steady if the corresponding option has been previously programmed for the current feature. Use the Up and Down arrow keys to position the 'cursor' at the zone trouble LED corresponding to the option which is to be programmed. Press the keypad 3 key (Disable/Enable) to toggle between selecting and deselecting the option. Following option selection for the current control panel feature, press the Enter key to store the selection and move the 'pointer' to the next feature (zone alarm LED). Enabling or selecting an option will cause the corresponding zone trouble LED to turn on steady when the 'cursor' is moved off the LED.

Note that the normal blink rate of the 'cursor' (blinking LED), when positioned on an option that is disabled or not selected, is mostly off (1/10 second On and 9/10 second Off). If the 'cursor' is positioned on an option that is selected or enabled, the blink rate will be mostly on (9/10 seconds On and 1/10 second Off).

3.4.3 Programming Example

In this example, the Supervisory Alarms will be programmed so that both Zones 9 and 10 are auto-resettable supervisory circuits. Refer to Table 3-2, “Program Feature Indicated by Alarm Zone,” on page 41, to see that the Supervisory Alarms feature corresponds to Zone 4 alarm LED.

Insert the Security Key into connector J4 on the MS-2410B main circuit board

SUPV

TROUBLE

M Y

CNO

RELAY

CCNONO

ZON E 1 Z ONE 2 Z ONE 3 ZO NE 4 ZO NE 5 Z ONE 6 ZO NE 7 ZO NE 8 ZON E 9 Z ON E 1 0

+ - + - + - + - + - + - + - + - + - + -

TB6

TB4

TB7

SECURITY KEY

KEY____ PWD___ ________

Security Key

P/N: PKB

MS-2410B

m2410key.cdr

Document #51127 Rev. C 11/7/00 P/N 51127:C

Programming Function

Using the numerical keys, enter the Program Mode password and press the Enter key

Password

Enter

The 'pointer' will be located at the Zone 1 alarm LED which will be on steady

The 'cursor' will be located at the Zone 1 trouble LED which will blink and one or more additional zone trou-

ble LEDs may be on steady

Zone 1

Alarm LED

Zone 1

Trouble LED

Press the Enter key three times to position the 'pointer' at Zone 4 alarm LED, which corresponds to the Super-

visory Alarms program feature

The 'cursor' should be positioned at Zone 1 trouble LED which corresponds to the Zone 9 latching/auto-

resettable option. Refer to Table 3-6, “Supervisory Alarm - Zone 4 Alarm LED,” on page 43. Note that additional zone trouble LEDs may be on if corresponding options were previously selected

Zone 1

Trouble LED

Zone 4

Alarm LED

Enter Key

Document #51127 Rev.C 11/7/00 P/N 51127:C

Programming Function

Press the keypad 3 key (Toggle Option) to select the auto-resettable option. Repeated pressing of the 3 key will

toggle between the two available options

Note that in this option, latching is either enabled or disabled. If latching is disabled, the autoresettable option is automatically selected. Since latching is disabled, the 'cursor' will blink at a 1/10 second On and 9/10 second Off rate. The LED will turn off when the cursor is moved off of it

'Latching' Disabled

- LED 1/10 sec. On, 9/10 sec. Off

3 Key (Toggle Option)

Press the Down arrow key to position the 'cursor' at the Zone 2 trouble LED which corresponds to the Zone 10

latching/auto-resettable option. Refer to Table 3-6, “Supervisory Alarm - Zone 4 Alarm LED,” on page 43

Press the keypad 3 key (Toggle Option) to select the auto-resettable option. The cursor should blink at a 1/10

second On and 9/10 second Off rate (refer to step 7). The LED will turn off when the cursor is moved off of it

Zone 2

Trouble LED

Down Arrow

Key

Document #51127 Rev. C 11/7/00 P/N 51127:C

Programming Function



Press the Down arrow key to position the 'cursor' at the Zone 3 trouble LED which corresponds to the Zone 9

10.

Smoke/Supervisory option. Refer to Table 3-6, “Supervisory Alarm - Zone 4 Alarm LED,” on page 43

Press the keypad 3 key (Toggle Option) to select the Supervisory option. The cursor should blink at a 1/10

11.

second On and 9/10 second Off rate. The LED will turn off when the cursor is moved off of it

Note that in this option, supervisory is either enabled or disabled. If supervisory is disabled, the smoke option is automatically selected. Since supervisory is enabled, the 'cursor' will blink at a 1/10 second On and 9/10 second Off rate. The LED will turn off when the cursor is moved off of it

Zone 3

Trouble LED

Down Arrow

Key

Press the Down arrow key to position the 'cursor' at the Zone 4 trouble LED which corresponds to the Zone 10

12.

Smoke/Supervisory option. Refer to Table 3-6, “Supervisory Alarm - Zone 4 Alarm LED,” on page 43

Press the keypad 3 key (Toggle Option) to select the Supervisory option. The cursor should blink at a 1/10

13.

second On and 9/10 second Off rate (refer to step 11). The LED will turn off when the cursor is moved off of it

Zone 4

Trouble LED

Down Arrow

Key

Document #51127 Rev.C 11/7/00 P/N 51127:C

Program Features and Options

Press the Down arrow key to position the 'cursor' at the Zone 5 trouble LED which corresponds to the Cana-

14.

dian Supervisory option. Refer to Table 3-6, “Supervisory Alarm - Zone 4 Alarm LED,” on page 43

Press the keypad 3 key (Toggle Option) to disable the Canadian Supervisory option. The cursor should blink

15.

at a 1/10 second On and 9/10 second Off rate. The LED will turn off when the cursor is moved off of it

Zone 5

Trouble LED

Down Arrow

Key

Press the Enter key to store all of the selected options for the Supervisory Alarms feature and move the pointer

16.

to the next feature

3.5 Program Features and Options

3.5.1 Program Features

There are ten features that are programmable through the MS-2410B keypad. Table 3-2 lists the programming features and the alarm zones which represent each feature.

TAB L E 3 - 2 :

Alarm Zone LED Number (red) Programming Feature

Program Feature Indicated by Alarm Zone

1 Auto-silence

2 Silenceable NACs

3 Walktest (audible/silent)

4 Supervisory Alarms

5 Alarm Verification

6AC Loss Delay

7 Option Module Supervision

8 Number of Annunciators

9 Trouble Reminder

10 Silence Inhibit

3.5.2 Programming Options

Each programming feature listed in Table 3-2 has two or more options associated with it. This section describes each feature and the available options.

Note that the normal blink rate of the 'cursor' (blinking LED), when positioned on an option that is disabled or not selected, is mostly off on an option that is selected or enabled, the blink rate will be mostly on they will appear brightly lit.

(1/10 second On and 9/10 second Off) so they may appear dimly lit. If the 'cursor' is positioned

(9/10 seconds On and 1/10 second Off) so

Document #51127 Rev. C 11/7/00 P/N 51127:C

Program Features and Options

Auto-silence

Auto-silence is the program feature that will automatically silence the Notification Appliance Circuits, if they are programmed as silenceable circuits, after a programmed time interval. The factory default setting is auto-silence disabled.

grammer to continue.

Note that one and only one of the four selections must be selected or the panel will not allow the pro-

TAB L E 3 - 3 :

Trouble Zone LED Number (yellow) Auto-silence Program Options

Auto-silence Program Options - Zone 1 Alarm LED

1 Disabled (factory default)

2 Five (5) Minutes

3 Ten (10) Minutes

4 Twenty (20) Minutes

Silenceable NACs (Notification Appliance Circuits)

This feature, if enabled, allows the silencing of Notification Appliance Circuits. Both circuits are programmed together for silenceable (enabled) or nonsilenceable (disabled) operation.

TAB L E 3 - 4 :

Trouble Zone LED Number (yellow) Silenceable NAC Program Options

Silenceable NACs - Zone 2 Alarm LED

NAC #1 & #2 (factory default = silenceable - LED On); LED Off = nonsilenceable

Wal kt est

The MS-2410B provides the capability to perform a walktest of the system without triggering the optional ACM8RF zone relays, the system annunciators or the alarm output relay. Walktest allows the testing of the 10 Initiating Device Circuit zones. An audible or silent walktest may be performed.

For an audible walktest, the first initiating device activated on a zone will cause the Notification Appliance Circuits to turn on for four seconds. Subsequent device activations on the same zone will cause the NACs to turn on for one second. Any smoke detectors that are activated will be reset. Zone faults (open circuits) will cause the NAC to remain on steady until the fault is cleared. Silent walktest will be indicated by LEDs and piezo sounder at the control panel only, without activating the NACs.

TAB L E 3 - 5 :

Trouble Zone LED Number (yellow) Walktest Program Options

Supervisory Alarms

Zones 9 and 10 can be programmed for activation on Supervisory alarm or Smoke alarm. Zones are programmed for supervisory where a waterflow sensing device has been employed and the wiring to the waterflow valve and/or tamper switch is to be monitored. If the tamper switch has been activated (normally open contacts close), a supervisory alarm condition will occur and the zone's supervisory alarm red LED will blink.

A supervisory zone can be programmed for latching, which requires a panel reset to restore the zone after clearing the supervisory alarm, or auto-resettable, which will automatically restore the zone after the supervisory alarm is cleared.

Walktest - Zone 3 Alarm LED

Audible (factory default) = LED Off

Silent = LED On

Note: Do not select auto-resettable if the zone is programmed as a smoke zone.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Program Features and Options

The Canadian Supervisory option functions in the same manner as the non Canadian Supervisory option except the zone's supervisory alarm LED is yellow. Changing this option will also affect the control panels Alarm Verification time as stated in the following table.

TAB L E 3 - 6 :

Supervisory Alarm - Zone 4 Alarm LED

Trouble Zone LED Number (yellow) Supervisory Alarm Program Options

Enable Latching (factory default) = Zone 9 latching - LED On Disable Latching = Zone 9 auto-resettable - LED Off

Enable Latching (factory default) = Zone 10 latching - LED On Disable Latching = Zone 10 auto-resettable - LED Off

Enable Zone 9 Supervisory = Supervisory zone (factory default) - LED Off Disable Zone 9 Supervisory = Smoke zone - LED On

Enable Zone 10 Supervisory = Supervisory zone (factory default) - LED Off Disable Zone 10 Supervisory = Smoke zone - LED On

Enable Canadian Supervisory - LED On

Disable Canadian Supervisory - LED Off (factory default)

Alarm Verification Time of 30 Seconds (LED On) Alarm Verification Time of 120 seconds (LED Off) (factory default)

1. This option affects both Canadian Supervisory and Alarm Verification time as stated in the table above.

Alarm Verification

Alarm verification can be used only on zones 1 through 3. Two-wire smoke detectors alone should be installed on all verified zones. After detecting a smoke detector activation on a verified zone, the panel removes power from all zones for six seconds, resetting all 2-wire smoke detectors and normally open devices on nonverified zones. A subsequent 12 second retard period allows detectors to stabilize. During the combined retard/reset period of 18 seconds, alarms by the same initiating zone are ignored. An alarm detected on any other zone, during the retard period, will cause immediate verified alarms. A subsequent alarm on the initiating zone occurring within the confirmation time will cause a verified alarm on the verified zone.

If a nonverified zone has pull stations installed, the NACs may activate up to a maximum of seven

seconds follow-

ing pull station activation if alarm verification has been initiated on zone 1, 2 or 3.

Note that during the alarm verification period, the zone trouble LED and the zone alarm LED for the zone being verified will blink at a ½ second On and ½ second Off rate and the piezo sounder will pulse at the same rate. Access to other modes of operation is prevented during alarm verification.

The Alarm Verification Period can be

programmed for 120 seconds (default) or 30 seconds. Refer to Table 3-6 for information on programming time

30 Sec. or

120 Sec.

Detector Alarm Verification

Reset

6 Sec.

RETARD

18 Sec.0 Sec.

ALARM VERIFICATION PERIOD

CONFIRMATION TIME

Detector Zone goes into Alarm

Different Detector Zone Alarms

Factory default selection is no verification.

Alarm Ignored Control Panel Processes Alarm if Same Detector Zone is Still in Alarm

6 Sec.

18 Sec.

FIGURE 3-2:

Control Panel Immediately Processes Alarm

Verification Timing Diagram

Consult the Local Authority Having Jurisdiction (LAHJ) prior to

enabling verification.

TAB L E 3 - 7 :

Zone Trouble LED Number (yellow) Alarm Verification Options

Alarm Verification- Zone 5 Alarm LED

Document #51127 Rev. C 11/7/00 P/N 51127:C

Enabled = Verify Alarm - LED On Disabled = Do Not Verify Alarm (factory default) - LED Off

30 Sec. or

120 Sec.

Program Features and Options

AC L oss Delay

When AC power is lost or a brownout condition occurs (AC voltage drops below a predetermined level), the control panel trouble relay will activate. The factory default option for this feature is immediate trouble relay activation on AC loss or brownout. Relay activation may be delayed by selecting one of the seven available time delays as listed in the following table.

not allow the programmer to continue.

Note that one and only one of the eight options must be selected or the panel will

TAB L E 3 - 8 :

AC Loss Time Delay - Zone 6 Alarm LED

Zone Trouble LED Number (yellow) Trouble Relay Time Delay on AC Loss

1 No Delay (factory default)

2 Six (6) Hours

3 Eight (8) Hours

4Ten (10) Hours

5 Twelve (12) Hours

6 Fourteen (14) Hours

7 Sixteen (16) Hours

8 Eighteen (18) Hours

Module Supervision Enabled

Two option modules may be installed in the MS-2410B control panel: the Reverse Polarity Module and LED-10IM (EIA-485) Module. When any module is installed, module placement supervision must be 'enabled' (LED On) for the particular module(s). In addition, when the Reverse Polarity Module is installed, jumper JP1 must be cut on the main circuit board. The factory default setting for module placement supervision for each module is 'disabled' (LED Off).

TAB L E 3 - 9 :

Module Supervision - Zone 7 Alarm LED

Zone Trouble LED Number (yellow) Module Placement Supervision

1 Reverse Polarity Module

2Not Used

3 LED-10IM (EIA-485) Module

Annunciator Maximum Monitored Address

Devices with a maximum of ten different addresses may be connected to the EIA-485 port off of the LED-10IM module. Annunciator addresses must be set sequentially, beginning with '01' up to address '10', with no gaps between addresses. This feature must be set to the value of the highest annunciator address installed on the EIA485 communication line.

Devices which may be connected to the EIA-485 port include LDM graphic annunciator driver, AFM LED type annunciators, LED-10 series annunciators and ACM-8RF relay modules. Included on the LDM, LED-10 series and ACM-8RF are switches which are used to select an address for the annunciator. For each device added or connected to the EIA-485 port via the LED-10IM, select a unique address on each annunciator, with the exception of the ACM-8RF. If multiple ACM-8RF modules are installed, all ACM-8RFs must be set to the same address (refer to the applications section of the ACM-8RF Manual P/N 50362). Addresses must be sequential with no gaps allowed. For example, if devices with seven different addresses are connected to the EIA-485 port, the maximum monitored address value entered into this option must be '7'. If the maximum number of devices with 10 different addresses are connected, the maximum monitored address entered into this option must be '10'.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Program Features and Options

All devices connected to the EIA-485 are fully supervised by the FACP. Note that AFM series annunciators occupy address '01'. The address of the AFM series cannot be altered. When using an AFM series device with LDMs, LED-10 series and ACM-8RFs, be certain that none of the other devices are set to address 01. For proper supervision of all annunciators, only one AFM series annunciator (fixed at address '01') should be installed.

TAB L E 3 - 1 0 :

Zone Trouble LED Number (yellow) Highest Installed Annunciator Address

Annunciator Addressing - Zone 8 Alarm LED

1 01 - default

202

303

404

505

606

707

808

909

10 10

Trouble Reminder

The Trouble Reminder feature provides an audible reminder that an alarm or trouble still exists on the FACP after the control panel has been silenced. The factory default for this feature is 'disabled'. When this feature is 'enabled', the control panel piezo sounder will pulse once every 15 seconds during an alarm and every two minutes during a trouble condition, after the Signal Silence or Acknowledge switch is pressed. The piezo will continue to sound at these rates until the alarm or trouble condition is cleared.

TAB L E 3 - 1 1 :

Zone Trouble LED Number (yellow) Trouble Reminder

Trouble Reminder - Zone 9 Alarm LED

Disabled = LED Off (factory default)

Enabled = LED On

Silence Inhibit

The Silence Inhibit feature prevents the silencing of Notification Appliance Circuits, using the Signal Silence switch or Reset switch, for the amount of time corresponding to the selected option, after the NACs are activated. The factory default for this feature is 'disabled'

TAB L E 3 - 1 2 :

Zone Trouble LED Number (yellow) Silence Inhibit

Silence Inhibit - Zone 10 Alarm LED

1 Disabled (factory default)

2 30 Second Silence Inhibit

3 60 Second Silence Inhibit

4 90 Second Silence Inhibit

5 120 Second Silence Inhibit

Document #51127 Rev. C 11/7/00 P/N 51127:C

Default Programming Mode

3.6 Default Programming Mode

The original factory default options can be programmed into the MS-2410B by entering Default Programming Mode. The keypad is enabled, to allow switching from Normal Mode, by inserting the Security Key into connector J4 on the MS-2410B main circuit board.

Security Key

P/N: PKB

MS-2410B

FIGURE 3-3:

Programming Security Key - Default Programming Mode

Insertion of the Security Key alters the functions of the keypad. Insert the supplied programming keys function label C to view the new key functions. Keys labeled 1 through 4 may now be used for entering a numerical password. Default Programming Mode is entered by keying in the Program Mode password (321321) and pressing the Enter key twice

. If an incorrect key is pressed, wait 10 seconds and then reenter the proper password before pressing the

Enter key.

A pause of up to 10 seconds is allowed between each key press while entering the password. After pressing the Enter key, the control panel will enter Default Programming Mode. The original factory default programming is immediately restored and the control panel automatically returns to Normal Mode. Remove the programming label and reinsert the Normal Mode label C when the control panel is in Normal Mode of operation. To enter any other mode, the Security Key must be removed and then reinserted. The appropriate password can then be entered.

CAUTION: The Security Key must be removed from connector J4, upon completion of default programming, to

ensure proper operation of the control panel.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Operating Instructions

CHAPTER 4 Operating Instructions

FIGURE 4-1:

LED Indicators and Keypad

The MS-2410B has five modes of operation which are Normal, Program, Walktest, Last Event (History) and Default. There are also two function modes: Zone Disable/Enable and Drill.

Normal Mode. This section discusses operation of the control panel in the

Upon initial power-up, the system will be in

Normal Mode

4.1 Switch Functions in Normal Mode

Acknowledge

An Acknowledge key is located on the MS-2410B keypad (refer to Figure 4-1), and may be remotely located on any of the LED-10 annunciators, the LDM graphic annunciators, or the AFM series annunciators. The Acknowledge key silences the system piezo sounders and changes all flashing system LEDs to steady. Pressing the Acknowledge key will have no effect on the Notification Appliance Circuits.

Signal Silence

A Signal Silence key is located on the FACP keypad (illustrated in Figure 4-1), and may be remotely located on any of the LED-10 annunciators, the LDM graphic annunciators, or the AFM series annunciators. If any of the Signal Silence keys are pressed, the following will occur:

✓ The silenceable Notification Appliance Circuits will be turned OFF

✓ The main circuit board Signal Silence LED will be turned ON

✓ The system piezo sounders are turned off

Upon the occurrence of a subsequent event (alarm or trouble), Signal Silence is overridden and the control panel will respond to the new event.

The Signal Silence keys will be ignored for nonsilenceable waterflow type alarms.

Drill

A Drill key is located on the FACP keypad, and may be remotely located on any of the LED-10 annunciators, the LDM graphic annunciators, or the AFM series annunciators. To perform a drill from any of these devices, the Drill key must be pressed and held for more than two seconds (time to prevent accidental activation). The MS2410B turns on all NACs and turns off the Signal Silence LEDs if they were on. The alarm relay is not

activated during a drill. The Signal Silence keys will silence all silenceable NACs during a fire drill and the Reset key will restore the FACP to Normal Mode.

Document #51127 Rev. C 11/7/00 P/N 51127:C

Status LEDs

Disable/Enable

The zone disable feature may be used to disable any zone in the system. Zones in alarm cannot be disabled but zones in trouble can be disabled.

To disable one or more zones, press and hold the Disable/Enable key. After two seconds, the FACP will enter Disable/Enable Mode. Continue pressing the Disable/Enable key to remain in this mode. Fire protection is still active while in this mode. Releasing the key will return the FACP to Normal Mode.

While pressing the Disable/Enable key, any zones that were previously disabled will be indicated by the zone trouble LED being on steady. A 'cursor' (blinking LED), which blinks at a 1/10 second On and 9/10 second off rate, will be positioned at the Zone 1 trouble LED. Note that if Zone 1 was previously disabled, the 'cursor' will blink at a 9/10 second On and 1/10 second Off rate.

To disable or enable a zone, continue pressing the Disable/Enable key and use the Up or Down arrow keys to position the 'cursor' at the alarm zone trouble LED. Press the Reset (Enter) key to toggle the zone from enabled to disabled or disabled to enabled. Note that the 'cursor' flash rate changes from 1/10 second On and 9/10 second Off when enabled, to 9/10 second On and 1/10 second Off when disabled. Using the arrow keys to move the 'cursor' away from the selected zone will cause the disabled zone's trouble LED to remain on steady. Continue this process for each zone to be enabled or disabled.

When all desired changes have been made, release the Disable/Enable key to return the FACP to Normal Mode. Note that the zone trouble LEDs for all disabled zones will be blinking along with the system trouble LED and the piezo will be sounding. Pressing the Acknowledge key will silence the piezo sounder and change the blinking LEDs to steady on.

Reset/Lamp Test

The System Reset key resets the system and any smoke detectors. A Reset key is located on the FACP keypad (illustrated in Figure 4-1), and may be remotely located on any of the LED-10 annunciators, the LDM graphic annunciators, or the AFM series annunciators. If any of the System Reset keys are pressed, the control panel will:

✓ Clear the status LEDs

✓ Turn off the Notification Appliance Circuits

✓ Reset all zones by temporarily removing power

✓ Silence the onboard piezo sounder

✓ Restore all system relays to normal

✓ Temporarily remove power from the resettable power output TB2 Terminals 3 and 4

Any alarm, supervisory or trouble condition that exists after a system reset, will resound the system, reactivating normal system activity. Any zones that were disabled before the reset will remain disabled after the reset.

Lamp Test - If the Reset/Lamp Test key is pressed and held for more than two seconds, the FACP will perform a Lamp Test. All panel LEDs will be turned on and the piezo will sound until the Reset key is released.

4.2 Status LEDs

AC Power LED

A green LED that remains on while the AC power supply is within correct limits.

under normal conditions, service the system immediately.

Alarm LED

A red LED that flashes when a system fire alarm condition is detected. It turns on steady when the Signal Silence or Acknowledge keys are pressed.

If this indicator fails to light

Tro uble LED

A yellow LED that blinks to indicate that a system fault or abnormal condition exists and that the fire alarm system may be inoperative. It turns on steady when a Signal Silence or Acknowledge key is pressed.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Operation

Supervisory LED (Zones 9 and 10 Only)

A yellow LED that blinks to indicate the need for action in connection with the supervision or maintenance of sprinklers, extinguishing systems or other protective systems. It turns on steady when a Signal Silence or Acknowledge key is pressed.

Signal Silence LED

A yellow LED that turns on to indicate that an Alarm condition exists in the system, but Notification Appliance Circuits (if programmed as silenceable) and local piezo sounder have been silenced.

NAC Fault LED

A yellow LED that blinks to indicate that an NAC Trouble condition exists in the system. LED turns on steady when a Signal Silence or Acknowledge key is pressed.

Ground Fault LED

A yellow LED that blinks to indicate a ground fault condition on the system. A ground fault occurs when a low resistance between the FACP and ground exists. It turns on steady when a Signal Silence or Acknowledge key is pressed.

Battery Trouble

A yellow LED that blinks to indicate a low battery or no battery condition on the FACP. It turns on steady when a Signal Silence or Acknowledge key is pressed.

Zone Disabled

A yellow LED that blinks to indicate that one or more alarm zones have been disabled using the Disable/Enable key. The disabled zone(s) trouble LED will also be on. It turns on steady when a Signal Silence or Acknowledge key is pressed.

Annunciator Trouble

A yellow LED that blinks to indicate that one or more remote annunciators (LED-10 Series, LDM-32, AFM Series, etc.) are not responding correctly. It turns on steady when a Signal Silence or Acknowledge key is pressed.

Zone 1 through Zone 10 Alarm LED

Red LEDs that blink to indicate that an alarm exists on the corresponding zone. It turns on steady when a Signal Silence or Acknowledge key is pressed.

Zone 9 and Zone 10 Supervisory LED

If the zone(s) is programmed for supervisory, a yellow LED will blink to indicate that a supervisory condition exists on the corresponding zone. It turns on steady when a Signal Silence or Acknowledge key is pressed.

Zone 1 through Zone 10 Trouble LED

Yellow LEDs that blink to indicate that a fault or abnormal condition exists on the corresponding zone. It turns on steady when a Signal Silence or Acknowledge key is pressed.

4.3 Operation

Normal Mode is the standard mode of operation. In this mode, the panel continuously monitors system status. When no alarm or trouble conditions exist, all LEDs will be off (except the AC Power LED). The Notification Appliance Circuits will be off, all relays are in their normal state and the onboard piezo sounder will be off.

All alarm and system trouble conditions are annunciated on the control panel's LEDs. The control panel will maintain a 'last event list' which will consist of all alarms, supervisory alarms and system troubles currently active and not cleared, requiring immediate service. When the system is cleared and restored to normal, the LEDs will be off except for the AC Power LED. The last alarms and troubles are stored in a history file and may be recalled at any time.

Document #51127 Rev. C 11/7/00 P/N 51127:C

Operation

Higher priority events take precedence over lower priority events. Display and reporting of System Status is done on a priority basis. Priorities are, from highest to lowest:

Alarms

Supervisory Alarms

System Troubles

4.3.1 Fire Alarm Response

The control panel will, upon detection of an alarm condition, cause the following:

• Blink the FACP system Alarm LED (1 second On, 1 second Off)

• Blink the Zone Alarm LED (1 second On, 1 second Off)

• Store the alarm in the Last Event/History File

• Turn the Notification Appliance Circuits on

• Turn the piezo sounder on steady

• Turn on appropriate zone relay output (ACM-8RF)

• Turn on alarm relay

• Blink all remote annunciator general alarm LEDs (1 second On, 1 second Off)

4.3.2 Fire Alarm Restoral

The control panel returns to normal after all alarms have been cleared and a system reset key has been pressed (pull stations have been reset, smoke detectors have reset and no smoke is present, waterflow has stopped). The control panel will perform the following upon restoral of all active alarms:

• Turn off the FACP alarm LED

• Turn off the Zone Alarm LED

• Turn off the Notification Appliance Circuits

• Turn off the piezo sounder

• Turn off appropriate zone relay output (ACM-8RF)

• Turn off alarm relay

• Turn off all remote annunciator general alarm LEDs

• Turn off all remote annunciator zone alarm LEDs

4.3.3 System Supervisory Condition Response

Only zones 9 and 10 can be programmed as Supervisory zones. These zones can be programmed for supervisory in applications where a waterflow sensing device has been employed and the wiring to the waterflow valve and/or a tamper switch is to be monitored. If the tamper switch has been activated (normally open contacts close), a supervisory alarm condition will occur.

When a supervisory condition occurs, the control panel will cause the following:

• Blink the FACP supervisory LED (½ second On, ½ second Off)

• Blink the Zone supervisory LED (½ second On, ½ second Off)

• Store the supervisory alarm in the Last Event/History File

• Pulse system piezo sounders (½ second On, ½ second Off)

• Turn on appropriate zone relay output (ACM-8RF)

1. If the Trouble Reminder option has been programmed, silencing the alarm will cause the piezo sounder to beep once every 15 seconds until the alarm condition is cleared.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Operation

• Turn on supervisory relay

• Blink all remote annunciator general supervisory alarm LEDs (½ second On, ½ second Off)

• Blink all remote annunciator zone supervisory alarm LEDs (½ second On, ½ second Off)

4.3.4 System Supervisory Restoral Response

When the supervisory condition has been cleared and the reset key has been pressed (if zones are programmed for latching), the control panel will perform the following:

• Turn off the supervisory LED

• Turn off the Zone supervisory LED

• Shut off system piezo sounders

• Turn off appropriate zone relay output (ACM-8RF)

• Turn off supervisory relay

• Turn off all remote annunciator general supervisory alarm LEDs

• Turn off all remote annunciator zone supervisory alarm LEDs

Note that for any zone programmed for Supervisory auto-resettable, the Reset switch does not need to be pressed to clear the zone (supervisory condition).

4.3.5 Trouble Condition Response

The control panel will perform the following upon detection of one or more trouble conditions:

• Blink the FACP trouble LED (1 second On, 1 second Off)

• Blink the Zone trouble LED if trouble condition is on the zone (1 second On, 1 second Off)

• Blink all annunciator general system trouble LEDs

• Blink all affected zone trouble LEDs on all system annunciators

• Activate trouble relay

• Store the trouble conditions in the Last Event/History File

• Sound system piezo sounders at a rate of 1 second On, 1 second Off

Note that when AC Brownout occurs, the AC LED is turned off and the Trouble LED blinks. Activation of the Trouble relay is dependent on AC Loss Delay programming.

4.3.6 Trouble Condition Restoral

The control panel performs the following upon restoral of all trouble conditions:

• Shut off the trouble LED

• Shut off the zone trouble LED(s)

• Shut off the piezo sounder

• Deactivate the FACP trouble relay

• Turn on the AC power LED if the trouble was loss of AC power

• Turn off the system general trouble LED on all system annunciators if all trouble conditions are cleared

• Turn off all affected zone trouble LEDs on all system annunciators

Document #51127 Rev. C 11/7/00 P/N 51127:C

Servicing

CHAPTER 5 Servicing

5.1 Walktest Mode

The MS-2410B provides the capability to perform a walktest of the system without triggering the ACM-8RF zone relays, the system annunciators or the alarm output relay. Walktest Mode allows for testing of the 10 zones (initiating device circuits). An audible or silent walktest may be performed.

For an audible walktest, the first initiating device activated on a zone will cause the Notification Appliance Circuits to turn on for four seconds. Subsequent device activations on the same zone will cause the Notification Appliance Circuits to turn on for one second. Any smoke detectors that are activated will be reset. Zonal faults (open circuits) will cause the NAC to remain on steadily. Prior to entering Walktest Mode, check to be certain that all system faults have been cleared.

Note that trouble relays will be activated while the control panel is in Walktest Mode. Placing the control panel into Walktest Mode will only be possible if the system has no active alarms.

The keypad is enabled, to allow switching from Normal Mode to any other mode, by inserting the Security Key into connector J4 on the MS-2410B main circuit board.

Security Key

P/N: PKB

MS-2410B

FIGURE 5-1:

Security Key - Walktest Mode

Insertion of the Security Key alters the functions of the keypad. Insert the supplied programming keys function label C to view the new key functions. Keys labeled 1 through 4 may now be used for entering a numerical password. Walktest Mode is entered by keying in the Walktest Mode password (1231233) and pressing the Enter key. If an incorrect key is pressed, wait 10 seconds and then reenter the proper password before pressing the Enter key.

A pause of up to 10 seconds is allowed between each key press while entering the password. After pressing the Enter key, the control panel will be in Walktest Mode with the keypad key functions configured for this mode. The System Trouble LED and AC Power LED will blink at a rate of ¼ second On and ¼ second Off and the trouble relay will activate. A pause of up to 30 minutes is now allowed between each key press and device activation while in Walktest Mode. Delays longer than 30 minutes will cause the control panel to exit Walktest Mode. The Security Key must be removed and then reinserted in order to reenter Walktest Mode or to enter any other mode.

Once in Walktest Mode, the control panel will immediately:

• Flash the Trouble LED and AC Power LED

• Activate the trouble relay

• Turn on the Notification Appliance Circuits for four seconds for the first alarm on a zone if an audible walktest is performed. Subsequent alarms will sound for one second. Troubles cause the NACs to remain on. For a silent walktest, all NAC outputs remain off

• Disable the alarm relay

• Display all alarm conditions as they occur

Document #51127 Rev.C 11/7/00 P/N 51127:C

Last Event/History Mode

• Display all zone troubles as they occur

• Display all system troubles as they occur

All zone alarm LEDs that turned on during Walktest remain on until the Reset key is pressed. Note that disabled zones will not respond during the Walktest. The LED blink rate for zones 9 and 10, when activated in Walktest, will be at a faster rate than the other zone LEDs.

A zone may be disabled while in Walktest Mode. Should a faulty device require repair, the zone may be disabled while the repair is performed. This allows the user to return the system to Normal Mode, enabling all other zones. This also prevents triggering of a false alarm.

To return the control panel to Normal Mode, remove the Security Key from connector J4 on the MS-2410B main circuit board. Remove the programming key function label and reinsert the Normal Mode label C.

The control panel will automatically revert back to Normal Mode if no system activity has occurred for 30 minutes. This would include pressing any keys or activity on any zone. To enter any other mode of operation, the Security Key must be removed and then reinserted.

During an audible walktest, if a device remains latched in alarm (such as a Pull Station that is not reset after activation), subsequent testing of devices on the same zone will

not

trigger the NACs. Be certain to reset or clear each

device after testing.

CAUTION: The Security Key must be removed from connector J4, upon completion of programming functions, to

ensure proper operation of the control panel.

5.2 Last Event/History Mode

The last event which occurred at the FACP is stored in a History File for future recall. Only the most recent event may be called up from memory.

The keypad is enabled, to allow switching from Normal Mode to any other mode, by inserting the Security Key into connector J4 on the MS-2410B main circuit board.

Security Key

P/N: PKB

MS-2410B

FIGURE 5-2:

Security Key - Last Event/History Mode

Insertion of the Security Key alters the functions of the keypad. Insert the programming key function label C to view the new key functions. Keys labeled 1 through 4 may now be used for entering a numerical password. Last Event/ History Mode is entered by keying in the password (1231231) and pressing the Enter key. If an incorrect key is pressed, wait 10 seconds and then reenter the proper password before pressing the Enter key.

Document #51127 Rev. C 11/7/00 P/N 51127:C

Lamp Test

A pause of up to 10 seconds is allowed between each key press while entering the password. After pressing the Enter key, the control panel will be in Last Event/History Mode, which may be used to troubleshoot the system in the event conditions on the FACP have changed since the last panel activation. Table 5-1 lists possible panel activations and the LEDs which will be on for each in Last Event/History Mode.

TAB L E 5 - 1 :

Notification Appliance Circuits Silenced by Silence Switch Signal Silence LED

History Mode

Latest Panel Activation LEDs Illuminated

Zone Alarm Zone Alarm LED & System Alarm LED

Zone Supervisory Zone Supervisory LED & System Supervisory LED

Zone Trouble Zone Trouble LED & System Trouble LED

AC Power Loss or Brownout AC Power LED

Ground Fault Ground Fault LED

Zone Disabled Zone Trouble LED & Zone Disabled LED

Remote Annunciator Trouble Annunciator Trouble LED

Notification Appliance Circuit Fault NAC Fault LED & System Trouble LED

Reverse Polarity Module System Trouble LED

To return the control panel to Normal Mode, remove the Security Key from connector J4 on the MS-2410B main circuit board. Remove the programming keys function label and reinsert the Normal Mode label C.

The control panel will automatically revert back to Normal Mode after 2 minutes in Last Event/History Mode. To enter any other mode of operation, the Security Key must be removed and then reinserted.

CAUTION: The Security Key must be removed from connector J4, upon completion of programming functions, to

ensure proper operation of the control panel.

5.3 Lamp Test

To perform a Lamp Test, press and hold the Reset/Lamp Test key for more than two seconds. All panel LEDs will turn on and the piezo sounder will activate.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Power Supply Calculations

CHAPTER 6 Power Supply Calculations

6.1 Overview

This section contains instructions and tables for calculating power supply currents in alarm and standby conditions. This is a four-step process, consisting of the following:

Calculating the total amount of AC branch circuit current required to operate the system

Calculating the power supply load current for non-fire and fire alarm conditions and calculating the secondary

(battery) load

Calculating the size of batteries required to support the system if an AC power loss occurs

Selecting the proper batteries for your system

6.2 Calculating the AC Branch Circuit

The control panel requires connection to a separate, dedicated AC branch circuit, which must be labeled FIRE ALARM. This branch circuit must connect to the line side of the main power feed of the protected premises. No

other non-fire alarm equipment may be powered from the fire alarm branch circuit. The branch circuit wire must run continuously, without any disconnect devices, from the power source to the control panel. Overcurrent protection for this circuit must comply with Article 760 of the National Electrical Codes as well as local codes. Use 14 AWG (2.00

) wire with 600 volt insulation for this branch circuit.

Use Table 6-1 , to determine the total amount of current, in AC amperes (A), that must be supplied to the system.

TAB L E 6 - 1 :

Device Type

MS-2410B(E) 1 X 2.30 = 2.30

FCPS-24F(E) [ ] X 2.00 =

120 VAC Branch Circuit Requirements

Number of

Devices

[ ] X [ ] =

Sum Column for AC Branch Current Required =

Current Draw

(AC amps)

Total Current

per Device

Document #51127 Rev. C 11/7/00 P/N 51127:C

Calculating the System Current Draw

6.3 Calculating the System Current Draw

6.3.1 Overview

The control panel must be able to power all internal and external devices continuously during the non-fire alarm condition. To calculate the non-fire alarm load on the system power supply when primary power is applied, use Calculation Column 1 in Table 6-3 on page 57. The control panel must support a larger load current during a fire alarm condition. To calculate the fire alarm load on the power supply, use Calculation Column 2 in Table 6-3 on page

57. The secondary power source (batteries) must be able to power the system during a primary power loss. To calculate the non-fire alarm load on the secondary power source, use Calculation Column 3 in Table 6-3 on page 57.

When calculating current draw and the battery size, note the following:

• ‘Primary’ refers to the main power source for the control panel

• ‘Secondary’ refers to the control panel’s backup batteries

• All currents are given in amperes (A). Table 6-2 shows how to convert milliamperes and microamperes to full amperes.

TAB L E 6 - 2 :

Milliamperes (mA) to amperes (A)

Microamperes ( amperes (A)

Converting to Full Amperes

To convert... Multiply Example

mA x 0.001 3 mA x 0.001 = 0.003A

A) to

A x 0.000001 300 µA x 0.000001 = 0.0003 A

6.3.2 How to Use Table 6-3 on page 57 to Calculate System Current Draw

Use Table 6-3 on page 57 to calculate current draws as follows:

Enter the quantity of devices in all three columns

Enter the current draw where required. Refer to the Fire-Lite Device Compatibility Document for compatible

devices and their current draw

Calculate the current draws for each in all columns

Sum the total current for each column

Copy the totals from Column 2 and Column 3 to Table 6-4 on page 58

Following are the types of current that can be entered into Table 6-3 on page 57:

✓ Calculation Column 1 - The primary supply current load that the control panel must support during a

non-fire alarm condition, with AC power applied.

✓ Calculation Column 2 - The primary supply current load that the control panel must support during a

fire alarm condition, with AC power applied.

✓ Calculation Column 3 - The standby current drawn from the batteries in a non-fire alarm condition

during a loss of AC power.

Document #51127 Rev.C 11/7/00 P/N 51127:C

Calculating the System Current Draw

Table 6-3 contains three columns for calculating current draws. For each column, calculate the current and enter the total (in amperes) in the bottom row. When finished, copy the totals from Calculation Column 2 and Calculation Column 3 to Table 6-4 on page 58.

TABLE 6-3:

Device Type

Main Circuit Board 1 X[0.138]= 0.138 1 X[0.245]=

RTB Remote Trouble

Buzzer

LED-10IM [ ] X[0.017]= [ ] X[0.017]= X[0.017]=

4XTMF Module [ ] X[0.005]= [ ]

411 Digital Comm. [ ] X[0.078]= [ ]

411UD Digital Comm. [ ] X[0.100]= [ ]

2-wire Detector Heads [ ]

4-wire Detector Heads [ ]

Power Supervision

Relays

NAC # 1

NAC #2 [ ] X[ ]=

Current Draw from

TB2 (nonalarm

Sum each column

for totals

System Current Draw Calculations

Calculation Column 1 Primary Supply, Non-Fire Alarm Current (amps)

Qty X[current draw]= Total Qty X [current draw] = Total Qty X[current draw]= Total

[ ] X[0.020]= [ ] X[0.020]= X[0.020]=

X[ ]

[ ] X[0.025]= [ ] X[0.025]= X[0.025]=

)

Primary Non-Alarm = Primary Alarm = Secondary Alarm =

[ ]= [ ]= [ ]=

Calculation Column 2 Primary Supply, Fire Alarm Current (amps)

0.245

X[0.011]

X[0.126]

X[0.170]

[ ] X[ ]= X[ ]=

[ ] X[ ]=

Calculation Column 3 Secondary, Non-Fire Alarm Current (amps)

1 X[0.138]= 0.138

X[0.005]=

X[0.078]=

X[0.100]=

1. The current shown represents one zone on the main circuit board in alarm. For all ten zones in alarm, the current draw increases to 0.590 amps.

2. If using the Reverse Polarity Alarm output, add 0.005 amps; if using the Reverse Polarity Trouble output, add another 0.005 amps.

3. 240 mA may be possible with all input channels shorted, 411 communicating, Programmer connected and Lamp Test active

4. 300 mA may be possible with all input channels shorted, 411UD communicating, Programmer connected and Lamp Test active

5. Refer to the Device Compatibility Document for standby current.

6. Refer to the Device Compatibility Document for standby current.

7. Must use compatible listed Power Supervision Relay.

8. Current limitation of Terminal TB3 circuits is 1.25 amps per NAC expandable to 2.5 amps.

9. The total standby current must include both the resettable (TB2 Terminals 3 & 4) and nonresettable (TB2 Terminals 1 & 2) power. Caution must be taken to ensure that current drawn from these outputs during alarm does not exceed maximum ratings specified. Current limitations of TB2, Terminals 1 & 2 = 0.500 amps, filtered, 24 VDC +/-5%, 120 Hz ripple @ 10 mV

nonresettable power and TB2, Terminals 3 & 4 = 0.300 amps, filtered, 24 VDC +/-5%, 120 Hz ripple @ 10mV

, resettable

RMS

power.

10.Total current draw listed above cannot exceed 3.6 amps with only standard transformer installed or 6.6 amps with both the standard and optional transformers installed.

Document #51127 Rev. C 11/7/00 P/N 51127:C

Calculating the Battery Size

6.4 Calculating the Battery Size

Use Table 6-4 to calculate the total Standby and Alarm load in ampere hours (AH). This total load determines the battery size (in AH), required to support the control panel under the loss of AC power. Complete Table 6-4 as follows:

Enter the totals from Table 6-3 on page 57, Calculation Columns 2 and 3 where shown

Enter the NFPA Standby and Alarm times (refer to ‘NFPA Requirements’ below)

Calculate the ampere hours for Standby and Alarm, then sum the Standby and Alarm ampere hours

Multiply the sum by the derating factor of 1.2 to calculate the proper battery size (in AH)

Write the ampere hour requirements on the Protected Premises label located inside the cabinet door

TAB L E 6 - 4 :

Total Secondary Power Requirements at 24 VDC

Secondary Standby Load (total from Table 6-3 Calculation Column 3) [ ]

Primary Alarm Load (total from Table 6-3 Calculation Column 2)

[ ]

Sum of Standby and Alarm Ampere Hours = AH

Multiply by the Derating Factor X 1.2

Battery Size, Total Ampere Hours Required = AH

Required Standby Time (24 or 60 hours)

X[ ] = AH

Required Alarm Time (for 5 min., enter 0.084, for 10 min., enter 0.168)

X[ ]

= AH

6.4.1 NFPA Battery Requirements

• NFPA 72 Local and Remote Station Fire Alarm Systems require 24 hours of standby power followed by 5 minutes in alarm

• NFPA 72 Central Station, Auxiliary and Remote Station require 60 hours of standby followed by 5 minutes in alarm. Batteries installed in a system powered by a generator need to provide at least 4 hours of standby power

• NFPA requires 24 hours of standby plus 15 minutes activation for audio systems. The total ampere hours required cannot exceed 18 AH with an internal charger

6.4.2 Selecting and Locating Batteries

Select batteries that meet or exceed the total ampere hours calculated in Table 6-4 . The control panel can charge batteries in the 7 AH to 18 AH range. The control panel cabinet is capable of housing batteries up to 12 AH. Batteries larger than 12 AH require the BB-17F or other UL listed external battery cabinet.

Document #51127 Rev.C 11/7/00 P/N 51127:C

NFPA Requirements

Appendix A NFPA Requirements

NFPA Signaling Systems for Central Station Service (Protected Premises Unit)

The following figure illustrates an example of Central Station/Remote Station Reporting using a 411UD Digital Alarm Communicator Transmitter. The 411 may also be used for this purpose. The relay contacts from the MS-2410B may be used to trip any dialer UL listed for Central Station/Remote Station Services.

Note: Reference the 411 or 411UD Manual for additional information

24 VDC Nonresettable Power

MS-2410B

Alarm Relay

Tr o u b l e R e l ay

Supervisory Relay

+ -

24 V

TB2

24 V

RESET

+ - + -

NONRESET

BELL 1 BELL 2

+ - + -

TB3

MS-2410B

REMOTE TRBL BUZZER

GRD

TB5

AC TRBL BUZZ

ALARM RELAY

TROUBLE RELAY

Channel 1

Channel 2

Channel 3

TB2

U10

U11

PH1

2.2K EOL

4.7K EOL

TB1

R41

PH2

411UD

J4 Not Installed

2.2K EOL

SUPV RELAY

NONC NO

ZON E 1 Z ONE 2 Z ONE 3 ZO NE 4 ZO NE 5 ZO NE 6 ZO NE 7 ZO NE 8 ZON E 9 Z ON E 1 0

+ - + - + - + - + - + - + - + - + - + -

SECURITY KEY

TB4

TB6

TB7

TABLE A-1:

Alarm

Trouble

Supervisory

MS-2410B

411UD Connections to MS-2410B

411UD MS-2410B

Document #51127 Rev. C 11/7/00 P/N 51127:C

Wire Requirements

Appendix B Wire Requirements

Connecting external system accessories to the MS-2410B main circuits must be carefully considered to ensure proper operation. It is important to use the correct type of wire, wire gauge and wire run length per each MS-2410B circuit. Reference the chart below to specify wire requirements and limitations for each MS-2410B.

TAB L E B - 1 :

CIRCUIT CONNECTIONS WIRE REQUIREMENTS

CIRCUIT TYPE

Initiating Device

LED-10IM Inter-

face Module

24 VDC resettable,

nonresettable

Wire Requirements

Circuit

EIA-485

CIRCUIT

FUNCTION

Connects to

Initiating Devices

Connects to annunciator

modules and relay

module

Connects to annunciators and other accessories

WIRE TYPE AND

LIMITATIONS

Untwisted, unshielded wire

(Do not exceed 100 ohms)

Twisted, shielded pair with a

characteristic impedance of

120 ohms

No more than 1.2 volt drop

allowed from supply source

to end of any branch

RECOMMENDED

MAX. DISTANCE

Feet (meters)

10,000 (3,000 m)

8,000 (2,400 m)

4,875 (1,480 m)

3,225 (975 m)

6,000 (1,800 m)

Distance limitation

set by 1.2 volt maxi-

mum line drop

WI RE GUAGE

12 AWG (3.25 mm

WPW999

14 AWG (2.00 mm

WPW995

16 AWG (1.30 mm

WPW991

18 AWG (0.75 mm

WPW975

18 AWG (0.75 mm

12 AWG (3.25 mm

(0.75 mm

) Belden 9583

) Belden 9581

) Belden 9575

) Belden 9574

)

) - 18 AWG

)

Document #51127 Rev.C 11/7/00 P/N 51127:C

Slide-in Labels

Appendix C Slide-in Labels

The spare slide-in labels on the following pages are provided for the MS-2410B keypad and display panel in the event that the original labels are lost or damaged. The labels may be cut from the manual or photo-copied and then carefully cut out and inserted into the proper location, as indicated in Figure C-1. Labels slide into pockets which are accessible through the top of the keypad and display panel.

During the Normal Mode of operation, insert the labels into the keypad and display panel as follows (refer to Figure C-1):

• Label A Normal Mode label into pocket designated Label A

• Label B Normal Mode label into pocket designated Label B

• Label C Normal Mode label into pocket designated Label C

During Program Mode of operation, insert the labels into the keypad and display panel as follows:

• Label A Program Mode label into pocket designated Label A

• Label C Program Mode label into pocket designated Label C

A set of labels is provided for Normal Mode operation and another set is provided for Program Mode operation. Be sure to insert the proper set of labels for the corresponding mode of operation. Figure C-1 illustrates Normal Mode labels installed in the keypad and display panel. Note that extra 'A' Normal Mode slide-in labels are also supplied blank. Type the desired zone or location information directly on the line inscribed on the labels to insure correct positioning of the typed information in the label windows. Information should be typed before cutting the labels from the page.

FIGURE C-1:

Keypad and Display Panel Slide-in Labels

Label A Label B Label C

Document #51127 Rev. C 11/7/00 P/N 51127:C

Notes

Document #51127 Rev.C 11/7/00 P/N 51127:C

Slide-in Labels

Normal Mode Slide-in Labels

Type appropriate information on blank Label A prior to cutting from page. Typed entries must be centered and typed on the lines provided to ensure proper positioning in the membrane windows. Be certain to cut all labels directly on dotted lines to ensure proper fit

A T

Program Mode Slide-in Labels

Label A - Normal Mode

Label B - Normal Mode

AC Power

Alarm

Trouble

Supervisory

Signal Silence

NAC Fault

Ground Fault

Battery Trouble

Zone Disabled

Annunc. Trouble

Label C - Normal Mode

Acknowledge

Signal Silence

Drill

Disable/Enable

Reset/Lamp Test

F O

Label C - Program ModeLabel A - Program Mode

Auto Silence

Silenceable NACs

Walk Test

Supervisory Alarm

Alarm Verification

AC Loss Delay

Module Supervision

Toggle Option 3

Annunc. Addresses

Trouble Reminder

Enter 4

Silence Inhibit

Document #51127 Rev. C 11/7/00 P/N 51127:C

Notes

Document #51127 Rev.C 11/7/00 P/N 51127:C

Numerics

4-Wire Smoke Detector Power 26 4XTMF Transmitter Module 14, 33

ABF-1F Backbox 16 ABS-1F Backbox 16 ABS-8RF 30 AC

see also Primary Power 24 AC Los s Delay 44 AC P ower 11 AC voltage sense 9 Acknowledge 47

Normal Mode

Acknowledge

ACM-8RF Relay Module 9, 14, 15, 29

Address 30

Switch Settings 30 ACM-8RF Remote Relay Module 30 AFM Series Annuciator

AFM-16ATXCS4 16 AFM Series Annunciator 14, 16, 29

AEM-16ATF 16

AFM-16AF 16, 32

AFM-16ATF 16, 32

AFM-16ATX 16, 32

AFM-16ATXCS16 16

AFM-16ATXCS8 16 AFM Series LED Annunciator 9 Alarm Verification 9, 43 Annunciator Maximum Monitored

Address 44

Auto-silence 42

Options 42 Auto-Silence Notification Appliance

Circuits 9

Backbox 21 backbox 9 Battery 11, 14

Charger 13

Rating

Charger Capacity 11

Charging Circuit 11

Fire-Lite Alarms MS-2410B User Manual

Specifications and Main Features

Frequently Asked Questions

User Manual