10 - EQP Overview

Eagle Quantum Premier - EQP

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Typical Plant Control Systems

Plant SCADA or Distributed Control System

Plant ESD - Emergency Shut Down

Plant SIS - Fire Alarm, Flame Detection,Gas Detection & Suppression System

Stand-alone systems

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A Proud Timeline of Success

1973IntroducedUltraviolet

1985Introduced

UV/IR

1987Acquired Rexnord

Gas Detection

1991Acquired

Pyrotector

1992Acquired

Open Path IR

1994Introduced Eagle 2000

1995Introduced

Pointwatch IR

1998Introduced

X3300 Mult- IR

1996Acquired Dual Spectrum IR

2001Introduced

Eclipse

2000Introduced PIRVOL

2002Introduced X-Series

2004Introduced

ELS System

1998Introduced

Eagle Quantum

2004Introduced

Hydrogen IR

2003IntroducedOpen Path

2003Introduced

EQP System

GA

SD

ET

EC

TIO

NF

LA

ME

DE

TE

CT

ION

FIR

E/G

AS

SY

ST

EM

S

70s 80s 90s Beyond

2003Introduced

UV,IR,UVIR

2006Introduced

Redundant EQP

2006Introduced

Multi IR SIL2

2006Introduced

Eclipse SIL2

2007Introduced EQP SIL2

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EQP Addressable Fire & Gas System

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EQP Overview

• Eagle Quantum Premier (EQP) System-– is the latest generation in the Eagle addressable system family– combines “fire detection and extinguishing agent release” and “hazardous

gas monitoring” in one complete package– is intended for use in hazardous locations– is designed to meet the requirements of global approval agencies– supports up to 246 devices– supports a LON length of 2000 meters with base system– can be expanded using network extenders to a max LON distance of

10,000 meters

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North American Certifications

FM 3260-2000 Flame performance

FM 6310/6320 Gas performance

NFPA 72 1999 National Fire alarm code

CSA - gas performance and Haz locations

European Certifications

94/9/EC ATEX

EN50081-1 & 2 Electromagnetic compatibility

EN50130-4 Immunity of fire, intruder and social alarm systems

EN 50270 Detection and measurement of gases

UV/IR Fire Detection X5200

IR Fire DetectionX9800

Supervised Inputs Heats, Smokes and MAC’s

Agent ReleasePRESS HERETRYKK HER

KNUS GLASSET

BREAK GLASS

BN- 300BRANNALARM

Tilpasningsenhet

FIRE ALARM

Interface unit

Nr.

No.

UV Fire DetectionX2200

Premier Controller

Operator Interface Station

running S3 softwareVer 2.8

Ports• Configuration (serial port) • RS-485 serial Link (Modbus RTU)• Redundant media ControlNet

OPC option

MIR Fire DetectionX3301

24 vdc power supply

Battery PSM

DCIOModule

HC Gas DetectionEclipse

NetworkExtender

ARM

Signal / Audible Devices

SAM

IDC

SupervisedDigitalinputs

Toxic Gas DetectionDCU / DCUEX

I/O Modules•Relay•AIM•IPM

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Communications Transceivers (2)

Break or short in LON

Fault isolation relay actuation

Controller

LON communication is bi-directional

Eagle Quantum Premier Self Healing LON

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The EQP System Controller

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EQP CONTROLLER

Dual Media

ControlNet

Interface

(Optional)

Future

Expansion

Capabilities

Onboard

Serial

Interface

8 Dry Contact Inputs

8 Relay Outputs

Configuration

PC

Modbus RTU

Master

Field Device Network (LON)


RS-232

RS-485

EQP – Controller Details

• Controller logic processing 10X faster than LCU.

• New LON transceivers process field data 2X faster than LCU.

• 8 onboard dry contact inputs.• 8 onboard relay outputs.• Dedicated fault relay.• Dual media Control-Net option for

Allen-Bradley compatibility.• Future Expansion capability.• 2 onboard serial interfaces for

configuration and data exchange.• 2000 meter LON, expandable to

10,000 meter with network extenders.

Fault Relay

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EQP - Field Devices - Legacy

Supports Eagle Quantum “Legacy” field devices.

• EQ2500ARM Agent Release Module.• EQ2500SAM Signal Audible module.• EQ2200IDC Initiating Device Circuit

module.• EQ2200IDCGF Ground Fault monitor.• EQ2200DCU & EQ2200DCUEX Digital

Communication Units.• EQ2400 Network Extender• EQ2100 Power Supply Monitor

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Quantum Ultraviolet Flame Detector EQ2200UVHT + C7050B(hi temp)

High Temp rated 4 core shielded cable

(not included)

Hazardous AreaStandard temp range

Hazardous AreaHigh temp range

High Temperature UV Flame DetectionRecommended for indoor continuous high temperature (up to +125C/257F) applications (Turbine compartments, enclosures, Generator rooms, etc. where ambient temperatures can be continuously above +75c/167F to +125C/257F)

• Enhanced fire detection range compared to existing UV models

• Selectable signal processing modes:– Arc rejection– Standard

• Adjustable sensitivity and time delay for fire output

• Fire overrides fault for safety• Non-volatile alarm history• Automatic or manual Oi• LED viewable on Electronic Module Assembly

for Fire and Fault conditions• Tested for up to 165ft (50meter) separation

using 4 core shielded cable

The EQ2200UVHT Series Flame Detector consists of a High Temperature rated UV sensor module and a separate control circuit Electronic module Assembly, both in explosion-proof, watertight enclosures. The detector is equipped with both automatic and manual optical integrity (oi) test capability.

Supported by EQ Premier

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EQP – Field Devices - Flame

• X-Series is EQP ready– UV/IR (X5200)– UV (X2200)– IR (X9800)– Multispectrum IR (X3301)– Multispectrum IR H2 (X3302)

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• Multiple Patents– Wavelength– Algorithm– Digital signal Processing

• Heated optics• Extended Cone of

Vision • Combines the longest

detection range with the best false alarm rejection capabilities

• Multiple fuel verified, lowest cost of coverage all fuels

X3301 Multispectrum Infrared Flame Detector

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Cost Of Coverage X3301

X3301

UV/IR

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Flame Detectors Optical Integrity

• Calibrated MAG-Oi, no test lamp required! • Automatic and manual optical integrity test verified to perform a

calibrated test of the detector operation.• Manual and MAG-Oi perform system activation

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EQP Field Devices - Gas Detector

• PIRECL Pointwatch Eclipse• Combustible hydrocarbon

detector• Software programmable for

various gases:MethaneEthanePropaneButaneEthylenePropylene

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• PIRECL Pointwatch Eclipse• Configurable to display gas

concentrations in the following ranges:

0 – 100% LFL0 – 50,000 ppm Methane0 – 5% by Volume

• Supports handheld interrogator connection in field using HART protocol.

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• OPECL Open Path Eclipse• Configurable to display gas

concentrations in the following ranges:



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• OPECL Open Path Eclipse • Cast 316 (CF8M) Stainless

Steel Housings• Separate transmitter &

receiver modules• Redundant Xenon

flashlamp IR source lamps


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Open Path Eclipse Model OPECL

• 5 - 120 meters (164 - 394 ft) of maximum separation

• Heated optics

• No motors or internal moving parts

• Designed for 10.2 cm (4 in.) diameter post mounting or I-beam

• Single telescope kit for alignment of the transmitter and receiver

• HART 375 – signal strength

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• Configurable to display gas concentrations in the following ranges:



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• U9500x Infiniti recommended for use with all toxic detectors– onboard LCD display– 3 alarm relays + 1 fault relay– magnetic non-intrusive calibration– field programmable– supports sensor separation– stainless steel or E-coated aluminum j-boxes– Class 1, Division 1 approved


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• All provide 4-20 mA signal output• 0-100 ppm range typical• Carbon monoxide ranges: 0-100, 0-

500, or 0-1000 ppm - must specify• Nitrogen dioxide range: 0-20 ppm• Hydrophobic filter provides humidity

protection• >5% by volume O2 required• All designed to meet X-proof

requirements, except CL2, SO2 sensors (I.S. barrier required)

• All designed for calibration by a transmitter, controller or external control system (if scaled).


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High Density I/O Modules

•DCIO•Relay Module•AIM•IPM•EDIO

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EQP – Field Devices - Flexible DCIO

• EQ3700DCIO– Eight channel Direct Current

Input/Output module.

• Eight flexible 24 VDC I/O channels

• Each channel can be software configured as an Input or an Output.

• Each channel can be software configured for supervision of:– No supervision– Open Circuits– Open and Short Circuits

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DCIO - Input configuration

Unsupervised Input

Configuration

Supervised Input

Configuration

Supervised Input Configuration

(Opens and Shorts)

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DCIO - Output configuration

Supervised Output Configuration (Notification)

Supervised Output Configuration

(Automatic Release)

Unsupervised Output

Configuration

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EQP – Field Devices - Flexible Relay Module

• EQ3720RM– Eight channel relay output module– Eight 2A, 30VDC type C relays– Each channel is software configured– DIN rail or panel mount– Configured as normally energized

or normally de-energized

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EQP – Field Devices - Flexible Analog Input Module

• EQ3710AIM– Eight channel Analog input module– Dual channel mode– Inhibit feature– Supports HART compatible devices

(HART Interface Module)– Supports calibrated 4-20 mA

devices only

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AIM - Wiring configuration

Two wire transmitter Three wire transmitter

Two wire transmitter with HART interface module Three wire transmitter with HART interface module

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EQP – Field Devices - Flexible Intelligent Protection Module

• EQ3730IPM– Intelligent Protection Module that

supervises and controls one fire suppression hazard.

– Controlled from user logic in EQP Controller with configurable backup logic for standalone operation.

– Compatible with Apollo and Fenwal 2-wire type smoke detectors.

– Meets NFPA-72 requirements.

– For use in suppression systems covered by NFPA codes: 12, 12A, 17, 17A and 2001.

– Features a variety of programmable options.

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EQP – Field Devices - Flexible Intelligent Protection Module

• I/O Allocation:– 1 Abort Circuit (Supervised IDC)

– 1 Manual Release Circuit (Supervised IDC)

– 1 Supervisory Circuit (Supervised IDC)

– 2 Detection Circuits – Up to 15 smokes/heats per circuit.

– 1 Bell Circuit (Supervised SAM)

– 2 Release Circuits (Supervised ARM)

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Enhanced Discrete Input Output Module - EDIO

• The EDIO provides eight channels of configurable input or output points.

• Configure each as Supervised or Unsupervised.

• Inputs can accept fire detection devices:– Heat detectors– Smoke detectors (2-wire)– Unitized flame detectors

• Outputs can be configured for Signaling or Releasing operation.

• Individual channel indicators:– Red LED for active– Yellow LED for faults

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Enhanced Discrete Input Output Module - EDIO


Any channel can beConfigured as an IDC forSupervised Discrete inputs:

ABORTMANUAL RELEASESUPERVISORY

Any channel can beconfigured for two wiresmoke detectors and twochannels combined for Class Aapplications.

Any channel can be configuredfor audible or visible alarms.

Any channel can be configuredfor SuppressionSystems:

CO2FM-200WATER

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Eagle Quantum Network Extender Module EQ2401NE

• Increases network capacity by 60 nodes per unit (system maximum = 246)

• Each Extender increases wiring length by 2,000 meters.

• Visual indication of network traffic.

• Up to 6 Extenders can be added per system

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Power Supplies

• Meets ANSI/NFPA 72 RequirementsMeets ANSI/NFPA 72 Requirements

• Uses A36 La Marche Supply Family Uses A36 La Marche Supply Family of float chargersof float chargers

• 10, 30 & 75 amp versions10, 30 & 75 amp versions

• Individual Fault Annunciation for:Individual Fault Annunciation for:

• AC FailedAC Failed

• Low & High DC voltageLow & High DC voltage

• Low & High current tripLow & High current trip

• Float & Equalize settingsFloat & Equalize settings

• 120VAC & 220/240VAC120VAC & 220/240VAC

• Rack mountableRack mountable

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Power Supply Monitor

• Meets ANSI/NFPA 72 RequirementsMeets ANSI/NFPA 72 Requirements

• Monitors Power Supply and BatteryMonitors Power Supply and Battery

• Uses A36 La Marche Supply FamilyUses A36 La Marche Supply Family

• Up to 75 amp version availableUp to 75 amp version available

• Individual Fault Annunciation for:Individual Fault Annunciation for:

• AC FailedAC Failed

• Power Supply FaultPower Supply Fault

• Ground FaultsGround Faults

• Missing/Failed BatteryMissing/Failed Battery

• Reports Current Draw & AC VoltageReports Current Draw & AC Voltage

• Panel MountedPanel Mounted

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Ground Fault Monitor EQ2220GFM

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EQP Redundant

• Type of Redundancy– Dual-Controller, Master & Hot Standby

• Purpose– To provide full system capability, with zero

downtime, in the unlikely event of a primary controller failure.

– To provide a modern implementation of redundancy that requires a minimum effort to configure and maintain:•Single user program.•Auto configuration of standby.•Auto synchronization of primary and

standby.•Auto education and synchronization of a

replaced controller.– To meet or exceed NFPA-72 Redundancy

requirements for Fire Alarm Control Units.

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External Communications• Original Serial Communication:

– Configuration Port (RS-232) for S3 configuration and monitoring.

– Serial Port 1 (RS-485) - Modbus RTU Master or Slave.

• 4 Port Serial Expansion board:

– Redundancy Port (HSSL) - Dedicated inter-controller communications port.


(This port is ground fault monitored.)

– Serial Port 3 (RS-232) - Modbus RTU Master or Slave or a second S3 configuration and monitoring port.


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Redundant Controller Arrangement

EQP CONTROLLER

Dual Media

ControlNet

Interface

(Optional)

Onboard

Serial

Interface

Local Operating Network (LON):Controllers are in parallel on the network

4 Port Serial

Expansion

HS

SL

RS

-48

5

RS

-23

2

RS

-23

2

• Master with Hot Standby

• Controllers reside in parallel on the LON.

• Both controllers have access to all field device messages.

• Basic status information about the controllers is shared via the LON.• 230.4 Kbps link between the controllers.• Dedicated port on the 4-Port Serial Expansion board.• HSSL provides the mechanism for synchronizing the controllers.• All necessary information like timers, counters, latches, etc. are transferred

EQP CONTROLLER

Dual Media

ControlNet

Interface

(Optional)

Onboard

Serial

Interface

4 Port Serial

Expansion

HS

SL

RS

-48

5

RS

-23

2

RS

-23

2

LON operates at 78.5 kbpsMaximum distance 10 km start to finish

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Redundant Controller Arrangement

EQP CONTROLLER

Dual Media

ControlNet

Interface

(Optional)

Onboard

Serial

Interface

Local Operating Network (LON):Controllers are in parallel on the network

4 Port Serial

Expansion

HS

SL

RS

-48

5

RS

-23

2

RS

-23

2

EQP CONTROLLER

Dual Media

ControlNet

Interface

(Optional)

Onboard

Serial

Interface

4 Port Serial

Expansion

HS

SL

RS

-48

5

RS

-23

2

RS

-23

2

LON operates at 78.5 kbpsMaximum distance 10 km start to finish

HS

SL

HS

SL

• The following data is transferred, as a background task:– Real Time Clock (RTC).– User application program (logic).– Device “Inhibit” and “Removed” status information.– The complete Alarm List with time and date information.– A complete copy of all controller global and local memory tables.

• During synchronization:– The Master controller is fully functional and capable of alarming.– The Hot Standby controller displays information indicating the process steps.– When the Hot Standby controller is completely synchronized it will show “Ready”.

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EQP SIL2

• EQP SIL2 (TÜV / EXIDA)

– Controller EQP•Simple•Redundant

– EDIO– X3301– Eclipse– LON

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S3 SIL2 Configuration

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S3 SIL2 Configuration

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S3 SIL2 Logic

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EQP SIL-2

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EQP PSS

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xWatch

•xWatch provides live video imaging of hazardousareas for real-time remote verification.

•Three Options:•The xWatch stand alone•The xWatch combined with an X-Series flame detector. •Using the C7050 housing and simply replacing the tube module with the camera

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xWatch

Why use xWatch imaging?

• Monitor remote or inaccessible areas.The xWatch has the capability of connecting to any video switcher for live video output.• Provide additional capabilities to existing installations.The xWatch can be mounted on all X-Series flame detectors or incorporated into your Eagle Quantum Premier system.• Reduce installation costs.The xWatch cuts your wiring and installation costs by retrofitting an existing C7050 Detector with the xWatchcamera component.• Fits easily into small spaces.The xWatch is small and portable, weighing only 1.2 lb (0.6 kg). Its footprint spans only 4.75 in. (12.06 cm) inlength and 2.5 in. (6.35 cm) in width.

Documents

10 - EQP Overview