Submittal 28 31 00 PD 00 Fire Alarm Product Data.pdf

Submittal Detailed with Comments and Links

28 31 00 PD-00

22105 SBC Replace Fire Alarm - Temple, Texas (1)

28 31 00 PD - Fire Alarm Product Data

Status Draft n

Submittal Package

Responsible Company

Department of Veteran Affairs - Temple

Location

Project

Importance

Urgent

Resolved By

Subject Fire Alarm Product Data

Spec Section

28 31 00 - Fire Detection and Alarm

Spec Sub Section

Product Data

Type

Manufacturer's Data

Author

Jack Robinson

DESCRIPTION Jack Robinson on 11/1/2022 10:16 AM

Please Review & Comment.

DOCUMENTS FOR REVIEW Jack Robinson on 11/1/2022 10:18 AM

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Temple VA Fire Al...

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Page 1 of 2 D A T A S H E E T E85003-2721 Not to be used for installation purposes. Issue 1.4

EDWARDS® Catalog Annunciation

L I F E S A F E T Y & I N C I D E N T M A N A G E M E N T

Overview PT-1S+ serial/USB printers are high speed, 24-pin dot matrix printers which use standard, continuous tractor feed computer paper. The PT-1S+ printer is used to permanently record Life Safety System status changes. All printed entries contain the date, time, event type and a user defined message for each printed event. The printer is required in proprietary type systems.

In local, auxiliary or remote station systems, the printer is ancillary and is optional. The printer must be backed up by a UPS in a proprietary system. Continuous and cut forms are fed at the front for quick and easy loading.

System Event Printer

PT-1S+

Standard Features

• High speed, bi-directional printing

• Front panel setup

• LED Status indicators

• RS-232/USB interfaces

• Printer self-test mode

Application The PT-1S+ printer adds print capability to fire control units that support serial or USB printer interfaces.

Installation The printer is configurable to support proper operation with the system. Connecting a serial/USB printer may cause a ground fault on some control units. If this happens, an IOP3-A isolator module may be installed between the printer and the control unit.

7300-1657:

S3424

PT-1S+

Temple VA Fire Alarm Data Sheets - Part One.pdf

Page 2 of 2 D A T A S H E E T E85003-2721 Not to be used for installation purposes. Issue 1.4

04-08-22

LIFE SAFETY & INCIDENT MANAGEMENT

Contact us

Phone: 800-655-4497 (Option 4) Email: edwards.fire@carrier.com Website: edwardsfiresafety.com

8985 Town Center Pkwy Bradenton, FL 34202

©2022 Carrier All rights reserved.

Engineering Specifications The event and status printer shall be a 24-pin, impact, dot matrix printer with a minimum print speed of 232 characters per second. Print parameters shall be set up with a menu driven program in the printer. The communications speed for RS-232 communications protocol shall be adjustable from 300 to 9600 Baud. The printer shall list the time, date, type and user defined message for each event printed.

Ordering Information Model Description PT-1S+ System Event Printer 120/240 VAC

Related Parts Ordering Information Replacement ribbon cartridge Tally Dascom, P/N 99003 (purchase locally)

IOP3A Isolated I/O port card

Specifications Print Speed Up to 680 cps Voltage 100 - 240 VAC; 50/60 Hz Power rating 60W

24 pins

Mono-chrome serial impact dot matrix, Uni-/bi-directional logic seeking for text and graphics.

MTBF

422 p/h in Draft mode according IEC10561:1999

(ECMA 132) MTBF:

20.000 hours

Connection Diagram

USB printer wiring notes

• Locate USB printers in the same room as the equipment to which they connect.

USB printer connections are supervised and power-limited.

• USB connection requires a USB 2.0 (or better) A/B cable, included in box.

Cable length may not exceed 19.7 ft (6.0 m).

Serial printer installation notes

• Serial printer connections are power-limited and may or may not be supervised, depending on the control panel.

• Locate supervised serial printers in the same room as the equipment to which they connect.

• Locate unsupervised serial printers in the same room and within 20 ft. (6.1 m) of the equipment to which they connect. Enclose wiring in conduit or equivalent protection against mechanical injury.

• Serial connections requires UL Listed and CSA Approved shielded RS-232C cable.

Cable length may not exceed 50 ft. (15.24 m).

• Connecting a serial printer may cause a ground fault on some control panels. If this happens, install an IOP3-A isolator module between the printer and the control panel.

• Refer to installation sheet P/N 310282-EN for wiring and installation instructions.

PT-1S+ Printer

PT-1S+ Printer

Size Width: 18.0 in. (45.8 cm), Height: 8 in. (20.2 cm), Depth: 10.5 in. (26.7 cm)

Weight 17.86 lbs (8.1 kg) Agency Listings UL, ULC

Operating Environment

Temperature: 50 to 95 Fahrenheit (Temperature Operating: +10 to +35°C.)

Relative Humidity:

16 to 73% RH (No condensation)

Print head 24 pins

RS-232

USB IP, Serial or other

USB

0 8 o

Page 1 of 8 D A T A S H E E T E85006-0068 Not to be used for installation purposes. Issue 2.3

EDWARDS® Catalog Incident Management and Annunciation

L I F E S A F E T Y & I N C I D E N T M A N A G E M E N T

FireWorks®

Incident Management Platform

7300-1657:

S3424

N T

COA 6228

Overview FireWorks is an incident management command and control platform that comprises hardware, software, and networking components that together provide a powerful and cohesive Mass Notification and Life Safety solution. Sophisticated networking technology allows it to integrate seamlessly with EDWARDS life safety solutions, yet FireWorks remains fully interoperable with third-party equipment, making it ideal for system upgrades or new installations alike.

FireWorks can automatically trigger programmed responses to facility events, or it can act as an operator interface for manual control. The FireWorks user interface provides a clear, concise, and coordinated view of any situation by presenting information strategically.

Five configurable graphical viewports offer simultaneous insight into different aspects of an incident, while the underlying software dynamically manages content in each viewport based on real-time events and user interaction. Facility maps, live video feeds, audio channels, protocol information, and fingertip control over vital equipment all come together instantly within view of an operator facing events that require solid information and split-second timing.

Supporting every FireWorks workstation is a sophisticated network backbone—strong enough to handle coordinated critical control functions from as many as 30 client workstations and many other devices, yet flexible enough to manage integration with third-party mass notification systems.

Redundant server options eliminate risk of communications breakdowns by providing alternate data paths that regenerate communications in the event of signal loss. FireWorks can operate on an existing local area network, or provide facility access from anywhere in the world via secured Virtual Private Network (VPN) connections.

Standard Features

• Widely listed to prevailing Mass Notification and Life Safety standards

Readily adopted for standalone or remote applications

• Listed for UUKL Graphical FSCS Applications Cost-effective and scalable graphical smoke control station

• Dynamic event-driven user interface Easy-to-follow notification and control protocols

• Software-only standalone versions Cost-effective annunciation where agency listings are not required

• Highly Sensitive Smoke Detector (HSSD) support Full command and control integration with VESDAnet detectors

• FW-FAST Automatic System Configuration Generate interactive floorplans from engineering drawings and EDWARDS SDU files.

• Email event notification to multiple recipients Instant communication with off-site personnel

• Powerful HTTP/HTTPS communication engine Compatible with DRMNS and many other third-party systems

• Password-defined user access and event filtering Control who sees what

• Use native graphic formats to create event maps Import most standard graphic formats—no conversion required

• Multilingual operation Supports English (UK, AUS, and US), Chinese (Simplified and Traditional), French (Canada), Polish, Russian, Spanish, Turkish, Portuguese (Brazil), Arabic and Hebrew

• Real-time Remote Client Access system information from anywhere in the world

• Cybersecurity Hardening While no system can claim 100% protection, Edwards continues to leverage best practices in security testing to ensure protection. Cybersecurity is a constant threat and system hardening will continue beyond this release so you can feel confident now and going forward. The following are highlights of our new cybersecurity enhancements:

• Compliance: RMF with P2P CIA High baseline with 800-53R4 controls

• Penetration Testing: We have utilized external pen testing with APPLUS and internal penetration testing to discover and fix critical vulnerabilities.

• Static Analysis: FireWorks’ code was scanned for CWEs to improve cybersecurity

FireWorkss®

Page 2 of 8 D A T A S H E E T E85006-0068

FireWorks systems can send certain UL 2572 V1, Technical Category TC1, TC2, TC3 and TC4 outputs to third-party systems by way of the MN-FVPN VoIP, MN-NETRLY4 and/or Signature Series modules. The EDWARDS APS6A and APS10A can be easily configured to support most third-party interfaces.

Flexible Email Messaging

To enhance off-premise notification, FireWorks supports connection to a Simple Mail Transfer Protocol (SMTP) mail server, allowing event information to be emailed.

This provides the ability to get event information automatically, efficiently and inexpensively to the people who need to know about events in facilities.

Email messages can be configured based on individual events, event categories and more.

Certain people can receive all system events, others can receive only alarm conditions, while still others can receive only specific events—the options are easy to configure and also to change.

Valuable Reporting Functions

FireWorks report functionality allows the system administrator or other authorized user to create and retrieve panel reports.

Reports include Panel Status, Disabled Points and Sensitivity. Meanwhile, a full history report generator allows the review of historical panel events.

FireWorks has a versatile Devices Test Report. This report allows for devices that have been tested as part of a Service Group to be included in a National Fire Protection Association (NFPA) Fire Alarm And Signaling Code (NFPA 72) formatted report.

Event Action Viewport:

This screen is used to provide instructions on how to respond to the selected event, and also to acknowl-edge that these instructions have been carried out.

Map Viewport:

This gives the user an overview of the event’s location in the context of its sur-roundings and the en-tire facility.

Browser Viewport:

When the FireWorks work-station is provided with an Internet/network connec-tion, the Browser Viewport can be configured to automatically connect to emergency information sites, network accessible building automation, video streams, and other third-party systems.

Image Viewport:

Displays images relevant to the occurrence. Any event, any device, or any combination of devices and events can retrieve instant graphical information that is relevant to the occurrence and can be understood at a glance.

Event List Viewport:

Upon receipt of a change of state, the event information is displayed in the Event List Viewport. If several events are received, all events are displayed in the Event List viewport and are color-coded by priority.

Each operator can customize the system to have anywhere from two to five viewports visible.

Dynamic Viewports

Application Scalable Third-party Integration

FireWorks is equipped with a powerful HTML/HTTP/HTTPS/XML Command Processor that supports integration for Distributed Recipient Mass Notification Systems (DRMNS) and many other third-party systems. It can also receive information from third-party systems by way of the FW-DARCOM (with Bosch D6600/D6100 option and/or with the MN-NETRLY4 input/output modules.

Powerful Network Capabilities

• Up to 15 Graphical Command/Control WorkStations with Non-Redundant Server option

• Up to 30 Graphical Command/Control WorkStations with Redundant Server option

• Up to 15 concurrent Text-Only Remote Clients

• Up to 25 EST4 panel networks

• Up to 125 EST3(X) panel networks

• Up to 800 MN-FVPN Voice over Internet Protocol (VoIP) or MN-NETRLY4 Input/Output modules

• Up to 1,000 iO Series panel connections via FW-IPMON 1000 and FW-DARCOM with up to 1000 points per system for up to 1,000,000 points from iO systems

• DACR accounts with FW-DARCOM and Bosch D6600/6100 supports 3,200 Dial-up or 500 IP Contact ID accounts

• Up to 20 VESDAnet networks with each network having up to 61 detectors in life safety mode (1,220 detectors) or 100 detectors in process monitoring mode (2,000 detectors) (Non-UL system may exceed 20 HLI/

FW-HSSX1)

Page 3 of 8 D A T A S H E E T E85006-0068

• Utilizes Microsoft configuration requirements

• System will support up to 15 client workstations

• All connections are supervised and will post faults across the network

• The network must have a dedicated VLAN with priority signaling

• Network switches must have UPS power

• System will support up to 30 client workstations

• System will have Primary, Backup, and Witness servers with automatic transfer from Primary to Backup

• Servers require a quorum to operate

• All connections are supervised and will post faults across the network

• The network must have a dedicated VLAN with priority signaling

• Network switches must have UPS power

Redundant Network: up to 30 Client Workstations

Non-redundant Network: up to 15 Client Workstations

Example UL Listed Mass Notification: Scalable Third-party Integration

FireWorks Networks Topologies

• Large network capacity for global and enterprise-wide connectivity

• Compatible with third-party networks

• UL/ULC Listed for Mass Notification

• Easy-to-navigate event-driven viewport display

• Software-only versions do not require UL listed hardware

• Internet/WAN connectivity

• Monitor and control for single or multi-line networks

• HTTP/HTTPS communications engine

• Automatic email notification to multiple recipients

• Context-sensitive event action instructions

• Create event maps with standard graphic formats

• Digital Alarm Receiver connectivity

EDWARDS Control Panels Third-party Control Panels

Non-dedicated Network

FireWorks Client Workstation

Ethernet Switch

DACT

T R A N S M I T T E R

DACR

R E C I E V E R

VOIP

V O I C E O V E R I P

VOIP

V O I C E O V E R I P

DACT

T R A N S M I T T E R

Local Operations Console

VOIP

V O I C E O V E R I P

VOIP

V O I C E O V E R I P

Ethernet Switch

FireWorks Server F S

EST4 Panel Network 2

Client Workstation 1 Client Workstation 2

Backup Server

Witness Server

Client Workstation 3

Primary Server

EST4 Panel Network 1 EST4 Panel Network 3

Ethernet Network (Class X)

Optional VESDAnet HSSD Interfaces

Client Workstation 1 Client Workstation 2

Client Workstation X Client Workstation 3

System Server

EST4 Panel 1

EST4 Panel 2

EST4 Panel 3

Ethernet Network (Class B)

MN-COM1S

Optional VESDAnet HSSD Interface

MN-COM1S

Optional VESDAnet HSSD Interface

MN-COM1S

TO PRIMARY SVR

4-FWAL

TO SERVER

MN-COM1S

TO SERVER

4-FWAL

TO SERVER

4-FWAL

TO SERVER

4-FWAL

TO PRIMARY SVR

4-FWAL

TO BACKUP SVR

4-FWAL

TO PRIMARY SVR

4-FWAL

TO BACKUP SVR

4-FWAL

TO PRIMARY SVR

4-FWAL

TO BACKUP SVR

MN-COM1S

TO BACKUP SVR

High Power Speaker Array (not UL Listed)

VOIP

V O I C E O V E R I P s

M

Page 4 of 8 D A T A S H E E T E85006-0068

Network Options

FW-FAST: Automatic System Configuration

FireWorks Assimilation Systems Technology can significantly reduce the time and expense of programming or modifying a FireWorks system database. This unique and powerful option reads properly formatted AutoCAD® and EDWARDS System Definition Utility (SDU) files to automatically create floorplans with device locations, and panel renderings with pseudo point touch-sensitive areas. Floorplans and panel renderings can then easily be inserted into the FireWorks system.

Note: Only Available for EST4, EST3, and EST3X.

FW-HSSX1: Aspirated Detection Interface

FireWorks Highly Sensitive Smoke Detector (HSSD) interface provides UL Listed/FM Approved digital command/control integration with Xtralis VESDA® Series smoke detectors for very early fire detection. FireWorks can respond to individual sector/pipe conditions, detector events, as well as minor and major faults across 20 VESDA nodes encompassing as many as 2,000 VESDA detectors. It can also reset and perform certain other control functions of the VESDAnet detectors.

FW-DARCOM: FX Conventional and Third-Party Interoperability

This option allows for a FireWorks system to support Digital Alarm Communicator Receiver (DACR) operation. The DACR can be any Bosch® D6600/D6100 DACR that can receive Security Industry Association (SIA) Contact ID or 4/2, or the cost-effective FW- IPMON1000 option.

FW-IPMON1000: Life Safety Integration

When used in conjunction with FW-DARCOM software, this option supports digital connection to up to a total of 1,000 EDWARDS iO and FX Series control panels for receive-only Contact ID operation.

Each individual zone or addressable device can display on the FireWorks system.

Remote Clients: Global VPN Communications

FireWorks systems support an optional real-time Remote Client remote read-only text viewing feature that can be accessed from anywhere in the world via a secured Virtual Private Network (VPN) connection, or local network connection. Remote Client events mirror the FireWorks system Event List and Event Action viewports. These events are prioritized and color-coded for easy identification by type and source. Events may also be filtered at the Remote Client, and sound files can be added per alarm, supervisory, trouble or monitor event category.

Any number of remote clients can be deployed by FireWorks. The number of concurrent connections possible is determined by the software license option. The Remote Client can also run many reports for the remote workstation and print them to a local printer or output them to a .csv file.

Hardware Options

Workstations

The FireWorks FW-UL6WW10 Workstation is a UL 864/ULC S527 Listed and hardened industrial workstation that can be used for any Workstation or Witness Server application.

FW-UL6WW10 is also UL 864 UUKL/UUKL7 listed for graphical FSCS functionality. The FW-UL6WW10 cannot be used as a Redundant or Non-Redundant System Server.

The FW-UL6WW10 has the following specifications:

• i7 4770S processor

• 3.9 GHz

• 8 MB Cache

• QPI speed of 5 GT/S

• 4 core, multi-threaded to 8

• 32 GB RAM

• Standard RAID 1 (dual) 1 TB Solid State Drives

• 2 Network Interface Ports

Servers

The FireWorks FW-UL6SW10 Server is a UL 864/ULC S527 Listed hardened industrial workstation that can be used for any FireWorks—Server, Workstation or Witness Server. FW-UL6SW10 is also UL 864 UUKL/UUKL7 listed for graphical FSCS functionality. The FW-UL6SW10 has the following specifications:

• Dual Xeon capable

• Standard single processor Xeon 2680

• 3.6 GHz

• QPI speed of 8 GT/S

• 10 core, multi-threaded to 20

• 25 MB Cache

• 128 GB RAM per processor

• Standard RAID 1 (dual) 1 TB Solid State Drives

• Standard Hot-swappable dual power supplies

• 4 Network Interface Ports

Monitors

The FireWorks solution family offers 2 UL/ULC Listed/FM Approved monitor options, 22" and 42" touchscreens. Each FireWorks Workstation can support multiple monitors.

The FW-22LCDWTS is a touch screen unit with:

• Up to 1920 x 1080 video

• Built-in speakers

• DVI/VGA input

• Desktop mounting

The FW-42LCDWTS is a touch screen unit with:

• Up to 1920 x 1080 video

• Built-in speakers

• DVI/VGA input

• Single horizontal wall-mounting option

FW-UL6WW10

Page 5 of 8 D A T A S H E E T E85006-0068

• CAN/ULC-S527-11 Standard for Control Units for Fire Alarm Systems, 2nd edition

• CAN/ULC-S559-04 Standard for Equipment for Fire Signal Receiving Centres and Systems, 1st edition

• CSA C22.1-12 Canadian Electrical Code, Part 1

• UL 864 Standard for Control Units and Accessories for Fire Alarm Systems, 10th edition

• UL 2017 Standard for General- Purpose Signaling Devices and Systems, 2nd edition

• UL 2572 Standard for Mass Notification Systems, 1st edition

• NFPA 11 Standard for Low- Expansion Foam Systems, 2010 edition

• NFPA 11A Standard for Medium- and High-Expansion Foam Systems, 2010 edition

• UL 864 UUKL/UUKL7 Graphical Firefighter Smoke Control Station

• UL 864 BSIU Building System Information Unit (FW-UL6W only)

• NFPA 12 Standard on Carbon Dioxide Extinguishing Systems, 2011 edition

• NFPA 12A Standard on Halon 1301 Fire Extinguishing Systems, 2009 edition

• NFPA 12B Standard on Halogenated Fire Extinguishing Agent Systems Halon 1211

• NFPA 13 Standard for the Installation of Sprinkler Systems, 2013 edition

• NFPA 15 Standard for Water Spray Fixed Systems for Fire Protection, 2012 edition

• NFPA 16 Standard for the Installation of Foam-Water Sprinkler and Foam-

Water Spray Systems, 2011 edition

• NFPA 17 Standard for Dry Chemical Extinguishing Systems, 2013 edition

• NFPA 17A Standard for Wet Chemical Extinguishing Systems, 2013 edition

• NFPA 70 National Electrical Code

• NFPA 72 National Fire Alarm Signaling Code

• NFPA 2001 Standard on Clean Agent Fire Extinguishing Systems, 2012 edition

• UL 2572 security and data protection

• For UL 2572 first edition applications only

• Approved Security Function for FIPS PUB 140-2: No encryption employed

• Communication Security: Level 1

• Stored Data Security: Level 0

• Access Control Security: Level 2

• Physical Security: Level 1

• Audit Control: Not provided

• FM Approved

• FDNY

• CSFM

Agency Listing The UL6W, UL6WW10, UL6S, UL6SW10 have been investigated against, and found to be in compliance with, the following standards:

MN-FNS8C2F3 Managed Ethernet Switch

DATA SHEET E85010-0153

FireWorks can operate on dedicated (recommended) or non-dedicated Ethernet networks.

EDWARDS offers one of the most robust and powerful UL/ULC Listed/FM Approved Managed Ethernet Networking solutions available. MN-FNS Series Managed Ethernet Solutions are powered by Cisco® technologies. Layer 2 and Layer 3 switches/ routers are available, along with interface modules that support single or multimode fiber optic media.

Class B, Class X, Mesh and Hybrid topologies are fully supported.

UL/ULC Listed/FM Approved MN-FVPN Voice over Internet Protocol (VoIP), MN-NETRLY4 input/ output and MN-COM1S Communication Modules are all supported by the FireWorks platforms.

Network Accessories

MN-FVPN

Data Sheet E85010-0143

MN-NETRLY4

Data Sheet E85010-0149

MN-COM1S

Data Sheet E85010-0155

FireWorks, along with the EST3(X)/ EST4, can control the crystal-clear and powerful HyperSpike High and Medium Power Speaker Arrays.

See DATA SHEET E85001-0637 for more information.

Always consult the latest Agency Standards, Consensus Standards/Codes and with the Local Authority Having Jurisdiction for system application and installation requirements.

See Ordering Information List for FireWorks Hardware Accessory information and descriptions.

Page 6 of 8 D A T A S H E E T E85006-0068

Ordering Information System Software

FW-CGS

Standalone FireWorks Color Graphics Software PIN letter. Allows full 5 view port display.

Includes FW-FIREKEYUSB. No common control.

FW-CGSUL

Standalone FireWorks Color Graphics Software PIN letter. Allows full 5 view port display.

Includes FW-FIREKEYUSB. With common control.

FW-NCZZFP

Non-Redundant Server Client license. One Hasp PIN Code. Requires one new FW-CGSUL base package, ordered separately.

FW-NSZ5FP

5 seat non-redundant server. One Hasp PIN codes for server only. Order Workstation Client licenses separately. Requires one new FW-CGSUL base package, ordered separately.

FW-NS15FP

15 seat non-redundant server. One Hasp PIN code for server only. Order Workstation Client licenses separately. Requires one new FW-CGSUL base package, ordered separately.

FW-RCZZFP

Redundant Server Client license. Requires one new FW-CGSUL base package, ordered separately.

FW-RSZ5FP

5 seat redundant server for new installations.

Two Hasp PIN codes, two Microsoft SQL licenses for servers only. Order Workstation Client licenses separately. Requires one new FW-CGSUL base package, ordered separately.

FW-RS15FP

15 seat redundant server for new installations.

Two Hasp PIN codes, and two Microsoft SQL licenses for servers only. Order Workstation Client licenses separately. Requires one new FW-CGSUL base package, ordered separately.

FW-RS25FP

25 seat redundant server for new installations.

Two Hasp PIN codes and two Microsoft SQL licenses for servers only. Order Workstation Client licenses separately. Requires one new FW-CGSUL base package, ordered separately.

FW-RS50FP

30 seat redundant server for new installations kit.

Two Hasp PIN codes and two Microsoft SQL licenses for servers only. Order Workstation Client licenses separately. Requires one new FW-CGSUL base package, ordered separately.

Upgrade Software

FW-NCZZWP

Upgrade existing FW-CGSUL license to Non-Redundant Client license. One Hasp PIN Code.

FW-NCZZXP

Upgrade existing FW-CGS license to Non-Redundant Client license. One Hasp PIN Code. Includes one FW-CGSUL base package.

FW-RCZZUP

Upgrade existing Non-Redundant Server Client to Redundant Server Client upgrade. One Hasp PIN code.

FW-RCZZWP

Upgrade existing FW-CGSUL license to Redundant Server Client license. One Hasp PIN Code.

FW-RSZ5UP

Upgrade existing 5 Seat non-redundant server to 5 seat redundant server cluster. Two Hasp PIN codes and two Microsoft SQL licenses for servers only. Order Workstation Client licenses separately.

FW-RS15UP

Upgrade existing 15 Seat non-redundant server to 15 seat redundant server cluster. Two Hasp PIN codes and two Microsoft SQL licenses for servers only. Order Workstation Client licenses separately.

FW-SQL5UP

Upgrading FireWorks Redundant system from existing 5 seat SQL to 5 seat SQL 2019

FW-SQL15UP

Upgrading FireWorks Redundant system from existing 15 seat SQL to 15 seat SQL 2019

FireWorks Software - Options

FW-1S One Seat Remote Client.

FW-4S Four Seat Remote Client (Requires FW-1S).

FW-10S Ten Seat Remote Client (Requires FW-1S & FW-4S).

FW-DARCOM

Pin Code for Communication to DACRs and/or

IPMON1000.

FW-FAST

Pin Code for FireWorks Assimilation System Technology (FAST) AutoCAD® reader and panel building option for FireWorks Server or Stand-alone system. Reads AutoCAD ® files and correlates with project SDU to create or update FireWorks database.

FW-HSSD5

Pin Code for Single VESDA HLI Interface software PIN code. Enables connection of one (1) to five (5) VESDA HLI (FW-HSSX1) to FireWorks as nodes. Requires one FW-HSSX1 High Level Interface for each VESDA network if using Stadalone or Non Redundant Server and two if using Redundant FireWorks Servers. Each server must have it’s own separate FW-HSSX1.

FW-HSSD20

Pin Code for Single VESDA HLI Interface software PIN code. Enables connection of one (1) to twenty

(20) VESDA HLI (FW-HSSX1) to FireWorks as nodes.

Requires one FW-HSSX1 High Level Interface for each VESDA network if using Stadalone or Non Redundant Server and two if using Redundant FireWorks Servers.

Each server must have it’s own separate FW-HSSX1.

FW-IPMON1000

Pin Code for IP Monitoring for 1000 connections to iO Series panels. Requires companion software option

FW-DARCOM.

Servers, Workstations

FW-UL6SW10

FireWorks Server or Workstation. Single Xeon processor, 128 GB Server RAM. Windows 10 LTSC Professional OS (64 bit). With RAID1 500GB array (dual drives) and dual power supplies.

FW-UL6WW10

FireWorks Workstation. Single i7 Intel processor. 32 GB RAM. Windows 10 LTSC Professional OS (64 bit) RAID1 configuration with dual 500 GB SSD. Single power supply.

Servers, Workstations Options

FW-HSSX1

FireWorks to VESDA High Level Interface Module with enclosure. Requires FW-HSSD5 or FW-HSSD20 software. UL/ULC for command/control. Maximum 61 VESDA detectors for Life Safety applications or up to 100 VESDA detectors for process control (non-Life Safety) per FW-HSSX1. 24 VDC.

FW-SP4I

Isolated Serial Port card for FW-UL6WW10 Workstations. Provides four serial ports. Cannot be used on FW-UL6S and FW-UL6SW10 Servers.

PT-1S+ System Printer - Desk Top Style.

FW-CGSUL

FW-UL6WW10

Page 7 of 8 D A T A S H E E T E85006-0068

Servers, Workstations Installation Accessories

BP1

Blank Panel for 19 inch Enclosure, 1 panel space -

1.75 inch x 19 inch.

BP2

Blank Panel for 19 inch Enclosure, 2 panel spaces -

3.5 inch x 19 inch.

BP3

Blank Panel for 19 inch Enclosure, 3 panel spaces -

5.25 inch x 19 inch.

BP6

Blank Panel for 19 inch Rack /w 2.5 FP spaces, 6 panel spaces - 10.5 inch x 19 inch.

FW-RACKKB

Keyboard Rack mount kit - Black - 2 EIA panel spaces required.

FW-RACKPC Workstation Rack mount kit for FW-UL6 - Black.

MFC-A

Fire Control Accessory, Multi-Function Enclosure, 8" X 14" X 3.5", Red.

RKU-61-24B

19 inch Black Rack Mount Cabinet, 24" deep for FW-UL6SW10 or FW-UL6WW10.

VP-1 Ventilation Panel 1-3/4".

VP-3 Ventilation Panel 3-1/2".

Monitors, Monitor Accessories

FW-22LCDWTS

22" 16:9 LCD 115 Vac 1680x1050 resolution capacitive touch screen with integral speakers. Comes with desk stand cable set and driver disk.

FW-42LCDHMK1 42" wall mount bracket kit - single display, horizontal.

FW-42LCDWTS

42" 16:9 LCD 115 Vac 1920x1080 resolution surface acoustic wave SAW touch screen. Comes with cable set and driver disk. Requires mounting bracket kit.

Network Modules, Accessories

MN-ABPM

Audio Bridge, panel mount - Mounts on MN-BRKT1 or MN-BRKT3.

MN-COM1S

UL 864 Listed FireWorks Communications Ethernet Port, Command & Control. Comes with power and RS232 data cables.

MN-FVPN

Voice Over Internet Protocol (VoIP) encoder/decoder, includes power and audio cable.

MN-NETRLY4

Ethernet controllable multi I/O module. 4 unsupervised inputs & 4 unsupervised outputs. Comes with one

MN-NRKB1.

MN-NRBK1

Replacement mounting bracket with end caps for single

MN-NETRLY4.

MN-NRMP

Mounting plate to allow up to 2 MN-NETRLY4 modules to be mounted on a MN-BRKT1 bracket.

MN-PASM2

Preamp audio supervision module. Provides Form C dry contact for audio or module failure.

MN-TK10

10 Position, 4 pole terminal kit for use with MN-NETRLY4 or MN-FVPN.

Upgrade and Update Kits

FW-UL6WW10UK-9.1

Thumb Drive to upgrade FW-UL6W from Windows 7 to Windows 10

FW-UL6SW10UK-9.1

Thumb Drive to upgrade FW-UL6S from Windows 7 to Windows 10

FW-UL6WW10UD-9.1

Workstation operating system security updates for FW-UL6WW10 (myEddie download required for V9.1)

FW-UL6SW10UD-9.1

Server operating system security updates for FW-UL6SW10 (myEddie download required for V9.1)

Page 8 of 8 D A T A S H E E T E85006-0068

03.31.22

LIFE SAFETY & INCIDENT MANAGEMENT

Contact us

Phone: 800-655-4497 (Option 4) Email: edwards.fire@carrier.com Website: edwardsfiresafety.com

8985 Town Center Pkwy Bradenton, FL 34202

©2022 Carrier All Rights Reserved.

Page 1 of 6 D A T A S H E E T E85014-0001

EDWARDS® Catalog Large Life Safety Platforms

L I F E S A F E T Y & I N C I D E N T M A N A G E M E N T

EST4

Emergency Communications Platform

Overview EST4 is the premier emergency communications system from EDWARDS. Though it represents a small change in name from its predecessor, EST4’s leap forward in capability is anything but diminutive. This exciting flagship system features a whole new network architecture that makes fire alarm, mass notification, and building integration easy to implement, quick to service, and secure in the face of today’s cyberthreats.

From its thoughtfully-crafted interface to its advanced connectivity and extensive system capacity, EST4 demonstrates that form and function are inseparable elements of good system design.

It provides systems engineers with the tools they need to create projects that exceed expectations and have plenty of room to grow, all while respecting facility budgets and construction schedules. The net result is an emergency communications system equally suited to new and retrofit projects; a platform that keeps property safe and steers people clear of danger.

Features

• Investment-forward Platform Designed for the Future

Protects the past with backwards compatibility for EST3 retrofits, flexible feature set.

• On-board Webserver Remote device-independent access to system status reports.

• Built-in E-mail and E-mail-to-SMS Messaging Instant notification of specific event types sent to appropriate personnel.

• Large Full-color LCD Touch Screen with Tactile Buttons Fast, intuitive access to service and first responder functions.

• Five-color LED Indicators System status at a glance, select the color needed during programming, reduces replacement part inventory, maximizes use of available infrastructure.

• Network data, audio data, and telephone data share a single twisted pair or single fiber strand Up to 75 percent less cabling, substantial cost savings in material and labor.

• Backwards Compatibility with EST3 Wiring, devices, and most local rail modules are backward compatible, providing easy migration paths, economical transition to new technology.

• Existing Systems Supporting only Network Data can also Support Voice Audio Upgrades add value and extend capabilities in retrofit situations.

continued on next page...

EST4

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Application From the moment the control panel is powered up it is apparent that EST4 is designed for ease of use. Its powerful user interface bears this out by allowing operators to use the system with a level of fluidity that naturally guides them through high and low level system operations with efficiency and confidence.

EST4 does this by combining the simplicity of color LCD touchscreen technology with at-a-glance programmable color display strips and tactile direct-access control buttons.

These input points, together with meticulously-engineered first responder and service functionality, allow EST4’s interface to provide clear navigation paths, instant-access shortcuts, and context-sensitive display screens. This means that first responders have quick access to vital system event information and control functions, while service personnel can dive deeply into system programming unencumbered by complicated operational routines.

EST4’s LCD large touch-screen display is the window into system operation and maintenance functions. It is large enough to support a graphical tree view of the system. The tree closely matches the system’s physical layout, so there’s no need for look-up tables to find specific devices. This is invaluable to technicians and building service personnel who can pinpoint the location of an off-normal device with a glance at the on-screen tree.

The EST4 LCD is capable of displaying 262,144 colors, EST4’s LCD display screen will display eight events without scrolling. In addition to touch-screen capability, the display assembly includes four dedicated easy-access rubber buttons for control functions most needed for emergency response.

Up to 576 tactile switches and 576 LED indicators may be mounted in a single EST4 cabinet for control and annunciation purposes. Control Display Modules (CDMs), comprise a column of programmable buttons accompanied by one or two LED indicator positions per button. Indicator-only modules comprise up to 24 indicators.

Switch and indicator module LEDs can be set to any of five colors, providing an additional level of feedback.

Print-anywhere slide-in label inserts give control/display strips context with color-coded shading and other effects. They can be localized for regional language requirements, and printed on-the-fly to accommodate system changes as they are implemented.

Remote access and notification System access to EST4 doesn’t end when the cabinet door swings shut. A webserver in each EST4 panel allows authenticated users to gain access to day-to-day reporting.

EST4 webservices are device-independent and support all major browsers on PC and MAC operating systems, including mobile platforms – without the need for special apps or other software.

Users can log into the secure EST4 webserver and run system reports. Like any web page, system reports can be copied, printed, saved, and e-mailed. The system report data can also be saved in XML form and used in external spreadsheet applications for further processing.

EST4 keeps up with the fast pace of mobile computing with its built-in e-mail services and e-mail-to-text-message capabilities. These ensure that key personnel receive instant notification of relevant changes of system state. Technicians can be dispatched to the site within minutes of a service event, while safety and security personnel can arrive concurrently with first responders should the system go into alarm.

Networking Supporting these important interface developments is a robust system underpinned by solid networking and exceptional security. Thanks to its self-configuring network, EST4 easily deploys and configures without intervention by network administration personnel. It adapts to a wide range of network configurations, including rings, stars, redundant segment, and full mesh topology. The network even allows changes in the physical layer from copper to fiber, and employs hot-swappable network connections at control panels and annunciators. All this improves network reliability and saves money at installation time and throughout the equipment’s life cycle.

The advanced technology behind EST4’s network is powerful enough to drive the biggest installations viable today. It pushes wire runs into miles, and addressable points into the many of thousands. A single IPv6 or mesh network, for example, can support copper wire runs of nearly a mile between nodes puts detection, alarm, notification, and audio into the furthest reaches of the tallest buildings and broadest campuses. Fiber optic cable handles multiple miles between nodes, while carrying all system data on a single fiber strand.

Features (continued from page 1)

• Self-configuring Network No intervention by system admin personnel required.

• Hot Swappable Network Connections Change from copper to fiber with no system down-time.

• 480 Mbps USB Ports on Panels Fast configuration updates, local printing.

• Advanced Upload/download Protocol No system down-time during updates.

• Firewalls meet the latest Advanced Encryption Standards Front-line defense against threats carried by outside networks. NIST

- AES Validation #4806.

• Extended Paging Groups Audio reaches occupants based on location and movement.

• Local and Remote Reporting Generate reports on-site, at system printers, or remotely via webserver.

• 20,000-event History Invaluable timeline data for service and investigative purposes.

• Cabinet Doors may be used for Nodes and Annunciators Cabinet Doors may be used for Panels and Annunciators giving a consistent appearance, fewer cabinet parts.

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Riser Diagram

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System design benefits greatly from this huge capacity. Minimal cabling requirements take scalability a step further. With EST4 a single copper pair or single fiber supports panel network data, audio data, as well as telephone data. This cuts cable counts by up to 75 percent. Meanwhile, multiple firefighter’s telephones risers are accommodated on the network, which allows them to be deployed at much further distances compared with analog audio transmission methods.

Reduced network cabling not only boosts system efficiency by requiring fewer physical connections, it also saves money by reducing material and labor costs. This means that new EST4 installations benefit from lower cable counts, while retrofits may be able to be upgraded to support audio and telephones without the need to pull additional cable.

For new installations EST4 delivers flexibility. It can use twisted pair wire, Multi-mode fiber, Single Mode fiber, and even CAT5 cable. In fact CAT5 is not restricted to Class N applications. It also meets the stringent requirements of Class A, Class B, and Class X. When using CAT5, distances are not limited to 328 ft. (100 m). EST4’s CAT5 support includes a solution that allow up to 3,280 ft. (1 km) of cable length.

Cybersecurity The security and integrity of the EST4 network is paramount to its ability to maintain systems operations in the face of outside threats. The most vulnerable point of contact for any integrated building system is where it meets the facility owner’s existing TCP/IP network. Ironically it is this gateway, which enhances and expands system capability beyond the communications network, that also exposes the system to some of its most critical vulnerabilities.

To combat outside threats, every EST4 panel can deploy proxy firewalls that effectively insulate the internal fire network from external Intranet or internet connections and the malware, ransom ware, and denial-of-services attacks that may be raging beyond.

The EST4 proxy firewall uses Advanced Encryption Standard (AES) encryption and secure protocols making it FIPS Pub 197 certified.

The FIPS, Federal Information Processing Standards, are the most current and most advanced encryption protocols administered by the National Institute of Standards and Technology (NIST).

EDWARDS recommends the installation of robust commercial firewall between the facilities intra-net and the Internet. To further enhance network security, an optional tamper switch may be installed on EST4 cabinet doors. This alerts the system when equipment enclosures are accessed.

Programming EST4 is an open book for authorized programmers. Configuration data travels in both directions: it can be downloaded to the panel and uploaded to a laptop. This two-way movement of configuration files allows technicians to upload and backup programming before making changes to the system. By doing so, the tech ensures that trustworthy restore points are available at all times. Also, should the building owner change service companies, up-to-date system programming data can be retrieved with proper authorization, from the panel by the new maintenance personnel in minutes.

Adding to the integrity of panel configuration is an advanced data transfer routine that does not compromise or interrupt normal system operation. This keeps the system fully functional during configuration data exchange – logging events and executing programming during the entire process.

EST4’s high-performance Configuration Utility (CU) depicts the system in a graphical tree view, which matches the system’s physical layout. This provides a familiar format in which to find programming for specific devices, and also does away with the need for look-up lists when, for example, devices need to be taken out of service because of site specific activities. The programming tool also features a context-sensitive Intellisense rule editor, which checks for syntax and semantic programming errors in real time.

The EST4 Configuration Utility (CU) also makes short work of configuration downloads to the control panel. It does this through a single firmware download for all modules, and a single database download for all node databases.

EST4’s on-board USB ports also make it easy to connect with external devices. The USB ports do away with special cables and RS232-to-USB conversion dongles. It allows direct high-speed connection with laptops for the exchange of configuration data at transfer rates of up to 480 Mbps. Printers can be connected to panels or remote annunciators for on-site event and report printouts.

Audio Nothing informs building occupants better than the spoken word, and EST4’s highly intelligible voice audio ensures that those words are heard loud and clear. This high fidelity messaging, across EST4’s impressive capacity of 200 channels, provides the flexibility that responders need to get messages out clearly and concisely.

EST4 live paging capabilities ensure that those messages reach the right people at the right time. In addition to standard paging functions (Page to Evacuation, Page to Alert, All Call, and All Call Minus), EST4 introduces Page to Other and Page to Emergency.

Page to Other is a quick way to reach people in stairwells and elevators, while Page to Emergency is for Mass Notification purposes. This added live paging capability allows responders to reach occupants based not only on their proximity to danger, but also based on their potential to move inadvertently towards specific danger points.

EST4 live paging also lets responders select individual paging groups as well as combinations of groups. This allows them to reach people in Alert and Evacuation zones simultaneously without having to page one group, and then page the other.

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Reporting System Snapshots EST4 can generate an abundance of stock reports, and users may also design their own within the configuration utility. Printed reports can be generated locally at any control panel, node, or annunciator. Familiar USB connections allow for quick uploading to laptops or transfer to locally-connected printers. Reports can also be sent from any of these locations to system printers elsewhere on the network.

EST4 allows the selection of report data right down to the device level by means of pre-built templates, custom reports, or even on-the-fly using the CU configuration tool. Report content is information rich, detailed, and meaningful. This meticulous report formatting and organization results in highly understandable system overviews and useful deep dives into underlying system configuration data.

Event History Timelines While system status reports are invaluable for generating snapshots of important data, EST4’s event history can paint a vivid picture of the system over time. A giant 20,000-event repository comprises EST4’s history, which could span back as far as the system’s commissioning. Half of the history can be set aside exclusively for Alarms, ensuring that records of the most important events are preserved. To support forensic investigations, up to 10,000 events can be locked and preserved so as not to be overwritten.

A large variety of pre-built history reports are available for quick access to vital records filtered by day, week, month or year.

Custom reports help pinpoint records by date, time, location, device type and more. Together EST4’s large history capacity and flexible history reporting serve to create vital timelines that aid in system maintenance and forensic investigations.

Value-added Forward Migration Easy migration paths ensure an economical transition from EST3 platforms to EST4’s next-generation technology. To start, configuration data is easily transferable from an existing EST3 project to an EST4 upgrade. Hardware is also easy to migrate:

all Signature Series devices, modules, and service tools are fully supported by EST4, as are Genesis series notification appliances

– no rewiring is required.

Existing network cabling is also reusable for upgrades. EST4 even supports network messaging plus live paging with legacy wiring. In fact, simple twisted pair wiring, previously useable only for panel-to-panel data communications can, with EST4, support panel data, paging, as well as telephone. This means that voice audio capability may be added to a system originally wired only for network panel to panel communications – without pulling any additional wire.

EST4 also employs EST3 power supplies, audio amplifiers, MNEC equipment, CAB Series wallboxes, and most local rail modules. This makes the move to EST4 a cost-effective choice for existing installations, and new projects alike. It is a move that will benefit system efficiency and scalability now and for many years into the future.

Agency Approvals UL864 10th edition - UOJZ, UUKL, SYZV, UOQY

UL2017 2nd edition - FSZI

UL2572 2nd edition - PGWM

ULC-S527-11 3rd edition - UOJZ, UULK7, SYXV7

ULC-S576-14 1st edition - PGWM7

ULCS-S559-13 2nd edition - DYR7

Page 6 of 6 D A T A S H E E T E85014-0001

04-28-22

LIFE SAFETY & INCIDENT MANAGEMENT

Contact us

Phone: 800-655-4497 (Option 4) Email: edwards.fire@carrier.com Website: edwardsfiresafety.com

8985 Town Center Pkwy Bradenton, FL 34202

©2022 Carrier All rights reserved.

Page 1 of 4 D A T A S H E E T E85014-0010 Not to be used for installation purposes. Issue 2.2

EDWARDS® Catalog Large Life Safety Platforms

L I F E S A F E T Y & I N C I D E N T M A N A G E M E N T

EST4 Central Processing Unit

4-CPU

Overview EST4’s Central Processing Unit, the 4-CPU, is a control panel card that manages data generated by local modules and acts as a nexus for system-wide network communication. It accomplishes this by pulling data from local rail modules in real time and facilitating both intra-module data exchange, and inter-node communications with remarkable speed and efficiency.

The 4-CPU is, in essence, the gatekeeper for events reported to modules from field devices; it is the controller of audio data;

the caretaker of event logs; the guardian of security; and, the link to central monitoring facilities. The EST4 Emergency Communications Platform is built upon system nodes, and the 4-CPU is controller of the nodes.

The hardware that supports 4-CPU operation is robust enough to handle the complex and critical tasks it is assigned. The 4-CPU’s eight gigabytes of on-board memory storage holds nearly two hours of pre-recorded audio messaging, as well as an expansive project database. It also holds a large on-board history – large enough to handle more than 10,000 alarm events – and room to store up to 10,000 locked or frozen events held for investigative purposes.

Thanks to its self-configuring network, EST4 nodes easily deploy and configure without intervention by network administration personnel. They adapt to a wide range of network configurations, including rings, stars, redundant segment, and full mesh topology.

The 4-CPU even allows changes in the physical layer from copper to fiber, and employs hot-swappable network connections. All this improves network reliability and saves money at installation time and throughout the equipment’s life cycle.

Standard Features

• 20,000 event history

Large history ensures system events are captured plus additional 10,000 event EST4 History Freeze function.

• SFP style Network Communications Media Options Supported media types include, twisted pair, CAT5, Single and Multimode Fiber in any combination.

• Up to 750 Minutes of Stored Voice…