User Guide for Honeywell models including: NCA-2, NWS, Modbus-GWTM, LEDSIGN-GW, CAP-GW, NOTIFIER ONYX Series Fire Alarm Control Panels, NOTIFIER ONYX Series, Fire Alarm Control Panels, Alarm Control Panels, Control Panels, Panels
1 day ago — * These ports are for the embedded NFN Gateway only and should only be documented in the embedded NFN. Gateway manual and not the PC NFN Gateway manuals.
1 день назад — • Must be within 200' (RS-232 COM PORT to COM PORT connection). Required. Data Sheet. Manual. ONYXWORKS. DN-7048. LS10050-000NF-E. DACR-GW (software key feature).
File Info : application/pdf, 32 Pages, 1.78MB
DocumentDocumentNetwork and Integrated Product Applications Guide www.notifier.com Network and Integrated Product Guide Protect What Matters Most NOTIFIER continuously develops new solutions that improve life safety in buildings worldwide--an unwavering commitment for over sixty years. Together with our premier independent distributors, we design, manufacture, integrate, install and service the world's leading fire, voice evacuation, and advanced detection systems. Now we lead the way with powerful Emergency Communications Systems (ECS) to save lives and protect property from new and emerging threats using today's most innovative communication and networking technologies. When lives are at risk, trust NOTIFIER total life safety solutions to protect what matters most. 2 Table of Contents Product Introduction.............................................................. 3 Glossary of Terms ................................................................. 4 NCA-2................................................................................... 5 NOTI-FIRE-NETTM and High Speed NOTI-FIRE-NETTM ......... 6 FirstVisionTM ........................................................................... 9 NOTI-FIRE-NET Web Server (NWS).................................... 10 BACNet Gateway ................................................................ 12 Modbus-GWTM .................................................................... 14 ONYXWorks for Local Monitoring........................................ 16 ONYXWorks & Gateways .................................................... 18 Embedded NFN Gateway for Remote Applications ............ 21 ONYXWorks and Business Networks.................................. 23 ONYXWorks Receivers Gateway......................................... 25 ONYXWorks - NOTIFY-IP for Emergency Communications Systems.............................................. 26 LEDSIGN-GW for Emergency Communications Systems ... 28 CAP-GW for Emergency Communications Systems............ 29 www.notifier.com 3 Network and Integrated Product Guide Product Introduction NOTIFIER's ONYX® Series fire alarm control panels are enhanced by network options that deliver graphical annunciation, building systems integration, and remote monitoring capabilities. These applications add flexibility and new options for end-users and require a level of understanding of computer network. This application guide covers various network and Internet technologies and NOTIFIER's implementation of these technologies. The following topics include product overviews, application notes, and high-level requirements for NOTIFIER network and integrated products: · NCA-2 Network Control Annunciator · NOTI-FIRE-NETTM NCM-F Network Communications Module Fiber NCM-W Network Communications Module Wire RPT-F NOTI-FIRE-NET Network Repeater Fiber RPT-W NOTI-FIRE-NET Network Repeater Wire RPT-WF NOTI-FIRE-NET Network Repeater Wire/Fiber SIB-NET Serial Interface Board (AM2020/AFP-1010) MIB-F Media Interface Board Fiber (connects to SIBNET) MIB-W Media Interface Board Wire (connects to SIBNET) NAM-232F Network Interface Module Fiber (AFP-200/AFP-400) NAM-232W Network Interface Module Wire(AFP-200/AFP-400) · High Speed NOTI-FIRE-NETTM HS-NCM-MF High Speed NOTI-FIRE-NET Network Communications Module Multimode Fiber HS-NCM-MFSF High Speed NOTI-FIRE-NET Network Communications Module Multimode/Single-mode Fiber HS-NCM-SF High Speed NOTI-FIRE-NET Network Communications Module Single-mode Fiber HS-NCM-W High Speed NOTI-FIRE-NET Network Communications Module Wire HS-NCM-WMF High Speed NOTI-FIRE-NET Network Communications Module Wire/Multimode Fiber HS-NCM-WSF High Speed NOTI-FIRE-NET Network Communications Module Wire/Single-mode Fiber · FirstVision First Responder Display Interface · NWS-3 NOTI-FIRE-NET Web Server · BACNET-GW-3 BACnet Gateway · MODBUS-GW Modbus Gateway · ONYXWORKS ONYXWorks Graphical Workstation ONYX-NOTIFY ONYXWorks Email/Text Notification DACR-GW ONYXWorks Digital Alarm Receiver Gateway NOTIFY-IP ONYXWorks Voice of IP Paging for ECS (UL2572) NOTIFY-IP-NOUL ONYXWorks Voice of IP Paging · NFN-GW-EM-3 NOTI-FIRE-NET Embedded Ethernet Gateway · CAP-GW Common Alerting Protocol Gateway · LEDSIGN-GW LED Sign Gateway OAX2-24V Digital LED Sign 4 Glossary of Terms Fundamental computer and networking terminology is necessary when discussing NOTIFIER's network and integration products with individuals who purchase and support these systems in facilities. Application Service Providers (ASP) - Vendors that offer individuals or companies access to applications and related services over the Internet, Extranet, or Wide Area Network (WAN). Also known as Enterprise Service Provider (ESP). Client/Server - A network architecture in which clients and servers are placed independently on a network, possibly on different hardware and operating systems. Servers are computers that manage networks, network traffic, and allow for large networks. Clients are computers on which users run applications. Ethernet - Standard network communications using either coaxial or twisted pair cable for computers and microprocessor-based embedded products. Allows connection to a local network (LAN) as well as to high-speed Internet access. Firewall - Hardware or software that prevents unauthorized access to or from a private network. Typically restricts access by limiting the paths (ports) from the outside network (Internet) to the inside network (Intranet). Internet Service Provider (ISP) - A company that provides individuals and companies access to the Internet for a monthly fee. Local Area Network (LAN) - A single building or group of buildings Ethernet network that connects computers and microprocessor based embedded products. Network Address Translation (NAT) - A standard that enables a LAN to use one set of IP addresses for internal traffic and a second set of IP addresses for external traffic. Peer-to-Peer (P2P) - Communications model in which each computer has the same capabilities and any computer can initiate a communication session for smaller networks without a server. Transmission Control Protocol/Internet Protocol (TCP/IP) - The basic communication language or protocol of the Intranet (LAN) and Internet (WAN). It can also be used as a communications protocol in a private network (either an intranet or an extranet). Universal Datagram Protocol (UDP) - Similar to TCP/IP, however, it provides capability for broadcast messages in which a sender can send to all receivers on the IP network. Virtual Private Network (VPN) - A private data network that makes use of the public telecommunication infrastructure, maintaining privacy through the use of a tunneling protocol and security procedures. It is a private network that uses a public network (usually the Internet) to connect remote sites or users together. Wide Area Network (WAN) - Two or more local area networks (LANs) typically connected through leased lines or satellites. Network and Integrated Product Guide NCA-2 OVERVIEW The NOTIFIER NCA-2 is a second-generation Network Control Annunciator for the NOTI-FIRE-NETTM or High Speed NOTI-FIRE-NETTM networks, compatible for use with ONYX® Series nodes such as the NFS2- 3030, NFS-3030, NFS-320, NFS-640 and NFS2-640 fire alarm control panels, as well as first-generation NCA Network Control Annunciators. Additionally, the NCA-2 may be configured with DVC Series products to create one or more Digital Audio Command Centers on NOTI-FIRE-NETTM or High Speed NOTI-FIRE-NETTM. The NCA-2 provides system control and display capabilities for all, or for selected network nodes. APPLICATION NOTES: · In small to mid-size installations, the NCA-2 can be used to enhance the functionality of the NFS2-640 by providing a 640 character display and the capability to annunciate the trouble conditions from the DVC-2 (Digital Voice Command), in a stand-alone fire panel configuration (NUP to NUP to NUP) without the need for network communication modules. · Mid-size to large installations the NCA-2 will be used as a network data gathering interface with complete monitoring and control of entire network. Typical applications include installation of the NCA-2 in the lobby of a building where wall space is limited, aesthetics are a concern or a remote access point is required in places like a guard shack. · The NCA-2 is for monitoring and control of an individual local NOTI-FIRE-NETTM or High Speed NOTI-FIRE-NETTM network ONLY. The NCA-2 does not support connecting NOTI-FIRE-NETTM and High Speed NOTI-FIRE-NETTM together or the use of the IP based NOTI-FIRE-NET network Gateway (NFN-GW-EM-3). SYSTEM REQUIREMENTS: NOTIFIER Equipment Required NCA-2 Optional NCM-W/F for network applications NOTI-FIRE-NETTM network (5.0 or Higher) HS NCM for High Speed network applications High Speed NOTI-FIRE-NETTM DN-7047 DN-6861 DN-6971 DN-60454 DN-60455 52482 51533 51584 54014 54013 6 NOTI-FIRE-NETTM and High Speed NOTI-FIRE-NETTM NOTI-FIRE-NETTM and High Speed NOTI-FIRE-NETTM is the interface which allows NOTIFIER Intelligent Fire Alarm Control Panels to form a network. Each local control panel (network node) maintains its own area of protection, while monitoring and controlling other areas (other network nodes). Local information is displayed at each network node. In areas such as a security office, where the entire network must be monitored. NOTI-FIRE-NETTM NOTIFIER Peer to Peer Network APPLICATION NOTE: The NOTI-FIRE-NETTM and High Speed NOTI-FIRE-NETTM are not compatible networks and cannot be combined without the use of ONYXWorks and the Ethernet based gateway (NFN-GW-EM-3). NOTI-FIRE-NETTM(NFN) is a token-pass style network based on the proven ARCNET® local area network technology and supports up to 103 nodes. APPLICATION NOTE: · Best practice for installation/programming of the NOTI-FIRE-NETTM network is keeping the nodes physically connected in a sequential order (1,2,3,4,5) or even better practice is to skip a few node numbers (1,5,10,15,20 etc.) in the event that you need to add an additional node in the future. The reasoning behind this approach is the ARCNET token-passing protocol sends messages to the next numerical node number and if they are not in a sequential order the messages will be passed through multiple network cards, therefore creating latency delays and will make troubleshooting the network much harder. High Speed NOTI·FIRE·NETTM(NFN) is a IP based style network based on the local area network technology and supports up to 200 nodes. APPLICATION NOTE: · The ordering of the network nodes is not important with the High Speed NOTI·FIRE·NETTM, as the messages are sent to the next physical node connected on the network. · The High Speed NCM's act as repeaters when the node address is set to "0" www.notifier.com 7 Network and Integrated Product Guide NETWORK COMPARISON Feature Nodes Nodes with DVC Support Node Addresses per NCM Media Communication Speed Wire Distance Guage Configuration Multimode Fiber 62.5/125m 50.0/125m Wavelength Connector Style Singlemode Fiber 9.0/125m Connector Style NOTI-FIRE-NETTM 103 54 1 Wire Multi-mode fiber 312.5Kb (wire) 312.5Kb (fiber) 3,000 ft. 14-18 AWG Point-to-Point and BUS 8 dB Limit 4.2 dB Limit 850nm ST Discontinued Converters ST High Speed NOTI-FIRE-NETTM 200 200 2 Wire Multi-mode fiber Single-mode fiber 12Mb (wire) 100MB (fiber) 3,000 ft. 14-18 AWG Point-to-Point 10 dB Limit 6.5 dB Limit 1310nm LC 30dB Limit LC NOTI-FIRE-NETTM NETWORK The NOTI-FIRE-NETTM is a flexible peer-to-peer network for NOTIFIER fire alarm control panels. Each FACP that supports NOTI-FIRE-NETTM has a network card to facilitate the communications. The chart below shows the NOTIFIER fire alarm control panels and their corresponding network cards. FIRE ALARM CONTROL PANEL AFP-200 AFP-300/400 AFP1010/AM2020 NFS-640/NFS2-640 NFS-3030/NFS2-3030 NFS-320 ONYXWorks ONYXWorks NETWORK CARD NAM-232W / NAM-232F NAM-232W / NAM-232F SIB-NET w/ MIB-W/F NCM-W / NCM-F NCM-W / NCM-F NCM-W / NCM-F NFN-GW-PC-F NFN-GW-PC-W 8 The NOTI-FIRE-NETTM not only supports a peer-to-peer topology, but also supports different types of media and communications. Wire and fiber are the most common media types for a typical NOTI-FIRE-NETTM network (refer to NOTI-FIRENETTM manual for details) and can be used in conjunction with telephone lines as shown in the figure below. NETWORK MEDIA TYPE PRODUCT DESCRIPTION WIRE 14AWG to 18 AWG twisted pair NAM, NCM, MIB Network Cards FIBER OPTIC Multi-mode (62.5m/125m) NAM, NCM, MIB Network Cards FIBER OPTIC Multi-mode (50m/125m) NAM, NCM, MIB Network Cards WIRE TO FIBER / FIBER TO WIRE 14 AWG to 18 AWG / Multi-mode RPT-W, RPT-F, RPT-WF WIRE/FIBER Converter TELEPHONE LINES ETHERNET "Dry Copper" leased lines CAT-5 DPI-232 NFN-GW-EM-3 EIA-232 Modem Gateway for ONYXWorks and FirstVision HIGH SPEED NOTI-FIRE-NETTM NETWORK The High-Speed NOTI-FIRE-NETTM is a flexible peer-to-peer network for NOTIFIER fire alarm control panels. Each FACP that supports NOTI-FIRE-NETTM has a high-speed network card to facilitate the communications. This high-speed network card increases node count and communication speed. The chart below shows the NOTIFIER fire alarm control panels and their corresponding network cards. FIRE ALARM CONTROL PANEL NFS-640/NFS2-640 NFS-3030/NFS2-3030 NFS-320 ONYXWorks ONYXWorks ONYXWorks NETWORK CARD HS-NCM-W, SF, MF, WSF, WMF, MFSF HS-NCM-W, SF, MF, WSF, WMF, MFSF HS-NCM-W, SF, MF, WSF, WMF, MFSF NFN-GW-PC-HNMF NFN-GW-PC-HNSF NFN-GW-PC-HNW High-Speed NOTI-FIRE-NETTM not only supports a peer-to-peer topology, but also supports different types of media and communications. Wire and fiber are the most common media types for a typical High-Speed NOTI-FIRE-NETTM network (refer to NOTI-FIRE-NETTM manual for details) and can be used in conjunction with telephone lines as shown in the figure below. NETWORK MEDIA TYPE PRODUCT DESCRIPTION WIRE 14AWG to 18 AWG twisted pair HS-NCM-W Network Cards FIBER OPTIC Multi-mode (62.5m/125m) HS-NCM-MF Network Cards FIBER OPTIC Multi-mode (50m/125m) HS-NCM-MF Network Cards FIBER OPTIC WIRE TO FIBER / FIBER TO WIRE FIBER TO FIBER ETHERNET Single-mode (9m/125m) 14 AWG to 18 AWG / Multi-mode / Single-mode Multi-mode / Single-mode CAT-5 HS-NCM-SF Network Cards HS-NCM-WSF, WMF WIRE/FIBER Converter HS-NCM-MFSF NFN-GW-EM-3 FIBER/FIBER Converter Gateway for ONYXWorks and First- Vision www.notifier.com 9 Network and Integrated Product Guide ONYX FirstVisionTM OVERVIEW ONYX FirstVisionTM is a revolutionary wayfinding navigational tool for firefighters and other emergency responders. ONYX FirstVisionTM, a touch screen, graphically displays critical information on the origin and spread of a fire; allowing firefighters to quickly locate and extinguish the fire. APPLICATION NOTES: · The FirstVision annunciator is UL 864 listed for secondary annunciation and does not support any control functionality. · Mid-size to large installations (e.g. Universities, High-Rise and High ValuedBuildings) that want "Beyond the Code" annunciation. · The FirstVision can connect to multiple NOTI-FIRE-NETTM and/or High Speed NOTI-FIRE-NETTM networks via the NFN-GW-EM-3. SYSTEM REQUIREMENTS: · External 24VDC UL 1481Listed power supply (3A@24VDC) · UPS (optional) · NFN Gateway PORTS: Port 80* 123* 443* 2017 4016* 5000 5100 Typical Worst Case Sustained Bandwidth Maximum Worst Case Sustained Bandwidth Type TCP UDP TCP TCP TCP TCP TCP 50 Workstations 50 Workstations + Audio Direction Purpose In Web Based Cinfiguration Both SNTP In HTTPS Communications In Connection from Workstation (Events and Commands) In Upgrade for Embedded Gateway In VeriFire Tools Access In Voice Paging 2520 Bytes/Sec NA = 20160 Bit/Sec ~ 0.020 Mb/Sec 14670 Bytes/Sec NA = 117360 Bit/Sec ~ 0.118 Mb/Sec * These ports are for the embedded NFN Gateway only and should only be documented in the embedded NFN Gateway manual and not the PC NFN Gateway manuals. Port 123 is documented in Workstation information. 10 ONYX FirstVisionTM RESTRICTIONS: Functionality Infrastructure Infrastructure Restriction Must have a static IP address. DHCP is not supported Web access via an HTTP proxy server is not supported. NOTIFIER EQUIPMENT Required FIRSTVISION-LCD (22" Display) FIRSTVISION-ENC (Enclosure) NFN-GW-EM-3 Optional NCM-W/F for network applications NOTI-FIRE-NET network (5.0 or Higher) HS NCM for High Speed network applications High Speed NOTI-FIRE-NET DN-7051 DN-7051 DN-60499 DN-6861 DN-6971 DN-60454 DN-60455 LS10079-000NF-E LS10079-000NF-E LS10017-000NF-E 51533 51584 54014 54013 www.notifier.com 11 Network and Integrated Product Guide NOTI-FIRE-NET Web Server (NWS) OVERVIEW The NOTI-FIRE-NETTM Web Server (NWS) is a web-based device that acts as an HTML server, allowing remote access to the NOTI-FIRE-NET network via the Internet or an Intranet. The NWS interface is well suited for various applications so users can view fire alarm control panel (FACP) event history, event status, device properties and other information. The NWS can be configured to automatically send event information via email or cell phone text messages to a select group of users. APPLICATION NOTES · In all small to mid-size applications, the facility manager (site manager) receives emails or text messages for urgent emergency situations. Non-emergency situations can be reported in the same manner for notification purposes to facility personnel. · Small installations (e.g. private school) can monitor their fire system locally on any business PC. Facility staff and appropriate building personnel have the ability to get fire system status from their office. In addition, the NOTIFIER Web Server is an invaluable tool for remote access and troubleshooting capability and may be included in extended service plans. Fire alarm control panel upload, download, and troubleshooting can all be done through VeriFire Tools. · Mid-size installations (e.g. hotel and school district) have maintenance personnel that can use the NOTIFIER Web Server for managing daily operational tasks and system issues. The NWS is a cost effective remote monitoring solution for these applications that do not require a graphical computer package. · NAT devices are not supported. SYSTEM REQUIREMENTS · Email Server (email applications) - On-site or provided by a Internet Service Provider (ISP) - Supports SMTP format only - Individual ISP authentication (username/password) not supported · Ethernet Network: PORTS: Port 25 80 443 4016 5000 Type TCP TCP TCP TCP TCP Direction Purpose Out SMTP In Web Based Configuration In HTTPS Communications In Upgrades In Veri-fire Access RESTRICTIONS: Functionality Infrastructure Infrastructure Email Restriction Must have a static IP address. DHCP is not supported Web access vias an HTTP proxy server is not supported. The email server must support sending email without authentication. 12 NOTI-FIRE-NET Web Server (NWS) NOTIFIER EQUIPMENT Required NWS-3 Standalone ONYX panel or NOTI-FIRE-NET network (5.0 or higher) Optional NCM-W/F for network applications NOTI-FIRE-NET network (5.0 or Higher) HS NCM for High Speed network applications High Speed NOTI-FIRE-NET Data Sheet DN-6928 DN-6971 Data Sheet DN-6861 DN-6971 DN-60454 DN-60455 NOTI-FIRE-NETTM WEB SERVER - PRIVATE SCHOOL APPLICATION Manual 51990 51584 Manual 51533 51584 54014 54013 www.notifier.com 13 Network and Integrated Product Guide BACnet® Gateway OVERVIEW A Building Management System (BMS) is typically used in commercial buildings for monitoring of heating, cooling, ventilation, lighting, and other various functions and services. NOTIFIER provides a gateway interface that sends fire alarm events and device status to the BMS using BACnet® protocol over TCP/ IP. The BACnet Gateway provides an interface between NOTIFIER's fire alarm control panels (NFS-320, NFS-640, NFS2-640, NFS-3030, NFS2-3030 only) and a network using the BACnet/IP communication protocol. Building systems integrators setup and manage the BMS systems and allow individual manufacturers to use a gateway that complies with the BACnet standard. APPLICATION NOTES · Mid-size installations (e.g. manufacturing plant and hospital) using a Building Management System that supports BACnet/IP protocol can use a BACnet® Gateway to monitor ONYX Series fire alarm control panels (NFS2-640 or NFS2-3030) in addition to their HVAC systems for ancillary monitoring. The BACnet Gateway can be installed in the same equipment cabinet as the ONYX Series panel and connects directly to the Fire Alarm Control Panel. The gateway requires basic IP address information (provided by the facility's network administrator) and BACnet/IP port information (provided by the building systems integrator). · Large installations (e.g. university and high-rise office building) using a Building Management System that supports BACnet/IP protocol can use a BACnet® Gateway to monitor NFS2-3030 or a NOTI-FIRE-NET network (up to 14 Fire Alarm Control Panels). Direct connection to the panel for single panel application or an NCM-W/F for a NOTI-FIRE-NET network application. The gateway requires basic IP address information (provided by the facility's network administrator) and BACnet/IP port information (provided by the building systems integrator). · NAT devices are not supported. SYSTEM REQUIREMENTS · Building Management System - Supports for BACnet/IP - Must conform to BACnet Standard Annex J for IP - Support Device Objects, Binary Output Objects, and Multistate Input or Life Safety Points/Zones - Support writing to Notification Objects and receiving confirmed/unconfirmed event notification messages · Ethernet Network: PORTS: Port 80 443 4016 47808 Type TCP TCP TCP UDP Direction Purpose In Web Based Configuration In HTTPS Communications In Upgrades Both BACnet RESTRICTIONS: Functionality Infrastructure Infrastructure Restriction Must have a static IP address. DHCP is not supported Web access vias an HTTP proxy server is not supported. 14 BACnet® Gateway NOTIFIER EQUIPMENT Required BACNET-GW-3 Standalone ONYX panel or NOTI-FIRE-NET network (5.0 or higher) Optional NCM-W/F for network applications NOTI-FIRE-NET network (5.0 or Higher) HS NCM for High Speed network applications High Speed NOTI-FIRE-NET Data Sheet DN-6928 DN-6971 Data Sheet DN-6861 DN-6971 DN-60454 DN-60455 BACNET GATEWAY - COMMERCIAL BUILDING APPLICATION Manual LS10016-000NF 51584 Manual 51533 51584 54014 54013 Notes 1. 30-story commercial building with a local Ethernet network www.notifier.com 15 Network and Integrated Product Guide Modbus-GWTM OVERVIEW The Modbus Gateway provides a communication link between networks that use the Modbus/TCP communication protocol and Fire Alarm Control Panels (FACPs) resident on an NFN network. The NFN network communicates with the Modbus Gateway through the network port on any NCM. The Modbus communication protocol is consistent with Modbus Application Protocol Specification V1.1b. The Modbus Gateway Configuration Tool, a programming utility included with the Modbus Gateway assembly is used to configure the Modbus Gateway. The Modbus needs very little configuration. In most applications, only the TCP/IP settings for the network and the nodes to be monitored need to be entered. The gateway will automatically map all the configured points and supply you with a user friendly comma separated value report that defines the mapping. APPLICATION NOTES · Mid-size installations (e.g. manufacturing plant) using Modbus TCP communication protocol can use a Modbus Gateway to monitor ONYX Series fire alarm control panels (NFS2-640 or NFS2-3030) using their Modbus client. The Modbus Gateway can be installed in the same equipment cabinet as the ONYX Series panel and connects directly to the Fire Alarm Control Panel. The gateway requires basic IP address information (provided by the facility's network administrator) and Modbus port information (provided by the building systems integrator). · Large installations using a Modbus client that supports Modbus TCP communications protocol can use a Modbus Gateway to monitor NFS2-3030 or a NOTI-FIRE-NET network (up to four FACPs). Multiple Modbus Gateways can be used for large installations using a direct connection to the panel for single panel application or an NCM for a NOTI-FIRE-NET network application. The gateway requires basic IP address information (provided by the facility's network administrator) and BACnet/IP port information (provided by the building systems integrator). · NAT devices are not supported. SYSTEM REQUIREMENTS · Ethernet Network: PORTS: Port 80 443 502 4016 Type TCP TCP TCP TCP Direction Purpose In Web Based Configuration In HTTPS Communications In Modbus In Upgrades RESTRICTIONS: Functionality Infrastructure Infrastructure Restriction Must have a static IP address. DHCP is not supported Web access vias an HTTP proxy server is not supported. 16 Modbus-GWTM NOTIFIER EQUIPMENT Required MODBUS-GW-NFN MODBUS Configuration Tool Optional NCM-W/F for network applications NOTI-FIRE-NET network (5.0 or Higher) HS NCM for High Speed network applications High Speed NOTI-FIRE-NET MODBUS - APPLICATION Data Sheet DN-60533 PID-53632 Data Sheet DN-6861 DN-6971 DN-60454 DN-60455 Manual LS10015-000NF-E Manual 51533 51584 54014 54013 Honeywell Analytics Series 3000 XPIP NOTIFIER FMM-4-20 IP Network NFS2-3030 or NFN/HS-NFN Modbus Gateway www.notifier.com 17 Network and Integrated Product Guide ONYXWORKS for Local Monitoring OVERVIEW ONYXWORKS serves as a fire command center when monitoring a local NOTI-FIRE-NETTM fire system. It complies with the protected premises code requirements and interfaces to NOTIFIER control panels by using the NFN Gateway interface (PC or Embedded version). The ONYXWorks/NFN Gateway combination gives operators the ability to monitor, control, maintain, and upgrade the fire system from a single workstation. NOTI-FIRE-NETTM monitoring offers a wide range of advantages and flexibility and still maintains the high standards of a life safety fire system. APPLICATION NOTES · Mid-size installations with NOTIFIER only systems include hospitals, colleges, and commercial facilities. In this single building application, NOTI-FIRE-NETTM is the primary network with the capability to network up to 103 fire alarm control panels and wire/fiber network media. ONYXWORKS can easily monitor this network as the primary annunciator. The network allows for long media runs and expansion by supporting fiber (single mode & multimode) and network repeaters. · Mid-size installations with redundancy and system survivability requirements can be obtained by adding a second ONYXWORKS-NW/NF for a true peer-to-peer network. · Large installations with multiple monitoring stations (e.g. security office, fire command center) will require remote monitoring and control capability with or without the need for redundant systems. This is accomplished by adding ONYXWORKS (Workstation only) with an Ethernet (TCP/IP) connection to the ONYXWORKS fire command center and complies with the supervising station code requirements. This connection between the two systems can be a dedicated or shared Ethernet network. · In larger installations and networks using digital audio, the High Speed NOTI-FIRE-NETTM NCM card expands the network capacity to 200 nodes and increases the network speed (up to 12 MB for wire and 100 MB for fiber). · NAT devices are not supported. A UL 864 Listed Switch is required between the business network and each ONYXWorks Workstation or gateway. SYSTEM REQUIREMENTS · Ethernet Network NOTIFIER EQUIPMENT Required ONYXWORKS Optional NCM-W/F for network applications NOTI-FIRE-NET network (5.0 or Higher) HS NCM for High Speed network applications High Speed NOTI-FIRE-NET Data Sheet DN-7048 Data Sheet DN-6861 DN-6971 DN-60454 DN-60455 Manual LS10050-000NF Manual 51533 51584 54014 54013 18 ONYXWORKS for Local Monitoring www.notifier.com 19 Network and Integrated Product Guide ONYXWorks® & Gateways OVERVIEW ONYXWorks® is built on client/server architecture. The server receives, interprets, and processes information, and then passes it along to be displayed to the user on a client application. ONYXWorks uses intelligent gateways as a server to interface to various networks and technologies. These gateways come in the form of hardware (PC and embedded) or software. The hardware version of the gateway is installed in a workstation PC (PC version) or with the monitored equipment (embedded version). The software version of the gateway operates on a workstation (software only) and typically receives its information through a serial port or through TCP/IP Ethernet protocol. The gateway processes events and sends that information to a client using TCP/IP Ethernet protocol. The ONYXWorks client that receives and displays events for operators is the Workstation application. Since the gateway can reside on the same computer as the client, the information is simply transmitted from the gateway application to the workstation application over TCP/IP. To enable this communication, a computer IP address is required for all workstations and embedded gateways. APPLICATION NOTES · Supports up to 200 NOTI-FIRE-NETTM Gateways (NFN-GW-EM-3) · A static IP address is required for each client (ONYXWorks workstation) and server (ONYXWorks gateway) for communications on a private or shared Ethernet network. · Mid-size installations can use embedded and software only gateways for low-cost solutions and minimizing required hardware. · Large installations can take advantage of a single ONYXWorks workstation supports multiple PC version gateways (hardware installed in the PC) to combine different networks onto one platform. · NAT devices are not supported. SYSTEM REQUIREMENTS · Ethernet Network (Workstation, NetLogic, PC Monitor) 20 ONYXWorks® & Gateways PORTS: Port 25 123 2002 2004 2014 2017 2029 4016 20016 Type TCP UDP TCP TCP TCP TCP TCP TCP UDP Typical Worst Case 200 Sustained Bandwidth Gateways Maximum Worst Case Sustained Bandwidth 200 Gateways + 50 Gw Audio Direction Purpose Out SMTP Both SNTP In (China Only) Event access for the Remote Access Client NA (Internal) Workstation Plug-in Access Out Connection to DACR Gateway Out Connection to NFN Gateway Out Workstation Output Appliances (Signs) In Database Import/Export Both Detect other Workstations for Database Import 3360 Bytes/Sec NA = 26800 Bit/Sec ~ 0.027Mb/Sec 617,580 Bytes/Sec NA = 4,940,640 Bit/Sec ~ 5 Mb/Sec RESTRICTIONS: Functionality Infrastructure Infrastructure Infrastructure Restriction Workstations cannot access gateways or other workstations through Network Address Translation or IP Masquerading Must have a static IP address. DHCP is not supported Multiple IP Addresses are not supported, either due to multiple enabled network adapters, or due to a multi-homed adaptor. · Ethernet Network (Configuration Tool) PORTS: Port 20025 Type UDP Direction Purpose Both (Optional) Sends broadcast messages to determine the Workstations available to import data from. NOTE: When launching gateway configuration tools additional ports may be required. Please see the port listing for the gateways to determine ports needed by the configuration tools. NOTIFIER EQUIPMENT Required ONYXWORKS NFN-GW-EM-3 Data Sheet DN-7048 DN-60499 Manual LS10050-000NF-E LS10017-000NF-E www.notifier.com 21 Network and Integrated Product Guide ONYXWorks® & Gateways 22 ONYXWorks - Embedded NFN Gateway for Remote Applications OVERVIEW The ONYXWorks architecture allows easy expansion and monitoring of a contiguous property or non-contiguous properties. The major advantage of this architecture is the ability to span the system in a local or a remote area using the existing Intranet and Internet infrastructure. Remote monitoring over the Internet (classified as Shared IP by UL) is facilitated by the Workstation and Gateways. Each building can contain a single NFS2-640 or NFS2-3030 and up to a network of 103 NOTIFIER fire panels on NOTI-FIRE-NETTM network or 200 NOTIFIER fire panels on High Speed NOTI-FIRE-NETTM network and report to a central office using the low-cost embedded NFN Gateway (NFN-GW-EM-3). APPLICATION NOTES · Mid-size installations with NOTIFIER only systems include school districts, retail chains, and commercial facilities. In this multi-building application, an embedded NFN gateway is installed in each location along with a NOTIFIER fire panel. · Large installations with NOTIFIER only systems require more than a single fire alarm panel to cover multiple floors. In this multi-story application, an embedded NFN gateway is installed in each location along with NOTI-FIRE-NET. · NAT devices are not supported. SYSTEM REQUIREMENTS · Ethernet Network NFN Gateway PORTS: Port 80* 123* 443* 2017 4016* 5000 5100 Typical Worst Case Sustained Bandwidth Maximum Worst Case Sustained Bandwidth Type TCP UDP TCP TCP TCP TCP TCP 50 Workstations 50 Workstations + Audio Direction Purpose In Web Based Configuration Out SMTP In HTTPS Communications In Connection from Workstation (Events and Commands) In Upgrade for embedded gateway In VeriFire Tools Access In Voice Paging 2520 Bytes/Sec NA = 20160 Bit/Sec ~ 0.020 Mb/Sec 14670 Bytes/Sec NA = 117,360 Bit/Sec ~ 0.118 Mb/Sec * These ports are for the embedded NFN Gateway only and should only be documented in the embedded NFN Gateway manual and not the PC NFN Gateway manuals. Port 123 is documented in Workstation information. RESTRICTIONS: Functionality Infrastructure Infrastructure Restriction Must have a static IP address. DHCP is not supported. Web access via an HTTP proxy server is not supported. www.notifier.com 23 Network and Integrated Product Guide ONYXWorks - Embedded NFN Gateway for Remote Applications NOTIFIER EQUIPMENT Required ONYXWORKS NFN-GW-EM-3 Standalone ONYX panel or NOTI-FIRE-NETTM network (5.0 or higher) Optional NCM-W/F for network applications with the NFN-GW-EM-3 HS-NCM for High Speed Network Applications Data Sheet DN-7048 DN-60499 DN-6971 Data Sheet DN-6861 DN-60454 Manual 52342 53369 51584 Manual 51533 54014 24 ONYXWorks & Business Networks OVERVIEW The ONYXWorks client/server architecture and Ethernet (TCP/IP) support allows for communications with monitored equipment over business Ethernet networks. Many types of connections are permissible for use with ONYXWorks for various networking applications. Modern and retrofit facilities have an Intranet setup throughout the building and in many cases an Internet connection. These networks are maintained by IT departments, which have their own policies and requirements. APPLICATION NOTES · Mid-size installations with two Workstations or a Workstation with an embedded gateway will typically use a dedicated Ethernet (TCP/IP) network using a single CAT 5 crossover cable connection. This connection is between the two workstations or workstation and gateway with a maximum distance of 280 feet. For longer distances or more components, standard CAT 5 cables are required for the dedicated Ethernet (TCP/IP) network along with a UL 864 Listed Switch. · Large installations with multiple workstations and/or gateways can take advantage of a shared Ethernet (TCP/IP) network. Use existing CAT 5 cable and Ethernet ports in the facility to eliminate the need to install new network cable for ONYXWorks. A UL 864 Listed Switch is required between the business network and each ONYXWorks Workstation or gateway. · Enterprise installations with multiple facilities have a private Ethernet (TCP/IP) network over standard Internet connections. These private Ethernet networks are made possible by VPN or Frame Relay System type connections that connect the remote buildings together using the Internet. Simple installs can include VPN Routers at each building and more complex installations employ the Frame Relay System. A UL-Listed ethernet (TCP/IP) switch is required between a shared IP network and the ONYXWorks equipment. Contemporary Control Systems, Inc. (www.ctrlink.com) has several UL864 recognized switching hubs. SYSTEM REQUIREMENTS · Ethernet Network (Workstation, NetLogic, PC Monitor) Port 25 123 2002 2004 2014 2017 2029 4016 20016 Typical Worst Case Sustained Bandwidth Maximum Worst Case Sustained Bandwidth Type TCP UDP TCP TCP TCP TCP TCP TCP UDP 200 Gateways 200 Gateways + 50 Gw Audio Direction Purpose Out SMTP Both SNTP In (China Only) Event access for the Remote Access Client NA (Internal) Workstation Plug-in Access Out Connection to DACR Gateway Out Connection to NFN Gateway Out Workstation Output Appliances (Signs) In Database Import/Export Both Detect other Workstations for Database Import 3360 Bytes/Sec NA = 26800 Bit/Sec ~ 0.027Mb/Sec 617,580 Bytes/Sec NA = 4,940,640 Bit/Sec ~ 5 Mb/Sec www.notifier.com 25 Network and Integrated Product Guide ONYXWorks & Business Networks RESTRICTIONS: Functionality Infrastructure Infrastructure Infrastructure Restriction Workstations cannot access gateways or other workstations through Network Address Translation or IP Masquerading Must have a static IP address. DHCP is not supported Multiple IP Addresses are not supported, either due to multiple enabled network adapters, or due to a multi-homed adaptor. NOTIFIER EQUIPMENT Required Data Sheet ONYXWORKS DN-7048 NFN-GW-EM-3 DN-60499 Manual LS10050-000NF-E LS10017-000NF-E 26 ONYXWorks Receivers Gateway OVERVIEW The Receivers Gateway is an intelligent gateway interface to digital alarm communicator receivers (DACR-GW) for the ONYXworks® facilities monitoring workstation. This gateway facilitates monitoring of all events transmitted by fire alarm and security control panels equipped with digital alarm communicator transmitters (DACT). The Receivers Gateway eliminates the need to add leased lines or Internet connections to many remote buildings and combine various fire alarm control panels onto a single platform. APPLICATION NOTES · Mid-size to large applications (e.g. Universities, Multi-Building Corporate Campus, etc) where integration to NON-NOTIFIER fire panels are required to be brought to one central monitoring workstation. · Uses standard CONTACT ID format from Digital Alarm Commuincator Transmitters (DACT) SYSTEM REQUIREMENTS · ONYXWorks Workstation with DACR-GW software key function enabled · Compatible Digital Alarm Communicator Receivers (see datasheet) · Must be within 200' (RS-232 COM PORT to COM PORT connection) NOTIFIER EQUIPMENT Required ONYXWORKS DACR-GW (software key feature) Data Sheet DN-7048 DN-7061 Manual LS10050-000NF-E 53208 PORTS: Port 2014 Typical Worst Case Sustained Bandwidth Type TCP 50 Workstations Direction In NA Purpose Events and Commands 2520 Bytes/Sec = 20160 Bit/Sec ~ 0.020 Mb/Sec RESTRICTIONS: Functionality Infrastructure Infrastructure Restriction Must have a static IP address. DHCP is not supported. Web access via an HTTP proxy server is not supported. www.notifier.com 27 Network and Integrated Product Guide ONYXWorks NOTIFY-IP for Emergency Communications Systems (ECS) OVERVIEW NOTIFY-IP, an option in ONYXWorks, delivers and receives live voice messages via the internet and is used for mass notification over the building's fire alarm speakers. Control is not permitted over non-contiguous properties (or the Internet per ULC) unless approved by a local AHJ. NOTIFY-IP distributes real-time audio messages during emergency situations via Internet to local, national, and international facilities. This feature will reduce the risk of mass casualties by notifying building occupants of threats and what should be done in response to those threats. APPLICATION NOTES · Government and corporate installations can monitor events, perform maintenance functions, and send live, global voice instructions to remote buildings for life preservation via the Internet during an emergency with NOTIFY-IP. NOTIFY-IP (mass notification solution) is a feature of ONYXWorks used during a security or other emergency via the Internet for paging citywide, nationwide, or worldwide. · NOTIFY-IP is a software/hardware feature for applications where UL2572 is required for Emergency Communication Systems. Includes a UL approved PC microphone, audio card and the ability to show the status of ALL audio zones. · NOTIFY-IP-NOUL is a software feature for paging to Fire audio zones where U2572 is not required. No special hardware is required. · Paging is allowed up to 50 simultaneous gateways. SYSTEM REQUIREMENTS · Ethernet Network (Workstation, NetLogic, PC Monitor) Port Type Direction Purpose 25 TCP Out SMTP 123 UDP Both SNTP 2002 TCP In (China Only) Event access for the Remote Access Client 2004 TCP NA (Internal) Workstation Plug-in Access 2014 TCP Out Connection to DACR Gateway 2017 TCP Out Connection to NFN Gateway 2029 TCP Out Workstation Output Appliances (Signs) 4016 TCP In Database Import/Export 20016 UDP Both Detect other Workstations for Database Import Typical Worst Case Sustained Bandwidth 200 Gateways NA 3360 Bytes/Sec = 26800 Bit/Sec ~ 0.027Mb/Sec Maximum Worst Case Sustained Bandwidth 200 Gateways + 50 Gw Audio NA 617,580 Bytes/Sec = 4,940,640 Bit/Sec ~ 5 Mb/Sec RESTRICTIONS: Functionality Restriction Infrastructure Workstations cannot access gateways or other workstations through Network Address Translation or IP Masquerading Infrastructure Must have a static IP address. DHCP is not supported Infrastructure Multiple IP Addresses are not supported, either due to multiple enabled network adapters, or due to a multi-homed adaptor. 28 ONYXWorks NOTFY-IP for Emergency Communictions Systems (ECS) NOTIFIER EQUIPMENT Required ONYXWORKS NOTIFY-IP NOTIFY-IP-NOUL Optional NFN-GW-EM-3 NCM-W/F for network applications NOTI-FIRE-NET network (5.0 or Higher) HS NCM for High Speed network applications High Speed NOTI-FIRE-NET Data Sheet DN-7048 DN-7048 DN-7048 Data Sheet DN-60499 DN-6861 DN-6971 DN-60454 DN-60455 Manual L10050-000NF-E 53620 L10050-000NF-E Manual LS10017-000NF-E 51533 51584 54014 54013 * Live Voice paging to a maximum of 50 gateways simultaneously. www.notifier.com 29 Network and Integrated Product Guide LEDSIGN-GW and OAX2-24V for Emergency Communictions Systems (ECS) OVERVIEW The LEDSIGN-GW Sign Interface is a key part of an Emergency Communications System (ECS). The LEDSIGNGW monitors events on one or more NFN network(s) and generates appropriate messages for up to ten OAX2-24V LED Displays. The NFN networks communicate with the LEDSIGN-GW Sign Interface through NFN Gateways over TCP/IP. Multiple sign gateways can communicate on the same NFN network if more than 10 signs are required. The OAX2-24V LED sign is a UL-listed display that integrates seamlessly with NOTIFIER fire alarm control panels, NOTI·FIRE·NET networks, and ONYXWorks®. In the event of an emergency, the signs will automatically display emergency messages along with optional color changes that demand attention. These messages can be securely controlled from the NOTIFIER fire alarm control panel (FACP) through encrypted network protocols. SYSTEM REQUIREMENTS NOTIFIER Equipment Required LEDSIGN-GW OAX2-24V NFN-GW-EM-3 Optional NCM-W/F for network applications NOTI-FIRE-NET network (5.0 or Higher) HS NCM for High Speed network applications High Speed NOTI-FIRE-NET Data Sheet DN-60679 DN-60679 DN-60499 Data Sheet DN-6861 DN-6971 DN-60454 DN-60455 Manual LS10019-000NF-E LS10024-051NF-E LS10017-000NF-E Manual 51533 51584 54014 54013 SIGN INTERFACE Ports: Port 22 80 123 443 2029 4016 Type TCP TCP UDP TCP TCP TCP Direction Purpose Out SSH connection to sign In Web Based Configuration Out SNTP In HTTPS Communications In Communications from Workstation In Upgrades Restrictions: Functionality Infrastructure Infrastructure Restriction Must have a static IP address. DHCP is not supported Web access via an HTTP proxy server is not supported 30 The CAP Gateway for Emergency Communictions Systems (ECS) OVERVIEW The CAP (Common Alerting Protocol) Gateway is a UL-864 listed product for supplementary use that is a key part of an Emergency Communication System (ECS) which integrates seamlessly with NOTIFIER fire alarm control panels (FACPs) and NOTI-FIRE-NETTM (NFN) networks. APPLICATION NOTES · The CAP Gateway translates zone activations on a NFN network or a high-speed NFN network to industry standard CAP messages for CAP-compliant consumers. The information is then presented to a third party's Distributed Recipient Mass Notification System (DRMNS) as part of a multi-modal approach to emergency notification as defined by NFPA 72, chapter 24. · The CAP messages are made available in multiple source types, which can be read by CAP compliant consumer supporting transit via atom feeds or HTTP directory listing. · Complies with CAP version 1.2 SYSTEM REQUIREMENTS NOTIFIER Equipment Required CAP-GW NFN-GW-EM-3 Optional NCM-W/F for network applications NOTI-FIRE-NET network (5.0 or Higher) HS NCM for High Speed network applications High Speed NOTI-FIRE-NET Data Sheet DN-60756 DN-60499 Data Sheet DN-6861 DN-6971 DN-60454 DN-60455 Manual LS10021-000NF-E LS10017-000NF-E Manual 51533 51584 54014 54013 CAP GATEWAY Ports: Port Type 80 TCP 123 UDP 443 TCP 4016 TCP Restrictions: Functionality Infrastructure Infrastructure Direction Purpose In Web Based Configuration Out SNTP In HTTPS Communications In Upgrades Restriction Must have a static IP address. DHCP is not supported Web access via an HTTP proxy server is not supported www.notifier.com 31 For over 60 years, NOTIFIER has been a leader in the fire alarm industry. Today, we are the largest manufacturer of engineered fire alarm systems with over 400 distributors worldwide, and regional support operations on every continent for the flexibility and options your business needs. NOTIFIER Fully Connected, Fully Protected. NOTIFIER 12 Clintonville Road Northford, CT 06472 USA Tel: 203-484-7161 www.notifier.com M-AG-NET 02/17