Description

The Agni Veiga Series Intelligent Addressable Network Communication Card (FAP-3002) is a specialized communication module designed to provide reliable, secure, and long-distance networking between multiple fire alarm control panels and repeaters. Based on RS-485 differential communication technology, the card enables intelligent addressable fire alarm panels to communicate over a shared network while offering strong resistance to electrical noise and interference. This makes it suitable for commercial buildings, industrial facilities, institutional projects, and other environments where reliable fire alarm networking is essential. RS-485 Fire Alarm Network Communication: The FAP-3002 enables multiple compatible fire alarm control panels and repeaters to operate as part of a connected communication network. RS-485 differential signaling provides reliable communication over extended cable distances and offers strong immunity to electrical interference compared with conventional single-ended communication methods. Key capabilities include: • RS-485 Differential Communication • Multi-Panel Networking • Repeater Communication • Long-Distance Data Transmission • High Electrical Noise Immunity • Multi-Node Network Architecture • Standalone or Network Operation • Configurable Panel Addressing • Low Power Consumption • Fault-Tolerant Wiring Support 16-Node Network Capability: The Agni Veiga FAP-3002 communication card supports up to 16 nodes on a single RS-485 bus, subject to the system configuration and installation requirements. A node can represent a compatible fire alarm control panel, repeater, or other supported network device. This architecture allows multiple fire alarm panels to communicate with one another and can be particularly useful for facilities containing multiple buildings, floors, fire zones, or interconnected fire alarm systems. Up to 1200 Metres Communication Distance: The communication card supports communication distances of up to approximately 1,200 metres, depending on communication speed, cable type, installation conditions, network configuration, and other system parameters. This makes the FAP-3002 suitable for applications where fire alarm panels need to communicate across relatively large facilities. Typical applications may include: • Industrial Plants • Warehouses • Commercial Complexes • Hospitals • Educational Campuses • Hotels • Manufacturing Facilities • Multi-Building Projects • Large Institutional Facilities RS-485 Network Topology: The RS-485 communication architecture is designed for appropriate bus-based network configurations. Recommended network layouts include: Bus Topology: Multiple network devices are connected along a common communication bus. Daisy-Chain Topology: Panels and repeaters are connected sequentially to extend the communication network. Ring Topology: Suitable configurations can use a ring architecture where supported by the overall system design. Proper network termination and cable installation are important to minimize signal reflections and maintain reliable communication. Star-wired configurations should generally be avoided where they are incompatible with RS-485 signaling requirements. Direct Motherboard Integration: The FAP-3002 is designed for straightforward installation inside compatible Agni Veiga fire alarm control panels. The communication PCB plugs directly into the control panel's main motherboard, simplifying integration and reducing the need for complex external networking hardware. The card also provides a socket for reconnecting the display-board ribbon cable, helping maintain the existing control panel display interface after installation. DIL Switch Network Configuration: Network configuration can be managed using the onboard DIL switches. This allows the communication card and connected panel to be configured according to the required operating mode. Supported operating configurations may include: • Standalone Mode • Network Mode • Repeater Mode • Network Node Configuration This provides system integrators with flexibility when deploying individual panels or larger interconnected fire alarm systems. Reliable Communication in Industrial Environments: RS-485 technology is particularly suitable for environments where electrical noise and interference may be present. The differential signaling architecture helps maintain reliable communication in applications such as industrial plants, manufacturing facilities, machinery areas, commercial buildings, and large electrical installations. Proper cable selection, routing, grounding, shielding, termination, and installation practices remain essential for achieving reliable network performance. Low Power Consumption: The FAP-3002 is designed for efficient operation and low power consumption, making it suitable for integration into fire alarm control panels without unnecessarily increasing the overall system power requirements. Its compact communication architecture provides network connectivity without requiring a separate large external communication system. Fault-Tolerant Wiring Support: The communication solution supports fault-tolerant network wiring configurations where applicable, helping system designers develop more resilient fire alarm communication networks. The actual level of fault tolerance depends on the panel configuration, network topology, cable arrangement, and supported system architecture. Legacy Radial Circuit Compatibility: The Agni Veiga Network Communication Card is designed to work alongside compatible legacy radial circuits, helping organizations expand or modernize existing fire alarm installations without necessarily replacing every part of the existing system. This can provide a practical pathway for upgrading fire alarm infrastructure while retaining compatible components. Key Product Highlights: Product Model: FAP-3002 Communication Standard: RS-485 Differential Communication Network Capacity: Up to 16 nodes on a single bus Maximum Communication Distance: Up to approximately 1,200 metres, depending on network conditions Network Architecture: Bus, ring, or daisy-chain configurations where supported Configuration: Onboard DIL switches Operating Modes: Standalone, network, and repeater configurations Integration: Direct connection to compatible control panel motherboard Display Interface: Dedicated socket for display-board ribbon cable Power Consumption: Low-power communication design Application: Intelligent addressable fire alarm system networking Typical Applications: The Agni Veiga FAP-3002 can be used for networking fire alarm systems across: • Industrial Facilities • Manufacturing Plants • Commercial Buildings • Office Complexes • Hospitals • Hotels • Educational Campuses • Warehouses • Shopping Centres • Government Buildings • Infrastructure Projects • Multi-Building Facilities Ideal B2B Buyers: The communication card is suitable for: • Fire Alarm System Integrators • Fire Protection Contractors • Fire Safety Equipment Distributors • MEP Contractors • Electrical Contractors • Building Automation Companies • Fire Alarm Installation Companies • Industrial Facility Operators • Commercial Building Developers • Infrastructure Contractors • Government Project Suppliers • Fire Safety System OEMs • Industrial Automation Integrators Why Choose the Agni Veiga FAP-3002?: The Agni Veiga Series Intelligent Addressable RS-485 Network Communication Card provides a practical and scalable way to interconnect compatible fire alarm control panels and repeaters. With RS-485 differential communication, up to 16 network nodes, communication distances of up to 1,200 metres, flexible network topology, DIL-switch configuration, direct motherboard integration, low power consumption, and support for compatible legacy circuits, the FAP-3002 is designed to simplify the expansion of intelligent addressable fire alarm networks. Ideal for global B2B buyers searching for RS-485 fire alarm communication cards, intelligent addressable fire alarm network cards, fire alarm panel networking modules, RS-485 repeater communication cards, addressable fire alarm network modules, Agni Veiga communication cards, and multi-panel fire alarm networking solutions.