Maple Armor FW2105 Addressable Fire Alarm Control Panel (2-Loop / Expandable to 9-Loop)

Description

The Maple Armor FW2105 Addressable Fire Alarm Control Panel is a high-performance, modular life-safety platform engineered to provide comprehensive analogue addressable protection for modern commercial, industrial, and high-density residential facilities. Driven by an advanced Digital Signal Processor (DSP) core and compliant with UL 864 10th Edition and CAN/ULC-S527 standards, the Maple Armor FW2105 delivers ultra-fast detector polling, positive alarm sequence intelligence, and field-programmable flexibility. Configured out of the box with high-density addressable loops handling 252 intelligent devices per line, this modular control panel serves as an uncompromising, rock-solid central hub for both standalone projects and large-scale networked estates.

Technical Specifications Table

Modular Loop Scalability & Advanced False Alarm Prevention

The core architectural strength of the Maple Armor FW2105 panel lies in its high-density Signaling Line Circuit (SLC) structure. Operating with Maple Armor Series 2 intelligent sensors and field modules, each loop channel accommodates up to 252 individual addressable devices over a single twisted pair. Installers can sequentially configure devices using automated auto-addressing features or conduct precise field parameters via front-panel softkeys and PC configuration tools. This eliminates installation delays and significantly reduces commissioning labor across commercial complexes, schools, and high-rise commercial structures.

To prevent costly disruptions caused by environmental anomalies, the Maple Armor FW2105 incorporates advanced Positive Alarm Sequences (PAS) alongside fully configurable two-stage evacuation protocols. When a sensor detects combustion particles, the panel initiates software-level signal verification against historical background drift. If paired with optional DACT or conventional 8-zone IDC modules, the system smoothly bridges modern intelligent addressable functionality with legacy building infrastructure, maintaining continuous supervisory communication across third-party building management systems via onboard RS232 and RJ45 ethernet protocols.

• Automatic Device Addressing: Onboard algorithmic discovery that sequentially assigns logical addresses to connected field points, drastically reducing setup time.
• Robust Network Backbone: Built-in multi-panel networking interface supporting up to 99 peer-to-peer panels in Class B or 31 panels in high-security Class A topologies.
• Four-Level Security Access: Multi-tier password authentication that protects critical evacuation controls, relay assignments, and system logic from unauthorized tampering.
• Field Firmware Servicing: High-speed integrated USB connectivity allowing rapid firmware upgrades, site database transfers, and laptop diagnostic sweeps.

Frequently Asked Questions (FAQ)

Q1: What is the maximum addressable device capacity supported by the Maple Armor FW2105?
A: The panel supports up to 252 addressable devices per loop. In this 2-loop setup, it handles 504 points out of the box and can scale up to 9 loops (2,268 total addressable points) with expansion modules.

Q2: Does the Maple Armor FW2105 panel support both Class A and Class B wiring?
A: Yes. Both the Signaling Line Circuits (SLC) and the Notification Appliance Circuits (NAC) can be wired in Class A (Style 6/7 for SLC, Style Z for NAC) or Class B (Style 4 for SLC, Style Y for NAC) configurations.

Q3: Can the panel operate on international 220–240 VAC power supplies?
A: Yes. The onboard primary power supply accepts dual voltage ranges: 110–120 VAC at 60 Hz and 220–240 VAC at 50 Hz, making it fully ready for worldwide utility grids.

Q4: What backup battery capacity can be stored inside the main cabinet?
A: The physical cabinet enclosure houses up to two 18 Ah 12VDC sealed lead-acid batteries in series (24VDC system), while the internal charger handles battery banks up to 55 Ah in an external battery enclosure.

Q5: How does the panel prevent unwanted false alarms in dusty or dynamic environments?
A: The FW2105 utilizes advanced DSP-driven Positive Alarm Sequences (PAS), drift compensation filters, and two-stage alarm verification logic to confirm true smoke conditions before triggering general facility alarms.

Q6: Which regulatory fire safety approvals does the Maple Armor FW2105 hold?
A: The FW2105 is fully compliant and certified under UL 864 (Control Units and Accessories for Fire Alarm Systems) and CAN/ULC-S527 standards.