Introduction to Cheetah Xi System

The Cheetah Xi is an advanced intelligent fire detection and suppression control system designed by Fike Corporation. It emphasizes unprecedented speed, maximum power, and extreme intelligence to protect critical assets and ensure rapid response to fire threats.

Key Features and Specifications

• Response Speed: The system activates suppression devices in less than 0.25 seconds after alarm initiation, significantly faster than industry standards.
• Communication: Utilizes a digital, peer-to-peer, bi-directional communication protocol that eliminates interference and polling delays, enabling real-time data transfer between sensors and control panels.
• Power Supply: 6.0 amp power source expandable to 12 amps (5.25 amps for Cheetah Xi 50).
• Sensor and Device Capacity: Supports up to 254 devices per signaling line circuit (SLC) loop, expandable to 4 loops (standard 2 loops on Cheetah Xi 1016). The Cheetah Xi 50 supports up to 50 devices on a single loop.
• Network Capability: Can network up to 128 panels (Cheetah Xi and CyberCat models), supporting a maximum of 130,048 sensors and modules.
• Wiring and Zones: Supports wiring styles 4, 6, or 7 with maximum loop length of 12,000 feet and inter-panel wiring up to 4,000 feet. Up to 253 zones can be configured for device mapping.
• Display and Event History: LCD with 80 characters and 10 LED status indicators, storing up to 3,200 event history records.
• Alarm and Detection Functions: Positive alarm sequence, multiple detection modes (cross-zone, sequential zone, individual detector), six types of abort functions, and early warning options combining up to 8 sensors.
• Security and Sensitivity: Four password protection levels, comprehensive sensitivity testing, manual and day/night sensitivity adjustments, and compensation for sensor drift.
• Integration: Full compatibility with FAAST air sampling detection products and programmable modules with integrated isolators for limited or full Style 7 isolation.

System Variants

• Cheetah Xi 1016: Supports 2 standard SLC loops expandable to 4, up to 1,016 devices, and 31 remote annunciators.
• Cheetah Xi 50: Designed for smaller applications with 1 SLC loop supporting up to 50 devices and 31 remote annunciators, offering the same speed and intelligence in a cost-effective package.

Programming and Configuration

• Basic programming via keypad with auto-addressing for devices.
• Advanced configuration through C-Linx® software.
• Remote bi-directional communication and addressing using Infrared (IR) tools for devices not physically accessible.
• Manual programmer panel available for device addressing and technician training.

Applications and Flexibility

The Cheetah Xi system is suitable for a wide range of environments including data centers, generator rooms, internet service providers, mining operations, museums, warehouses, office buildings, retail stores, educational institutions, and industrial complexes. Its modular design allows for tailored system configurations to meet specific protection needs.

Integration with Building Systems

Cheetah Xi modules can interface with various building management and safety systems such as:

• Power shutdowns
• HVAC and smoke control
• Evacuation voice systems
• Elevators
• Doors and dampers
• Clean agent, CO2, water mist, foam, and sprinkler suppression systems
• Security and CCTV systems

Networking and Scalability

The system supports networking of up to 128 panels, including Cheetah Xi and CyberCat fire alarm panels, allowing for extensive scalability and centralized control over large installations.

Manufacturer and Support

Fike Corporation offers global manufacturing, sales, and service support with regional offices in the Americas, Asia Pacific, and the Middle East. The company provides comprehensive assistance in designing and implementing fire protection systems tailored to customer needs.

Summary

The Cheetah Xi system by Fike represents a revolutionary advancement in fire detection and suppression control, combining rapid response times, intelligent peer-to-peer communication, extensive device capacity, and flexible programming options. It is designed to protect critical assets efficiently and reliably across diverse applications, ensuring enhanced safety and operational continuity.