We are an unparalleled name, engaged in offering a premium quality range of Conventional Fire Alarm System that is widely used to indicate the alarm condition of fire. This alarm system is designed for use within fire alarm systems, security systems and industrial signaling systems. It is provided with heat detectors, smoke detectors and sensors in order to analyze the incident and the control to obtain the message and impart alarm output to the hooters with the demonstration of accurate fire location. Our precious clients can avail the offered Conventional Fire Alarm System at reasonable price from us.
Key Features ofConventional Fire Alarm System:
- Corrosion proof
- Sturdy construction
- Excellent durability
- Trouble free functionality
Versatile Zone Capacity and CoverageWith the flexibility to support from 2 up to 32 zones, this fire alarm system easily adapts to the specific size and requirements of your building. Whether the application is a small office or an expansive industrial site, zones can be expanded based on the selected model. Coverage can be further optimized by strategic placement of smoke and heat detectors within each zone, ensuring safety throughout the premises.
Reliable and Distinct Alarm NotificationThe system delivers clear, powerful audible alarms of at least 85 dB at 3 meters, ensuring alerts are promptly heard across large or noisy areas. Both visual and audio indicatorsincluding dedicated panel LEDs for power, fault, alarm, and test modesprovide status monitoring for swift action during emergencies. Manual and automatic initiation options offer flexibility for various fire safety protocols.
Durable Build and Secure EnclosureConstructed from CRCA sheet metal and finished with a powder-coated surface, the rectangular panel is designed for longevity in demanding environments. The IP30 or higher rated enclosure protects the system against dust and accidental contact, which is essential for installed locations subject to regular activity or harsh conditions. A manual reset panel button allows for safe system restoration after an incident or test.
FAQs of Conventional Fire Alarm System:
Q: How does the zone capacity benefit a buildings fire detection coverage?
A: The systems adjustable zone capacity, supporting from 2 up to 32 zones (expandable by model), allows targeted detection in specific building sections. This ensures that any detected threat triggers an alarm only in the affected area, enhancing precision and minimizing disruption.
Q: What is the process for resetting the fire alarm panel after an alert?
A: To reset the system after an alarm event or test, simply press the manual reset button located on the panels front. This restores the system to normal monitoring mode, readying it for future detection without needing to power down.
Q: When is it suitable to use this conventional fire alarm system?
A: This system is ideally deployed in residential, commercial, or industrial buildings requiring wired connectivity and reliable multi-zone alarm capability. It is suitable whenever scalable, robust fire detection and immediate audible warning are required for occupant safety.
Q: Where should the fire alarm panel and detectors be installed for optimal effectiveness?
A: The control panel should be installed in an accessible and secure location, while detectors should be strategically distributed across different zones according to building layout, risk assessment, and local fire safety regulations. Typically, high-risk or high-traffic areas receive priority.
Q: What types of fires can this system detect and alert?
A: This conventional fire alarm system is compatible with Class A (ordinary combustibles), Class B (flammable liquids), and Class C (gaseous fires) alarms, allowing for comprehensive fire detection in various hazardous environments.
Q: How is the system powered and connected to detectors?
A: The system operates using a 220V AC main input, providing a 24V DC output to power connected detectors and devices. Wired connectivity ensures stable and continuous operation, reducing the risk of communication failure between components.