XP95 Addressable Optical Smoke Detector

Description

The Ampac XP95 Addressable Optical Smoke Detector is a cutting-edge fire safety device, seamlessly integrating with the Firefinder and Firefinder Plus Fire Alarm Indicating Panels. Designed to provide unmatched reliability and performance, this smoke detector is perfect for environments where fires burn slowly or smolder, offering superior protection for your property and its occupants.

Key Features

Advanced Photoelectric Technology

Utilizes optical sensing technology to detect smoke particles suspended in the air, ensuring early detection of fires.

Addressable Functionality

Each detector has a unique address, allowing for precise identification and location of potential fire sources within a building.

Real-Time Monitoring

Continuously monitors the environment for smoke particles, ensuring constant vigilance against potential fire hazards.

Compatibility

Works seamlessly with both Firefinder and Firefinder Plus Fire Alarm Indicating Panels, providing a comprehensive fire detection and alarm system.

Low Profile Design

Sleek and unobtrusive, the detector blends seamlessly into any setting without compromising on performance.

Ease of Installation and Maintenance

Simple to install and maintain, minimizing downtime and ensuring the system is always operational.

LED Indicator

Features a built-in LED indicator that provides clear status information, including normal operation, fault conditions, and alarms.

Detailed Benefits

Early Fire Detection

The advanced photoelectric technology ensures that even the slightest presence of smoke particles is detected, providing early warning and allowing for prompt action to prevent the spread of fire.

Enhanced Safety

By working with the Firefinder and Firefinder Plus panels, the XP95 Addressable Optical Smoke Detector ensures comprehensive coverage and quick response times, significantly enhancing safety for occupants.

Reduced False Alarms

Designed to distinguish between smoke particles and other pollutants, this detector reduces the likelihood of false alarms, ensuring that alarms are only triggered by genuine fire threats.

Scalable and Flexible

Ideal for both small and large installations, the addressable functionality allows for easy scaling and customization to meet the specific needs of any building.

Cost-Effective

With its ease of installation, low maintenance requirements, and reliable performance, the XP95 offers a cost-effective fire detection solution.

Peace of Mind

Knowing that your property is constantly monitored for fire hazards provides peace of mind, allowing you to focus on other important aspects of your business or daily life.

Technical Specifications

• Operating Voltage: 17-28V DC
• Quiescent Current: 340µA at 24V DC
• Alarm Current: 8mA at 24V DC
• Operating Temperature Range: -20°C to +60°C
• Humidity: 0% to 95% RH (non-condensing)
• Dimensions: 100mm diameter x 50mm height
• Weight: 105g
• Approvals: EN54-7, LPCB, VdS

Usage Instructions

• Installation: Mount the detector on the ceiling or high on a wall, following the manufacturer’s guidelines for optimal placement.
• Address Programming: Assign a unique address to each detector using the compatible fire alarm control panel.
• Testing: Regularly test the detector to ensure proper functionality, following the recommended maintenance schedule.
• Maintenance: Clean the detector periodically to remove dust and other particles that may affect its performance. Refer to the user manual for detailed cleaning instructions.

The Ampac XP95 Addressable Optical Smoke Detector is an essential component of any comprehensive fire safety system. Its advanced technology, compatibility with leading fire alarm panels, and robust features make it the ideal choice for ensuring early fire detection and enhanced safety in a variety of settings. Invest in the XP95 to protect your property, assets, and most importantly, the lives of those within your care.

Ensure your peace of mind with the Ampac XP95 Addressable Optical Smoke Detector, the epitome of reliability and efficiency in fire detection.