The Farenhyt IDP-PHOTO-W Low-Profile Intelligent Photoelectric Sensor is designed to deliver reliable and accurate smoke detection for intelligent fire alarm systems.

Featuring advanced photoelectric sensing technology, this detector effectively identifies smoke from a wide range of combustion sources while helping reduce nuisance alarms.

Engineered with a sleek low-profile design and clean white finish, the IDP-PHOTO-W blends seamlessly into commercial, industrial, and institutional environments. Its intelligent addressable capability allows precise device identification, improving system monitoring, maintenance, and troubleshooting efficiency.

The detector sensitivity can be programmed directly from the control panel, and sensitivity levels are continuously monitored and reported to ensure optimal performance. This advanced functionality helps maintain system reliability and simplifies maintenance planning. (Honeywell)

The Farenhyt IDP-PHOTO-W is ideal for offices, schools, healthcare facilities, data centers, and other commercial applications where dependable smoke detection is essential for life safety.

Key Features

• Intelligent addressable photoelectric smoke detection
• Low-profile design for clean installation
• White finish for modern appearance
• Programmable sensitivity from control panel
• Continuous sensitivity monitoring
• Reduced nuisance alarms with advanced sensing chamber
• Rotary address switches for easy configuration
• LED status indicators for visual notification
• Compatible with Farenhyt intelligent fire alarm systems

Specifications

• Manufacturer: Farenhyt
• Model: IDP-PHOTO-W
• Detection Type: Photoelectric Smoke
• Device Type: Intelligent Addressable
• Profile: Low Profile
• Color: White
• Mounting: Plug-in base (sold separately)
• Application: Commercial and industrial fire alarm systems

The Farenhyt IDP-PHOTO-W White Low-Profile Intelligent Photoelectric Sensor provides dependable smoke detection performance and enhanced system intelligence for modern fire alarm installations.