LPCB 2-Wire 24VDC Photoelectric Conventional Detector with Base
Overview
This LPCB-certified 2-wire photoelectric smoke detector delivers efficient smoke detection for conventional fire alarm systems. Operating on a 24V DC power supply, it uses optical sensing technology to identify smoke particles early—ideal for commercial, industrial, and residential environments. The detector comes complete with a compatible mounting base for streamlined installation.
Key Features
- Photoelectric Sensing Technology: Detects visible smoke particles quickly and reliably, ideal for smoldering fires.
- LPCB Certified: Fully compliant with rigorous international safety standards, ensuring trustworthy performance.
- 2-Wire Design: Simplifies wiring and installation by combining power and signal on the same circuit.
- 24V DC Operation: Standard voltage for most conventional fire alarm systems.
- Integrated Base Included: Enables fast and secure mounting on ceilings or walls.
- LED Indicator: Offers real-time visual feedback for power and alarm status.
- Low Current Consumption: Minimizes strain on the control panel and allows for multiple detectors on a single loop.
Benefits
- Fast Detection: Helps occupants respond quickly in the event of a fire.
- Easy Installation: With the base included, installers can save time and reduce wiring complexity.
- Reliable Monitoring: Continuous optical sampling ensures dependable performance in diverse environments.
- Cost-Effective: Ideal for upgrading older systems or deploying in large projects without compromising quality.
- Compatible with Most Panels: Designed to work with a wide range of conventional fire alarm systems.
Applications of the LPCB-certified 2-wire photoelectric smoke detector
- Office buildings
- Hotels and hostels
- Educational institutions
- Residential complexes
- Retail and commercial spaces
Installation Tips
Mount the detector in accordance with fire safety guidelines—usually on ceilings away from air vents or obstructions. Perform routine testing and maintenance to ensure long-term functionality.
