SS2 Flame Detector SS2 Flame Detector
These multi-spectrum flame detectors sense radiant energy in the ultraviolet (UV), visible and WideBand InfraredTM (IR) spectrum.
Features & Benefits
- Detects hydrocarbon and non-hydrocarbon based fires
- Wide field-of-view or solar blind
- Explosion-proof housing
Product Overview
The SS2-AM and SS2-AML are the ultra-high speed digital Multi-Spectrum optical models of the SS2 UV/IR Flame Detectors. These detectors feature ultra-high speed responses to explosive fires and are typically used in munitions production, explosives production and special applications.
The field of view for the SS2 Flame Detector is the widest in the industry with a 120° cone of vision. This means each detector can cover more hazard area. Greater sensitivity also increases the volume covered by each detector, up to four times more than some other detectors.
Using sophisticated microprocessor signal processing algorithms with complete spectrum information, virtual immunity to false alarms from arc welding, corona discharge and other common UV sources is achieved.
Additional Features and Benefits:
SS2-A and SS2-AN:
• Multi-Spectrum senses ultraviolet, visible and WideBand IR™
• Detects hydrocarbon and non-hydrocarbon based fires
• Wide field-of-view and solar blind
• Greatest sensitivity with false alarm immunity
• Microprocessor abased algorithms: FirePic™ and Tri-Mode Plot™
• Wide temperature range of operation
• Explosion-proof housing
• Proven in worldwide applications
• FS2000™ System compatible or standalone operation
• Compatible with approved fire alarm panels
SS2-AM and SS2-AML:
• Multi-Spectrum senses ultraviolet, visible and WideBand IR™
• Detects hydrocarbon and non-hydrocarbon based fires
• Wide field-of-view and solar blind
• Greatest sensitivity with false alarm immunity
• Microprocessor abased algorithms: FirePic™ and Tri-Mode Plot™
• Wide temperature range of operation
• Explosion-proof housing
• FS2000™ System compatible or standalone operation
• Ultra-high speed response to explosive fires.
