Conventional Multi-sensor Smoke and Heat Detector
Conventional Multi-sensor Smoke and Heat Detector
This 3W-B multi-sensor smoke and heat detector features advanced split-spectrum optical smoke detector and a sensitive thermistor. Equipped with a built-in microprocessor, it delivers stable performance and reliable communication. Its extremely low monitoring current and alarm current greatly reduce overall system energy. Designed in accordance with EN54-5 and EN54-7 standards, it ensures dependable and safe performance.
SKU:DHI-HY-C135
Product features
Product features
· 3W-B multi-sensor smoke and heat detector with two-wire and
polarity-free power supply
· Reliable communication: Built-in microprocessor, stable performance
· Ultra-low power consumption: Ultra-low monitoring current and
alarm current
· High-performance sensor featuring a split-spectrum optical smoke
detector and a sensitive thermistor
· Designed in accordance with EN54-5 and EN54-7 standards
Functions
Functions
· Split-spectrum photoelectric smoke detection technology
· Back light compensation technology
· High-performance multi-heat sensor
Service
Service
5-YEAR WORRY-FREE Warranty
Technical Specifications
Technical Specifications
· Power DC24V
· Current Monitoring current: ≤ 70μA; · Alarm current: ≤ 15mA
· Alarm Threshold for Heat Detection A2R (54°C to 62°C) (129°F to 144°F)
· Wiring Two-wire, polarity-free
· Operating Temperature –10°C to +55°C (+14°F to +131°F)
· Dimensions (with base) Φ 100 mm × 68.7 mm (Φ 3.94" × 2.70")
· Weight (with base) 110.0 g (0.243 lb)
· Compliance Standard EN54-5, EN54-7
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Conventional Multi-sensor Smoke and Heat Detector
High-performance detector with Ultra-low Power Design
Dual sensor precision detection
This device adopts a split-spectrum optical smoke detector and a sensitive thermistor for fast and accurate detection.
Simplified installation
Two-wire and polarity-free design reduces installation time and makes construction easier.
Ultra-low power consumption
Extremely low monitoring current and operating current saves energy consumption for efficient operation.
Reliable communication
The built-in microprocessor ensures stable and consistent performance.
