Description:
Intelligent addressable optical and thermal multi sensor detector for loop circuit with 2 optical and 2 thermal sensors and potential bidirectional isolator for earliest fire detection and indication in all environments with difficult ambient conditions according to DIN EN 54-5/7 and CEA4021
Properties:
– Highest reliability by intelligent combination of thermal and optical sensor signals with via algorithms
– Exact pollution recognition by an additional independent measuring chamber
– Integrated temperature measurement as rate of rise procedure and maximum value in accordance to EN54-5 1A
– Detector sensitivities automatically calibrated and freely programmable
– Fault monitoring of the measurement chamber signal and loop electronics
– Periodic sensor test
– Automatic and manual addressing on the loop
– Possibility for integrated Isolator and T-branch option
– Alarm output for the triggering of a LED indicators
– Functions completely integrated via loop protocol
– Disable and enable modes with individually adjustable sensitivities
– Storage of last maintenance date
– Self learning modes for the ambient conditions
– Display of the temperature environments of the fire detection system by a second temperature measurement
– Multicolour-LED for alarm- (red) and fault (yellow)
– Delivery including protective cover for installation phase
– Mode for adapting to environmental conditions
– Integrated isolator and t-branch (spur) facility
– Multicolor LED for alarm (red) and fault (yellow)
Technical data
Operation voltage | 15 to 30 V DC loop powered |
Quiescent current | 280 μA |
Alarm current | 5 mA |
OC-outputs | max. 10 mA for LED-indicator or piezo buzzer |
Sensitivity | 5 levels adjustable |
Ambient temperature | -10°C to +60°C |
Humidity | max. 93 % (+/-2%) |
Air speed | < 20m/s |
Protection class | IP 40 |
Colour housing | white (similar to RAL 9003) |
Material | ABS |
Dimensions (H x Ø) | 52 mm x 100 mm |
Standards | DIN EN 54–7, EN 54-5, CEA 4021 |
VdS approval | G 205051 |
System approval | S 295054 and S 208123 |