Experience the Best Carbon Monoxide Detector
By ALVICarbon Monoxide Sensor Transmitter with enhanced CO Gas radicals detection capability
We are pleased to mention that our word-class best CO – Carbon Monoxide detectors are installed in many reputed projects of Basement Car Park Ventilation Systems all over the world and India (like Lucknow High Court, Delhi District Court, ITO Delhi, Elante Mall, South City Mall, Centre Square Mall, DLF Camalies, DLF Horizon, DLF Crest, DDA Narela, DDA Sultan Grahi DLF Chennai, Indian Army, Indian Navy, RBI, etc)
Make:- MSR Germany/GasAlarm
Area Of Application:-
Ideal for :
Parking area, garages, chiller rooms, and heating, as well as dusty & humid area like pharmaceuticals, coal mine, conveyor belt, cement plant, thermal power plants, flour mills,
powder industries.
Key Points:-
- Carbon Monoxide with enhanced CO radical detection capability
- Very early smoldering fire and smoke detection.
- VESFA system (very early smoke and fire alarm)
SPECIFICATIONS:-
- Sensor Model Available in : – Gas-CO-300-X
- Measuring Gas: Carbon Monoxide, Enhanced CO + radicals Detection.
- Sensor element (cell):- Electrochemical Diffusion, Electrolyte type Gel-based (no leak, no membrane rapture, no orientation problem & no false alarm)
- Measuring Range: – 0-300 ppm (Standard)
- Connection: – Two and Three-wire sensor
- Response time T90:- ≤ 50 Sec
- Warm-up time (First Time):- ≤ 3 Min.
- Protection Class Available in IP65
- Stability & resolution: – ± 3 ppm
- Sensor life expectancy:- ≥ 6 years (Site Feedback ≥ 12 Years )
- Calibration Interval: 1 Year.
- Sensor Coverage Area: – 700 m2 to 935m2, ideal condition.
- Humidity non-condensing : 15-90% RH
- Working temperature:–10°C to 50°C
- Power supply:- 18 – 28 VDC ( Overload protected)
- Analog output signal:- Standard: 4-20 mA Linear Output, also available in 2-10VDC
- Flammability: – UL 94: V2
- Warranty: 12 Month only on manufacturing defects
- Guidelines Approval: EMC Directives 2004/108/EC, EN 61010-1:2010/CE
For Technical Datasheet please click here