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SenSmart 7400M Millennium IR CO2

The SenSmart 7300 wireless gas detector, with ultra-low power design and easy to use features, provides the most advanced, economical and reliable true wireless combustible gas detection solution. The SenSmart 7300 is compatible with the new low-power infrared sensor for hydrocarbon combustibles.
The microprocessor based intelligent SenSmart infrared gas detector is ideally suited for use in harsh environments and where conventional catalytic detectors is prohibitive. These infrared gas detectors perform reliably in the presence of silicone and other catalyst poisoning agents and operate in oxygen free environments or where high background gas levels are present.



FEATURES HIGHLIGHT 

• CSA Certified for Class 1, Division 2 hazardous locations 
• Available for both 900Mhz and 2.4Ghz 
• Frequency-Hopping Spread Spectrum (FHSS) technology 
• Typical > 1 mile range with local dipole antenna (900Mhz) 
• Detected gas data transmits on six second intervals 
• Graphic display shows values, units, trend graph, alarm levels 
• Power ON / Power OFF using magnetic wand only 
• Non-intrusive, user-prompted calibration procedure 
• Transmits all setup information to Wireless Receiver 
• Security settings to lock critical parameters 
• Auto-recognition of Smart Sensors uploads calibration data and more 
• Fault supervision circuitry detects failed sensor and transmits warning 
• Setup in hazardous area requires only simple magnetic wand
• Magnetic mount option available 
• Three adjustable independent alarm levels per sensor 
• ​5 LEDs indicate alarms and communication status

MILLENIUM SENSOR FEATURE HIGHLIGHT
 

• Virtually maintenance free infrared sensing technology
• Low cost of ownership with over five years operating life
• Rugged stainless steel construction with fast response time
• Requires no routine calibration to ensure proper operation
• Fault indications for all failure states
• Patented self-compensating optics with no moving parts
• Heated optical chamber prevents condensation
• A multi-layered filtering system protects optics from dirt and water ingress
• Straight optical path eliminates the need for reflective surfaces, such as mirrors or beam splitters
• Performs well in the presence of high concentrations or constant background levels of hydrocarbons and in oxygen depleted atmospheres
• Highly resistant to poisoning and etching
• Standard 4-20 mA output (source)