We are offering industrial combustion analyser. e1100 is used for combustion gas & emissions analysis in boiler, engine, furnace & other combustion applications. feature :- • co sensor w/ nox filter • built-in non-thermal impact printer • pre calibrated gas sensors • draft & differential pressure meter • durable boiler room design • 2 channel thermometer • ambient co monitor • one button operation • co with 1 ppm resolution • rechargeable batteries • zoom function • external condensation trap • internal memory for upto 600 tests • pc software available technical specifications:- parameter sensor range resoultion accuracy o2 electrochemical 0-25% 0.1% ±0.2% vol co h2 compensated w/ built-in nox filter electrochemical 0-8000ppm 1 ppm ±20 ppm < 400 ppm ±5% rdg up to 2000ppm ±10% rdg >2000ppm co2 calculated 0-99.9% 0.1% tair pt 100 -10 to 212â�° f 0.1â�° f ±1â�° f tgas tc k -10 to 1830â�° f 0.1â�° f ±2â�° f differential temperature calculated -10 to 1830â�° f 0.1â�° f pressure/draft semiconductor ±0-40 in h2o 0.001 in h2o ±0.008 in h2o for ±0.16 in h2o ±5% meas. Val. Elsewhere excess air calculated 1.00 - infinity 0.01 efficiency calculated 0-100% 0.1% (also for condensing with automatic detector.

We are offering industrial combustion analyser. e1100 is used for combustion gas & emissions analysis in boiler, engine, furnace & other combustion applications. feature :- • co sensor w/ nox filter • built-in non-thermal impact printer • pre calibrated gas sensors • draft & differential pressure meter • durable boiler room design • 2 channel thermometer • ambient co monitor • one button operation • co with 1 ppm resolution • rechargeable batteries • zoom function • external condensation trap • internal memory for upto 600 tests • pc software available technical specifications:- parameter sensor range resoultion accuracy o2 electrochemical 0-25% 0.1% ±0.2% vol co h2 compensated w/ built-in nox filter electrochemical 0-8000ppm 1 ppm ±20 ppm < 400 ppm ±5% rdg up to 2000ppm ±10% rdg >2000ppm co2 calculated 0-99.9% 0.1% tair pt 100 -10 to 212â�° f 0.1â�° f ±1â�° f tgas tc k -10 to 1830â�° f 0.1â�° f ±2â�° f differential temperature calculated -10 to 1830â�° f 0.1â�° f pressure/draft semiconductor ±0-40 in h2o 0.001 in h2o ±0.008 in h2o for ±0.16 in h2o ±5% meas. Val. Elsewhere excess air calculated 1.00 - infinity 0.01 efficiency calculated 0-100% 0.1% (also for condensing with automatic detector.