Kane KM940 Smoke Analyzer

NegotiableUpdate on 05/21

Model

Nature of the Manufacturer: Producers

Product Category

Place of Origin

Online Consult

Overview

The Kane KM940 flue gas analyzer is used for combustion testing and monitoring of flue gas pollution emissions in boilers. It is compact in size, easy to operate, and can display multiple component measurement results. It can simultaneously measure O2, three pollutant gases, as well as flue gas temperature, ambient temperature, and flue gas pressure

Product Details

Kane KM940 Smoke AnalyzerIntroduction
·Used for combustion testing of boilers and monitoring of flue gas pollution emissions
·Compact size, easy operation, and display of multi-component measurement results simultaneously
·It can simultaneously measure O2, three pollutant gases, as well as flue gas temperature, ambient temperature, and flue gas pressure
·Choose 1-3 flexible combinations of sensors SO2, CO, NO, NO2
·Powerful built-in pump ensures normal measurement under high negative pressure
·Greatly reduces the pipeline suction of SO2 and NOx, ensuring measurement accuracy
·Automatically calculate CO2, CO/CO2, excess air coefficient, combustion efficiency
·Randomly store test results
·Infrared remote control printing method
·Built in battery works continuously for 8 hours

Kane KM940 Smoke Analyzercharacteristic
·Large LCD display screen, convenient for viewing measurement results
·Equipped with dual probes with strong adsorption capability
·Added new sensors capable of detecting three types of gases and increased sensor accuracy
·The probe tube is lined with polytetrafluoroethylene to reduce gas absorption from any sample
·The KANE940 can remember and store 150 readings, and is a printer or PC capable of transmitting data
·Can be connected to the printer using infrared radiation Printing files can be customized
·Personalized information storage date, each measurement, and management of information such as company name
·Equipped with a long-life battery charging device

parameter

parameter	resolution	degree	range	Instructions
temperature measurement
Flue temperature	1.0℃/F	±2.0℃ ±0.3reading	0-600℃ 32-1112°F
ambient temperature	0.1℃/F	±1℃ ±0.3%reading	0-50℃ 32-122°F
pressure	0.1 mbar	±2% of full scale	+150mbar to 150mbar
Gas measurement
oxygen	0.1%	±0.2%	0-21%
CO	1ppm	±20ppm <400ppm ±5%<5000ppm ±10%<5000ppm	0-10,000ppm	Replaceable sensor
NO2	1ppm	± 5% reading	0-5,000ppm	Replaceable sensor
CO2	1ppm	± 5% reading	0-1,000ppm	calculated value
SO2	1ppm	± 5% reading	0-5,000ppm	Replaceable sensor
response time	Response time<3S
automatic calculation
NOx	1ppm	± 5% reading	0-99.9%
CO2	0.1%	± 0.3% reading	0-99.9%
loss	0.1%	± 1% reading	0-99.9%
Excess air coefficient	0.1%	±1%	0-288.5%
Net temperature	0.1%	± 0.2% reading	-50-1200℃
CO/CO2 ratio	0.0001	±0.0001	0-0.9999
PI	0.1%	±0.01	0-99.99

Built in fuel gauge	Natural gas, coal gas, light oil, propane, butane, anthracite, coke, hard carbon
size weight Standard probe	220mm × 55mm × 120mm 1Kg Length 350mm, diameter 8mm, 2m anti adsorption hose
power supply	Input 110VAC/220VAC Output 12VAC
Built-in rechargeable battery	Working continuously for 8 hours after charging
Standard Configuration	Host, standard probe, rechargeable battery, portable bag, operation manual
option	KMCLP20,1m smoke anti adsorption probe, pre installed smoke filter KMCPP1,350mm 烟气防吸附探针 KMIRP Handheld Infrared Printer Magnetic backing tape

application
·KM940 Smoke AnalyzerIt is an ideal instrument for measuring and analyzing flue gas in industrial boilers
·The KM940 flue gas analyzer is suitable for all industrial boilers and can simultaneously display 8 parameters on the display screen to calculate boiler efficiency and pollution level
·KM940 can basically measure oxygen, flue temperature, and calculated values of CO2, boiler efficiency, excess air, and losses
·We will also customize relevant sensors according to customer requirements

KM940 Smoke AnalyzerMeasurable
·Oxygen, carbon monoxide, nitric oxide, nitrogen dioxide, sulfur dioxide, inlet temperature, flue gas temperature, pressure difference

computable
·Smoke efficiency, carbon dioxide content, loss, excess air, CO/CO2 ratio, toxicity index, net temperature difference