ECOM-B
Functioning as a durable case mounted analyzer, the ECOM-B is built for boiler tuning and efficiency. Powerful magnets on the back of the analyzer allow the technician to work hands free during any combustion analysis for increased efficiency. Like all of our analyzers the ECOM-B utilizes the newest technology and world-class engineering, ensuring your testing is easy and accurate.
Available with up to three sensors, this ready to run analyzer has everything you need in one compact, robust and easy to carry case.
· Up to 3 Electrochemical Sensors
· Sensor Options: O2, CO & NO
· Data Logging with Memory Card
· 4.5-foot Standard Sample Line*
· CO Purge Pump to Prevent Oversaturation
· Visual Condensate Trap
· Flue Gas, Ambient, & Sensor Temperature
· Onboard Calculations for CO2, Efficiency, Excess Air and O2 Correction
· 6-inch Inconel Probe
· Bluetooth
· Calibration Gas Kit
· Heated Sample Line
Each sensor has a circuit housed within an electrolyte solution and when the target gas is introduced into the sensor, the half reactions (oxidation and reduction) at the electrodes generate a flow of current through the circuit. The voltage drop across the electrodes is measured by the analyzer and corresponds directly to the target gas concentration (i.e., the higher the concentration of gas, the more reactions that take place, the higher the current). In each of the electrochemical sensors we use, there is also a third reference electrode which maintains a baseline potential for increased accuracy.
· Instrument with magnetic fastener
· 5.4-foot sample line
· 6-inch probe with pistol grip (max temp 500°C)
· Carrying Shoulder Strap
· Particulate filters, 10 pack
· Water trap expandable filters, 5 pack
· Calibration magnet
· Canvas Storage Pouch
· Ambient temperature sensor stick (installed)
· External power pack
· ECOM folder with instruction manual, calibration certificate
· 1-year warranty on the analyzer and parts
· 18-month warranty on electrochemical sensors
O2 (0-21%); CO (0-4000 ppm; H2-compensated); air temperature (0-99°C); gas temperature (0-500°C); draft (± 100 hPa); differential pressure (± 100 hPa) via opt. pressure tubing; NO (option).
CO2; CO(U); efficiency (0-120%); losses; excess air; dew point, mg/kWh, mg/m3, adjustable O2-reference.