The development in the C-3500 flame depth calorimeter was mainly for your measurement of combustion chamber warmth fluxes in electrical power generating services. The calorimeter temperature sensor lets the immediate and instantaneous power analysis of combustion chamber gasses for ideal stoichiometric gasoline/air mix. Furthermore, the calorimeter is widely Employed in verifying warmth supply intensities at various cracking tower stations together the entire oil refinery method, which assures course of action repeatability. One more vital application is applied to the flame testing of components and parts below Federal Aviation Restrictions. Other programs contain power technology, hotbox flame Manage, jet exhaust output, purely natural fuel Electrical power written content, reactor output, furnace depth and a number of other ASTM flame exam evaluations.
The flame intensity temperature sensor can be a one.00 – 2.00 inch diameter, rod that is certainly positioned in direct connection with the heated gasses. The sign created is right proportional for the neighborhood heat flux; a radial traverse with the supply yields a evaluate of the full electric power output. The sensor yields D.C. millivolt alerts that can be calculated with common millivolt meters or recorders.
How the Calorimeter Performs
The C-3500-3600 Flame Calorimeter should be to be inserted by way of a port straight into the combustion gasoline stream. The HT-fifty Significant Temperature cảm biến nhiệt độ Warmth Flux Transducer has been welded and heat sunk to your site 50mm in the idea in the C-3500 Probe(C-3600 has sensor at suggestion of probe). The placement of this sensor is on precisely the same side since the h2o discharge port and has actually been quickly marked to your usefulness. This place really should be observed and positioned so which the combustion gasses impinge straight upon it. The best detected fluxes will occur if the sensor locale is at 900 or in a stagnation level into the flame front.
The calorimeter contains an internal water feeding tube within the hollow cylindrical probe. Cool water enters through the internal tube and flows out in the annular hole in between the interior tube and inner wall from the outer probe tube. A Regulate technique differs the rate of flow of drinking water to maintain The within temperature on the probe wall at a relentless price. H2o coolant ought to be provided to your probes rear inlet at a move level of ten – twenty Liters/Minute. Boiling in the cooling water must never ever be authorized, for quite superior thermal flux charges, the drinking water/coolant move fee need to be amplified right up until the exit water temp is tepid. The average warmth flux is calculated by multiplying the C-3500-3600 Calibration Constant because of the measured DC micro-voltage.