The advancement of the C-3500 firepower calorimeter was basically for the estimation of burning chamber heat fluxes in force creating offices. The calorimeter temperature sensor permits the immediate and momentary force assessment of burning chamber gases for best stoichiometric fuel/air blend.
Moreover, the calorimeter is broadly utilised as a part of confirming hotness source intensities at diverse splitting tower stations along the complete oil refinery process, which guarantees process repeatability. An alternate vital application is connected to the fire testing of materials and segments under Federal Aviation Regulations.
Different applications incorporate force era, hotbox fire control, plane fumes yield, characteristic gas vitality content, reactor yield, heater power and a few ASTM fire test assessments.
The fire power temperature sensor is a 1.00 – 2.00 inch breadth, pole that is set in immediate contact with the warmed gases. The sign produced is specifically relative to the neighborhood hotness flux; an outspread navigate from the source yields a measure of the aggregate force yield. The sensor yields D.C. millivolt flags that can be measured with ordinary millivolt meters or recorders.
The calorimeter incorporates an internal water encouraging tube inside the empty barrel shaped test. Cool water enters through the inward tube and streams out through the annular crevice between the internal tube and inward divider of the external test tube.
A control framework differs the rate of stream of water to keep up within temperature of the test divider at a steady esteem. Water coolant ought to be supplied to the tests back bay at a stream rate of 10 – 20 Liters/Minute.
Bubbling of the cooling water should never be permitted, for high warm flux rates, the water/coolant stream rate must be expanded until the passageway water temp is lukewarm. The normal hotness flux is figured by reproducing the C-3500-3600 Calibration Constant by the measured DC micro-voltage.