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We manufacture, export and supply Heat Release Rate Tester in Hapur, Uttar Pradesh, India.
Asian HEAT RELEASE TESTER
The test method is based on the observation that, generally, the net heat of combustion is proportional to the amount of oxygen required for combustion. The relationship is that approximately 13,1 A 103 kJ of heat are released per kilogram of oxygen consumed. Specimens in the test are burned under ambient air conditions, while being subjected to a predetermined external irradiance within the range of 0 kWma 2 to 75 kW ma 2 and measurements are made of oxygen concentrations and exhaust gas flow rates.
The apparatus is made of following parts.
Cone-shaped radiant electrical heater
Radiation shield
Irradiance control
Weighing device
Specimen holder
Retainer frame
Exhaust gas system with flow measuring instrumentation
Gas sampling apparatus
Ignition circuit
Ignition timer
Oxygen analyser
Heat flux meters
Calibration burner
Data collection and analysis system
side screens
Smoke system thermocouple
Technical Data:
Cone-shaped radiant electrical heater: 5 000 W at 230 VAC
Irradiance control: PID type upto 10000C
Weighing device: 1000 gm X 0.1 gm least count
Ignition circuit :spark plug powered from a 10 kV transformer
Oxygen analyser: paramagnetic type, with a range of at least 0 % oxygen to 25 % oxygen
Heat flux meters:upto (100 A 10) kW ma 2
Calibration burner: square orifice with an area of (500 A 100) mm2
Data collection and analysis system: NI software
With unique fusion of engineering proficiency, adequate and sophisticated infrastructure, innovative quality control & check systems, we, "Asian Test Equipments", have become an emulative organization in the domain of Testing Equipments manufacturing. Established in the year 1994, we have been developing premium-quality Testing Equipments, Textile Testing Equipments and Yarn Textile Testing Equipments which guarantee notable testing efficiency, therefore able to notch up the confidence of clients for long-standing business with us. This has further made a way fo
