ISO 1716 High Precision Automatic Oxygen Bomb Calorimeter/ Auto Calorific Value Testing Machine For Coal And Fuel
ISO 1716 Oxygen Bomb Calorimeter
Application
This digital oxygen bomb calorimeter is designed and made as per the ASTM D240, ASTM D5865, National Standard of People's Republic of China GB/T213-2008 Test Method for Calorific Value of coal, GB/T384-1988 Test Method for Calorific Value of Petroleum Products and Calibration Regulation of People's Republic of China JJG672-2001 Oxygen Bomb Calorimeter. The heat capacity of the instrument is 14000 J/K~15000 J/K, and it is suitable to determine calorific value of combustible materials such as petroleum products without water (gasoline, jet fuels, diesel oil and fuel oils, etc.), coal, coke and paraffin, etc.
Standards
JJG672-2001; ISO1716; ASTM D240; ASTM D5865;GB/T384-1988;GB/T213-2008
Specification
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Heat capacity
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about 10500J/K
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External water tank capacity
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about 40L
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Inner water tank capacity
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about 2.1L
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Temperature range
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5-45 °C
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Temperature resolution
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0.0001K
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Precision
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≤0.1%
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Power
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100W
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Dimensions(mm)
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700*730*630
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Machine weight
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70KG
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Power supply voltage
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AC220V 50Hz
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Single calorie measurement time
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about 15 minutes
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Features
1. Three test modes: fast, normal and accurate.
2. Large storage capacity: 1000 experimental results can be stored in the data processing.
3, a variety of independent and flexible operation methods: support touch operation, button operation and mouse operation.
4. Curve tracking function: The whole process curve of the experimental process tracks the temperature rise record.
5, real-time cooling correction, the environment temperature requirements are relaxed.
6, a variety of printing methods: can be set to prohibit printing, simple printing, standard printing and detailed printing.
7. The embedded ARM is the main control chip, equipped with 7-inch true color touch LCD screen and mouse device. The experiment is simpler and more flexible. The direct human-computer interaction mode is more convenient to use.
8, with the computer's powerful data processing capabilities and strong scalability, historical data query, printing is simple and easy.
9. The experimental process of water injection, drainage, stirring, ignition, temperature measurement, calculation, calibration and printing is fully automatic
