Bomb Calorimeter for Measuring The Calorific Value of a Material ISO 1716

• Customization: Available
• After-sales Service: 2 Years
• Warranty: 2 Years
• Model NO.: GD-1716
• Max Diameter of Workpiece: 1600mm
• Mass Scope of Workpiece: <900kg
• Type: Bomb Calorimeter
• Maxcapacity: <1000KN
• Accuracy Grade: 1
• Load Way: Electronic Load
• Loading Method: Dynamic Load
• Display: Digital
• Control: Computer Control
• Weight: 0-100Kg
• Power Source: AC220V
• Oil Cylinder Position: Under
• Bomb Calorimeter: ISO 1716 Testing of The Heat for Building Material
• Maximum Power: 0.5kw
• Heat Capacity of The Instrument: About 10000 J/ K
• Timer: Accuracy of 0.5s
• Bomb Capacity: 300 Ml
• Power Supply Voltage: 220V
• ISO 1716: ISO 1716 Heat of Combustion Test Apparatus
• Combustion Calorimeter: The Determination of The Gross Heat of Combustion
• Transport Package: Wooden Case or Plywood
• Specification: 500mm*500mm*1500mm
• Trademark: GOLD
• Origin: Made in China
• HS Code: 9031809090
• Production Capacity: 100sets/Month

Product Description

Bomb Calorimeter for measuring the heat of combustion
or calorific value of a material ISO 1716

• A bomb calorimeter, also known as a constant - volume calorimeter, is an instrument used to measure the heat of combustion of a sample. It is a crucial tool in thermochemistry and is widely used in fields such as fuel research, food science, and biochemical studies. By accurately determining the heat released during combustion, it helps in evaluating the calorific value of fuels, the energy content of foods, and the energy changes in chemical reactions.

Principle

The working principle is based on the law of conservation of energy. When we put a sample to be tested into a calorimeter and let it undergo combustion or other chemical reactions, there will be a release or absorption of heat during this process. A calorimeter can capture and measure the changes in heat.
If it is used to measure combustion heat, it is like measuring how much heat can be released by burning a piece of fuel. Put the fuel in a special sealed container (usually an oxygen bomb), and then fill it with enough oxygen to ensure that the fuel can burn completely. The heat generated by fuel combustion will be transferred to the surrounding water or other media. By accurately measuring the temperature rise of these media, combined with information such as the mass and specific heat capacity of the media, the heat released by fuel combustion can be calculated.

Product Description

1. The combustion process is described and analysed based on the experimental results in the context of building fire safety. The bomb calorimeter is the most common device for measuring the heat of combustion or calorific value of a material. Reaction to fire tests for products. Determination of the gross heat of combustion (calorific value).

2. We supply heat of combustion of materials important parameters to characterize the fire risk is calculated building materials release heat and fire load necessary basic data. The tester is one of the devices must be the latest version of the national standard GB8624-2012 construction materials combustion performance classification test.
3. The heat of combustion test device according to GB14402 standard requirements of the development. Determination of heat of combustion of building materials at a constant heat capacity of oxygen bomb calorimeter.

Standards:

1. GB/T 14402-2007
2. ISO1716-2002

Features

1. The apparatus including: calorimeter apparatus, high-pressure oxygen bomb, cold water installations, computer and control system (which can record and display the curve), LCD screen and software; Crucible made of stainless steel.
2. Box paint treatment; all internal parts are made of stainless steel, corrosion-resistant, easy to clean.
3. Ignition wire wire break detection, automatic ignition.
4. The test procedure automatically turn off.
5. Test abnormalities sound alarm.
6. Computer control system.
7. The control box with USB / RS232 serial port with an external brand desktop or laptop operating control; high degree of automation, test procedure safe and reliable, easy to operate.

Specifications

1	the bomb capacity	(300 ± 50) ml
2	oxygen bomb pressure range	0.5 ~ 3.5MPa, no leakage. The bomb pressure 21Mpa
3	the crucible	Φ25mm, height (14-19) mm, a wall thickness of 1mm. Stainless steel
4	the stirring power	3W
5	inner tube stirring speed	375r / min
6	Timer	accuracy of 0.5s
7	Maximum power	0.5KW
8	the ambient temperature	(10 ~ 35)ºC,humidity ≤80%
9	the heat capacity of the instrument	about 10000J / K
10	the heat capacity of the repeatability error	≤0.2%
11	temperature range	(4.5 ~ 50)ºC
12	temperature detection	0.0001ºC resolution, using the PT100 sensor
13	the inner cylinder volume	0.0001ºC resolution, using the PT100 sensor
14	oxygenation pressure	2.5 ~ 3.5MPa, no leakage
15	stirring power	3W; stirring speed: the inner tube (375r / min)
16	the power supply voltage	AC220V ± 10% 50Hz

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