SDAC6000 Bomb Calorimeter

SDAC6000 Bomb Calorimeter
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SDAC6000 Bomb Calorimeter

Product catalog summary
Working Principle
The SDAC6000 bomb calorimeter functions as a constant temperature oxygen bomb calorimeter. It stabilizes jacket water temperature using semiconductor chilling, which helps mitigate issues from high ambient temperatures or extended test durations. The calorific value is determined by the temperature increase in the water surrounding the bomb.
Main Frame Structure
The main frame consists of several components:
  • Bucket: Contains the test water.
  • Jacket: Ensures a stable environment, minimizing ambient temperature effects.
  • Pump: Drives the water circuit system.
  • Solenoid Valve: Manages water flow and timing.
  • Thermostatic Water Tank: Includes a semiconductor cooling film and a water-storage tank.
Installation Requirements
The environment should maintain a temperature between 15-30°C and humidity ≤85%. The lab must be clean, stable, and free from strong magnetic fields or corrosive gases. The instrument requires AC220V±22V power and a reliable ground wire, with specific dimensions and water supply needs outlined.
Installation & Debugging
Installation involves unpacking, planning the layout, and connecting components like the thermostatic water tank and oxygen gas bottle. Debugging includes testing water feeding, stirring, and temperature control, ensuring proper water levels and system parameters before operation.
Operation
To operate, power on the calorimeter and computer, log into the software, and ensure all system checks are passed. Load the sample into the bomb, connect the fuse wire, and initiate the test via the software. Results are displayed and saved upon completion.
Maintenance
Regular maintenance includes checking and cleaning components such as the filter and oxygen bomb. Detailed troubleshooting instructions and component specifications, including voltage and resistance values, are provided.
Technical Document Summary
1. Sample Parameter Issues
  • Ensure sample weight is input and qualified.
  • Check for missing heat capacity data.
2. Oxygen Bomb Status
  • Verify proper connection of firing wire and bucket cover ignition electrode.
  • Check ignition wire connection after automatic oxygen degassing for open circuit issues.
3. Stirring Problems
  • Ensure stirring pump wires are connected.
  • Check for broken or obstructed deairing valve or stirring pump.
  • Inspect the main card for damage.
4. Ignition Failures
  • If the sample burned: Check for low calorific value or non-flammable material, and inspect stirrer and temperature probe.
  • If the sample did not burn: Verify oxygen levels, check for gas leakage, firing wire connection, and ignition capacity.
5. Gas Leakage in Oxygen Bomb
  • Inspect air nozzle, bomb core joint, insulation covering, and bomb cap for leaks.
6. Temperature Balance Issues
  • Check water levels in the jacket, heater condition, valve functionality, and chilling efficiency.
7. Test Result Discrepancies
  • Verify correct operation, sample weight input, particle size, oxygen levels, and stirring efficiency.
8. Printing Issues
  • Ensure the printer is on, properly connected, and the driver is installed.
  • Check for paper jams and format mismatches.
See more

Catalog excerpts

SDAC6000 Bomb Calorimeter-2

I. Working principle II. Main Frame Structure III. Installation requirements IV. Installation & Debugging V. Operation VI. Maintenance

 Open the catalog to page 2
SDAC6000 Bomb Calorimeter-3

I. Working principle The SDAC6000/SDAC6000u bomb calorimeter adapted the principle of constant temperature oxygen bomb calorimeter, features the jacket water temperature keeping constant and judges the finishing of the test by the bucket temperature changes. Then correct the heat exchange between the bucket and jacket by the cooling correction formula. Semi-conductor chilling is used to cool water tank, which can solve the problem of temperature instability for the bucket when software temperature controlling point changing automatically due to high ambient temperature or raised tank water temperature...

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SDAC6000 Bomb Calorimeter-4

I. Working principle The main principle is: weighing some weight of the sample, place it into the bomb, and fill sufficient oxygen into the bomb, and place the bomb into a bucket with some volume of water, burn the sample completely in the bomb and the heat released by the sample are absorbed by the water around the bomb. Calculate the raised water temperature. When the jacket water temperature is constant, the heat capacity of the absorbing water and other parts in the water is constant. The calorific value can be calculated by the raised water temperature.

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SDAC6000 Bomb Calorimeter-5

II. Main Frame Structure SDC calorimeter main frame is composed of bucket, jacket, pump, heating parts, solenoid valve, temperature testing parts, heating parts and other controlling and protecting parts Automatic device Jacket bucket

 Open the catalog to page 5
SDAC6000 Bomb Calorimeter-6

Brief introduction of the internal parts: 1.Frame and shell: Frame and carrier of all spare parts inside the instrument, which structures the instrument appearance. 2.Bucket: Used to contain test water whose volume has been determined by the water level probe. 3.Jacket: Provide a stable environment for the bucket, to avoid the influence of the ambient temperature. The spray stirring way makes sure the outer jacket water temperature controllable and uniform. 4.Pump: is used for whole water circuit system, providing power for water feeding and draining. 5.Solenoid valve: Control water flow and...

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SDAC6000 Bomb Calorimeter-7

Sundy Thermostatic water tank: Thermostatic water tank is mainly composed of Semiconductor cooling film, water-storage tank, pump. 1 .Shell: It’ s the frame of all spare parts inside thermostatic water tank, which structures the instrument appearance with shell. 2.Water-storage tank: Capacity 14L, storing test water for the instrument, equipped with water volume judging device. 3.Semiconductor cooling film: Cooling test water to reach the required test temperature when the temperature is too high. SemdcandujctGr c oolins film

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SDAC6000 Bomb Calorimeter-8

III. Installation requirements Environmental Requirements •Temperature: 15 ~ 30°C Humidity: <85% • Keep the lab tidy, and with no smoke or dust (esp. coal smoke dust); •The environment should be stable, with low cross-ventilation, and with no strong magnetic field, vibration sources or corrosive gases; • Keep the instrument from sunshine; •Working Power: Instrument: AC220V ± 22V, 50HZ± 1Hz, max power 0.75kW; knife switch or air switch is required, and spilt-phased with other high power instruments; Reliable ground wire table-board: recommend size LXwXH 2X0.8X0.8m, Main body size: 428mm*565mm*485mm...

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SDAC6000 Bomb Calorimeter-9

Prepare about 30 Kg (for one water tank)distilled water or deionizer water. Prepare oxygen bottle. Oxygen purity and the oxygen pressure inside the bottle should conform to the standard(purity >99.5%,cannot use electrolytic oxygen). Prepare 500ml beaker or counting cup 1 pcs,10ml counting cup 1pcs, water pail 1pcs for check oxygen bomb gas tightness. Prepare analysis balance with sensitivity no lower-than 0.1 mg, and associated drying utensils. Prepare nippers, scissors, spanners, screw-drivers, pincers, angle spoons and other bas

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SDAC6000 Bomb Calorimeter-10

IV. Installation & Debugging Unpack: a.open packing boxes carefully, do not be hurt and do not damage the instrument or spare parts.,Check the spare parts with customer following the packing list. b.Typical Layout:Place computer (principal machine, monitor and keyboard) in the middle and with printer and SDAC6000 calorimeter on their left and right side for convenient operation

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SDAC6000 Bomb Calorimeter-11

c. Please note to keep the distance to be 80mm or more between the instrument back plate and the wall. On the left and right sides to keep a distance of 80 mm or more in order to reserve the space for maintenance and inspection. d. Take down plastic film and the front cover. e. Check the tubes and cables inside to avoid loosening during transport.

 Open the catalog to page 11
SDAC6000 Bomb Calorimeter-12

Install: a.Connection between the main frame back coverand thermostatic water tank:Take fast plugs 、10*6.5 PU tubes and power cable from spare part box, insert fast Plug onto the main frame back cover and thermostatic water tank back cover, connect the fast plug by PU tubes(“inflow” to “inflow”,”outflow” to “outflow”,should cut pu tube smoothly to avoid water leakage) ,then connect power calbel for thermostatic water tank from main frame back cov

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SDAC6000 Bomb Calorimeter-13

b. Connection of oxygen gas bottle 1. open oxygen bottle for releasing a little gas ,2 seconds later, close it; 2. connect oxygen pressure regulator with oxygen bottle 3. connect main frame with oxygen pressure regulator by oxygen tube and lock nut,make sure no oil or something combustable into gas tube. 4. open oxygen bottle, adjust oxygen pressure regulator until low pressure between 2.8—3.0 MPa 5. check gas leakage at all connection points.

 Open the catalog to page 13
SDAC6000 Bomb Calorimeter-14

c. Connection between pc and instrument. 1. Take network cable form spare parts box and use it to connect instrument and pc network interface. 2. take download cable form spare parts box and use it to connect instrument download interface and pc com interface(when need to download,install a screw at the yellow marked hole,after download hex file,take screw out).

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SDAC6000 Bomb Calorimeter-15

d. Add water: open thermostatic water tank cover, add distilled water or deionizer water into thermostatic water tank slowly until near the Maximum water level mark. e. set thermostatic water tank temperature same as room temperaute(not higher than 30 ℃,click left and right button at same time for 5 seconds,then the temperautre will flash,use left button to set temperautre higher,use right button to set temperautre lower.when finish setting,just leave it,system will save setted temperature automaticly).

 Open the catalog to page 15

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