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Parr™ 6200 Isoperibol Calorimeter, 230 V
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Includes:
1) A1410DD Accessory/Installation Kit
2) A570DD Oxygen Regulator
3) 6008P Maintenance Kit
Specifications:
| Application | Calorimetry | Warranty | 1 Year |
| Storage Temperature | Ambient | ||
| Product Type | Laboratory Equipment | ||
| Product Brand | Parr Intruments | ||
| Product Grade | Analytical grade | ||
The Parr 6200 Isoperibol Calorimeter is a precision-engineered, microprocessor-controlled oxygen bomb calorimeter designed for both routine and research-grade calorific testing. Combining proven Parr reliability with advanced electronic control, the 6200 model provides accurate heat of combustion measurements across a wide range of sample types.
It employs the well-established Parr 1108-style oxygen bomb and oval bucket, offering dependable performance and excellent repeatability. While similar in design to the 6400 model, the 6200 requires manual handling of the bomb and bucket between tests, making it ideally suited for laboratories that perform regular but not continuous calorimetry testing.
The instrument’s integrated control system, high-precision thermometry, and advanced data management tools make it a versatile solution for laboratories in energy, materials, and environmental analysis.
Key Features
- High-Precision Thermometry: Electronic thermometer with 0.0001°C resolution and stainless-steel thermistor probe ensures exceptional accuracy.
- Effective Thermal Jacketing: Water-circulating jacket maintains precise isoperibol conditions with no water additions or wait times between runs.
- Reliable Oxygen Bomb: Includes Parr 1108P bomb rated up to 40 atm oxygen pressure for samples up to 8000 calories per charge.
- Automatic Oxygen Filling: Built-in solenoid-controlled system automates bomb charging for speed and consistency.
- Automatic Standardization: Calculates and stores energy equivalent (EE) values automatically for up to four bomb/bucket combinations.
- User-Friendly Operation: Touchscreen display, programmable test parameters, and multilingual interface for global usability.
- Data Connectivity: Equipped with USB ports for printer and balance communication, and Ethernet (LAN) connection for PC integration.
- Flexible Configuration: Compatible with a range of Parr oxygen bomb models for different sample types and corrosive materials.
- Compact and Modular Design: Self-contained cabinet integrates sensors, heater, and controls, simplifying setup and maintenance.
Applications
- Determination of gross calorific value of solid and liquid fuels
- Testing of coal, coke, biomass, and petroleum samples
- Measurement of calorific content in food and feed materials
- Energetic material and explosive testing under controlled conditions
- Academic and industrial research in thermochemistry and energy studies
- Quality control testing in power generation and materials laboratories
Technical Specifications
| Parameter | Details |
|---|---|
| Model Number | 6200 |
| Type | Isoperibol Oxygen Bomb Calorimeter |
| Tests Per Hour | 4 – 8 |
| Operator Time Per Test | 6 minutes |
| Precision Classification | 0.05 – 0.1% Class |
| Jacket Type | Isoperibol, water jacket |
| Oxygen Fill | Automatic |
| Bucket Fill | Manual |
| Bomb Wash | Manual |
| Compatible Bomb Models | 1108, 1108CL, 1108P, 1108PCL, 1108B, 1108BCL, 1109A, 1104(B) |
| Temperature Resolution | 0.0001°C |
| Temperature Range | 20°C – 40°C |
| Balance Communication | USB port |
| Printer Communication | USB port |
| Network Connection | TCP/IP via Ethernet |
| Data Storage | SD memory card slot |
| Languages | English, French, German, Spanish, Italian, Polish, Chinese, Russian, Czech |
| Dimensions (W × D × H) | 57 × 40 × 43 cm |
| Manufacturer | Parr Instrument Company |
The Parr 6200 Isoperibol Calorimeter offers a reliable and precise solution for laboratories requiring accurate energy determination of diverse materials. With advanced electronic controls, an integrated water-jacketed system, and automatic oxygen filling, it delivers excellent measurement repeatability and ease of operation. Its modular compatibility with existing Parr components makes it a flexible and cost-effective choice for research, education, and industrial calorimetry applications.