Description

Evolution in Compact Calorimetry: The Modern C 200 Calorimeter

The C 200 represents a reliable and cost-effective solution in modern combustion calorimetry. Designed for determining the gross calorific value of solid and liquid samples, it combines compact construction with precise measurement technology. Its space-saving design and straightforward operation make it particularly suitable for educational institutions, technical schools, universities, and industrial laboratories with lower sample throughput.

Strict compliance with DIN 51900, ISO 1928, ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, and ASTM E711 ensures accurate, repeatable, and internationally recognized results. The C 200 provides dependable calorific value determination while maintaining operational simplicity and flexibility.

C 200 Functions and Technical Features

Flexible Operating Modes
The C 200 offers four different working methods: isoperibol, dynamic, manual, and time-controlled modes. This flexibility allows ideal adaptation to different laboratory tasks and training environments.

Manual Teaching Mode
In manual mode, ignition and termination of the measurement are performed by the operator. The temperature rise is displayed every minute, and all calculations are carried out manually. This makes the system particularly valuable for educational purposes.

Automatic Calculation Modes
In dynamic, isoperibol, and time-controlled modes, combustion and gross calorific value calculations are performed automatically. The gross calorific value is displayed directly on the screen, while acid corrections and net calorific value calculations are carried out by the user.

Precise Measurement Performance

  • Maximum measuring range: 40,000 J

  • Dynamic mode (25 °C): approx. 8 minutes

  • Isoperibol mode (25 °C): approx. 17 minutes

  • Repeatability: 0.1% RSD (1 g benzoic acid NBS39i)

  • Temperature resolution: 0.0001 K

  • Maximum operating temperature: 25 °C

Standard Decomposition Vessel
Supplied with the C 5010 standard decomposition vessel. A halogen-resistant C 5012 vessel is available as an option for samples containing higher halogen concentrations.

Data Management and Software
The optional C 6040 CalWin software enables device control and measurement monitoring. Data can be exported to Excel or Word for further analysis and documentation.

Your Laboratory, Our C 200 Package

The C 200 is delivered as a complete basic system including:

  • C 200 Calorimeter Unit

  • C 5010 Standard Decomposition Vessel

  • C 248 Oxygen Filling Station

  • Calibration and installation consumables

With compact dimensions of 400 × 400 × 400 mm and a weight of 21 kg, the C 200 integrates easily into almost any laboratory environment.

Reliable Performance with Maximum Flexibility

The C 200 combines compact design, flexible operating modes, and standards-compliant accuracy in one practical system. Whether used for teaching purposes or routine industrial quality control, it provides dependable calorific value analysis with clear operation and efficient workflow.

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Additional information
Application

Gross Calorific Value Determination

Brand

IKA

Product Type

Combustion Calorimeter

Sample Type

Solid and Liquid

Measurement Principle

Bomb Calorimetry

Measurement Mode

Dynamic / Isoperibol / Manual / Time-Controlled

Standart Method Compliance

ASTM D1989, ASTM D240, ASTM D4809, ASTM D5468, ASTM D5865, ASTM E711, DIN 51900, ISO 1928

Computerized Systems Compliance

C 6040 CalWin (optional)

Interface

RS232 / Centronix Printer

Cooling System

Manual (Upgradeable with RC 2 Circulator)

Maximum Measurement Range

40,000 J

Analysis Time

Dynamic Measurement Time: Approx. 8 min, Isoperibol Measurement Time: Approx. 17 min

Repeatability

0.1% RSD

Temperature resolution

0.0001 K

Maximum Operating Temperature

25 °C

Permissible Relative Humidity

80%

Permissible Ambient Temperature

20–25 °C

Protection Class

IP20

Voltage

100–240 V, 50/60 Hz

Power Consumption

120 W

Frequency

50/60 Hz

Dimensions

400 × 400 × 400 mm

Weight

21 kg

Installation Type

Bench-top

Standard Bomb

C 5010

Halogen-Resistant Bomb

C 5012 (Optional)

Material

C 5010 – Stainless Steel

Halogen Resistance

Standard Level

Catalytically Active Inner Surface

No

Scope of Supply

C 200 Calorimeter Unit, C 248 Oxygen Filling Station, C 5010 Standard Decomposition Vessel, Calibration & Installation Consumables

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Technical Specifications

Application Gross Calorific Value Determination
Brand IKA
Product Type Combustion Calorimeter
Sample Type Solid and Liquid
Measurement Principle Bomb Calorimetry
Measurement Mode Dynamic / Isoperibol / Manual / Time-Controlled
Standart Method Compliance ASTM D1989, ASTM D240, ASTM D4809, ASTM D5468, ASTM D5865, ASTM E711, DIN 51900, ISO 1928
Computerized Systems Compliance C 6040 CalWin (optional)
Interface RS232 / Centronix Printer
Cooling System Manual (Upgradeable with RC 2 Circulator)
Maximum Measurement Range 40,000 J
Analysis Time Dynamic Measurement Time: Approx. 8 min, Isoperibol Measurement Time: Approx. 17 min
Repeatability 0.1% RSD
Temperature resolution 0.0001 K
Maximum Operating Temperature 25 °C
Permissible Relative Humidity 80%
Permissible Ambient Temperature 20–25 °C
Protection Class IP20
Voltage 100–240 V, 50/60 Hz
Power Consumption 120 W
Frequency 50/60 Hz
Dimensions 400 × 400 × 400 mm
Weight 21 kg
Installation Type Bench-top
Standard Bomb C 5010
Halogen-Resistant Bomb C 5012 (Optional)
Material C 5010 - Stainless Steel
Halogen Resistance Standard Level
Catalytically Active Inner Surface No
Scope of Supply C 200 Calorimeter Unit, C 248 Oxygen Filling Station, C 5010 Standard Decomposition Vessel, Calibration & Installation Consumables
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