Deliver to
United Kingdom
The C 1 static jacket oxygen bomb calorimeter provides a high degree of automation and has the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler. The light and simply attachable combustion chamber allows an easy measurement preparation. Due to the variety of different interfaces (PC, balance, printer) this unit is easily adaptable depending on the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). The scope of delivery includes all parts necessary to set up the unit. Additionally it includes wear parts and consumables for the first approximately 500 experiments including 25 calibrations. The catalytic activated, halogen resistant combustion chamber C 1.12 is specifically designed for the combustion of samples that contain halogens and sulfur ( > 3 % ). It is equipped with the C 5010.5 large crucible holder and C 6 large quartz crucible. The C 1 static jacket oxygen bomb calorimeter provides a high degree of automation and has the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler. The light and simply attachable combustion chamber allows an easy measurement preparation. Due to the variety of different interfaces (PC, balance, printer) this unit is easily adaptable depending on the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). The scope of delivery includes all parts necessary to set up the unit. Additionally it includes wear parts and consumables for the first approximately 500 experiments including 25 calibrations. The catalytic activated, halogen resistant combustion chamber C 1.12 is specifically designed for the combustion of samples that contain halogens and sulfur ( > 3 % ). It is equipped with the C 5010.5 large crucible holder and C 6 large quartz crucible.
Product Detail
C 200-System consists of the following components: Measuring cell C 200 Decomposition vessel C 5010 Oxygen filling station C 248 Consumables for calibrations and installation Space-saving and low cost combustion calorimeter for determing gross calorific values of liquid and solid samples. Validation according to DIN 51900,ISO 1928, ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, ASTM E711. Suitable for teaching and training, as well (f.e tecnical- schools, universities) and for industriell laboratories with less analyses.. Manual handling for water and oxygen filling. Four different working methods, isoperibolic, dynamic, manual, time controlled makes possible an ideal adjustment of different operating tasks. Clear and easily explained display which is simply to use . With an external power pack, "world tension useable" from 100 - 240 V AC, 50/60 Hz. The operating voltage of the calorimeter is 24 V DC low- voltage. Friendly in aftersales Manual ( teaching mode): ignition and end of the measurement will be done by the operator himself; the temperature increase will be indicated at the display each minute. All calculations have to be done manually. At the other three modes ignition and calculation of the gross calorific value will be done automatically. The gross calorific value will be shown on the display. Acid corrections and calculations of the net calorific value have to be done manually. The modes have different measuring times: Isoperibolic: approx: 17 min. Dynamic : approx. 8 min Manual : approx. 17 min (depend on the operator) Time controlled : 14 min The decomposition vessel can be equiped in to use an combustible crucibles C 14 (accessory C 5010.4 attachment is neessary) User-friendly software C 6040 Calwin for controlling the calorimeter and administration of measuring data (asseccory). Transfer of the datas to Excel or Word are possible Up to eight IKA measuring cells can be controlled by a single PC, using a multiserial plug in card PCI 8.2 (accessory) C 200-System consists of the following components: Measuring cell C 200 Decomposition vessel C 5010 Oxygen filling station C 248 Consumables for calibrations and installation Space-saving and low cost combustion calorimeter for determing gross calorific values of liquid and solid samples. Validation according to DIN 51900,ISO 1928, ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, ASTM E711. Suitable for teaching and training, as well (f.e tecnical- schools, universities) and for industriell laboratories with less analyses.. Manual handling for water and oxygen filling. Four different working methods, isoperibolic, dynamic, manual, time controlled makes possible an ideal adjustment of different operating tasks. Clear and easily explained display which is simply to use . With an external power pack, "world tension useable" from 100 - 240 V AC, 50/60 Hz. The operating voltage of the calorimeter is 24 V DC low- voltage. Friendly in aftersales Manual ( teaching mode): ignition and end of the measurement will be done by the operator himself; the temperature increase will be indicated at the display each minute. All calculations have to be done manually. At the other three modes ignition and calculation of the gross calorific value will be done automatically. The gross calorific value will be shown on the display. Acid corrections and calculations of the net calorific value have to be done manually. The modes have different measuring times: Isoperibolic: approx: 17 min. Dynamic : approx. 8 min Manual : approx. 17 min (depend on the operator) Time controlled : 14 min The decomposition vessel can be equiped in to use an combustible crucibles C 14 (accessory C 5010.4 attachment is neessary) User-friendly software C 6040 Calwin for controlling the calorimeter and administration of measuring data (asseccory). Transfer of the datas to Excel or Word are possible Up to eight IKA measuring cells can be controlled by a single PC, using a multiserial plug in card PCI 8.2 (accessory)
Product Detail
The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode. Due to the new design of the decomposition vessel, measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - adiabatic - isoperibol - dynamic Features: - Automatic ignition and ignition energy determination - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates - The Package 1/12 includes a halogenresistent decomposition vessel C 6012 with catalytically active surface leading to higher recovery rates on halogens and sulfur The C 6000 global standards Package 1/12 consists of: - C 6000 global standards - C 6012 decomposition vessel, halogen resistant - RC 2 basic cooling water supply The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode. Due to the new design of the decomposition vessel, measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - adiabatic - isoperibol - dynamic Features: - Automatic ignition and ignition energy determination - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates - The Package 1/12 includes a halogenresistent decomposition vessel C 6012 with catalytically active surface leading to higher recovery rates on halogens and sulfur The C 6000 global standards Package 1/12 consists of: - C 6000 global standards - C 6012 decomposition vessel, halogen resistant - RC 2 basic cooling water supply
Product Detail
The C 6000 isoperibol oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22 °C, 25 °C, 30 °C in each measuring mode. Due to the new design of the decomposition vessel the measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - isoperibol - dynamic Features: - Automatic ignition - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates - This Package 2/12 includes a halogenresistent decomposition vessel C 6012 with catalytically active surface leading to higher recovery rates on halogens and sulfur The C 6000 isoperibol Package 1/12 consists of: - C 6000 isoperibol - C 6012 decomposition vessel, halogen resistant - RC 2 basic cooling water supply The C 6000 isoperibol oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22 °C, 25 °C, 30 °C in each measuring mode. Due to the new design of the decomposition vessel the measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - isoperibol - dynamic Features: - Automatic ignition - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates - This Package 2/12 includes a halogenresistent decomposition vessel C 6012 with catalytically active surface leading to higher recovery rates on halogens and sulfur The C 6000 isoperibol Package 1/12 consists of: - C 6000 isoperibol - C 6012 decomposition vessel, halogen resistant - RC 2 basic cooling water supply
Product Detail
The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode. Due to the new design of the decomposition vessel, measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - adiabatic - isoperibol - dynamic Features: - Automatic ignition and ignition energy determination - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates The C 6000 global standards Package 2/10 consists of: - C 6000 global standards - C 6010 decomposition vessel, standard The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode. Due to the new design of the decomposition vessel, measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - adiabatic - isoperibol - dynamic Features: - Automatic ignition and ignition energy determination - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates The C 6000 global standards Package 2/10 consists of: - C 6000 global standards - C 6010 decomposition vessel, standard
Product Detail
The C 7000 is the first IKA® calorimeter with a completely dry system for measuring the gross calorific value of solid and liquid samples. The temperature is measured directly in the decomposition system. This results in measurement times in the range of 3 to 7 minutes (depending on the sample). The system can manage up to 8 different decomposition vessels using a code ring scheme. - High sample frequency - Precise and reproducible determination of gross calorific values according to ISO 1928 - Reduction of routine work through automatic application flow - Automatic decomposition vessel identification - Interface connections for scale, printer and PC - Special halogen resistent vessel for quantitative decomposition of halogens and sulfur - The decomposition vessel can be changed over to use combustible crucibles C 14 C 7000 basic equipment set 2 consisting of: C 7000 Measurement cell C 7012 Decomposition vessel, halogen resistent C 7002 Cooling system C 48 Oxygen station The C 7000 is the first IKA® calorimeter with a completely dry system for measuring the gross calorific value of solid and liquid samples. The temperature is measured directly in the decomposition system. This results in measurement times in the range of 3 to 7 minutes (depending on the sample). The system can manage up to 8 different decomposition vessels using a code ring scheme. - High sample frequency - Precise and reproducible determination of gross calorific values according to ISO 1928 - Reduction of routine work through automatic application flow - Automatic decomposition vessel identification - Interface connections for scale, printer and PC - Special halogen resistent vessel for quantitative decomposition of halogens and sulfur - The decomposition vessel can be changed over to use combustible crucibles C 14 C 7000 basic equipment set 2 consisting of: C 7000 Measurement cell C 7012 Decomposition vessel, halogen resistent C 7002 Cooling system C 48 Oxygen station
Product Detail
The C 1 static jacket oxygen bomb calorimeter represents a giant leap forward in calorimeter technology by featuring a high degree of automation in a compact design; the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler. The traditionally known, comparably heavy screw threaded decomposition vessel, has been replaced by a light and easily attachable combustion chamber. Due to the variety of different interfaces (PC, balance, printer) this unit is easily adaptable depending on the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). The C 1 Package 1/10 contains the C 1 Calorimeter (inclusive standard combustion chamber C 1.10) and the cooling water supply unit RC 2 basic. The unit contains all parts necessary to set up the unit. We also supply wear parts and consumables for the first approximately 500 experiments including 25 calibrations. The C 1.10 combsution chamber is equipped with the C 5010.5 large crucible holder and C 6 large quartz crucible. The C 1 static jacket oxygen bomb calorimeter represents a giant leap forward in calorimeter technology by featuring a high degree of automation in a compact design; the smallest calorimeter footprint available. It operates according to DIN 51900 and ISO 1928. The temperature readings are analyzed according to the classical isoperibol method of Regnault Pfaundler. The traditionally known, comparably heavy screw threaded decomposition vessel, has been replaced by a light and easily attachable combustion chamber. Due to the variety of different interfaces (PC, balance, printer) this unit is easily adaptable depending on the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). The C 1 Package 1/10 contains the C 1 Calorimeter (inclusive standard combustion chamber C 1.10) and the cooling water supply unit RC 2 basic. The unit contains all parts necessary to set up the unit. We also supply wear parts and consumables for the first approximately 500 experiments including 25 calibrations. The C 1.10 combsution chamber is equipped with the C 5010.5 large crucible holder and C 6 large quartz crucible.
Product Detail
The C 7000 is the first IKA® calorimeter with a completely dry system for measuring the gross calorific value of solid and liquid samples. The temperature is measured directly in the decomposition system. This results in measurement times in the range of 3 to 7 minutes (depending on the sample). The system can manage up to 8 different decomposition vessels using a code ring scheme. - High sample frequency - Precise and reproducible determination of gross calorific values according to ISO 1928 - Reduction of routine work through automatic application flow - Automatic decomposition vessel identification - Interface connections for scale, printer and PC - The decomposition vessel can be changed over to use combustible crucibles C 14 C 7000 basic equipment set 1 consisting of: C 7000 Measurement cell C 7010 Decomposition vessel, standard C 7002 Cooling system C 48 Oxygen station The C 7000 is the first IKA® calorimeter with a completely dry system for measuring the gross calorific value of solid and liquid samples. The temperature is measured directly in the decomposition system. This results in measurement times in the range of 3 to 7 minutes (depending on the sample). The system can manage up to 8 different decomposition vessels using a code ring scheme. - High sample frequency - Precise and reproducible determination of gross calorific values according to ISO 1928 - Reduction of routine work through automatic application flow - Automatic decomposition vessel identification - Interface connections for scale, printer and PC - The decomposition vessel can be changed over to use combustible crucibles C 14 C 7000 basic equipment set 1 consisting of: C 7000 Measurement cell C 7010 Decomposition vessel, standard C 7002 Cooling system C 48 Oxygen station
Product Detail
The AOD 1 is used for oxidative decomposition of solid and liquid organic and partially inorganic samples under pressure in a closed system. The system consists of: AOD 1.1 Decomposition vessel, C 48 Oxygen station, AOD 1.2 External ignition unit, AOD 1.11 Control standard (50 ml) In order to operate the decomposition system properly it is required to have a protective device in place in order to safely ignite the sample. If such protective device is already in place, please add the accessory AOD 1.3 remote ignition head. If no protective device is in place, our AOD 1.3 protective device could be chosen for example. - Quantitative decomposition of all halogens, sulfur, as well as volatile metals, e.g. As and Hg - Absorption of the combustion products in an aqueous medium - Catalytic support of the oxidation process with auto-regenerating catalytic inner surface of the decomposition vessel - Pressure vessel of high-grade stainless steel - Decomposition temperature up to 1200 °C - Max. operating pressure during decomposition 195 bar - Decomposition time < 3 min - The decomposition vessel can be changed over to use combustible crucibles C 14 - Control standards for Cl, S ( AOD 1.11) - Introduction of the combustion gases into the absorption solution via venting station C 7030 Principle and function are based on the method of the combustion in the bomb calorimeter and validated according DIN 51577-1 Other relevant standards are for example: - DIN / EN 14582, determination characteristics of waste, halogen and sulfur content - DIN 51527, Testing of solid samples, determination of chlorine content The AOD 1 is used for oxidative decomposition of solid and liquid organic and partially inorganic samples under pressure in a closed system. The system consists of: AOD 1.1 Decomposition vessel, C 48 Oxygen station, AOD 1.2 External ignition unit, AOD 1.11 Control standard (50 ml) In order to operate the decomposition system properly it is required to have a protective device in place in order to safely ignite the sample. If such protective device is already in place, please add the accessory AOD 1.3 remote ignition head. If no protective device is in place, our AOD 1.3 protective device could be chosen for example. - Quantitative decomposition of all halogens, sulfur, as well as volatile metals, e.g. As and Hg - Absorption of the combustion products in an aqueous medium - Catalytic support of the oxidation process with auto-regenerating catalytic inner surface of the decomposition vessel - Pressure vessel of high-grade stainless steel - Decomposition temperature up to 1200 °C - Max. operating pressure during decomposition 195 bar - Decomposition time < 3 min - The decomposition vessel can be changed over to use combustible crucibles C 14 - Control standards for Cl, S ( AOD 1.11) - Introduction of the combustion gases into the absorption solution via venting station C 7030 Principle and function are based on the method of the combustion in the bomb calorimeter and validated according DIN 51577-1 Other relevant standards are for example: - DIN / EN 14582, determination characteristics of waste, halogen and sulfur content - DIN 51527, Testing of solid samples, determination of chlorine content
Product Detail
The C 200 h auto package allows operating the C 200 with a completely automated water cycle. This results in ease of handling and saves valuable time especially for laboratories with a low number of analyses. The water circulates in a closed loop and is kept at a constant temperature by using a recirculating chiller. This leads to shorter preparation time for each experiment and even better reproducible results. The scope of delivery includes: C 200 calorimeter measuring cell C 5012 halogen resistant, catalytic activated decomposition vessel C 200.2 conversion kit for C 5012 C 248 oxygen filling station RC 2 basic circulating chiller C 200.RC hose set Consumables for calibration and installation The semi-automated and conforming-to-standards combustion calorimeter determines the gross calorific value of liquid and solid samples. So far it has mainly been used for teaching and training purposes at technical schools and universities. Due to the automated water handling it is now also suitable for industrial laboratories with low number of analyses. The catalytic activated, halogen resistant decomposition vessel C 5012 is specifically designed for the combustion of samples that contain halogens and sulfur ( > 3 % ). The material of the decomposition vessel (Hastelloy) prevents corrosion caused by samples with high chlorine content. The catalytic activated inner-surface leads to higher recovery rates in case analysis of halogens and/or sulfur is required after the combustion. Four different operation modes enable the user to control the measuring times according to individual requirements: Isoperibol: approx: 17 min. Dynamic: approx. 8 min Manual: approx. 17 min (depends on the operator) Time controlled: 14 min Measurements are possible according to e.g. DIN 51900, ISO 1928, ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, ASTM E711. The software C 6040 CalWin controls the unit and monitors the measurement of the samples. Additionally, collected data can be exported to e.g. Excel, Word, SQL and LIMS for further analysis. It is possible to operate several calorimeters with one PC. A PC is not part of the scope of delivery and needs to be provided by the operator. CalWin is sold separately. The C 200 h auto package allows operating the C 200 with a completely automated water cycle. This results in ease of handling and saves valuable time especially for laboratories with a low number of analyses. The water circulates in a closed loop and is kept at a constant temperature by using a recirculating chiller. This leads to shorter preparation time for each experiment and even better reproducible results. The scope of delivery includes: C 200 calorimeter measuring cell C 5012 halogen resistant, catalytic activated decomposition vessel C 200.2 conversion kit for C 5012 C 248 oxygen filling station RC 2 basic circulating chiller C 200.RC hose set Consumables for calibration and installation The semi-automated and conforming-to-standards combustion calorimeter determines the gross calorific value of liquid and solid samples. So far it has mainly been used for teaching and training purposes at technical schools and universities. Due to the automated water handling it is now also suitable for industrial laboratories with low number of analyses. The catalytic activated, halogen resistant decomposition vessel C 5012 is specifically designed for the combustion of samples that contain halogens and sulfur ( > 3 % ). The material of the decomposition vessel (Hastelloy) prevents corrosion caused by samples with high chlorine content. The catalytic activated inner-surface leads to higher recovery rates in case analysis of halogens and/or sulfur is required after the combustion. Four different operation modes enable the user to control the measuring times according to individual requirements: Isoperibol: approx: 17 min. Dynamic: approx. 8 min Manual: approx. 17 min (depends on the operator) Time controlled: 14 min Measurements are possible according to e.g. DIN 51900, ISO 1928, ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, ASTM E711. The software C 6040 CalWin controls the unit and monitors the measurement of the samples. Additionally, collected data can be exported to e.g. Excel, Word, SQL and LIMS for further analysis. It is possible to operate several calorimeters with one PC. A PC is not part of the scope of delivery and needs to be provided by the operator. CalWin is sold separately.
Product Detail
The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode. Due to the new design of the decomposition vessel, measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - adiabatic - isoperibol - dynamic Features: - Automatic ignition and ignition energy determination - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates The C 6000 global standards Package 1/10 consists of: - C 6000 global standards - C 6010 decomposition vessel, standard - RC 2 basic cooling water supply The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22°C, 25°C, 30°C in each measuring mode. Due to the new design of the decomposition vessel, measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - adiabatic - isoperibol - dynamic Features: - Automatic ignition and ignition energy determination - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates The C 6000 global standards Package 1/10 consists of: - C 6000 global standards - C 6010 decomposition vessel, standard - RC 2 basic cooling water supply
Product Detail
The C 6000 isoperibol oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22 °C, 25 °C, 30 °C in each measuring mode. Due to the new design of the decomposition vessel the measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - isoperibol - dynamic Features: - Automatic ignition and ignition energy determination - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates The C 6000 isoperibol Package 1/10 consists of: - C 6000 isoperibol - C 6010 decomposition vessel, standard - RC 2 basic cooling water supply The C 6000 isoperibol oxygen bomb calorimeter combines modern technology, variability and automation in one instrument. It operates according to all bomb calorimeter standards, such as e.g. the DIN, ISO, ASTM, GOST and GB. The operator can choose between three different starting temperatures 22 °C, 25 °C, 30 °C in each measuring mode. Due to the new design of the decomposition vessel the measurement time could be reduced. Due to the variety of different interfaces for PC, printer (Ethernet, serial and USB), balance and USB Stick this unit is easily adaptable to the customer’s specific application needs. Further adaption to data management and LIMS is possible with our calorimeter software C 6040 Calwin (Accessory). Measuring modes: - isoperibol - dynamic Features: - Automatic ignition and ignition energy determination - Automatic water filling and draining - Automatic oxygen filling, venting and flushing - RFID technology for automatic decomposition vessel identification - New design of the decomposition vessel allowing easier and faster sample preparation - Easy and convenient capacitive touch screen operation - Control chart view and correction calculation of globally used standards - Ethernet interface to connect a network printer - USB interface allowing easy data management and software updates The C 6000 isoperibol Package 1/10 consists of: - C 6000 isoperibol - C 6010 decomposition vessel, standard - RC 2 basic cooling water supply
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© 2023 Copyright. All Rights Reserved. Unit 19, Euroway House, Roydsdale Way, Bradford, BD4 6SE, UK
