IKA Bomb Calorimeter

Bomb Calorimeter, adalah suatu rangkaian alat instrument untuk mengukur besaran kalori dari suatu maretial, baik itu berupa cair maupun padatan, aplikasinya sangat luas seperti batubara, pakan ternak, farmasi, buah-buahan, buangan pabrik, petroleum, universities and research institutes, agriculture, biomass dal lain-lain.

Bomb Calorimeter IKA merupakan produk calorimeter yang mendominasi pasar calorimeter internasional, banyak negara sudah menggunakan Bomb Calorimeter IKA ini dan memberikan hasil yang sangat memuaskan, hal ini tidak terbantahkan lagi melihat dari produksi dan penjualan yang terus meningkat dari tahun ke tahun.

Dalam hal ini IKA memproduksi calorimeter dalam beberapa type susuai dengan kebutuhan para customer dan user. mulai dari type C1 yang terbaru, C6000, C3000, C200 dan C7000. semua disesuaikan dengan kebutuhan customer dan user. untuk aplikasi dan brosurnya silahkan di download link dibawah ini

Brochure IKA Bomb Calorimeter

Our new IKA® calorimeter C 1 represents a giant leap forward in the development of oxygen bomb calorimeters and sets a new standard for the future.
The C 1 calorimeter possesses a high degree of automation while maintaining the smallest footprint
on the market, thus changing how calorimeters will be viewed and operated in the future. The C 1
is a calorimeter with a static jacket. The analysis of the temperature readings is done through the well
known correction calculation of classical isoperibol calorimeters according to Regnault Pfaundler. A
light attachable combustion chamber has replaced the traditional heavy screw threaded decomposition
vessel. The C 6000 global standards and C 6000 isoperibol calorimeters follow the traditional calorimetric approach similar to our globally approved C 5000 and C 2000 calorimeter models.
Each calorimeter can be operated through a user panel and with our dedicated calorimeter software
Calwin C 6040. This software opens up further features in data handling with Microsoft SQL, XML, LIMS and correction calculations that follow many globally used calorimeter standards.

The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation (adiabatic, isoperibol; dynamic modes) 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 ºC, 25 ºC, 30 ºC) in each measuring mode: adiabatic, isoperibol or dynamic. Due to the spherically shaped decomposition vessel head, the wall thickness was able to be reduced, allowing for faster heat transfer which results in a shorter time measurement. Due to the variety of different interfaces (PC, Ethernet, SD-card, 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).

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 allows for easier and faster sample preparation
Can be operated with a chiller
Easy and convenient touch screen operation
Control chart view and correction calculation of globally used standards
Ethernet interface for data management via FTP server or connection of a network printer
Removable SD-card allows for easier data measurement management, in addition to 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

IKA Oxygen Bomb Calorimeter C 6000

The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation (adiabatic, isoperibol; dynamic modes) in one instrument. It operates according to all bomb calorimeter standards
IKA Bomb Calorimeter C 6000

The C 6000 global standards oxygen bomb calorimeter combines modern technology, variability and automation (adiabatic, isoperibol; dynamic modes) 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 ºC, 25 ºC, 30 ºC) in each measuring mode: adiabatic, isoperibol or dynamic.

Due to the spherically shaped decomposition vessel head, the wall thickness was able to be reduced, allowing for faster heat transfer which results in a shorter time measurement. Due to the variety of different interfaces (PC, Ethernet, SD-card, 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).

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 allows for easier and faster sample preparation
Can be operated with a chiller (e.g. KV 600)
Easy and convenient touch screen operation
Control chart view and correction calculation of globally used standards
Ethernet interface for data management via FTP server or connection of a network printer
Removable SD-card allows for easier data measurement management, in addition to software updates

The C 6000 global standards Package 1/10 consists of:
C 6000 global standards (0003780000)
C 6010 Decomposition vessel, standard (0003770000)
KV 600 Cooling water supply (0003410500)

Datasheet :

Measuring range max. 40000 J
Measuring mode adiabatic 22°C yes
Measuring mode dynamic 22°C yes
Measuring mode isoperibol 22°C yes
Measuring mode adiabatic 25°C yes
Measuring mode dynamic 25°C yes
Measuring mode isoperibol 25°C yes
Measuring mode adiabatic 30°C yes
Measuring mode dynamic 30°C yes
Measuring mode isoperibol 30°C yes
Measurements/h adiabatic 5
Measurements/h dynamic 6
Measurements/h isoperibol 4
Reproducibility adiabatic (1g benzoic acid NBS39i) 0.05 %RSD
Reproducibility dynamic (1g benzoic acid NBS39i) 0.15 %RSD
Reproducibility isoperibol (1g benzoic acid NBS39i) 0.05 %RSD
Touchscreen yes
Working temperature min. 22 °C
Working temperature max. 30 °C
Temperature measurement resolution 0.0001 K
Cooling medium temperature min. 12 °C
Cooling medium temperature max. 27 °C
Cooling medium permissible operating pressure 1.5 bar
Cooling medium tap water
Type of cooling flow
Chiller KV600NR
Flow rate min. 60 l/h
Flow rate max. 70 l/h
Rec. flow rate at 18°C 60 l/h
Oxygen operating pressure max. 40 bar
Interface scale RS232
Interface printer USB
Interface PC RS232
Interface test rack yes
Interface ext. keyboard yes
Oxygen filling yes
Degasification yes
Decomposition detection yes
Decomposition vessel C 6010 yes
Analysis according to DIN 51900 yes
Analysis according to DIN EN ISO 1716 yes
Analysis according to DIN EN ISO 9831 yes
Analysis according to DIN EN 15170 yes
Analysis according to DIN CEN TS 14918 yes
Analysis according to ASTM D240 yes
Analysis according to ASTM D4809 yes
Analysis according to ASTM D5865 yes
Analysis according to ASTM E711 yes
Analysis according to ISO 1928 yes
Analysis according to GB T213 yes
Dimensions (W x H x D) 500 x 425 x 450 mm
Weight 29 kg
Permissible ambient temperature 20 – 25 °C
Permissible relative humidity 80%
Protection class according to DIN EN 60529 IP 20
RS 232 interface yes
USB interface yes
Voltage 220 – 240 / 100 – 120 V
Frequency 50/60 Hz
Power input 2000 W


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