IKA

IKA magnetic stirrer big squid IKAMAG® white: The further development of the magnetic stirrer now with a new design.

• new: With digital speed display (LED)
• new: Electronically controlled motor for more power
• new: Larger speed range from 0 - 2,500 rpm
• Glass installation surface (good chemical resistance), plastic base made of TPC-ET
• Recyclable materials

IKA Bioreactor HABITAT

HABITAT enables the reproducible and standardised cultivation of a wide variety of cell types. It is a bioreactor, photobioreactor and fermenter in one and sets new standards with its ergonomic and efficient operation.

Whether mixing, temperature control, automation, safety or design - this new bioreactor combines all of IKA's core competencies. The first bioreactor of its own - with the claim of significantly improving the device and handling.

First bioreactor with lid stand
HABITAT is the first laboratory bioreactor with a stand. The lid never has to be put down. The motor is hooked onto the side of the stand and the sensors are safely stowed away. All this ensures ergonomic working, a tidy laboratory and faster emptying.

New mixing mode
IKA's engineers have developed a new mixing mode especially for HABITAT: In Chaotic Mode, the mixing of the reactor contents follows the mathematical principle of chaotic-dynamic systems. This ensures even faster and more effective mixing.

Individual PID handling
With individual PID handling, laboratories gain control options for scaling growth processes. The administrator does not have to be a simulation expert. If the temperature values are changed, the software checks the consequences of the change for the processes.

Wide range of applications
Depending on the type of cells to be cultivated, laboratories use HABITAT as a bioreactor or - in combination with thermostats from IKA - as a fermenter. By connecting LED light panels, HABITAT even becomes a photobioreactor. It is the only bioreactor in its class with a motor size that matches the volume.

Short learning curve
The detachable tablet and the intuitive operating software make work easier from the very first operation. HABITAT's intelligent calibration management makes calibration of temperature, pH and DO sensors easy. All test components (reactor size, stirrer, etc.) and all measurements are stored. And the four integrated peristaltic pumps facilitate cell harvesting. Thus, the entire handling is simple and the learning time short. Longer experiments can run safely without permanent personal supervision on site.

C-MAG HP 4
Heating plate made of glass ceramic, this is characterised by very good chemical resistance.

• Fixed safety circuit of 550 °C
• Hot Top indicator: Warning when the surface is hot to protect against burns!
• Exact temperature setting via digital display (LED)
• Error code display in case of malfunction
• Remote operating surface to protect against leaking liquids

C-MAG HP 7
Heating plate made of glass ceramic, this is characterised by very good chemical resistance.

• Fixed safety circuit of 550 °C
• Hot Top indicator: Hot surface warning to protect against burns!
• Exact temperature setting via digital display (LED)
• DIN socket 12878 for connection of an electronic contact thermometer e.g. ETS-D5 for high-precision temperature control
• Error code display in case of malfunction
• Offset operating surface to protect against leaking liquids

C-MAG HP 10
Heating plate made of glass ceramic, this is characterised by very good chemical resistance.

• Fixed safety circuit of 550 °C
• Hot Top indicator: Hot surface warning to protect against burns!
• Exact temperature setting via digital display (LED)
• DIN socket 12878 for connection of an electronic contact thermometer e.g. ETS-D5 for high-precision temperature control
• Error code display in case of malfunction
• Offset operating surface to protect against leaking liquids

C-MAG HS 4
Magnetic stirrer with heating and heating plate made of glass ceramic, which is characterised by very good chemical resistance.

• Powerful motor for stirring quantities up to 5 l (H2O).
• Fixed safety circuit of 550 °C
• Hot Top Indicator: Hot surface warning to protect against burns!
• Exact temperature setting via digital display (LED)
• Error code display in case of malfunction
• Offset operating surface to protect against leaking liquids

Scope of delivery C-MAG HS 4

• Magnetic rod IKAFLON 20
• Solenoid bar IKAFLON 30
• Magnetic rod IKAFLON 40

C-MAG HS 7
Magnetic stirrer with heating and heating plate made of glass ceramic. This is characterised by very good chemical resistance.

• Powerful motor for stirring quantities up to 10 l (H2O)
• Fixed safety circuit of 550 °C
• Hot Top Indicator: Hot surface warning to protect against burns!
• Exact temperature setting via digital display (LED)
• DIN socket 12878 for connection of an electronic contact thermometer e.g. ETS-D5 for high-precision temperature control
• Error code display in case of malfunction
• Offset operating surface to protect against leaking liquids

Scope of delivery C-MAG HS 7

• Magnetic rod IKAFLON 20
• Solenoid bar IKAFLON 30
• Magnetic rod IKAFLON 40

C-MAG HS 7 Package
Magnetic stirrer with heating and heating plate made of glass ceramic. DIN socket 12878 for connection of an electronic contact thermometer, e.g. ETS-D5.

Scope of delivery C-MAG HS 7

• ETS-D5
• H 16 V stand rod
• H 44 Cross socket
• H 38 Holding rod

C-MAG HS 10
Magnetic stirrer with heating and heating plate made of glass ceramic. This is characterised by very good chemical resistance.

• Powerful motor for stirring quantities up to 15 l (H2O)
• Fixed safety circuit of 550 °C
• Hot Top Indicator: Hot surface warning to protect against burns!
• Exact temperature setting via digital display (LED)
• DIN socket 12878 for connection of an electronic contact thermometer e.g. ETS-D5 for high-precision temperature control
• Error code display in case of malfunction
• Offset operating surface to protect against leaking liquids

Scope of delivery C-MAG HS 10

• Magnetic rod IKAFLON 20
• Solenoid bar IKAFLON 30
• Magnetic rod IKAFLON 40

C-MAG MS 4
Magnetic stirrer without heating. Glass-ceramic surface, characterised by very good chemical resistance.

• Powerful motor for stirring quantities up to 5 l (H2O).
• Remote operating surface to protect against leaking liquids
• Speed range: 100 - 1500 1/min

C-MAG MS 7
Magnetic stirrer without heating. Glass-ceramic surface with excellent chemical resistance.

• Powerful motor for stirring quantities up to 10 l (H2O)
• Remote operating surface to protect against leaking liquids
• Speed range: 100 - 1500 1/min

C-MAG MS 10
Magnetic stirrer without heating. Glass-ceramic surface with excellent chemical resistance.

• Powerful motor for stirring quantities up to 15 l (H2O)
• Remote operating surface to protect against leaking liquids
• Speed range: 100 - 1500 1/min

C 200
C 200 System consisting of:

• Basic unit ( measuring cell ) C 200
• Decomposition vessel C 5010
• Oxygen station C 248
• Consumables for installation and calibration

Standardised, space-saving low cost combustion calorimeter, suitable for the determination of calorific values of liquid and solid samples.
Predestined for learning and teaching purposes, i.e. especially for schools, technical colleges, universities, practical courses etc. Also suitable for laboratories with a low number of analyses.

The calorific value is measured according to DIN 51900, ISO 1928; ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, ASTM E711.

Manual water and oxygen handling.

Four different test sequences, isoperibol, manual, dynamic and time-controlled, allow ideal adaptation to different tasks.

Clear, self-explanatory and easy-to-use display.

With external power supply, usable from 100 - 240 volts AC, 50/60 Hz., The operating voltage of the calorimeter is 24 VDC low voltage .

Exemplary serviceability.

In the manual operating mode (learning mode), the ignition and the end of the measurement are triggered by the operator himself.
The temperature development is displayed every minute. All calculations have to be carried out manually.
In the other three test procedures, ignition and calculation of the calorific value are carried out automatically.
The calorific value is shown on the display. Acid corrections for the calorific value and the calculation of the calorific value must be carried out manually.

The measuring procedures also differ in the measuring times:
Isoperibolic measuring time : approx. 17 minutes
Dynamic measuring time : approx. 8 minutes
Manual measuring time : approx. 17 minutes (operator-dependent)
Time-controlled measuring time : 14 minutes

The decomposition vessel C 5010 can be converted for operation with a disposable crucible (C 14).
For this purpose, the support for disposable crucibles ( C 5010.4 ) is required.

The C 200 system can also be operated with the IKA CalWin C 6040 calorimeter software.
With this control and evaluation software, the measuring process can be monitored and visualised.
Data export and further processing in Excel and/or Word etc. are also possible. (accessories)
Using the PCI 8.2 plug-in card (accessory), up to eight IKA measuring cells can be operated via a PC. Provision of a PC by the operator is required.

Scope of delivery

• C 200
• C 5010 Decomposition vessel, standard
• C 248 Oxygen filling station
• Ignation adapter
• C 200.1 Measuring beaker 2000 ml
• Water emptying hose

C 200 auto
The C 200 auto package allows the C 200 to be operated with a completely automated water circuit and is especially suitable for laboratories with a low number of samples.
The water circulates in a closed circuit and is kept at a constant temperature by the RC 2 basic circulation cooler.
This shortens the test preparation time for the user and leads to even better reproducible results.

The scope of delivery of the C 200 auto Package includes:

• C 200 calorimeter measuring cell
• C 5010 Digestion vessel
• C 248 oxygen station
• RC 2 basic circulation cooler
• C 200 RC tubing set
• Consumables for installation and calibration

The standardised and semi-automatic combustion calorimeter C 200 is used to determine the calorific values of liquid and solid samples.
The C 200 is mainly used for teaching and learning purposes at schools, technical colleges and universities.
By automating the water circuit, it is now particularly attractive for industrial laboratories with a low number of analyses.

Four different operating modes allow the user to control the measuring times as required.
Isoperibolic measurement time : approx. 17 minutes
Dynamic measuring time : approx. 8 minutes
Manual measuring time : approx. 17 minutes (operator-dependent)
Time-controlled measuring time : 14 minutes

The calorific value is measured, for example, according to DIN 51900, ISO 1928; ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, ASTM E711.

With the C 6040 CalWin, a software for device control and evaluation, available as an accessory, the measuring procedure is monitored and visualised.
In addition, the data obtained can be exported for further processing in Excel, Word, SQL, LIMS, etc.
It is also possible to operate several calorimeters simultaneously via one PC.
The PC is not included in the scope of delivery and must be provided by the user.

Scope of delivery

• C 200
• C 5010 Decomposition vessel, standard
• C 200.RC tubing set
• RC 2 basic
• C 248 Oxygen filling station
• Ignation adapter
• Water emptying hose

C 200 h
The C 200 h package is predestined for learning and teaching purposes at schools, technical colleges and universities.
Due to its semi-automatic isoperibolic measuring mode, it is also suitable for industrial laboratories with a low number of analyses.
With the standard-compliant and space-saving C 200 combustion calorimeter, the calorific values of liquid and solid samples are determined.

The scope of delivery of the C 200 h Package includes:

• C 200 calorimeter measuring cell
• C 5012 halogen-resistant, catalytically activated digestion vessel
• C 200.2 conversion set for C 5012
• C 248 oxygen station
• Consumables for installation and calibration

The C 200 h Package is filled with water and oxygen and emptied manually.
However, with a correspondingly high analysis volume, automation of the water circuit is easily possible.
To do this, you need the separately available C 200.RC hose set and the RC 2 basic cooler.

The catalytically activated, halogen-resistant digestion vessel C 5012 was specially designed for the combustion or digestion of samples containing halogen and sulphur (> 3 %).
The material of the digestion vessel (Hastelloy) prevents corrosion of the vessel caused by samples with a high chlorine content.
The catalytic inner surface leads to higher recoveries if post-combustion analysis of halogens and sulphur is required.

Four different operating modes allow the user to control the measurement times as required.
Isoperibolic measurement time: approx. 17 minutes
Dynamic measurement time: approx. 8 minutes
Manual measuring time: approx. 17 minutes (operator-dependent)
Time-controlled measuring time: 14 minutes

The calorific value is measured, for example, according to DIN 51900, ISO 1928; ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, ASTM E711.

The C 6040 Calwin software, available as an accessory, is used to monitor and visualise the measurement process.
In addition, the data obtained can be exported for further processing in Excel, Word, SQL, LIMS, etc.
It is also possible to operate several calorimeters simultaneously via one PC.
The PC is not included in the scope of delivery and must be provided by the user.

Scope of delivery

• C 200
• C 5012 Decomposition vessel, halogen-resistant
• C 200.2 Conversion set for C 5012
• C 248 Oxygen filling station
• Ignation adapter
• C 200.1 Measuring beaker 2000 ml
• Water emptying hose

C 200 h auto
The C 200 h auto package allows the C 200 to be operated with a completely automated water circuit and is especially suitable for laboratories with a low number of samples.
The water circulates in a closed circuit and is kept at a constant temperature by the RC 2 basic circulation cooler.
This shortens the test preparation time for the user and leads to even better reproducible results.

The scope of delivery of the C 200 h auto Package includes:

• C 200 calorimeter measuring cell
• C 5012 halogen-resistant, catalytically activated digestion vessel
• C 248 oxygen station
• C 200.2 conversion kit for C 5012
• RC 2 basic circulation cooler
• C 200.RC tubing set
• Consumables for installation and calibration

The standard-compliant and semi-automatic combustion calorimeter C 200 is used to determine the calorific values of liquid and solid samples.
The C 200 is mainly used for teaching and learning purposes at schools, technical colleges and universities.
Thanks to the automation of the water circuit, it is now particularly attractive for industrial laboratories with a low number of analyses.

The catalytically activated, halogen-resistant digestion vessel C 5012 was specially designed for the combustion or digestion of samples containing halogen and sulphur ( > 3 % ).
The material of the digestion vessel (Hastelloy) prevents corrosion of the vessel caused by samples with a high chlorine content.
The catalytic inner surface leads to higher recoveries if post-combustion analysis of halogens and sulphur is required.

Four different operating modes allow the user to control the measurement times as required.
Isoperibolic measurement time: approx. 17 minutes
Dynamic measurement time: approx. 8 minutes
Manual measuring time: approx. 17 minutes (operator-dependent)
Time-controlled measuring time: 14 minutes

The calorific value is measured, for example, according to DIN 51900, ISO 1928; ASTM D240, ASTM D4809, ASTM D5865, ASTM D1989, ASTM D5468, ASTM E711.

With the C 6040 CalWin, a software for device control and evaluation, available as an accessory, the measuring procedure is monitored and visualised.
In addition, the data obtained can be exported for further processing in Excel, Word, SQL, LIMS, etc.
It is also possible to operate several calorimeters simultaneously via one PC.
The PC is not included in the scope of delivery and must be provided by the user.

Scope of delivery

• C 200
• C 5012 Decomposition vessel, halogen-resistant
• C 200.2 Conversion set for C 5012
• C 200.RC tubing set
• RC 2 basic
• C 248 Oxygen filling station
• Ignation adapter
• Water emptying hose

C 6000 global standards Package 1/10
The C 6000 global standards combustion calorimeter combines the latest technology, variability and automation in one device.
It works according to all known calorific value determination standards of DIN, ISO, ASTM, GOST, GB etc.
The user can choose between the starting temperatures 22 °C, 25 °C and 30 °C in each measuring mode.
Due to the new design of the digestion vessel, the measuring time could be shortened.
Interfaces for PC, printer (Ethernet, serial and USB), balance and USB stick allow adaptation to customer-specific wishes or circumstances.
Additional extensions and adaptations, for example with regard to measurement data management and LIMS, are made possible by the separately available C 6040 Calwin calorimeter software (accessory).

Measuring modes:

• adiabatic
• isoperibol
• dynamic

Features:

• Automatic ignition and ignition energy measurement
• Automatic water filling and draining
• Automatic oxygen filling, degassing and purging
• RFID technology for decomposition vessel recognition
• Easier and faster sample preparation thanks to the new design of the decomposition vessel
• Capacitive touch screen for easy and convenient operation
• Control chart view and correction calculations according to globally applied standards
• Ethernet interface for connecting a network printer
• USB port for easy measurement 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

Scope of delivery

• C 6000 global standards
• C 6010 Decomposition vessel, standard
• RC 2 basic

C 6000 global standards Package 1/12
The C 6000 global standards combustion calorimeter combines state-of-the-art technology, variability and automation in one instrument.
It works according to all known calorific value determination standards of DIN, ISO, ASTM, GOST, GB, etc.
The user can choose between the starting temperatures 22 °C, 25 °C and 30 °C in each measuring mode.
Due to the new design of the digestion vessel, the measuring time could be shortened.
Interfaces for PC, printer (Ethernet, serial and USB), balance and USB stick allow adaptation to customer-specific wishes or circumstances.
Additional extensions and adaptations, for example with regard to measurement data management and LIMS, are made possible by the separately available C 6040 Calwin calorimeter software (accessory).

Measuring modes:

• adiabatic
• isoperibol
• dynamic

Features:

• Automatic ignition and ignition energy determination
• Automatic water filling and draining
• Automatic oxygen filling, degassing and purging
• RFID technology for decomposition vessel recognition
• Easier and faster sample preparation thanks to the new design of the decomposition vessel
• Capacitive touch screen for easy and convenient operation
• Control chart view and correction calculations according to globally applied standards
• Ethernet interface for connecting a network printer
• USB port for easy measurement data management and software updates
• Package 1/12 includes a halogen resistant decomposition vessel C 6012 with catalytically activated surface which leads to higher recoveries of halogens and sulphur.

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

Scope of delivery

• C 6000 global standards
• C 6012 Decomposition vessel, halogen-resistant
• RC 2 basic

C 6000 global standards Package 2/10
The C 6000 global standards combustion calorimeter combines the latest technology, variability and automation in one unit.
It works according to all known calorific value determination standards of DIN, ISO, ASTM, GOST, GB etc.
The user can choose between the starting temperatures 22 °C, 25 °C and 30 °C in each measuring mode.
Due to the new design of the digestion vessel, the measuring time could be shortened. Interfaces for PC, printer (Ethernet, serial and USB), balance and USB stick allow adaptation to customer-specific wishes or circumstances.
Additional extensions and adaptations, for example with regard to measurement data management and LIMS, are made possible by the separately available C 6040 Calwin calorimeter software (accessory).

Measuring modes:

• adiabatic
• isoperibol
• dynamic

Features:

• Automatic ignition and ignition energy measurement
• Automatic water filling and draining
• Automatic oxygen filling, degassing and purging
• RFID technology for decomposition vessel recognition
• Easier and faster sample preparation thanks to the new design of the decomposition vessel
• Capacitive touch screen for easy and convenient operation
• Control chart view and correction calculations according to globally applied standards
• Ethernet interface for connecting a network printer
• USB port for easy measurement data management and software updates

The C 6000 global standards Package 2/10 consists of:

• C 6000 global standards
• C 6010 Decomposition vessel, standard

Scope of delivery

• C 6000 global standards
• C 6010 Decomposition vessel, standard

C 6000 global standards Package 2/12
The C 6000 global standards combustion calorimeter combines state-of-the-art technology, variability and automation in one instrument.
It works according to all known calorific value determination standards of DIN, ISO, ASTM, GOST, GB etc..
The user can choose between the starting temperatures 22 °C, 25 °C and 30 °C in each measuring mode.
Due to the new design of the digestion vessel, the measuring time could be shortened. Interfaces for PC, printer (Ethernet, serial and USB), balance and USB stick allow adaptation to customer-specific wishes or circumstances.
Additional extensions and adaptations, for example with regard to measurement data management and LIMS, are made possible by the separately available C 6040 Calwin calorimeter software (accessory).

Measuring modes:

• adiabatic
• isoperibol
• dynamic

Features:

• Automatic ignition and ignition energy determination
• Automatic water filling and draining
• Automatic oxygen filling, degassing and purging
• RFID technology for decomposition vessel recognition
• Easier and faster sample preparation thanks to the new design of the decomposition vessel
• Capacitive touch screen for easy and convenient operation
• Control chart view and correction calculations according to globally applied standards
• Ethernet interface for connecting a network printer
• USB port for easy measurement data management and software updates
• Package 2/12 includes a halogen resistant decomposition vessel C 6012 with catalytically activated surface which leads to higher recoveries of halogens and sulphur.

The C 6000 global standards Package 2/12 consists of:

• C 6000 global standards
• C 6012 digestion vessel, halogen resistant

Scope of delivery

• C 6000 global standards
• C 6012 Decomposition vessel, halogen-resistant

C 7000 basic equipment set 1
The C 7000 system is the first IKA calorimeter with a completely dry instrument design for measuring the calorific value of liquid and solid samples.
The temperature is measured directly in the digestion system.
This allows measuring times in the range of 3 to 7 minutes (depending on the sample).
The system can manage up to 8 different digestion vessels via coding.

• High sample frequency
• Exact and reproducible calorific value determination according to ISO 1928
• Reduction of routine work due to automated measuring sequence
• Automatic recognition of decomposition vessels
• Interfaces for scales, printer and PC
• Decomposition vessels can be converted to the disposable crucible C 14

The C 7000 basic equipment set 1 consists of:

• C 7000 measuring cell
• C 7010 Decomposition vessel, standard
• C 7002 Cooling system
• C 48 Oxygen station

Scope of delivery

• C 7000 Measuring cell
• C 7010 Decomposition vessel, standard
• C 7002 Cooling system (230V)
• C 48 Oxygen station

C 7000 Basic equipment set 2
The C 7000 system is the first IKA calorimeter with a completely dry instrument design for measuring the calorific value of liquid and solid samples.
The temperature is measured directly in the digestion system.
This allows measuring times in the range of 3 to 7 minutes (depending on the sample).
The system can manage up to 8 different digestion vessels via coding.

• High sample frequency
• Exact and reproducible calorific value determination according to ISO 1928
• Reduction of routine work due to automated measuring sequence
• Automatic recognition of decomposition vessels
• Interfaces for balance, printer and PC
• Special vessel for halogen and sulphur digestion
• Digestion vessels can be converted to the disposable crucible C 14

The C 7000 basic equipment set 2 consists of:

• C 7000 measuring cell
• C 7012 Digestion vessel, halogen-resistant
• C 7002 Cooling system
• C 48 Oxygen station

Scope of delivery

• C 7000 Measuring cell
• C 7012 Decomposition vessel, halogen-resistant
• C 7002 Cooling system (230V)
• C 48 Oxygen station