Julabo CORIO CP-1000FW refrigerated circulator
The Julabo CORIO CP-1000FW refrigerated circulator is ideal for precise temperature control in laboratory and process technology applications. With its extended pump capacity and wide operating temperature range of up to +200 °C, this device proves that it can cope with even the highest demands. Thanks to the integrated water cooling, it offers constant, reliable performance. Similar to the Julabo CF41 refrigerated circulator, this model also supports flexible temperature control in demanding working environments, providing ideal support for research facilities and industrial applications.
Varied functions and performance features
The device was designed for demanding external temperature control tasks and has a remarkably powerful pressure pump (0.1 to 0.7 bar). This means that even larger volumes or complex reactor systems can be cooled or heated efficiently. Operation is particularly convenient thanks to the clearly legible LED display. In contrast to less powerful refrigerated circulators, the following features contribute to noticeable efficiency:
- Working temperature range from -50 to +200 °C for universal applications
- High-quality stainless steel bath with integrated bath lid
- Adjustable flow rate from 8 to 27 l/min for flexible adjustments
- Heating capacity of 2 kW for fast heat-up times
- Interfaces (RS232/USB) as standard for easy online communication
- Excellent temperature consistency (±0.03 °C) for reproducible results
- Future-proof design in accordance with DIN 12876-1 (class III FL)
The device communicates conveniently with external software systems via its integrated USB and RS232 port and can therefore be seamlessly integrated into digital laboratory environments. The integrated drain cock and removable ventilation grille also make maintenance easier. The low noise level also has a positive effect, particularly during longer measurement series or in quiet laboratory environments.
Certifications and standards
The refrigerated circulator is classified as III (FL) in accordance with DIN 12876-1 and therefore guarantees safe operation with flammable liquids at high temperatures. This high level of safety ensures protection in customer-specific applications where high-quality temperature control fluids such as ethanol, synthetic oils or silicone-based fluids are used.
Typical application examples
- Laboratory reactor systems: Particularly in chemical synthesis or pharmaceutical research, precise temperature control is crucial in order to achieve reproducible results.
- Material tests: For testing materials under extreme temperature conditions, the device enables rapid changes between minus 50 and plus 200 °C.
- Biotechnological processes: Precise temperature control of fermenters as well as cell culture vessels to ensure stable growth conditions.
- Semiconductor and electronics tests: Reliable, constant cooling capacity is essential for testing components for their load limits under changing temperature conditions.
Frequently asked questions
Can the appliance also be operated at ambient temperatures above 30 °C?
The permissible ambient temperature ranges from +5 to +40 °C. However, higher values should be avoided to prevent overloading the cooling system.
Which media are particularly suitable for use?
Ethanol, water-glycol mixtures or thermal oils are usually used. The maximum viscosity is 50 cSt, which also makes it easier to select the temperature control medium.
How is the external control carried out?
The device can be easily connected to PC systems via the integrated RS232 and USB interfaces. This allows precise control and documentation of the temperature curves.
How is the filling volume controlled?
The thermostat has an early warning system that issues an alarm if the level drops below the required level. With a filling volume of 5 to 7.5 liters, there is sufficient scope for a wide range of applications.
Conclusion
With its wide operating temperature range and powerful pump and heating capacity, this refrigerated circulator covers demanding applications in the laboratory and production environment. It impresses with its intelligent safety functions, durable design and diverse interfaces. It is a reliable choice for complex temperature profiles in chemistry, pharmaceuticals and materials research in particular, enabling precise processes and ensuring repeatable results.
