Julabo FL recirculating chiller with cooling capacity up to 1.7 kW
The Julabo FL recirculating chiller with cooling capacity up to 1.7 kW is a professional cooling solution for demanding laboratory applications that require precise, reliable temperature control. This device is designed to cool critical processes safely and efficiently - for example, in microbiological, histological, clinical and industrial laboratories. The recirculating chiller is particularly impressive due to its compact design, simple operation and robust technology. Compared to its competitors, this system stands out thanks to its versatility in practice, its energy-efficient operation and its low space requirements while maintaining consistently high performance.
Efficient laboratory cooling technology for precise requirements
High laboratory standards require not only powerful but also permanently stable cooling systems for material testing, sample preparation or reactor temperature control, for example. With a cooling capacity of up to 1.7 kW, the FL recirculating chiller delivers outstanding performance and is designed for a wide range of temperature tasks between -20°C and room temperature. The digital display and intuitive splash-proof membrane keyboard ensure precise control even in continuous use. Users benefit from a low-maintenance design, low noise level and the choice between water- and air-cooled operation. The system offers customised interfaces (including USB) for integration into various laboratory technologies and documentation solutions.
Important technical features at a glance:
- Cooling capacity up to 1.7 kW for medium to large process volumes
- Lowest temperature: -20 °C (depending on model and operating conditions)
- Flexible cooling: air- and water-cooled versions available
- Compact, robust design for space-saving laboratory use
- Digital, precise temperature control with user-friendly display
- Splash-proof membrane keyboard for easy handling
- USB interface for data transfer and external control
The solid construction ensures exceptional durability even under intensive use. The energy-optimised cooling technology not only ensures low operating costs, but also more environmentally friendly use. Thanks to filters, removable filling nozzles and easy accessibility, maintenance is straightforward and time-saving.
Certifications and standards
The recirculating cooler complies with all relevant European and British quality standards.
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CE marking for maximum safety and compliant electrical installations
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Compliance with relevant DIN standards for laboratory equipment, process safety and material quality
This guarantees laboratories and institutes maximum operational safety and protection for users and samples alike.
Practical application examples
With its powerful cooling and temperature control, the FL up to 1.7 kW is an all-rounder for a wide range of professional applications:
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Cooling of analytical measuring instruments such as gas chromatographs, spectrometers or viscometers (often in contact with substances such as solvents, buffer solutions, alcohol/ethanol or sample liquids)
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Material stress tests: stability and stress tests on plastics and metals under controlled temperature conditions
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Temperature control of reaction vessels and bioreactors in pharmaceutical, chemical and biotechnology laboratories (often in connection with reaction solutions, culture media)
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Cooling of sensitive samples in clinical laboratories: for example, blood, serum or tissue samples during preparation or analysis
Thanks to its versatility, the system is ideal for routine examinations, demanding research applications and tests under reproducible conditions.
FAQs
How quickly can the device be used after installation?
After connecting to the mains, filling with a suitable cooling liquid and setting the desired operating parameters, the recirculating chiller is immediately ready for use.
Which cooling fluids are compatible?
Common heat transfer fluids such as water, water-glycol mixtures or special laboratory coolants are recommended, depending on the temperature range and application.
How is cleaning and regular maintenance carried out?
The device design allows for quick emptying and refilling. Filters should be checked and cleaned regularly, and the coolant should be replaced. The low-maintenance components reduce the effort required to a minimum.
Is the cooler particularly quiet in operation?
Thanks to sound-optimised components and efficient ventilation technology, the device operates much more quietly than many comparable systems. This is particularly relevant in quiet laboratory areas or for long-running analysis processes.
Conclusion
The cooling unit offers laboratories, research facilities and industry a powerful, compact and user-friendly solution for reliable temperature control. Its high energy efficiency, characteristic low maintenance, precise control and certified safety make it the first choice when it comes to cooling sensitive samples, equipment and reactors in demanding environments.
