LAUDA ECO water-cooled refrigerated circulators
LAUDA ECO water-cooled refrigerated circulators are a highly efficient solution for laboratories that require precise temperature control and reliability. These units are particularly suitable for microbiology, histology, clinical, industrial and environmental laboratories. They offer unmistakable performance and first-class construction, making them a preferred choice for many applications. Similar to the LAUDA ECO air-cooled refrigerated circulators, these water-cooled models offer a wide range of features and benefits.
Key features and benefits
LAUDA ECO water-cooled refrigerated circulators are characterized by a wide range of features that make them ideal for various applications:
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Low heat-up and cool-down times: These devices offer fast temperature changes, which increases efficiency in laboratory processes.
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Wide temperature range: With a maximum temperature of +200°C and a minimum temperature of -50°C, they cover a wide range of applications.
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Compact design: The compact design enables easy integration into existing laboratory facilities.
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USB interface and software: For easy data transfer and control.
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User-friendly menu navigation and operation: Intuitive operation for easy handling.
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High temperature stability: Ensures precise and constant temperatures.
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Complies with all current directives and standards: Ensures compliance with safety and quality standards.
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Digital display: For a clear and precise temperature display.
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Robust housing parts: Durability and reliability in daily use.
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Low-noise and low-maintenance: Minimizes malfunctions and maintenance.
Technical data
The LAUDA ECO water-cooled refrigerated circulators are available in different models, each with specific technical data:
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RE 415 SW: Working temperature range from -15°C to +150°C, heating capacity of 1.30 kW, cooling capacity of 0.18 kW, bath volume of 4 liters.
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RE 415 GW: Working temperature range from -15°C to +200°C, heating capacity of 2.60 kW, cooling capacity of 0.18 kW, bath volume of 4 liters.
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RE 420 SW: Working temperature range from -20°C to +150°C, heating capacity of 1.30 kW, cooling capacity of 0.20 kW, bath volume of 4 liters.
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RE 420 GW: Working temperature range from -20°C to +200°C, heating capacity of 2.60 kW, cooling capacity of 0.20 kW, bath volume of 4 liters.
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RE 620 SW: Working temperature range from -20°C to +150°C, heating capacity of 1.30 kW, cooling capacity of 0.20 kW, bath volume of 6 liters.
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RE 620 GW: Working temperature range from -20°C to +200°C, heating capacity of 2.60 kW, cooling capacity of 0.20 kW, bath volume of 6 liters.
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RE 630 SW: Working temperature range from -30°C to +150°C, heating capacity of 1.30 kW, cooling capacity of 0.30 kW, bath volume of 6 liters.
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RE 630 GW: Working temperature range from -30°C to +200°C, heating capacity of 2.60 kW, cooling capacity of 0.30 kW, bath volume of 6 liters.
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RE 1050 SW: Working temperature range from -50°C to +150°C, heating capacity of 1.30 kW, cooling capacity of 0.70 kW, bath volume of 10 liters.
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RE 1050 GW: Working temperature range from -50°C to +200°C, heating capacity of 2.60 kW, cooling capacity of 0.70 kW, bath volume of 10 liters.
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RE 1225 SW: Working temperature range from -25°C to +150°C, heating capacity of 1.30 kW, cooling capacity of 0.30 kW, bath volume of 12 liters.
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RE 1225 GW: Working temperature range from -25°C to +200°C, heating capacity of 2.60 kW, cooling capacity of 0.30 kW, bath volume of 12 liters.
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RE 2025 SW: Working temperature range from -25°C to +150°C, heating capacity of 1.30 kW, cooling capacity of 0.30 kW, bath volume of 20 liters.
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Certifications and standards
LAUDA ECO water-cooled refrigerated circulators comply with all current directives and standards, which guarantees their safety and reliability in laboratory operation.
Application examples
These refrigerated circulators can be used for a wide range of applications and are ideal for
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Sample preparation: precise temperature control for the preparation of samples in microbiology and clinical laboratories.
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Reactor temperature control: Stabilizing the temperature in chemical reactors.
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Material stress tests: Performing tests to determine material stability under different temperature conditions.
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Temperature simulation: Simulation of environmental conditions for research and development purposes.
FAQs
Which models are suitable for extreme temperatures?
The RE 1050 SW and RE 1050 GW models are designed for extreme temperatures from -50°C to +200°C.
How are the devices controlled?
The devices have a USB interface and software that enable simple control and data transfer.
Do the devices require maintenance?
No, the LAUDA ECO water-cooled refrigerated circulators are low-noise and low-maintenance, which makes operation easier.
Conclusion
LAUDA ECO water-cooled refrigerated circulators offer a reliable and efficient solution for a wide range of laboratory applications. With their wide range of functions and models, they can meet the specific requirements of different laboratory environments. Similar to the LAUDA ECO water-cooled refrigerated thermostat RE 420 GWN, these devices offer excellent performance and ease of use.