Binder Cooling Incubator KB ECO 240

Binder Cooling Incubator KB ECO 240

Product Description

The Binder KB ECO 240 Cooling Incubator is an environmentally friendly and energy-efficient solution designed for laboratories that require precise temperature control for a variety of applications. Utilizing advanced thermoelectric cooling technology, this incubator offers stable, quiet operation while minimizing energy consumption. With a broad temperature range from 0°C to +70°C, it is ideal for applications where both incubation and refrigeration cycles are necessary.

The unit’s intelligent thermoelectric tempering ensures fail-safe operation under diverse conditions. Its stainless steel inner chamber and tempered glass door provide durability and ease of maintenance. The incubator also includes features such as condensate protection, an internal data logger, and Ethernet connectivity for enhanced data management.

Key Features

• Energy-Efficient: Advanced thermoelectric cooling system reduces energy consumption, providing an eco-friendly and cost-effective solution.
• Safe Operation: Condensate protection and dry-out prevention ensure stable conditions and consistent performance.
• Reliable Performance: Intelligent thermoelectric tempering guarantees fail-safe operation under all conditions.
• Programmable Temperature Control: Offers precise temperature settings for both incubation and refrigeration cycles, ideal for various processes.
• Durable Design: Features a stainless steel inner chamber and tempered glass door for long-lasting use and easy maintenance.
• Smart Data Management: Internal data logger with USB readout and Ethernet interface for seamless data transfer and analysis.
• User-Friendly Interface: LCD screen displays real-time temperature and alarm information, with a self-test function for comprehensive status analysis.

Applications

The Binder KB ECO 240 Cooling Incubator is suitable for various laboratory applications, including:

• Microbiological Research: Providing stable incubation environments for the growth of microorganisms in various conditions.
• Pharmaceutical Testing: Maintaining precise temperature control for pharmaceutical product stability studies.
• Biological and Biomedical Studies: Ensuring consistent temperature regulation for sensitive biological materials and experiments.
• Food and Beverage Industry: Used for testing the stability and shelf life of food products under controlled conditions.
• Cryopreservation and Sample Storage: Ideal for maintaining long-term storage conditions for biological specimens.

Technical Specifications

Model: KBECO240-230V / KBECO240UL-120V

Performance Data:

• Temperature Range: 0°C to +70°C (max. 28°C below ambient)
• Temperature Uniformity: ±0.1 K at 37°C
• Temperature Fluctuation: ±0.1 K at 37°C
• Max. Heat Compensation: 350 W at 40°C
• Recovery Time: 3 minutes after a 30-second door opening at 37°C

Electrical Data:

• Rated Voltage: 200–230 V (KBECO240-230V) / 100–120 V (KBECO240UL-120V)
• Nominal Power: 0.9 kW
• Fuse: 16.0 A
• Sound Pressure Level: 43 dB(A)
• Energy Consumption: 65 Wh/h at 37°C

Dimensions:

• Interior Volume: 240 L
• Number of Shelves: 2 standard (expandable to 9)
• Housing Dimensions (W × H × D): 610 mm × 1,060 mm × 645 mm
• Internal Dimensions (W × H × D): 420 mm × 540 mm × 420 mm

Other Features:

• Condensate Protection: Adjustable condensate protection for optimal internal conditions.
• Data Management: Includes internal data logger with USB readout and Ethernet interface for external data management.
• User Interface: LCD screen displays temperature, alarms, and system status, with a self-test function for easy diagnostics.

Conclusion

The Binder KB ECO 240 Cooling Incubator is a highly efficient, reliable, and eco-friendly solution designed to meet the needs of modern laboratories. With its precise temperature control, energy-efficient thermoelectric cooling, and robust data management features, the KB ECO 240 provides an optimal environment for sensitive biological and industrial applications. Its user-friendly design and reliable performance make it an ideal choice for any laboratory seeking to maintain high standards in temperature-sensitive processes while minimizing energy consumption.