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KM-DU34H1E Flyer

Product catalog summary

Overview: The MCO-19 incubator series, used by the University of Maastricht in their 'in vitro project' to create the world's first laboratory-grown hamburger, is designed to save energy and reduce environmental impact. The series offers up to 45% reduction in energy use and significant savings on energy costs over ten years.

Energy Efficiency: The incubator series can save up to €3,100 on energy costs over ten years, with less heat generation reducing air conditioning needs. It features a reduced carbon footprint and uses no high Global Warming Potential (GWP) refrigerants.

Specifications: The KM-DU34H1E model has external dimensions of 750 x 870 x 1830 mm and internal dimensions of 490 x 600 x 1140 mm, with a volume of 333 litres and a net weight of 241 kg. It offers cooling performance down to -86°C, with a temperature setting range of -50 to -90°C and a control range of -50 to -86°C.

Refrigeration System: The system uses a cascade refrigeration system with hydrocarbon refrigerants, providing efficient cooling and low environmental impact. The insulation is made of rigid polyurethane foam with a thickness of 130 mm.

Control and Monitoring: The incubator features a microprocessor controller with a digital display, offering comprehensive control, alarm, and monitoring functions. It includes visual, buzzer, and remote alarms for power failure, high temperature, and low temperature.

Performance and Design: The incubator boasts a fast temperature pull-down time, over 40% faster than equivalent models. It uses natural hydrocarbon refrigerants for efficient cooling and features a patent-pending heat exchanger design for improved efficiency.

Certification: The KM-DU34H1E is certified as a Class IIa Medical Device for storing cells, DNA, and frozen plasma in EU countries.

Additional Features: The incubator includes automatic compressor cycling to minimize running time and save energy, and it is designed with high-performance compressors and evaporator coils for optimum temperature uniformity.

Catalog excerpts

Eco Series -86°C Ultra-low Freezer KM-DU34H1E MCO-19 incubator series Used by the university of Maastricht in their "in vitro project", in which they created the worlds first laboratory grown hamburger. Save money and energy l Up to € 3.100 savings on energy costs over 10 years 1) Less heat generation means saving on air conditioning Less environmental impact l Reduced carbon footprint 1) Model KM-DU34H1E (333 litres) compared to MDF-U3386S at set value -80°C, 23°C ambient, no load, 230V 50Hz, € 0.18/kWh. Actual energy use and savings will depend on operating conditions and price of electricity paid.

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Natural Refrigerants Natural hydrocarbon refrigerants provide more efficient cooling due to their high latent heat of evaporation. As a result, smaller compressors can be used leading to greater energy efficiency. With exceptionally low global warming potential natural refrigerants are also better for the environment. Heat Exchanger Design A new patent-pending heat exchanger provides greater surface area contact at critical points in the refrigeration system. This improves overall efficiency and reduces compressor running time for lower energy consumption. Panasonic Designed Refrigeration From...

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KM-DU34H1E Flyer

KM-DU34H1E Flyer

Catalog excerpts

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