Overview: The document provides specifications for various models of CO2 incubators designed for controlled environments and optimum growth conditions. These incubators are categorized into different series based on their features and specifications.

IR AutoFlow 8000 Series CO2 Water-Jacketed Incubators: This series includes models NU-8500 and NU-8700, each available in different electrical configurations (115 VAC, 100 VAC, 230 VAC, 220 VAC). The NU-8500 has a chamber volume of 6.64 cubic feet (188 liters) and the NU-8700 has 13.28 cubic feet (376 liters). The dimensions and weight vary based on the model and configuration, with options for dry weight and full water jacket weight.

US AutoFlow 4000 Series CO2 Water-Jacketed Incubators: Models in this series include NU-4750, NU-4850, and NU-4950, all with a chamber volume of 6.64 cubic feet (188 liters). They are available in similar electrical configurations as the 8000 series. The dimensions are consistent across models, with variations in weight depending on the configuration (dry weight, full water jacket, and RH system).

DH AutoFlow 5500 CO2 Direct Heat Incubator: The NU-5500 model has a chamber volume of 6.64 cubic feet (188 liters) and is available in 115 VAC, 230 VAC, and 220 VAC configurations. It features specific chamber and exterior dimensions and a weight of 208 lbs (94.35 kg).

DHD AutoFlow 5510 CO2 Direct Heat Incubator: Similar to the 5500 model, the NU-5510 includes a decontamination cycle and has a chamber volume of 6.65 cubic feet (188.51 liters). It shares the same electrical configurations and dimensions as the 5500 model.

TC PureCell 5100 CO2 Direct Heat Incubator: The NU-5100 model has a smaller chamber volume of 4.4 cubic feet (125 liters) and is available in the same electrical configurations. It has distinct dimensions and a weight of 135 lbs (62.3 kg).

Conclusion: The document provides detailed specifications for each incubator model, including chamber volume, electrical configurations, dimensions, and weight. These specifications are crucial for selecting the appropriate incubator based on specific laboratory needs.