In-VitroCell NU-5831 Direct Heat CO2 Incubator
The In-VitroCell NU-5831 is a specialized incubator that regulates oxygen levels within its growth chamber. It employs a Zirconia Ceramic O2 sensor to monitor oxygen levels and introduces Nitrogen gas to maintain the desired setpoint when needed. With a 200-liter capacity chamber and segmented inner doors for environmental control, the NU-5831 is ideal for research applications such as age-related studies and stem cell research.
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Overview
The In-VitroCell NU-5831 represents a state-of-the-art Direct Heat Hypoxic CO2 Incubator that can precisely control oxygen levels within its growth chamber. It has an advanced Zirconia Ceramic O2 sensor that continuously monitors oxygen concentrations within the chamber. Should oxygen levels exceed the desired setpoint, the system activates a nitrogen (N2) gas injection mechanism to restore the ideal conditions.
Featuring a generous 200-liter chamber capacity, the NU-5831 can be optionally configured with segmented inner doors to effectively preserve the chamber's controlled environment even during door openings. This makes it an ideal choice for various applications, including studies related to aging, stem cell research, and other scientific endeavors where precise environmental control is paramount.
Optimized Oxygen Control for Delicate Cells
The CO2 Incubator models with Oxygen control are specifically designed for sensitive cell lines susceptible to stress and DNA damage. These incubators are equipped with an advanced O2 sensor, accurately monitoring the oxygen levels within the growth chamber. Nitrogen (N2) gas is injected as needed to suppress the oxygen to the desired set point to maintain the optimal environment. This precise control over oxygen levels makes these models highly suitable for a wide range of research applications involving critical organ cells like the brain, eyes, liver, heart, and kidneys.
Safeguarding Cells with Advanced Contamination Control
NuAire incubators are designed with advanced features to significantly reduce contamination risks. Maintaining a slight positive pressure inside the chamber prevents contaminated laboratory air from entering the growth environment. Air and gas are thoroughly filtered through a 99.99% efficient HEPA filter at 0.3 microns before entering the chamber, mirroring the conditions of an ISO Class 5 cleanroom. The incubator's design, featuring smooth, rounded corners, eliminates potential hiding spots for contaminants. An overnight decontamination cycle, reaching 145° Celsius in dry conditions or 95° Celsius in humidified settings, robustly combats any contamination, ensuring your cell cultures remain protected. This commitment to contamination control is another reason why NuAire is the preferred choice for your laboratory's safety and efficiency.
Uniform Heating for Optimal Incubation
NuAire's direct heat incubator is ingeniously designed for precise temperature control. Featuring strategically placed heating elements around the chamber, in the door perimeter, and within the door itself, it guarantees a balanced temperature within its robust steel, insulated chamber. This meticulous arrangement ensures that the door and perimeter heaters can be independently adjusted even in challenging ambient temperatures, maintaining consistent uniformity throughout the incubation process. This thoughtful design caters to the critical needs of delicate cell cultures, making it an ideal choice for laboratories seeking reliable and efficient incubation solutions.
Advanced Filtration for Pure Cultures
The In-VitroCell CO2 Incubator offers an unparalleled level of contamination control through its continuous HEPA filtration system. This advanced design actively samples air from the chamber, directs it through a highly efficient HEPA filter located externally, and returns purified air to maintain a clean air environment within. Coupled with high-heat decontamination cycles, this system ensures a clean, slightly pressurized atmosphere and provides a multi-layered defense against contamination. This meticulous approach to air quality safeguards your sensitive cell cultures, making the In-VitroCell an essential tool for precise and reliable cell growth in any laboratory setting.
Specifications
| CO2 Accuracy | ± 0.1% |
| CO2 Control Logic | Fixed Algorithm/Manual, Environmental Adaptable |
| CO2 Display Resolution | 0.1% |
| CO2 Range | 0.1 to 20%, 5% Default Set Point |
| CO2 Recovery | Up to 5% ± 0.2% / -0.5 in 5 minutes Average |
| CO2 Sensor Type | Infrared (NDIR) |
| Segmented Doors | Optional Set of 6 Inner Doors, 2 Across by 3 Down |
| Access Port Location | Right Side |
| Chamber Air Filter | 99.97% Efficiency @ ≥ 0.3 Micron Capsule Filter Located in Sensor Bay |
| Exterior Door Seal | Magnetic Outer Door Gasket |
| Exterior Material | Cold Rolled 16 & 18 Gauge Steel, Finished in Powder Coated Polyurethane Finish |
| In-line Gas Filters | 99.97% Efficiency @ ≥ 0.3 Micron Disk Filters for Gas & Air Supplies, Disk Filter for CO2 Sensor |
| Inner Doors | One, Sectioned Optional |
| Insulation | High Density Insulation with High R Rating |
| Interior Door Seal | Silicone Rubber Gasket |
| Interior Material | Highly Polished Type 304L 16 Gauge Stainless Steel |
| Sample Port Location | Inner Glass Door |
| Shelf Capacity lbs (kg) | 25 lbs per Shelf / 125 lbs per Incubator |
| Shelf Material | Stainless Steel or Copper Alloy |
| Shelves | 4 Shelves Supplied, 20 Shelves Maximum Capacity |
| Data Output Features | RS-485, USB, 4-20mA |
| Remote Alarm Terminals | Standard |
| Est. Shipping Depth Inches (mm) | 31 (787) |
| Est. Shipping Height Inches (mm) | 51 (1219) |
| Est. Shipping Width Inches (mm) | 31 (787) |
| Exterior Depth Inches (mm) | 27.188 (691) |
| Exterior Height Inches (mm) | 39.688 (1008) |
| Exterior Width Inches (mm) | 26.750 (680) |
| Footprint Depth inches (mm) | 20.75 (527) |
| Footprint Width inches (mm) | 23.75 (603) |
| Interior Depth Inches (mm) | 20.053 (509) |
| Interior Height Inches (mm) | 28.500 (724) |
| Interior Volume Cubic Feet (Liters) | 7.06 (200) |
| Interior Width Inches (mm) | 21.257 (540) |
| Shelf Depth Inches (mm) | 18 3/4 (476) |
| Shelf Width Inches (mm) | 19 3/4 (502) |
| Water Pan Depth | 1.5 (38) |
| Water Pan Length Inches (mm) | 12 (305) |
| Water Pan Width | 10 (254) |
| Electrical Configuration | 115V 60Hz |
| Power Cord Length Foot (Meter) | 8 (2.5) |
| Safety Certification | UL, UL-C |
| O2 Accuracy | ± 0.25% |
| O2 Control Logic | Fixed algorithm/ manual environmental adaptable |
| O2 Display Resolution | 0.1% |
| O2 Measuring Range | 0 - 25% |
| O2 Recovery | 5.0 ± 0.5% twenty minutes on Average |
| O2 Sensor Type | Zirconia Ceramic |
| O2 Set Point Range | 0.5 -21.0% (ambient) (21.0% Default) |
| Decontamination Cycle | 95°C Humidified Decontamination, 145°C Dry Decontamination Cycle |
| Chamber Air Circulation Method | Air Pump |
| Chamber Jacket Technology | Air Jacket via Two Axial Fans Drawing Air into Shell |
| Control System | NuTouch |
| Chamber Heater(s) Location | Sides, Bottom, Top and Back of Chamber |
| Door and Perimeter Heater Control Logic | Base Duty Cycle set to chamber temperature Set-Point, Proportional 0-100% [manually adjustable] |
| Temperature Accuracy °C | ± 0.1% |
| Temperature Control | Direct Heat |
| Temperature Control Range | 5°C above ambient (to a 30°C max ambient) to 55°C |
| Temperature Display Resolution | 0.1°C |
| Temperature Recovery | 0.12°C/min. on Average |
| Temperature Sensor Type | Precision Integrated Circuit |
| Temperature Set-Point Range | 5°C to 55°C (37.0°C Default) |
| Temperature Uniformity °C | ± 0.35°C @ 37°C |
| Est. Shipping Weight lbs (kg) | 325 (147) |
| Net Weight lbs (kg) | 235 (106) |
| CO2 Accuracy | ± 0.1% |
| CO2 Control Logic | Fixed Algorithm/Manual, Environmental Adaptable |
| CO2 Display Resolution | 0.1% |
| CO2 Range | 0.1 to 20%, 5% Default Set Point |
| CO2 Recovery | Up to 5% ± 0.2% / -0.5 in 5 minutes Average |
| CO2 Sensor Type | Infrared (NDIR) |
| Segmented Doors | Optional Set of 6 Inner Doors, 2 Across by 3 Down |
| Access Port Location | Right Side |
| Chamber Air Filter | 99.97% Efficiency @ ≥ 0.3 Micron Capsule Filter Located in Sensor Bay |
| Exterior Door Seal | Magnetic Outer Door Gasket |
| Exterior Material | Cold Rolled 16 & 18 Gauge Steel, Finished in Powder Coated Polyurethane Finish |
| In-line Gas Filters | 99.97% Efficiency @ ≥ 0.3 Micron Disk Filters for Gas & Air Supplies, Disk Filter for CO2 Sensor |
| Inner Doors | One, Sectioned Optional |
| Insulation | High Density Insulation with High R Rating |
| Interior Door Seal | Silicone Rubber Gasket |
| Interior Material | Highly Polished Type 304L 16 Gauge Stainless Steel |
| Sample Port Location | Inner Glass Door |
| Shelf Capacity lbs (kg) | 25 lbs per Shelf / 125 lbs per Incubator |
| Shelf Material | Stainless Steel or Copper Alloy |
| Shelves | 4 Shelves Supplied, 20 Shelves Maximum Capacity |
| Data Output Features | RS-485, USB, 4-20mA |
| Remote Alarm Terminals | Standard |
| Est. Shipping Depth Inches (mm) | 31 (787) |
| Est. Shipping Height Inches (mm) | 51 (1219) |
| Est. Shipping Width Inches (mm) | 31 (787) |
| Exterior Depth Inches (mm) | 27.188 (691) |
| Exterior Height Inches (mm) | 39.688 (1008) |
| Exterior Width Inches (mm) | 26.750 (680) |
| Footprint Depth inches (mm) | 20.75 (527) |
| Footprint Width inches (mm) | 23.75 (603) |
| Interior Depth Inches (mm) | 20.053 (509) |
| Interior Height Inches (mm) | 28.500 (724) |
| Interior Volume Cubic Feet (Liters) | 7.06 (200) |
| Interior Width Inches (mm) | 21.257 (540) |
| Shelf Depth Inches (mm) | 18 3/4 (476) |
| Shelf Width Inches (mm) | 19 3/4 (502) |
| Water Pan Depth | 1.5 (38) |
| Water Pan Length Inches (mm) | 12 (305) |
| Water Pan Width | 10 (254) |
| Electrical Configuration | 230V 50/60Hz |
| Power Cord Length Foot (Meter) | 8 (2.5) |
| Safety Certification | UL, UL-C |
| O2 Accuracy | ± 0.25% |
| O2 Control Logic | Fixed algorithm/ manual environmental adaptable |
| O2 Display Resolution | 0.1% |
| O2 Measuring Range | 0 - 25% |
| O2 Recovery | 5.0 ± 0.5% twenty minutes on Average |
| O2 Sensor Type | Zirconia Ceramic |
| O2 Set Point Range | 0.5 -21.0% (ambient) (21.0% Default) |
| Decontamination Cycle | 95°C Humidified Decontamination, 145°C Dry Decontamination Cycle |
| Chamber Air Circulation Method | Air Pump |
| Chamber Jacket Technology | Air Jacket via Two Axial Fans Drawing Air into Shell |
| Control System | NuTouch |
| Chamber Heater(s) Location | Sides, Bottom, Top and Back of Chamber |
| Door and Perimeter Heater Control Logic | Base Duty Cycle set to chamber temperature Set-Point, Proportional 0-100% [manually adjustable] |
| Temperature Accuracy °C | ± 0.1% |
| Temperature Control | Direct Heat |
| Temperature Control Range | 5°C above ambient (to a 30°C max ambient) to 55°C |
| Temperature Display Resolution | 0.1°C |
| Temperature Recovery | 0.12°C/min. on Average |
| Temperature Sensor Type | Precision Integrated Circuit |
| Temperature Set-Point Range | 5°C to 55°C (37.0°C Default) |
| Temperature Uniformity °C | ± 0.35°C @ 37°C |
| Est. Shipping Weight lbs (kg) | 325 (147) |
| Net Weight lbs (kg) | 235 (106) |
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