Panasonic CO2 Incubator MCO-80ICL-PA 30 cu.ft. Temp Range +5C to +50C
Panasonic
Details
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CategoryIncubator / Oven / Inc Shaker
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Dimension40.0in x 41.0in x 80.0in
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Serial17120135
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Shipping TypeFreight
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ManufacturingDoes Not Apply
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Voltage / Hertz110-120V / 60Hz US
Description
The Panasonic MCO-80ICL-PA Reach-In Series CO2 Incubator is designed to accommodate large-scale cell culture needs with its expansive 30.1 cu.ft. (851L) capacity. Operating in very good condition, this incubator ensures optimal environmental consistency, supporting biological sample cultivation and microbiological studies. It is equipped with a horizontal laminar airflow system that maintains temperature uniformity and facilitates rapid recovery post-access. The humidity control system effectively minimizes susceptibility to corrosion. With a P.I.D. microprocessor control and infrared CO2 sensor, it delivers precise CO2 levels and exceptional gas economy. The durable InCu-saFe® interior offers enhanced protection against contaminants. Ideal for laboratories using large volume cell culture apparatus, this CO2 incubator embodies reliability and functional precision.
Key Features
- 30.1 cu.ft. large capacity
- Horizontal laminar airflow system
- Humidity and temperature control
- Infrared CO2 sensor with P.I.D. control
- InCu-saFe® stainless steel interior
Specifications
- Exterior Dimensions: 38.6" W x 37.2" D x 80.3" H (986 x 945 x 2040 mm)
- Interior Volume: 30.1 cu.ft. (851 L)
- Temperature Range: Ambient +5°C to +50°C
- CO2 Control Range: 0% to 20%
- Humidifying System: Normal mode over 80% RH (high mode over 90% RH)
- Maximum Power Consumption: 1752 W
- CO2 Sensor Type: Infrared Sensor
- Access Port: 2 x 40mm diameter on right and left sides
- Double paned glass door with heater
Weight
Imperial: 727.2 Pounds
Metric: 329.85 Kilograms
Shipping Dimensions
Imperial: 48.0 lb x 49.2 lb x 96.0 lb
Metric: 121.92 cm x 124.97 cm x 243.84 cm
Harmonized Code
903210
Harmonized Code Details
903210: Thermostats. This code fits the best as CO2 incubators that function to control temperature and CO2 levels resemble thermostatic equipment managing temperature conditions in laboratory environments.
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