PHCbi - MCO-80ICL-PA - CytoGrow ReachIn 30.1 Cu. Ft. CO2 Incubator

Features
Cell Production Incubator Capabilities
A crucial piece of laboratory equipment, the PHCbi brand cell production incubator is designed to ensure highly accurate, reproducible environments. Our cell culture incubator provides a contamination-free environment for cell production. This heated CO2 incubator ensures optimal cell growth through precise control of temperature and CO2.
IR Sensor for Optimal CO2 Control
Superior CO2 control and fast recovery, without overshoot, following door openings are achieved by the IR sensor and PID microprocessor controller. Gas system design minimizes CO2 consumption.
Background Contamination Control with InCu-saFe®
The MCO-80ICL-PA large capacity reach in CO2 incubator is designed with standard, passive contamination control throughout the chamber interior. The PHCbi inCu-saFe combines the germicidal properties of elemental copper with the corrosion and discoloration resistance of stainless steel. InCu-saFe prevents corrosion and discoloration of the incubator interior.
Optional SafeCell™ UV Protection
Located safely below the interior base, the optional patented SafeCell UV lamp provides an added layer of contamination control. It eliminates contaminants introduced during door openings as they pass over the humidity reservoir surface. Pathogens introduced during door openings are ultimately removed.
Horizontal Laminar Airflow
The cross shelf, horizontal laminar airflow system promotes optimum temperature uniformity and quick recovery after door openings. Side plenum walls are perforated for positive, even airflow. The horizontal airflow allows for full use of solid shelves providing maximum culturing capacity.
Integrated Microprocessor Control
This CytoGrow ReachIn CO2 incubator functions are controlled and monitored by a fully integrated microprocessor controller with independent LED displays for CO2 and temperature. Two levels of elevated humidity can be selected. All functions are programmable through the control panel. Independent LED displays for CO2 and temperature are standard.
The softkey eight button menu enables intuitive programming. LED indicators monitor incubator functions. Remote alarm contacts are provided standard.
Humidity Control
Humidity mode allows for normal RH of 80% or greater or elevated RH of 90% or greater. Humidity reservoir heaters are strategically located to reduce corrosion and scaling. They are not susceptible to corrosion and scaling from water as competitive systems are.
Large Capacity Reach In Incubator
The MCO-80ICL-PA space-saving CO2 incubator is ideal for culturing large volumes of biological samples, performing microbiological studies and working with large volume cell apparatus.
Specifications
Overview
-
Nominal Height:80.3" (203.96 cm)
-
Nominal Width:38.6" (98.04 cm)
-
Nominal Length:37.2" (94.49 cm)
-
Internal Height:60" (152.4 cm)
-
Internal Width:31.7" (80.52 cm)
-
Internal Length:27.3" (69.34 cm)
-
Capacity:30.1
Technical Data
-
Outer Door:Double paned glass door with heater and outer door latch
-
Shelves:30.6" x 25.9" (776 x 659 mm)
-
Access Port:2, Right and left sides (1.6" (40 mm) diameter)
-
Insulation:Rigid polyurethane foamed-in-place
-
UV Lamp:Optional
-
Net Weight:606 lbs (275 kg)
-
Temperature Control Range:Ambient temperature +5ºC to +50ºC
-
Temperature Uniformity:±0.50ºC (ambient temperature 25ºC, setting 37ºC, CO2 5 %, no load)
-
Maximum Power Consumption:Max 1752 W
-
CO2 Control Range:0% to 20%
-
CO2 Controller:PID Controller
-
CO2 Gas Pressure:0.1 MPaG (inject), 15 psiG
-
CO2 Variation:±0.15% (ambient temperature 25ºC, setting 37ºC, CO2 5 %, no load)
-
CO2 Sensor Type:Infrared Sensor
-
Decontamination Methods:Optional SafeCell UV light
-
Display:Digital softkey
-
Humidifying System:Normal mode over 80 (high mode over 90)
-
Interior Surfaces:inCu-saFe stainless steel with copper enriched alloy
Downloads
-
CO2/O2 Incubator BrochureDownload
Drawings
-
DimensionsVisit Link
Useful Links
-
MCO-80ICL-PA Product SheetVisit Link
-
Contamination Control Methods in CO2 and Multigas (CO2 and O2) Cell Culture IncubatorsVisit Link
-
Infrared vs. Thermal Conductivity SensorsVisit Link
-
HEPA Filter vs. Ultraviolet LightVisit Link
-
Water Jacketed vs. Air Jacketed CO2 IncubatorsVisit Link