Why Panasonic MCO-170AICL Incubator chamber temperature does not match the set value?
If the chamber temperature on your Panasonic Incubator isn't matching the set value, check if the ambient temperature is less than 5 ?C different from the set chamber temperature. Also, make sure the outer door is closed and the inner door isn't left open. Lastly, ensure the incubator isn't near equipment that generates electromagnetic waves.
What to do if Panasonic MCO-170AICL CO gas density does not match the set value?
If the CO gas density in your Panasonic Incubator isn't matching the set value, verify that the secondary pressure for the gas regulator is at the specified value of 0.03 MPa(G) (0.3 kgf/cm2(G), 4.3 psi(G)). Check for any blockages in the gas tube and ensure the duct is securely attached to the 4 points hooks. Also, confirm that the fan is properly attached and pushed all the way to the motor shaft. Finally, ensure the incubator is not operating near equipment that generates electromagnetic waves.
What to do if Panasonic MCO-170AICL Incubator CO gas density is slow to recover?
If the CO gas density is slow to recover in your Panasonic Incubator, and the CO gas pressure is normal, the HEPA filter may be clogged and you should contact our sales representative or agent. Also, check if there is little gas remaining in the CO gas cylinder and ensure the secondary pressure for the gas regulator is at the specified value of 0.03 MPa(G) (0.3 kgf/cm2(G), 4.3 psi(G)). Check for blockages in the gas tube and ensure the duct is securely attached to the 4 points hooks. Confirm that the fan is properly attached and pushed all the way to the motor shaft.
What to do if Panasonic Incubator is consuming a large quantity of CO gas?
If your Panasonic Incubator is consuming a large quantity of CO gas, check if the outer and inner doors are being frequently opened and closed. Inspect connectors for gas leaks due to deterioration of the gas tube or pinhole leaks; consider replacing the gas tube annually. Also, verify if the packing seal for the inner door is defective and if the access hole is open.
What to do if Panasonic Incubator chamber humidity does not rise?
If the chamber humidity in your Panasonic Incubator isn't rising, ensure there is enough sterile distilled water in the humidifying pan.
Why normal cultures are not possible, and the CO gas density is suspect in Panasonic MCO-170AICL?
If normal cultures are not possible and the CO gas density is suspect in your Panasonic Incubator, check if the ambient air environment around the incubator is normal and if there is a source of polluted gas nearby.
What to do if Panasonic MCO-170AICL does not operate at all?
If your Panasonic Incubator isn't operating, check if it's properly plugged in and if there's a power outage or a tripped circuit breaker. Also, verify that the removal power supply cord is connected to the port on the lower right side of the cabinet.
Why Panasonic MCO-170AICL outer door does not open?
If the outer door of your Panasonic Incubator doesn't open, it may be because the electric lock is engaged when the power switch is OFF. Turn the power switch ON or use the accessory unlock key to override the electric lock. Also, the outer door is electrically locked during decontamination.
Why CO gas is not being injected in Panasonic MCO-170AICL?
The CO control method for the Panasonic Incubator is the ON-OFF method. CO gas is intermittently injected as the gas density in the chamber approaches the set value. Injections may be stopped for periods of approximately 15 seconds, but that is not an error. The gas is not injected until the temperature of the CO sensor becomes stable enough approx. 1 hour, after turning ON the power switch or recovering from power failure.
Why Panasonic MCO-170AICL Incubator UV lamp lights when the outer door is open?
If the UV lamp lights when the outer door of your Panasonic Incubator is open, check if something is pushing the door switch.
Explains warning and caution labels on the unit for safety.
Warns about oxygen depletion due to CO2 gas and need for ventilation.
Lists essential safety precautions for operating the incubator.
Details safety measures related to electrical hazards, handling, and specific procedures.
Provides cautionary advice on electrical connections, storage, H2O2 handling, and maintenance.
Explains the meaning of various warning and caution symbols found on the incubator.
Detailed descriptions of the incubator's various components and their functions.
Explains the "Top screen" display and its various fields and indicators.
Describes the remote alarm terminal and its connection for external alarms.
Specifies environmental and location requirements for proper incubator installation.
Details the steps for installing the incubator, including leveling and grounding.
Instructions for safely stacking incubators using brackets or plates.
Guidelines for preparing the incubator for storage or safe movement.
Step-by-step guide for cleaning the incubator before first use.
Instructions on how to carefully remove internal components from the incubator.
Step-by-step guide for reinstalling inner components after cleaning or maintenance.
Procedure for filling the humidifying pan with sterile distilled water.
Guidelines for ensuring successful and safe cell culture within the incubator.
Advice on selecting sites, using clean containers, and maintaining chamber cleanliness.
Explains how to navigate and operate the incubator using the Menu key.
Details operating specific functions directly from the main "Top screen" display.
Guide on using the numerical input window for setting parameters.
Steps to configure chamber temperature, CO2 density, and high limit alarm.
Explains how to enable, set a password, and use the key lock feature.
Details the procedure to disable the key lock and remove password protection.
Setting automatic temperature and CO2 density alarm thresholds.
Setting alarm delays, ring back, and remote alarm parameters.
Explains how the incubator behaves during an alarm and how to silence the buzzer.
Procedure to set the frequency for saving operational data logs.
How to view logged operational data graphically on the touch panel.
Steps to export operational data logs to USB memory.
How to view saved alarm logs graphically on the touch panel.
Steps to export alarm log data to USB memory.
Procedure for setting the incubator's internal clock and date.
How to adjust screen brightness and configure the sleep mode.
Steps for setting up the Data Acquisition System (MTR-5000).
Explains the purpose and basic operation of the UV lamp for disinfection.
Procedure to change the duration the UV lamp stays lit after door closure.
Instructions for activating the 24-hour UV mode for chamber decontamination.
Crucial safety precautions and warnings for performing H2O2 decontamination.
Detailed steps for preparing and initiating the H2O2 decontamination process.
Continues the step-by-step guide for H2O2 decontamination, including system checks.
Details the chamber warming and decontamination phases of the H2O2 process.
Final steps for H2O2 decontamination, including cleanup and ventilation.
Guidelines for safely working with, storing, and disposing of the H2O2 reagent.
Instructions for using the unlock key when the unit loses power.
How to configure the automatic door locking feature based on time.
Explains how to use the unlock key to open the door, especially when auto-lock is active.
Steps to turn off or remove the auto lock function.
Guide to connecting two CO2 gas cylinders for the auto changer system.
Explains how the unit automatically switches between CO2 gas supply lines.
How to manually switch between CO2 gas supply lines.
Steps to connect a standard gas cylinder for CO2 density calibration.
Summarizes all alarms, safety features, and self-diagnostic functions of the incubator.
Explains how alarms, buzzer, and ring back functions interact under different conditions.
Details alarms and safety functions related to H2O2 decontamination and gas calibration.
General| Model | MCO-170AICL |
|---|---|
| Type | CO2 Incubator |
| CO2 Range | 0% to 20% |
| CO2 Control Accuracy | ±0.1% |
| Capacity | 170 liters |
| Interior Material | Stainless steel |
| Exterior Material | Painted steel |
| Temperature Control | Microprocessor control |
| CO2 Control | Infrared sensor |
| Humidity | 95% RH |
| Shelves | 3 |
| Power Supply | AC100V, 50/60Hz |
To Next Page