To Next PageTo Next PageWhy is the gas density slow to recover in my Panasonic MCO-170M?
If the gas density recovers slowly even when the gas pressure is normal, the HEPA filter might be clogged. In this case, it is recommended to contact our sales representative or agent.
Why is gas not being injected into my Panasonic Accessories?
Gas is not injected until the temperature of the CO sensor becomes stable enough, approximately 1 hour after turning ON the power switch or recovering from a power failure. Please wait for an hour.
What to do if H O decontamination cannot be performed on my Panasonic MCO-170M?
If the UV lamp is burned out, H O decontamination cannot be performed. Please, check the UV lamp.
What to do if “Err34: H2O2 Volume” is activated during H O decontamination cycle in Panasonic Accessories?
If the total operating time of the H O generator exceeds 5,000 hours, it may be the end-of-life of the generator. Replace the H O generator.
Why does the UV lamp light when the outer door is open on my Panasonic Accessories?
Check if something is pushing the door switch.
How to troubleshoot a Panasonic MCO-170M incubator that does not operate at all?
Ensure the incubator is plugged in. Also, check for any power outages or tripped circuit breakers that may have interrupted the power supply.
What to do if the outer door does not open on my Panasonic MCO-170M Accessories?
Either turn ON the power switch or use the accessory unlock key to override the electric lock.
What to do if the chamber humidity does not rise in my Panasonic Accessories?
Ensure there is enough sterile distilled water in the humidifying pan. Add more if necessary.
General| Brand | Panasonic |
|---|---|
| Model | MCO-170M Series |
| Category | Accessories |
| Language | English |
General safety advice, warning symbols, and precautions for safe usage.
Explanation of incubator labels and required environmental conditions for operation.
Detailed breakdown of the incubator's physical parts and their labels.
Explains the main display screen and its various fields and indicators.
Describes the terminal for remote alarm notification and its connection.
Guidelines for choosing a suitable location, considering environmental factors and safety.
Step-by-step instructions for unpacking, cleaning, and assembling the incubator.
Detailed steps for connecting CO2 and N2/O2 gas cylinders for proper gas supply.
Procedures for thoroughly cleaning the incubator chamber and components before initial use.
Instructions for safely removing and reinstalling internal components for cleaning or maintenance.
Step-by-step guide on how to fill the humidifying pan with water correctly.
Guidelines for optimal incubator use to ensure successful and contamination-free cultures.
Strategies and environmental considerations to prevent microbial contamination within the incubator.
Procedure to start trial or actual operation of the incubator.
How to navigate and interact with the LCD touch panel for basic functions.
Guide to setting temperature, CO2/O2 density, alarms, and other core parameters.
Procedures for enabling, disabling, and managing the key lock function for security.
Explains the automatic switching between N2/O2 gas cylinders when one becomes empty.
Instructions for manually switching between gas supply lines A and B.
How to set and configure various alarm conditions and delays for safety.
Procedures for setting log intervals, displaying, and exporting operation/alarm data.
Guide to setting system clock, LCD brightness, and sleep mode for optimal interface use.
Instructions for using the UV lamp, setting its ON period, and 24-hour mode.
Detailed steps for H2O2 decontamination, precautions, and unlock key usage.
How to set up and use the electric lock, including user-ID management and auto-lock features.
Setup and operation of gas auto changer and STD gas calibration kit.
Guidelines for regular cleaning and maintenance of the incubator.
Common issues, symptoms, and countermeasures for resolving incubator problems.
Procedures and safety warnings for the proper disposal of the unit.
Detailed technical specifications including dimensions, power, and environmental requirements.
Information on temperature, CO2, and O2 control ranges and variations.
