To Next PageTo Next PageWhy is my Phcbi MCO-230AICUVL consuming a large quantity of CO2 gas?
Excessive CO2 gas consumption in your Phcbi Accessories might be due to: * Frequent opening and closing of the outer and inner doors. * Gas leaks from connectors due to gas tube deterioration (replace the gas tube annually). * A defective packing seal on the inner door. * An open access hole.
What to do if the CO2 gas density does not match the set value in Phcbi MCO-230AICUVL Accessories?
If the CO2 gas density in your Phcbi Accessories doesn't match the set value, check the following: * Ensure the secondary pressure for the gas regulator is at the specified value of 0.03 MPa(G) ~0.1 MPa(G) (0.3 kgf/cm2(G)~1 kgf/cm2(G), 4.4 psi(G)~14.5 psi(G)). * Make sure the gas tube isn't blocked. * Verify that the duct is securely attached to the 4 points hooks. * Confirm the fan is pushed all the way to the motor shaft. * Ensure the incubator isn't operating beside equipment that generates electromagnetic waves.
Why is the CO2 gas density slow to recover in my Phcbi Accessories?
A slow CO2 gas density recovery in your Phcbi Accessories could be caused by several factors: * A clogged HEPA filter in the CO2 gas piping (contact your sales representative or agent). * Low gas levels in the CO2 gas cylinder. * Incorrect secondary pressure for the gas regulator (should be 0.03 MPa(G) ~0.1 MPa(G) (0.3 kgf/cm2(G)~1 kgf/cm2(G), 4.4 psi(G)~14.5 psi(G))). * A blocked gas tube. * An improperly attached duct (secure to the 4 points hooks). * An improperly attached fan (ensure it's fully pushed onto the motor shaft).
What to do if the chamber temperature does not match the set value in Phcbi Accessories?
If the chamber temperature in your Phcbi Accessories doesn't match the set value: * Ensure the ambient temperature is no more than 5 °C different from the set chamber temperature. * Check that the outer door is closed and the inner door is also closed. * Verify that the incubator isn't operating near equipment generating electromagnetic waves.
How to troubleshoot a Phcbi MCO-230AICUVL incubator that does not operate at all?
If your Phcbi Accessories incubator isn't operating at all, check these items: * Confirm that the incubator is plugged in. * Check for a power outage or tripped circuit breaker. * Ensure the removable power supply cord is connected to the port on the lower right side of the cabinet.
Why H2O2 decontamination cannot be performed in Phcbi MCO-230AICUVL?
If H2O2 decontamination cannot be performed in your Phcbi Accessories, verify the following: * The optional MCO-HP, the optional MCO-170HB and the MCO-170EL are installed. * The UV lamp is not burned out (H2O2 decontamination is impossible if the UV lamp is burned out). * The H2O2 generator cable is properly connected. * The entire bottle of the H2O2 reagent has not been used.
What to do if the chamber humidity does not rise in Phcbi MCO-230AICUVL Accessories?
If the chamber humidity in your Phcbi Accessories isn't rising, ensure there's enough sterile distilled water in the humidifying pan.
What causes “Err34: H2O2 Volume” during H2O2 decontamination cycle in Phcbi MCO-230AICUVL Accessories?
During the H2O2 decontamination cycle, if “Err34: H2O2 Volume” is activated on your Phcbi Accessories, check the following: * Ensure the duct is securely attached to the 4 points hooks. * Confirm the fan is pushed all the way to the motor shaft. * Verify the H2O2 generator is securely installed, with its 2 pins set in the 2 holes at the left bottom of the duct. * Determine if the H2O2 generator has reached the end of its life (replace after 5,000 hours of operation).
What to do if the outer door does not open in Phcbi Accessories?
When the optional MCO-170EL is installed on your Phcbi Accessories, the outer door may not open if the power switch is OFF because the electric lock is engaged. Turn the power switch ON or use the accessory unlock key. The door is also electrically locked during decontamination.
Why does the UV lamp light when the outer door is open on my Phcbi MCO-230AICUVL Accessories?
The UV lamp might be lighting when the outer door is open on your Phcbi Accessories if something is pushing the door switch.
Key advisories and disclaimers regarding the use of the CO2 incubator and its documentation.
Explanation of warning, caution, prohibition, and instruction symbols used in the manual.
Safety requirements related to ventilation, gas handling, and potential oxygen depletion.
Guidelines for choosing a stable, level installation site away from heat and vibration sources.
Precautions for proper electrical connection, grounding, and preventing electric shock.
Safety measures for power cords, unit handling, and preventing damage or misuse.
Diagram identifying the main parts and external features of the CO2 incubator.
Visual representation and labeling of the incubator's exterior and interior components.
Description of the main display screen, including temperature, CO2, and status indicators.
Explanation of the various keys and their functions on the LCD touch panel interface.
Criteria for choosing an appropriate location for the CO2 incubator.
Steps for unpacking, cleaning, and setting up the incubator's internal components.
Importance and methods for properly grounding the incubator to prevent electrical hazards.
Detailed instructions for cleaning the incubator chamber and attachments before first use.
Procedure for connecting the CO2 gas cylinder to the incubator.
Instructions for safely removing trays, humidifying pan, and fan cover.
Guidelines for optimal culture conditions, including spacing and avoiding harmful materials.
Recommendations for maintaining chamber cleanliness and using sterile distilled water.
Procedure for starting trial or actual operation of the incubator.
Guide to accessing and navigating through the incubator's menu structure.
How to use the numerical input window for setting parameters on the touch panel.
Procedure for setting chamber temperature, CO2 density, and high limit temperature alarm.
Instructions for enabling and configuring the key lock feature with a password.
Steps to disable the key lock feature and remove password protection.
How to configure automatic set temperature and CO2 density alarms and their delays.
Configuration of delays for temperature and CO2 density alarms, ring back, and remote alarms.
Procedure to set the interval for saving operation and alarm log data.
How to view logged temperature, CO2 density, and door opening data graphically.
Steps to export operation log data to a USB memory device.
How to display and view recorded alarm events on the incubator.
Steps to export alarm log data to a USB memory device.
Instructions and precautions for operating the UV lamp for disinfection.
How to configure the duration the UV lamp remains lit after door closure.
Procedure for activating the 24-hour UV lamp mode for chamber sterilization.
Introduction to the H2O2 decontamination process and its requirements.
Step-by-step guide for performing H2O2 decontamination, including setup and execution.
Crucial safety warnings regarding the use and handling of H2O2 reagent.
Safety precautions during the H2O2 gas resolve phase, including door locking.
Procedure for registering a User-ID and release password for the auto-lock function.
How to enable and configure the automatic door locking feature based on time.
Instructions for connecting two CO2 gas cylinders for automatic supply line switching.
Explanation of how the system automatically switches between CO2 gas cylinders.
Procedure for manually changing the CO2 gas supply line.
Instructions for connecting a standard gas cylinder for CO2 density calibration.
Recommended monthly procedures for cleaning the incubator chamber and attachments.
Comprehensive table detailing incubator alarms, conditions, displays, and safety operations.
Troubleshooting steps for common issues like the incubator not starting or activating alarms.
Detailed list of the incubator's technical specifications, dimensions, and features.
Table outlining the incubator's performance metrics like temperature control and variation.
Key advisories and disclaimers regarding the use of the CO2 incubator and its documentation.
Explanation of warning, caution, prohibition, and instruction symbols used in the manual.
Safety requirements related to ventilation, gas handling, and potential oxygen depletion.
Guidelines for choosing a stable, level installation site away from heat and vibration sources.
Precautions for proper electrical connection, grounding, and preventing electric shock.
Safety measures for power cords, unit handling, and preventing damage or misuse.
Diagram identifying the main parts and external features of the CO2 incubator.
Visual representation and labeling of the incubator's exterior and interior components.
Description of the main display screen, including temperature, CO2, and status indicators.
Explanation of the various keys and their functions on the LCD touch panel interface.
Criteria for choosing an appropriate location for the CO2 incubator.
Steps for unpacking, cleaning, and setting up the incubator's internal components.
Importance and methods for properly grounding the incubator to prevent electrical hazards.
Detailed instructions for cleaning the incubator chamber and attachments before first use.
Procedure for connecting the CO2 gas cylinder to the incubator.
Instructions for safely removing trays, humidifying pan, and fan cover.
Guidelines for optimal culture conditions, including spacing and avoiding harmful materials.
Recommendations for maintaining chamber cleanliness and using sterile distilled water.
Procedure for starting trial or actual operation of the incubator.
Guide to accessing and navigating through the incubator's menu structure.
How to use the numerical input window for setting parameters on the touch panel.
Procedure for setting chamber temperature, CO2 density, and high limit temperature alarm.
Instructions for enabling and configuring the key lock feature with a password.
Steps to disable the key lock feature and remove password protection.
How to configure automatic set temperature and CO2 density alarms and their delays.
Configuration of delays for temperature and CO2 density alarms, ring back, and remote alarms.
Procedure to set the interval for saving operation and alarm log data.
How to view logged temperature, CO2 density, and door opening data graphically.
Steps to export operation log data to a USB memory device.
How to display and view recorded alarm events on the incubator.
Steps to export alarm log data to a USB memory device.
Instructions and precautions for operating the UV lamp for disinfection.
How to configure the duration the UV lamp remains lit after door closure.
Procedure for activating the 24-hour UV lamp mode for chamber sterilization.
Introduction to the H2O2 decontamination process and its requirements.
Step-by-step guide for performing H2O2 decontamination, including setup and execution.
Crucial safety warnings regarding the use and handling of H2O2 reagent.
Safety precautions during the H2O2 gas resolve phase, including door locking.
Procedure for registering a User-ID and release password for the auto-lock function.
How to enable and configure the automatic door locking feature based on time.
Instructions for connecting two CO2 gas cylinders for automatic supply line switching.
Explanation of how the system automatically switches between CO2 gas cylinders.
Procedure for manually changing the CO2 gas supply line.
Instructions for connecting a standard gas cylinder for CO2 density calibration.
Recommended monthly procedures for cleaning the incubator chamber and attachments.
Comprehensive table detailing incubator alarms, conditions, displays, and safety operations.
Troubleshooting steps for common issues like the incubator not starting or activating alarms.
Detailed list of the incubator's technical specifications, dimensions, and features.
Table outlining the incubator's performance metrics like temperature control and variation.
General| Brand | Phcbi |
|---|---|
| Model | MCO-230AICUVL |
| Category | Accessories |
| Language | English |
