Why is my Phcbi Laboratory Equipment incubator not operating at all?
If your Phcbi Laboratory Equipment incubator isn't operating, first ensure it's properly plugged in and that there is no power failure or tripped circuit breaker. Also, check that the removable power supply cord is correctly connected to the port on the lower right side of the cabinet.
What to do if the CO2 gas density does not match the set value in Phcbi Laboratory Equipment?
If the CO2 gas density in your Phcbi Laboratory Equipment does not 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)). * Verify that the gas tube is not blocked. * Confirm that the duct is securely attached to the 4 points hooks. * Ensure the fan is properly attached and pushed all the way to the motor shaft. * Also, consider whether the incubator is operating near equipment that generates electromagnetic waves.
What to do if the chamber temperature does not match the set value in Phcbi Laboratory Equipment?
If the chamber temperature in your Phcbi Laboratory Equipment does not match the set value, verify that the ambient temperature is not less than 5 °C different from the set chamber temperature. Also, ensure that the outer door is closed and the inner door is not left open. Check if the incubator is operating beside equipment that generates electromagnetic waves.
Why is CO2 gas not being injected into my Phcbi Laboratory Equipment?
The CO2 control method for the Phcbi Laboratory Equipment incubator is the ON-OFF method. CO2 gas is injected intermittently 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. Also, the gas is not injected until the temperature of the CO2 sensor becomes stable enough (approximately 1 hour) after turning ON the power switch or recovering from power failure.
Why is a large quantity of CO2 gas being consumed by my Phcbi Laboratory Equipment?
A large quantity of CO2 gas being consumed by your Phcbi Laboratory Equipment may be due to frequently opening and closing the outer and inner doors. Check for gas leaks from connectors due to deterioration or pinhole leaks in the gas tube; consider replacing the gas tube annually. Also, inspect the packing seal for the inner door and ensure the access hole is closed.
What to do if data cannot be exported to the USB flash drive from Phcbi Laboratory Equipment?
If you cannot export data to the USB flash drive from your Phcbi Laboratory Equipment, please check the following: Ensure the USB flash drive is inserted properly. Verify that data exists for the specified time period. Confirm the USB flash drive is not full and is formatted in FAT16 or FAT32 format. Do not use a USB flash drive that requires a password or has a capacity of more than 32 GB.
What to do if dry heat sterilisation ends in the middle by an error in Phcbi Laboratory Equipment?
If dry heat sterilisation ends prematurely in your Phcbi Laboratory Equipment, make sure that silicon caps are attached to the access port and that the inner door is closed.
Why won't the outer door open on my Phcbi Laboratory Equipment?
If the outer door of your Phcbi Laboratory Equipment won'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 key to unlock the electric lock. Also, during dry heat sterilization, the outer door is electrically locked and cannot be opened.
Why doesn't the chamber humidity rise in my Phcbi Laboratory Equipment?
If the chamber humidity does not rise in your Phcbi Laboratory Equipment, ensure there is enough sterile distilled water in the humidifying pan.
Why does the UV lamp light when the outer door is open on my Phcbi Laboratory Equipment?
If the UV lamp lights when the outer door is open on your Phcbi Laboratory Equipment, check if something is pushing the door switch.
Details the physical components of the incubator unit, including ports and connections.
Describes the layout and function of the incubator's main touch screen interface.
Explains the function and connection of the remote alarm terminal for notifications.
Specifies the recommended environmental and physical conditions for installing the incubator.
Provides instructions for safely connecting a CO2 gas cylinder to the incubator.
Outlines the steps for cleaning the incubator chamber and components before first use.
Guides on how to safely detach internal parts for cleaning or maintenance.
Details the procedure for reassembling internal incubator components after cleaning.
Explains how to properly fill the humidifying pan with sterile distilled water.
Lists important considerations for successful and safe cell culture within the incubator.
Provides guidelines to minimize contamination risks within the incubator chamber.
Explains how to enter numerical values using the touch panel input interface.
Guides on adjusting chamber temperature, CO2 levels, and high limit alarms.
Describes enabling, configuring, and disabling the key lock function on the control panel.
Explains how to configure the frequency for saving operational data logs.
Guides on viewing saved chamber temperature and CO2 density logs graphically.
Provides steps to export operational data logs to a USB drive.
Details how to view saved alarm event logs stored in the incubator.
Explains the process for exporting alarm event logs to a USB storage device.
Guides on viewing the history of dry heat sterilization cycles performed by the unit.
Outlines how to save dry heat sterilisation logs to a USB drive.
Describes how to adjust the incubator's internal clock and date format.
Explains how to configure the LCD panel's brightness and sleep mode settings.
Details the procedure for performing a high-temperature sterilization cycle within the incubator.
Guides on registering a User-ID and password for the Auto-Lock function.
Explains how to enable and configure the automatic door locking feature.
Describes how to use the provided key to unlock the door, especially during power failures.
Details the steps to disable the automatic door locking feature.
Explains the proper use of the UV lamp for disinfection purposes.
Guides on adjusting the duration the UV lamp remains active.
Provides instructions for continuous 24-hour UV disinfection of the chamber.
Instructions for connecting CO2 gas cylinders when using the optional auto changer.
Explains how the system automatically switches gas supply lines when a cylinder is empty.
Details the procedure for manually switching between CO2 gas supply lines A and B.
General| Brand | Phcbi |
|---|---|
| Model | MCO-170AICUVDL |
| Category | Accessories |
| Language | English |
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