What to do if nothing operates even when plugged in Phcbi Laboratory Equipment?
If your equipment isn't operating even when plugged in, start by checking the power supply connection to ensure it's properly connected. Verify that the power supply's capacity and voltage meet the required specifications. Check for power outages and reset the circuit breaker if it has been activated. If the fuse on the supply circuit is blown, replace it.
Why does my Phcbi Laboratory Equipment return to the temperature display mode during setting mode?
The setting mode returns to the temperature display mode automatically when 90 seconds has passed without any key operation; this is due to the auto-return function.
Why can't I use the keys on my Phcbi Laboratory Equipment?
If no key operation is available on your Phcbi Laboratory Equipment, the key lock may be set to ON (L 1). To resolve this, set the key lock to OFF (L 0).
How to reduce noise coming from my Phcbi Laboratory Equipment?
To reduce noise from your Phcbi Laboratory Equipment, ensure the floor is sturdy and the installation location is level. Adjust the freezer to be level if it's tilted. Make sure the cabinet does not contact the surrounding wall, ensuring there is space around it.
What to do if the alarm device is activated during the operation of my Phcbi Laboratory Equipment?
If the alarm is activated during operation of your Phcbi Laboratory Equipment, there are several potential causes. Begin by checking the power supply connection and verifying that its capacity and voltage are sufficient. Ensure there isn't a power failure. Check if the circuit breaker has been activated and reset it if necessary, and also check the fuse and replace it if blown. Verify the chamber temperature setting. Make sure the door is properly closed, and avoid placing high-temperature items inside the chamber. Ensure the door is closed.
What to do if my Phcbi Laboratory Equipment won't turn on even when plugged in?
If your Phcbi Laboratory Equipment isn't operating when plugged in, there could be several reasons. First, check the connection to the power supply to ensure it's properly connected. Next, verify that the capacity and voltage of the power supply are sufficient for the equipment's requirements. Also, check for a power failure in your location. Furthermore, the circuit breaker on the supply circuit may have been activated, so try resetting it. Lastly, inspect the fuse on the supply circuit; if it's blown, replace it with a new one.
What to do if during the setting mode, the mode returns to the temp. display mode on my Phcbi Laboratory Equipment?
The setting mode automatically returns to the temperature display mode if 90 seconds pass without any key operation. This is due to the auto-return function.
How to unlock keys on Phcbi Laboratory Equipment?
If no key operation is available, the key lock may be set to ON (L 1). To enable key operations, set the key lock to OFF (L 0).
Why is my Phcbi Laboratory Equipment so noisy?
If your equipment is making excessive noise, it could be due to several reasons: * Ensure the floor is sturdy. * Level the installation location. * Adjust the tilt of the freezer. * Make sure the cabinet isn't touching the surrounding wall, ensuring there is space around it.
What to do if the alarm is activated during Phcbi Freezer operation?
If the alarm activates during operation, several factors could be responsible. Ensure the unit is properly connected to the power supply and that the power supply's capacity and voltage are sufficient. Check for a power failure, a tripped circuit breaker, or a blown fuse. Also, verify that the chamber temperature setting hasn't been changed, the door hasn't been left open for an extended period, and that no containers with high temperatures have been placed inside. Finally, make sure the door is completely closed.
Model designation for the biomedical freezer.
Contains warranty conditions and liability limitations for product use.
Explanation of warning and caution symbols used in the manual.
Essential safety guidelines for unit installation location and electrical connections.
Key safety measures during unit operation, maintenance, and power handling.
Precautions for moving the unit and safety measures for the power-failure alarm battery.
Specific cautions regarding installation environment and material storage.
Description of danger labels found on the unit and their meanings.
Meaning of symbols attached to the unit for user guidance.
Specifies the intended use for DNA/plasma storage and related precautions.
Diagram and labeling of the main external and internal components of the freezer.
Detailed explanation of each numbered component of the freezer.
Detailed explanation of each button and display on the control panel.
Specifies ideal locations and environmental conditions for unit installation.
Procedure for securing, levelling, and properly earthing the unit.
Step-by-step guide for the initial power-on and setup of the freezer.
Procedure for checking unit status and alarms during and after power outages.
Instructions on how to set and adjust the desired chamber temperature.
Procedure to lock or unlock the chamber temperature setting to prevent accidental changes.
How to configure the high-temperature alarm threshold for item protection.
How to configure the low-temperature alarm threshold for item protection.
Procedure to set the duration for which the buzzer remains suspended after an alarm.
How to adjust the delay time for compressor startup after power restoration.
Information on connecting a remote alarm device and its contact output specifications.
Details on different alarm causes, indications, and remote alarm behavior.
Description of auto-return, key lock, and battery switch safety features.
Explanation of self-diagnostic error codes and causes for unit malfunctions.
Instructions for cleaning the exterior, interior, and accessories of the unit.
Procedure to regularly test the functionality of the unit's alarm system.
Step-by-step guide for manual defrosting of the freezer.
Information on performing annual temperature calibration and contacting service.
Guidance on the 3-year replacement cycle for the power-failure alarm battery.
Troubleshooting guide for common unit malfunctions and their solutions.
Information on the recyclability of the unit's rechargeable battery and proper disposal methods.
Procedure for decontaminating the unit before disposal, especially with biological hazards.
Details on disposal of electrical equipment and batteries in EU countries.
Main specifications for optional temperature recorders MTR-G85C and MTR-4015LH.
Comprehensive list of technical data, dimensions, materials, and components.
Details on cooling performance, temperature range, power, and noise levels.
Form to be filled before servicing for engineer and user safety, covering contents and contamination.
Model designation for the biomedical freezer.
Contains warranty conditions and liability limitations for product use.
Explanation of warning and caution symbols used in the manual.
Essential safety guidelines for unit installation location and electrical connections.
Key safety measures during unit operation, maintenance, and power handling.
Precautions for moving the unit and safety measures for the power-failure alarm battery.
Specific cautions regarding installation environment and material storage.
Description of danger labels found on the unit and their meanings.
Meaning of symbols attached to the unit for user guidance.
Specifies the intended use for DNA/plasma storage and related precautions.
Diagram and labeling of the main external and internal components of the freezer.
Detailed explanation of each numbered component of the freezer.
Detailed explanation of each button and display on the control panel.
Specifies ideal locations and environmental conditions for unit installation.
Procedure for securing, levelling, and properly earthing the unit.
Step-by-step guide for the initial power-on and setup of the freezer.
Procedure for checking unit status and alarms during and after power outages.
Instructions on how to set and adjust the desired chamber temperature.
Procedure to lock or unlock the chamber temperature setting to prevent accidental changes.
How to configure the high-temperature alarm threshold for item protection.
How to configure the low-temperature alarm threshold for item protection.
Procedure to set the duration for which the buzzer remains suspended after an alarm.
How to adjust the delay time for compressor startup after power restoration.
Information on connecting a remote alarm device and its contact output specifications.
Details on different alarm causes, indications, and remote alarm behavior.
Description of auto-return, key lock, and battery switch safety features.
Explanation of self-diagnostic error codes and causes for unit malfunctions.
Instructions for cleaning the exterior, interior, and accessories of the unit.
Procedure to regularly test the functionality of the unit's alarm system.
Step-by-step guide for manual defrosting of the freezer.
Information on performing annual temperature calibration and contacting service.
Guidance on the 3-year replacement cycle for the power-failure alarm battery.
Troubleshooting guide for common unit malfunctions and their solutions.
Information on the recyclability of the unit's rechargeable battery and proper disposal methods.
Procedure for decontaminating the unit before disposal, especially with biological hazards.
Details on disposal of electrical equipment and batteries in EU countries.
Main specifications for optional temperature recorders MTR-G85C and MTR-4015LH.
Comprehensive list of technical data, dimensions, materials, and components.
Details on cooling performance, temperature range, power, and noise levels.
Form to be filled before servicing for engineer and user safety, covering contents and contamination.
General| Brand | Phcbi |
|---|---|
| Model | MDF-U5412 |
| Category | Laboratory Equipment |
| Language | English |
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