What to do if Physio Control Medical Equipment shows 'Read Protective POT time out'?
If your Physio Control Medical Equipment displays 'Read Protective POT time out', it indicates I2C communication faults or a halted Protective CPU. Check the cable between boards and consider replacing the Protective board.
What to do if my Physio Control Medical Equipment shows 'Real Time Clock Fault'?
If your Physio Control Medical Equipment displays a 'Real Time Clock Fault', it could be due to a read fault at start, an I2C fault, or a low “BAT1” voltage. To resolve this, charge “BAT1” by starting the device and pressing PAUSE, leaving it ON for 30 minutes. Then, set the correct time and date using the LUCAS2.exe program. Restart the equipment and check for the COM_RTC warning. If the issue persists, consider replacing the Control board.
How to troubleshoot 'High Current detected at Start' in Physio Control Medical Equipment?
If your Physio Control Medical Equipment detects high current at start, it might be due to a fault reading current to the motor, broken driver FETs, or a +/- 12V supply fault. If needed, replace the Control board.
What causes 'I2C Protective Com Timeout' in Physio Control Medical Equipment and how to fix it?
An 'I2C Protective Com Timeout' in your Physio Control Medical Equipment indicates that there is no I2C life tick from the Protective system for more than 100 seconds, which could be due to an I2C communication fault or a halted Protective CPU. To solve this, restart the equipment and run it for 30 minutes. If the fault repeats, replace the Protective board.
What to do if Physio Control Medical Equipment shows 'Too low Current at Current test'?
If your Physio Control Medical Equipment indicates 'Too low Current at Current test', the motor might not be connected or could be broken. It could also be due to HALL sensor signal faults or internal voltage issues. You should check the motor and HALL cable. Also, check for internal voltage faults. If problems persist, consider replacing the Control board.
What causes Protective system to stop operation in Physio Control Medical Equipment?
If the Protective system has stopped operation in your Physio Control Medical Equipment, it is due to a Protective system error or a fault in the cable between boards. Check Protective system error codes for the cause.
What to do if my Physio Control Medical Equipment displays 'Fault SD Com'?
If your Physio Control Medical Equipment shows a 'Fault SD Com' message, it means the SD card is either not inserted or is broken. Try re-inserting the SD card. If that doesn't work, replace the SD card.
What to do if Physio Control Medical Equipment displays 'Control Potentiometer Calibration data CheckSum fault'?
If your Physio Control Medical Equipment shows a 'Control Potentiometer Calibration data CheckSum fault', it could be due to un-calibration, too un-linear potentiometer or a CPU fault. Perform a new calibration. If the fault persists and is un-linear, replace the compression module. If it's a CPU fault, replace the Control board.
What does 'PotPos./Hall sensor mismatch' mean on Physio Control Medical Equipment and how to fix it?
A 'PotPos./Hall sensor mismatch' on your Physio Control Medical Equipment indicates a Control POT fault or un-linearity, a start with 13N release, or rough compression movement. Ensure a correct start without 13N release. If needed, replace the compression module.
How to resolve 'No Communication between Protective and/or Battery- Charger CPU's at start' on Physio Control Medical Equipment?
If your Physio Control Medical Equipment shows 'No Communication between Protective and/or Battery- Charger CPU's at start', it is caused by I2C communication faults or a halted Protective or Charger CPU. Replace the cable between the boards or replace the Protective board.
Defines the coverage and applicability of the service manual.
Lists the necessary qualifications and training for service technicians.
States limitations of liability for product misuse or consequential damages.
Procedure for reporting any failures affecting patient or user safety.
Identifies the trademark holder for LUCAS®2.
References other relevant documents for additional information.
Details on reporting service actions and tracking device modules.
Guidelines for proper recycling of device materials.
Identifies who is responsible for the accuracy of manual content.
Specifies the device's purpose and limitations for performing chest compressions.
Precautions to take when working with electrical components.
Safety measures related to battery chemicals and leakage.
Guidelines for protecting against electrostatic discharge when handling electronics.
Details on battery, PCBs, user panel, and cooling fan.
Explains how the device generates chest compressions.
Lists and illustrates all physical parts of the LUCAS® 2 system.
Steps for installing the program loader software and drivers.
Procedure to establish a connection between the LUCAS device and the computer.
Instructions for operating the software interface and understanding its display.
Procedures for updating the software on the LUCAS device.
Addresses issues and solutions for calibration errors encountered during software use.
Information on how to verify installed program versions using checksums.
Procedure to modify the device's unique identification number.
Instructions for synchronizing the device's internal clock.
Functionality for saving and printing status views from the software.
Interpreting visual and audible signals during normal device operation.
Details on device malfunction alarms, their causes, and results.
Lists and explains error codes from the Control, Protective, and Charger CPUs.
Specific error codes originating from the Control CPU and their probable causes.
Specific error codes originating from the Protective CPU and their probable causes.
Specific error codes originating from the Charger CPU and their probable causes.
General advice and common checks for diagnosing device issues.
Detailed list of spare parts available for servicing the LUCAS device.
List of additional spare parts that can be ordered for the device.
List of accessories compatible with the LUCAS device.
List of common tools needed for performing maintenance and repairs.
List of specific tools recommended for LUCAS service.
Lists lubricants, fluids, and other substances required for maintenance.
Lists the software programs required for device maintenance and diagnostics.
Step-by-step guide for performing annual maintenance on the LUCAS device.
Instructions for cleaning the electric fan and mesh grill.
Procedure for lubricating the compression module's carry ball screw.
Instructions for lubricating the claw lock mechanism.
Procedure for removing and installing the hood and its bracket.
Instructions for replacing the bellows component of the device.
Procedure for replacing the main compression unit.
Instructions for replacing the drive belt.
Procedure for replacing the electric motor.
Procedure for replacing the main control board.
Procedure for replacing the protective control board.
Procedure for replacing the electric fan.
Procedure for replacing a support leg.
Procedure for replacing the battery connector board.
Procedure for replacing the power inlet.
Procedure for replacing the main body or frame assembly.
Overview of the process to verify device functions after repair or maintenance.
Tests to verify the proper mechanical operation of the device.
Detailed checks for the piston and claw lock mechanisms.
Tests to verify the proper electronic functions and indicators of the device.
General| Brand | Physio Control |
|---|---|
| Model | lucas 2 |
| Category | Medical Equipment |
| Language | English |
To Next Page
