What to do if Mindray Medical Equipment shows 'Low Battery Voltage!'?
If you see a 'Low Battery Voltage!' message, first ensure the system is connected to AC mains. Then, verify the battery's condition and check the charging circuit. If the charging circuit is not working, the power board may need replacement.
What to do if Mindray Medical Equipment displays 'Battery Undetected'?
If the 'Battery Undetected' error appears, first ensure a battery is installed and that its voltage is normal. Check the cable connections to the power module. If the issue persists, try replacing the battery. If problems continue, the power board may need to be replaced.
What causes 'Power System Comm Stop' on Mindray Medical Equipment and how to fix it?
A 'Power System Comm Stop' error can occur due to a communication cable error between the power board and the main control board, power board software failure, or power board hardware failure. Try re-plugging the communication cable or replacing it. If it is a software issue, restart the machine or update the power module software. For hardware failures, consider replacing the power board.
Why does Mindray WATO EX-65 Medical Equipment say 'System DOWN for battery depletion!' and how can I fix it?
The 'System DOWN for battery depletion!' message indicates a faulty battery that cannot be recharged, or a mismatch between the system software version and the machine type. Connect the equipment to AC mains and measure the battery voltage to see if it can be recharged. Also, verify that the system software version is compatible with the machine; if not, update the software. If the issue continues, the power board may need replacing.
How to fix 'Power System Selftest Error' on Mindray WATO EX-65?
A 'Power System Selftest Error' could be due to power board software or hardware failure. To resolve this, first restart the machine. If that doesn't work, disconnect the battery from the AC mains and power it on again after 5 minutes. Also, consider updating the power module software.
What to do if Mindray WATO EX-65 Medical Equipment shows 'Power Board High Temp'?
If the power board temperature exceeds 95 ?, the equipment will show 'Power Board High Temp'. Check the fan for the power module. Stop using the machine for some time. If, after restarting, the problem remains, consider replacing the power board.
What does 'Breathing Circuit Not Mounted' mean on Mindray WATO EX-65 Medical Equipment and how do I resolve it?
The 'Breathing Circuit Not Mounted' message indicates that the breathing circuit is either not installed or not correctly connected to the circuit base. Ensure the circuit is correctly installed. Check the connection between the connection line and the connector. For WATO series anesthesia machines, replacing the power board might be necessary, as it detects the circuit's position.
Why does Mindray WATO EX-65 say 'Power Supply Voltage Error'?
A 'Power Supply Voltage Error' indicates a 3.3V, 5V, or 12V error. Measure the voltage at the corresponding test point. If the problem persists, the power board may need to be replaced.
Why does Mindray WATO EX-65 RT clock need reset?
The RT Clock may need a reset because there is no button cell available in the system, or the battery has no capacity. Replace with a new button cell. If the problem persists, replace the main control board.
What to do if Mindray Medical Equipment RT Clock Not Exist?
If the RT Clock does not exist, it may be due to an RT chip malfunction. Try restarting the machine. If the problem persists, replace the board.
General| Type | Anesthesia Machine |
|---|---|
| Model | WATO EX-65 |
| Brand | Mindray |
| Tidal Volume Range | 20 to 1500 mL |
| O2 Concentration | 21% to 100% |
| I:E Ratio | 4:1 to 1:8 |
| Ventilation Modes | VCV, PCV, SIMV, Manual, Spontaneous |
| Flow Meter | O2, N2O |
| Vaporizer | Up to 2 vaporizers |
| PEEP | 0 to 20 cmH2O |
| Gas Supply | O2, N2O, Air |
| Monitoring | Airway Pressure, Flow, Volume |
| O2 Flush | 35 to 75 L/min |
| Respiratory Rate | 4 to 100 breaths per minute |
| Power Supply | 100 to 240 VAC, 50/60 Hz |
| Fresh Gas Flow | 0 to 15 L/min |
Provides crucial safety guidelines including dangers, warnings, cautions, and notes.
Lists and explains various symbols used throughout the manual for equipment identification.
Details the gas flow principles and components within the anesthesia machine.
Illustrates the pneumatic circuit diagram of the anesthesia machine.
Lists all the parts included in the gas flow system with their corresponding numbers.
Outlines the initial inspection procedures for the anesthesia machine before testing.
Details the procedures for testing the integrity and function of the pipeline gas supplies.
Outlines the procedures for testing various alarms to ensure proper functionality.
Provides guidelines for routine maintenance and periodic replacement of parts.
Outlines essential tests to verify the normal operation and status of the anesthesia machine.
Details the procedures for calibrating various sensors and components of the anesthesia machine.
Guides on checking and resolving technical alarms related to the ventilator and flowmeter.
Details possible failures within the pneumatic circuit and their troubleshooting methods.
Covers troubleshooting for hardware and electrical issues affecting the anesthesia machine's operation.
Lists tools and preparations required before starting the disassembly process.
Provides step-by-step instructions for disassembling various assemblies of the anesthesia machine.
Provides instructions for disassembling the breathing system components.
Details the components and exploded views of the main unit.
Details the exploded view and parts list for the display assembly.
Lists components of the breathing circuit.
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