Dear car owners, have you ever encountered an FML fault code while driving? If you're confused, don't worry! PHP editor Xinyi has compiled a comprehensive list of fault codes for you, explaining in detail the meaning and solutions of FML fault codes. To learn more, continue reading the following article.
fml is the abbreviation of fault code. Common faults include the following:
(1) Date error (data error)
There are irreparable errors in the data read from the floppy disk or hard disk, and there are bad sectors and
on the disk. Bad file allocation table.
(2)Hard disk configuration error (hard disk configuration error)
The hard disk configuration is incorrect, the jumpers are incorrect, the hard disk parameter settings are incorrect, etc.
(3) Hard disk controller failure (hard disk controller failure)
The controller card (multi-function card) is loose, the connection is incorrect, the hard disk parameter settings are incorrect, etc.
(4)Hard disk failure (hard disk failure)
Controller card (multi-function card) failure, incorrect hard disk configuration, incorrect jumpers, physical failure of the hard disk.
(5) Hard disk drive read failure (hard disk drive read failure)
The controller card (multi-function card) is loose, the hard disk configuration is incorrect, the hard disk parameter settings are incorrect, the hard disk record data is damaged, etc.
(6)No boot device available
The system cannot find the floppy disk or hard disk as the boot device.
(7)No boot sector on hard disk drive (No boot sector on the hard disk drive)
The boot sector on the hard disk is missing, infected with a virus or the configuration parameters are incorrect.
(8)Non system disk or disk error (non-system disk or disk error)
The disk used as the boot disk is not the system disk and does not contain system boot and core files, or the disk itself is faulty.
(9) Sector not found (sector not found)
The system disk cannot locate the given sector on the floppy disk and hard disk.
(10)Seek error
The system cannot locate a given sector, track or head on floppy disks and hard disks.
(11)Reset Failed (hard disk reset failed)
Circuit failure of the hard disk or hard disk interface.
(12) Fatal Error Bad Hard Disk (hard disk fatal error)
Hard disk or hard disk interface failure.
(13)No Hard Disk Installed
The hard disk is not installed, but the hard disk is set in the CMOS parameters;
The hard drive number is not connected properly, and the hard disk card (multi-function card) is not connected properly;
Hard drive or hard disk card failure
Blue screen error code caused by high CPU temperature: 0x0000008E (0xc0000005, 0x00000000, 0XAAD2AA28, 0x00000000)
This situation is generally caused by system software, memory, and hard disk. 1. The computer is accidentally installed with malware, or malicious programs are generated while surfing the Internet. It is recommended to use software such as 360 Defender and Kingsoft Defender to clean up junk and kill malware, which may solve the problem. If it doesn't work, reinstalling and restoring the system can solve the problems caused by the software.
1.KX, KX4, FX, LX, unit series---Fault code list Code｜Fault content｜No display｜Power supply problem; fuse blown; X, Y, Z signal line connection is poor; wire controller is defective.
｜E1｜The communication between the wired controller and the inner substrate is poor.
｜(For fixed frequency multi-machine, when one wire controller controls multiple indoor units, the power supply of one of the indoor units is OFF or the address of the indoor unit is repeated, which may cause E1)｜ E2｜The address of the indoor unit is repeated or one signal The line system has more than 49 internal machines.
｜E3｜The outdoor unit cannot be detected.
(E3 appears when the fuse of the CNK terminal of the signal line on the indoor unit is blown. If the fuse is blown, plug in the CNK2 terminal instead.)
｜E5｜Poor communication between the indoor and outdoor units;
1.KX, KX4, FX, LX, unit series---Fault code list Code｜Fault content｜No display｜Power supply problem; fuse blown; X, Y, Z signal line connection is poor; wire controller is defective.
｜E1｜The communication between the wired controller and the inner substrate is poor.
｜(For fixed frequency multi-machine, when one wire controller controls multiple indoor units, the power supply of one of the indoor units is OFF or the address of the indoor unit is repeated, which may cause E1)｜ E2｜The address of the indoor unit is repeated or one signal The line system has more than 49 internal machines.
｜E3｜The outdoor unit cannot be detected.
(E3 appears when the fuse of the CNK terminal of the signal line on the indoor unit is blown. If the fuse is blown, plug in the CNK2 terminal instead.)
｜E5｜Poor communication between the indoor and outdoor units;
A1 The indoor unit circuit board is defective
A3 The drainage water level is abnormal
A6 The indoor unit fan motor is overloaded, the current is too large or stalled
A7 The wind direction swing motor is stalled and only the wind direction cannot be controlled
AH The air filter is abnormal and only the air Filter not working
AJ Ability set improperly Preset data improperly. Or no program is set in the data storage IC.
C4 Heat exchanger temperature sensor is abnormal.
C9 The intake air temperature sensor is abnormal.
CJ The temperature sensor of the remote control is abnormal. The remote control thermistor is malfunctioning, but the system's thermistor is still functioning.
E0 Safety device action (outdoor unit)
E1 Outdoor unit circuit board defective (outdoor unit)
E3 High voltage part abnormality (outdoor unit)
E4 Low voltage part abnormality (outdoor unit)
E5 Compressor motor stalled Cannot work (outdoor unit)
E7 The outdoor unit fan motor is stalled. The instantaneous current of the outdoor unit fan motor is too large (outdoor unit)
E9 The electronic expansion valve is abnormal (outdoor unit)
F3 The exhaust pipe temperature is abnormal (outdoor unit)
H3 High-voltage switch abnormality (outdoor unit)
H4 Low-voltage switch abnormality (outdoor unit)
H7 Outdoor unit fan motor position signal abnormality (outdoor unit)
H9 Outdoor thermistor abnormality (outdoor unit)
J3 row Abnormal air pipe thermistor (outdoor unit)
J5 Abnormal air inlet thermistor (outdoor unit)
J6 Abnormal heat exchanger thermistor (outdoor unit)
L4 Heat sink overheating (outdoor unit) The inverter cannot Cooling
L5 The instantaneous current is too large (outdoor unit) The compressor motor may be poorly grounded or short-circuited
L8 The electrical part is overheated (outdoor unit) The compressor may be overloaded or the compressor motor may be disconnected
L9 To prevent failure, shut down (outdoor unit ) The compressor may be blocked
LC The conduction between the outdoor unit control part and the inverter is abnormal.
MON1 and MONO fault and function comparison table
MON1-1 or 5
MONO-0 control S/W NRS reason indication
E0O No abnormality
E01 Temperature abnormality
E02 Emergency stop operation record 1 time (SW -THMFT)
E03 CC-WDT 3 times detection (SS-CCWC3)-4
E04 SLC-WDT 4 times detection (SW-SOCR)-3
E05 Current detection (SW-SOCR)
E06 Regeneration Resistor load is too large (SW-SOLR) -2
E07 41DG gate lock circuit abnormality (SW-E41)
E08 Terminal limiter abnormality (SW-TSCK)
E09 PAD abnormality detection (SW-PAD) Leveling sensor
EOA scale value abnormality detection (SW-WGER)
EOB Stopping PAD abnormality detection (SW-PAE)
EOC charging abnormality, only valid if there is a charging circuit (SW-CHRGT)
EOD Abnormality detection during re-leveling (SW-PRLE)
MONO-01 Control S/W NRS reason indication
E10 No abnormality
E11 Cannot retry after reset (SW-RSRTC)
E12 Snickers 16 times Abnormal detection (ST-SELD)
E13 Direct transmission to CPU Transmission abnormality (ST-STER)
E14 Capacitor abnormality detection (ST-CAPC)
E15 Manual button abnormality (ST-HDOK)
E16 Mode and speed measurement Abnormal data deviation (SD-OVJP)
E17 #LB Coil operation has been detected for 4 consecutive abnormal power outages (ST-DFLB)
E18 #5 Coil has been detected for 4 consecutive abnormal power outages (ST-DF5)
E19 The forced contact circuit was detected abnormally 4 times in a row (ST-DFBK)
E1A The rectifier voltage was insufficient and detected 8 times (ST-DFLV)
E1B #RL Detected abnormally (SW-CFRL)
There are many reasons for air conditioner failure. Professional air conditioner repairers will have certain codes to call air conditioner failures:
1.
E1 means that the thermistor is short-circuited or open-circuited due to the influence of temperature.
2.
E2 means that the thermistor is short-circuited or open-circuited due to the influence of indoor tube temperature.
3.
E3 refers to the thermistor short circuit or open circuit due to the influence of outdoor pipe temperature.
MON1 and MONO fault and function comparison table
MON1-1 or 5
MONO-0 control S/W NRS reason indication
E0O No abnormality
E01 Temperature abnormality
E02 Emergency stop operation record 1 time (SW -THMFT)
E03 CC-WDT 3 times detection (SS-CCWC3)-4
E04 SLC-WDT 4 times detection (SW-SOCR)-3
E05 Current detection (SW-SOCR)
E06 Regeneration Resistor load is too large (SW-SOLR) -2
E07 41DG gate lock circuit abnormality (SW-E41)
E08 Terminal limiter abnormality (SW-TSCK)
E09 PAD abnormality detection (SW-PAD) Leveling sensor
EOA scale value abnormality detection (SW-WGER)
EOB Stopping PAD abnormality detection (SW-PAE)
EOC charging abnormality, only valid if there is a charging circuit (SW-CHRGT)
EOD Abnormality detection during re-leveling (SW-PRLE)
MONO-01 Control S/W NRS reason indication
E10 No abnormality
E11 Cannot retry after reset (SW-RSRTC)
E12 Snickers 16 times Abnormal detection (ST-SELD)
E13 Direct transmission to CPU Transmission abnormality (ST-STER)
E14 Capacitor abnormality detection (ST-CAPC)
E15 Manual button abnormality (ST-HDOK)
E16 Mode and speed measurement Abnormal data deviation (SD-OVJP)
E17 #LB Coil operation has been detected for 4 consecutive abnormal power outages (ST-DFLB)
E18 #5 Coil has been detected for 4 consecutive abnormal power outages (ST-DF5)
E19 The forced contact circuit was detected abnormally 4 times in a row (ST-DFBK)
E1A The rectifier voltage was insufficiently detected 8 times (ST-DFLV)
E1B #RL Detected abnormally (SW-CFRL)
1. From a series of codes (excluding "00" and "FF") to "FF" or "00", the motherboard self-test has passed, OK.
2. If "00" is output and the code does not change, the motherboard is not running. Check whether the CPU is broken, the CPU jumper, or whether the CPU settings are correct, whether the power supply is normal, and whether there is mold on the motherboard battery, etc.?
3. If you set the CMOS to not prompt errors, when encountering a non-fatal fault, the diagnostic card will not stop and continue to go back to "00". The solution is to change the CMOS setting to prompt all errors. Turn on the computer again. If there is a non-fatal fault, stop it and troubleshoot based on the code.
Computer hardware failure is one of the common problems in computer use. It may cause the system to crash, the program to fail to run normally or the performance to decrease. Understanding hardware fault codes can help users accurately identify problems and take appropriate solutions. This article will introduce some common detection methods to help you better solve computer hardware failures.
Many manufacturers provide specialized hardware testing software that can detect hardware fault codes by running corresponding tests. These software can usually detect major hardware components such as CPU, memory, hard disk, graphics card, etc., and give corresponding fault codes. Common hardware testing software includes Prime95, Memtest86, CrystalDiskInfo, etc.
The Device Manager is a tool that comes with Windows system and is used to manage hardware devices. By opening Device Manager, you can view the status and driver status of all hardware devices. If there is a problem with the device, the device manager will usually display the corresponding error code, such as the driver cannot be loaded, the device cannot work properly, etc.
The operating system usually generates error logs to record system, hardware and application error information. By viewing the error log, you can find the corresponding hardware failure code. On Windows systems, the error log can be accessed through Event Viewer or the command line tool Event Viewer.
There are a large number of technical forums, communities and knowledge bases on the Internet, among which there are many discussions and solutions about hardware fault codes. If you encounter a specific hardware failure, you can get more information by searching for related keywords.
If you are not familiar with the detection and solutions of hardware fault codes, or the above methods cannot solve the problem, it is recommended to ask professionals for assistance. Professional technical support personnel can identify the problem through more in-depth diagnosis and testing and provide corresponding fixes.
To summarize, you can detect computer hardware fault codes by using hardware testing software, viewing device manager, viewing error logs, searching Internet resources, or asking for professional assistance. Choosing the right method can help you accurately diagnose problems and implement appropriate solutions faster.
Thank you for reading this article, I hope the above methods can help you solve the problem of computer hardware failure.
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