Mitsubishi Elevator GPS-III Fault Code [PDF]

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Mitsubishi Elevator GPS-III Fault Code

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2. Will be rotated to a position MON1 will rotate to the 0 position MON0 display as follows: Show results:. 1) E00 is not unusual ----- E01 temperature anomalies "SW-THMFT" ----- E02 emergency stop running record of a "SW-EST1" ----- E03CC-WDT3 time detection "SS-SLCWC4 "----E04SLC-WDT4 time detection" SS-SLCWC4 "------- E05 overcurrent detection" SW-SOCR "------ E06 regeneration resistance load is too large" SW-SOLR "------ E0741DG lock circuit anomaly" SW-E41 "------ E08 limit switch terminal abnormalities detected abnormal------ E09PAD - ----- E0A weighing numerical abnormalities were detected in the PAD to stop ------ E0B abnormality ------ E0C chargeability anomaly - ----- E0D abnormality in the flat layer 。.

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1. To position 0, then rotate switch to the 0 position MON0 show the following results: Displays the result--no fault-E0-exception E1 speed too low to check out the SW-TGBL "------E2 speed too large is that the detectable SW-TGBH" ------ check out reversals E3 is the SW-TGBR------E4AST exception checking out the SW-AST "------E5 inverter overcurrent detection the SS-LOCFO"------E6 rectifier current checkout the SS-COVH "------E7 rectifier voltage is insufficient, check out the SS-LVLT------E8LB coil fault event check out the SW-CFLB------E95 coil fault event check out the SW-CFU"------EA pressure contaCTS ON/OFF failure check out the SW-CFBK "------EB under direct signal tranfer the ST-STSCE------outside EC and directive direct signal transmission exception the ST-STSHE"------ED system exception the ST-SYER "------EE driven in cannot Start the SD-DNRS------EF control cannot Start the SW-NRS" . . 1) will remain unchanged, the MON1 MON0 rotate to 1 location. Display of the box and the location of the balance of camel balance is 0-0, 1 is displayed, then the display 2 256MM equals 512MM. 2) the MON1 unchanged, the MON0 rotation to 2 locations. Data entry "installation time with, and SW1 simultaneously." . 3) will remain unchanged, the MON1 MON0 rotate to 3 locations. The show floor ". 4)the MON1 unchanged, the MON0 to 4 position rotary. "Show floor." . 5)will remain unchanged, the MON1 MON0 rotate to 5 locations. The weighing data entry, maintenance, use ". 6) will MON1 unchanged, the MON0 to 6 position rotary. Manual Priority mode. . 7) will remain unchanged, the MON1 MON0 rotate to 7 location. The show floor ". 8) will MON1 unchanged, the MON0 rotated to eight positions. "Show floor." . 9) will remain unchanged, the MON1 MON0 rotate to 9 locations. The show floor ". 10) will MON1 unchanged, the MON0 rotation to the A position. DLD Intelligent door floor show. . 11) will remain unchanged, the MON1 MON0 rotate to B location. Pressure torque to confirm. 12) will MON1 unchanged, the MON0 rotation to the C position. Weighing the value of the percentage of inspection. . 13) place, the unchanging MON1 MON0 rotate to D location. Weighing value represents. 14) will MON1 unchanged, the MON0 rotation to the E position. Check the deviation TSD data. . 15) will remain unchanged, the MON1 MON0 rotate to F location. TSD action points to check.

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Mitsubishi GPS-III elevator room P1 e-Board there are two switches MON1 and MON0, as long as you rotate the two switches to a different location, by displaying the letter, in contrast to the corresponding English instructions, you can find out the elevator malfunction and failure of time and frequency.

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6) Will be rotated to a position MON1 will MON0 to 5 position rotating display as follows: show no abnormal results :---- E50 ---- E51 29 when the safety circuit detection ---- E52 29 security loop motion detection memory when the latch ---- E53 or less with low voltage detection ---- E54 rectifier when voltage is low detection ---- E55 12V power supply abnormal ---- E56 model and speed deviation ---- E57 than with manual mode, the current load is too

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4) Will be rotated to a position MON1 will MON0 rotate to display 3 position results are as follows: show no abnormal results :---- E30 ---- E31 MELD load is too large "SD-SLTT" ---- E32 abnormal low "SW-TGBL" ---- E33 high velocity anomaly "SW-TGBH" ---- E34 AST malfunction "SW-ASTW" speed ladder use ---- E35 reversal Operation "SW-TGBR" ---E36 AST malfunction "SW-ASTW" ---- E37 AST malfunction "SW-ASTWV" ---- E38 rectifier current is too large, the detection "SS-COVF" ---- E39 rectifier voltage is too low detection "SSLVLT" ---- E3A CC-WDT4 time anomaly detection "SS-CCWC4 ---- E3B SLC-WDT4 time anomaly detection ---- E3C reverse side Current too large detection ---- E3D SLC-CPU emergency stop when the movement detection ---- E3E rectifier charging abnormal 。.

5) From the rotation to a position will be MON1 will MON0 rotated to a position of the display results are as follows: show no abnormal results :---- E40 ---- E41 emergency stop running record 2 ---- E42 rectifier current low detection ----E43 when the emergency stop back ----- E44 LB when winding faults in power failure detection coil off ---- E45 5 detected when the power to force power conNECtion point ---- E46 abnormality ---- E47 89 when the detection of winding faults in power failure detection ---- E48 89。.

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3) Will be rotated to a position MON1 will MON0 rotate the display to the 2 position as follows: show no abnormal results :---- E20 ---- E2189 circuit anomaly detection "SW-E89" ---- E22 Emergency Stop running record 2 "SW-EST2" ---- E23 system abnormalities "ST-SYER" ---- E24 after response detected in trying to "ST-RSRQH" ---E25 collector driver board anomaly "SS- GDFH "---- E26 DC-CT abnormalities" SD-CTER "---- E27 oil pressure too low compression force detection" SW-OPFER "---- E28 oil pressure forces the oil temperature, oil anomaly inspection the "SW-OTLER" ---- E29 temperature anomalies "SW-THMME" ---- E2A and the final speed deviation anomaly "ST-UMCH" ---- E2B exception can not Start after an emergency stop "SW-ETST" ---- E2C power malfunction forced 2 "SW-REBK2" ---- E2D finishing reactor charge anomaly "SW-VCHGT" ---- E2E MELD system board charging abnormal "SD-MCHG"。.

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2) Will be rotated to a position MON1 will MON0 rotated to a position of the display results are as follows: Display results: ----- E10 no exception ----- E11 can not be reset and try again ---- -E12 Shi-li 16 camel abnormality ----- E13 transmission direct transmission CPU exception ----- E14 abnormality ---capacitor -E15 manual button abnormal ---- E16 model with the velocity data error exception "SD-OVJP" ---- E17LB 4 consecutive abnormal power coil detection "ST-DFLR" ---- E185 4 consecutive abnormal power coil detection "ST-DF5" ---- E19 forcing power conNECtion circuit conNECting four times anomaly detection "ST-BFDK" ---- E1A rectifier voltage continuous 8-voltage detection "ST -DFLV "---- E1BRL abnormalities detected" ST-CFRL "---- E1CTSD motion abnormalities were detected when the" SW-TSLDE "----- E1DESP motion abnormalities were detected when the" SW-ESPE "。.

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10) will rotate into position 1 MON1 will rotate to A location MON0 displayed when the following results: display results:----there is no exception-EA0-EA1 mode and velocity measurement bias anomaly page〈 SD-PVJP >----EA2 mode and velocity measurement bias anomaly page〈 SD-OVJP >----EA3 driven issued emergency stop instruction--EA4 regeneration resistance load is too large--EA5 native mode and velocity measurement comparison biased page〈 SD-PTC >----EA6 manual mode when the current is too large--EA7 inverter current excessive checkout--check out EA8 TSD-PAD fault page〈 SD-PADE >----EA9 MCP check out rectifier current page〈 SD-COCF >----EAA MCP early set exception page 〈 SD-INITF >----EAB RAM exception checkout page〈 SD-RAMER >----EAC volume computer set data exception page〈 SD-DTER >----EAD MCP reStart exception page 〈 SD-RBOTNG >----EAE MCP-WDT4 time exception

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9) will MON1 and rotated to 1 position, rotate to 9 locations MON0 displayed when the following results: display results:-----E90 is no exception--E92 current load is too large the SD-OCR "--can no longer boot E93" SD-DNRS "-----E94 MELD load is too large to check out the SD-SLTI----E95 TSD is not working properly, check out the SD-TSDP"--E96 weighing exception when walking detectable the SD-WGHDF2 "--E97 DC-CT exception checking out the SD-CTER"----E98 TSD exception action check out the SD-TSA----E99 Motors DECoder Z phase anomaly detection the SD-AZER----E9A Motors DECoder F phase anomaly detection page〈 SD-AEER >----E9B PM Motors Limited current page〈 SD-TOCR > . .

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8) Will be rotated to a position MON1 will MON0 rotated to position the display 7 as follows: show no abnormal results :---- E70 ---- E71 CC-WDT5 time anomaly detection ---- E72 CC-WDT4 times anomaly detection ---- E73 CC-WDT3 time anomaly detection ---- E74 SLC-WDT5 time anomaly detection "SS-SLCWC5" ---- E75 SLC-WDT4 time anomaly detection ---- E76 SLC -WDT3 time anomaly detection. .

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7) Will be rotated to a position MON1 will MON0 to 6 position rotating display as follows: show no abnormal results :---- E60 ---- E61 ---- E62 rectifier-voltage drive plate collector abnormal "SS- GDFH "---- E63 inverter protection circuit action" SS-LFO "---- E64 29 when the safety loop detection action" SS-29LT "latch memory" ---- E65 12V power supply abnormal --- -E66 inverter temperature anomaly detection ---- E67 phase-locked loop detection "SS-PLLFH" ---- E68 ---- E69 rectifier current is too large inverter overcurrent ---- E6A Rectifier overcurrent detection ---- E6B when the voltage is too low due to the detection phase or。.

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large --- -E58-driven instruction to issue emergency stop when the emergency stop command ---- E59's pressure ---- E5A abnormal ---- E5B sUBStrate model and speed than those with deviation ---- E5C EST can not be caused by abnormal Start 。.

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14) Will be rotated to a position MON1 will MON0 rotate the display to the E position, the following results: Display the results ;---- EE0 no exception ---- EE1 BC-CPU5 back door sedan box abnormality - - EE2 back door sedan Box BC-CPU6 box abnormality ---- EE3 sedan rear BC-CPU7 box abnormality ---- EE4 sedan rear BC-CPU8 anomaly detection ---- EE5 CAR-ASTTION the CPU back door abnormality ---- EE6 back door CPU control back door sedan abnormality ---- EE7 CPU light box display abnormality ---- EE8 back door sedan OPTION-CPU box anomaly detection ----EB2 16 minutes of downtime can no longer boot-EB3 no longer Started more than 10 minutes page〈 SW-DSTR10 >----EB4 no longer Started more than 10 minutes page〈 SW-57Ebt >----EB5 cannot open the door for more than 2 minutes page〈 SW-CONE >----EB6 FUSE circuit breaker exceeds 2 minutes page〈 SW-EFSOF >----EB7 60 exception checkout page〈 SW-60CFK >----EB8 door cannot open--EB9 main control exception checkout page〈 SQMBCIJH >----EBB trapped people alert page〈 SZ-EMBH >----EBC alerts cannot use page 〈 SZ-EMBH >----EBD group control management exception page〈 SZ-GCIJO > . . 12) will rotate into position 1 MON1 will rotate to c MON0 position of displayed results: display results:----there is no exception--EC0--EC1 SLC tranfer page〈 SS-TRER >----EC2 SLC emergency stop action-EC3 speed too high in SLC-EC4 SLC of AST action page 〈 SS-AST >----KC action in EC5 SLC page〈 SS-DKC >----EC6 SLC RAM exception checkout page〈 SS-RAMER >.

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checkout page〈 SD-MCPWDE > . .