Mitsubishi Elevator GPS-III Fault Code - A Water Logging - Netease Blog - Mujitu

12/25/2017

Mitsubishi Elevator GPS-III Fault Code - A water logging - Netease blog - mujitu

Mitsubishi Elevator GPS-III Fault Code - A water logging - Netease blog gps gps - 3 elevator failure questionnaire. .

mujitu August 16th, 2010

Mitsubishi gps gps — — 3 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. 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 SWAST "------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 conta CTS CTSON/OFF ON/OFF failure check out the SW-CFBK "------EB nder direct signal tranfer the ST-STSC ST-STSCE------outside E------outside EC and directive direct signal transmission exception the STSTSHE"------ED system exception the ST-SYER "------EE driven in cannot Star t the SD-DNRS------EF control cannot Star t the SW-NRS" . . One, 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. Second, the MON1 unchanged, the MON0 rotation to 2 locations. Data entry "installation time with, and SW1 simultaneously." . Third, will remain unchanged, the MON1 MON0 rotate to 3 locations. The show floor ". Fourth, 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 unchange unchanged, d, 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." . Nine, Nine, will will remain unchanged, the MON1 MON0 rotate to 9 locations. The show floor ". 10, will MON1 unchanged, the MON0 rotation to the A positio posit ion. n. DLD DLD Intel Intelligent ligent 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 TSD data. data. . 15, will remain unchanged, the MON1 MON0 rotate to F location. TSD TSD action action points to check. 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-WD E03CC- WDT3 T3 time detection "SS-SLCWC4 "----- E04SLC-WD E04SLC- WDT4 T4 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 [Error: Irreparable invalid markup ('') in entry. Owner must fix manually. Raw contents below.] gps - 3 elevator failure questionnaire. . Mitsubishi gps — 3 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. 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------

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outside EC and directive direct signal transmission exception the ST-STSHE"------ED system exception the STSYER "------EE driven in cannot Start the SDDNRS------EF control cannot Start the SW-NRS" . . One, will remain unchanged, the MON1 MON0 rotate to 1 location. Display of the box and the location of the alance of camel balance is 0-0, 1 is displayed, then the display 2 256MM equals 512MM. Second, the MON1 unchanged, the MON0 rotation to 2 locations. Data entry "installation time with, and SW1 simultaneously." . Third, will remain unchanged, the MON1 MON0 rotate to 3 locations. The show floor ". Fourth, 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." . Nine, will remain remain unchanged, unchanged, the MON1 MON0 MON0 rotate to 9 locations. The 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. 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 TSCK> ----- E09PAD - ----- E0A weighing numerical abnormalities were detected in the PAD to stop ------ E0B abnormality ------ E0C chargeability anomaly - ----- E0D abnormality in the flat layer 。. 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" SWTSLDE "----- E1DESP motion abnormalities were detected when the" SW-ESPE " 。. 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 "STRSRQH" ---- 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 malfunction forced 2 "SW-REBK2" "SW-REBK2" ---- E2D finishing finishing reactor charge charge anomaly "SW-VC "SW-VCHGT" HGT" ---- E2E E2E MELD system board charging abnormal "SD-MCHG" 。. 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-

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href="http://www.cloudheap.com:8080/cms/tag/WD">WDT4 time anomaly detection "SS-CCWC4 ---- E3B SLC-WDT4 time anomaly detection ---- E3C reverse side Current too large detection ---- E3D SLC-CPU emergency stop hen 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 hen 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 。. 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 hen voltage is low detection ---- E55 12V power supply abnormal ---- E56 model and speed deviation ---- E57 than with manual mode, the current load is too large --- E58-driven instruction to issue emergency stop when the emergency stop command ---- E59's pressure ---- E5A abnormal abnormal ---- E5B E5B sUBStrate model and speed than those with deviation --- E5C EST can not be caused by abnormal Start 。. 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 circuit action" SS-LFO SS-LFO "---- E64 E64 29 when the safety loop detection detection action" action" SS-29LT SS-29LT "latch memory" 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 。. 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. . 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 SDWGHDF2 "--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 > . . 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 〈 SDPVJP >----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 MCPWDT4 time exception checkout page 〈 SDMCPWDE > . . 11. will MON1 and rotated to 1 position, rotate to b MON0 position of displayed results are as follows: appears as follows:----there is no exception--EBO--EB1 10 minutes downtime cannot Start page 〈 SW-32DT10 >----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 >. 13. Will be rotated to a position MON1 will MON0 rotate the display to the D position as follows: Display results ithout exception ---- ED1 ;---- EDO main entrance of BC-CPU1 box sedan abnormality - - ED2 main entrance of BC-CPU2 box sedan abnormality ---- ED3 main entrance of BC-CPU3 box sedan abnormality -


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--- ED4 the main entrance of BC-CPU4 box sedan abnormality ---- ED5 of the main entrance CAR-STATION CPU anomaly detection ---- ED6 main control CPU abnormality ---- ED7 main indicator of CPU box sedan abnormality, ---- ED8 the main entrance of the OPTION-CPU box sedan abnormality ---- ED9 SC-CPU serious fault ---- EDA SH-CPU serious fault --- EDB SC-CPU minor failures ---- EDC SH-CPU minor fault ---- EDD HS-CPU Fault 。. 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 Mitsubishi Elevator GPS-III Fault Code - A water logging - Netease blog

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Mitsubishi Elevator GPS-III Fault Code - A Water Logging - Netease Blog - Mujitu

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