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

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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 - 3 elevator failure questionnaire. .

mujitu August 16th, 2010

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 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 contaCTSON/OFF failure check out the SW-CFBK "------EB under direct signal tranfer the ST-STSCE------outside EC and directive direct signal transmission exception the STSTSHE"------ED system exception the ST-SYER "------EE driven in cannot Start the SD-DNRS------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 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 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 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. 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 [Error: Irreparable invalid markup ('