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After addressing the root cause of an error, it is often necessary to reset the controller, particularly for "Fatal" errors.
Here are some of the most common error codes encountered on the Schindler 5500, along with their likely causes and troubleshooting actions. A. Inverter (Drive) and Motor Errors
Diagnosing a Schindler 5500 elevator efficiently relies on one thing: a solid understanding of its error codes. With a maximum travel height of 150 meters (approx. 50 floors) and speeds ranging from 1.0 m/s to 3.0 m/s, this model features a sophisticated diagnostic system where each error code points to a specific root cause.
This critical safety error indicates an unintended car movement event. Two scenarios commonly trigger it:
| Code | Description (field-known) | Likely Root Cause | |------|---------------------------|--------------------| | | Drive overcurrent | Short in motor windings, failing IGBT module | | DRV 21 | Encoder loss of signal | Incremental encoder dirty/broken, cable loose | | DRV 42 | Brake not released | Brake coil failure, bad relay on brake board | | IO 103 | Door lock circuit open | Defective door lock switch, wiring break on landing | | IO 201 | Car call button stuck | Contaminated COP button (coffee, mechanical jam) | | SAFETY 07 | Overspeed governor tripped | Mechanical reset needed; rope slip or excessive speed | | CAN 05 | No communication with car | Loose CAN connector in traveling cable | | POS 03 | Missing magnet reference | Position magnet missing/demagnetized on rail | | OPB 14 | LCD display timeout | COP display board power issue or flat cable loose |
This status affects whether the system will respond to certain diagnostic commands and must be considered during testing.
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After addressing the root cause of an error, it is often necessary to reset the controller, particularly for "Fatal" errors.
Here are some of the most common error codes encountered on the Schindler 5500, along with their likely causes and troubleshooting actions. A. Inverter (Drive) and Motor Errors
Diagnosing a Schindler 5500 elevator efficiently relies on one thing: a solid understanding of its error codes. With a maximum travel height of 150 meters (approx. 50 floors) and speeds ranging from 1.0 m/s to 3.0 m/s, this model features a sophisticated diagnostic system where each error code points to a specific root cause.
This critical safety error indicates an unintended car movement event. Two scenarios commonly trigger it:
| Code | Description (field-known) | Likely Root Cause | |------|---------------------------|--------------------| | | Drive overcurrent | Short in motor windings, failing IGBT module | | DRV 21 | Encoder loss of signal | Incremental encoder dirty/broken, cable loose | | DRV 42 | Brake not released | Brake coil failure, bad relay on brake board | | IO 103 | Door lock circuit open | Defective door lock switch, wiring break on landing | | IO 201 | Car call button stuck | Contaminated COP button (coffee, mechanical jam) | | SAFETY 07 | Overspeed governor tripped | Mechanical reset needed; rope slip or excessive speed | | CAN 05 | No communication with car | Loose CAN connector in traveling cable | | POS 03 | Missing magnet reference | Position magnet missing/demagnetized on rail | | OPB 14 | LCD display timeout | COP display board power issue or flat cable loose |
This status affects whether the system will respond to certain diagnostic commands and must be considered during testing.
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