en:strumenti:qmoveplus:c1r44:p1r44f-024:mdi_p1r44f-024

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en:strumenti:qmoveplus:c1r44:p1r44f-024:mdi_p1r44f-024 [2024/01/16 11:02] – [Table] qem215en:strumenti:qmoveplus:c1r44:p1r44f-024:mdi_p1r44f-024 [2024/01/16 11:30] (current) – [Table] qem215
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 On this page, you can disable a sensor by clicking on it. A sensor should be disabled (green LED off) if it reads 1 instead of 0 (always active).\\  Caution: During each machine startup after a shutdown, all sensors are automatically enabled. Faulty sensors should be fixed as soon as possible. On this page, you can disable a sensor by clicking on it. A sensor should be disabled (green LED off) if it reads 1 instead of 0 (always active).\\  Caution: During each machine startup after a shutdown, all sensors are automatically enabled. Faulty sensors should be fixed as soon as possible.
  
-^ //Parameter Name// ^ //Unit of Measure// ^ //Default Value// ^ //Range// ^ //Description// ^ +^ //Parameter Name//                     ^ //Unit of Measure//  ^ //Default Value//  ^ //Range//  ^ //Description//                                                                                                                                                                                                                                                                       ^ 
-| PS01 : NUMBER OF SENSORS | - | 32 | 8 to 64 | Number of sensors on the acquisition bar. | +| PS01 : NUMBER OF SENSORS               | -                    | 32                 | 8 to 64    | Number of sensors on the acquisition bar.                                                                                                                                                                                                                                             | 
-| PS02 : SENSOR TYPE | - | NO | NO to NC | Logic of the plate acquisition inputs.\\  NO = Normally Open\\ NC = Normally Closed | +| PS02 : SENSOR TYPE                     | -                    | NO                 | NO to NC   | Logic of the slab acquisition inputs.\\  NO = Normally Open\\ NC = Normally Closed                                                                                                                                                                                                    | 
-| PS03 : FALSE POSITIVE ERROR TOLERANCE | - | 0 | 0 to 1000 | Indicates the number of steps or scans required in the case of a serious error (sensor reads 1 instead of 0) before an alarm is triggered. \\  Zero tolerance is a special value indicating that error checking is not performed, so with a value = 0, there will never be an alarm. | +| PS03 : FALSE POSITIVE ERROR TOLERANCE  | -                    | 0                  | 0 to 1000  | Indicates the number of steps or scans required in the case of a serious error (sensor reads 1 instead of 0) before an alarm is triggered. \\  Zero tolerance is a special value indicating that error checking is not performed, so with a value = 0, there will never be an alarm.  | 
-| PS04 : FALSE NEGATIVE ERROR TOLERANCE | - | 0 | 0 to 1000 | Indicates the number of steps or scans required in the case of a solvable error (sensor reads 0 instead of 1) before a warning is triggered.\\  Zero tolerance is a special value indicating that error checking is not performed, so with a value = 0, a warning will never occur. |+| PS04 : FALSE NEGATIVE ERROR TOLERANCE  | -                    | 0                  | 0 to 1000  | Indicates the number of steps or scans required in the case of a solvable error (sensor reads 0 instead of 1) before a warning is triggered.\\  Zero tolerance is a special value indicating that error checking is not performed, so with a value = 0, a warning will never occur.   |
  
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  • Last modified: 2024/01/16 11:02