Monitoring the Internal Functioning of the TS Trip System
Presentation
The TS trip system carries out a series of self tests to monitor:
-
Correct internal functioning
-
Wireless NFS communication
-
The presence and state of the internal battery
-
The presence of the internal current power supply sensors
-
Internal temperature
Availability
Monitoring the internal functioning of the TS trip system is available on TS 2.0S, 5.0S, and 6.0S trip system.
Operating Principle
The ready LED, status bar, service LED, and trip cause LEDs provide visual information about the health state of the TS trip system. The detection of an invalid result in the self tests generates an event (logged in the Diagnostic history) which can be classified as high, medium, or low severity:
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Low severity event indicates the detection of an invalid result which has no operational impact. The standard (LSIG) protection functions are unaffected.
-
Medium severity event indicates the detection of an invalid result which has a minor operational impact. The standard (LSIG) protection functions are unaffected. A check must be performed at next maintenance.
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The ready LED is flashing in green
-
The service LED is lit in red if the event requires non-urgent maintenance
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All trip cause LEDs are off
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The status bar is lit in orange
-
-
High severity event indicates the detection of an invalid result which can have a major operational impact. The standard (LSIG) protection functions can be affected. The trip system must be replaced without delay.
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The ready LED is off
-
The service LED is flashing in red if the event requires immediate maintenance
-
Status bar is flashing in red
-
When monitoring of the internal functioning of TS trip system detects an invalid result with medium or high severity, an event is generated with corresponding event message.
Data Availability
Monitoring data is available with:
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The EcoStruxure Power Commission software for all severities.
-
The EcoStruxure Power Device app through NFC communication.
Predefined Events
The function generates the following events:
|
Code |
Event |
History |
Severity |
|---|---|---|---|
|
0x142F (5167) |
|
Diagnostic |
Medium |
|
0x0D09 (3337) |
|
Diagnostic |
Medium |
|
0x151A (5402) |
|
Diagnostic |
Medium |
|
0x6405 (25605) |
|
Trip |
High |
|
0x150F (5391) |
|
Diagnostic |
High |
Predefined events cannot be modified by the user. For general information about events, refer to the Event Management.
Recommended Actions
|
Code |
Event |
Recommended actions |
|---|---|---|
|
0x142F (5167) |
|
Apply again the protection settings. |
|
0x0D09 (3337) |
|
Check the firmware version of the TS trip system with EcoStruxure Power Commission software. If not latest, update the firmware of the TS trip system. |
|
0x1414 (5140) |
|
Plan to replace the trip system. |
|
0x6405 (25605) |
|
Check the load and Reset the trip system. |
|
0x150F (5391) |
|
Replace the circuit breaker. |
|
0x151A (5402) |
|
Check the trip system. |
Contact Schneider Electric Support or your Schneider Electric Services representative for more information about who can carry out the recommended actions.
Internal Battery Replacement
The internal battery of the TS trip system can be replaced on site when discharged. The replacement can be made with the circuit breaker in the open or closed position, and the trip system supplied with power.
To check the correct functioning of the new battery. A test of the internal battery must be carried out immediately after the replacement of the internal battery.
For information about internal battery replacement and installation, refer to the instruction sheet on the Schneider Electric website: PKR86279.