What to do if Veeder-Root TLS-4 Music Mixer fails the Intrinsic Safety Check?
If the Veeder-Root Music Mixer system fails the Intrinsic Safety Check, turn the AC Power circuit breaker at the service panel to the OFF position, disconnect and cap the AC wires in the monitor, and disconnect and cap all probe and sensor field wires in the probe and sensor junction boxes.
General| Brand | Veeder-Root |
|---|---|
| Model | TLS-4 Series |
| Category | Music Mixer |
| Language | English |
Lists other relevant manuals for troubleshooting and system setup.
Outlines minimum training certifications required for technicians.
Provides important safety hazards and precautions for equipment operation.
Details critical warnings to prevent injury, death, or property damage.
Identifies components and circuit boards of the TLS-4XX Series consoles.
Outlines the essential steps for safe and proper troubleshooting and repair.
Details steps to ensure intrinsic safety before performing checks or maintenance.
Recommends visual checks of the console's overall condition before repairs.
Describes how to test the console's basic operational indicators.
Explains how to check installed software features and versions.
Lists fuses for the power supply and AC input boards.
Details the fuses located on the I/O modules.
Explains the short, long, and full identifiers for various system devices.
Lists and describes system alarms, their causes, and actions.
Details specific alarms related to tank monitoring, causes, and actions.
Continues the list of tank-related alarms, causes, and recommended actions.
Lists alarms, causes, and actions for liquid sensors.
Details alarms, causes, and actions specific to vapor sensors.
Lists alarms, causes, and actions for external inputs.
Covers alarms, causes, and actions for groundwater sensors.
Lists alarms, causes, and actions for Type A sensors.
Details alarms, causes, and actions for Type B sensors.
Lists alarms, causes, and actions related to relay communication.
Covers alarms, causes, and actions for pressure line leak detection.
Lists alarms, causes, and actions for magnetic sensors.
Details alarms, causes, and actions for line pressure sensors.
Lists alarms, causes, and actions specific to the printer.
Covers alarms, causes, and actions for pump-related issues.
Lists alarms, causes, and actions for line monitoring.
Details alarms, causes, and actions for communication failures.
Lists alarms, causes, and actions for contact/dialing issues.
Covers alarms, causes, and actions for automatic events.
Lists alarms, causes, and actions related to product monitoring.
Details alarms, causes, and actions for DIM modules.
Provides information and diagnostic reports for environmental tank tests.
Offers access to PLLD manual tests and diagnostic reports for line leak detection.
Details meter events, mapping, and manual mapping diagnostics.
Lists causes for reconciliation events and reports metered sales/variance.
Contains diagnostics and information about probes, with troubleshooting in Section 8.
Describes relay testing and external input diagnostics.
Provides diagnostic reports for various sensor types.
Offers reports on the activity and condition of Mag Sensors.
Details diagnostic reports for Line Pressure Sensors.
Provides instructions and comparisons for AccuChart II calibration data.
Lists console module locations, hardware/software details, and assignments.
Allows system backup, restore, and software download/install.
Displays console software version and installed feature information.
Lists common console symptoms, causes, and corrective procedures.
Provides a chart for troubleshooting data communication issues.
Describes causes and response processes for a frozen touch screen GUI.
Lists common mag probe problems, probable causes, and corrective procedures.
Details procedures for cleaning fuel-contaminated sensors.
Addresses sensor issues like COMM ALARMS, MAG SENSOR, and INSTALL ALARM.
Suggests checking for liquid or fuel in the containment area.
Provides steps to troubleshoot "Sensor Out" alarms, including distance and grounding checks.
Explains potential causes for the "Setup Data Warning" alarm.
Discusses causes of unstable sensor readings, such as EMI or incorrect wiring.
Provides cleaning procedures for specific sensor types exposed to fuel.
Addresses COMM ALARMS and MAG SENSOR issues.
Outlines maximum tank capacity and monthly throughput guidelines for CSLD.
Explains how to retrieve and use diagnostic reports like Rate Table and Volume Table.
Discusses CSLD alarms including Rate Incr Warn, No Idle Time, and Periodic Leak Test Fail.
Details the CSLD Rate Increase Warning, its causes, and threshold amounts.
Explains the NO CSLD IDLE TIME alarm and its possible causes.
Covers the Periodic Leak Test Fail alarm and its potential reasons.
Describes the "No Results Available" status message for CSLD.
Details how to perform a static leak test when other troubleshooting fails.
Explains when and how to clear the CSLD Rate Table.
Lists data to retrieve and contact info for technical support.
Analyzes a specific CSLD failure scenario for Tank 1.
Analyzes a failure where manifolded tanks 1 and 2 are not tracking.
Analyzes the rate table data to diagnose CSLD issues.
Analyzes an increase rate warning for manifolded tanks 2 and 3.
Analyzes a scenario where no CSLD idle time is detected.
Analyzes a CSLD failure for Tank 1, noting inconsistent readings.
Analyzes a periodic failure for CSLD Tank 1, identifying incorrect programming.
Analyzes a CSLD failure for Tank 1, relating it to power cycling.
Analyzes a Tank 1 failure, identifying excessive compensation due to faulty thermistors.
Analyzes a Tank 8 failure, noting positive rejects and inconsistent temperatures.
Analyzes a periodic test failure for Tank 2, noting high 90s inconsistent with other tanks.
Analyzes a periodic test fail on Tank 1, relating it to a slow decrease in volume.
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