Difference between revisions of "ENA2060 Amplifier - Speaker Line Monitoring"

Latest revision as of 13:45, 28 June 2024

The ENA2060 amplifier has the option to monitor each speaker line to detect line faults such as Open, Shorted or Ground Fault.

To configure Speaker Line Monitoring select Amplifier Settings > Line Control

Line Control

After the speaker line is set up with all the speakers and the line is properly connected to the amplifier, the speaker line that is to be monitored must be calibrated.
When calibration is carried out, the amplifier makes an initial measurement of the speaker line to check whether the line load is within acceptable limits.
The calibration values are used as a reference and are compared with later speaker line measurements for any significant changes that will cause line fault reporting.
After the calibration, the speaker line load must not be changed, or else false fault messages may be reported.

Monitor Mode can be Disabled, Manual for manual monitor triggering and Continuous for continuous monitoring

To get access to monitoring configuration options, either type of monitoring has to be enabled
In Manual Monitoring mode, the status of the line must be manually checked
In Continuous Monitoring mode, the status of the line is checked every 60 minutes. This includes changing status from ok to fault and from fault to ok.

Line Monitoring Speaker Line monitoring Enable/Disable.

To calibrate a speaker line:

Select Monitor Mode either Continuous or Manual
Enable Line Monitoring
Click the Calibrate button
Ensure the Calibrated status is displaying Calibrated. Unknown, Short or Open status will not allow the speaker monitoring to start.

The four benchmarks for the evaluation of line state is Voltage, Current, Phase and Ground Fault.

The values measured on Voltage, Current and Phase will together provide an evaluation of the line state regarding whether it is Shorted, Open or OK.

Typical SLM values for a 100 m line with 15W speaker load, calibrated values and various Shorted, Open and Ground Fault situations are as follows:

	Calibration OK	Shorted @ENA	Shorted @100M	Open @ENA	Open @100M	Ground Fault
Voltage	985	403	403	780	1015	400..1500
Current	1045	1370	1365	435	1065	400..1500
Phase	1075	765	925	1545	975	400..1500
Ground Fault	405	405	405	405	405	1580

@@ Line 1: / Line 1: @@
 {{S}}
-The [[ENA2060-DC1_Amplifier|'''ENA2060''']] amplifier has the option to monitor each speaker line to detect line faults such as '''Open''', '''Shorted''' or '''Ground Fault'''. <br>
+The [[ENA2060 Amplifier|ENA2060]] amplifier has the option to monitor each speaker line to detect line faults such as '''Open''', '''Shorted''' or '''Ground Fault'''. <br>
-To configure Speaker Line Monitoring:
-* Select '''Advanced SIP''' > '''Monitoring'''
+To configure Speaker Line Monitoring select '''Amplifier Settings''' > '''Line Control'''
-[[File:ENA2060 slm monitoring.png|thumb|left|500px|Speaker Line Monitoring]]
+[[File:ENA2060 LineMonitoring.PNG|alt=|left|thumb|700px|Line Control]]
 <br style="clear:both;" />
-This '''Monitoring''' page shows the current status for each speaker line and whether there are any System Messages reported.
 After the speaker line is set up with all the speakers and the line is properly connected to the amplifier, the speaker line that is to be monitored must be calibrated. <br>
@@ Line 12: / Line 11: @@
 The calibration values are used as a reference and are compared with later speaker line measurements for any significant changes that will cause line fault reporting. <br>
 After the calibration, the speaker line load must not be changed, or else false fault messages may be reported.
-=== SLM - Line ===
-The SLM – Line status section shows the speaker line calibration status in the Calibrated column and the latest measured line values in the Measured column. <br>
-The various statuses are:
-* '''State:''' This shows the line’s calibrated state, i.e. '''calibrated, uncalibrated, ok, open, shorted''' or '''ground fault''' under the '''Calibrated''' column and the latest measured line state, i.e. '''unknown, ok, open, shorted''' or '''ground fault''' under the '''Measured''' column.
-* '''Voltage / Current / Ground Fault / Phase:''' These show the line’s measured calibration values under the '''Calibrated''' column and the latest measured values under the '''Measured''' column.
-* '''Timestamp:''' This shows the time when either the '''Calibrate''' or '''Reset Calibration''' button were clicked and the time when the last SLM measurement or any operation that affects the line measurement values were executed.
-The 3 buttons in this section have the following functions.
+'''Monitor Mode''' can be '''Disabled''', '''Manual''' for manual monitor triggering and '''Continuous''' for continuous monitoring
-* '''Calibrate:''' Click to start the speaker line calibration sequence. The Channel must be ON (Enable must be clicked) and a proper line load must be attached.
+*To get access to monitoring configuration options, either type of monitoring has to be enabled
-* '''Measure:''' Click to start a manual SLM measurement. The line state must be calibrated as '''ok''' and '''Set Manual''' must be clicked.
+*In Manual Monitoring mode, the status of the line must be manually checked
-* '''Reset Calibration:''' Click to clear the calibrated state (state='''uncalibrated''') and remove any line fault related '''System Messages'''.
+*In Continuous Monitoring mode, the status of the line is checked every 60 minutes. This includes changing status from ok to fault and from fault to ok.
-=== SLM Mode ===
+'''Line Monitoring''' Speaker Line monitoring Enable/Disable.
-* '''Set Continuous:''' Click to monitor the speaker line once every xx minutes and report any fault detected.
-* '''Set Manual:''' Click to have an operator/technician manually execute an SLM operation by clicking the '''Measure''' button. The manual operation may take up to 15 seconds.
-For either SLM mode used, the status and timestamp for the latest measurement will be shown in the '''Measured''' column and any faults will be visible in the '''System Messages''' section. <br>
-Any faults reported will be removed if subsequent SLM measurements result in an '''ok''' state or if the '''Reset Calibration''' button is clicked.
-=== Channel: ===
+To calibrate a speaker line:
-* '''Disable:''' Click to switch OFF the amplifier output for that channel.
+#Select '''Monitor Mode''' either '''Continuous''' or '''Manual'''
-* '''Enable:''' Click to switch ON the amplifier output for that channel.
+#Enable '''Line Monitoring'''
+#Click the '''Calibrate''' button
+#Ensure the Calibrated status is displaying '''Calibrated'''.  '''Unknown''', '''Short''' or '''Open''' status will not allow the speaker monitoring to start.
-To calibrate a speaker line:
-# Click the '''Enable''' button to switch ON amplifier output
-# Click either '''Set Continuous''' or '''Set Manual''' button
-# Click the '''Calibrate''' button
-Wait for the calibration state to be updated (approx. 5-10 seconds). <br>
-'''State''' will report either '''ok, open, shorted''' or '''ground fault'''. <br>
-If the state is '''ok''' the amplifier’s Speaker Line Monitoring (SLM) feature is ready to operate. <br>
-If the state is either '''open, shorted''' or '''ground fault''', the line must be corrected and the calibration procedure must be repeated.
-The four benchmarks for the evaluation of line state is Voltage, Current, Phase and Ground Fault.
+The four benchmarks for the evaluation of line state is '''Voltage''', '''Current''', '''Phase''' and '''Ground Fault'''.
 The values measured on Voltage, Current and Phase will together provide an evaluation of the line state regarding whether it is Shorted, Open or OK.
@@ Line 50: / Line 33: @@
 <br style="clear:both;" />
 {| border="1"
-| align="center"  width="120pt"|  || align="left"  | '''Calibration OK''' || align="left"| '''Shorted @ENA'''|| align="left"| '''Shorted @100M''' || align="left"| '''Open @ENA''' || align="left"| '''Open @100M''' || align="left"| '''Ground Fault'''
+| width="120pt" align="center" | || align="left" |'''Calibration OK'''|| align="left" |'''Shorted @ENA'''|| align="left" |'''Shorted @100M'''|| align="left" |'''Open @ENA'''|| align="left" |'''Open @100M'''|| align="left" |'''Ground Fault'''
 |-
-| align="center" style="background:#ffd400;" width="120pt"| Voltage || align="left"  | 985 || align="left"| 403 || align="left"| 403 || align="left"| 780 || align="left"| 1015 || align="left"| 400..1500
+| style="background:#ffd400;" width="120pt" align="center" |Voltage|| align="left" |985|| align="left" |403|| align="left" |403|| align="left" |780|| align="left" |1015|| align="left" |400..1500
 |-
-| align="center" style="background:#ffd400;" width="120pt"| Current || align="left"  | 1045 || align="left"| 1370 || align="left"| 1365 || align="left"| 435 || align="left"| 1065 || align="left"| 400..1500
+| style="background:#ffd400;" width="120pt" align="center" |Current|| align="left" |1045|| align="left" |1370|| align="left" |1365|| align="left" |435|| align="left" |1065|| align="left" |400..1500
 |-
-| align="center" style="background:#ffd400;" width="120pt"| Phase || align="left"  | 1075 || align="left"| 765 || align="left"| 925 || align="left"| 1545 || align="left"| 975 || align="left"| 400..1500
+| style="background:#ffd400;" width="120pt" align="center" |Phase|| align="left" |1075|| align="left" |765|| align="left" |925|| align="left" |1545|| align="left" |975|| align="left" |400..1500
 |-
-| align="center" style="background:#ffd400;" width="120pt"| Ground Fault || align="left"  | 405 || align="left"| 405 || align="left"| 405 || align="left"| 405 || align="left"| 405 || align="left"| 1580
+| style="background:#ffd400;" width="120pt" align="center" |Ground Fault|| align="left" |405|| align="left" |405|| align="left" |405|| align="left" |405|| align="left" |405|| align="left" |1580
 |-
 |}

Difference between revisions of "ENA2060 Amplifier - Speaker Line Monitoring"

From Zenitel Wiki

Latest revision as of 13:45, 28 June 2024