Difference between revisions of "Visual location of defects on optical fiber"

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Latest revision as of 15:51, 7 June 2019

Locate a defect on an optical fiber and identify links thanks to the VFL TED Equipment.

Author Alexiane Philip | Last edit 7/06/2019 by Alexiane being drafted ⧼frevu-button-review-label⧽

Difficulty

Easy

Duration

10 minute(s)

Area

Use

Business

Training

Locate a defect on an optical fiber and identify links thanks to the VFL TED Equipment.

Difficulty

Easy

Duration

10 minute(s)

Area

Use

Business

Training

Other languages:

English • ‎français

Items

Step 1 - Safety rule

The visual defect locator (or optical pencil) emits red light at an output power of 10 mW. Do not directly look at the light beam or direct it at another person. Always replace the protective cap after use.

Switch on the unit only when the protective cap is in place or a connector is attached to the outlet.

Step 2 - Ignition and configuration

Press the PWR button. The locator emits a continuous or pulsed signal depending on the setting selected with the MOD button.

Step 3 - Connection to the fibre

The visual defect locator is compatible with all connectors with a 2.5 mm ferrule. For 1.25 mm ferrules, the use of an adapter is required.

Step 4 - Identify the length of the fibre

The locator can be used on links up to 10 km. Beyond that, whatever the power of an optical pencil, the light beam cannot be perceived.

Step 5 - Locating the end

The end of an optical link is detected by the presence of the light signal. This is a function widely used for mixing garters in street cabinets or bays.

Step 6 - Locating the defect (a curve for example)

Due to the high reflection of the light as it passes through a stress (macro-curve) or when a fibre is cut, this device is widely used to correct defects (which cause significant optical losses), on the visible part of the fibres.

Step 7 - Turn off the device

After using the device, turn off the locator and place the protective cap on the optical output.

Comments

en none 0 Published

@@ Line 2: / Line 2: @@
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-|Description=Locate a defect on an optical fiber and identify links thanks to the VFL TED Equipment.
+|Description=<translate><!--T:1-->
+Locate a defect on an optical fiber and identify links thanks to the VFL TED Equipment.</translate>
 |Categories=Work instructions
 |Difficulty=Easy
@@ Line 12: / Line 13: @@
 }}
 {{Introduction
-|Introduction=
+|Introduction=<translate></translate>
+}}
+{{Materials
+|ItemList={{ItemList
+|Item=Visual locator for optical defects
+}}
 }}
-{{Materials}}
 {{Tuto Step
-|Step_Title=Step 1 - Safety rule
+|Step_Title=<translate><!--T:2-->
-|Step_Content=The visual defect locator (or optical pencil) emits red light at an output power of 10 mW. Do not directly look at the light beam or direct it at another person. Always replace the protective cap after use.
+Safety rule</translate>
+|Step_Content=<translate><!--T:3-->
+The visual defect locator (or optical pencil) emits red light at an output power of 10 mW. Do not directly look at the light beam or direct it at another person. Always replace the protective cap after use.
-Switch on the unit only when the protective cap is in place or a connector is attached to the outlet.
+<!--T:4-->
+Switch on the unit only when the protective cap is in place or a connector is attached to the outlet.</translate>
 |Step_Picture_00=Visual_location_of_defects_on_optical_fiber_img67.jpg
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@@ Line 29: / Line 36: @@
 }}
 {{Tuto Step
-|Step_Title=Step 2 - Ignition and configuration
+|Step_Title=<translate><!--T:5-->
-|Step_Content=Press the PWR button. The locator emits a continuous or pulsed signal depending on the setting selected with the MOD button.
+Ignition and configuration</translate>
+|Step_Content=<translate><!--T:6-->
+Press the PWR button. The locator emits a continuous or pulsed signal depending on the setting selected with the MOD button.</translate>
 |Step_Picture_00=Visual_location_of_defects_on_optical_fiber_img73.jpg
 |Step_Picture_00_annotation={"version":"2.4.6","objects":[{"type":"image","version":"2.4.6","originX":"left","originY":"top","left":-189,"top":-6,"width":800,"height":443,"fill":"rgb(0,0,0)","stroke":null,"strokeWidth":0,"strokeDashArray":null,"strokeLineCap":"butt","strokeDashOffset":0,"strokeLineJoin":"miter","strokeMiterLimit":4,"scaleX":1.03,"scaleY":1.03,"angle":0,"flipX":false,"flipY":false,"opacity":1,"shadow":null,"visible":true,"clipTo":null,"backgroundColor":"","fillRule":"nonzero","paintFirst":"fill","globalCompositeOperation":"source-over","transformMatrix":null,"skewX":0,"skewY":0,"crossOrigin":"","cropX":0,"cropY":0,"src":"http://demo-master.dokit.io/w/images/b/b7/Visual_location_of_defects_on_optical_fiber_img73.jpg","filters":[]}],"height":449.7131931166348,"width":600}
 }}
 {{Tuto Step
-|Step_Title=Step 3 - Connection to the fibre
+|Step_Title=<translate><!--T:7-->
-|Step_Content=The visual defect locator is compatible with all connectors with a 2.5 mm ferrule. For 1.25 mm ferrules, the use of an adapter is required.
+Connection to the fibre</translate>
+|Step_Content=<translate><!--T:8-->
+The visual defect locator is compatible with all connectors with a 2.5 mm ferrule. For 1.25 mm ferrules, the use of an adapter is required.</translate>
 |Step_Picture_00=Visual_location_of_defects_on_optical_fiber_img88.jpg
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@@ Line 47: / Line 58: @@
 }}
 {{Tuto Step
-|Step_Title=Step 4 - Identify the length of the fibre
+|Step_Title=<translate><!--T:9-->
-|Step_Content=The locator can be used on links up to 10 km. Beyond that, whatever the power of an optical pencil, the light beam cannot be perceived.
+Identify the length of the fibre</translate>
+|Step_Content=<translate><!--T:10-->
+The locator can be used on links up to 10 km. Beyond that, whatever the power of an optical pencil, the light beam cannot be perceived.</translate>
 |Step_Picture_00=Visual_location_of_defects_on_optical_fiber_img96.jpg
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@@ Line 55: / Line 68: @@
 }}
 {{Tuto Step
-|Step_Title=Step 5 - Locating the end
+|Step_Title=<translate><!--T:11-->
-|Step_Content=The end of an optical link is detected by the presence of the light signal. This is a function widely used for mixing garters in street cabinets or bays.
+Locating the end</translate>
+|Step_Content=<translate><!--T:12-->
+The end of an optical link is detected by the presence of the light signal. This is a function widely used for mixing garters in street cabinets or bays.</translate>
 |Step_Picture_00=Visual_location_of_defects_on_optical_fiber_img100.jpg
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 }}
 {{Tuto Step
-|Step_Title=Step 6 - Locating the defect  (a curve for example)
+|Step_Title=<translate><!--T:13-->
-|Step_Content=Due to the high reflection of the light as it passes through a stress (macro-curve) or when a fibre is cut, this device is widely used to correct defects (which cause significant optical losses), on the visible part of the fibres.
+Locating the defect  (a curve for example)</translate>
+|Step_Content=<translate><!--T:14-->
+Due to the high reflection of the light as it passes through a stress (macro-curve) or when a fibre is cut, this device is widely used to correct defects (which cause significant optical losses), on the visible part of the fibres.</translate>
 |Step_Picture_00=Visual_location_of_defects_on_optical_fiber_img120.jpg
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@@ Line 69: / Line 86: @@
 }}
 {{Tuto Step
-|Step_Title=Step 7 - Turn off the device
+|Step_Title=<translate><!--T:15-->
-|Step_Content=After using the device, turn off the locator and place the protective cap on the optical output.
+Turn off the device</translate>
+|Step_Content=<translate><!--T:16-->
+After using the device, turn off the locator and place the protective cap on the optical output.</translate>
 |Step_Picture_00=Visual_location_of_defects_on_optical_fiber_img124.jpg
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@@ Line 81: / Line 100: @@
 }}
 {{Tuto Status
-|Complete=Draft
+|Complete=Published
 }}