C&G 3667 Unit 2 Fibre optics
Vocational qualification
In Crewe
Description
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Type
Vocational qualification
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Location
Crewe
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Duration
5 Days
This unit is concerned with the installation, splicing, connectorisation, termination and testing of fibre optic cable in a typical datacommunications environment, characterised by low fibre count cables (typically less than 24 fibres) terminated in patch panels/equipment racks. This would usually take place in an indoor environment involving multimode and singlemode end-to-end cabling. Suitable for: Everyone: Fibre installers/engineers. Engineers. Telecoms Technicians. IT Technicians. IT Managers. Project Managers. Electricians.
Important information
Documents
- Fibre internal
Facilities
Location
Start date
Start date
About this course
None
Reviews
Course programme
Throughout this module you will train in our purpose built training centre, you will learn installation procedures, splicing, connectorisation, termination and testing of fibre optic cables in an internal environment, you will splice in rack enclosures, patch panels, ODF's, wall mounted enclosures, mainly in datacomms environment.
You will also learn how to use OTDR's, perform link testing using various test equipment, learn how to diagnose and rectify faults, read OTDR graphs.
Additional information
Comments: Here at Total Network Solutions Europe, you will train with qualified instructors that have real world experience, you will also train in a real world environment not just in a class room, our purpose built centre has been design so you gain the maximum benefit from the course. We will train you to do the job, not just gain a qualification. We will provide you with free technical support after the course and as part of our support you will also be able to attend free refresher training.
Career opportunities: Fibre engineer Network test engineer Data cabling engineer Telecoms technician Telecoms engineer Project engineer Commissioning engineer
Students per class: 8
Contact person: Paul Forster
C&G 3667 Unit 2 Fibre optics