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Eurolan SCS design basis, installation and testing.

Preliminary level of preparation: higher or secondary special technical education. 
Testing: students pass test for the course.   
Graduation certificate: Eurolan certificate.  
Study options: distance.  

Course content: Eurolan SCS design basis, installation and testing

1. Table of contents  
2. Summary of SCS - standarts
3. Definition of SCS its advantage 
4. Topology of SCS
5. Structure of the SCS and interaction of its subsystems
6. Subsystems of the SCS
7. Channel and permanent link
8. Peculiarities of realization of permanent link and channel
9. The canonical models of SCS-subsystems on balanced cable
10. Connection in SCS
11. Switching equipment
12. Administration of the SCS
13. The POE-technology and its interaction with cable channels of the SCS
14. Open office and consolidation point
15. Centralized cable system
16. Design features twisted pair
17. Crosstalk parameters of twisted pair
18. Methods protect the symmetric channels from the external noise
19. Basic parameters optical channels
20. Frequancy properties of the optical channels
21. Categories and classes
22. Technical rooms
23. 19-inch Mounting cabinets
24. Technical rooms – recommendations
25. Grounding and potential equalization
26. Elements forming condulet
27. Terms of laying cable channels in gutter type
28. Vertical pathway
29. Wiring for false ceilings in the raised floor
30. Building entrance
31. Horizontal cable installation
32. Working with backbone cables SCS
33. Connection of balanced cables to the patch panels
34. Patch panels and cords
35. Work area outlet
36. Installation of optical cables
37. Optical shelves, patch cords and pre-terminated cables
38. Splicing techniques fibers
39. Design of SCS
40. General design principles telecommunication parts of SCS
41. Work area subsystem design
42. Calculation of horizontal cable
43. Calculation of backbone cables
44. Features design optical subsystem
45. Optical shelves and wall cabinets
46. Polar optical channels
47. Accounting features technologies of fiber termination
48. Patching field construction
49. Approach to the formation of patching field
50. Terms of use organizers
51. Component marking
52. Measurements in SCS
53. Organization measurements in SCS
54. Testion of fiber optic subsystem
55. Loss mechanisms in optical connections
56. Attenuation measurements using optical tester
57. Use of the OTDR
58. Verification of connectors with microscope
59. Particular specialized SCS
60. Special types of cable systems