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NETWORK TRAINER Type 4410

Type 4410

NETWORK TRAINER Type 4410

Type 4410 is a practical platform for installation technology and network technology. Exercises with LSA-PLUS, TAE, RJ45, ISDN and different cable types can be carried out directly on the setup. An integrated fault simulator makes wiring errors immediately visible.

  • Practical platform for network and installation technology
  • Exercises with LSA-PLUS, TAE and RJ45
  • Patch field with Cat 3, Cat 5 and Cat 7
  • Integrated fault simulator for wiring errors
  • Hands-on use with tools and measuring instruments
  • Expandable with additional modules
Datasheet (PDF)

Setup and use

The trainer combines the typical steps used in network installation. Patch fields, data sockets, ISDN connections and TAE components can be wired, tested and documented directly.

The fault simulator makes it possible to practise short circuit, reversed wires, interruptions and ground faults under realistic lab conditions.

Hands-on exercises

The board can be used to compare cable types, test connection systems and perform fault finding with standard tools and test equipment.

The module is suitable for teaching, training and demonstration in network technology.

Table frame
19-inch grid; aluminium profile
Dimensions
approx. 49.5 cm x 64.5 cm x 31.0 cm
Weight
approx. 5.7 kg with modules
Included modules
2 patch units Cat 6; 1 patch unit Cat 6 as fault simulator; 1 RJ45-ISDN patch unit unshielded; silver anodised aluminium module carrier; 4 Cat 6 data sockets; 2 ISDN data sockets; 2 TAE data sockets
Training cables
Cat 3 analogue 7.5 m; Cat 5 160 MHz 7.5 m; Cat 7 300 MHz 7.5 m; TAE/RJ45 NFF; TAE/RJ45 NFN
Accessory set Type 4410.1
line tester with LED display; 3 patch cables; side cutter; punch-down tool; cutting and stripping tool
Recommended workbook
ISDN, LAN and analogue connection technology with introduction to fibre optics, 2nd edition

Taken from the tables of contents of the hps experiment manuals (titles, numbers and pages). Titles are translated into English; page references refer to the German manuals. All manuals and experiments

V 0134 Unilan Manual · 225 pages 85 experiments

Main device of this manual – applies to all experiments View table of contents

  1. 1.2 Terms p. 12
  2. 1.3 Structures and standards p. 13
  3. 1.4 The communication link p. 15
  4. 1.5 The UNILAN family p. 18
  5. 1.6 Guarantee for groundbreaking network technology p. 21
  6. 1.7 Training from Datwyler p. 22
  7. 2.2.1 Transmission line theory p. 26
  8. 2.2.2 Resistance per unit length R’ p. 27
  9. 2.2.3 Inductance per unit length L’ p. 28
  10. 2.2.4 Conductance per unit length G’ p. 29
  11. 2.2.5 Capacitance per unit length C’ p. 30
  12. 2.2.6 Phase velocity (NVP) p. 30
  13. 2.2.7 Characteristic impedance ZL p. 30
  14. 2.2.8 Return loss p. 31
  15. 2.2.9 Line attenuation p. 32
  16. 2.2.10 Near-end crosstalk (NEXT) / far-end crosstalk (FEXT) p. 33
  17. 2.2.11 Attenuation-to-crosstalk ratio (ACR) p. 34
  18. 2.2.12 Transfer impedance p. 35
  19. 2.3.1 Frequently used abbreviations p. 38
  20. 2.5 Cable standards p. 49
  21. 2.6.1 UNINET 1002 p. 51
  22. 2.6.2 UNINET 3002 p. 52
  23. 2.6.3 UNINET 3004 p. 52
  24. 2.6.4 UNINET 6002, 7002 and 8002 p. 53
  25. 3.2 Data socket p. 58
  26. 3.3 Distribution panels p. 60
  27. 4.2.1 Electromagnetic spectrum p. 66
  28. 4.2.2 What is light? p. 67
  29. 4.2.3 Reflection p. 68
  30. 4.2.4 Refraction p. 69
  31. 4.2.5 Total reflection p. 70
  32. 4.3.1 Attenuation p. 72
  33. 4.3.2 Dispersion p. 75
  34. 4.3.3 Bandwidth p. 79
  35. 4.3.4 Refractive index p. 80
  36. 4.3.5 Numerical aperture p. 81
  37. 4.3.6 Mode field p. 82
  38. 4.3.7 Cut-off wavelength p. 83
  39. 4.3.8 Screen test p. 83
  40. 4.3.9 Macro/micro bending p. 86
  41. 4.4.2 ITU-T p. 89
  42. 4.4.3 IEC Technical Committee TC 86 p. 90
  43. 4.4.4 European standards p. 90
  44. 4.5.1 Fiber structure p. 91
  45. 4.5.2 Multimode step-index fibre p. 92
  46. 4.5.3 Multimode graded-index fibre p. 93
  47. 4.5.4 Single-mode step-index fibre p. 94
  48. 4.5.5 Overview of the most important fiber types p. 96
  49. 4.7.2 Indoor cable types p. 111
  50. 4.8.2 Outdoor cable types p. 114
  51. 5.1 Philosophy p. 121
  52. 5.2 Cable types p. 122
  53. 6.3 Accessories p. 126
  54. 6.4 Areas of application p. 126
  55. 6.5 Additional advantages over Optomod I p. 126
  56. 6.6 Benefit for the user p. 126
  57. 7.2 Optodesk components p. 130
  58. 8.2 The role of standardisation p. 134
  59. 8.3.2 Halogen-free – IEC 60754 / CENELEC HD 602 p. 135
  60. 8.3.3 Smoke density – IEC 61034-1 / CENELEC HD 606 p. 137
  61. 9.2.1 Shielding p. 145
  62. 9.2.2 Bit error measurement on data cables p. 146
  63. 9.2.3 Grounding p. 148
  64. 9.3 EMC concepts p. 149
  65. 10.1.1 Quality assurance on the construction site p. 153
  66. 10.1.2 Storage of the cable p. 153
  67. 10.1.3 Laying the cable p. 154
  68. 10.1.4 Cable pulling p. 154
  69. 10.2.1 Problems with copper cabling routes p. 160
  70. 10.2.2 Assignments p. 162
  71. 10.2.3 Contact assignment of various data services p. 163
  72. 10.3.2 Opening the cable jacket p. 165
  73. 10.3.3 Removing the fibre buffer p. 167
  74. 10.3.4 Removing the primary coating p. 168
  75. 10.3.5 Cleaving the fibre ends p. 169
  76. 10.3.6 Finishing work p. 172
  77. 11.2 Quality assurance of the communication infrastructure p. 176
  78. 11.3 Copper measurement technology p. 177
  79. 12.1.2 Communication strategy p. 198
  80. 12.1.3 Network planning p. 199
  81. 12.2.2 The universal cabling system of the Vereinsbank p. 203
  82. 12.2.3 Approved universal cabling systems at Vereinsbank p. 205
  83. 12.2.4 Technical regulations p. 208
  84. 12.2.5 Labeling and documentation p. 209
  85. 12.2.6 Measurements and measurement protocols p. 211

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