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INSTALLATION TEST BOARD Type 2340

Type 2340

INSTALLATION TEST BOARD Type 2340

The INSTALLATION TEST BOARD is a practice-oriented measurement system for protective and installation engineering according to VDE 0100. It enables measurements with standard VDE test equipment and safely simulates typical faults and mains situations.

  • Practice-oriented measuring with commercially available VDE test equipment
  • For checking safety measures according to VDE 0100
  • For measurements in 1- and 3-phase mains
  • Simulation of insulation and loop resistance
  • Simulation of frequently occurring faults in protective and installation engineering
  • Ideally suitable for testing purposes
Datasheet (PDF)

Field of application

The INSTALLATION TEST BOARD is used for measurements in electrical protective and installation engineering. The front panel provides two Schuko sockets for measuring conductor loss, loop impedance, insulation resistance and the tripping characteristic of an RCD.

Front panel and safety concept

An additional three-phase connection (CEE socket) enables the measurement of the phase sequence. A lockable protective cover prevents unauthorized access to the socket field; this makes the INSTALLATION TEST BOARD very suitable for examination use.

By connecting the sockets, individual as well as combined faults can be simulated and loop and insulation resistance can be measured.

  • Socket field on the front panel with 2 mm sockets
  • Lockable protective cover
  • Measurement and simulation of earth resistance
Mains connection
3-phase
Mains voltage
230/400 V AC; 50...60 Hz
Connector
CEE (CE norm)
Dimensions
532 x 297 x 140 mm (W x H x D)
Weight
approx. 5.5 kg
RCD
single-phase; IN = 25 A; IF = 0.03 A
Circuit breaker 1
2 x 6 A
Circuit breaker 2
3 x 16 A
Front panel
socket field with 2 mm sockets

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 2340 Protective measures and their tests Manual · 60 pages 48 experiments

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

  1. 1.6.1 Exercise 1 p. 4
  2. 1.6.2 Exercise 2 p. 4
  3. 2.2 Visual inspection p. 5
  4. 2.3 Testing and measuring p. 5
  5. 2.4 Measurements according to DIN VDE 0100 part 610 p. 6
  6. 2.5 Test protocol and handover report p. 6
  7. 3.2.1 Fault simulation 1 for earthed socket outlet 1 p. 10
  8. 3.2.2 Fault simulation 2 for earthed socket outlet 1 p. 10
  9. 3.2.3 Fault simulation 3 for earthed socket outlet 1 p. 11
  10. 3.2.4 Fault simulation 4 for earthed socket outlet 1 p. 11
  11. 4.2.1 Fault simulation 1 for CEE three-phase socket p. 13
  12. 4.2.2 Fault simulation 2 for CEE three-phase socket p. 14
  13. 5.2.1 Checking the absence of voltage at the earthed socket outlet 2 p. 16
  14. 5.2.2 Checking the absence of voltage at the CEE three-phase socket p. 16
  15. 5.2.3 Checking the continuity of the protective conductor p. 17
  16. 6.2.1 Fault simulation 1 for earthed socket outlet 2 p. 19
  17. 6.2.2 Fault simulation 2 for earthed socket outlet 2 p. 19
  18. 6.2.3 Fault simulation 3 for earthed socket outlet 2 p. 20
  19. 6.2.4 Fault simulation 4 for earthed socket outlet 2 p. 20
  20. 6.3.1 Fault simulation 1 for CEE three-phase socket p. 21
  21. 6.3.2 Fault simulation 2 for CEE three-phase socket p. 22
  22. 6.3.3 Fault simulation 3 for CEE three-phase socket p. 22
  23. 6.3.4 Fault simulation 4 for CEE three-phase socket p. 23
  24. 7.2.1 Measurement of touch voltage and ground resistance p. 25
  25. 7.2.2 Measurement of tripping time and ground resistance p. 26
  26. 7.3 Residual current test with increasing tripping current p. 27
  27. 7.4.1 Fault simulation 1 for earthed socket outlet 1 p. 28
  28. 7.4.2 Fault simulation 2 for earthed socket outlet 1 p. 29
  29. 7.4.3 Fault simulation 3 for earthed socket outlet 1 p. 30
  30. 7.5 Residual current test with 5 times the rated current p. 30
  31. 7.6 Residual current testing with pulsating direct residual current p. 31
  32. 8.2.1 Fault simulation 1 for earthed socket outlet 2 p. 34
  33. 8.2.2 Fault simulation 2 for earthed socket outlet 2 p. 35
  34. 8.2.3 Fault simulation 3 for earthed socket outlet 2 p. 35
  35. 8.2.4 Fault simulation 4 for earthed socket outlet 2 p. 35
  36. 8.2.5 Fault simulation 5 for earthed socket outlet 2 p. 36
  37. 8.3 Measuring the loop impedance on the CEE three-phase socket p. 36
  38. 9.2.1 Fault simulation 1 for earthed socket outlet 2 p. 39
  39. 9.2.2 Fault simulation 2 for earthed socket outlet 2 p. 39
  40. 9.3 Measuring the mains impedance at the CEE three-phase socket p. 40
  41. 10.2 Measuring the earth resistance with a probe p. 42
  42. 10.3 Measuring ground resistance without a probe p. 43
  43. 11.2 Measurement of floor resistance p. 45
  44. 11.3 Measuring the resistance of the wall p. 45
  45. 12.2 Measurements in the living area (earthed socket outlet 1) p. 48
  46. 12.3 Measurements in the basement area (earthed socket outlet 2) p. 49
  47. 12.4 Measurements in the basement area (CEE three-phase socket) p. 50
  48. 12.5 Handover report and test report p. 52
V 2340 Protective measures and their testing Solutions · 26 pages 0 experiments

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

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