Manual

Terminal Bars in Terminal Blocks can also be assigned automatically. Automatically assigned terminal bars are based on the following scheme:

• If terminal blocks are located under RCDs (e.g. F1, F2, F3), these are assigned (synchronously) to terminal bar X1, X2, X3.
• If terminal blocks are only under RCBOs or MCBs (e.g. F0.1, F0.2, F0.3), these are assigned (in sync) to terminal bar X0.1, X0.2, X0.3.
• Terminal blocks under power supply units are numbered in sync with the power supply unit’s equipment ID (e.g.: as X-T1, X-T2, …)
• Terminal blocks in KNX lines are numbered in ascending order as X-KNX1, X-KNX2
• Terminal blocks in other bus systems are labelled with numbers in ascending order as X-BUS1, X-BUS2, …
• The remaining terminal blocks (usually free terminal blocks in the extra-low voltage section or under ‘Other control devices’, e.g. binary inputs) are assigned the next most suitable free X code. This is done by rounding to full tens (e.g. X10, X20) to get some distance to existing terminal strips.

In addition terminal bars can also always be assigned manually if the automatic system doesn’t fit your requirements. In this way, terminal block can be combined into larger terminal bars. This type of numbering is once again a result of multiple discussions with electricians. This system makes it possible to quickly identify the corresponding protection (or power supply) by using the name of the terminal bar, thus providing a quick overview of the distribution. When using many RCBOs, ‘small’/short terminal strips with very few terminals are sometimes created. This is a desired effect in favor of the overview in the enclosure layout.