Elkron FAP54, Руководство по установке

Страница: 28 / 40

28 FAP54 Installation
[1] AUTO-ADDRESSED MODE
[2] PRE-CONFIGURED MODE
[3] UPDATE
WARNING! THIS PROCEDURE AFFECTS
THE ADDRESSES OF THE DEVICES
[OK] CONTINUE [ESC] BACK
|01 |02 o03 o04 |05 |06 o07 o08
010 000 011 MNP 000 ER2 005 000
|09 |10 |11 |12 |13 |14 |15
|16
MNP ER1 MNP 100 056 EXCL EXCL ER3
After selecting the configuration of each circuit, press OK to move to the selection of the addressing mode:
The user can select separately:
Auto-addressed mode: the whole set of points is re-addressed according to the physical position occupied by each
single point. The previous addresses are replaced by new addresses assigned by the control panel.
Pre-configured mode: the points in the field are acquired by the control panel without any change of their address.
However, the control panel accepts only the points with valid addresses (1-128). A new or non-configured device is
not accepted by the control panel which will abort the procedure.
Update: this type of initialization is used in case of system expansion. The previous points already configured are not
changed, while the new ones are automatically assigned a valid address, starting from the first available one.
If any point of the previous configuration is removed, the control panel will automatically assign the address of the
removed point to a new device.
If the auto-addressed mode is selected, a further confirmation is requested before proceeding:
Actually, if this procedure is carried out accidentally on a configured system it will result in the loss of the
pre-existing configuration, as this procedure implies the re-assignment of the addresses to all the points in
the field.
Regardless of the selected initialization mode, at the end of initialization the following information will be displayed:
This screen summarizes the circuit type (open/loop) and the outcome of the procedure for each circuit (the example
shown refers to a control panel with 16 circuits) according to the following rules:
CXX
YYY
The configuration is represented by symbol C, which can be:
| = open circuit configuration
o = loop circuit configuration
XX is the circuit number