5.1.2  

Supplying the System with Power 
 
Caution (for Brazil only)  
The use of the outlet strip with overvoltage protection with part number C39334-Z7052-C33 is absolutely mandatory. The AC power of the system cabinet(s) must be conducted through the outlet strip with overvoltage protection.  

Procedure  

 Step  
 Activity  
 1.  
Plug in the power supply cable for the system cabinet(s).  
Note (for Brazil only): The AC power of a system cabinet is internally equipped with transient overvoltage protection up to approx. 2kV. Since additional lightning protection is prescribed for Brazil, the AC power of the system cabinet(s) must be conducted through the outlet strip with overvoltage protection (part number C39334-Z7052-C33). In this way, transient overvoltage protection is guaranteed up to approx. 4 kV.  
 2.  
Position all LUNA2 power supply switches to "DC-ON".  
Note: Startup does not begin until the switches on all LUNA2 units are in "DC-ON" position.  
 3.  
Monitor the RUN LED of the CBSAP. The individual steps of the system boot (Table 5-2) can be observed this way.  

Run LED HiPath 3800  
The CBSAP has a RUN LED that indicates the system status.

 Table 5-2   RUN LED - LED Status Meaning
 RUN LED  
 Meaning  
 Off  
No power  
 On  
Reset switch pressed briefly  
 Off  
Reset switch held down for more than 5 seconds (LED is extinguished to acknowledge that a reload has begun)  
 On  
System boot  
 Off
for 0.1 s  
Load operation: APS in SDRAM, loadware, and card data  
 Flashing
0.5 s on/0.5 s off  
Normal operating state (zero load)1  
 Flashing
0.1 s on/0.1 s off  
MMC removed or defective  
1The flashing rhythm depends on the load. The higher the system load the slower the flashing rhythm.
The HiPath 3800 is ready when the date "1. JAN 00" and the time "00:00" appear in the display on the system telephone.  

5.1.2.1  

Assigning Station Numbers 
The first time the system is initialized, the system determines its capacity and stores the result in the CDB (customer database). After each system reset, the system accesses this data and generates a continuous numbering plan.
If the system detects changes to the board configuration during startup, the following action is taken:

 If  
 Then  
Missing or defective board  
No action.  
Different board type  
The system does not automatically activate the board.  
Underequipped or same board variant  
Board is activated. The same station range is used.  
Over-equipped board variant  
Board is activated. The old station range is activated and the ports associated with the new board are inserted at the end. The ports are split if there is no contiguous station range available.  
New board in empty slot  
 •   Board was the last one installed in accordance with the placement sequence:
All boards are activated and the numbering plan continues without a gap.
 •   Board was inserted ahead of another board in the placement sequence:
Board is activated and appended to the last board in the numbering plan.

Procedure: Reinitialization  
Proceed as follows if measures to expand the system configuration require reinitialization of the numbering plan:

 Step  
 Activity  
 Description  
 1.  
Disconnect the system from the power supply. Check that the system is de-energized.  
Expand as required.  
 
 2.  
Connect system to power supply  
A continuous numbering plan is generated (as was the case when the system was first initialized).  
Notes:  
 •   Changes to the extension numbers result in changes to the individual, extension-specific data.
 •   Only those ports provided for in accordance with the maximum configuration are activated if the maximum line configuration is exceeded (too many trunk boards).
 •   A mixture of subscriber line circuits and trunk lines on one S0 board can result in gaps in line numbering. This is because all S0 ports are initially activated as trunks and are only subsequently reconfigured.