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*OfficeOne/OfficeStart not available in the U.S.
Section Contents
This section contains information on how to start up the Hicom 150 E OfficeCom, Point, One, and Start communication systems.
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WARNING Only authorized service personnel should start up the system. |
Step |
Activity |
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1. |
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2. |
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3. |
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4. |
Entering the system number (not for U.S.) |
5. |
Conducting customer-specific system programming. You can carry out the system programming either at the programming telephone, using Hicom Assistant T, or with the Hicom Assistant E Office PC tool. |
6. |
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When the date 1. JAN 00 and the time 00.00 appear in the display on the system telephone, the system is ready. |
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Changes to the system (such as key programming) made during an offline programming session will be lost when data is restored to the PC. |
The CBPC central board is equipped with two green LEDs that indicate the status of the board (H9) and of the integrated analog modem (H10).
CBPC Status Display
LED H9 (green) |
Function |
---|---|
Off |
No power |
On |
Power on, reset switch pressed |
Off |
Power on, reset switch held down for approximately 5 s; reload |
On |
System boot |
Flashing |
Normal operating state |
Integrated Modem Status Display
LED H10 (green) |
Function |
---|---|
Off |
Integrated modem not installed. |
On |
Integrated modem is ready. |
Data traffic via integrated modem |
For more information about LED signaling, refer to Section 12.3.1 on page 12-18 and Section 12.3.2 on page 12-19.
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The system also supports digital modem access via B channel. The green LED does not indicate the status of this modem. |
After supplying the system with power, you must carry out a system reload.
Procedure
Press and hold the reset switch on the CBPC for at least 5 seconds.
If you do not hold the reset switch for a full 5 seconds, the system may reset rather than reloading, or may not reload properly.
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In Release 2.2 and later, the system software no longer provides all languages. This means that some systems no longer start up in the customary local language after the country code is entered. You must now load the local language prior to country initialization, using Hicom Assistant E Office (see Section 7.12.6). After carrying out the country initialization, but before loading the required local language, the displays come up in German. |
The first time the system boots, the displays come up in German. Carry out the country initialization on the system telephone with the internal station number 100 (OfficeCom) or 11 for (OfficePoint, OfficeOne and Office Start) (port 01). This process loads the country-specific language and features and ensures that the system meets the country's conditions for approval.
In Germany, no country initialization is required following a reload because the system boots with the German country code by default.
Input Procedure
Note: Entering the country code initiates a hard reset. Any data that has already been stored, such as system speed-dialing destinations and classes of service, is deleted or reset to its default value.
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After you enter a country code, the default data is guaranteed to load correctly only if the system software has been officially released for that country. Hicom 150 E OfficeCom, OfficePoint, OfficeOne, and OfficeStart have not been introduced in some of the countries listed in Table A-4 on page A-8. The correct loading of the default data is not guaranteed for those countries. |
Introduction
Depending on the configuration, enter one of the following on the system telephone with internal station number 100 (OfficeCom) or 11 (OfficePoint):
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System number (without DID number and attendant code) or |
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Tie trunk number, as when networking with Hicom 300. |
The system number is defined by the carrier or the responsible facility provider.
System numbers cannot be entered with point-to-multipoint operation or tie trunks, such as Hicom 300 (depending on the configuration).
Example
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Port number: 98008 |
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National number: 2302 (prefix without 0) |
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International number: 49 (country code) |
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Station number type: International |
Input Procedure
You can program the system using one of the following tools:
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Hicom Assistant T (programming telephone, refer to Section A.3 on page A-6) |
Refer to Chapter 7, Implementing Features" for information on how to program individual features.
Meaning of Call Charge and Hardware Options in the Transmission Dialog Box of Hicom Assistant E Office
Activate the call charge option to transfer the following additional information to the system:
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Station call forwarding destinations (using *1) |
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Station PINs |
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Text and advisory messages sent |
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Call charges for trunks and stations |
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Feature counters |
Activate the hardware option to transfer the following additional data to the system:
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V.24 (RS-232) throughput rates |
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Active callbacks |
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Status of external call forwarding (*64) |
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Telephone settings (contrast, ringer volume, and ringer pitch) |
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Assignment between physical ports and logical ports |
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Status of physical ports (active or inactive) |
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Login information for Hicom cordless telephones |
The system restarts when you transfer the CDB with the hardware option activated.
Checking the Telephones
Check the time and date display on each optiset E telephone. If a display does not appear, the telephone or the link may be defective. Check
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The telephone |
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The jack |
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The cabling |
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The power connection |
Carry out the telephone test described in Section 12.3.3 on page 12-20 on all telephones.
Checking for Proper System Booting
Set up internal and external calls at random to check if the system is functioning properly.
The station and line numbers are assigned consecutively when the system is booted.
This consecutive station number assignment proceeds according to the following rules:
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The first time the system is initialized, its capacity is determined and stored in the CDB (customer database). After each system reset, this data is accessed and used to generate the numbering plan. |
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If a change in the board configuration is detected during booting: |
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Missing or defective board: No action. |
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Different board type detected: Board is not activated. |
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Same board type detected but with fewer channels: Board is activated with fewer ports, leaving a gap. |
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Same board type detected but with a greater number of channels: Board is activated with the number of channels stored in memory (EEPROM); the additional ports are not activated. |
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New board in empty slot: |
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Board was inserted as the last in the board placement sequence: All boards are activated and the numbering plan continues without a gap. |
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Board was inserted before another board in the board placement sequence: It is activated and appended to the last board in the numbering plan. |
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Reinitialization: With newly defined passwords, the system is returned to its original, preinitialization state. The system configuration data stored in the CDB is deleted; you can make changes to the capacity stage. |
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Switch off the system, (also make sure the battery switch is in the OFF position on the USVC and USVF) and insert the new boards. |
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Switch the system back on. the numbering plan continues without a gap, just like during initial activation.
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If the configuration exceeds the capacity limit for trunks, the ports are activated only up to the capacity limit. |
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(Not for U.S.) Combining subscriber lines and trunks on the same S0 board can result in gaps in trunk numbering because all the ports on the board are initially activated as trunks and are not reconfigured until later on. |
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S0 stations: If ISDN terminals are connected to an STLS board (S0 bus), their station numbers are derived from the MSN programmed in the terminal regardless of the configuration. |
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If no MSN is programmed in a terminal or if no MSN can be programmed, the system uses a default MSN. You can change the default MSNs using Hicom Assistant E Office. |
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(Not for U.S.) The MSN is first assigned by the system when the S0 port is configured on the "Euro-bus" and can be read out by system administration (Hicom Assistant T: Code 20 4 3 > S0 bus MSN). |
You can use the RJ11 jacks on the STLS boards to connect from one to four ISDN S0 busses. The interfaces on the STLS boards are freely configurable. The following configurations are supported:
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DSS1 trunk point-to-point |
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DSS1 trunk point-to-multipoint |
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EURO-bus |
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CorNet-N secondary (only OfficeCom + OfficePoint C/OfficePoint, Rel. 2.2 or later) |
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Using Hicom Assistant T, you can also set up configurations for networking and dedicated lines |
Use the S0 interface S01 for connection to the public telecommunications network (ISDN trunk).
You can also connect S0 interfaces S02 to S04 to the ISDN trunk or to ISDN terminals (ISDN telephone, Fax Group 4, PC, dialing aid) via an S0 bus.
The connection (networking) to Hicom 150 E Office and Hicom 300 (CorNet-N) can also be set up via S0 interfaces S01 to S04.
S0 connection options for Hicom 150 E OfficePro/OfficeCom/OfficePoint:
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Point-to-point (PP) (default) |
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Point-to-multipoint (PMP) |
Plug one end of the connecting cord provided into jacks S01 to S04 and the other end into the NT (network termination).
Plug one end of the connecting cord provided into jacks S01 to S04 and connect the other end to the Hicom 300 port.
Depending on the system, you can set up a maximum of four internal S0 busses (S01 to S04). A maximum of eight ISDN terminals can be addressed on each S0 bus.
(Not for U.S.) The MSN is first assigned by the system when the S0 port is configured on the Euro-bus and can be read out by system administration (Hicom Assistant T: Code 20 4 3 > S0 bus MSN).
When you set up an S0 bus, it is assigned an MSN. This MSN is the first free station number in the system. The S0 station is immediately available under this MSN, without an outgoing seizure.
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Not for U.S.: If no MSN is entered in the terminal, a default MSN is automatically assigned after you change the S0 port to Euro-bus in system administration. |
Setting Up an S0 bus With A MW6 (RJ11) Jack (Not for U.S.)
ISDN terminals cannot be connected directly to the MW6 (RJ11) jack on the STLS using the cables supplied. You must first install a jack with cross-connected cables (see Figure 5-2 on page 5-22).
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You must enter the station number in the codes for internal stations. |
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The station number for the internal S0 station must not be assigned to the station number of a subscriber board in the standard numbering plan. |
Example
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Hicom 150 E OfficeCom CBPC (station numbers 100-111 or 500-507); refer to Table 3-6 on page 3-22 |
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Peripheral board 3 = SLU8 (station numbers 27-42) |
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Peripheral board 4 = 8SLA (station numbers 43-50) |
Possible station numbers for internal S0 station: 51 to 74
In Germany, consider the following when implementing the multi-device connection feature (S0 bus from Telekom):
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Telekom assigns an MSN (multiple subscriber number) for connectable terminals on the S0 bus (normally at least three MSNs per basic access). |
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Under port configuration (code 20 4 1) for the port used, set DSS1 trunk PMP in the ISDN parameters of the system settings. |
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Enter the MSNs in the table for direct inward dialing (DID) numbers. In Hicom 150 E OfficeCom, Point, One, and Start, one station, one group or one hunt group can be reached via direct inward dialing for each MSN assigned. |
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You cannot make any entries under System stn. number. |
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Hicom 150 E Office is always the last station to be looped in on the S0 bus because the terminating resistors (2 x 100 ohms) are permanently installed in this system's trunk circuit. For this reason, remove any existing terminating resistors from the last socket. |
External Call Forwarding With PMP
Station 100 (OfficeCom) or station 11 (OfficePoint, OfficeOne or OfficeStart) (port 01) can activate external call forwarding (service * 64) for an MSN assigned to it. This type of call forwarding applies only to these stations and not to the entire multi-device connection. All other stations with an MSN can still be reached by means of direct inward dialing.
In a mixed configuration, be careful to distinguish between the two directions.
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Hicom 150 H V1.0 - Hicom 150 E Office Rel.2.0-3.0 Service Manual | Siemens Part No.: P31003-M1550-X403-3-7620 | Conversion Date: 2000-08-24 |
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Contact: E-Doku-Team | © Siemens AG 2001 |