Hicom 150 E Office is a single-product line.
The four available systems support 5 to 384 (250 in the U.S.) subscriber line circuits, thus meeting the requirements of a wide range of customers.
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Hicom 150 E OfficePro / Hicom 150 E OfficePro Rel 1.1"Extended Line" Rel 2.2 |
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Hicom 150 E OfficeCom |
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Hicom 150 E OfficePoint |
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Hicom 150 E OfficeOne (only Euro-ISDN: not for U.S.) |
Hicom 150 E OfficeCom and OfficePro systems can be interconnected in small, homogeneous networks and used with other Siemens private automatic branch exchanges in a network environment (with CorNet N).
Telephones (total primary) |
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Trunks and tie trunks (B-channels in total) |
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- digital (CorNet-N/Qsig) |
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- analog (E&M) |
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Hicom Attendant P |
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V.24 interfaces |
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System cabinets |
Telephones (total primary) |
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ISDN S0 data terminals, Data Adapters, Control API Adapters |
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Trunks and tie trunks (total)3
(B-channels in total) |
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Hicom Attendant P |
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RS-232 interfaces |
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System cabinets |
1 Up to 120 Optiset E telephones per cabinet. 2 More than 50 Optiset E RS-232 Data Adapters (TA 232D) or Optiset E ISDN Adapters (TA S0) can be connected. However, each additional adapter reduces the maximum number of Optiset E telephones by one. 3 Based on 4 TMQ4 Modules in the OfficeCom and 2 TMQ4 Modules in the OfficePoint. |
Figure 2-1 Hicom 150 E OfficePro Rel 1.1 "Extended Line"/Rel2.2 System Env.
Hicom 150 E OfficePro Rel 1.1 "Extended Line" is an expanded version of Hicom 150 E OfficePro. It basically differs from OfficePro Rel 1.0/2.0 as follows:
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Expanded from 250 to 384 stations. |
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Uses new basic and expansion cabinets with more slots. |
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Uses the new SLA24N peripheral board with 24 ports for connecting analog stations. |
The system continues to be expandable to maximum three cabinets.
The new basic cabinet is equipped with a modified backplane that increases the number of possible slots for subscriber line/LTG modules from 6 to 7. For the purpose of expansions, each expansion cabinet is equipped with 8 slots for subscriber line/LTG modules. When two expansion cabinets are used, a total of 23 slots are available for boards. All the slots have an installation width of 30 mm with the exception of slot 7 in the basic cabinet (45 mm).
When the SLA24N subscriber line module is installed, analog systems can also be expanded to maximum 56 trunk connections and 384 stations.
The HDLC addresses for the expansion cabinets are the same for both cabinets. For this reason, each expansion cabinet must be connected to a separate HDLC highway. The slots in the basic cabinet are assigned to HDLC highway 0. Because HDLC highway 0 runs parallel to expansion cabinet 2 and the basic cabinet, the basic cabinet is assigned its own collision-free HDLC addresses.
The PCM links in the basic cabinet for slots 1 to 6 retain the same distribution as in Release 1.0. Slot 7 in the basic cabinet, which has been added with Rel 2.2, is connected in parallel to slots 5 and 6. No more than two S2M boards can be installed in these slots. Only four B channels are then available for the third slot (for example, TIEL).
In each of the expansion cabinets, two PCM highways are routed to two adjacent slots in both cabinets. This means that in a three-cabinet system, 64 B channels are available for each of the four slots.
The cabling between the basic and expansion cabinets is arranged in a star topology.
Figure 2-2 shows the HDLC and PCM connections between the cabinets.
Figure 2-2 HDLC and PCM Connections for Hicom 150 E OfficePro Rel. 1.1 "Extended Line"/Rel 2.2
Figure 2-3 shows the dimensions of the basic cabinet, expansion cabinets and main distribution frame unit (MDFU-E).
Figure 2-3 Hicom 150 E OfficePro Rel. 1.1 "Extended Line"/Rel 2.2 with Expansion Cabinets and Main Distribution Frame Unit (MDFU-E)
Slot Assignments:
Basic Cabinet (S30777-U757-X)
The slots are assigned as follows:
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Fixed slot for the CBMOD control board |
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Fixed slot for the UPSM power supply module |
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Slots 1-7 for peripheral boards |
Expansion Cabinets (S30777-U708-X100)
The slots are assigned as follows:
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Slots 1-8 for peripheral boards |
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Fixed slot for the UPSM power supply module |
Figure 2-4 Hicom 150 E OfficePro Rel 1.1 "Extended Line"/Rel 2.2-Slots
Same as Hicom 150 E OfficePro Rel 1.0/2.0
Same as Hicom 150 E OfficePro Rel 1.0/2.0
The table below provides an overview of the new boards used in Rel 1.1/2.2.
SLA24N |
S30810-Q2929-X |
Analog board |
SLA16N |
S30810-Q2929-X100 |
Analog board |
SLA8N |
S30810-Q2929-X200 |
Analog board |
CR 8 |
S30810-Q2513-X |
Board with 8 additional code receivers |
TMAMF |
S30810-Q2587-A100 |
Board has 8 trunks for analog DID |
For more information on the boards, see the section on Hicom 150 E OfficePro Rel 1.0/2.0.
The CR 8 (code receiver) board can be inserted as an option in all the cabinets and all the slots. This allows the number of code receivers in the system to be expanded from 6 to maximum 22 (making it possible to use analog, tone-dialing telephones), corresponding to 8 code receivers per board used. A maximum of 2 CR 8 boards can be used for each system.
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A -CR 8 board must be used if the following restrictions are encountered when a large number of analog interfaces is used:
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The TMAMF (trunk module analog for multifrequency code signaling) board has 8 trunks for analog direct inward dialing. It supports the MFC-R2 (=default), MFC-R2 with caller ID, DTMF and DP signaling methods.
This application is possible only with Hicom 150 E OfficePro Rel 1.1 "Extended Line"/ Rel 2.2.
Same as Hicom 150 E OfficePro Rel 1.0/2.0
Same as Hicom 150 E OfficePro Rel 1.0/2.0
Figure 2-5 Connection of UPSM and Battery Packs
Figure 2-6 Connection of UPSM and External Charging Rectifier
with Battery
Figure 2-7 shows the heat dissipation and power consumption values.
Figure 2-7 Hicom 150 E Cabinet-Heat Dissipation and Power Consumption
Figure 2-8 OfficePro Rel 1.0/2.0 System Environment (World)
Hicom 150 E OfficePro Rel 1.0/2.0 (and Rel 2.2 in the U.S.) is a modular system that customer can expand by adding boards or cabinets for up to 250 subscriber line circuits. An additional cabinet is referred to as an expansion cabinet. A Hicom 150 E OfficePro system can have a maximum of three cabinets.
Figure 2-10 shows a Hicom 150 E OfficePro system with a basic cabinet, two expansion cabinets, and a main distribution frame (MDFU-E, not for U.S.).
Note: In the U.S., the customer supplies a main distribution frame (MDF).
Slot Assignments:
Basic Cabinet
The slots are assigned as follows:
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Slot 1: CBMOD processor board |
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Slot 8: PSUI power supply module |
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Slots 2-7: Peripheral boards |
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All peripheral boards can be plugged into slots 5-7. |
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The TML8W board cannot be inserted with a GEE8 module in slots 2-4 due to its narrow installation width. |
The slots are assigned as follows:
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Slot 1: |
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For the system with one expansion cabinet, slot 1 remains free. |
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For the system with two expansion cabinets, the CONBO board must be installed in expansion cabinet 1; slot 1 in expansion cabinet 2 remains empty. |
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Slot 8: PSUI power supply module |
The central components of the Hicom 150 E Office Rel 1.0/2.0 (and Rel 2.2 in the U.S.) system are:
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CBMOD board |
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CONBO board |
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PSUI power supply module |
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USVI (or UPSM) (not for U.S.). |
All central control and switching functions are implemented on the CBMOD board. The following modules can be plugged in the corresponding slot on the CBMOD:
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CGM The clock generator module is required if a higher level of clock precision is needed for digital tie traffic, main CS/satellite CS operation, or a CMI application (not for U.S.). For other applications, the clock generator on the CBMOD is sufficient. |
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Flash card This plug-in memory card (PCMCIA format) contains the appropriate release-specific system software (APS). Customer data is automatically saved on the flash card every twenty-four hours. |
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IMOD modem card This optional plug-in modem card (PCMCIA format) implements remote administration and maintenance without an external modem. Protocol used: V32bis (14.4 Kbps). |
In the event of a power failure, all the RAM contents and the function of the real-time clock (RTC) are retained for approximately 100 hours. A maintenance-free lithium battery makes such data retention possible. The charging time at initial activation is approximately 24 hours.
The CONBO board is required for the installation of a 3-cabinet system. To connect the second expansion cabinet to the Hicom 150 E system, the CONBO board must be installed in slot 1 in expansion cabinet 1. When a 2-cabinet system is upgraded to a 3-cabinet system, the original expansion cabinet 1 becomes expansion cabinet 2, and the new cabinet with the CONBO board becomes expansion cabinet 1.
The PSUI board is the power supply module. Each cabinet must have its own power supply module.
PSUI is used in all countries. The ring frequency and ring voltage of the integrated ring generator can be adjusted to country-specific requirements.
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Voltage range: 88 Vac-264 Vac (not for U.S.); 120 Vac (for U.S. only) |
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Power consumption: Maximum 310 W without UPSI, maximum 424 W with UPSI |
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Nominal frequency: 50/60 Hz (tolerance-47 to 63 Hz) (not for U.S.); AC line frequency-60 Hz (for U.S. only) |
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Nominal output voltage: 60/75 V eff |
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Output frequencies: 20/25/50 Hz |
In combination with the PSUI, a USVI provides emergency battery power in the event of a power failure.
In the maximum configuration, a USVI cabinet (with the same design as the Hicom 150 E Office cabinets) contains two complete, independent USVI units. Each of these units can supply power to one Hicom 150 E Office cabinet and has the following components (see Figure 2-24 on page 2-50):
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Battery manager board (charging circuit and control electronics) |
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Battery set board (comprising 4 maintenance-free, 12 V lead storage batteries) |
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Connecting cable (length: 1.4 m) between the PSUI and battery manager. The battery manager does not require separate power connection. |
You can double the bridging time by connecting two battery sets in parallel using suitable cables.
Instead of the internal battery set, you can also connect an external 48 V battery array with a connecting cable.
Diagrams of the connection types can be found on pages 2-14 through 2-16.
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USVI in normal mode |
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Input voltage (from PSUI): Approximately 380 Vdc (maximum 0.27 A) |
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Output voltage (charging voltage for batteries): 54 or 55.2 Vdc (maximum 1.6 A) |
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Power failure mode |
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Input voltage (from battery): 48 V (42 to 56 Vdc) |
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Output voltage (to PSUI): 340 Vdc, maximum 1.1 A |
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Nominal capacity of battery set: 7 or 12 Ah per battery set |
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Bridging time with maximum configuration: 80 minutes (50 minutes with 7 Ah battery set) (see Table 2-10 on page 2-42) |
This board integrates the power supply and battery manager functions. No other components are required if operated on a network. Hicom 150 E OfficePro uses one UPSM per cabinet.
To maintain short-term battery emergency operation after a power failure, that is, to use uninterruptible power supply functions, you must also connect the following:
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One battery pack per system cabinet or |
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One external charging rectifier with battery (for example,SYSKAB) or |
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One 48 Vdc network system |
A cumulative LED indicates the presence of all necessary secondary voltages. The UPSM must be replaced if it breaks down. All country variants use the UPSM. The ring frequency of the modular ring generator is adjustable, depending on the country-specific functions required.
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Input voltage range: 88 Vac to 264 Vac |
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Input current range: 5.4 A to 2.7 A |
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Maximum power consumption: approximately 430 W |
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Nominal frequency: 50/60 Hz (tolerance: 47 to 63 Hz) |
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Output voltage (battery charging voltage): 42.5 to 55.2 Vdc |
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Output current (battery charging current): > 0.8 A |
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Battery set rating: 7 Ah |
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Bridging time (see Table 2-9 on page 2-31) |
Technical Specifications of the Modular Ring Generator
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Nominal output voltage: 60/75 Veff |
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Output frequencies: 20/25/50 Hz |
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Output power |
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Nominal load: 4.0 VA |
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Peak load: 8.0 VA, short-term (3 minutes load/15 minutes pause) |
Ports per board |
B channels per board |
Boards per cabinet |
Maximum number of boards per system |
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SLA16 |
16 |
|
6 |
15 |
Board for connecting up to 16 analog telephones to the system, also for connecting fax machines, modems, radio paging equipment, equipment for external music on hold, and voice mail systems. |
SLA8N* |
8 |
|
6 |
18 |
Board with 8 analog interfaces *** (possible as of Rel 2.0) |
SLA16N |
16 |
|
6 |
15 |
Board with 16 analog interfaces *** (possible as of Rel 2.0) |
SLA24N |
24 |
|
6 |
10 |
Board with 24 analog interfaces *** (possible as of Rel 2.0) |
SLC16* |
16 |
64 |
1 |
1 |
Board for connecting up to 16 CMI base stations (for mobile telephones) to the system. |
SLMO8* |
8 |
16 |
6 |
18 |
Board for connecting telephones in the optiset E system family. The SLMO board is available in an 8- or 24-port version. |
SLMO24 |
24 |
48 |
4 |
10 |
|
STMD8 |
8 |
16 |
6 |
8 |
Board for providing ISDN basic rate access. Configuration of ISDN trunks, tie trunks, and subscribers on the same board is possible. |
Ports per board |
B channels per board |
Boards per cabinet |
Maximum number of boards per system |
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TML8W* |
8 |
|
3 |
9 |
Board for connecting loop start trunks. |
STMD8* |
8 |
16 |
6 |
8 |
Board for providing ISDN basic rate access. Configuration of ISDN trunks, tie trunks, and subscribers on the same board is possible. |
TMS2* |
30 |
30 |
4 |
4 |
Board for providing primary rate access to the local exchange and tie traffic. |
TMST1** |
24 |
24 |
6 |
6 |
ISDN interface board. |
TMDID** |
8 |
|
3 |
9 |
Analog trunk board for direct inward dialing. |
TMGL8** |
8 |
|
6 |
15 |
Analog trunk board (ground/loop start) |
TIEL |
Board for providing four two-way analog tie trunk circuits with E&M signaling. |
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STMD8* |
Board for providing ISDN basic rate access. Configuration of ISDN trunks, tie trunks, and subscribers (no power feeding) on the same board is possible. |
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TMS2* |
Board for providing primary multiplex access to the local exchange and tie traffic. |
TMOM* |
Ports per board |
4 |
Board for providing the interface for the radio paging system, and supporting the following standards:
|
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TIEL |
Ports per board |
4 |
Board for connecting announcement devices (with start/stop signaling for announcement before answering), in addition to its tie trunk circuit function. |
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REAL |
Relay connections |
4 |
Board for relay connection (such as a door opener) and power failure transfer (ALUM). The board is located on the basic cabinet's backplane. |
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Trunk failure transfers |
1 |
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PFT1* |
Trunk failure transfers |
1 |
Boards for connecting to the main distribution frame unit (MDFU-E) and transferring calls from analog trunks to an analog telephone in a power failure. |
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PFT4* |
Trunk failure transfers |
4 |
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GEE8* |
Number of analog trunks supported |
8 |
Board for recording call charge pulses from the trunk on a country-specific basis. The board can be plugged into the TML8 analog trunk circuit board. |
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TIEL |
Ports per board |
4 |
Board for connecting announcement devices (with start/stop signaling for "announcement before answering"), in addition to its tie trunk circuit function. |
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REAL |
Relay connections |
4 |
Board for relay connection (such as a door opener) and power failure transfer (ALUM). The board is located on the basic cabinet's backplane. |
Figure 2-12, Figure 2-13, and Figure 2-14 show the heat dissipation and power consumption values of one cabinet under various operating conditions. When UPSI is used, the specifications for each cabinet must be taken into consideration with the battery manager.
The central control board of the basic cabinet determines the system's bridging time. The specifications for bridging times apply under the following conditions:
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Utilization of a new, fully charged battery at a room temperature of 23° |
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Constant load conditions |
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Failure of any power supply..... |
Note: A failure of the power supply (battery set, battery manager, PSUI, or UPSM) can affect the functioning of the entire system.
Table 2-9 presents the bridging time for the USVI/UPSM as a function of the number of telephones connected. For more information, refer to the Electronic Service Manual..
The parallel connection of two battery sets, by means of cables, doubles the bridging time. The recharging time is longer because the battery manager must feed two battery sets (see Figure 2-26). To feed another expansion cabinet requires an additional USVI cabinet.
Note: The two battery sets must be of the same type and produced by the same manufacturer. The connecting cable between the battery sets must be ordered separately.
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The USVI provides an adequate bridging time in most power failure situations. |
The External Battery Connection Kit connects external batteries to the battery managers (see Figure 2-17). The use of large batteries increases the bridging time. The connection kit comprises mounting clamps and battery cable connections. It is installed on the backplane of the USVI cabinet and connected to one or both battery managers by a battery cable. Because the maximum charging capacity for the battery managers is 12 Ah, in most cases an additional battery charger is required for the external battery. The battery and charger must be supplied locally.
UPS System Provided by Customer
Customers can also provide their own uninterruptible power supply (output voltage: 115-230 Vac) to connect to the power input on the Hicom 150 E Office system.
Table 2-10 Country-Specific OfficeCom Boards
Figure 2-20 Hicom 150 E OfficeCom Rel 2.0 System Environment (World)
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Hicom 150 E OfficeCom is a single-cabinet system for wall mounting and can be expanded to support 92 (Rel 1.0) or 156 (Rel 2.0 and later) (92 in the U.S.) subscriber line circuits. The housing contains six slot levels arranged one on top of the other, running parallel to the mounting surface (wall). The slot levels are assigned as follows:
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Slot levels 1-3: Peripheral boards (up to 6) 2 boards can be inserted per level. |
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Slot level 4: Control board only CBFC (Rel 1.0) or CBPC (Rel 2.0 and later) |
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Slot level 5: EXTEB (with Rel 1.0) or SIPAC-EB for OfficePro boards (Rel 2.0 and later) |
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Slot level 6: Optional boards (up to 5 modules) |
The power supply unit (PSU) or uninterruptible power supply (UPS, not for U.S.) is located on the back of the subrack.
The connecting cables to the peripherals (such as stations and trunks) can be connected by means of a main distribution frame unit (MDFU). (In the U.S., the customer supplies a main distribution frame.)
Note (not for U.S.): An open-end cable is available for connection to an existing distribution frame or an ICCS network.
Dimensions and Slots with Rel. 1.0
Dimensions and Slots for Rel 2.0 and Later Figure 2-23 OfficeCom Rel 2.0 and Later-Dimensions and Slots
The central components of the Hicom 150 E OfficeCom system are:
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CBFC/CBPC control boards |
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PSUC or USVC (not for U.S.) power supply module |
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V.24 (RS-232) serial interface (V24/2, V24/1) (V24/1, not for U.S.) |
The CBFC board handles all central control and switching functions. In addition, 8 UP0/E interfaces and 4 analog (a/b) interfaces are available. The board also permits the insertion of 2 peripheral boards in slots 4 and 5.
The following modules can also be used with the CBPC board:
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FMC flash memory card The plug-in memory card (PCMCIA format) contains the system software (APS). Customer data is automatically saved on this flash card every twenty-four hours. |
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IMOD modem card Protocol used: V.32bis (14.4 Kbps). |
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MPPI (musiphone put In) (not for U.S.) or EXM (external music on hold) for external MOH functionality. |
In a power failure, all the RAM contents and the function of the real-time clock (RTC) are retained for approximately 100 hours. A maintenance-free lithium-ion battery makes such data retention possible. The charging time at activation is approximately 24 hours.
The CBPC board handles all central control and switching functions. The board has 6 peripheral boards on slot levels 4 through 9 and a single OfficePro board in the SIPAC slot. In addition, 8 UP0/E interfaces and 4 analog (a/b, T/R) interfaces are available. The following modules interface with the CBPC board:
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FMC flash memory card The plug-in memory card (PCMCIA format) contains the system software (APS). Customer data is automatically saved on the flash card every twenty-four hours. |
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IMOD modem card Protocol used: V.32bis (14.4 Kbps). |
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MPPI (musiphone put in, not for U.S.), EXM (external music on hold, not for U.S.), or EXMNA (for U.S. only) for external MOH functionality. |
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CGMC (clock generator module combined) (not for U.S.) (optional): This module is required if a higher level of clock precision is needed. It is mandatory for Hicom cordless EM V 2.2 and digital tie traffic (Cornet-N, QSig) |
In the event of a power failure, all the RAM contents and the function of the real-time clock (RTC) are retained for approximately 100 hours. A maintenance-free lithium-ion battery makes such data retention possible. The charging time at initial activation is approximately 24 hours.
The PSUC replaceable module provides all power supply voltages to the Hicom 150 E OfficeCom system. The ring frequency of the integrated ring generator can be adjusted to country-specific requirements.
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Voltage range: 88 Vac to 264 Vac (not for U.S.); 120 Vac (for U.S. only) |
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Power consumption: Maximum 145 W |
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Nominal frequency: 50/60 Hz (tolerance from 47 to 63 Hz) (not for U.S.); AC line frequency-60 Hz (for u.S. only) |
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Nominal output voltage: 75 V eff |
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Output frequencies: 20/25/50 Hz |
The USVC unit provides the Hicom 150 E OfficeCom system with a UPS. USVC can be installed in place of the standard PSUC. It can also be connected to an external battery with the same capacity.
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Voltage range: 88 Vac to 264 Vac |
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Power consumption: Maximum 180 W |
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Nominal frequency: 50/60 Hz (tolerance from 47 to 63 Hz) |
Technical specifications for the battery:
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Voltage: 48 V (4 x 12 V) |
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Capacity: Maximum 1.3 Ah |
This board is the system's backplane.
4SLA* |
4 |
4 |
5 |
Board for connecting analog stations (a/b, T/R). |
8SLA |
8 |
8 |
5 |
Board for connecting analog stations (a/b, T/R). |
16SLA* |
16 |
16 |
5 |
Board for connecting analog stations (a/b, T/R). |
SLU8 |
8 |
6 |
5 |
Board for connecting optiset telephones (UP0/E) |
STLS2* |
2 |
4 |
6 |
Boards for providing ISDN basic rate access. Configuration of ISDN trunks, tie trunks, and subscribers on the same board is possible (no power feeding). |
STLS4 |
4 |
8 |
4 |
|
SLA8N* (Rel 2.0 and later) |
8 |
|
1 |
OfficePro board for connecting 8 analog stations (a/b, T/R). Can be installed in the SIPAC slot only. |
SLA16N (Rel 2.0 and later) |
16 |
|
1 |
OfficePro board for connecting 16 analog stations (a/b, T/R). Can be installed in the SIPAC slot only. |
SLA24N (Rel 2.0 and later) |
24 |
|
1 |
OfficePro board for connecting 24 analog stations (a/b, T/R). Can be installed in the SIPAC slot only. |
SLC16* (Rel 2.0 and later) |
16 |
|
1 |
OfficePro board for connecting 16 CMI base stations. Can be installed in the SIPAC slot only. |
SLMO24 (Rel 2.0 and later) |
24 |
24 |
1 |
OfficePro board for connecting 24 optiset telephones (UP0/E). Can be installed in the SIPAC slot only. |
TLA2* |
2 |
2 |
6 |
Trunk board for analog trunks. |
TLA4* |
4 |
4 |
6 |
Trunk board for analog trunks. |
TLA8* |
8 |
8 |
6 |
Trunk board for analog trunks. |
TS2* |
30 |
30 |
1 |
S2M board. |
STLS2* |
2 |
4 |
6 |
Board with 2 or 4 S0 ports, used for connecting either a trunk or a subscriber line circuit. |
STLS4** |
4 |
8 |
4 |
|
TST1*** |
24 |
24 |
1 |
PRI board. |
TMGL4*** |
4 |
|
2 |
Trunk board for analog trunks. |
TMQ4*** |
4 |
8 |
2 |
Trunk board for BRI. |
Ports per board |
B channels per board |
Maximum number of boards per system |
||
---|---|---|---|---|
TS2* |
30 |
30 |
1 |
Board for providing primary rate access to the local exchange and tie traffic. |
STLS2* |
2 |
4 |
2 |
Boards for providing ISDN basic rate access. Configuration of ISDN trunks, tie trunks, and subscribers on the same board is possible (no power feeding). |
STLS4* |
4 |
8 |
2 |
ALUM |
Trunk failure transfer |
4 |
Trunk failure transfer; this board transfers loop start trunks directly to internal analog stations in the event of a power failure (note signaling method). |
ANI4** |
Analog trunks |
4 |
This board allows calling line identification (caller ID) in conjunction with TMGL4. |
GEE12* |
Number of call charge receivers |
4 |
This optional board records the country-specific (12 kHz) call charge pulses from the trunk. |
GEE16* |
Number of call charge receivers |
4 |
This optional board records the country-specific (16 kHz) call charge pulses from the trunk. |
GEE50* |
Number of call charge receivers |
4 |
This optional board records the country-specific (50 kHz) call charge pulses from the trunk. |
OPAL |
|
|
Adapter for connecting the CBPC to the first options board in OfficePoint. |
V24/2 |
Ports |
2 |
Two serial V.24 (RS-232) interfaces for connecting a PC, printer, or Plus Products. |
V24/1* |
Ports |
1 |
One serial V.24 (RS-232) interface for connecting a PC, printer, or Plus Products (underequipped model for V24/2). |
EXM* |
Ports |
1 |
External music on hold. |
EXMNA** |
Ports |
1 |
External music on hold. |
MPPI* |
|
|
Musiphone put in. |
STRB |
Sensors |
4 |
Control relay module; provides 4 relays and 4 sensors for controlling external devices or detecting external control events. |
Relays |
4 |
||
LAN bridge |
Ports |
8 |
Integrated LAN card for connecting the Hicom 150 E OfficeCom system directly to a local data network (Ethernet). |
Figure 2-24 shows the heat dissipation and power consumption values under different operating conditions.
The standard PSUC power supply unit can be replaced at any time with the USVC.
Use of the USVC uninterruptible power supply requires the connection of a 48 V (4 x 12 V) battery unit by means of a connecting cable. The USVC battery charger is for batteries of maximum 1.3 Ah.
Table 2-15 OfficePoint Country-Specific Boards
Hicom 150 E OfficePoint Rel 1.0 and later can be expanded to support configurations of up to 20 subscriber lines (primary). In its basic dimensions, the Hicom 150 E OfficePoint system is identical to Hicom 150 E OfficeCom. The mounting depth of the OfficePoint is smaller, because of the reduced number of slot levels. The slot levels are assigned as follows:
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Slot level 1: Peripheral boards (two boards can be inserted) |
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Slot level 2: Central board only - CBFC (Rel 1.0) - CBPC (Rel 2.0 and later) |
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Slot level 3: Optional boards (up to 5 modules) |
The power supply unit (PSU) or uninterruptible power supply (UPS, not for U.S.) is located on the back of the subrack.
The connecting cables to the peripheral equipment (such as telephones and trunk connections) are connected directly to the board and then exit the cabinet.
Note (not for U.S.): An open-end cable is available for connection to an existing distribution frame or an ICCS network.
The central boards and components of the Hicom 150 E OfficePoint system are:
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CBPC (central board OfficePoint/OfficeCom) |
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PSUC or USVF power supply module |
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V.24 (RS-232) serial interface (V24/2, V24/1, a special module) (V24/1, not for U.S.) |
The CBFC board handles all central control and switching functions. In addition, 8 UP0/E interfaces and 4 analog (a/b) interfaces are available. The board also permits the insertion of 2 peripheral boards in slots 4 and 5.
The following modules can also be used with the CBFC board:
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FMC flash memory card The plug-in memory card (PCMCIA format) contains the system software (APS). Customer data is automatically saved on this flash card every twenty-four hours. |
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IMOD modem card Protocol used: V.32bis (14.4 Kbps). |
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MPPI (musiphone put In) (not for U.S.) or EXM (external music on hold) for external MOH functionality. |
In a power failure, all the RAM contents and the function of the real-time clock (RTC) are retained for approximately 100 hours. A maintenance-free lithium-ion battery makes such data retention possible. The charging time at initial activation is approximately 24 hours.
The CBPC board (underequipped OfficeCom model) implements all central control and switching functions. 8 UP0/E interfaces and 4 analog (a/b, T/R) interfaces are available on the board. The board has 2 peripheral boards on slot level 1. The following modules can also be used on the CBPC board:
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FMC flash memory card This plug-in memory card (PCMCIA format) contains the appropriate release-specific system software (APS). Customer data is automatically saved on this flash card every 24 hours. |
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IMOD modem card Protocol used: V.32bis (14.4 Kbps). |
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MPPI (musiphone put in; not for U.S.), EXM (external music on hold; not for U.S.), or EXMNA (for U.S. only) for external MOH functionality. |
In the event of a power failure, all the RAM contents and the function of the real-time clock (RTC) are retained for approximately 100 hours. A maintenance-free lithium battery makes such data retention possible. The charging time at initial activation is approximately 24 hours.
The PSUF replaceable module provides all power supply voltages to the Hicom 150 E OfficePoint system. The ring frequency of the integrated ring generator can be adjusted to country-specific requirements.
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Voltage range: 88 Vac to 264 Vac (not for U.S.); 120 Vac (for U.S. only) |
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Power consumption: Maximum 70 W |
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Nominal frequency: 50/60 Hz (tolerance from 47 to 63 Hz) (not for U.S.); AC line frequency-60 Hz (for u.S. only) |
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Nominal output voltage: 75 V eff /output frequencies: 20/25/50 Hz |
The USVF unit provides the Hicom 150 E OfficePoint system with a UPS. The USVF can be installed in place of the standard PSUC power supply unit; it can also be connected to an external battery with the same capacity.
Technical Specifications for the USVF
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Voltage range: 88 Vac to 264 Vac |
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Power consumption: Maximum 90 W |
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Nominal frequency: 50/60 Hz (tolerance from 47 to 63 Hz) |
Technical Specifications for the Battery
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Voltage: 24 V (2 x 12 V) |
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Capacity: Maximum 1.2 Ah |
The serial interface is an optional module with two electrically isolated V.24 (RS-232) interfaces, used for connecting Plus Products, service PCs, printers, or other devices.
This board is the system's backplane.
4SLA* |
4 |
4 |
2 |
Board for connecting analog stations (a/b). |
8SLA |
8 |
8 |
2 |
Board for connecting analog stations (a/b, T/R). |
SLU8 |
8 |
16 |
1 |
Board for connecting optiset telephones (UP0/E) |
STLS2* |
2 |
4 |
1 |
Boards for providing ISDN basic rate access. Configuration of ISDN trunks, tie trunks, and subscribers on the same board is possible (no power feeding). |
STLS4 |
4 |
8 |
1 |
TLA2* |
2 |
|
2 |
Trunk board for analog trunks. |
TLA4* |
4 |
|
2 |
Trunk board for analog trunks. |
TLA8* |
8 |
|
2 |
Trunk board for analog trunks. |
STLS2* |
2 |
4 |
2 |
Boards for providing ISDN basic rate access. Configuration of ISDN trunks, tie trunks, and subscribers on the same board is possible (no power feeding). |
STLS4** |
4 |
8 |
2 |
|
TMGL4*** |
4 |
|
2 |
Board for connecting analog stations (a/b, T/R). |
TMQ4*** |
4 |
8 |
2 |
S0 board (BRI). |
Ports per board |
B channels per board |
Maximum number of boards per system |
||
---|---|---|---|---|
STLS2* |
2 |
4 |
2 |
Boards for providing ISDN basic rate access. Configuration of ISDN trunks, tie trunks, and subscribers on the same board is possible (no power feeding). |
STLS4* |
4 |
8 |
2 |
ALUM4 |
Trunk failure transfers |
4 |
Trunk failure transfer; this board allows loop-start trunks to be transferred directly to internal analog stations in a power failure (note signaling method). |
ANI4** |
Analog trunks |
4 |
This board allows calling line identification (caller ID) in conjunction with the TMGL4. |
GEE12* |
Number of call charge receivers |
4 |
This optional board records the country-specific (12 kHz) call charge pulses from the trunk. |
GEE16* |
Number of call charge receivers |
4 |
This optional board records the country-specific (16 kHz) call charge pulses from the trunk. |
GEE50* |
Number of call charge receivers |
4 |
This optional board records the country-specific (50 kHz) call charge pulses from the trunk. |
OPA |
|
|
Adapter for connecting the CBPC to the first options board in OfficePoint. |
V24/2 |
|
|
Two serial V.24 (RS-232) interfaces for connecting a PC, printer, or Plus Products. |
V24/1* |
|
|
One serial V.24 (RS-232) interface for connecting a PC, printer, or Plus Products (underequipped model for V24/2). |
EXM* |
|
|
External music on hold. |
MPPI* |
|
|
Musiphone put in. |
STRB |
Sensors |
4 |
Control relay module; provides 4 relays and 4 sensors for controlling external devices or detecting external control events. |
Relays |
4 |
||
LAN bridge |
Ports |
8 |
Integrated LAN card for connecting the Hicom 150 E OfficePoint system to a local data network (Ethernet). |
Figure 2-29 shows the heat dissipation and power consumption values under different operating conditions.
The standard PSUF power supply unit can be replaced with the USVF. Use of the USVF uninterruptible power supply requires the connection of a 24 V (2 x 12 V) battery unit by a cable. The USVF battery charger is for batteries of maximum 1.2 Ah.
Subscriber line modules with 16 ports must not be installed because the system is unable to start them up. There are no other restrictions for slots 4 and 5.
The existing S0 interfaces can be used as follows:
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S0 (1) for connecting an S0 telephone (no power supply by the PBX) |
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S0 (2) for use as a trunk connection |
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S0 (1) for use as a trunk connection |
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S0 (2) for use as a trunk connection |
Hicom 150 E OfficeOne is a single-cabinet system for wall mounting. It offers 4 analog and 4 digital subscriber line circuits and can support 8 digital subscriber line circuits through optiset E phone adapters.
The flat housing contains the single-board system and the MDF.
The cables to the peripherals (telephones, trunk connections, or other devices) are connected directly to the board and fed out.
The Hicom 150 E OfficeOne system is the single-board solution (SBS) for a complete switching system. The SBS board accommodates all of the functions of a stand-alone PABX, including trunk circuit functionality. Power is supplied to the system by means of a plug-type AC adapter.
The single-board system offers the following connection options:
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4 a/b subscriber line circuit options (analog telephones) |
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4 UP0/E subscriber line circuit options (optiset E telephones) |
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2 S0 trunk connection options (ISDN trunk) |
In the event of a power failure, all the RAM contents and the function of the real-time clock (RTC) are retained for approximately 100 hours. A maintenance-free lithium battery makes such data retention possible. The charging time at initial activation is approximately 24 hours.
The power supply unit is an external plug-type AC adapter and has a built-in monitoring LED for indicating the on/off status. The short-circuit-proof power supply unit is connected to the Hicom 150 E OfficeOne system through a Mini-Western connector.
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Voltage range: 88 Vac to 264 Vac |
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Power consumption: Maximum 25 W |
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Nominal frequency: 50/60 Hz (tolerance from 47 to 63 Hz) |
The Hicom 150 E OfficeOne system is the single-board solution for a complete switching system. Because the subscriber line and trunk interfaces are integrated in the control board, no peripheral boards are necessary.
Figure 2-32 shows the heat dissipation and power consumption values under different operating conditions.
No uninterruptible power supply can be ordered at this time.
Hicom Cordless EM V 2.2 is the integrated radio switching module for the communication system Hicom 150 E OfficePro Rel 1.0 and later and Hicom 150 E OfficeCom Rel 2.0 and later. It provides cordless communication with the support of a series of convenient station and system features. The flexible system architecture and the digital radio transmission procedure (based on the DECT/GAP standard) give users a high degree of mobility and continuous availability in buildings and large premises. Roaming and handover enable users to move from one radio cell to another within the area covered by a Hicom system.
The system architecture is based on an integrated radio switching module and base stations connected to the Hicom 150 E Office system through digital interfaces. The system is fully integrated into the existing administration and maintenance of the communication system, making Hicom very easy to service EM V 2.2.
Up to 16 base stations (radio cells) can be connected to the radio switching module (SLC16 board) by four-wire lines. The base stations provide radio coverage to premises and buildings.
Users use their handsets to access the radio network. They can move freely in the area (handover), and have access to the Hicom communication system and to the trunk or to all PABX stations.
Hicom cordless 150 E is based on the DECT Standard. DECT (Digital European Cordless Telecommunications) is a European standard with a digital basis (1880 to 1900 MHz) that provides superior voice quality within a defined service area.
Note: Version 1.0 base stations and handsets cannot be used in Version 2.2.
Components of the Hicom Cordless EM V 2.2
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SLC16-integrated radio switching module as a system board (maximum 1) |
![]() |
Base stations (maximum 16) |
![]() |
Mobile units (handsets)-maximum 64 (maximum 64 simultaneously active calls, with 4 or 8 per base station) |
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Chargers (optional)-any number |
For a description of the mobile telephones for Hicom Cordless EM V 2.2, refer to Section 4.3, "Hicom Cordless (Not for U.S.) EM V2.2", on page 4-16.
Figure 2-33 Hicom Cordless Em V 2.2 System Environment (Not for U.S.)
Hicom Cordless EM V 2.2 System Environment
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Table 2-20 lists boards from Hicom 150 E Non-U.S. Modular Rel 1.0/2.0/2.1. |
![]() |
Table 2-21 lists boards from Hicom 100 E Rel 2.0/2.1. |
For U.S.: Hicom 150 E Rel 1.1 is not available, and Hicom 150 E Rel 1.0 is known as Version 1.0.
Hicom 150 E Non-U.S. Modular Releases 1.0, 2.0, 2.1 Table 2-20 Boards from Hicom 150 E Non-U.S. Releases 1.0, 2.0, 2.1
(Sheet 1 of 2)
CBMOD
S30810-Q2960-X
Restricted (remote B channel access not possible) (not for U.S.)
CGM
S30807-Q6906-X
yes
CONBO
S30810-Q2924-X
yes (not with Rel 1.1/2.2)
FMC
S30807-Q6910-X
yes (not for U.S.)
GEE8
S30817-Q664-Xxxx
yes (not for U.S.)
IMOD
S30807-Q6907-X
yes
MDFU
S30805-U5140-X
yes (not for U.S.)
MDFU-E
S30805-U5283-X
yes (not for U.S.)
PFT1 and PFT4
S30777-Q539-X
S30777-Q540-X
yes (not for U.S.)
PSUI
S30122-K5083-L301
S30122-K5083-X301
yes
REAL
S30807-Q5913-X
yes
SLA16
S30810-Q2702-X
yes
SLMO8
S30810-Q2901-X
yes (not for U.S.)
SLMO24
S30810-Q2901-Xxxx
yes (also used in OfficeCom)
STMD8
S30810-Q2558-Xxxx
Board supported as of model S30810-Q2558-X200-B1/-B4/-B6, status 7
TIEL
S30810-Q2520-X
yes
TML8W
S30817-Q626-Axxx
yes (not for U.S.)
TMOM
S30810-Q2535-X
yes (not for U.S.)
TMS2M
S30810-Q2537-X
yes (not for U.S.)
USVI
L30250-R600-A300 (< 10 Ah)
L30250-R600-A301 (> 10 Ah)
yes (not for U.S.)
V24 (RS-232)
cable
C39195-Z7267-C13
yes (not for U.S.)
Hicom 100 E Releases 2.02, 2.1
ALUM4
S30817-Q935-A
yes
EXM
S30817-H902-Axxx
S30817-Q902-Bxxx
yes (not for U.S.)
yes (for U.S. only)
GEE12
S30817-Q931-Axxx
yes (not for U.S.)
GEE16
S30817-Q951-Axxx
yes (not for U.S.)
GEE50
S30817-Q931-Bxxx
yes (not for U.S.)
LAN Bridge
S30817-Q955-Axxx
yes (note: customize firmware,
not for U.S.)
MPPI
S30817-K5380-X200
yes (not for U.S.)
STBG4
S30817-Q934-A
yes (not for U.S.)
SLU8
S30817-Q922-Axxx
yes
STLS2
S30817-Q924-Bxxx
yes (status 7 or later; not for U.S.)
STLS4
S30817-Q924-Axxx
yes (status 7 or later)
STRB
S30817-Q932-A
yes
TLA2
S30817-Q923-Bxxx
yes (not for U.S.)
TLA4
S30817-Q923-Axxx
yes (not for U.S.)
TLA8
S30817-Q926-Axxx
yes (not for U.S.)
V.24 (RS-232)
cable
S30122-X5468-X1
yes (not for U.S.)
PSU power consumption |
||||
USV power consumption |
||||
Bridging times with USVI* during a power failure |
||||
Ring generator voltage |
||||
Ring generator frequencies |
||||
Line voltage |
||||
AC line frequency |
||||
Weight |
||||
Dimensions (H x W x D) in mm |
||||
Dimensions (H x W x D) in feet |
PSU power consumption |
||
Power consumption including UPS |
||
Bridging times with UPS Integrated during a power failure |
||
Ring generator voltage |
||
Ring generator frequencies |
||
Line voltage |
||
AC line frequency |
||
Weight |
||
Dimensions (H x W x D) |
Digital |
UPO/E (2-channel) |
optiset E telephones with adapters or UPO/E board |
CorNet TS |
Analog |
a/b (T/R) |
Analog telephones, Fax Group 2, 3 Vtx, voice mail, data via V.24 (RS-232) adapter (modem), announcement devices, announcement music |
DTMF DP |
Cordless* |
UPO/E |
CMI base station |
CorNetTR |
Digital (ISDN) Nonvoice |
S0 (2-channel) |
S0 PC card, Fax Group 4, telephones (no power feeding) |
DSS 1 |
Digital* |
S2DTMF (30-channel) |
ISDN trunk Tie trunk networking |
DSS 1 CorNet N QSIG |
Digital* |
S0DL (30-channel) |
ISDN trunk Tie trunk networking |
DSS 1 CorNet N QSIG |
Digital |
T1/PRI |
ISDN trunk Tie trunk networking |
T1 CorNet N |
Digital |
BRI (2-channel) |
ISDN trunk |
Basic Rate |
Analog |
Loop start, ground start |
Analog trunk, PSE* |
|
Analog* |
E&M |
Analog tie trunk |
|
Options |
Interface |
Connection |
Protocol |
---|---|---|---|
Profi -PSE* |
ESPA |
PSE |
|
Announcement before answering |
a/b (T/R) E&M |
Announcement devices without start/stop control, with start/stop control |
|
V.24(RS-232)/CSTA |
V.24 (RS-232) |
Service PC (first V.24 RS-232 interface), applications (CSTA) or call detail printer/call charge computer (second V.24 RS-232 interface) |
|
Attendant P |
UPO/E |
UPO/E board, or control adapter on optiset E advance plus/comfort and memory |
CorNet TS |
Floating contacts |
Relay |
Door opener, messenger call, and others. 4 floating contacts |
|
ALUM |
Relay |
Analog trunk power failure transfer for 4 trunks |
|
ISDN-S0 point-to-point |
< 600 |
< 1969 |
ISDN-S0 point-to-multipoint |
< 150 |
< 492 |
ISDN-S0 wall outlet to telephone |
< 10 |
< 33 |
Analog users |
< 2000 |
< 6562 |
UP0/E exchange to primary |
< 1000 |
< 3281 |
UP0/E primary to secondary |
< 100 |
< 3281 |
The Hicom 150 E Office Rel 1.0 and later comes with a default numbering plan.
Office One1
|
|||||
---|---|---|---|---|---|
Station numbers for users (UP0/E primary, analog, S0, CMI)* |
250 |
384 |
100 |
20 |
20 |
Station numbers for adapters and data terminals (UP0/E secondary, T/R-a/b, TA-S0,TA-RS232, S0) |
250 |
116 |
100 |
20 |
20 |
Station numbers for hunt groups |
150 |
150 |
150 |
20 |
20 |
Default numbers for users |
|||||
Maximum length of station number |
|||||
Maximum length of direct inward dialing (DID) number |
1 Not for U.S |
The Hicom 150 E Office system complies with the following CE standards and international safety standards:
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Electromagnetic Compatibility (EMC) 89/336/EWG |
![]() |
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EN 50081, 50082, EN 50022 |
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Electrical Safety 73/23/EWG (product safety) |
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EN 60950 |
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Telecommunication 91/263/EWG |
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I-CTR 3, 4 |
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CTR 3, 4, 6, 8, 12, 22 |
Electrical compliance |
|||
FCC Part 68 registration |
|||
Industry Canada CS-03 certification |
|||
Ringer equivalency number (REN) |
The following apply to all Hicom 150 E Office systems:
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Operating range |
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Ambient temperature: +5° to +40° C (+41° to +104° F) |
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Absolute humidity: 2 to 25 g H20/m3 |
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Relative humidity: 5% to 80% |
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Ventilation |
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The systems are ventilated by convection only. Forced ventilation is not necessary. Convection cooling eliminates noise. |
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Mechanical |
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The system was developed for stationary use. In OfficePro, one expansion cabinet can be stacked on top of the basic cabinet or placed immediately beside it. In the U.S., up to two cabinets may be mounted on a wall. |
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Do not expose the system to direct sunlight or heat (risk of overheating). |
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Do not, under any circumstances, start a system that is covered with condensation. The system that is covered with condensation must be dried off before startup. |
The Hicom 150 E Office single-product line builds on the tried-and-tested serviceability of Hicom 100 E. It uses a menu-driven system administration on the telephone and the service tool, to provide technical and customer support in setting up and customizing system configurations.
Hicom 150 E Office has a shared software platform with a universal user interface. Servicing is the same for all models in the product family.
This section discusses the following topics
Administration Options |
2-78 |
||
System Administration from a System Telephone |
2-79 |
||
Service and Monitoring Capabilities (Rel 2.0 and Later) |
2-85 |
||
|
2-85 |
||
|
2-85 |
||
|
2-86 |
||
|
2-87 |
||
|
2-87 |
||
|
2-89 |
||
|
2-89 |
||
|
2-89 |
||
Remote Service |
2-90 |
||
Logging Administrative Procedures |
2-93 |
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On-site from the system telephone (preferably optiset E memory) |
![]() |
On-site from a PC, using the Hicom Assistant E service tool |
![]() |
On-site from a PC, using the Hicom Assistant C service tool |
![]() |
Remotely from the Remote Center, using DTMF remote administration |
![]() |
Remotely from the Remote Center, using the Hicom Assistant E service tool |
A service tool and a customer tool can be used on all models of the
Hicom 150 E Office product family.
Table 2-27 provides a brief overview of the administration tools
(Hicom Assistant C/E/T/TC) for the service technicians and the customers.
All systems in the Hicom 150 E Office product family can be fully administered from the system administration telephone at the first two digital ports in the system. The system administration functions include user data and system data.
Customers can use the Assistant TC to define minor system settings (non-sensitive data), such as configuring speed-dialing destinations, and assigning names to stations and trunks. Customers choose the service menu with a password.
Only trained system administrators can access the system data, by choosing the service menu and entering a password. They can define from a system telephone (the first two digital ports in the system) all system settings (with a few exceptions) and make changes on-site.
With the introduction of the national model of Hicom 150 E Office, internal station numbers can also be changed in Assistant T.
The Hicom Assistant E service tool enables you to customize and modify large volumes of data or set specific system data. The tool has a Windows interface and online Help, and requires the Microsoft Windows® 95 and later operating system.
The Hicom Assistant C customer tool is a version with limited functions.
You can use Hicom Assistant E and Assistant C to access the system in the following ways:
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ISDN adapter on the system telephone (64 Kbps B-channel access) |
![]() |
V.24 (RS-232) interface on the system (9600/19200 baud) |
![]() |
Internal S0 bus (64 Kbps/CAPI 2.0) |
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Remote access over an ISDN trunk (64 Kbps B-channel access) |
![]() |
Remote access over an analog trunk (integrated 14400 baud modem) |
To reduce transmission time, access by means of the ISDN B channel is preferred.
The service tool contains the following function blocks:
![]() |
Acquiring and generating customer data (including off-line generation) |
![]() |
Copying and backing up customer data |
![]() |
Loading system software |
![]() |
Displaying stored error messages with error history |
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Service orders, such as restarting boards |
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Resetting activated features |
![]() |
Generating: |
![]() |
![]() |
Key labels for optiset E telephones |
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Customer data printouts |
![]() |
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Main distribution frame layout |
The online mode is intended to carry out minor changes quickly. It resembles the functionality of the user interface on the system telephone (Hicom Assistant T) and enables you to make immediate changes in the system.
Because sensitive system data may be accessed, using the service tool requires training.
The customer tool enables customers to perform system administration functions from a PC. The user interface and the online Help were adapted from the service tool.
Running the customer tool requires a Pentium PC with an S0 card (support of S0 boards with CAPI 1.1) and the Windows 95 and later operating system. For mobile applications, a notebook with a PC card-based S0 card can also be used.
The customer tool connects to the system through the optiset E ISDN adapter on an optiset E telephone or via an internal S0 bus. This connection provides direct access by means of the internal S0 bus and offers fast ISDN data transmission.
The customer tool can also connect to the system by means of the V.24 (RS-232) interface.
To run the Hicom Assistant E and Hicom Assistant C service tools, the PC must meet the following hardware requirements:
PC Component |
Requirement |
||||
---|---|---|---|---|---|
CPU |
|
||||
Monitor |
VGA |
||||
RAM |
8 MB (minimum) 16 MB (recommended for Windows 95 and Windows NT) |
||||
Hard disk |
20 MB free capacity (minimum) |
||||
Floppy drive |
3.5", 1.44 MB |
||||
Serial ports |
COM1, (COM2) |
||||
Mouse |
Microsoft-compatible mouse |
||||
Printer |
Any Windows-compatible printer |
||||
Operating system |
Windows 95 |
Use only UL Listed computers. |
For all local and remote administration and maintenance access from Hicom
Assistant E, Hicom Assistant T, and AMHOST, the system identifies the users by name and authenticates them by their passwords. Up to 16 users can be assigned their own user IDs, passwords, and one of 6 predefined user groups.
When a user logs on for the first time, the system asks for the user's identity and a new password. This user is automatically assigned to the system maintenance user group and receives a message from Hicom Assistant E. The message states that no users have yet been set up in the system and the system administration rights will be assigned. The first user can then set up additional users and passwords. (This specification applies to Hicom Assistant T and Hicom Assistant TC, such as
AMHOST, and does not apply to existing key and code procedures for programs.)
Hicom Assistant E, Hicom Assistant T:
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Multiple users can be assigned to each user group. |
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A user can be assigned to only one user group. |
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The password appears on the screen in the form of asterisks. |
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You can check the password in the system only by pressing <Enter>. |
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The system logs each failed logon attempt as invalid and ends the logon procedure. |
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If the last authorized user forgets the administrator's password, the system must be regenerated. |
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The values assigned to the characters are from the optiset E character set. |
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Names and passwords cannot be more than 16 characters long. |
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Setting up, modifying, and deleting users take place online (you must be connected to the system). |
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Each time you log on, the system shows the last time you configured your password and the last time you used your user ID. |
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When users forget their passwords, another authorized user must delete and set them up again. |
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Although all customer database (CDB) data is always transferred to the service PC, Hicom Assistant displays only the data that can be read and administered according to the user rights. |
Hicom Assistant E Password Concept
Because the password levels are handled in different ways, it is possible to distinguish between Hicom 150 E Office Rel 1.0 (or earlier) and Rel 2.0 at Hicom Assistant E startup.
If you leave the user name field blank, the Release 1.0 password requirement applies, and you must enter the usual password. If you enter a user name, Hicom Assistant E switches to Hicom 150 E Office Release 2.0 mode. When you log on to the system, the user table in the system evaluates the user name and password, to determine your user group. The access rights for a stored database are then determined by your user name, password, and the stored user table.
Hicom Assistant T Password Concept
In Release 2.0, you must enter a user name and password when accessing the system administration on the telephone. The administration options are then determined on the basis of your user group.
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The administration (customer) user group can read and modify user data (Hicom Assistant TC function in Release 1.0). |
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The accounting user group can edit call detail data. |
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The system maintenance (service) user group can perform general system maintenance (Hicom Assistant T function in Release 1.0, except for confidential customer data). |
New system administration menu options are available to the following special functions:
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Country initialization |
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Reset connected options |
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Reset boards |
Log on by typing your user name and password, even if the telephone lock is active.
You can access the system only from the first two UP0/E ports.
Log on by typing your user name and password.
You can access the system only from the first two UP0/E ports.
Log on by typing your user name and password.
Hicom Assistant E (Remote) Direct Access is a PC service tool using IMOD (analog) or digital connection, with an enable procedure or direct dialing-in with password (a 5-digit access code). The default password is XXXXX and does not grant access. Only the customer can enter the password from Hicom Assistant C, T, and TC and reset the default password.
When you log on, the system checks the user name and password entered at the beginning of a Hicom Assistant session or during operation.
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For data protection, always configure callback. |
Hicom Assistant E (Remote) Callback is a PC service tool using IMOD (analog) or digital connection, with callback after you enter a callback password (up to six callback numbers and passwords). There are no default passwords.
When you log on, the system checks the user name and password entered at the beginning of a Hicom Assistant session or during operation.
Log on by typing your user name and password.
Log on by typing your user name and password.
Log on by typing your user name and password.
Plus Products can read certain system data using AMHOST. It is possible to use existing Plus Products in a Rel. 2.0 system. The system does not check the passwords. The existing Plus Products cannot be operated from a remote location.
The following applies to new Plus Products:
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Plus Products can read and modify certain system data using AMHOST. To connect to a Release 2.0 system remotely or locally, the user logs on with the user name "AMHOST" and a password. |
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By default, a user configured in the system has the user name "AMHOST" and a default password without a user group. Only the user administrator can change this password by first deleting the AMHOST user ID and then creating it again with the same user name and a different password (without a user group). |
Hicom Assistant E outputs the status information (see) for each trunk in online mode.
Data |
Contents |
---|---|
Date |
Date the event occurred |
Time |
Time the event occurred |
Trunk number |
Station number of the trunk |
Slot and port |
Slot and port number |
Remarks |
Connection status and station number of the connected station |
Table 2-28 Hicom Assistant E Trunk Status Indicators
Hicom Assistant E outputs the following status information for each station in online mode:
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Station name, slot, and port |
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Connection status, the connected station, forwarding status, forwarding destination |
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Features activated |
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Station in call ringing group and DID (direct inward dialing) number |
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Telephone type, telephone status, and language |
You can access information about a specific station by entering the station's phone number.
In the event of a malfunction, the error messages of the Hicom 150 E Office communication system enable service technicians and customers to quickly correct the problem.
The errors are divided into classes and assigned to either Service or the customer.
For more information, refer to the individual error messages in Service, Chapter 13, The Electronic Service Manual.
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Class A: Customer-handled errors Class A errors appear automatically on the telephone of the intercept position. The customer can correct them, without support by the service technician. Class A errors (such as a printer alarm) are not recorded. |
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Class B: Service-handled errors Class B errors include the failure of boards, ports, and trunks. The service technician can correct the errors by replacing hardware or by working with the public carrier to reconfigure the customer database. Service technicians can output class B errors on site, using Hicom Assistant E. Remote error signaling can automatically forward class B errors to a service center. |
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Class C: Development-handled errors Specialists can use class C errors to perform diagnostics and analyze problems. The specialists output the messages either in remote mode or on site by using Hicom Assistant E. Unlike class A and class B errors, class C errors are not signaled automatically. |
Hicom 150 E OfficePro, Hicom 150 E OfficeCom, Hicom 150 E OfficePoint
The CBMOD (OfficePro) and CBPC (OfficeCom and OfficePoint) have two green LEDs: one indicates the status of the central board; the other indicates the status of the integrated analog modem.
Table 2-29 and Table 2-30 list the functions of the LEDs.
No power |
|
Power on, reset switch pressed briefly |
|
Power on, reset switch held down for more than 5 seconds |
|
System startup |
|
Normal operation |
Integrated modem not installed |
|
Integrated modem ready for operation |
|
Data traffic through integrated modem |
Modem access by means of B channel is also supported. However, the green LED does not indicate the status of this modem.
Hicom 150 E OfficeOne (not for U.S.)
The OfficeOne system does not support LED display. Only the power supply unit has an on-off LED.
Table 2-31 lists the LED status combinations for the peripheral boards.
Download completed successfully and all ports are idle. |
||
At least one port is active. |
||
Board error or no ports are ready for operation. |
||
At least one port is in a test cycle. |
Hicom 150 E OfficeCom and Hicom 150 E OfficePoint
In addition to the LEDs that display the status of the processor and IMOD, the CBPC has 16 LEDs that indicate the status of peripheral boards and subscriber line interfaces. Table 2-32 shows the assignment of the LEDs to the boards (slots) and interfaces.
CBPC analog interfaces (virtual slot 3) |
||
CBPC UP0/E interfaces (virtual slot 2) |
||
Board in slot 4 |
||
Board in slot 5 |
||
Board in slot 6 (OfficeCom only) |
||
Board in slot 7 (OfficeCom only) |
||
Board in slot 8 (OfficeCom only) |
||
Board in slot 9 (OfficeCom only) |
||
IMOD LED |
||
RUN LED |
Hicom 150 E OfficeOne (Not for U.S.)
The OfficeOne system does not support LED display. Only the power supply unit has an on-off LED.
After you start up the system and complete the country adaptation, you can perform a telephone test on each optiset E telephone by entering a code or selecting a service menu. The display, the LEDs, and the ringers on the telephone are activated during the test. The telephone displays its station number, and the test ends automatically after a timeout. You then check the functions of the components visually and acoustically.
The system performs a CDB backup (not in Hicom 150 E OfficeOne) by automatically backing up the CDB to a storage medium in cycles. The Hicom 150 E Office system always backs up the CDB to a flash memory card (FMC) at midnight (system time). If the control board is defective, you can transfer the latest CDB to a new board. This requires that the FMC used have sufficient memory for a CDB backup (at least 8 MB). In the U.S. all systems come with a 16-MB FMC.
In Release 2.0 and later, you can back up the CDB manually, using Hicom Assistant T or Hicom Assistant E (in online mode).
You can also use Hicom Assistant T to manually recover a CDB from a flash memory card.
The CDB, including call data and activated features, is saved for approximately 100 hours in a power failure.
(Not for U.S.) If you use an uninterruptible power supply (UPS), in the event of a power failure, system operation is maintained for the period provided by the UPS.
APS transfer enables you to use remote service to download the system software (APS) of all Hicom 150 E Office systems from a service center. You can use
Hicom Assistant E to perform an APS transfer by means of the integrated analog mode for analog trunks and B channel access (64 Kbps) for digital trunks.
The APS transfer feature is currently available for the German version only. The feature will be released for other countries by separate service bulletins.
Important note (for U.S. only)
In the U.S., the APS transfer feature is available for downloading the system software from one Release 2 system to another Release 2 system. However, APS transfer is not possible from a Release 1 system to a Release 2 system even if the Release 1 system has been upgraded to Release 2.
Remote service is the communication between the service center and Hicom 150 E Office through the public telephone network. The services include:
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Remote administration, maintenance, and diagnostics |
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Remote software correction |
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Automatic trouble reporting |
A service center provides remote service, to administer and maintain several different communication systems through the integrated analog or digital modem.
For security, a callback call can set up the connection to the integrated modem in the customer system. One or more passwords must be set up, along with the corresponding callback numbers. The remote administration and maintenance functions can be accessed only as independent applications from Hicom Assistant E. Hicom Assistant E accessed by remote service has the same features available to on-site access. The following figure shows the basic layout of equipment for remote operation.
Remote DTMF administration uses DTMF transmission to program the system remotely. The user interface on the programming telephone is the same as the user interface that appears when activating system administration on site (the menus are also the same). Passive remote DTMF administration must be enabled on the destination system.
In addition, the called party must activate remote administration for the current connection by invoking a procedure and entering a six-digit password. Any user can use a code to activate active remote DTMF administration from any administration telephone in the source system (active remote DTMF mode must be enabled in the CDB).
Remote DTMF administration can be executed:
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Over analog and digital trunks. |
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On any Hicom 150 E system from any other Hicom 150 E system, as long as the system being administered is the same size as the administering system or smaller. |
Service-related errors (class B errors) can be transmitted automatically to a service center through the integrated modem. Class A and C errors are not signaled; Hicom Assistant E can display error memory. All errors not yet transmitted are transferred 15 minutes after the first error occurs.
If all errors are corrected within 15 minutes (for example, if a failed board is back in operation), there will be no error signaling. The errors in the error memory are converted to class C errors. The error report contains a header and the error data (transmitted in binary format). The header uniquely identifies the transmitting customer system.
For the service center to monitor the functionality of automatic error signaling, the system software generates a pseudo-error at selectable intervals as a function test.
The integrated analog modem (IMOD) provides remote access to Hicom 150 E by means of any type of trunk, tie trunk, or subscriber line. The IMOD is a plug-in card installed on one of the following boards, depending on the system:
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CBMOD (Hicom 150 E OfficePro) |
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CBPC/CBFC (Hicom 150 E OfficeCom) |
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CBPC/CBFC (Hicom 150 E OfficePoint) |
To install the modem card, the service technician disconnects the system from the power source, opens the housing, and slides the card into the holding mechanism.
The IMOD is like a pseudo-port and receives a station number within the system that is reached internally and by direct inward dialing (DID). The DID number can be removed manually to prevent access from the outside. A password ensures access control and the use of a callback call or direct access.
The customer can program a 5-digit PIN in system administration. To access the modem, the customer enters this PIN in Hicom Assistant E. The default PIN does not provide access to the modem.
The following parameters apply to analog modem mode:
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Transmission to V.22bis (2400 bd), V.32 (9600 bd), V.32bis (14400 bd) |
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Error correction to V.42, MNP 2-4 |
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Data compression to V.42bis, MNP 5 |
The integrated digital modem provides remote access by means of digital trunks, digital tie trunks, or S0 subscriber line circuits.
All systems in the Hicom 150 E Office product line have an integrated B channel modem for remote DTMF access. The system software uses this modem to support X.75 data transmission.
The digital modem is like a pseudo-port and receives a station number within the system that can be reached internally and by direct inward dialing. The DID number can be removed manually to prevent access from the outside.
The customer can program a 5-digit PIN in system administration. To access the modem, the customer enters this PIN in Hicom Assistant E. The default PIN does not provide access to the modem.
The PIN can be reset to the default using password-protected system administration (only using Assistant T from the telephone).
In Hicom 150 E Office Release 2.0 and later, there is a new function in data security for logging administrative procedures. This feature includes recording, evaluating, and archiving the activities.
The logging function is based on when, where, and what criteria and records all changes to customer data. You can specify which users can modify which data at which time.
The flash card reserves an area for storing the information. A revisor (a user who authorizes revision) can copy this data from the system to a PC and store it there, view it on the monitor, and print it.
You cannot turn the logging function on and off. It is carried out automatically on a 10- or 6-MB (6-MB not for U.S.) flash card. The next-to-the-last MB on the flash card is reserved for logging. When the log is 80 percent full, it triggers a class A error. The system treats this error like all other class A errors and displays revisor alarm on the screen.
The following information is logged:
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Actions using Hicom Assistant T/TC/E |
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Administrative procedures |
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Maintenance procedures |
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APS (Application Processor System) transfer |
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External access (solutions, applications) |
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Online activities |
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Date and time (when) |
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User name and user group (who) |
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Format identification (the type of activity performed) and command input (what) |
Hicom Assistant E produces log entries. You can access the log entries from the system only after logging on as a user with revisor rights.
You can also use Hicom Assistant E to check the archive files on the PC monitor and print them, without logging onto the system. You do not need a password.
Table 2-33 lists the features of the Hicom 150 E Office product line, with a comparison of OfficePro, OfficeCom, OfficePoint and OfficeOne. For a detailed description of each feature, refer to chapter 3 features.
Descri-bed on Page... |
Available in Hicom 150E... |
||||
---|---|---|---|---|---|
OfficePro |
OfficeCom |
OfficePoint |
OfficeOne (not for U.S.) |
||
All traffic types |
|||||
Announcements |
3-11 |
||||
Busy Override |
3-16 |
||||
Conference |
3-8 |
||||
Consultation Hold |
3-12 |
||||
Setting the Signaling Method for Analog Stations |
3-14 |
||||
Hicom Attendant C |
3-15 |
||||
Hold |
3-3 |
||||
Music on Hold (Internal or External Source) |
3-10 |
||||
Overload Indication |
3-17 |
||||
Park |
3-4 |
||||
Recall |
3-13 |
||||
Screened Transfer |
3-7 |
||||
Shared Transfer Switch (Not for U.S.) |
3-18 |
||||
Toggle |
3-5 |
||||
Unscreened Transfer |
3-6 |
||||
General incoming traffic |
|||||
ANI (for U.S. only) |
3-19 |
||||
Automatic Incoming Call Connection With UCD |
3-47 |
||||
Call Forwarding (CF) |
3-29 |
||||
Call Forwarding (CF)-Busy and No Answer |
3-28 |
||||
Call Forwarding-No Answer (CFNA) After a Timeout |
3-27 |
||||
Caller List and Station Number Storage |
3-55 |
||||
Call Management (CM) |
3-22 |
||||
Call Pickup from an Answering Machine |
3-59 |
||||
Call Pickup Within Call Pickup Groups |
3-57 |
||||
Call Waiting Tone/Call Waiting |
3-21 |
||||
Deferring a Call |
3-61 |
||||
Distinctive Ringing |
3-20 |
||||
Do Not Disturb (DND) |
3-53 |
||||
Fax Waiting Message/Answering Machine |
3-60 |
||||
Group Call |
3-32 |
||||
Group Call with Busy Signaling |
3-33 |
||||
Hunt Group |
3-34 |
||||
Leave Group Call/Hunt Group (Stop Hunt) |
3-36 |
||||
Leave UCD Group |
3-42 |
||||
Overflow With UCD |
3-46 |
||||
Recorded Announcement/Music on Hold (MOH) With UCD |
3-44 |
||||
Ringer Cutoff |
3-54 |
||||
Silent Monitoring (for U.S. Only) |
3-52 |
||||
Station Number Configuration Using Hicom Assistant T |
3-62 |
||||
Subscriber Groups |
3-31 |
||||
Targeted Call Pickup Outside of a Pickup Group |
3-58 |
||||
Transfer to UCD Groups |
3-51 |
||||
UCD Call Prioritization |
3-39 |
||||
UCD Group Status Display |
3-49 |
||||
UCD Home Agent |
3-50 |
||||
UCD Night Answer |
3-48 |
||||
UCD Queues |
3-38 |
||||
UCD Subscriber States |
3-40 |
||||
Uniform Call Distribution (UCD) |
3-37 |
||||
Work |
3-43 |
||||
General outgoing traffic |
|||||
Dual-Tone Multifrequency Transmission During a Call |
3-68 |
||||
Hotline |
3-67 |
||||
Individual Telephone Lock |
3-65 |
||||
System Telephone Lock/Class of Service Changeover |
3-66 |
||||
General external traffic |
|||||
Call Keys |
3-72 |
||||
Multi-Device Connection (Not for U.S.) |
3-68 |
||||
Transit Traffic |
3-73 |
||||
Translate Station Numbers to Names for System Speed Dialing |
3-75 |
||||
Trunk Groups |
3-69 |
||||
Trunk Keys |
3-71 |
||||
Incoming external traffic |
|||||
Announcement Before Answering |
3-87 |
||||
Call Allocation |
3-76 |
||||
Collect Call Barring per Trunk (for Brazil Only) |
3-88 |
||||
Collect Call Barring per Station |
3-89 |
||||
Direct Inward Dialing |
3-80 |
||||
Direct Inward System Access |
3-83 |
||||
Dual-Tone Multifrequency Direct Inward Dialing |
3-86 |
||||
Group Ringing |
3-77 |
||||
Intercept Conditions |
3-84 |
||||
Night Answer |
3-78 |
||||
Selective Seizure of a DID Number Using a MUSAP Key |
3-81 |
||||
Signaling of Direct Inward Dialing Numbers for Incoming Calls |
3-82 |
||||
Outgoing external traffic |
|||||
Audible Tone Monitoring |
3-100 |
||||
Configurable Toll Restriction |
3-104 |
||||
En-Bloc Dialing |
3-99 |
||||
End-of-Dialing Recognition |
3-101 |
||||
Last Number Redial (LNR) |
3-91 |
||||
Private Trunk |
3-107 |
||||
Station Speed Dialing in System |
3-96 |
||||
System Speed Dialing |
3-92 |
||||
Temporary Signaling Method Changeover |
3-103 |
||||
Temporary Station Number Display Suppression |
3-109 |
||||
Traffic Restriction Groups |
3-106 |
||||
Trunk Queuing |
3-108 |
||||
Trunk Signaling Method |
3-102 |
||||
Least Cost Routing (LCR) (Not for U.S.) |
|||||
Carrier Types |
3-114 |
||||
Routing Tables |
3-118 |
||||
Least Cost Routing (for U.S. Only) |
|||||
Carrier-Select Override |
3-124 |
||||
Correlation With Other Features |
3-124 |
||||
Expensive Route Identification |
3-123 |
||||
Handling of Numbers and Destinations and Trunk Group Access Codes |
3-124 |
||||
LCR Class of Service |
3-124 |
||||
LCR Dial Plan |
3-126 |
||||
LCR Outdial Rules |
3-123 |
||||
LCR Time of Day Evaluation |
3-123 |
||||
Operation |
3-132 |
||||
Outdial Rule Table |
3-129 |
||||
Overflow Options |
3-124 |
||||
Routing Tables |
3-126 |
||||
Route Table |
3-128 |
||||
Time Table |
3-129 |
||||
Using Alternate Carriers |
3-122 |
||||
Internal traffic |
|||||
Advisory Messages |
3-147 |
||||
Automatic Callback When Free or Busy |
3-139 |
||||
Direct Station Selection (DSS) Key |
3-136 |
||||
Entrance Telephone/Door Opener |
3-140 |
||||
Internal Directory |
3-148 |
||||
Internal Traffic |
3-135 |
||||
Message Texts/Mailboxes/Message Waiting |
3-145 |
||||
Names |
3-138 |
||||
Radio Paging Equipment (PSE) (Not for U.S.) |
3-143 |
||||
Room Monitor |
3-149 |
||||
Speaker Call/Handsfree Answerback/Internal Paging (OptiPage) |
3-141 |
||||
Tenant service |
|||||
Tenant Service Configuration |
3-151 |
||||
Miscellaneous features |
|||||
Associated Dialing |
3-160 |
||||
Associated Services |
3-161 |
||||
Automatic Wake-up System/Timed Reminders |
3-166 |
||||
Date and Time Display |
3-154 |
||||
Display Number of Stations with Direct Trunk Access (for Austria Only) |
3-162 |
||||
Executive/Secretary Functions |
3-157 |
||||
Multilingual Text Output |
3-159 |
||||
Relays |
3-155 |
||||
Relocation Function |
3-165 |
||||
Reset Activated Features |
3-164 |
||||
Sensors |
3-156 |
||||
Services in the Talk State |
3-163 |
||||
Voice Channel Signaling Security |
3-153 |
||||
Networking |
|||||
Call Detail Recording With Networking |
3-171 |
||||
Call Forwarding With Rerouting |
3-179 |
||||
Call Waiting |
3-175 |
||||
Callback on Free/Busy |
3-177 |
||||
Central Attendant Console |
3-182 |
||||
Conference |
3-181 |
||||
Consultation Hold/Transfer/Pickup |
3-173 |
||||
Distinctive Ringing in the Network |
3-176 |
||||
Incoming Call |
3-172 |
||||
QSIG (Release 2.0 or Later) |
3-185 |
||||
Recall |
3-174 |
||||
Satellite CS Capability |
3-167 |
||||
Sharing a Central Voice Mail Server |
3-184 |
||||
Sharing System Speed Dialing in a Gateway System |
3-183 |
||||
Station Number/Name Display |
3-178 |
||||
Toggle |
3-180 |
||||
Toll Restriction with CorNet-N |
3-170 |
||||
Call detail recording |
|||||
Account Code (ACCT) |
3-199 |
||||
Advice of Charges During Call (AOC-D) (Not for U.S.) |
3-190 |
||||
Call Detail Recording at Station (CDRS) (Not for U.S.) |
3-193 |
||||
Call Detail Recording, Attendant (CRDA) (Not for U.S.) |
3-195 |
||||
Call Detail Recording Central (CDRC) |
3-201 |
||||
Call Detail Recording Per Trunk (CDRT) (Not for U.S.) |
3-197 |
||||
Call Duration Display on Telephone |
3-192 |
||||
Silent Reversal at Start and End of Call (Not for Germany or U.S.) |
3-189 |
||||
Toll Fraud Monitoring |
3-213 |
||||
Euro-ISDN features (not for U.S.) |
|||||
Advice of Charge (AOC) |
3-225 |
||||
Call Deflection (CD) |
3-230 |
||||
Caller ID After Release (Police) |
3-242 |
||||
Call Forwarding (CF) |
3-226 |
||||
Call Hold (CH) |
3-234 |
||||
Call Waiting (CW) |
3-236 |
||||
Calling Line Identification Presentation (CLIP) |
3-221 |
||||
Connected Line Identification Restriction (COLR) |
3-223 |
||||
Competition of Calls to Busy Subscribers (CCBS) |
3-233 |
||||
Connected Line Identification Presentation (COLP) |
3-223 |
||||
Connected Line Identification Restriction (COLR) |
3-224 |
||||
Default Station Number Instead of Multiple Subscriber Number (MSN) |
3-220 |
||||
Direct Inward Dialing (DID) |
3-218 |
||||
Explicit Call Transfer (ECT) |
3-239 |
||||
Malicious Call Identification (MCID) |
3-232 |
||||
Multiple Subscriber Number (MSN) |
3-219 |
||||
Point-to-Point Connection on the User Side |
3-240 |
||||
Programming National and International Codes for Outgoing Calls |
3-241 |
||||
Subaddressing (SUB) |
3-231 |
||||
User to User Signaling (UUS1) |
3-238 |
||||
Telephone Portability (TP) |
3-237 |
||||
Three Party Service (3PTY) |
3-235 |
||||
U.S. ISDN features (for U.S. only) |
|||||
Call-By-Call Service Selection |
3-252 |
||||
Camp On |
3-255 |
||||
Conference Call |
3-256 |
||||
Dedicated (Pre-Provisioned) Service Selection |
3-253 |
||||
Equal Access |
3-257 |
||||
Multi-Device Connection |
3-250 |
||||
Multiple Subscriber Numbers |
3-251 |
||||
Special Access Selection |
3-258 |
||||
Transfer |
3-254 |
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