The device conforms to the EU directive
1999/5/EG, as attested by the CE mark.
Certificado Ambiental
Modules
3
Installation
4
Telephones
5
Operation
6
This device has been manufactured in accordance with our certified environmental
management system (ISO 14001). This
process minimises energy consumption,
the use of primary raw materials and waste
production.
Configuring the system specifically
for the client
Figure 4-39Distribution of extensions on the HiPath 1120 MDF . . . . . . . . . . . . . . . 4-165
Figure 4-40Distribution of extensions on the HiPath 1150 Main Distribution Frame 4-167
Figure 4-41Distribution of extensions on the HiPath 1190/1190R Main Distribution Frame
HiPath 1100 Telecommunications Systems are compatible with TN-S and TN-C-S power
systems featuring a PEN conductor divided into two parts: a safety ground conductor (PE) and
a neutral conductor (N) as defined in IEC 364-3.
Warning
!
1.1Safety Information
The following information is intended for service personnel and authorized technicians.
Read carefully all the information pertaining to this equipment and follow all safety guidelines.
Become familiar with all emergency numbers.
Only service and installation personnel should open the PABX box and/or connect
and handle trunk and extension lines.
Whenever work conditions are not absolutely safe, make sure to discuss the situation with a
supervisor before starting to work. For example, humidity or risk of an explosion due to the
presence of gas should be talked about before proceeding.
Safety Symbols
The following symbols are used to indicate potential hazards
:
!
!
!
Danger
Warning
Caution
This symbol indicates an imminently hazardous situation which, if
not avoided, will result in death or serious injury.
This symbol indicates a potentially hazardous situation which, if
not avoided, could result in death or serious injury.
This symbol indicates a potentially hazardous situation which may
lead to a minor to moderate injury or may damage the hardware or
software.
This symbol identifies useful information.
1-16Service Manual
Page 17
Important Information
Safety Information
Other symbols that indicate potential hazardous situations
Most of these symbols do not appear in this manual but may appear on the equipment.
ElectricityWeightFireChemicals
*Electrostatically Sensitive Device
Heat
ESD*
Laser
1.1.1Safety Information: danger
Ground Safety
Ensure that all proper ground connections have been made before operating the system.
Never operate the equipment before connecting the ground wire.
Dangerous Voltages
Voltages higher than 30 VAC (alternating current) or 42 VDC (direct current) are classified as
dangerous voltages (EN 60950).
Damage
●Replace the power cord immediately if there is any sign of damage.
●Replace any damaged safety equipment immediately (covers, labels, safety cables).
●Use Siemens-approved cables and modules only. The use of accessories that are not
recommended for the system may cause it to malfunction.
Make sure power is turned off while equipment is being serviced.
When maintenance services require shutting down the system, make sure to disconnect all
power supplies.
Working on low voltage network circuits
●Only qualified technical personnel should work on low voltage network systems (100-
240 V ac).
●Never work alone when working with high voltage circuits. Make sure there is another
person present who knows the location of the circuit breakers.
●Never touch live wires that are not properly insulated.
●Ensure that no other power source is connected to the equipment. Make sure that the
power source being used is protected by means of an additional breaker or fuse.
Service Manual
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Important Information
Safety Information
●Make sure that no circuit is powered up before you start working on the equipment. Never
assume that all circuits are automatically disconnected every time a breaker or additional
fuse is disconnected.
●Do not connect or remove telephone lines or circuit boards during a thunderstorm.
●Always consider the possibility that a leakage current may be present.
●When working outdoors, never leave the equipment unsupervised.
1.1.2Safety Information: warning
Hazards when working with large gauge cables
Low voltages and large gauge cables increase the risk of hazardous situations. While large
gauge cables are usually of low voltage, their current values are higher. This results in higher
risk, specifically in the event of a short-circuit.
Protective Clothing/Equipment
●When working with the equipment, do not wear loose-fitting clothes. Contain long or free-
flowing hair.
●To avoid injury and the risk of short-circuiting, do not wear jewelry, watches with metallic
wristbands, clothing with metallic accessories or rivets when working with the equipment.
●Always use appropriate eye protection.
●Wear a safety helmet in hazardous situations where there is a risk of injury from falling
objects.
Safety Measures
●Shiny or reflective surfaces are conductive. Never touch a live component with a mirror.
This can lead to short-circuiting, which may lead to personal injury.
●Unless the equipment’s operating instructions specify otherwise, shut-down the power
when working in close proximity to a power supply or DC converter.
●Do not try to lift heavy objects by yourself.
1-18Service Manual
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Important Information
Safety Information
1.1.3Safety Information: Caution
Checking and Measuring Voltage
●Check rated voltage for recommended system installation.
●Proceed very carefully when making measurements on live components or when servicing
equipment with the power on.
Main Circuit Breaker
Know the location of the system’s main circuit breaker and its conductive capacity. Check this
information against the exchange specifications in
compatibility.
Damage
“Technical Data” on page 2-36 to assess
Only use tools and equipment that are in perfect condition. Do not operate equipment that is
damaged. Report any problems to your supervisor.
ESD Protection for Components (ESD)
To protect an electrostatically sensitive device:
●Wear an anti-static wristband before servicing or maintaining the system or any of its
modules.
●Always transport the system or its modules in appropriate protective packaging.
●When working with boards, always place them on a grounded conductive base.
●Use grounded soldering irons with only.
Layout of the Cables
Position cables in a manner to prevent damaging them or causing accidents and injuring
people.
Batteries
Batteries that are not correctly installed or batteries replaced with a different type than the one
specified can be an explosion hazard. Replace battery with an identical type of battery or use
a type recommended by Technical Support. Dispose of used batteries according to your
countries laws and regulations.
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1-19
Page 20
Important Information
Safety Information
1.1.4General Information
Line/Cable Connections
●All cables coming out of the system must be protected along their entire path inside
conduits, ducts or other appropriate routes of conveyance.
●Cables must be connected only to their specified connections points.
Location of Safety Equipment
Once maintenance is finished, return all safety equipment to its proper location.
Inspecting your Tools
Inspect tools regularly. Only tools in perfect condition should be used.
Condensation
When moving the equipment from a cold environment to a location at room temperature, take
into consideration “Environmental conditions” on page 2-38 to prevent the occurrence of
condensation. Wait until the equipment is at room temperature and completely dry before
turning it on.
Wall Mounting
●Some types of walls (e.g., drywall) have limited weight-bearing capacity. Before installing
equipment in wall-mount configuration, make sure the wall can support the weight.
●Examine the condition of the walls to ensure that there are no cracks or damage that
indicates the presence of humidity.
Flammable Materials
Do not store flammable materials in close proximity to the equipment.
Hazards at the location of operation
●Ensure that the location is well lit.
●There is a higher risk of an accident occurring in or near unorganized premises.
1-20Service Manual
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Important Information
Safety Information
1.1.5What to do in Case of an Emergency
Procedures to follow during Accidents
●In the event of an accident stay calm and proceed with caution.
●Turn off the power before touching the victim of an electrical accident.
●If the power cannot be shut down immediately, use an object made of a non-conductive
material such as wood to touch the victim and isolate him/her from any electrical current.
First Aid
●You should have knowledge of the first aid principles to follow for victims of electric shock.
In the event of an emergency of this kind, it is critical to know CPR in order to help victims
who have suffered cardiac arrest or who have stopped breathing. It is also essential to
have basic knowledge of the kind of first aid administered to burn victims.
●If the victim is not breathing, perform mouth-to-mouth or mouth-to-nose resuscitation
immediately.
●If you have had proper training and the victim’s heart is not beating, promptly commence
a heart massage.
Emergency Call
Call an ambulance or doctor immediately and provide the following information calmly and
rationally:
●Where did the accident occur?
●What happened?
●What type of injuries were sustained?
Finally, be ready to provide any additional information needed for rendering emergency
services.
1.1.6Accident Report
●Promptly report to a supervisor all accidents, near-accidents and potential hazards.
●Report all electrical shocks, even minor ones.
Service Manual
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Page 22
Important Information
Data Protection and Confidentiality
1.2Data Protection and Confidentiality
Handling of Personal Information
This telephone exchange uses and processes personal information (call detail records, display
messages, and customer data records, for instance).
Comply with all local and country-specific laws and regulations concerning use and protection
of such information.
Information Protection laws are designed to prevent violation of individual privacy rights
through misuse of personal data.
By safeguarding data against misuse during all stages of processing, information protection
laws protects your rights as well as those of third parties
Guidelines for Siemens Employees
Siemens company policy and procedures require secure business practices and employee
data confidentiality.
The following rules must be strictly followed in order to ensure compliance with job-related
statutory requirements (be they company functions or outsourced maintenance and
management). This serves to safeguard our customers’ interests and provide additional
personal protection.
Guidelines for Handling Information
A conscientious, responsible approach helps to protect and safeguard information:
●Make sure that only authorized personnel have access to customer information.
●Always use password assignment features; no exceptions allowed. Never disclose
passwords to unauthorized personnel.
●Ensure that no unauthorized personnel are able to process (store, modify, transmit,
override, delete) or make use of customer information.
●Block all access by unauthorized personnel to data such as backup disks or record
printouts.
●See that all unnecessary recording media are completely destroyed and that no
documents are stored or left in unsecured places.
●Working together with the customer builds trust.
1-22Service Manual
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Important Information
Structure of this Service Manual
1.3Structure of this Service Manual
Introduction
This manual provides information about the HiPath 1100 Communications Systems.
This manual was designed to provide information in information mapping format. It is divided
into sections and units that present, as clearly as possible, all steps required to perform specific
tasks when operating the system. It makes it easy for technical personnel to find the information
needed and learn it quickly.
Main sections of this Manual.
●Chapter 2, “System Data” provides a description of the HiPath 1100 system, technical
information, and a list of relevant documentation.
●Chapter 3, “Modules” describes all the modules that comprise the HiPath 1100 system as
well as their characteristics.
●Chapter 4, “Installation” provides information on how to setup and install the HiPath 1100,
including recommendations and important notes.
●Chapter 5, “Telephones” describes Standard and System Telephones.
●Chapter 6, “Operation” describes the procedures for starting up the HiPath 1100.
●Chapter 7, “Configuring the system specifically for the client” lists all programming codes
and their functions.
●Chapter 8, “Feature access codes” contains a summarized table of all the features of the
HiPath 1100 system.
Service Manual
1-23
Page 24
System Data
Overview
2System Data
2.1Overview
This manual describes the HiPath 1100 systems and their characteristics. Read all the
chapters in this manual carefully. Only trained technical personnel should handle and service
this system.
About this chapter
This chapter covers the following topics:
TopicPage
Introduction2-24
Configurations2-25
System Periphery2-26
System expansion limitations 2-28
Technical Data2-36
Technical Standards and Compliance2-37
Documentation List2-39
2.2Introduction
Power Systems
The HiPath 1150/1190 systems are designed to connect to TN-S and TN-C-S-type power
systems that feature a PEN conductor divided in two: a ground or protective earth conductor
(PE) and a neutral conductor (N).
Warning
!
However, in both cases the shields for extensions and external lines must have a
separate ground connection (≤ 10 Ω)
These HiPath 1100 systems are designed for residential, private or commercial use. Additional
safety measures to prevent external interference may be required in industrial environments
(For additional information see “Environmental Conditions,”item 2.7.2).
2-24Service Manual
Page 25
System Data
Configurations HiPath 1100
2.3Configurations HiPath 1100
The systems HiPath 1100 are designed to meet the requirements for a wide range of clients
and are offered in the following configurations:
●HiPath 1120: Wallmount, standard configuration for 2 external lines, 8 extensions and 4
system telephone interfaces (KS).
●HiPath 1150: Wallmount, standard configuration for 2 external lines, 10 extensions and 8
system telephone interfaces (KS).
●The HiPath 1190 comes in two versions:
●HiPath 1190: with external cabinet accommodating up to 21 modules (expansion and
optional) comprising the MB, 2 backplanes, 3 power supplies (UPS).
●HiPath 1190R: with rack-mounting cabinet on a standard 19” rack, can accommodate
up to 21 modules (expansion and optional) in addition to the CPU, comprising the MB,
2 backplanes, 3 power supplies (UPS).
For information about country-specific versions please ask one of our distributors.
Figure 2-1System Overview
Service Manual
2-25
Page 26
System Data
HiPath 1100 System Periphery
2.4HiPath 1100 System Periphery
●HiPath 1120
System Telephones
External analog lines
Analog extensions
Sensor and Relay
Audio Device
Internal entrance telephone Extension
Basic Access
(Public Network)
C/D
A/B
S1 / RL1
ISDN
S
0
4 x
A/B
2 x
8 x
Music module MO
Entrance tele-
phone interface
S
EB
MO
CTR-U
EB
Figure 2-2HiPath 1120 Periphery
●HiPath 1150
System Telephones
External analog lines
Analog extensions
External music source
Primary Access
(Public Network)
C/D
A/B
MOH
E1
A/B
8 x
2 x
10
Music
TME1
EB
MB
0
P0/E
MB
Mini DIN-6
Mini DIN-4
ADSL
MO
U
P0/E
EB
204 and
200
EVM
MO
Mini DIN-6
Mini DIN-4
ADSL
MO
MO
V.24
MO
USB
Ethernet
LAN
Service PC
Service PC
HUB - 4 PC Ports
optiPoint tele-
External analog lines
A/B
Analog extensions
MO
V.24
MO
USB
Service PC
Service PC
HUB - 4 PC Ports
Ethernet
LAN
Printer
Printer
U
P0/E
EB
010, 2 02,
206, 210,
012, 200,
400, 800
EB
optiPoint telephones
External analog lines
A/
Analog extensions
Internal entrance telephone Extension
Basic Access
(Public Network)
S
0
ISDN
Entrance
telephone
interface
S
0
EB
EVM
MO
CTR-U
P0/E
EB
Figure 2-3HiPath 1150 Periphery
2-26Service Manual
Page 27
System Data
HiPath 1100 System Periphery
●HiPath 1190
System telephones
External music source
System
telephones
Primary Access
(Public Network)
Basic Access
(Public Network)
Entrance telephone Extension
MOH
C/D
E1
S
0
ISDN
C/D
8 x
Music
CD 16
MO
TME1
EB
S
0
EB
Entrance
telephone
interface
EVM
MO
Mini DIN-6
MB
Mini DIN-4
ADSL
MO
U
010, 2 02,
206, 210,
012, 200,
400, 800
CTR-U
EB
P0/E
EB
EB
P0/E
MO
V.24
MO
USB
Ethernet
LAN
Service PC
Service PC
HUB - 4 PC Ports
optiPoint tele-
a/b
External analog lines
Analog extensions
Printer
phones
Figure 2-4HiPath 1190 Periphery
Service Manual
2-27
Page 28
System Data
System expansion limitations
2.5System expansion limitations
During system installation (see “Installing modules” on page 4-136) please consider
characteristics, recommendations and limitations of the modules that will comprise the final set.
We therefore recommend that you read this chapter carefully, where you will find the maximum
capacities of each module and how it interacts with the other components.
Digital line with TME1/Digital line with S00/230/1045/20
External analog lines without TME1 or S
modules
Digital line (TME1) + analog line/digital line
61640
0
0/832/1645/44
(S0)+ analog line
*Each system telephone (KS) that is connected occupies one analog telephone slot.
**S0 and TME1 modules cannot be used simultaneously.
LAN and TME1 interface modules can be used simultaneously in HiPath 1150/1190.
- HiPath 1120 : ADSL modules, SLIMC and SADSLIM module
- HiPath 1150/1190 :ADSL modules, SLIMC and SADSLIM module
*** When the maximum capacity for external lines is exceeded due to the installation of EB, S0 or TME1 modules, the system
disables external analog lines. Extension slots, however, continue to operate as usual.
Example 1: HiPath 1150
- slot 0, MB 210,
- slot 1, EB 210,
- slot 3 TME1 - 30 digital lines
EB 210 external lines will not work, but extensions will. Since the system allows for a maximum number of 32 lines, we
cannot have any additional analog line.
Example 2: HiPath 1150
- slot 0, MB 210
- slot 3 TME1 = 30 digital lines
In this case, there are 32 external lines at most available on the system. This means there is no room for an additional EB
module with an external analog line.
30 CAS/S2 digital lines + 2 MB external analog lines = 32 external lines.
If an EB 200 was installed in slot 1 or slot 2 the module would not be operable, since it would exceed the system’s
maximum capacity for external lines.
Example 3: HiPath 1150
- slot 0, MB 210
- slot 3 TME1 = 10 digital lines
(WARNING: Deactivate digital line for the TME1 module and program unused digital lines on the switch as unavailable
(turn the switch off then on).
Overall, there are 12 external lines on the system. This means there are 4 additional external lines available before
reaching the maximum capacity of 16 external lines.
An additional EB 400 could be used in slot 1 or slot 2.
If an EB 800 were installed on the switch, the entire module would be inoperable since it would exceed the system’s
maximum capacity for external lines.
Table 2-1Specific limitations to system expansion
Service Manual
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System Data
System expansion limitations
2.5.1Considerations for digital lines
HiPath 1120
Maximum number of external lines allowed is 16 (S0 digital lines + external analog lines)
SettingsExternal analog line S0 module digital line Total
MB + 1 EB 200404
MB + 1 S0-2246
MB + 1 S0-2 + 1 EB 200448
Table 2-2Considerations on S0 digital lines on the HiPath 1120
HiPath 1150
Maximum number of external lines allowed is 16 (S0 digital lines + external analog lines)
Table 2-3Considerations on S0 digital lines on the HiPath 1150
Capacity can be increased up to 32 external lines using a TME1 module (30 digital lines + 2
analog lines). In this case, an S0 module cannot be used. If 15 (or more) TME1 module
channels are occupied, then only 2 MB external analog lines may be used (e.g., 20 TME1
module digital lines + 2 MB external analog lines).
Table 2-5Considerations on TME1 digital lines on the HiPath 1190
2.5.2 Considerations on system telephones
HiPath 1120
The table below shows the settings available for KS phones and optiPoint using U
Master/Slave/KS
NoneU
(2 Ports)U
P0/E
P0/E
(4 Ports)
0/0/42/2/24/4/2
Table 2-6optiPoint and KS telephones for HiPath 1120.
Limitations:
The limit for KS telephones operating with optiPoint telephones in the system is 2 (KS).
2-32Service Manual
P0/E MODULES
:
Page 33
System Data
System expansion limitations
HiPath 1150/1190
The table below shows the settings available for KS with optiPoint using U
P0/E MODULES
:
Master/Slave/KS
NoneU
(2 Ports)U
P0/E
(4 Ports)U
P0/E
P0/E
(8 Ports)
None0/0/82/2/84/4/88/8/8
U
U
U
(2 Ports)2/2/84/4/86/6/82/2/8
P0/E
(4 Ports)4/4/86/6/88/8/84/4/8
P0/E
(8 Ports)8/8/88/8/88/8/88/8/8
P0/E
Table 2-7optiPoint and KS telephones for HiPath1150/1190/1190R.
Limitations:
If an 8-port U
system. Both the HiPath 1150 and the HiPath 1190 allow a maximum of 8 U
module is installed, the system will not free up another U
P0/E
module in the
P0/E
ports, resulting
P0/E
in 16 optiPoint telephones (master + slave) + 8 KS telephones, for a total limit of 24 system
telephones. Therefore, only combinations of UP0/E modules are possible for a maximum of 8
ports.
2.5.3Notes on HiPath 1150
If there are only 2 PCM highways in the HiPath 1150 and one module TME1 is used, we would
have 30 timeslots reserved and a further 2 timeslots reserved for the analog trunks, which
would mean fewer than 32 timeslots free for all the other extensions of the system. To avoid
this limitation, the solution was to use an additional highway based on the DSP control for slots
3 and 4.
SLOT 2
SLOT 1
Figure 2-5Distribution of the highways in the HiPath 1150
SLOT 4
SLOT 3
Highway A
Highway B
Highway C
Service Manual
2-33
Page 34
System Data
System expansion limitations
PCMs are first allocated by connecting a codec in a channel and then letting the DSP transfer
this channel to another. The codec can only be connected in 2 highways, and so to interlink the
codecs with the third highway (c) it is necessary to proceed as with the first highway. The
highway (A) will not be used in this case.
The HiPath 1150 works with the dynamic allocation of timeslots during system start-up except
for some fixed resources, such as: EVM.
2.5.4Notes on HiPath 1190
●The HiPath 1190 single rack system supports up to 80 extensions
●TME 1 module
This must only be mounted in slots 1 and 11. The system must therefore have both racks
mounted in order to run two modules.
Within the maximum limit of 40 external analog linesor 45 digital lines and 140 extensions,
the system may consist of, for example:
Slot Modules
1 and 22 x EB 800, 2 x EB 012 or 2 x EB 210 or 1 x TME1 in slot 1 (in this case slot 2
must remain Free).
3, 4 and 14 The module configuration for extensions or external lines must not exceed 32
ports (e.g., 3 x EB 010 or 2 x EB 012 or 2 x EB 210).
5, 6 and 7The module configuration for extensions or external lines must not exceed 32
ports.
8, 9 and 10 The module configuration for extensions or external lines must not exceed 32
ports.
11, 12 and 13Module configuration for extensions or external lines must not exceed 32 ports,
or 1 x TME1 in slot 11 and 1 x EB 010, EB 012 or EB 210 in slot 13 (in this case,
slot 12 must be left Free).
15, 16 and 17The module configuration for extensions or external lines must not exceed 32
ports.
18, 19 and 20The module configuration for extensions or external lines must not exceed 32
ports.
Table 2-8Examples of system configurations HiPath 1190
Each of the system’s Highway supports up to 32 ports. For example, Highway 2
(slots 3, 4, and 14) can accommodate two EB 800 and one EB 206, totaling 24 ports.
For Highway 1 (slots 1 and 2), when a TME1 module is placed in slot 1 (totaling 30
ports), slot 2 must remain free (except for a LAN interface module, which can be installed in slot 2).
2-34Service Manual
Page 35
System Data
System expansion limitations
Table 2-9 shows the slots and their Highways.
Slot11121314151617181920
Highways
2X
5XXX
6XXX
7XXX
Slot01020304050607080910
Highways
1XX
2XX
3XXX
4XXX
Table 2-9Distribution of modules on the HiPath 1190 backplanes
Service Manual
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Page 36
System Data
Technical Data
2.6Technical Data
ElementHiPath 1120HiPath 1150HiPath 1190
Standard Cabinet Size
Length360 mm (14.17")470 mm
(18.50")
Depth288 mm (11.33")14.17" (370
mm)
420 mm
(16.53")
394 mm
(15.51")
Height64.4 mm (2.53")100 mm (3.93")498 mm
(19.60")
Weight 1.2 kg (2.64 lb)4.25 kg (2.64
lb)
22.5 kg (49.60
lb)
Electrical specifications for power supply units (PSUs)
Power Requirements (Input)220V / 127mA
127V / 331mA
110 - 230V, Full range / 1.5A
110V / 381mA
Operating Frequency50/60Hz 50/60Hz
Rated Voltage (Output)U1: 8 Vrms
U2: 23 Vrms
5.1 VDC .
26.4 VDC .
Call VoltageU3:
65 V
42 V
40 V
rms
rms
/60Hz
rms
/25Hz (SPA)
/25Hz (RSA)
50 VAC + 97 V
42 VAC + 85.8 V
(RSA)
/ 0.13A - 25Hz
DC
/ 0.13A - 25Hz
DC
Dialing modes for calls to other public or private exchanges:
Closed loop line resistance/
continuous loop current
Incoming Call Detection> 9V
*〉 Values vary according to the country. The values shown are specifically for Brazil.
**〉 Values depend on the country settings, which are configurable. The values shown are default values for Brazil.
Complies with national requirements/standards
RMS
Table 2-10Technical Data
Values shown are approximate. When making connections, consider the specific
level of tolerance that applies.
Air Temperature (theF)+41 to +86-13 to +15841 to +113
Relative humidity5% to 85 %95%5% to 95%
Table 2-12Environmental conditions
Servicing conditions (mechanical)
●This system was essentially designed for installation at a fixed location.
Warning
!
●Tthe avoid condensation when shipping the system in extremely low
temperatures, keep the equipment in its packaging until it reaches room
temperature. Proceed thereafter with the installation (acceptable temperature
range: 7.5°C (45.5°F)/30 min)
●Do not expose the equipment to direct sunlight or place it near any heat sources
(to avoid a localized increase of temperature)
●Make sure the installation area is dry. During system operation avoid any
conditions that may cause condensation.
●Forced ventilation is not required.
●Do not block the natural flow of air around the equipment.
Before inserting or removing any of the modules on the HiPath 1100, make
sure power is turned off.
3.4Motherboard (MB)
Introduction
The MB is the main board for the HiPath 1100 system. The MB provides all functions required
for PABX operation.
Functions
●CLIP - external calling number identification (service must be provided by local carrier)
●Central Processing Unit (CPU)
●DTMF generator and detector
●Conference circuits
●Tone generators
●Music source
●Memory (software + client’s data base)
Service Manual
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Page 48
Modules
Motherboard (MB)
●Digital switch
●Signaling
●Fax/DID.
●System’s date and time.
Note
With backup power from a battery, date and time settings are not lost in the event of a power
outage. Replace this battery with an identical type of battery or use a type recommended by
Technical Support.
Caution
FAILURE TO REPLACE BATTERY WITH SPECIFIED BATTERY TYPE CAN CAUSE
!
RISK OF EXPLOSION. DISPOSE OF USED BATTERIES ACCORDING TO YOUR
COUNTRY’S LAWS AND REGULATIONS.
3-48Service Manual
Page 49
Modules
Motherboard (MB)
3.4.1HiPath 1120
If the UP
!
MB Interfaces
available.
module is connected on the HiPath 1120 , only 2 CD interfaces will be
This module is connected on the MB and is an AC/DC converter used in HiPath 1120 V6.0 and
V7.0. Input voltages are 23V AC and the ring voltage, which depends on the country. Output
voltages are: 3.3VDC, 5 VDC, 24VDC, 32VDC and the ring voltage added to the offset voltage.
These modules consist of extensions and external analog lines for expanding the number of
analog interfaces (A/B) for standard telephones, analog trunks and additional equipment (TFE
interface, and others).
There are modules with only trunks, trunks and extensions and only extensions. For modules
with trunks and extensions, in the event of a power outage, there is a circuit that switches the
available trunks to their respective slots on the extensions.
3.5.1HiPath 1120
Limitations
●200 - 2 external analog lines
●204 - 2 external analog lines and 4 analog extensions.
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Modules
Expansion modules (EB)
EB 200 Expansion module
Interfaces
Figure 3-5EB 200 module overview
Figure 3-5 shows the distribution of extensions and external lines associated with the EB 200
module Connectors.
EB 200 Connector assignments
ContactX6 ConnectorX5 Connector
1Connects to the
2b1 - external line 1
MB through an
a1 - external line 1
interconnect
3a2 - external line 2
cable (flat cable)
4b2 - external line 2
Table 3-8EB 200 Connector assignments
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Modules
Expansion modules (EB)
EB 204 Expansion module
Interfaces
Figure 3-6EB 204 module overview
Figure 3-6 shows the distribution of extensions and external lines associated with the EB 204
module Connectors.
EB 204 Connector assignments
ContactX1 ConnectorX2 ConnectorX5 Connector
1Connects to the
2b1 - extension 1b1 - external line 1
MB through an
a1 - extension 1a1 - external line 1
interconnect
3a2 - extension 1a2 - external line 2
cable (flat cable)
4b2 - extension 2b2 - external line 2
5a3 - extension 3
6b3 - extension 3
7a4 - extension 4
8b4 - extension 4
Table 3-9EB 204 Connector assignments
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Modules
Expansion modules (EB)
3.5.2HiPath1150/1190/1190R
Limitations
●800 - 8 external analog lines
●400 - 4 external analog lines
●200 - 2 external analog lines
●210 - 2 external analog lines and 10 analog extensions
●206 - 2 external analog lines and 6 analog extensions
●202 - 2 external analog lines and 2 analog extensions
●012 - 12 analog extensions
●010 - 10 analog extensions.
EB 210, EB 206 and EB 202 expansion modules
Interfaces
Figure 3-7EB 210 module overview
Figure 3-7 shows the distribution of extensions and external lines associated with the EB 210
module Connectors. The distribution associated with the EB 206 and 202 modules is limited by
their capacity.
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Modules
Expansion modules (EB)
Connector assignments for EB 210, EB 206 and EB 202 modules
ContactX1 ConnectorX2 Connector X3
Connector
1Connection to
MB through
2b1 - external line 1b3 -
backplane
Connector
a1 - external line 1a3 -
extension 3
extension 3
3a2 - external line 2a4 -
extension 4
4b2 - external line 2b4 -
extension 4
5a1 - extension 1a5 -
extension 5
6b1 - extension 1b5 -
extension 5
7a2 - extension 2a6 -
extension 6
8b2 - extension 2b6 -
extension 6
X4 Connector
a7 - extension
7
b7 - extension
7
a8 - extension
8
b8 - extension
8
a9 - extension
9
b9 - extension
9
a10 -
extension 10
b10 -
extension 10
Table 3-10Connector assignments for modules EB 210, EB 206 and EB 202
Note 1: X2 Connector used for EB 210, EB 206, and EB 202 X3 Connector used for EB 210
and EB 206 X4 Connector for EB 210.
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Modules
Expansion modules (EB)
EB 012 and EB 010 expansion modules
Interfaces
Figure 3-8EB 012 module overview
Figure 3-8 shows the distribution of extensions and external lines associated with the EB 012
module Connectors. The distribution associated with the EB 010 module is limited by its
capacity.
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Modules
Expansion modules (EB)
Connector assignments for the EB 012 and EB 010 modules
ContactX1 ConnectorX2 Connector X3
Connector
1Connection to
MB through
2b1 - extension 1b5 -
backplane
Connector
a1 - extension 1a5 -
extension 5
extension 5
3a2 - extension 2a6 -
extension 6
4b2 - extension 2b6 -
extension 6
5a3 - extension 3a7 -
extension 7
6b3 - extension 3b7 -
extension 7
7a4 - extension 4a8 -
extension 8
8b4 - extension 4b8 -
extension 8
X4 Connector
a9 - extension 9
b9 - extension 9
a10 - extension 10
b10 - extension 10
a11 - extension 11
b11 - extension 11
a12 - extension 12
b12 - extension 12
Table 3-11EB 012 and EB 010 Connector assignments
Note 1: X4 Connector uses contacts 5 through 8 on the EB 012 only.
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Modules
Expansion modules (EB)
EB 800, EB 400 and EB 200 expansion modules
Figure 3-9EB 800 module overview
Figure 3-9 shows the distribution of extensions and external lines associated with the EB 800
module Connectors. The distribution associated with the EB 400 and EB 200 modules is limited
by their capacity.
Connector assignments for EB 800, EB 400 and EB 200 modules
ContactX1 ConnectorX2 Connector X3 Connector
1Connection to
2b1 - external line 1b5 - external line 5
MB through
a1 - external line 1a5 - external line 5
backplane
3a2 - external line 2a6 - external line 6
Connector
4b2 - external line 2b6 - external line 6
5a3 - external line 3a7 - external line 7
6b3 - external line 3b7 - external line 7
7a4 - external line 4a8 - external line 8
8b4 - external line 4b8 - external line 8
Table 3-12EB 800, EB 400 and EB 200 Connector assignments
Note 1: Modules EB 800, 400, and 200 do not have circuit breakers for power outages.
X2 Connector used for EB 800, EB 400, and EB 200
X3 Connector used for EB 800.
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Modules
Expansion modules (EB)
3.5.3S0 module
Introduction
This module provides access to ISDN networks and network resources through 2/5 S0
standard digital access channels (4 or 10).
Functions
●Each ISDN access provides 2 64 Kbits/s channels, which are used for communication
●Depending on whether your carrier has enabled them, some features such as Caller ID,
Caller ID Blocking, Direct dialing to extensions and so on may be provided.
3.5.3.1HiPath 1120
Interfaces
Figure 3-10S0 HiPath 1120 module
The Figure 3-10 features a 2-Port S0 module, also available as a single-Port option.
Jumpers
Port 1
X2 and X3
Port 2
X4 and X5
Slot 1 and 2 - without RT (resistive termination) (factory default)
Slot 3 and 2 - with RT (resistive termination used when the port is configured as S0-BUS)
Table 3-13HiPath 1120 S0 module jumpers
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Modules
Expansion modules (EB)
S0 module Connector assignments
X1 Connector Port 1
Port 2
X6
Connector
Connector
Connection to the MB is through a pin ConnectorRJ 45RJ 45
Table 3-14S0 module Connectors for HiPath 1120
X7
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Modules
Expansion modules (EB)
3.5.3.2HiPath1150/1190/1190R
X1
Figure 3-11Module S0 HiPath1150/1190/1190R
The Figure 3-11 features a 5-Port S0, also available as a 2-Port option.
Jumpers
Port 1
X10 and X11
Port 2
X50 and X51
Port 3
X90 and X91
Port 4
X130 and X131
Port 5
X170 and X171
Slot 1 and 2 - without RT (resistive termination) (factory default)
Slot 3 and 2 - with RT (resistive termination used when the port is configured as S0-BUS)
Table 3-15Module S0 HiPath1150/1190/1190Rjumpers
Connector assignments
X1 Connector Port 1
X2
Connector
Port 2
X3
Connector
Port 3
X4
Connector
Port 4
X5
Connector
Port 5
X6
Connector
Connection of the MB to
the pin ConnectorRJ 45RJ 45RJ 45RJ 45RJ 45
Table 3-16S0 module Connectors for HiPath1150/1190/1190R
The TME1 module can be configured to operate with E1 CAS access or S2 access.
I
Warning
!
The TME1 module is factory configured to operate as a CAS interface.
In order for the module to work as a S2 interface you must run a reconfiguration procedure using the S2M Maintenance.
●E1 CAS access
The TME1 module with E1 CAS access is a Digital Interface Unit (DIU) used for connecting a
HiPath1150/1190/1190R to a PSTN via an E1 trunk. The E1 trunk can carry 30 digital voice
channels. However, the HiPath 1150 systems use up to 20 channels, while the HiPath 1190
uses up to 30 channels when the TME30 module is allocated to slot 1 and up to 15 channels
when it is allocated to slot 11.
●Functions
●Increases the system’s number of external lines
●Provides Caller ID (CLIP) and Direct Dialing to Extensions (DID) to help reduce
call loss rate while simplifying access for the user.
HiPath 1190/1190R: In the event of a problem occurring with the TME1 link with E1
CAS master (see “TME1 module display readings (CAS access)” on page 3-73) during an external call, the system will go into a mute state for approximately 3 seconds
while the system clock is synchronized.
●S2 access
It provides connections to the ISDN network via primary access (30 Channels), allowing
services offered by the network to be used.
●Functions
●It increases the capacity of the system’s external up to 20 on the HiPath 1150 and
45 on the HiPath 1190/1190R
●The system only operates in Point to Point connections (PP).
●The ISDN line may be used for video conferencing (external connection, outside
the exchange)
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Modules
Expansion modules (EB)
●It allows permanent call forwarding to another telephone number (CF), Callback if
currently busy (CCBS), automatic MSN number search (Search MSN), Call
Deflection (CD) and sending ticket information during the last call (AOC-D) at the
end of the call
(AOC-E).
●Features such as Calling Line Identification Presentation (CLIP) and Malicious
Call Identification (MCID), Calling Line Identification Restriction(CLIR), to name
but a few, can be provided if enabled by the local carrier.
HiPath 1190/1190R: In the event of a problem occurring with the TME1 link during
an external call, the S2M master (see “Display indications of TME1 module (S2 access)” on page 3-75) system will go into a mute state for approximately 3 seconds
while the system clock is synchronized.
A TME1 with S2M access operates on TEI (Terminal Endpoint Identifier) non-automatic mode. TEI value must be configured in the S2M Maintenance tool.
Note: In ISDN, some features depend on contracting and the local console.
TME1 interfaces
Figure 3-14TME1 module
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Modules
Expansion modules (EB)
S1 ComponentS2 ComponentH801 Component
DIP Switch 1DIP Switch 2Display
Table 3-18TME1 module Components
TME1 module Connector assignments
X803 Connector X402 ConnectorX401 Connector
Serial interface
Module-PC connection
BNC RX Connector
Connections between the
module and the alternative
line E1
Table 3-19TME1 module Connector assignments
E1 CAS primary access)
HiPath 1100
2x coax cable
E1 CAS
Figure 3-15CAS access connection
Primary Access (S2)
BNC TX Connector
Connections between the
module and the alternative
line E1
Public Network
Modem
HiPath 1100
S2
2x coax cable
Modem
Public Network
Figure 3-16S2 access connection with 75 ohm impedance
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Modules
Expansion modules (EB)
HiPath 1100
S2
2x coax cable
Impedance
adapter (Bal-
Cable 4-wire
NT1
Public Network
un)
Figure 3-17S2 access connection with 120 ohm impedance
Connector for TME1 module configuration
The Connector serves to link a PC or modem to a module using a serial cable (see “TME1
Serial Cable” on page 3-115). This makes it possible to program the module using the E1 Trunk
Managertool (for E1 CAS access) or S2M Maintenancetool (S2 access).
9-pin
Mini-DIN connector
9
6
7
3
2
1
1 = DCD
2 = RX
3 = TX
4 = DTR
5 = GND
6 = DSR
7 = RTS
8 = CTS
9 = RI
Figure 3-18Signal distribution on the TME1 module Connector
Warning
!
Do not touch the TME1 module’s administrative serial interface Connector (X803)
without first disconnecting all analog extensions and trunk Connectors. Failure to fol
low this procedure may expose the user to dangerous voltages.
The administrative serial interface Connector (X803) as well as all other Connectors
and interconnect cables should only be serviced by trained technical personnel.
-
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Modules
Expansion modules (EB)
DIP Switch positions for the TME1 module
Figure 3-19DIP Switch for the TME1 module
It is possible to configure the following settings by changing the positions of the Dip switches:
●DIP Switch 1 (S1)
Allows you to delete the flash memory, or choose the baud rate.
Switch ProcedureMeaningPossible settings
ON - Deletes Flash memory when the PABX is
1FEFlash memory off
turned on
OFF - System will work as usual (default).
2EST
Extended Autotest
(E1 CAS access)
ON - Activates autotest (E1 CAS access)
OFF - Skips autotest (default) (E1 CAS access).
2ESTReserved for future applications (S2M access)
3BR1
4BR2
5BR3
Baud rate
configuration
(3) OFF, (4) OFF and (5) OFF: 9600 bps
(3) OFF, (4) OFF and (5) ON: 19200 bps
(3) OFF, (4) ON and (5) OFF: 38400 bps
(3) OFF, (4) ON and (5) ON: 57600 bps (default)
6RES
For future applications7RES
8RES
Table 3-20TME1 module, DIP Switch 1
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Modules
Expansion modules (EB)
If an error occurs during software installation, clear the Flash memory and reinstall
the software. Follow these instructions:
●Turn the PABX off
●Set Switch 1 (FE) to ON
●Turn the PABX on again
●Wait for F and E to show on the display
●Turn the PABX off
●Set switch 1 (FE) to OFF again
● Turn on the PABX
●DIP Switch 2 (S2)
It is recommended that you do not change the DIP Switch 2 default setting.
SwitchProcedureDefault
1DSP - BIOOFF
2ReservedOFF
3ReservedOFF
4Battery connectionOFF
5MODCK2ON
6WDION
7MODCK1OFF
8
E1 interface impedance (E1
CAS access)
OFF
8Reserved (S2 access)OFF
Table 3-21TME1 module, DIP Switch 2
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Modules
Expansion modules (EB)
Segment Display Readings (H801) (E1 CAS access)
DisplayReadingMeaning
8
]
E
8
P
A
I
3
ContinuousThe module is powered.
ContinuousStarting TME1 module.
Waits 10 seconds for a command from the software (E1
Continuous
ContinuousTransferring memory contents to DRAM memory.
ContinuousChecking and validating contents of Flash memory.
ContinuousTME1 module is active but CAS link is out of service.
ContinuousTME1 module is active with CAS link.
Continuous
Continuous
Trunk Manager). If it receives no command after the
specified time, the system resumes its usual operation.
These provide a LAN Ethernet interface via their RJ45 Connectors that allow direct PC
connections to HiPath 1100 within the network and if you have an ADSL modem available, they
can share ADSL access, dispensing with the need for an external ADSL modem or HUB.
The HiPath 1100 can interact via the LAN network with the applications used in your
administration, such as: HiPath 1100 Manager, SNMP services, Interaction Center Smart,
Raters, etc.
The modules have been developed for use on the HiPath 1100 based on ADSL (Asymmetric
Digital Subscriber Line) technology. It is therefore possible to receive high-speed data and
voice (up to 8 Mbit/s) through a single pair on a standard telephone line (POTS).
HiPath 1100
PSTN In-
Modem
LIM
LAN
of the cli-
ent
terface
digital network)
Products and applications, such asHiPath
1100 Manager , SNMP, etc.
Figure 3-23Functions via LAN network.
PSTN
(
analog or
Service Center
Service PC with
HiPath 1100 Manager
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Modules
Optional modules (MO)
●Do not connect the V.24 interface to the PABX when using a network interface
cable. All data is delivered through the network.
●ADSL modem access must be enabled by a carrier for one of the PABX lines.
An Internet provider is also required.
●Remember to configure the ADSL connection in the CommServer.
●All the PCs must have a network card installed and be in the same network as
the LAN interface module.
3.6.1.1ADSL module
This is a previous version used initially on HiPath 1100 V6.0 equipped with ADSL modem
functions and LAN interface on the same board.
The parameters required for this to work correctly must be set using the administration software
“HiPath 1100 Manager” on page 6-256.
Functions
●ASDL modem with Full ADSL (8 Mbps downstream and 1 Mbps upstream - ITU G.922,1)
and ADSL G2.Lite (1.5 Mbps downstream and 512 kbps upstream - ITU G2.922,2, ANSI
T1.413-1998 Standard) capability.
●4 10/100 Base-T standard HUB ports with four ports for building a small LAN.
●Module with built-in microfilter to separate voice and data signals.
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Modules
Optional modules (MO)
HiPath 1120
Interfaces
Figure 3-24ADSL module HiPath 1120
ADSL module Connector assignments
ContactX1
Connector
1Connection
2
to the MB is
through a
3External
pin
Connector
4
X2
Connector
Incoming
external line
with ADSL
analog line
J3
Connector
RJ45
Connector
HUB
J5
Connector
RJ45
Connector
HUB
J6
Connector
RJ45
Connector
HUB
J7
Connector
RJ45
Connector
HUB
output
Table 3-26HiPath 1120 ADSL module Connectors
Note: Connect X2 Connector slots 3 and 4 to a HiPath 1120 external analog line input using
the cable included with the module.
Note: Connect X2 Connector slots 3 and 4 to a HiPath1150/1190/1190R external analog line
input using the cable included with the module.
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Modules
Optional modules (MO)
3.6.1.2SLIMC, SADSLIM, LIMC and ADSLIM modules
In this version we have the set comprising a LIM module (LAN Interface Module) and the ADSL
modem (Baby Board ADSL) which can be optionally mounted on the board.
These modules already have the CommServer application installed and do not need to be
connected directly to a PC to administer the PABX, only to the LAN.
To set the required parameters of the modules, use the “Configuring the SpeedStream
4100 modem” on page 6-258 and the administration tool “Siemens Admin Console” on
page 6-257.
The ADSL modem used is the Siemens SpeedStream 4100. You can consult the
configuration instructions in the manual which you will find in the Setup and
Installation CD.
HiPath 1120
Interfaces
SLIMC and SADSLIM module:
Figure 3-26SLIMC and SDASLIM module HiPath 1120
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Modules
Optional modules (MO)
Note: Connect X11 Connector slots 3 and 4 to a HiPath 1120 external analog line input using
the cable included with the module.
Connector assignments of SLIMC and SADSLIM module
ContactX2
Connector
1RJ45
2
Connector
HUB
X3
Connector
RJ45
Connector
HUB
X4
Connector
RJ45
Connector
HUB
X5
Connector
RJ45
Connector
HUB
X11
Connector
Incoming
external line
with ADSL
3External
4
analog line
output
X6
Connector
Connection
s of the
Baby Board
X7
Connector
Baby Board
ADSL power
supply
X14
Connector
ADSL
line
ADSL
Ethernet
Interface
Table 3-28Connectors of the SLIMC and SDASLIM module HiPath 1120
X17
Connector
Connection
to the MB is
through a
pin
Connector
Service Manual
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Modules
Optional modules (MO)
HiPath1150/1190/1190R
Interfaces
LIMC and ADSLIM module:
Figure 3-27LIMC and ADSLIM module HiPath1150/1190/1190R
Connector assignments of the LIMC and ADSLIM module
Note: The Music module is only for the HiPath 1120.
Functions
●Links a recorded message or an external music source (MOH) to a UCD group when all
group extensions are busy.
●It also features a relay and a sensor for supporting additional devices such as entrance
telephones, door openers, alarms, etc.
●You can insert music for external calls placed on hold (MOH) using an internal or external
music source.
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Modules
Optional modules (MO)
3.6.4.1HiPath 1120
Interfaces
Figure 3-31Music module
Music module Connector assignments
X1
Contact
X1 ConnectorX12 Connector
RCA
X2 Connector
1 and 2Sensorexternal music input (MOH)Connection to the MB is
3 and 4Relay---
through a pin Connector
Table 3-33Music module Connector assignments
The activation logic based on the initial position of the sensor contacts and its resulting actions are programmable.
If a sensor is programmed, the relay can be activated through that sensor. It can be
activated either manually or automatically after a specified time. When the relay is
activated, the contacts close. When it is deactivated, the contacts open.
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Modules
Power Supply Unit (PSU)
Electrical Requirements for Sensors and Relays
Sensor
Maximum loop resistance100 Ω
Relay
Maximum switching current (AC)1.25 A
Maximum switching current (DC)2 A
Maximum switching voltage (AC)30 V
RMS
Maximum switching voltage (DC)24 V
Maximum power factor0.95
Table 3-34Electrical requirements for sensors and relays
3.6.4.2HiPath1150/1190/1190R
For HiPath1150/1190/1190R the external audio source (music, for example) is directly
connected to the MB in position X8 (see Figure 3-3) or in an analog extension port.
Connection Values for an external music source*
Internal Resistance2.4kΩ
Maximum input
voltage
***〉 This port supports commercial CD players, receivers, MD, etc. (See Figure 4-45, “Protection and grounding connection
diagram”, on page 4-179).
-10 dBm
3.7Power Supply Unit (PSU)
Introduction
The power supply unit (PSU) provides the required voltages for the correct operation of the
entire system.
The power sources of the HiPath1150/1190/1190R systems can have connections available
to a row of batteries, which guarantee constant power supply should there be an outage in the
AC line.
Service Manual
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Modules
Power Supply Unit (PSU)
Functions
●Ring tone generator
●DC power source for circuits
●AC input voltage converter/filter
3.7.1HiPath 1120
Description
Two versions of power supply units are available for the HiPath 1120:
●BRA and IM: supply voltage: 110 - 127 Vac - 50/60 Hz or 220 Vac - 50/60 Hz
●RSA: supply voltage: 220 Vac - 50/60 Hz
●ARG: supply voltage: 220 Vac - 50/60 Hz
●SPA: supply voltage: 220 Vac - 50/60 Hz.
PSU interface
1 ......................... 10
Figure 3-32System PSU interface HiPath 1120
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Modules
Power Supply Unit (PSU)
PSU Connector assignments (HiPath 1120)
Contacts
Function
RSASPAIM
1FreeFreeFree
2 - 38 V
4 - 523 V
6 - 742 V
rms
rms
rms
8 V
23 V
65 V
rms
rms
rms
8 V
23 V
40 V
rms
rms
rms
8 - 9FreeFreeFree
10FreeFreeFree
Table 3-35PSU Connector assignments HiPath 1120
Warning
!
Turn the system power ON or OFF using the power supply cable or the input circuit
breaker.
3.7.2HiPath1150/1190/1190R
●Supply voltage: 110 - 230 Vac - 50/60 Hz, full range
●The power supply’s 5 x 20mm input (VAC) features two FAST fuses (250V - 4A)
NB
!
For the HiPath1150/1190/1190R with battery connection input (BBU), you need to
install the ferrite (C39022-Z7000-C7) in the AC power cable, which must be no fur
ther than 20 mm from the female connector (see Chapter 3.12.7, “Power supply cable of the PSU - HiPath1150/1190/1190R” on page 3-121 ).
●There are 2 types of power supply:
●With battery connection socket
●Without battery connection socket
-
Service Manual
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Modules
Power Supply Unit (PSU)
PSU Interfaces HiPath 1150
PSU without battery input
AC input
Indication of the connection slot
on the backplane
PSU with battery input
Indication of the connection slot
on the backplane
Interconnect cable
PSU-Batteries
AC input
Figure 3-33System PSU interface HiPath 1150
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Modules
Power Supply Unit (PSU)
PSU HiPath 1190/1190R Interfaces
PSU without battery input
Indication of slot
slot position on the
backplane
PSU with battery input
Indication of slot
slot position on the
backplane
Warning!
Cable polarity indication is printed on the
case over the Connectors.
1 - Connector used to link the PSU’s via the
Interconnect cable between the PSU’s and
also used to connect the batteries via the PSU - battery interconnect cables in the 1st PSU
located in the base of the system (see “Battery
interconnect cables (BBU)” on page 3-120)
1
AC input
- +
2
2 - Connector for connecting the Vshare cable to
the PSU’s
3 2 1
Figure 3-34PSU systems interfaceHiPath 1190/1190R
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Modules
Batteries
Warning
If the power supply is not supplying the output voltages shown in Table 3-36, open
!
it and check the condition of the fuses.
PSU Connector assignments
ContactFunction ContactFunction
1+5.1 V
3+5.1 V
5+5.1 V
DC
DC
DC
2+5.1 V
4+5.1 V
6+5.1 V
7GND8GND
9GND10GND
11GND12GND
1326.4 V
1526.4 V
1726.4 V
DC
DC
DC
1426.4 V
1626.4 V
1826.4 V
19GND20GND
21GND22GND
23GND24GND
2550 V
42 V
AC
+ 97 V
AC
+ 85.8 V
DC
DC
(RSA)
2650 V
42 V
AC
+ 85.8 V
Table 3-36PSU Connector assignments for HiPath1150/1190/1190R
AC
DC
DC
DC
DC
DC
DC
+ 97 V
DC
DC
(RSA)
3.8Batteries
The HiPath1150/1190/1190R systems can be powered with batteries if the AC line is down,
thus guaranteeing a continuous electrical supply to telephony services. Battery duty cycle
varies according to the capacity of the battery installed
Systems and battery set (2x12v) are joined by a connection cable (see “Battery interconnect
cables (BBU)” on page 3-120)
Note: The power supply used in the systems must have a battery connection socket (BBU) (see
“Power Supply Unit (PSU)” on page 3-91).
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Modules
Batteries
Batteries
Figure 3-35Batteries
Caution
!
Technical Data
Table 3-37Batteries - technical information
FAILURE TO REPLACE BATTERY WITH SPECIFIED BATTERY TYPE CAN CAUSE
RISK OF EXPLOSION. DISPOSE OF USED BATTERIES ACCORDING TO YOUR
COUNTRY’S LAWS AND REGULATIONS.
Battery TypeValve-Regulated Lead Acid (VRLA)
Voltage 27.2V
Supply voltage 24V (2X12V)
Capacity9Ah to 12Ah at 20h discharge
Service Manual
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Modules
Main Distribution Frame
3.8.1Examples of Configurations X Capacities x Times
As an example, a simulation was carried out in some of the settings of the HiPath 1150/1190
systems for the working period of the system when there is in an outage in the AC network
under normal call traffic conditions.
HiPath 1150
SettingsBattery capacityWorking period
01 MB7Ah14 hours
01 MB + 01TME17Ah10 hours
01 MB + 01 EB 2107Ah11 hours
Table 3-38Examples of the working period of the batteries in the HiPath 1150
Increasing by one EB 210 module reduces the total time by 15 minutes.
HiPath 1190
SettingsBattery capacityWorking period
01 CPU + 01 EB 2107Ah11 hours
01 CPU + 01 EB 210 + 01TME17Ah9 hours
01 CPU + 02 EB 210 + 02TME17Ah4 hours
Table 3-39Examples of the working period of the batteries in the HiPath 1190
Increasing by one EB 210 module reduces the total time by 15 minutes. If the working period
is less than 1.5 hours, this falls by 5 minutes.
3.9Main Distribution Frame
Introduction
The Main Distribution Frame (MDF) connects cabling to a public exchange and extensions
using Connectors.
Follow the procedures described in Chapter 4.9, “Connections to the system’s MDF” on page
4-165 to attach the cables to the MDF Connectors.
All Connectors required for attaching the cables are provided with the modules and systems.
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Modules
Backplane
MDF Interfaces
Cables are attached using
pressure
(Dinkle Connector)
Cables are attached
with
4-way
8-way
screws
Cables are attached using
2-way
Connectors
(for example, RJ 45)
Figure 3-36MDF - Connectors
3.10Backplane
Introduction
In the HiPath1150/1190/1190R systems, a set of Connectors mounted on a printed circuit
board known as the backplane connects the modules to the motherboard.
3.10.1HiPath 1150
Interfaces
Figure 3-37Backplane HiPath 1150
Service Manual
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Modules
Backplane
Two identical backplanes are provided with the systems as shown in Figure A. In some cases
you may need to insert a ferrite bead into the backplane. If the module came with a ferrite bead,
install it as shown in Figures B and C.
3.10.2HiPath 1190/1190R
Interfaces
Figure 3-38HiPath 1190 backplanes
HiPath 1190/1190R backplane Connector assignments
Connectors 1, 2 and 3Slots
DC input (PSU)see Table 4-3
Table 3-40HiPath 1190/1190R backplane Connectors
3-100Service Manual
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