HiPath Cordless Office Service Manual

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Service

HiPath 3000HiPath Cordless Office

Service Manual

A31003-G1531-B550-2-7620



www.siemens.com/enterprise

Copyright © Siemens Enterprise Communications GmbH & Co. KG 2007

Hofmannstr. 51, D-81359 München

Reference No.: A31003-G1531-B550-2-7620

The information provided in this document contains merely general

descriptions or characteristics of performance which in case of actual use do

not always apply as described or which may change as a result of further

development of the products. An obligation to provide the respective

characteristics shall only exist if expressly agreed in the terms of contract.

Subject to availability. Right of modification reserved. The trademarks used

are owned by Siemens Enterprise Communications GmbH & Co. KG or their

respective owners.



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HiPath Cordless Office, Service Manual 0-1

Nur für den internen Gebrauch Contents

Contents 0

1 Important Information. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-11.1 Safety information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-1

1.1.1 Safety Information: Danger . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-21.1.2 Safety Information: Warnings . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-31.1.3 Safety Information: Caution. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-31.1.4 General Information . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-41.1.5 What to Do in Emergencies. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-51.1.6 Reporting Accidents . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5

1.2 Data Protection and Data Security . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-61.3 Information on Display Options . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-7

2 Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-12.1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-32.2 System Configuration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-42.3 Technical Data for Base Station Types . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-52.4 Power-Related Capacity Limits . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-72.5 Grade of Service (GoS) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-112.6 Traffic Capacity . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-122.7 Multi-SLC and System-Wide Networking. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-132.8 Planning Networked HiPath 3000 Systems with Network-Wide Roaming. . . . . . . . . . 2-152.9 Clock Supply . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2-17

3 Planning a HiPath Cordless Office System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-13.1 Planning According to Call Traffic Load. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-13.2 General . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-33.3 Propagation Conditions for Radio Traffic. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-4

3.3.1 In the Open with Visibility . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-53.3.2 Industrial Sites. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-53.3.3 Indoor Areas in Buildings in Brick and Light Construction Materials. . . . . . . . . . . . 3-63.3.4 Indoor Areas in Reinforced Concrete Buildings with Diverse Interior Layout . . . . . 3-7

3.4 Determining the Installation Site . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-93.4.1 Indoors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-9

3.4.2 Outdoors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-153.5 Installing Base Stations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-193.5.1 Connection Cables . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-193.5.2 Where Not To Install Base Stations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-193.5.3 Where Should Base Stations be Installed?. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-203.5.4 Indoors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-213.5.5 Tools/Aids . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-273.5.6 Outdoors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-273.5.7 Heating Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3-33



Contents Nur für den internen Gebrauch

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0-2 HiPath Cordless Office, Service Manual

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4 Putting Into Service . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-14.1 Preparation . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-14.2 Entering the System Number . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-14.3 Startup. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-2

4.4 Logging Mobile Telephones On To the System . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-34.4.1 Opening the Logon Window in HiPath 3000 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-34.4.2 Logging a Mobile Telephone On . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-44.4.3 Checking the Mobile Telephone Logon Status . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-44.4.4 Exchanging, Blocking, and Logging Off Mobile Telephones . . . . . . . . . . . . . . . . . 4-5

4.5 Assigning Licenses for BS4 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-54.6 Testing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-54.7 Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 4-5

5 Boards. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-15.1 CMA . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-1

5.2 CMS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-25.3 SLC Board . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-65.4 SLCN . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-24

6 Technical Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-16.1 System Data . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-1

6.1.1 Base Stations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-36.1.2 Mobile Telephones . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-6

6.1 Item Number Overview . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-286.2 Measuring Equipment . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-316.3 Operating Manuals . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 6-31

7 Diagnosis and Maintenance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-17.1 Checking the Base Stations and the Radio Coverage . . . . . . . . . . . . . . . . . . . . . . . . . 7-1

7.1.1 Base Stations . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-17.1.2 Quick Verification of Area Coverage . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-3

7.2 Testing the Radio Area . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-47.2.1 Significance of Results Obtained . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-47.2.2 Gigaset 3000 Comfort . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-67.2.3 Gigaset Family . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-107.2.4 Documentation of Results . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-14

7.3 Troubleshooting . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-16

7.3.1 Checking HiPath Cordless Components . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-167.3.2 What Happens If .... . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-177.3.3 Deactivating the PIN Lock on Gigaset S1, SL1, S2, SL2, S3, SL3 . . . . . . . . . . . 7-21

7.4 Checking the Base Station Status. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-227.5 Checking Error Messages in the Error History . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 7-29

8 Index . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8-1



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For internal use only Important Information

Safety information

1 Important Information

1.1 Safety information

The following information is intended for authorized service personnel. These are the only per-sonnel permitted to carry out work on the system.

Make sure to read all notices on the equipment carefully and comply with all safety notices. Fa-miliarize yourself with emergency numbers.

Always consult a supervisor before starting work in conditions where the necessary safety pre-cautions do not appear to be in place (including in humid conditions or situations where thereis a risk of gas explosions).

Safety symbolsThis manual uses the following symbols to indicate potential hazards:

Further symbols for defining the source of danger in greater detail1:

* electrostatically sensitive devices

7 Danger This symbol calls attention to a situation that could cause seriousinjury or death.

7 Warning This symbol calls attention to a hazard that could cause seriousinjury.

7 Caution This symbol calls attention to a situation that could damage ordestroy hardware or software.

> This symbol draws attention to useful information.

1. These symbols are not usually used in the manual. They explain symbols that may be depicted on the equip-ment.

1 5 3 0 6 4 2

Electricity Weight Heat Fire Chemicals ESD* Laser



Important Information For internal use only

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Safety information

1.1.1 Safety Information: Danger

● Before start-up and terminal connection, connect the system correctly to the ground wire.Never operate the system without the stipulated ground wire.

● Voltages above 30 Vac (alternating current) or 60 Vdc (direct current) are dangerous.

● If the power cable appears to be damaged, replace it immediately.

● Replace any damaged safety equipment (covers, labels and ground wires) immediately.

● Proceed as follows if the system power supply has to be turned off during maintenance:

– Use the circuit breaker to disconnect the system from the power supply circuit and me-chanically safeguard the breaker against tampering.

– Place a "DO NOT USE" sign on the breaker.

A breaker can be a main switch circuit breaker or a fuse/automatic circuit breaker.

– Find out where the circuit breaker is located before you start working on the system.

● If you are working on circuits with dangerous voltage levels, always work with a partner whoknows where the power supply switch is located.

● Never touch live wires without ensuring adequate isolation.

● Ensure that the installation is not powered by an additional power source or protected byanother fuse or main switch.

● Before starting any work, check whether the circuits in question are live. Never assume that

all electrical circuits are reliably broken when a fuse or main switch is tripped.

● During a thunderstorm, do not connect or remove telephone lines and PC boards.

● Expect leakage current from the telecommunications network.

● Ensure that the system is never left unsupervised whenever work is carried out on an opensystem.



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Safety information

1.1.2 Safety Information: Warnings

● There is a risk of explosion if a lithium battery is not correctly replaced. The lithium batterymust be replaced only by an identical battery or one recommended by the manufacturer.

● Be aware of the additional dangers caused by low voltage and large cross-sections. Wireswith a large cross-section usually have lower voltage but higher current. This leads to in-creased risks, for instance, during short circuits.

● Do not wear loose clothing when working on the system. Tie back long hair.

● Do not wear jewelry, metal watch straps or metal attachments or studs on clothing, forinstance. These may cause injuries or short circuits.

● Mirrored surfaces and coatings are conductive. Never touch live components with a mirroras this may lead to injury or at the very least damage through a short circuit.

● Always wear appropriate eye protection when working.

● Always wear a hard hat where there is a risk of injury from falling objects.

● Always disconnect the power supply when you are working directly next to a power supplyunit or direct current converter, unless the work instructions expressly permit you to workwithout shutting off the power.

● Never attempt to lift heavy objects unaided.

● In the case of laser radiation, do not look directly into the beam.

1.1.3 Safety Information: Caution

● Check the nominal voltage set for the system (operating instructions and type plate).

● As long as the power supply is switched on, always observe the greatest caution when per-forming measurements on powered components and maintenance work on plug-in cards,PC boards, and covers.

● To protect electrostatically sensitive devices (ESD):

– Always wear the wristband before performing any work on PC boards and modules.

– Transport PC boards only in suitable protective packaging.

– Always place PC boards on a grounded conducting base and do not work on the PCboards anywhere else.

– Only use grounded soldering irons.

● Only use devices or equipment in perfect working order. Do not use equipment with visibledamage.




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Safety information

● Locate the main switch for the system’s power supply. Follow the instructions displayedthere.

● Install cables in such a way that they do not pose a risk of accident (tripping) and cannot

be damaged.

1.1.4 General Information

● Condensation may form when the system is brought into the service room from a cold en-vironment. Wait until the system has adjusted to the ambient temperature and is complete-ly dry before starting it up.

● Before starting wall assembly, check whether the load-bearing capacity of the wall is ade-quate, for instance, in the event of plasterboard walls.

● After maintenance work, reinstall all security equipment in the correct position.

● Check your tools regularly. Only use fully functional tools.

● Close the doors after tests and maintenance work.

● All cables and lines leaving a system cabinet must be shielded between the connectionpoint in the cabinet and, at the very least, the point at which they leave the cabinet.Use a clip and pressure screw to contact all braided shields to the cabinet outlet. This alsoapplies to permanently connected service equipment.

● Connect all cables only to the specified connection points.

● Do not install any external modems in system cabinets.

● Do not permit any flammable materials to be stored next to or in the room where the systemis located.

● Ensure that the work area is well lit.

● An untidy workplace increases the risk of accidents.



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Safety information

1.1.5 What to Do in Emergencies

● Always remain calm in emergency situations.

●

Always switch off the power supply before touching a casualty.● If you cannot deactivate the power immediately, use a nonconducting object, such as a

wooden broom handle, for instance, to isolate the person from electrical source.

● You should be familiar with basic first aid techniques for electric shock victims. Basic knowl-edge of resuscitation methods in the event of respiratory and cardiac arrest as well as initialtreatment of burns are crucial in emergencies of this kind.

● In the event of respiratory arrest, apply artificial respiration (mouth-to-mouth or mouth-to-nose).

● In the event of cardiac arrest, immediately start cardiac massage if you have the appropri-ate training.

● Call an ambulance or doctor immediately. Report the emergency in the following sequence:

– Where did it happen?

– What happened?

– How many casualties?

– What kind of injuries were sustained?

– Wait for further questions.

1.1.6 Reporting Accidents

● Report all accidents, "near-accidents" and potential sources of danger to your supervisorimmediately.

● Report all electric shocks, no matter how minor.




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Data Protection and Data Security

1.2 Data Protection and Data Security

This system processes and uses personal data for purposes, such as, call detail recording, dis-plays, and customer data acquisition.

In Germany, the processing and use of such personal data is subject to various regulations,including those set down by the Federal Data Protection Law (Bundesdatenschutzgesetz,BDSG). For other countries, please follow the appropriate national laws.

The aim of data protection is to protect the rights of individuals from being adversely affectedby the use of their personal data.

In addition, the aim of data protection is to prevent the misuse of data when it is processed andto ensure that individuals’ interests and the interests of other parties which need to be protectedare not affected.

Employees of Siemens AG are bound to safeguard trade secrets and personal data under theterms of the company’s work rules.

In order to ensure that the statutory requirements are consistently met during service – whetheron-site or remote – you should always observe the following rules. You will not only protect theinterests of your and our customers, you will also avoid personal consequences.

A conscientious and responsible approach helps protect data and ensure privacy:

● Ensure that only authorized persons have access to customer data.

● Take full advantage of password assignment options. Never provide an unauthorized per-son with passwords either orally or in writing, for instance.

● Ensure that no unauthorized person is able to process (store, modify, transmit, disable, de-lete) or use customer data in any way.

● Prevent unauthorized persons from gaining access to storage media, such as, backup dis-kettes or log printouts. This applies to service calls as well as to storage and transport.

● Ensure that storage media which are no longer required are completely destroyed. Ensurethat no sensitive documents are left unprotected.

Work closely with your customer contact; this promotes trust and reduces your work-

load.



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Information on Display Options

1.3 Information on Display Options

The following methods are used in the manual to aid readers:

Highlights important information regarding correct system handling.Grey font Highlights instructions or menu items.

Italic font Highlights menu paths or program names.

1.

2.

Highlights steps that need to be performed.




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Information on Display Options



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For internal use only Overview

2 Overview

The integrated Cordless Office system is designed for connecting DECT mobile telephones

and is implemented using one of the two following methods:

● via direct connection in a HiPath 3000 system

● using base stations (BS) connected to an SLC board (Subscriber Line Cordless)

The handsets are internal, system-specific stations which are connected via dedicated lines,not via separate DECT systems.

Figure 2-1 HiPath Cordless Office - Direct connection



Overview For internal use only

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Figure 2-2 HiPath Cordless Office - SLC connection

● The radio technology in HiPath Cordless Office complies with the DECT standard (Digital Enhanced Cordless Telecommunications).

● The entire radio area administered by the system is made up of base stations (BS), whichtogether form either a complete network of overlapping radio cells or individual radio "is-lands". The size of a radio cell is dependent on the local/structural factors.

● The SLC boards (Subscriber Line Cordless) are designated as the radio switching systemintegrated in the HiPath 3000 system.

● HiPath Cordless Office supports GAP-enabled mobile telephones from third-party manu-facturers.

● The PN-CAP radio protocol extends the minimum functionality required by ETSI to includeSiemens features.



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Introduction

2.1 Introduction

HiPath Cordless Office can be operated at all systems in the HiPath 3000 product line (version1.2 or higher).

Direct connection

BS3/1 (S30807-H5482-X) and BS4 (S30807-U5491-X) base stations can be connected directlyto the UP0/E ports on HiPath 3550, HiPath 3350, HiPath 3500, and HiPath 3300 central controlboards. Each base station must be connected to a single UP0/E port. A combination of BS3/1and BS4 base stations is supported.

A BS3/S (X30807-X5482-X100) single-cell base station can be used to guarantee the opera-tion of up to one base station at the UP0/E ports on the central control boards in HiPath 3550,HiPath 3350, HiPath 3500, and HiPath 3300. No further base stations can be added once this

has been connected.

Base stations cannot be simultaneously connected to SLC boards and CBCC in a HiPath 3550system.

Cordless board connection

Base stations can be connected to UP0/E ports on the following cordless boards:

● SLC16 and SLC16N in HiPath 3750, HiPath 3550, and HiPath 3700

● SLCN in HiPath 3800

A combination of BS2/2 (S30807-H5471-X200), BS3/1 (S30807-H5482-X), BS3/3 (S30807-H5485-X), and BS4 (S30807-U5491-X) base stations can be connected to these cordlessboards.

Up to four SLC16 or SLC16N boards can be implemented in HiPath 3750 and HiPath 3700, andup to four SLCN boards can be implemented in HiPath 3800. All four boards have access to fullcordless functionality (roaming and seamless connection handover) as the radio fields of cord-less boards in the same system are synchronized (see Section 2.7).

A combination of SLC16 and SLC16N boards can be implemented in HiPath 3750 and HiPath3700.

The HiPath 3000 product line does not currently support network-wide handover.




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System Configuration

2.2 System Configuration

The following table displays the maximum possible system configuration for HiPath CordlessOffice. The table also provides information on cases when

● CMA or CMS is required

● analog system trunk access is possible.

Table 2-1 HiPath Cordless Office - System configuration for HiPath 3000 V5.0

S y s t e m

Max. num-ber

C l o c k m o d u l e s

Max. number of base stations(BS) with connection of more

than 1xUP0/E

Simultaneouscalls per BS

M a

x . n u m b e r o f

M T s

A n a l o g

s y s t e

m t r u n k a c c e s s

S L

C 1 6

S L C

1 6 N

S L

C N

B S

3 / 1

B S

3 / S

B S

2 / 2

B S

3 / 3

B

S 4

B S

3 / 1

B S

3 / S

B S

2 / 2

B S

3 / 3

B

S 4

HiPath 3350HiPath 3300

– – – CMS – 1 – – – – 2 – – – 8 No

– – – CMA – 1 – – – – 4 – – – 8 Yes

– – – CMA 3 – – – 3 4 – – – 4 16 Yes


– – – CMS – 1 – – – – 2 – – – 8 No

– – – CMA – 1 – – – – 4 – – – 8 Yes

– – – CMA 7 – – – 7 4 – – – 4 32 Yes

HiPath 3550 1 1 – CMS 16 – 8 8 16 4 – 8 12 12 64 Yes


4 4 – CMS 64 – 32 32 64 4 – 8 12 12250 (with4 SLC16/ SLC16N)*

* Up to 128 mobile telephones possible at an SLC16 or SLC16N.

Yes

HiPath 3800 – – 4 CMS 64 – 32 32 64 4 – 8 12 12250 (with4 SLCN)**

** Up to 128 mobile telephones possible at an SLCN.

Yes

Explanations:● BS2/2 (S30807-H5471-X200): Up to eight calls can be made simultaneously with a connection via two

UP0/E ports.● BS3/1 (S30807-H5482-X): Up to four calls can be made simultaneously.● BS3/3 (S30807-H5485-X): Up to 12 calls can be made simultaneously with a connection via three U P0/E

ports.

● BS3/S (X30807-X5482-X100): The BS3/S single-cell base station guarantees the operation of up to onebase station at the UP0/E port on the central control board. No other base stations can be operated.

● BS4 (S30807-U5491-X): Up to 12 calls can be made simultaneously with a connection via three UP0/E ports. Direct connection permits connection via a maximum of one UP0/E port. BS4’s B channels must belicensed (for more information, see the HiPath 3000/5000 V5.0 Service Manual for at https:// netinfo2.icn.siemens.de/edoku3/search_en.htm).

https://netinfo2.icn.siemens.de/edoku3/search_de.htm






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Technical Data for Base Station Types

2.3 Technical Data for Base Station Types

BS3/1 base station

Table 2-2 Technical data for various base stations

Parameters BS3/1 andBS3/S

BS3/3 BS4 Outdoor housing

Supply voltage range 42 to 54 V 42 to 54 V 42 to 54 V –

Power consumption Up to 1.7 W Up to 3.2 W Up to 3.0 W –

Housing dimensions(L x B x D in mm)

181 x 139 x 69 202 x 172 x 43 202 x 172 x 43 296 x 256 x 90

Weight Approximate-ly 0.3 kg

Approximate-ly 0.5 kg

Approximate-ly 0.5 kg

Approximately 1.0 kg

Temperature range Indoor operation:- 5 to + 50 oC Outdoor operation:- 20 to + 50 oC

Relative humidity – – – Up to 95%

Figure 2-3 BS3/1 base station S30807-H5482-X




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Technical Data for Base Station Types

Outdoor housing

A base station must be installed in a weatherproof outdoor housing to guarantee radio cover-age outdoors, for example on factory premises. The outdoor housing is suitable for mounting

on walls of buildings, roofs, and masts.

The outdoor housing already used for BS2/2 (S30122-X7469-X) is also available for base sta-tions BS3/1 (BS3/S), BS3/3, and BS4. The only difference is that you do not need a heater forBS3/1 (BS3/S), BS3/3, and BS4.

Figure 2-4 Base stations BS3/1 (BS3/S) and BS3/3 in outdoor housing S30122-X7469-X

Outdoor housingwith BS3/1 (BS3/S)

The polystyrene block [1] suppliedshould be used to secure BS3/1 (BS3/

S). Outdoor housingwith BS3/3

[1]



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Power-Related Capacity Limits

2.4 Power-Related Capacity Limits

The number of base stations in use, their distance from the system, and the entire terminal con-figuration determine whether or not internal system power supply units are sufficient or whether

an additional PSU is necessary.

● HiPath 3800If the correct number of LUNA2 modules was calculated, the system’s internal power sup-ply unit provides sufficient power to supply the system configuration specified in Table 2-2.For information on determining the necessary number of LUNA2 modules, see the HiPath3000/5000 Service Manual at:

https://netinfo2.icn.siemens.de/edoku3/search_en.htm

● HiPath 3750 and HiPath 3700The system’s internal power supply unit provides sufficient power to supply the system

configuration specified in Table 2-1.

Table 2-3 HiPath 3750, HiPath 3700 - Maximum number of SLA24N and SLMO24subscriber modules depending on the number of base stations connectedto SLC16 or SLC16N


Number ofSLC16s

SLC16Ns

Number of base stations Number ofSLA24NsSLMO24s

BS3/1BS4

when connectedvia 1xU

P0/E

BS2/2BS3/3BS4

when connectedvia 2xUP0/E

Basic cabinet 0 0 0 7

1 16 8 5

2 32 16 3

Expansion cabinet 0 0 0 8

1 16 8 6

2 32 16 4

3 48 24 2

4 64 32 0






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● HiPath 3550 and HiPath 3500The following tables display the terminal configurations that do not require additional powersupply units.

– Configurations that exceed those entered in the tables require an additional PSU (viaEPSU2 or EPSU2-R).

Table 2-4 HiPath 3550, HiPath 3500 - Maximum number of corded terminals de-pending on the number of BS3/1s connected to CBCC or CBRC

Number ofBS3/1s and BS4s

connected via1xUP0/E to

CBCC or CBRC

Maximum number of corded telephones

Analog terminals

0 1-10 11-20 21-30 31-40 41-50

optiset E and optiPoint 500 telephones

1 66 61 57 53 48 44

2 63 59 54 50 46 41

3 60 56 52 47 43 39

4 58 53 49 45 40 36

5 55 51 47 42 38 33

6 53 48 44 40 35 31

7 50 46 41 37 33 28

Table 2-5 HiPath 3550 - Maximum number of corded terminals depending on thenumber of BS3/1s connected to SLC boards



SLC16 or SLC16N


Analog terminals

0 1-10 11-20 21-30 31-40 41-50


1 66 61 57 53 48 44

2 63 59 54 50 46 41

3 60 56 52 47 43 39

4 58 53 49 45 40 36

5 55 51 47 42 38 336 53 48 44 40 35 31

7 50 46 41 37 33 28

8 47 43 39 34 30 26

9 45 40 36 32 27 23

10 42 38 33 29 25 20

11 40 35 31 27 22 18



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12 37 33 28 24 20 15

13 34 30 26 21 17 13

14 32 27 23 19 14 10

15 29 25 20 16 12 7

16 27 22 18 13 9 5


Number ofBS2/2s

connected toSLC16 or SLC16N


Analog terminals

0 1-10 11-20 21-30 31-40 41-50


1 63 59 54 50 46 41

2 58 53 49 45 40 36

3 53 48 44 40 35 31

4 47 43 39 34 30 26

5 42 38 33 29 25 20

6 37 33 28 24 20 15

7 32 27 23 19 14 10

8 27 22 18 13 9 5




SLC16 or SLC16N


Analog terminals

0 1-10 11-20 21-30 31-40 41-50


1 64 60 56 51 47 42

2 60 56 52 47 43 39

3 57 52 48 43 39 35

4 53 48 44 40 35 31


Number of

BS3/1s and BS4sconnected via

1xUP0/E toSLC16 or SLC16N


Analog terminals

0 1-10 11-20 21-30 31-40 41-50





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Base station power supply

The main power source for base stations is the relevant system’s internal power supply. For in-formation on the different power supply options, see Section 5.3 on page 5-12.

5 49 44 40 36 31 27

6 45 40 36 32 27 23

7 41 37 32 28 23 19

8 37 33 28 24 20 15

>HiPath 3550 and HiPath 3500 can be expanded to the maximum capacity limits

by implementing an additional power supply (via EPSU2 or EPSU2-R).


Number of

BS3/3s and BS4sconnected via

2xUP0/E toSLC16 or SLC16N


Analog terminals

0 1-10 11-20 21-30 31-40 41-50




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Grade of Service (GoS)

2.5 Grade of Service (GoS)

For cordless systems, Grade of Service means the loss and availability of call connections inthe CMI system. To calculate the capacity limits, the following assumptions are made: 1%

(GoS) per radio interface and 0.1% on the speech highway in the shelf and on the networkingconnections. A GoS of 1% for availability means that an average of one call out of 100 cannotbe made. For a call from handset to handset, 1% (GoS) per radio interface means that an av-erage of two calls out of 100 (2%) cannot be made.

Radio field quality and the number of available channels are crucial elements for setting up acall and for call breakdowns in cordless connections. Poor radio field quality results in highbreakdown rates, low availability, and poor voice quality. This happens if the structure of build-ings (lots of metal, machines, corrugated iron, etc.) creates inhomogeneous fields and reflec-tions with the result that it is impossible to achieve a GoS of 1% or 2%.




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Traffic Capacity

2.6 Traffic Capacity

The traffic capacity inside different radio cells (such as, offices, warehouses, garage areas) var-ies according to the subscribers. As a guideline, one base station (BS) can supply:

These values apply to a single radio cell not having overlapping ranges with other radio cells(without overload handling).

For maximum values per HiPath or Hicom system at differing stages of expansionsee Section 2.4.

Base stations can be connected to an SLC board with one, two or three UP0/E interfaces. Avail-able talk channels per base station or radio cell:

Table 2-8 Traffic capacity of single base stations with 50 mErl per subscriber

BS with 1 UP0/E BS with 2 UP0/E BS with 3 UP0/E

GoS 0.1% 1% 0.1% 1% 0.1% 1%

No. of subscr.TlBS

11 16 42 62 84 118

Traffic 0.55 erlangs 0.8 erlangs 2.1 erlangs 3.1 erlangs 4.2 erlangs 5.9 erlangs



GoS 0.1% 1% 0.1% 1% 0.1% 1%

No. of subscr.TlBS

7 8 21 31 42 59

Traffic 0.7 erlangs 0.8 erlangs 2.1 erlangs 3.1 erlangs 4.2 erlangs 5.9 erlangs



GoS 0.1% 1% 0.1% 1% 0.1% 1%

No. of subscr.TlBS

4 5 10 15 21 29

Traffic (0.8 erlangs) 1 erlangs 2.1 erlangs 3.1 erlangs 4.2 erlangs 5.9 erlangs

Table 2-11 Simultaneously available talk channels

BS 1 UP0/E 2 UP0/E 3 UP0/E

Simultaneously avail-able talk channels

4 8 12



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Multi-SLC and System-Wide Networking

2.7 Multi-SLC and System-Wide Networking

Multi-SLC (HiPath 3800, HiPath 3750, HiPath 3700) and system-wide networking (HiPath

3800, HiPath 3750, HiPath 3550, HiPath 3350, HiPath 3700, HiPath 3500, HiPath 3300)Up to four SLC boards can be implemented in HiPath 3750 and HiPath 3700; up to four SLCNboards can be implemented in HiPath 3800. The radio fields of these cordless boards are syn-chronized to allow full cordless station mobility (roaming and seamless connection handover)in a system.

The system views each mobile telephone (mobile station) as a corded telephone. During ad-ministration, a fixed port on the system’s “home cordless board” is assigned to the mobile tele-phone and is used to address the mobile telephone.

As soon as a mobile telephone moves into the area of a different radio switching location (“tran-

sitional cordless board”), an extension connection is switched using a DSS1 connection initiat-ed by the cordless board. The home and transitional cordless boards exchange a networkingprotocol (User-to-User Signaling UUS) over this extension connection to support full mobility(see Figure 2-5).

This function may be used not only within a system but also across systems (across nodes),as CorNet NQ (which is used for networking) supports the UUS protocol. (Note: Additional Bchannels using established connection methods (CorNet NQ) may be required for system-wideextension connections (see Section 2.8).) This means full mobility across the radio fields of dif-ferent cordless systems. All mobile telephone features remain accessible, including callback,team functions, and voicemail. One exception is the network-wide handover feature which is

not supported at this time.

Required B channels

Table 2-12 B channels required for multi-SLC and system-wide networking

Mobile telephone (MT) has setup a connection

Required Bchannels

Required B chan-nels for the home

cordless board

Required B chan-nels on the transi-

tional cordlessboard

In the home cordless board range 1 1 –

In the transitional cordless boardrange

3 2 1

Handover from home to homecordless boards

1 1 –

Handover from home to transition-al cordless board

3 2 1




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Multi-SLC and System-Wide Networking

Features of networked HiPath 3000 systems

● Up to 64 networked systems

● Availability via common station number(roaming between systems/nodes)

● Call interruption when switching between systems/nodes

Handover from transitional to tran-sitional cordless board

5(temporary)

3 2(one for each cord-

less board)

Figure 2-5 Example of a cordless extension connection in networked systems

Table 2-12 B channels required for multi-SLC and system-wide networking

Mobile telephone (MT) has setup a connection

Required Bchannels

Required B chan-nels for the home

cordless board

Required B chan-nels on the transi-

tional cordlessboard

BS

SLC16

BS

CorNet NQ

Home SLC16

SLC16 no. = 1Station no. =124

Transitional

SLC16SLC16 no. = 11Station no. = 128

HiPath 3750Node ID = 1

HiPath 3550Node ID = 2

Extensionconnection

BS

SLC16

BS

SLC16 no. = 2Station no. =141

BS

SLC16

BSBS = BS2/2, BS3/1 orBS3/3

CorNet NQ connection is possible via S0 or S2M lines or via IP networking (see the HG 1500 Administration

Manual).



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Planning Networked HiPath 3000 Systems with Network-Wide Roaming

2.8 Planning Networked HiPath 3000 Systems with Network-WideRoaming

Additional B channels using fixed connection paths (CorNet NQ) may be required for the sys-

tem-wide extension connections described in Section 2.7.

When using the network-wide roaming feature, the radio areas of individual systems with iden-tical DECT IDs must not overlap. Networked systems with identical DECT IDs appear as a sin-gle system to the handset.

Overlapping in the radio fields of systems with identical DECT IDs causes the mobile tele-phones to inadvertently attempt network-wide handovers which in turn leads to call interrup-tions.

If networking is required for systems in which the individual radio fields overlap (for example, toincrease capacity limits or through decentralized installation), different DECT IDs must be con-figured in the individual systems. The network-wide roaming feature is not supported in thiscase.

The following are three different scenarios illustrating networked HiPath 3000 systems.

Scenario 1 Incorrect DECT configuration of networked HiPath 3000 systems

Identical DECT IDs and overlapping radio areas result in incorrect handover and call interrup-tion.

Figure 2-6 Incorrect DECT configuration of networked HiPath 3000systems

PSTN

Network (S0, S2M, IP)

HiPath 3000 system 1DECT ID = 4711





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Planning Networked HiPath 3000 Systems with Network-Wide Roaming

Scenario 2 Correct DECT configuration of networked HiPath 3000 systems

Despite overlapping radio areas, handover is permitted because DECT IDs differ. Disadvan-tage: network-wide roaming is not permitted.

Scenario 3 Correct DECT configuration of networked HiPath 3000 systems

Despite identical DECT IDs, handover is permitted because radio areas do not overlap. Net-work-wide roaming is permitted.

Figure 2-7 Correct DECT configuration of networked HiPath 3000 systems

Figure 2-8 Correct DECT configuration of networked HiPath 3000 systems

PSTN

Network (S0, S2M, IP)



PSTN



Network

(S0, S2M, IP)



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Clock Supply

2.9 Clock Supply

The synchronization clock for the SLC boards is generated by the "master" SLC. Frame syn-chronization is performed for the existing base stations using this clock signal.

During cordless operation without SLC boards, the mainframe clock is created by the CMA orCMS boards.

The master SLC board feeds the 2.4-second synchronization clock signal to the backplane ofthe board frame. This signal is then discharged by the system clock in the communication sys-tem.

In accordance with the DECT standard, HiPath Cordless systems require the following levelsof clock precision:

– +/- 5 ppm in a restricted temperature range (+15° to + 35°C) and

– +/- 10 ppm in the overall temperature range(0 to + 40°C ambient temperature for the system).

The communication system should be equipped with a clock generator that also fulfills require-ments in freewheeling mode (see “CMA” on page 5-1 and “CMS” on page 5-2).




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Clock Supply



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For internal use only Planning a HiPath Cordless Office System

Planning According to Call Traffic Load

3 Planning a HiPath Cordless Office System

When planning a cordless system, the position of the base station is critical for system perfor-

mance. The load should be optimized using locations with a high call volumes and radio cov-erage.

3.1 Planning According to Call Traffic Load

● The borders of base station radio cells should not be located in high traffic areas becausechanging base stations during a call (handover) increases traffic load.

● To cover increased call traffic, you should upgrade existing base stations to Up0E portsrather than installing additional base stations.

● The best base should be as unique as possible to avoid frequent switching.● Switching between SLC boards generates particularly high traffic loads.

● In borderline scenarios (with 17 to 20 Up0E ports required for base stations, for instance),one SLC board may suffice if propagation is skillfully arranged or if special antennas areused.



Planning a HiPath Cordless Office System For internal use only

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Planning According to Call Traffic Load

In systems with multiple SLC boards, the radio areas of all base stations connected to an SLC(the SLC area) should be regarded as separate. The following rules apply:

1. Minimum overlapping between SLC areas. To increase user number in an SLC area, the

area should be decreased rather than allowing it to overlap with another.

2. All handsets are assigned to the SLC area that they predominantly occupy. This SLC isthen the home SLC for that handset and where the mobile user logs on.

3. As this illustration shows, subscribers that roam between SLC areas use extension lines toseize the various SLC-specific switching network access points.

Figure 3-1 The extension lines required and switching network access points when roam-ing between SLC areas

The location or movement (arrow) of a handset within SLC areas is illustrated by statuses oneto five. If the handset is in status four (between two remote SLC areas), for example, then con-nections are temporarily handed over from the home SLC to the SLC whose area the handsetis exiting, and from there to the SLC whose area the handset is entering.

BS BSBS

MT MT

Koppelfeld

SLCSLCHeimat-SLC

MT MT MT

1 2 4 5

1,2,3,4,5

2,3,4

3

4,5

Zustände

Verbindungen

während der

Zustände

states

Home

Connetionsduring thestatesSwitching network






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Propagation Conditions for Radio Traffic

● Radio propagation

Radio propagation is negatively influenced by

– obstructions with strong absorption qualities (brick walls, dividing walls, ceilings, furni-ture, steel cabinets, bathroom units, elevators, wire-reinforced glass, leaded windows,blinds and others)

– reflective stationary obstructions (brick buildings, reinforced concrete buildings, build-ings with metal sheathing)

– reflective moving obstructions (people, animals, vehicles)

3.3 Propagation Conditions for Radio Traffic

Radio wave propagation in the DECT frequency range is quasioptical. This means that a waveis hindered in its propagation if it hits a solid surface and is thereby reflected to a greater orlesser extent. This reflection is dependent on the physical qualities of the medium.

In the case of conductive materials, the penetration depth into the medium is determined mainlyby the magnetic quality and the electrical conductivity.

● Metals with a high degree of conductivityThese include copper or steel and prevent most DECT frequency radio waves from pene-trating, reflecting them in the same way as a mirror reflects light.

● Modern construction materials (exceptions, see above)

These have relatively poor conductivity levels with the result that electromagnetic waves,even if attenuated, still can pass through.Thus, radio traffic is possible within and through buildings.

● Attenuation qualitiesof the construction materials vary greatly resulting in different ranges depending on thepropagation direction and the construction material penetrated.

This attenuation is mitigated by openings, especially by windows in the buildings as longas they do not have wire-reinforced or metal-plated glass.

The different levels of radio propagation give rise to various scenarios in which radio cells areformed:

– Wood (dry and unprocessed),glass, plastics (N-conductor) negligible attenuation

– Brick walls,wood (damp and processed, for example, par-ticle board)

medium range of attenuation

– Reinforced concrete, glass with metal rein-forcement/coating

greatest attenuation



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● in the open with visibility

● industrial sites with reinforced concrete buildings and buildings with metal facades

● indoor areas in buildings made of brick and light construction materials

● indoor areas in reinforced concrete buildings with diverse interior layout, for example.

3.3.1 In the Open with Visibility

In this scenario, the electromagnetic waves are subject to the lowest amount of attenuation withthe result that they produce the greatest radio wavelength.

In principle, base stations in such a scenario produce a radio coverage range with a radius ofup to 300 m.

This, however, is usually not possible, since trees, bushes and moving obstructions, such as,people, animals, and vehicles in the direct propagation route can significantly reduce propaga-tion.

3.3.2 Industrial Sites

Buildings of varying structural materials may be found here, including those:

● of light construction materials,

● of brick,

● of reinforced concrete,

● with metal facades.

The distances between the buildings, however, are rarely greater than 100 m. In this scenario,outdoor base stations are practical for covering the outdoor area.

● Buildings of brick or light construction materialsare generally penetrable, but the magnetic field reception behind the walls is extremely low,resulting, quasioptically, in a shadowed area.

>A base station installed in an attic directly beside a dormer window (no metal reinforcement in the window pane) is the alternative to the outdoor hous-ing for coverage of the outdoor area.Choose the mounting location carefully:The base station is often exposed to extreme environmental temperatures, for exam-ple, direct sunlight or extreme cold.





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3.3.4 Indoor Areas in Reinforced Concrete Buildings with DiverseInterior Layout

Indoor areas in reinforced concrete buildings can give rise to different scenarios, depending onthe interior layout.

● Scenario 1 - Large factory halls (for manufacturing or office space)

These are either not partitioned (e.g. manufacturing halls) or have mobile partitions reach-ing half way to the ceiling (office).

– Propagation conditions

Favorable in this scenario because intervisibility is more frequent than, for example, inbuildings divided into individual offices with no line of sight between the base stationand mobile telephones.

Drywall 1.3 to 2.3 ~ 26.5 to 41

Gaseous-concrete wall 6.6 ~ 78

Glass wall 2 ~ 37

Wire-reinforced glass wall 8 ~ 84

Reinforced concrete ceiling (residence) 6 to 9 ~ 75 to 87

Two reinforced concrete ceilings 26 ~ 99.5

Three reinforced concrete ceilings 46 100

>These values show clearly that propagation within buildings is hindered much less

in a horizontal direction than in a vertical direction.This must be taken into consideration when installing the base station.

Table 3-1 Insertion loss (ae)/range loss in the radio area

Insertion object ae (dB) Range loss (%)




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● Scenario 2 - Interior in buildings of brick and light construction materials

– Propagation conditions

Similar to buildings with brick outer walls.However, due to industrial sector requirements, the dimensions of reinforced concreteceilings in these buildings are such that insertion loss values are considerably higherthan in brick buildings.

● Scenario 3 - Interior with concrete walls and steel dividing walls

These areas also usually include the heavily steel-reinforced areas of

– stairwells,

– bathroom areas,

– supply shafts, as well as

– elevator shafts.

Table 3-2 shows several insertion loss values which are relevant to this scenario, along withthe corresponding capacity loss data for the radio area.

>The resulting unfavorable vertical wave propagation must be taken into consider-ation when installing the base station.

Table 3-2 Insertion loss (ae)/range loss in theradio area

Insertion object ae (dB) Range loss (%)

Concrete wall, interior, 10 cm 6 ~ 75

Concrete wall, double, 2 x 20 cm 17 ~ 97.5

Concrete wall, 25 to 30 cm 9.4 to 16 ~ 88 to 97.5

Reinforced concrete ceiling 12 to 14 ~ 91 to 96

Two reinforced concrete ceilings 35 to 47 100

Three reinforced concrete ceilings 42 to 53 100

Steel wall with wire-reinforced glass 6.5 to 10 ~ 75.5 to 90

Steel walls, extending to ceiling, 3.5 m dist. 31 to 41 100










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Determining the Installation Site

Figure 3-3 Base station distribution in interiors of brick and light construction materials

BS Z

BS

BS

BS

BS Z

BS

BS BS

Elevator

< 25 m

BS Z

< 50 m

BS

BS Z

BSBS

3rd floorOpen-plan office

Ground floor

1st floor

Basement

Open-plan office

Minimum requiredBase station

Possible additional base station,for example, for areas with higherconcentration

Stair-

well

Elev-

ator

Stair-well

Floor plan 2nd floor

2nd floor



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● For interiors with concrete and steel dividing walls (Figure 3-4)

– Central installation in the buildingThe general rules must be observed.

– Horizontal directionBecause of the relatively high attenuation of concrete and steel dividing walls, a basestation must be installed in these buildings at least every 25 m.

– Vertical coverageCare must be taken to ensure that not more than one reinforced concrete ceiling is inthe direct propagation route between the base station and the area where the mobiletelephones are used. Adequate coverage cannot otherwise be guaranteed. For

– stairwells,

– elevator shafts and – supply shafts

additional base stations are also often necessary.In the case of elevators, a base station can be installed in the elevator cabin itself.

– If additional base stations are needed because of a large number of mobile tele-phones, see Figure 3-4.




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Figure 3-4 Base station distribution in interiors with concrete and steel dividing walls

BS

BS

BS

BS

Elevator

< 12 m

BS Z

BS BS Z

BS ZBS Z

BSBS

< 25 m

BSBS

< 25 m < 25 m

BS

BS

BS BSZ

Z

3rd floorOpen-plan office

Ground floor

1st floor

Basement

2nd floor

Open-plan office 2

Stair-

well

Elev-ator

Minimum requiredBase station

Possible additional base station,for example, for areas with higher sconcentration

Floor plan 3rd floor

Stair-

well







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Example: Planning an outdoor area (Figure 3-6)

● Planning

A site plan, for example, with a scale of 1:300 or 1:1000 is helpful for determining the basestation installation site.

– The customer’s preferred radio area should be indicated on the map (subject to cus-tomer confirmation).

– Additional information about the types and heights of buildings is also helpful.

– Radio coverage can be adequately determined with the aid of the site plan and the in-formation above.

● Site plan, see Figure 3-6

This plan depicts a company’s grounds with buildings A to G. It includes the type of con-struction and heights of these buildings.

– Bird’s eye perspectiveIt is relatively simple to find the point which offers the best possible view of the groundswithout any obstructions.

Placement around the buildings C, E, F, and G is not feasible since the view from these

buildings extends only to a few neighboring buildings.

The view from buildings A and B is better.

In the example, the decision was made to place the base station at building B ratherthan A. Note that the areas between buildings C and E as well as F, G, and A are cov-ered. The radio waves can pass through brick building A, so that an area of about10 meters beyond will still be covered.

In practice, coverage can also be assumed for other outdoor areas as waves pass throughthe windows.

● Reinforced concrete buildings or constructions with metal facadesact as limiting factors. Areas behind these buildings are quasioptically blocked and mustbe considered not covered by the radio waves.

● Brick buildingscan usually be penetrated so that significant parts of them are reached by the radio waves.The supply range, however, often stops less than 10 meters beyond these buildings.

● Streetsact as conductors making greater ranges possible along them.

>

A base station installed in an attic directly beside a dormer window (no metal rein-forcement in the window pane) is the alternative to outdoor housing for coverage of

the outdoor area.








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Installing Base Stations

● Electromagnetic compatibility (EMC)

– The installation site should not be in the immediate vicinity of other electronicequipment, such as, regular (corded) telephones, hi-fi systems or office or microwave

equipment. Only if there is a safety distance1

of > 1 m.

– Directly beside neon/phosphorous lighting tubes, fire alarms, switchgear cabinets,transformer housings, motor housings.Only if there is a safety distance1 of > 1 m.

– Directly beside antennas of other communication systems.Only if there is a safety distance1 of > 3 m.

3.5.3 Where Should Base Stations be Installed?

● Freely accessible,

– but near the ceiling (> 0.5 m away from the ceiling).(This prevents the base station being blocked by furniture.)

● As centrally as possible in buildings,

– for example, in corridors or on walls of directly adjacent rooms (in the case of buildingsof light construction materials).

● Outdoor areas

may be part of the coverage area.

– Near windows facing in the direction of the outdoor area to be covered.

– Outdoor housing, see Section 3.5.6.

1. The safety distance isolates the installation from other equipment, thus improving the electromagnetic com-patibility (EMC).

>When planning the installation of base stations in buildings (determining the instal-lation site), architectural plans (scale of about 1:1000) which show the structural typeof the building can be very helpful.



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3.5.4 Indoors

3.5.4.1 Wall Mounting

The base station must be freely accessible.

– Two wall anchors with 5 mm diameter, two screws with 3.5 mm diameter.

1. Drill two holes (5 mm diameter) 110 mm apart in the wall where the base station is to bemounted. Insert the wall anchors in the hole (see Figure 3-7).

2. Screw in the screws in such a manner that a clearance of about 4 mm remains betweenthe head of the screw and the mounting wall. Different mounting material may be neededdepending on the composition of the mounting wall, for example, wood screws for woodenwalls.

Alternative: You can use the housing feet openings in the base plate of the base station for

mounting on wall hooks.

3. Mount the base station on the screw heads or wall hooks.

>When installing a BS4, the antennas should face downward.

● Antenna position Antennas pointing towards open space,in direction of radio area

● Base station mounting position vertical/180°rotated

● Mounting Mounting material not included in scope of supply





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The table below shows the maximum possible combinations for connecting the UP0/E ports oradditional supply wire pairs in each type of base station (2/3 UP0/E).

Notes:● Additional PSU wires may not be connected to ports connected as UP0/E ports.

● It is assumed that a maximum of two wire pairs can be connected in parallel on an addi-tional PSU port.

● For information on cable type/signal range/supply range, see Section 3.5.4.3.

● Determine which UP0/E port(s) are not being used, for connecting the base station to MD-FU.Allocate splitting/jumper strips (with surge protector) to the communication system’s maindistribution frame (MDF).

● Additional power is supplied to the base station and power is supplied to the heating board(outdoor housing) via two separate circuit breakers (fuse panel S30807-K6138-X) and thesurge protection device is connected to the MDF (in the Hicom system).

● The base station is operational once the connection line (UP0/E /additional PSU) have beenconnected.

3.5.4.3 Cable Type/Signal Range/Supply Range for UP0/E Ports

When selecting the cable type, remember that the signal range and the supply range of the SLC

board relative to the base station is determined by the number of UP0/E ports (which also deter-mines the traffic capacity).

Table 3-4 Connection combination for UP0/E ports

Base station Port use Number of wire pairs

type Port 0 Port 1 Port 2 UP0/E + Additional PSU

3 UP0/E UP0/E UP0/E UP0/E 3 0 = 3

UP0/E UP0/E Additional PSU 2 2 = 4

UP0/E Additional PSU Additional PSU 1 4 = 5

2 UP0/E UP0/E UP0/E Additional PSU 2 2 = 4

UP0/E Additional PSU Additional PSU 1 4 = 5

>The maximum operating range (supply/signal range) between the HiPath systemand a base station depends on the cable type.Use a uniform line diameter between the communication system and the base sta-tion.




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● Cable type/signal range

● The maximum signal range between the HiPath system and a base station depends on thecable type.

7CautionEMC (electromagnetic compatibility)It may be necessary to shield cables (HiPath system to a base station) in customer-

specific line networks.

Table 3-5 Cable type/signal range for installation cables

Cable type Wireinsulating ma-

terial

Signal range(length in meters)

Installation cable J-2YY...x 2 x 0.6/1.4 VIMF FR ICCS(V45480-D ..6-K5-86)

100% PE 1400

J-2Y(ST)Y < 10 x 2 x 0.6 STIIIBD 100% PE 1300

J-2Y(ST)Y ≥ 10 x 2 x 0.6 STIIIBD 100% PE 2000

Installation cable < 10 x 2 x 0.6:

J-Y(ST) 2 x 2 x 0.6 LG PVC 1000

J-YY 2 x 2 x 0.6 BD PVC 1000

J-H(ST)H 2 x 2 x 0.6 BD FR NC Halogen-free 1000

Installation cable ≥10 x 2 x 0.6:

J-Y(ST)Y ≥ 10 x 2 x 0.6 LG PVC 1300

J-YY ≥ 10 x 2 x 0.6 BD PVC 1300

J-H(ST)H ≥ 10 x 2 x 0.6 BD FR NC Halogen-free 1300

Installation cable < 10 x 2 x 0.8:

J-Y(ST)Y 2 x 2 x 0.8 LG PVC 1000

J-YY 2 x 2 x 0.8 BD PVC 1000

J-H(ST)H 2 x 2 x 0.8 BD FR NC Halogen-free 1000

JE-H(ST)H 2 x 2 x 0.8 BD FR NCX Halogen-free 1000

Installation cable ≥10 x 2 x 0.8:

J-Y(ST)Y ≥ 10 x 2 x 0.8 LG PVC 1800

J-YY ≥ 10 x 2 x 0.8 BD PVC 1800

J-H(ST)H ≥ 10 x 2 x 0.8 BD FR NC Halogen-free 1800






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● Feeding ranges

For BS3/3 and BS4:

The feeding range for the BS3/3 and BS4 with 2 UP0/E interfaces (wire cross-section 0.6)is 2000 m; as such, it should be sufficient for most installations.

>

If the signal range (Table 3-5 or Table 3-6) is less than the feeding range(Table 3-7), then the signal range is the value of the operating range.

Table 3-7 Feeding ranges for BS3/3 and BS4

BS connected with 1 UP0/E 2 UP0/E 3 UP0/E

Power consumption of basestation

2.0 W 2.5 W 3.0 W

Additional twin wires forbase station supply

0 1 2 0 1 0

Long-distance feeding rangewith wire cross-section0.6 mm

1000 m 2000 m 3000 m 2000 m 3000 m 3000 m

>If there are any unassigned UP0/E interfaces on the SLC board, you can usethese for long distance supply (this will also increase the traffic capacity).



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3.5.5 Tools/Aids

The tools and aids listed below will be required when carrying out the activities described in thefollowing sections. However, they are not included in the delivery scope.

3.5.6 Outdoors

● Features of the outdoor housing – No special grounding necessary.

The outdoor housing is made of 100% plastic.

– Adaptation of the UP0/E cable/connection lines/additional power supply (if necessary).

– Protection against direct sunlight.

– Integrated heating board, remotely powered.

– Base station protection at ambient temperature between -20°C and +50°C (can be op-erated without heating, +sunlight).

● Figure 3-8 shows the components of the outdoor housing.

– The outdoor housing is supplied preinstalled.

– The necessary installation material is supplied loose.

– Install the outdoor housing on a mast or on masonry/wood/brick walls.

– Connect the cable from the communication system (see Section 3.5.4.2).

Table 3-8 Tools/aids

Designation Application

Crosstip screwdriver size 3 To attach installation plate, sun shield

Crosstip screwdriver size 2 To attach mast blocks/mast installation of outdoorhousing

Triangle head screwdriver M 6 To attach and close the housing/outdoors

Aids

Masonry drill, 8 mm diameter To drill holes for wall installation, housing/outdoorsMasonry drill, 5 mm diameter To drill holes for wall installation, housing/indoors

>The base station contains an overvoltage protector.





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3.5.6.2 Mast Installation

Material required (supplied loose): two metal tightening straps.

1. Loosen the mast block fastening screws.

2. Set the distance of the mast blocks to the necessary mast diameter at the required heightand tighten the screws.

3. Feed the metal tightening straps through the specially-provided holes in the installationplate, see Figure 3-10.

4. Attach the base of the outdoor housing to the triangle head bolts on the installation plate.

5. Screw the triangle head bolts tight.

6. If necessary:Thread a sealing wire through the lower right fastening hole on the base and the sealinghole on the mounting plate, see Figure 3-10.Seal the wire.

7. Attach the installation plate to the mast at the required height with the metal tighteningstraps. The mast used must be stable and wind-resistant.

Figure 3-9 Outdoor housing with base station

Catch for sun shield

Base of outdoorhousing

Base station

LEDs 1/2(operating mode)

Hinged lid onconnection plug X1

Opening for base station connection line/cableHeating board





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10. Secure the housing cover with the four triangle head bolts.

11. If necessary: lock the sun shield into the spaces on the sides of the installation plate.

3.5.6.3 Wall Installation with Mounting Plate

Material required:

– Two wall anchors of 8 mm diameter, two screws of 6 mm diameter.

1. Drill two holes (8 mm diameter) in the wall where the base station is to be mounted.

For dimensions, see Figure 3-12. – Ensure that there is enough room for the mounting plate.

– Insert the wall anchors in the holes.

2. Remove the mast blocks from the mounting plate.

3. Attach the mounting plate to the wall with the two screws.

4. Attach the base plate of the outdoor housing to the triangle head bolts on the mountingplate.

5. Screw the triangle head bolts tight.

6. If necessary:Thread a sealing wire through the lower right fastening hole on the base and the sealinghole on the installation plate and seal it (see Figure 3-10).

7. Connect the base station connection cable(s) (see Section 3.5.4.2).

8. If necessary: connect the heating board, see Section 3.5.7.


10. If necessary: lock the sun shield into the spaces on the sides of the installation plate.

3.5.6.4 Wall Mounting Without Mounting Plate

Material required: two wall anchors of 8 mm diameter

1. Drill two holes (8 mm diameter) in the wall where the base station is to be mounted.For dimensions, see Figure 3-12. Insert the wall anchors in the holes.

2. Screw the two triangle head bolts through the mounting plate and into the wall anchor sothat a clearance of about 12 mm remains between the screw head and the mounting wall.

>Different mounting material may be needed depending on the composition of themounting wall, for example, wood screws for wooden walls.In such cases, change/purchase the appropriate mounting material.




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3. Hang the base plate of the outdoor housing into the screws by its tabs (upper left and lowerright) and tighten the screws.

4. Connect the base station connection cable(s) (see Section 3.5.4.2).

5. If necessary: connect the heating board, see Section 3.5.7.


>The sun shield cannot be mounted without the mounting plate.

Figure 3-12 Wall mounting without mounting plate

256

226

2 5 6

9010

2 9 6

Wall attachment

Cable entry to the base station Wall attachment



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3.5.7 Heating Board

3.5.7.1 Data

● Activation at 0 to approximately 5°C

● Deactivation at 15 to 20°C

●

Heat resistance 350 Ohm● Heating power maximum 6 W

(to reach the maximum heating power, approximately 130 mAshould flow over the heating circuit)

● Input voltage Umin 45.8 V

Figure 3-13 Heating board structure

Heating foil

Heating board plate

Connection screws





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For internal use only Putting Into Service

Preparation

4 Putting Into Service

You can only put your HiPath Cordless Office system into operation after the

● planning,

● coverage,

● installation and cabling,

● system setup,

● SLC, CMA or CMS board connection

requirements have been fulfilled.

4.1 Preparation

1. Handsets are charged.

2. DECT system ID is available.

3. Information about subscribers, station numbers, names and allocation to SLC board (ifnecessary) is available.

4. You have administrative access via Manager E or Assistant T.

5. You have backed up the existing CDB.

4.2 Entering the System Number

The DECT system number consists of eight hexadecimal characters and is unique worldwidefor each DECT system.

The DECT system number is used to identify individual DECT systems as well as the radio sig-nals (radio range). It allows registered mobile telephones to be synchronized with the system.

The system number for HiPath Cordless Office consists of:

● E/ARC (Access Right Code, 4-bit (first digit is always 1)

● EIC (Equipment Installers Code, 16-bit),

● FPN (Fixed Part Number, 8-bit), and

● FPS (Fixed Part Subnumber, 4-bit).



Putting Into Service For internal use only

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Startup

The HiPath Cordless Office system number is included in the delivery for initial installation; it isthen valid throughout the system (even in case of service).The HiPath Cordless Office system number is stored in the database.A backup copy (printout) of the system number should be stored in the HiPath folder in case of

loss.

● On Assistant T

● On Manager E

For information on putting your system into operation using HiPath 3000/5000 Manager E, referto the Manager E administrator documentation at:

https://netinfo2.icn.siemens.de/edoku3/search_en.htm.

4.3 Startup

1. Start the SLC (for SLC connection only) and check the SLC display (green LEDlit).

2. Start the base station and check the base station LED display (green LED lit).

Step Entry Procedure Display

1. *95 31994 Start system management System management

2. 36 HiPath Cordless Office parameters Cordless

3. 5 Enter the HiPath Cordless system numbersupplied (DECT ID)

DECT ID:

Wait for the SLC board to start up






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Logging Mobile Telephones On To the System

4.4 Logging Mobile Telephones On To the System

Introduction

Sixteen mobile telephones are released for use (mobile telephone codes = PIN numbers areassigned) when you enter the HiPath Cordless system number (DECT ID, 8 hexadecimal char-acters) and connect the SLC board to HiPath 3750, HiPath 3700 or HiPath 3550. These mobilephones can then be logged on. Any additional handsets to be used must first be released.

Before logging a mobile telephone on, you must use a system telephone (Assistant T) and openthe logon window with your code number and password. A maximum of 10 logon windows can

be open at the same time.Then, enter the station numbers of the mobile telephones that you wish to log on.

4.4.1 Opening the Logon Window in HiPath 3000

The logon window opens for approximately 10 minutes per user. You must log the mobile tele-phone on to the system within this time limit (see Chapter 4, "Logging a Mobile Telephone On").

>The HiPath Cordless system number must be ordered together with the SLC boardsfor initial installation of HiPath Cordless Office. The HiPath Cordless system numberis not supplied with replacement boards.

Entry Procedure Display

*94 2 19970707 Open Logon Window Station number:

124 Enter the station number of the first mobile tele-

phone you wish to log on (for example, 124)

Station number:

125 Enter the station number of the second mobiletelephone you wish to log on (for example, 125)

Station number:

::

::

::





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Assigning Licenses for BS4

4.4.4 Exchanging, Blocking, and Logging Off Mobile Telephones

If you need to replace a mobile telephone for service reasons, you must change the mobile tele-phone code (PIN) of the old device before logging the new device on.

4.5 Assigning Licenses for BS4

For information about licensing, please refer to the HiPath 3000/5000 5.0 Service Manual at:https://netinfo2.icn.siemens.de/edoku3/search_en.htm.

4.6 Testing

For testing purposes, you should establish a connection to the mobile telephone and pass neareach base station. Test both the operating and the busy states. Once you have circulatedthroughout the coverage area and the system has been operational for a few days, check theerror files and enquire about customer satisfaction.

See also Section , "Diagnosis and Maintenance".

4.7 Maintenance

Read and evaluate statistical data from the base station after one week of operation with cor-responding load.

See also Section , "Diagnosis and Maintenance".

>A new mobile telephone code (PIN) should always be assigned to the relevant sub-scriber when replacing a mobile telephone in the HiPath 3000 system. This wouldensure automatic mobile telephone logoff.Furthermore, it would prevent unauthorized parties from misusing the old PIN to logon the mobile telephone.







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For internal use only Boards

CMA

5 Boards

5.1 CMA

Introduction

The Clock Module ADPCM CMA (S30807-Q6931-X) is an optional subboard for the CBCC andCBRC central control boards. The CMA module is needed for special HiPath Cordless Officeconfigurations.

All clock module small (CMS) functions are available when you insert a CMA module.

Please refer to Page 5-2 for recommendations on CMA module implementation.

7CautionPlace the central control board on a flat surface before inserting the CMA subboard.The spacing bolts supplied guarantee correct subboard positioning and should al-ways be mounted (see Figure 5-1).Otherwise you may damage the board.

Figure 5-1 CMA with spacing bolts

Spacing bolts





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CMS

Table 5-1 Recommendations for CMA and CMS utilization

Trunkconnec-

tion

Referenceclock

HiPath CordlessOffice

Trunkconnec-

tion

Refer-enceclock


No Yes No Yes

Networking via ISDN S0 lines:

MASTER system SLAVE system(s)

No trunkor analogtrunk

– – CMS or CMA(see Table 2-

1)


ViaISDN S0 network-ing line

– CMA**

ISDN S0(not al-ways ac-tive)

ViaISDN S0 trunk con-

nection(if active)

CMS

*

CMS or CMA(see Table 2-1)

ISDN S0(not al-ways ac-tive)

ViaISDN S0 network-ing line

– CMA

**

ISDN S0(alwaysactive)

ViaISDN S0

trunk con-nection

CMS* CMA** ISDN S0(alwaysactive)

ViaISDN S0

trunk con-nection

– CMA**

ISDN

S2M

Via

ISDN S2M trunk con-nection

CMS* CMA** ISDN S2M Via

ISDN S2M trunk con-nection

– CMA**





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CMS

Networking via Ethernet/IP (10/100 BaseT) lines:

System 1 System(s) n+1


– CMS***

CMS or CMA(see Table 2-

1)


– CMS*

**CMS or CMA(see Table 2-

1)

ISDN S0(not al-ways ac-

tive)

ViaISDN S0

trunk con-

nection(if active)

CMS*


1)

ISDN S0(not al-ways ac-

tive)

ViaISDN S0

trunk con-

nection(if active)

CMS*


1)

ISDN S0(alwaysactive)

ViaISDN S0

trunk con-nection

– CMA** ISDN S0(alwaysactive)

ViaISDN S0

trunk con-nection

– CMA**

ISDNS2M

ViaISDN S2M trunk con-

nection

– CMA** ISDN S2M ViaISDN S2M trunk con-

nection

– CMA**

* CMS is not necessary if the reference clock supplied by the CO is always available via the networking lines (not a trans-

parent clock).

** CMA is not necessary if ADPCM conversion is not needed for HiPath Cordless Office (see Table 2-1).

*** CMS is not necessary but is recommended for the following reasons: Although an Ethernet link is an asynchronous con-

nection, buffer overflow/underflow can cause transmission errors. To avoid this, the clock difference between the master

and the slave systems should be as small as possible so that the receive and send buffer can be read and addressed at

the same speed on both sides. The more accurate the clock source in the relevant systems, the fewer the faults.

Table 5-1 Recommendations for CMA and CMS utilization

Trunkconnec-

tion

Referenceclock


Trunkconnec-

tion

Refer-ence

clock


No Yes No Yes







Boards For internal use only

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SLC Board

LED statuses and their meanings

Table 5-2 SLC16, SLC16N (not for U.S.) - LED statuses

Red LED GreenLED

Status Action

Off Off Board not receiving power or not plugged incorrectly.Board is out of order.

Check plug contact onboard.

On Off Board is receiving power and board test isin progress.Board is defective if status remains un-changed (board test unsuccessful).

Replace the board.

Loadware download unsuccessful. Board isdefective. Replace the board.

Error detected on board.Board is out of order (not applicable for er-rors detected by test loops) or board wasdeactivated by Hicom Assistant E.

Check whether the boardwas deactivated with Hi-com Assistant E. If not,replace board.

Flashing Off Loadware download underway.

Off On Board test completed successfully. Board isOK (idle state).

Off Flashing At least one subscriber line circuit is active.

On On Board disabled. Check whether boardwas deactivated usingthe lockout switch.



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SLC Board

Cable and connector assignment (backplane, MDFU/MDFU-E, patch panel)

Table 5-3 SLC16, SLC16N (not for U.S.) - Cable assignment

Colorgroup

Paira wire(tip)

b wire(ring)

SUconnector SLC16,

SLC16NMDFU/

MDFU-E

Patchpanel,

RJ45 pinNotes

BP: Xx8

1

1wht/blu 19 1a

Access 11a 4 BS 1:

UP0/E port 1blu/wht 39 1b 1b 5

2wht/ora 38 2a

Access 22a 4 BS x:

UP0/E port xora/wht 48 2b 2b 5

3wht/grn 27 3a

Access 33a 4 BS x:

UP0/E port xgrn/wht 47 3b 3b 5

4wht/brn 16 4a

Access 44a 4 BS x:

UP0/E port xbrn/wht 46 4b 4b 5

5wht/gry 05 5a

Access 55a 4 BS x:

UP0/E port xgry/wht 45 5b 5b 5

2

6red/blu 14 6a

Access 66a 4 BS x:

UP0/E port xblu/red 44 6b 6b 5

7red/ora 23 7a

Access 77a 4 BS x:

UP0/E port xora/red 43 7b 7b 5

8

red/grn 32 8a

Access 8

8a 4 BS x:

UP0/E port xgrn/red 42 8b 8b 5

9red/brn 11 9a

Access 99a 4 BS x:

UP0/E port xbrn/red 31 9b 9b 5

10red/gry 02 10a

Access 1010a 4 BS x:

UP0/E port xgry/red 22 10b 10b 5

3

11blk/blu 13 11a


UP0/E port xblu/blk 33 11b 11b 5

12blk/ora 04 12a


UP0/E port xora/blk 24 12b 12b 5

13blk/grn 15 13a


UP0/E port xgrn/blk 35 13b 13b 5

14blk/brn 06 14a


UP0/E port xbrn/blk 26 14b 14b 5

15blk/gry 17 15a


UP0/E port xgry/blk 37 15b 15b 5




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SLC Board

4 16yel/blu 08 16a


UP0/E port xblu/yel 28 16b 16b 5

Table 5-3 SLC16, SLC16N (not for U.S.) - Cable assignment

Colorgroup

Paira wire(tip)

b wire(ring)

SUconnector SLC16,

SLC16NMDFU/

MDFU-E

Patchpanel,

RJ45 pin

Notes

BP: Xx8



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SLC Board

System configuration with SLC16 and SLC16N

For information on the maximum possible HiPath Cordless Office system configuration withSLC16 and SLC16N boards, see Table 2-1.

SLC16 and SLC16N board distribution in HiPath 3750 and HiPath 3700 cabinets

You can install up to four SLC boards in HiPath 3750 and HiPath 3700. Please note the follow-ing when distributing the boards in the individual cabinets:

● Basic cabinet BCUp to two SLC boards can be installed in the basic cabinet. Sixteen BS3/1s or eight BS2/ 2s and BS3/3s can be connected to each board.

● Expansion cabinets EC1 and EC2Four SLC boards can be installed in a single expansion cabinet. Up to sixteen BS3/1s or

eight BS2/2s and BS3/3s can be connected to each SLC board.To avoid overloading the power supply when operating four SLC boards in a single expan-sion cabinet, do not install any other peripheral boards in the same cabinet.

>To guarantee uninterrupted HiPath 3750 and HiPath 3700 operation, the SLC boardshould not be installed with a second SLC board, an SLMO24 or a TS2 on a PCMsegment. This condition must always be satisfied.For information on the distribution of PCM segments, refer to the HiPath 3000/5000Service Manual.




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SLC Board

Supplying power to base stations

Power is supplied to the base stations primarily via the internal PSU in the system in question.

● HiPath 3750 and HiPath 3700The internal system power supply unit provides sufficient power to the configurations men-tioned in Table 5-4.For distances of up to 1000 m (at 2x0.6 mm) between the SLC board and base station, theBS2/2 and BS3/3 must each be connected via two UP0/E ports. Only one UP0/E port is re-quired for BS3/1 base stations.

Table 5-4 HiPath 3750, HiPath 3700 - Maximum number of SLA24N and SLMO24subscriber line modules depending on the number of base stations con-nected to SLC16 or SLC16N (not for U.S.)

HiPath 3750

HiPath 3700

Number of

SLC16sSLC16Ns

Number of base stations Number of

SLA24NsSLMO24s

BS3/1BS4


BS2/2BS3/3BS4


Basic cabinet 0 0 0 7

1 16 8 5

2 32 16 3

Expansion cabinet 0 0 0 8

1 16 8 6

2 32 16 4

3 48 24 2

4 64 32 0



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SLC Board

● HiPath 3550Subject to certain prerequisites, the system-internal PSU UPSC-D provides sufficient pow-er for the operation of sixteen BS3/1s (one UP0/E each) or eight BS2/2s and BS3/3s (twoUP0/E each). These prerequisites depend on the

– line length and line type between SLC board and base station.The specifications listed below are based on line lengths of up to 1000 m and a linetype of 2x0.6 mm per UP0/E.

– number and type of corded telephones connected to the system.Table 5-5 through Table 5-7 show which telephone configurations work without addi-tional power supply.

Table 5-5 HiPath 3550 - Maximum number of corded telephones depending on thenumber of BS3/1 base stations connected to SLC16 or SLC16N (not forU.S.)


connected via 1xUP0/E to

SLC16 or SLC16N


Analog terminals

0 1-10 11-20 21-30 31-40 41-50


1 66 61 57 53 48 44

2 63 59 54 50 46 41

3 60 56 52 47 43 39

4 58 53 49 45 40 36

5 55 51 47 42 38 33

6 53 48 44 40 35 31

7 50 46 41 37 33 28

8 47 43 39 34 30 26

9 45 40 36 32 27 23

10 42 38 33 29 25 20

11 40 35 31 27 22 18

12 37 33 28 24 20 15

13 34 30 26 21 17 13

14 32 27 23 19 14 10

15 29 25 20 16 12 7

16 27 22 18 13 9 5




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SLC Board

Table 5-6 HiPath 3550 - Maximum number of corded telephones depending on thenumber of BS2/2 base stations connected to an SLC board (not for U.S.)

Number ofBS2/2s

connected toSLC16 or SLC16N


Analog terminals

0 1-10 11-20 21-30 31-40 41-50


1 63 59 54 50 46 41

2 58 53 49 45 40 36

3 53 48 44 40 35 31

4 47 43 39 34 30 26

5 42 38 33 29 25 20

6 37 33 28 24 20 15

7 32 27 23 19 14 10

8 27 22 18 13 9 5

Table 5-7 HiPath 3550 - Maximum number of corded telephones depending on thenumber of BS3/3 base stations connected to an SLC board (not for U.S.)


connected via 2xUP0/E to

SLC16 or SLC16N


Analog terminals

0 1-10 11-20 21-30 31-40 41-50


1 64 60 56 51 47 42

2 60 56 52 47 43 39

3 57 52 48 43 39 35

4 53 48 44 40 35 31

5 49 44 40 36 31 27

6 45 40 36 32 27 23

7 41 37 32 28 23 19

8 37 33 28 24 20 15



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SLC Board

Options for supplying power to the base stations

Each base station must be connected to the SLC board via the main distribution frame (MDFUor MDFU-E).

Always route the UP0/E ports on the SLC board via a splitting strip to protect against surgescaused by lightning. To do so, insert the polarized surge protectors (supplied) from above intothe plugging locations on the splitting strip.

The following options are available for supplying power to the base stations:

● Power supply via one UP0/E port (Page 5-16)

● Power supply via two UP0/E ports (Page 5-17)

● Power supply via three UP0/E ports (Page 5-18), for BS3/3 and BS4

If the power supplied by the UPSC-D (HiPath 3550) is insufficient, additional power can be sup-plied via the external power supply EPSU2 (Page 5-18).

Signal propagation times differ due to the varying distances between the base stations, the sys-tem, and the connection cables used (refer to the HiPath Cordless Office Service Manual). TheSLC boards automatically balance out these propagation time differences.




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SLC Board

Base station power supply via one UP0/E port

Connect the base station to a free port on SLC board as shown in Figure 5-5. Be careful not toexceed the maximum connection cable lengths (1000 m for 2x0.6 mm).

Figure 5-5 Base station power supply via one UP0/E port (not for U.S.)

a /

1

CABLU

MDFU, MDFU-E

1

2UP0/E

BS3/1 and BS4for indoors

Splittingstrip

HiPath 3750,HiPath 3550,HiPath 3700

SLC16,SLC16N



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SLC Board

Base station power supply via two UP0/E ports

Connect the base station to two free ports on the SLC board as shown in Figure 5-6. Be carefulnot to exceed the maximum connection cable lengths (1000 m for 2x0.6 mm).

Using two UP0/E ports increases the traffic capacity in BS2/2, BS3/3, and BS4 base stations.

Figure 5-6 Base station power supply via two UP0/E ports (not for U.S.)

a /

1

CABLU

MDFU, MDFU-E

2

3

4

5

UP0/E1

UP0/E2

BS2/2, BS3/3,BS5 for indoors

Splittingstrip


SLC16,SLC16N




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SLC Board

BS3/3 power supply via three UP0/E ports

Connect the BS3/3 and/or BS4 base station to three free ports on the SLC board as shown inFigure 5-7. Be careful not to exceed the maximum connection cable lengths (1000 m for

2x0.6 mm).Using three UP0/E ports increases the traffic capacity in the BS3/3 base station.

Additional UPSC-D power supply via EPSU2

If the power supplied by the UPSC-D (HiPath 3550) is insufficient, additional power can be sup-plied via the external power supply EPSU2. This can be achieved by connecting the DC porton the EPSU2 to the special DC input on the UPSC-D.

As described on the preceding pages, the base stations must be connected to one (BS3/1) ortwo (BS2/2 and BS3/3) or three (BS3/3) free UP0/E ports on the SLC board.

If you need an additional external power supply for the 19-inch housing in HiPath 3500 or Hi-

Path 3300, you should use the EPSU2-R power supply. This is installed in the ECR expansioncabinet rack.

Section 2.4, "Power-Related Capacity Limits" shows which telephone configurations managewithout an additional power supply and which configurations require an additional one.

Figure 5-7 BS3/3 power supply via three UP0/E ports (not for U.S.)

a /

1

CABLU

MDFU, MDFU-E

2

3

4

5

UP0/E1

UP0/E2

UP0/E3

BS3/3 and BS4

for indoors

Splittingstrip

7

6


SLC16,SLC16N



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SLC Board

EPSU2 external power supply

The EPSU2 AC-to-DC converter is an external power supply unit for use when the UPSC-D isunable to provide sufficient power for the base stations and telephones connected to HiPath

3550.

The external power supply EPSU2 comes in two versions:

● S30122-K7221-X1 - This version is always supplied with four built-in batteries. These bat-teries guarantee approx. 30 minutes of bridging time in the event of a power failure.

● S30122-K7221-X2 - This version is supplied without batteries. To use this model’s uninter-ruptible power supply function, four batteries must be ordered separately and installed.

>

The new EPSU2 model S30122-K7221-X2 is designed to replace S30122-K7221-X1.

Differences between the two models are indicated at the appropriate point in thefollowing description.




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SLC Board

Figure 5-8 EPSU2 - Indicators and ports

Housing cover

AC port for 100 – 240 Vac

DC port for UPSC-DNote polarity.

MountingscrewsLED 1

LED 2

Battery fuse






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SLC Board

AC power cable ● C39195-Z7001-C17 Euro angled● C39195-Z7001-C20 GBR angled

AC power 100 - 240 Vac

Frequency range 47 to 63 Hz

Connected output 200 W

Output power consumption/ nominal output

140 W

Mains/nominal voltage 54.2 V

UPS batteries V39113-W5123-E891Four batteries are suppliedbuilt-in

V39113-W5123-E891Batteries are not included inthe scope of supply and mustbe ordered separately

Battery operation:● Permitted batteries:

manufacturer/typenumber

● Number of batteries● Size (Ah)●

Nominal voltage● Overload protection

● CSB/EVX-1270, Hitachi/HP6.5-12, Yuasa/NP6-12, Varta/ Noack 43720303, Sonnenschein/0719143200, Panasonic/ LCR12-7P

● 4 units, 12 V each● 7 Ah●

48 V (fully charged 54 V, discharge to 44 V)● Melting fuse 5 x 20 mm, 2.5 A/slow-blowing

Nominal current 2.5 A

Overload protection Electronic current limiting circuit

Ambient temperature Indoors, +5°C to +45°C

Humidity 95%, non-condensing

Cooling Natural convection

Protection rating IP 21 (DIN 40050)

Housing dimensions (W x Dx H in mm)

250 x 114 x 317

Weight approx. 14.1 kg (with batteries) approx. 4.1 kg (without batter-ies)

Marking CE

Personal safety, insulation EN60950 and IEC950

Grounding, shielding Protection class 1, output is floating against ground

Table 5-9 EPSU2 - Technical specifications

EPSU2S30122-K7221-X1

EPSU2S30122-K7221-X2



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SLC Board

Installation notes

● The EPSU2 AC-to-DC converter is designed for indoor installation only.

● The unit is only suitable for wall mounting (vertically, with AC port below).

● Always install the units in a dry, dust-free area where there is no danger of vibrations.

● Always make sure there is sufficient air circulation around the units. Do not block the ven-tilation holes.

● When selecting the location, keep in mind the necessary lengths of the following cables: – AC cable (shockproof plug, IEC 320 socket) – DC cable to UPSC-D, length = 2 m

Procedure: Wall-mounting EPSU2

Step Procedure

1. Drill two holes for anchors (5 mm ∅) in the wall, as shown in Figure 5-9.Depending on the wall materials, you may have to use a different kind of attach-ment, such as wood screws for timber walls.

2. Insert the anchors and insert two screws (3.5 mm∅), leaving 5 mm projectingfrom the wall.

3. Mount the EPSU2 onto the screws and tighten them all the way.

Figure 5-9 EPSU2 - Holes for wall-mounting

115 mm 102 mm 33 mm

317 mm




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SLCN

5.4 SLCN

Introduction

The SLCN (Subscriber Line Module Cordless New) board is used in HiPath 3800 and connectsbase stations to HiPath Cordless Office. There are 16 UP0/E ports available for this.

You can install up to four SLCN boards in one system.

Chapter 2 contains basic information on the options available for operating HiPath Cordless Of-fice.

Base stations must be clocked with a high degree of accuracy for HiPath Cordless Office. TheCMS subboard must be clipped onto the CBSAP board for this (see Table 2-1).

Front panel

Figure 5-10 SLCN (S30810-Q2193-X300) - LEDs on the front panel

Two LEDs indicating the board status:

● LED (red)

● LED (green)



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SLCN

LED statuses and their meanings

Cable and connector assignment

● For connecting to the SIVAPAC connectors on the backplane: Table 5-11

● For connecting to the connector panels using RJ45 jacks: Table 5-12

● For connecting to the connector panels using SIPAC 1 SU connectors: Table 5-13

Table 5-10 SLCN - LED statuses

Red LED GreenLED

Status Action

Off Off Board not receiving power or not plugged incorrectly.Board is out of order.

Check plug contact onboard.

On Off Board is receiving power and board test isin progress.Board is defective if status remains un-changed (board test unsuccessful).

Replace the board.

Loadware download unsuccessful. Board isdefective. Replace the board.

Error detected on board.Board is out of order (not applicable for er-rors detected by test loops) or board wasdeactivated by Hicom Assistant E.

Check whether the boardwas deactivated with Hi-com Assistant E. If not,replace board.

Flashing Off Loadware download underway.

Off On Board test completed successfully. Board isOK (idle state).

Off Flashing At least one subscriber line circuit is active.





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SLCN

Table 5-12 SLCN - Connector panel assignment with RJ45 jacks

RJ45 jack

SLCN NotesNo. Pin

14 1a

5 1b

24 2a

5 2b

34 3a

5 3b

44 4a

5 4b

54 5a

5 5b

64 6a

5 6b

74 7a

5 7b

84 8a

5 8b

9 4 9a

5 9b

104 10a

5 10b

114 11a

5 11b

124 12a

5 12b

13

4 13a

5 13b

144 14a

5 14b

154 15a

5 15b

164 16a

5 16b




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SLCN

174

Free5

184

Free5

194

Free5

204

Free5

214

Free5

224

Free5

234

Free5

244

Free5

Table 5-12 SLCN - Connector panel assignment with RJ45 jacks

RJ45 jackSLCN Notes

No. Pin



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SLCN

Table 5-13 SLCN - Connector panel assignment with SIPAC 1 SU connectors (cable forports 1 - 16)

Colorgroup

Paira wire(tip)

b wire(ring)

SUconnector

SLCN MDFU-EPatchpanel,

RJ45 pinNotes

1

1wht/blu 19 1a

Port 11a 4

blu/wht 39 1b 1b 5

2wht/ora 38 2a

Port 22a 4

ora/wht 48 2b 2b 5

3wht/grn 27 3a

Port 33a 4

grn/wht 47 3b 3b 5

4 wht/brn 16 4a Port 4 4a 4brn/wht 46 4b 4b 5

5wht/gry 05 5a

Port 55a 4

gry/wht 45 5b 5b 5

2

6red/blu 14 6a

Port 66a 4

blu/red 44 6b 6b 5

7red/ora 23 7a

Port 77a 4

ora/red 43 7b 7b 5

8

red/grn 32 8a

Port 8

8a 4

grn/red 42 8b 8b 5

9red/brn 11 9a

Port 99a 4

brn/red 31 9b 9b 5

10red/gry 02 10a

Port 1010a 4

gry/red 22 10b 10b 5

3

11blk/blu 13 11a

Port 1111a 4

blu/blk 33 11b 11b 5

12blk/ora 04 12a

Port 1212a 4

ora/blk 24 12b 12b 5

13blk/grn 15 13a

Port 1313a 4

grn/blk 35 13b 13b 5

14blk/brn 06 14a

Port 1414a 4

brn/blk 26 14b 14b 5

15blk/gry 17 15a

Port 1515a 4

gry/blk 37 15b 15b 5




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SLCN

4 16yel/blu 08 16a

Port 1616a 4

blu/yel 28 16b 16b 5

Table 5-13 SLCN - Connector panel assignment with SIPAC 1 SU connectors (cable forports 1 - 16)

Color

group Pair

a wire

(tip)

b wire

(ring)

SU

connector SLCN MDFU-E

Patch

panel,RJ45 pin

Notes



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SLCN

System configuration with SLCN

For information on the maximum possible HiPath Cordless Office system configuration withSLCN boards, see Table 2-1.

SLCN board distribution in HiPath 3800 cabinets

You can install up to four SLCN boards in HiPath 3800. A system cabinet can be fitted with allfour SLCN boards.

Supplying power to base stations

Power is supplied to the base stations primarily via the internal PSU in the system in question.

If the number of LUNA2 modules counted is correct, the system’s internal power supply unitprovides sufficient power to supply the HiPath Cordless Office system configuration specifiedin Table 2-1.

>To guarantee uninterrupted operation of HiPath 3800, there should be no more thantwo SLCN boards plugged in on a PCM segment. This condition must always be sat-isfied. For information on the distribution of PCM segments, refer to the HiPath 3000/ 5000 Service Manual.




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SLCN



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For internal use only Technical Data

System Data

6 Technical Data

6.1 System Data

Maximum configuration per node for HiPath 3000

SLC board

Connection cables

The base stations are connected with two wires (per connection cable) to the UP0/E ports (SLCboard) via the main distribution frame (MDFU) of the communication system.

● SLC boards max. 4

● Base stations (BS) max. 64

● Mobile telephones (MT)per base station for: Frequent callers and infrequent callers (see System

Expansion section)

Maximum configuration of different capacity levels and software versions (see Section 2.4)

● With automatic signal delaycorrection

SeeSection 6.1

● UP0/E ports to the base station

– Number of 16

– Line protocol CorNet-TRadio

– Four B channels Each with 32 Kbps voice transfer

– One D channel 16 Kbps signaling● Line range to the base system Cable-specific range, see

Section 3.5.4.3

● Signal range approx. 2000, depending on cable type

● Cable type: Symmetrically stranded cable

(for recommendations, see Section 3.5.4.3)● Connec-

tion:Base station: 8-pole screw terminal (protected against short circuits

and polarized), see Figure 3-7

Communicationsystem:

Splitting strip/main distribution frame (MDFU)connection with over-voltage protector.

EPSU: Enhancement for internal power supply;using the EPSU enables HiPath 3500 andHiPath 3550 to reach the maximum capacity limit



Technical Data For internal use only

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System Data

DECT standard

● Number of channels 120 duplex channels, freely administered(10 carriers, each with 12 time-divisionmultiplex channels)

● Frequency range 1.88 to 1.9 GHz(send and receive range)

Latin America:1.91 to 1.93 GHz

● Channel spacing 1.728 MHz

● Bit rate 1.152 Mbps

● Speech encoding 32 kilobit ADPCM

● GAP standard Specified in DECT specification 300444

– PN CAP Siemens-specific protocol enhancement



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System Data

6.1.1 Base Stations

General

BS3/S and BS3/1base stations

● Software Can be loaded via the communication system.

● Antennas Two external antennas are mounted on the top of thehousing of the base station.The base station works with antenna diversity (thismeans that the radio receiver is connected to whichev-er antenna delivers the greater field strength).

● Average output power 10 mW to 125 mW

● Radio range Basically dependant on the radio transmission charac-teristics of the environment/premises.

– Outdoors Up to 300 m

– Indoors Up to 50 m

● Power supply Power supply to the base station via UP0/E ports or bymeans of an additional power supply.

● Traffic capacity See Section 2.6

● Accessories Outdoor housing

● Dimensions 181 x 139 x 69(W x H x D in mm)

● Weight 300 g

● Power supply Supply voltage: 42 V to 54 V

● Power consumption max. 1.7 W

● Operating temperature Indoors: + 5°C to + 50°COutdoors: - 20°C to + 50°C(in outdoor housing)

● Up0E lines/voice channels 1/4




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System Data

BS3/3 base station

The outdoor housing already used for BS2/2 (S30122-X7469-X) is also available for base sta-

tion BS3/3. The only difference is that no heating board is needed.

BS4 base station

The BS4 housing was slightly modified in comparison to BS3. The LEDs which can be seenfrom the outside are now positioned between the antennas to improve visibility.

The outdoor housing already used for BS2/2 (S30122-X7469-X) is also available for base sta-tion BS4. The only difference is that no heating board is needed.

● Dimensions 202 x 172 x 43 (W x H x D in mm)

●

Weight 474 g● Power supply Supply voltage: 42 V to 54 V

Supply current: 59 mA to 94 mA


● Operating temperature Indoors: - 5°C to + 50°COutdoors: - 20°C to + 50°C(in outdoor housing)


● Dimensions 202 x 172 x 43 (W x H x D in mm)

● Weight 500 g

● Power supply Supply voltage: 42 V to 54 VSupply current: 21 mA to 65 mA


● Operating temperature Indoors: - 5°C to + 50°COutdoors: - 20°C to + 50°C(in outdoor housing)




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System Data

LED status displays on the base station

● No settings need be made at the base station.

● LED 1/LED 2 on the front of the base station provides the following information:

LED 1/red LED 2/green Information

Fault:

1. ON OFF Once the operating voltage is applied or after a reset:base station self-test.If a fault is discovered, the base station display remains inthis mode.

2. Blinking* OFF No operating software is available in the base station.Base station is waiting for new operating software to be

loaded or the operating software is being loaded to thebase station.

3. Blinking* ON The base station is operational but the "Download" param-eter and subsequent system synchronization are not avail-able.

4. Doubleblinking**

ON BS3/3 and BS4 only: The base station is operational butall frequencies are blocked.

Operating mode:

1. OFF ON Base station is synchronized and ready to transmit but notime slot is active.No mobile telephones are in operating mode.

2. OFF ON(with brief in-terruptions)

At least one time slot is active.Connection exists to at least one mobile telephone.

3. ON Blinking* Only for BS4: The base station is in overload, that is, allavailable B channels are busy.

* : LED blinking = approximately 0.5 seconds on/0.5 seconds off

**: LED blinking = two quick flashes on/0.5 seconds off

Table 6-1 Information on LED displays




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System Data

6.1.2 Mobile Telephones

All the mobile telephones mentioned in this section are suitable for use in normal environments.The Gigaset active M and Gigaset active M EX mobile telephones may also be used in indus-

trial environments.

6.1.2.1 Gigaset 3000 Comfort

● Software Checking, see Section 7.2.2

● Output power Average output power 10 mWPeak output power 250 mW

● Tone ringing

– Volume control Adjustable: 5 levels + crescendo ringing

– Tone ringing signal Adjustable: 10 different tones + short ringing tone● User Interface (UI) Menu-driven

● Display Illuminated graphical display with battery charge statusdisplay

– Layout 4-line graphical display, 16 characters per line

– Character height 4.5 mm

● Approved ambient conditions + 5°C to + 45°C20% to 75% relative humidity

● Telephone directory, locally inte-

grated

Up to 100 entries

● Power supply(charge status displayed)

– Authorized rechargeablebatteries

Nickel-Cadmium (NiCd) Nickel Metal Hydride(NiMH)

Sanyo N-3U (700 mAh) Sanyo H-3 U (1500 mAh)

GP GP60AAKC(600 mAh)

GP GP130 AA HC(1300 mAh)

Varta 751RS (700 mAh) GP GP150 AA HC(1500 mAh)

Varta VH 1101(1100 mAh)

Panasonic HHR-110 AA(1100 mAh)

Friwo NiMH (1400 mAh)



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System Data

Do not remove batteries without good reason because charge state monitoring and the re-

charge function will not work properly if you do. After the batteries are removed and reinserted,they must be discharged and recharged as for the initial startup.

6.1.2.2 Gigaset 3000L

Toshiba TH-1200 AARE(1200 mAh)

7CautionThe use of any other rechargeable batteries or of non-rechargeable batteries maycause functional disturbances or may damage the handsets. The manufacturer willnot be held liable in such cases. If replacement batteries are required, be sure to useonly the approved rechargeable types.

– Talktime NiCd, 700 mAh: up to 10 hours

NiMH, 1100 mAh: up to 15 hoursNiMH, 1500 mAh: up to 20 hours

– Standby time NiCd, 700 mAh: up to 100 hoursNiMH, 1100 mAh: up to 160 hoursNiMH, 1500 mAh: up to 220 hours

– Charging time in handset NiCd, 700 mAh: 5 - 6 hoursNiMH, 1100 mAh: 8 - 9 hoursCharging time on initial startup: approx. 16 hours

● Housing 160 x 50 x 28 (H x W x D in mm)

● Weight approx. 165 g includingbatteries

● Product security Plug-in power supply unit in accordance with EN 60950

● Power supply

– Charging unit Plug-in power supply unit 230 Vac

– Output voltage:

Output current:

approx. 5 Vac

approx. 200 mA




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System Data

6.1.2.3 Gigaset 3000 Micro

Do not remove batteries without good reason because charge state monitoring and the re-charge function will not work properly if you do. After the batteries are removed and reinserted,they must be discharged and recharged as for the initial startup.


●

Output power Average output power 10 mWPeak output power 250 mW

● Tone ringing


– Tone ringing signal Adjustable: 10 different tones + short ringing tone

● User Interface (UI) Menu-driven

● Display Illuminated graphical display with battery charge statusdisplay

– Layout 4-line graphical display, 16 characters per line

– Character height 4.5 mm


● Telephone directory, locally inte-grated

Up to 100 entries

● Power supply(charge status displayed)

– Authorized rechargeablebatteries

Toshiba Power Pack (NiMH 600 mAh)

– Talktime approx. 15 hours

– Standby time up to 200 hours

– Charging time in handset approx. 5 hours

● Housing 122 x 43 x 18 (H x W x D in mm)

● Weight approx. 98 g including bat-teries

● Accessories Headset(handset rechargeable batteries: Nickel Metal Hydride)



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System Data

6.1.2.4 Gigaset 3000L Micro

6.1.2.5 Gigaset 4000 Comfort and Gigaset 4000 Micro


●

Power supply – Charging unit Plug-in power supply unit 230 Vac

– Output voltage:Output current:

approx. 9 Vacapprox. 240 mA


● Output power Average output power 10 mW per channel

Peak output power 250 mW per channel● Tone ringing




● Display Illuminated graphic display



Up to 200 entries

● Power supply (state of charge indicated on the display)

– Authorized rechargeablebatteries for Gigaset 4000Comfort

Nickel-Cadmium (NiCd) Nickel Metal Hydride(NiMH)

Sanyo N-3U (700 mAh) Saft VHAAH 1300(1300 mAh)

Mobile Power 700

(700 mAh)

YDT 1200 (1200 mAh)

Panasonic P-60AA DT(600 mAh)

Panasonic HHR-110 AA(1100 mAh)

Emmerich 700 (700 mAh) Sanyo HR-3U (1600 mAh)

GP GP130 AA HC(1300 mAh)




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System Data


Emmerich 1300(1300 mAh)

– Authorized rechargeable

batteries for Gigaset 4000Micro

Order no.

V30145-K1310-X125(500 mAh)

Order no.V30145-K1310-X229(500 mAh)

7Caution

The use of any other rechargeable batteries or of non-rechargeable batteries maycause functional disturbances or may damage the handsets. The manufacturer willnot be held liable in such cases. If replacement batteries are required, be sure to useonly the approved rechargeable types.

– Talktime NiCd, 700 mAh: over 10 hours

NiMH, 500 mAh: over 15 hours



– Standby time NiCd, 700 mAh: up to 150 hours

NiMH, 500 mAh: up to 250 hours



– Charging time in handset NiCd, 700 mAh: approx. 5.5 hours

NiMH, 500 mAh: approx. 5.5 hours

NiMH, 1200 mAh: approx. 9 hours

NiMH, 1600 mAh: approx. 12 hours

Charging time on initial startup: approx. 16 hours

● Housing

– Gigaset 4000 Comfort approx. 155 x 53.6 x 36.2 mm

– Gigaset 4000 Micro approx. 112.5 x 45.1 x 24.7 mm

● Weight incl. rechargeable battery

– Gigaset 4000 Comfort approx. 185 g



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A31003-G1531-B550-2-7620 , October 2007



System Data

6.1.2.6 Gigaset 4000L

6.1.2.7 Gigaset active M


– Gigaset 4000 Micro approx. 100 g


● Power supply

– Charging unit Plug-in power supply unit 230 Vac

– Output voltage:Output current:

approx. 5 Vacapprox. 200 mA


● Output power Average output power 10 mW per channelPeak output power 250 mW per channel

● Tone ringing





● Approved ambient conditions - 10°C to + 40°C100% relative humidity plus splashing (IP64)


Up to 200 entries


– Approved rechargeable bat-teries for Gigaset active M

Nickel Metal Hydride (NiMH), 500 mAh

Order No.: V30145-K1310-X125

Order No.: V30145-K1310-X229 – Approved rechargeable bat-

teries for Gigaset active MEX

Order No.: V391135-W3124-A831




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System Data

Accessories

6.1.2.8 Gigaset S1 professional

7CautionThe use of any other rechargeable batteries may cause functional disturbances ormay damage the handsets. The manufacturer will not be held liable in such cases.

If replacement batteries are required, be sure to use only the approved rechargeabletypes.

– Talktime NiMH, 500 mAh: over 15 hours

– Standby time NiMH, 500 mAh: up to 250 hours

– Charging time in handset NiMH, 500 mAh: approx. 5.5 hours


● Housing approx. 150 x 57 x 27 mm

● Weight incl. rechargeable battery approx. 141 g

● Charging unit S30807-K6718-X

● Plug-in power supply unit C39280-Z4-C373

Input voltage: 230 VacOutput voltage: approx. 5 VacOutput current: approx. 200 mA


● Output power Average output power +10 dBm per channelPeak output power +24 dBm per channel

● Tone ringing


– Tone ringing signal Adjustable: 10 different tones + short ringing tone● User Interface (UI) Menu-driven



Up to 200 entries

● PIN lock 4-digit, numeric (see Section 7.3.3)



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A31003-G1531-B550-2-7620 , October 2007



System Data


Accessories



– Recommended recharge-able batteries

Nickel Metal Hydride (NiMH), 700 mAh

Sanyo Twicell 700

Sanyo Twicell 650

Panasonic 700 mAh

GP 700 mAh

YDT AAA SUPER 700

VARTA PhonePower AAA 700 mAh

7CautionThe use of any other rechargeable batteries may cause functional disturbances ormay damage the handsets. The manufacturer will not be held liable in such cases.If replacement batteries are required, be sure to use only the approved rechargeabletypes.

– Talktime approx. 13 hours – Standby time approx. 170 hours

– Charging time in handset approx. 5 hours


● Housing approx. 146 x 55 x 27 mm (L x W x H)


● Charging unit S30852-H1502-R141

● Plug-in power supply unit C39280-Z4-C373

Input voltage: 230 Vac/50 Hz/30 mAOutput voltage: 9.5 Vac/400 mA

● Plug-in power supply unit for UKC39280-Z4-C478




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System Data

6.1.2.9 Gigaset SL1 professional

Do not remove batteries without good reason as charge state monitoring and the rechargefunction will not work properly if you do! After the batteries are removed and reinserted, theymust be discharged and recharged as for the initial startup.

● Software ● Checking, see Section 7.2.3

●

Output power ●

Average output power +10 dBm per channel● Peak output power +24 dBm per channel

● Tone ringing ●

● Volume control ● 5 adjustable levels

● Handset ● 3 adjustable levels

● Tone ringing signaling ●

● for internal calls ● Adjustable

● for external calls ● Adjustable

● ●

10 standard ringtones (3 ringtones/7 melodies)● ● 16 loadable polyphonic melodies

● User Interface (UI) ● Menu-driven

● Display ● Illuminated graphic display


● Up to 200 entries

● Voice dialing (voice telephonebook)

● Up to 23 entries

● Vibration alert ●

● PIN lock ● 4-digit, numeric (see Section 7.3.3)

● Approved ambient conditions ● + 5°C to + 45°C● 20% to 75% relative humidity


● Approved battery pack ● Lithium-ion (Lilon), 700 mAh

7CautionThe use of any other rechargeable batteries may cause functional disturbances ormay damage the handsets. The manufacturer will not be held liable in such cases.If replacement batteries are required, be sure to use only the approved rechargeabletypes.

– Talktime approx. 15 hours

– Standby time approx. 250 hours







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System Data

Accessories

7CautionThe use of any other rechargeable batteries may cause functional disturbances ormay damage the handsets. The manufacturer will not be held liable in such cases.

If replacement batteries are required, be sure to use only the approved rechargeabletypes.

Example for 850 mAh capacity:

– Talktime Up to 10 hours

– Standby time Up to 150 hours

– Charging time in handset approx. 8 hours in the charging unit, approx. 11 hoursin the base station

– Charging time for handset on

initial startup approx. 8 hours in the charging unit, approx. 11 hoursin the base station

The times for normal charging and initial charging are comparable.



● Charging unit for EU including plug-

in power supply unit

S30852-H1649-R141

Input voltage: 230 Vac/50 Hz/20 mAOutput voltage: 4 Vdc/150 mA

● Plug-in power supply unit for EU C39280-Z4-C516


● Charging unit for UK including plug-in power supply unit

S30852-H1649-V141

● Plug-in power supply unit for UK C39280-Z4-C521





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System Data


Do not remove the batteriey pack without good reason as charge state monitoring and the re-charge function will not work properly if you do! After the batteriey pack is removed and rein-serted, it must be discharged and recharged as for the initial startup!


●

Output power Average output power +10 dBm per channelPeak output power +24 dBm per channel

● Tone ringing

– Volume control adjustable 5 levels

– Tone ringing signal adjustable 3 levels

● Tonrufsignalisierung

● für Intern adjustable

● für Extern adjustable

●

10 standard ringtones (3 ringtones / 7 melodies)● 16 loadable polyphonic melodies

● User Interface (UI) Menu-driven graphic user interface

● Display Illuminated color display

● Telephone book(integrated locally)

Up to a total of 250 entries

● Voice dialing (voice telephonebook)

Up to 30 entries

● Vibration alert ●

● PIN-lock ● 4-digit, numeric (see Section 7.3.3)



● Approved battery pack ● Lithium-ion (Lilon), 700 mAh

7CautionThe use of any other accu packs may cause functional disturbances or may damagethe handsets. The manufacturer will not be held liable in such cases. If replacementbatteries are required, be sure to use only the approved rechargeable types.





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System Data

Accessories

– Charging time in handset approx. 3,5 hours

Initial charging time: approx. 15 hours


● Weight incl. rechargeable battery approx. 111 g (incl. battery pack)

● Charging unit for EU includingplug-in power supply unit

S30852-H1784-R141

● Plug-in power supply unit for UK S30852-H1784-L141




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System Data

6.1.2.12 Gigaset S3 professional

Do not remove batteries without good reason because charge state monitoring and the rechar-ge function will not work properly if you do. After the batteries are removed and reinserted, theymust be discharged and recharged as for the initial startup.


●


● Tone ringing

– Volume control adjustable 5 levels + crescendo ringing

– Tone ringing signal Can be configured separately for internal and externalcalls (3 ringtones and 30 melodies)



● Telephone book

(integrated locally)





– Recommended recharge-able batteries

Nickel Metal Hydride (NiMH), 600 - 1200 mAh

Sanyo NiMH 800

GP 850 mAhYuasa Technologies AAA 800

7CautionThe use of any other rechargeable batteries may cause functional disturbances ormay damage the handsets. The manufacturer will not be held liable in such cases.If replacement batteries are required, be sure to use only the approved rechargeable

types.



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System Data

Accessories

Example for a capacity of 800 mAh :



– Charging time in handset approx. 9 h in charging unit, approx. 7 h in base station




● Charging unit for EU including plug-

in power supply unitt

S30852-H1980-R142


S30852-H1980-L142

● Charging unit for US including plug-in power supply unit

S30852-H1980-R142

● Charging unit for AUS includingplug-in power supply unit

S30852-H1980-C442

>

The home version of the Gigaset S3 professional will be classified by the HiPathCordless Office system as GAP-device.




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System Data


Do not remove the battery pack without good reason as charge state monitoring and the re-charge function will not work properly if you do! After the batteriey pack is removed and rein-

serted, it must be discharged and recharged as for the initial startup!


●


● Tone ringing

– Volume control adjustable 5 levels + crescendo ringing

– Tone ringing signal Can be configured separately for internal and externalcalls (3 ringtones and 30 melodies)



● Telephone book

(integrated locally)





● Approved battery pack Lithium-Ion (Li-Ion), 700 mAh

7CautionThe use of any other battery packs may cause functional disturbances or may dam-age the handsets. The manufacturer will not be held liable in such cases. If replace-ment battery packs are required, be sure to use only the approved types.



– Charging time in handset approx. 3,5 h


● Housing approx. 114 x 46,5 x 22,6 mm (L x W x H)

● Weight incl. battery pack approx. 93 g



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A31003-G1531-B550-2-7620 , October 2007



System Data

Accessories

● Charging unit for EU including plug-in power supply unitt

S30852-H1982-R141


S30852-H1982-L141

● Charging unit for US including plug-in power supply unit

S30852-H1982-U141

● Charging unit for AUS includingplug-in power supply unit

S30852-H1982-C441

>The home version of the Gigaset SL3 professional will be classified by the HiPath

Cordless Office system as GAP-device.




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System Data

6.1.2.14 Gigaset M2 professional, Gigaset M2 plus professional

Do not remove the battery pack without good reason as charge state monitoring and the re-charge function will not work properly if you do! After the batteriey pack is removed and rein-serted, it must be discharged and recharged as for the initial startup!


●


● Tone ringing

– Volume control adjustable: 5 levels, levels 4 and 5 for loud environ-ments.

– Tone ringing signal Can be configured separately for internal and externalcalls20 standard ringtones (3 ringtones / 17 melodies)16 loadable polyphonic melodies

●

User Interface (UI) Menu-driven graphic user interface● Display Illuminated color display



● Voice dialing(voice telephone book)

Up to 30 entries


● Full functionality of deviceguaranteed for

-10 °C to +55 °C100 % relative humidity including splashes and low

pressure jets of water (IP 65)● Power supply (state of charge indicated on the display)

● Approved battery pack Lithium-Ion, 1000 mAh (A5B00075416005)

7CautionThe use of any other battery packs may cause functional disturbances or may dam-age the handsets. The manufacturer will not be held liable in such cases. If replace-ment battery packs are required, be sure to use only the approved types.

Example for a capacity of 850 mAh:


– Standby-Time Up to 380 hours, approx. 16 days

– Charging time in handset approx. 3,7 hours




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A31003-G1531-B550-2-7620 , October 2007



System Data

Accessories

● Housing approx. 166,5 x 56,0 x 35,4 mm (L x W x H)


● Charging unit for EU including plug-in power supply unit

S30852-H1786-R101

● Charging unit for UK including plug-in power supply unitt

S30852-H1786-L101




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System Data

6.1.2.15 Gigaset M2 Ex professional

Do not remove the Ex-battery pack without good reason as charge state monitoring and therecharge function will not work properly if you do! After the Ex-battery pack is removed and re-inserted, it must be discharged and recharged as for the initial startup!


●


● Tone ringing

– Volume control adjustable: 5 levels, levels 4 and 5 for loud environ-ments.

– Tone ringing signal Can be configured separately for internal and externalcalls20 standard ringtones (3 ringtones / 17 melodies)16 loadable polyphonic melodies

●

User Interface (UI) Menu-driven graphic user interface● Display Illuminated color display



● Voice dialing(voice telephone book)

Up to 30 entries


● Full functionality of deviceguaranteed for

-10 °C to +55 °C100 % relative humidity including splashes and low

pressure jets of water (IP 65)● Power supply (state of charge indicated on the display)

– Permitted Ex-battery pack Lithium-Ion, 1000 mAh including electronic com-ponents (A5B00075609027)

7

Caution:Only use approved Ex battery packs . Ex authorisation is only valid and the handsetcan only be operated if this battery pack is installed. Other battery packs are strictlyprohibited. If they are used, Ex protection is no longer valid.

Example for a capacity of 850 mAh:


– Standby-time Up to 380 hours, approx. 16 days

– Charging time approx. 3,7 h



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A31003-G1531-B550-2-7620 , October 2007



System Data

Accessories


● Housing approx. 166,5 x 56,0 x 35,4 mm (L x W x H)


● Charging unit for EU including plug-in power supply unit

S30852-H1786-R101


S30852-H1786-L101




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Item Number Overview

6.1 Item Number Overview

● Boards

– SLC16, with automatic runtime equalization S30810-Q2922-X – SLC16N S30810-Q2193-X100

– SLCN S30810-Q2193-X300

– CMA S30807-Q6931-X

– CMS S30807-Q6928-X

● Power supply

– EPSU S30122-K5825-X1

– EPSU 2 (with four built-in batteries) S30122-K7221-X1

– EPSU 2 (excluding batteries) S30122-K7221-X2

– EPSU 2R S30122-K7221-X900

– Fuse panel S30807-K6138-X2

– Jumper strip 25 DA C39334-A166-A3

● Base stations

– BS2/2 base station (2 UP0/E ports) S30807-H5471-X200

– BS3/1 base station S30807-H5482-X

– BS3/S base station S30807-X5482-X100

– BS3/3 base station (3 UP0/E interfaces) S30807-H5485-X

– Base station BS4 (3 UP0/E ports) S30807-U5491-X

– Outdoor housing S30122-U5595-X

● Terminals

– Gigaset active industrial handset L30280-F600-A58

– Gigaset active/ex industrial handset L30280-F600-A59

– Gigaset active IM1 S30807-S6701-X

– Gigaset active IM2 S30807-S6701-X200

– Gigaset active ex IM1 S30807-S6701-X100

– Gigaset active ex IM2 S30807-S6701-X300

– Gigaset active M S30807-S6716-X

– Charging unit for Gigaset active M S30807-K6718-X

– Plug-in power supply unit for Gigaset active M C39280-Z4-C373



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– Gigaset 3000 Micro (midnight blue) IM1: S30852-H1309-R127IM2: S30852-H1309-R227

– Headset - Gigaset 3000 Micro C39453-Z5-C135

– Gigaset 3000 Comfort (midnight blue) IM1: S30852-H1305-R127IM2: S30852-H1305-R227

– Charging unit - Gigaset 3000L (midnight blue) S30852-H1302-R107

– Gigaset 4000 Comfort ICN IM1 (midnight blue) S30852-H1405-R127

– Gigaset 4000 Comfort ICN IM2 (midnight blue) S30852-H1405-R227

– Charging unit - Gigaset 4000L (midnight blue) S30852-S1402-R107

– Gigaset 4000 Micro ICN IM1 (midnight blue) S30852-H1420-R127

– Gigaset 4000 Micro ICN IM2 (midnight blue) S30852-H1420-R227

– Charging unit - Gigaset 4000 Micro LS IM1/IM2 (midnightblue)

S30852-H1421-R107

– Gigaset S1 professional S30852-H1505-R121

– Charging unit for Gigaset S1 professional S30852-H1502-R141

– Plug-in power supply unit for Gigaset S1 professional(for Great Britain)

C39280-Z4-C373(C39280-Z4-C478)

– Gigaset SL1 professional S30852-H1520-R127

– Charging unit for Gigaset SL1 professional includingpower supply unit(for Great Britain)

S30852-H1521-R147

(S30852-H1521-V147)


– Charging unit for EU including plug-in power supply unit S30852-H1649-R141

– Charging unit for UK including plug-in power supply unit S30852-H1649-V141

– Plug-in power supply unit (EU) C39280-Z4-C516

– Plug-in power supply unit (UK) C39280-Z4-C521



– Charging unit for UK including plug-in power supply unit S30852-H1784-L141

– Gigaset M2 professional S30852-S1756-R111



– Gigaset M2 EX professional S30852-S1756-R121





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– Charging unit for UKincluding plug-in power supply unit S30852-H1786-L101

– Gigaset M2 plus professional S30852-S1756-R131






– Charging unit for US including plug-in power supply unit S30852-H1980-R342

– Charging unit for AUS including plug-in power supply unit S30852-H1980-C442


– Charging unit for EU including plug-in power supply unit S30852-H1982-R141 – Charging unit for UK including plug-in power supply unit S30852-H1982-L141

– Charging unit for US including plug-in power supply unit S30852-H1982-U141

– Charging unit for AUS including plug-in power supply unit S30852-H1982-C441



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A31003-G1531-B550-2-7620 , October 2007



Measuring Equipment

6.2 Measuring Equipment

6.3 Operating Manuals

See https://netinfo2.icn.siemens.de/edoku3/search_en.htm

● Hicom Cordless Service tool HCS-DECT TIS

Technische Informations-Systeme GmbHBarloer Weg 19046397 Bocholt, GermanyTel.: (0 28 71) 27 22 - 0, (0 28 71) 3 78 62

● Bicco tester T620 impulse reflectometer/ (line length measuring equipment)

TGS - TelonicScheuermühlenstr. 40 and 6551147 Cologne/Wahnheide, GermanyTel.: (0 22 03) 9 64 80Fax: (0 22 03) 6 41 68






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Operating Manuals



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A31003-G1531-B550-2-7620 , October 2007


For internal use only Diagnosis and Maintenance

Checking the Base Stations and the Radio Coverage

7 Diagnosis and Maintenance

7.1 Checking the Base Stations and the Radio Coverage

Do not use Gigaset mobile telephones to check the radio area coverage. This must be donewith the Hicom Cordless Service tool (HCS-DECT).

You can use Gigaset mobile telephones to test the base stations and verify the radio area cov-erage.

● A prerequisite is that the mobile telephone being used is logged on to the system, see theoperating manual.

● The radio coverage is tested in two stages:

– Base station test – Coverage test via the base stations (area coverage)

7.1.1 Base Stations

The purpose of this test is to check the functions of all base stations.

● Take the mobile telephone to each of the base stations.

● Holding the mobile telephone directly below, beside or above each base station, turn it offand on again.



Diagnosis and Maintenance For internal use only

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– Display data, for example:

● Set the mobile telephone to measuring mode.

Check:

– RSSI value (field strength value)

– RPN value (base station number that corresponds to the port number at the SLCboard)Does the mobile telephone pick up the connection (synchronization) with the base sta-tion to be tested?

– FRAQ value (transmission quality %)

If the indicated values are not attained, use a second logged-on mobile telephone to check thevalue ranges.If the indicated values are not attained with the second mobile telephone, replace the base sta-tion.

Proceed with the area coverage test once the RSSI value, the availability and radio quality ofall base stations has been checked.

Synchronizationbetween

mobile telephoneand base station

Radio connection to the base station isdisplayed on the screen as "Station 1", for

example.

No synchroniza-tion between mo-bile telephoneand base station

If "Station 1" flashes, it means that the ra-dio connection to the base station hasbeen lost.

>Values recorded with a mobile telephone are not very precise and are intendedto provide a rough assessment only. In addition, different values may be record-ed on each mobile telephone even though the ambient conditions are identical.If you require more accurate results, we recommended that you use the HicomCordless Service tool (HCS-DECT).

7WarningThe customer must be informed about the boundaries of the radio area.

Service

e

z

Station 1

Ð

©

Service

e

z

Station 1

Ð

©



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A31003-G1531-B550-2-7620 , October 2007




7.1.2 Quick Verification of Area Coverage

The purpose of this test is to check whether the necessary field strength and the transmissionquality is attained throughout the entire radio network.

Step 1

The purpose of this step is to provide the basis for step 2 where you will use a Gigaset mobiletelephone to obtain a rough assessment of the area coverage.

● Switch the mobile telephone to measuring mode (see Section 7.2.2.1 or Section 7.2.3.1).

● Establish a voice connection between two mobile telephones. If you wish, you can use anannouncement service (for example, "speaking clock").

Step 2

This step involves obtaining a rough assessment of the area coverage.

● With a mobile telephone in measuring mode, move around the area in question and deter-mine whether an RSSI value > 50 (-60 dBm) and a FRAQ value > 95% are reached

throughout the area.In the process, the Range Warning feature can be used as an aid for recognizing the radioarea boundaries. A warning tone (range warning) is emitted as soon as you cross the bor-der zone of the radio area. (To activate the range warning tone, use the "Tones" menu onthe mobile telephone display.)

In these radio area border zones, the radio connection to the base station may be lost in

the case of the following values:

● The measuring sites with RSSI value < 40 (< -80 dBm) should be entered or marked in thebuilding/site plan.

>Values recorded with a mobile telephone are not very precise and are intended toprovide a rough assessment only. In addition, different values may be recorded oneach mobile telephone even though the ambient conditions are identical. If you re-quire more accurate results, we recommended that you use theHicom Cordless Service tool (HCS-DECT).

7WarningAreas in the corners of buildings or behind metal structures should be carefullychecked (check the RSSI values several times).

RSSI < 40 (< -80 dBm)

FRAQ < 95%





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Testing the Radio Area

RPN(port number)

Base station ID, forexample, 048,port number in the SLC boards.If the handset switches to an overlapping radio cell/base station, the

current port number (where the D channel of the base station is con-figured) is shown on the handset display.Formula: A x 16 + BA = number of the SLC board (1 - 127);16 = factorB = port of the associated SLC board(where the D channel of the base station is configured)Examples:RPN = 1 x 16 + port 0 = 016RPN = 2 x 16 + port 8 = 040

The Port Number (PRN) is displayed at the Gigaset S3 professionaland Gigaset SL3 professional in Hexadecimal format.

FRAQ(frame quality)

Transmission quality in %.95% to 100% satisfactory (for short periods 90% to 94% non-criti-cal),< 95% faulty.




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7.2.2 Gigaset 3000 Comfort

7.2.2.1 Activating Measuring Mode

You must switch off the mobile telephone before you can activate measuring mode.

>The default language for measuring mode is English.

The English operating steps can be found in the English service manual.

● Switch off the mobile telephone

Press the on-hook key until the confir-mation beep is heard.

Nothing is displayed

● Input menu for measuring mode

Press keys 1, 4, and 7 simultaneous-ly...

... whilst at the same time...

... pressing the on-hook key.

● Code for measuring mode

Enter code 46395.

● Select measuring mode

1 2 3

4 5 6

7 8 9

* 0 #

HandsetService

1 2

4 5 6

7 8 9

* 0 #

3QS dataSW version

Speechpath testOK



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The measurement values are displayed when the mobile telephone is switched on. Measure-ments are performed at the set intervals (see Section 7.2.1).

Using the display key, scroll down to"Measuring mode".

Confirm with OK.Measuring mode is switched on; this isindicated by the tick next to "Measur-ing mode".

● Set the measuring time

Using the display key, scroll down to"Measuring time".

Confirm with OK.

● Set the value range

Press this display keyto increase the value range

Press this display keyto reduce the value range

Value range: 06 to 16Recommended value range: 16(measuring cycle: 1 s to 2.5 s)

Press the OK keyto confirm the value range set


Press the menu key until the confirma-

tion beep is heard.


● Switch on the mobile telephone

OK

Measuring timeMeasuring mode

Batt. mode OK

OK

Batt. modeMeasuring time

DSP parametersOK

Meas. time * 160m16

OK

OK




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7.2.2.2 Deactivating measuring mode

Press the on-hook key.

7Warning

Only the specified functions may be activated. If other functions are activated, thismay result in malfunctions.


Press the on-hook key until the confir-mation beep is heard.


● Input menu for measuring mode




● Code for measuring mode

*Station 1

INT

095-3-02-01-100

1 2 3

4 5 6

7 8 9

* 0 #

HandsetService



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The measurement values are not displayed if the mobile telephone is switched on.

Enter code 46395.

● Select measuring mode

Using the display key, scroll down to"Measuring mode".Confirm with OK.

Measuring mode is switched off; the

tick next to "Measuring mode" disap-pears.

1 2

4 5 6

7 8 9

* 0 #

3

QS dataSW version

Speechpath testOK

OKMeasuring timeMeasuring mode

Batt. modeOK




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7.2.3 Gigaset Family

7.2.3.1 Activating Measuring Mode

You must switch off the mobile telephone before you can activate measuring mode.

>The default language for measuring mode is English.

● Switch off the mobile telephone:

Press the on-hook key until the confir-mation beep is heard (ascending tone

sequence).


● Switch the mobile telephone into service status:




● Activate the "Service" menu:

Enter code 76200.

1 2 3

4 5 6

7 8 9

* 0 #

Service

1 2

4 5 6

7 8 9

* 0 #

3Service

QS dataSW version

Speechpath test

Service 1

OK



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The measurement values are displayed when the mobile telephone is switched on. Measure-ments are performed at the set intervals (see Section 7.2.1).

● Activate the measuring mode:

Using the navigation key, scroll down

to "Measuring time".Confirm with OK.

Measuring mode is switched on; this isindicated by the tick next to "Measur-ing mode".

● Select the measuring time:

Using the navigation key, scroll down

to "Measuring time".Confirm with OK.

● Set the value range:

Press the navigation key:to increase the value range

Press the navigation key:

to reduce the value range

Value range: 06 to 16Recommended value range: 16(measuring cycle: 1 s to 2.5 s)

Press the Save keyto confirm the value range set

● Switch off the mobile telephone:

Press the on-hook key until the confir-mation beep is heard (ascending tonesequence).


OKServiceMeasuring mode

DSP parameters

Measuring time

Service 6

OK

OKServiceMeasuring time

Measuring mode

Service 7

OK

LLLLLLLLLLLLL

ServiceMeasuring timeMeasuring time

Save

<16>

Save








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7.2.4 Documentation of Results

The following points must be documented:

●

The installation site of the base stations must be drawn on a customer-specific building/siteplan and the base station number (for example, 016 (RPN in measuring mode)) entered.

● Any deviations from existing building and site plans must be verified with theHicom Cordless Service tool (HCS-DECT) and documented.

Examples:

7WarningAny subsequent structural changes within the radio area (buildings, sites, facilities,and devices, etc.) might restrict the operation of the mobile telephones and thus re-quire rearrangement of the base stations.

Figure 7-2 Building - Base station installation site/radio area

BS

3rd floor

2nd floor

1st floor

Ground floor

Basement

Elev-

ator

Stair-

well

Radio area for the base station installed

Installation site of the base station

016



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Figure 7-3 Outdoors - Base station installation site/radio area

BldgB

concrete/

mountingheight

25 m

Scale 1:1000

BS

BldgE

concrete/

27 m

high

Bldg Fconcrete/10 m high

BldgC

concrete/

27 m

high

Minimum supply range

Property line

BldgG

Hallsteel/ 10 m

high

Bldg Abrick/15 m high





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Troubleshooting

7.3.2 What Happens If ...

7.3.2.1 Synchronism Symbol on Handset Display:

– "Station XY"flashes

No synchronization to base station

1. Is the mobile telephone not logged on?

2. If the mobile telephone is logged on to multiple systems, is itswitched to the correct system? Is automatic system selec-tion activated?Check the base station.

– "Station XY"continuously visi-ble

but no action ispossible

Synchronization to base station

1. An error tone can be heard when the line key is pressed.Temporary overload status (all the base station speech pathsare busy).

Wait, and try again.

2. Handset was not able to complete the locations request suc-cessfully (handset contact to the system).

Workaround:

Repeat locations request by switching off the handset andthen switching it on again.

7.3.2.2 Connection Set Up, But Call Partner Cannot Be Heard

B channels are not switched through.When range limits are reached, or in the case of HF interference,the B channels are switched to mute if the interference is toogreat.In order to improve the connection, an automatic switch to anoth-er carrier frequency (BHO) or another radio channel (CHO) is at-tempted.




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Troubleshooting

7.3.2.3 Handset Cannot Be Reached

1. Handset is called, caller hears ringing (followed by busy sig-nal).

Causes:handset being called is switched offORhandset is no longer within rangeORthe base station used is in overload status and there is noother base station within range.

2. Handset is called, caller hears busy signal.Handset has inadvertently activated "Do-not-disturb" feature

(an external station number which begins with the code forDND was dialed without having first entered the routingcode).Special dial tone at called handset in the case of seizure?

3. Handset is called, call is always switched to another station.Handset has inadvertently activated call forwarding (an ex-ternal station number which begins with code for call for-warding was dialed without having first entered the routingcode).Special dial tone at called handset in the case of seizure?

7.3.2.4 Connection Handover

– Call disconnectedon handover to an-other base station

1. Check whether or not the base station to which the call ishanded over is in overload status (all radio channels busy).

2. Check the base station LEDs.

3. Check the overlap sectors.Is the RSSI value of the other base station OK?

4. Check the cable cross-section/path of the T/R lines from

MDFU to the base station.



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Troubleshooting

7.3.2.5 SLC Board - Startup

● General

The startup can be divided into three phases:

1. Load the loadware for the SLC board

– - Red LED on the board blinks irregularly (for 2 – 3 minutes)

2. Load the loadware for the base stations to the SLC board

– - Green LEDs on the board light up

3. Base stations are put into operation

– - Green LEDs on the SLC board and red LEDs on the base stations light up

– - Green LEDs on the base stations light up (operating mode)

If a problem occurs during startup, you must start by establishing the phase in which theproblem occurred (LED signaling on the SLC board).

● Red LED on the SLC board does not blink

In this case, you should search for the fault in the HiPath system (check the HiPath errormessages in the event log).

– - Is the SLC board connected at the right place?

– - Is the SLC board correctly contacted? (reconnect if necessary)

● Red LED on the SLC board blinks continuously.

SLC board charging is continuously repeated

– Is the planned DECT system ID configured?Note: The DECT system ID is created in accordance with specific rules that arechecked at system startup. Entering an arbitrary ID can cause problems at startup.




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Troubleshooting

7.3.2.6 Mobile Telephone - Problems When Logging On

● First check if the home SLC board and at least one base station (in range), as well as theSLC to which this base station is connected, are operational (green LED is lit in each case).

● The extension connections must also be operational if you want to log the handset on viaa visitor SLC board.

● Does the HiPath system guarantee a clock supply with sufficient accuracy?(see Section 2.9)

● Is the handset to be logged on configured as a "secret station" in the HiPath system?

– If this is the case, only the service technician procedure can be used to log the handseton.

● Does identification work in the Hicom system?

– Check this with any telephone (optiset/optiPoint telephone).

● Identification not possible

– Note the different operating procedures for internal and network-wide PINs.

– Are you using the correct Hicom PIN?

7.3.2.7 Enhanced Mobile Telephone - No Optical User Guidance

● Was the line key pressed before "Silent Call" was activated when logging on?

7.3.2.8 Checking Extension Connections

● You can check if an extension connection works

– by ringing it from any telephone.(You can call the hunt group or the station number of the extension in question.)

You should hear a short ring (may not be audible), and the supply voltage is activated.The connection is active until the on-hook key is pressed.

– The extension connections are configured at ports 24 – 87 on the SLC board.

Sixty-four of these are configured by default.

In the event of problems, please observe the display message on the remote telephoneand the error message on the HiPath operating terminal.



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Troubleshooting

7.3.3 Deactivating the PIN Lock on Gigaset S1, SL1, S2, SL2, S3, SL3

A mobile telephone can only be reactivated at the factory or by a service technician if the userforgets the PIN. The forgotten PIN is deleted on reactivation. Login data and other data are re-

tained.

Reactivating the PIN requires a programming adapter and the "Win FT" program. These mustbe supplied by ICM Bocholt.

Procedure:

1. Connect the adapter to a plug-in power supply unit.

2. Connect the adapter to a PC COM port (PCMCIA in the case of laptops) via a V.24 (RS232)cable.

3. Start the "Win FT" program.

4. Open the battery compartment and remove the batteries from the mobile telephone.

5. Insert the mobile telephone into the adapter. "Factorytest" appears on the display.

6. Open the "EEprom" menu and select the icon to read out the EEPROM (arrow pointingaway from the yellow telephone). The EEPROM is read out.

7. Reset the four-digit PIN to "30 30 30 30". The "30 30 30 30" value is hexadecimal and cor-responds to the decimal value "0000".

8. Open the "EEprom" menu and select the icon to write to the EEPROM (arrow pointing to-wards the yellow telephone). The EEPROM is re-written.

9. Initiate a reset. The mobile telephone should not request a PIN now.

10. Remove the mobile telephone from the adapter.

11. Insert the batteries into the mobile telephone and close the battery compartment.

7 CautionModifying any other data in addition to the PIN, for example, the HF or battery pa-rameters, will disable the mobile telephone. This can only be reversed at SHC Bo-cholt.





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Checking the Base Station Status

The "BHO Count not OK" and "BHO Count OK" counters are reset to 0 when the base stationis restarted.

Figure 7-5 UPN Port section

Date/time

Last time at which statistical data was checked. The date and time information is lost if you savethis data to a file.

You should document the time of the last query before you read and save the data to a file.

Ports

All UPN ports on the system to which base stations can be connected are listed in the table. Aspecific port can be selected from this list and its status displayed (the data must first have beenread).




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???Save

???Clicking Save saves all the cordless statistical data in a text file.

???Read Data

???Clicking Read Data checks the cordless statistical data.

Figure 7-6 ???Base Station Data V1 + V2 section

???Base Station Data V1 +

V2

Explanation

Base Station Number of the selected base station

???SW version Base station software version

???HW version Base station hardware version



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Status Status of the associated ports Possible displays: ·

● ???Port active

● ???Port not connected

● ???Port blocked

● ???Port connected but not active

● ???1st additional port to the active ports on the relevantbase station

● ???2nd additional port to the active ports on the relevantbase station

Overload Number of base station overload situations.Note: An overload occurs when all B channels on a base sta-tion are busy for a minimum of 20 seconds (all eight B channelson a two-port base station are busy for 20 seconds, for exam-ple). In release 5.0 and later, the number of licenses is a decid-ing factor as well as the number of ports. If two ports are con-figured but only six licenses are released, then an overloadsituation exists when six B channels are busy.

Restarts Number of base station restarts.The restart counter provides information on the number of un-expected restarts at the selected base station that not causedby power on, restart for software download or restart for pa-rameter download.

???Base Station Data V1 +V2

Explanation

Base Station Number of the selected base station




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Figure 7-7 ???SLC16-wide section

Lost Calls Not used in HiPath 3000

SLMC Overload Not used in HiPath 3000

LR Roam LR Roam provides information on the total number of roaming in-stances for the entire cordless system by all users who are logged onto the selected SLC board or ILW-DECT.Each line seized by the handset for a locate procedure is counted aslong as line seizure takes place in a different location area to the onelast saved. This type of handset-initiated line seizure is generallycaused by a change of base station in the overlap between two loca-

tion areas by handsets that are generally turned on. The handset per-forms a locate procedure each time it is turned on or re-reenters theradio field. As a result, the LR Roam counter is incremented eachtime the handset changes location area between activation and de-activation as well as between departure and reentry.



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Figure 7-8 ???Base Station Data V2 section

LR Async LR Async provides information on the total number of locate proce-dures that should not be counted as roaming for all handsets logged

on to the selected SLC boards or ILW-DECT. It does this by countingevery line seized for a locate procedure by the handset that is still inthe location area last saved. In contrast to LR Roam, the LR Asynccounter is incremented each time the handset does not change loca-tion area between activation and deactivation as well as between de-parture and reentry.

HDLC Error Not used in HiPath 3000

CMI Version Current Cordless version

Lost Calls Not used in HiPath 3000




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L1/L2 Error (SLC only) Number of L1/L2 errors that occur at the base station. L1 errorsindicate asynchronization between lines. The counter is incre-

mented when the asynchronism lasts longer that three seconds.L2 errors are counted when the LAP D protocol is interrupted.The LAP D protocol is the data backup protocol based on Q931.L1/L2 errors signify line problems, such as, impedance disconti-nuities, differing cables, loose connections, and so on.

Abnormal Release Number of link breakdowns because of radio interference. A linkis a signaling channel used for handling, for example, MWI,CHO, roaming procedures, etc., in addition to voice connections.Not every link breakdown results in a call breakdown.

Calls per BS Number of calls (not number of links) that were set up and con-

nected to this base station by a handset in the incoming or out-going direction. This counter does not increase if a handset withcalling status changes to this base station.

Hopping Mode Cordless version 2 systems always operate in "Fast HoppingMode". This means all frequency time slot pairs can be used.120 duplex channels are available in this mode. On Slow Hop-ping base stations, only every second frequency time slot pairmay be used. Only 60 duplex channels are available in thismode. All Cordless version 1 systems operate in "Slow HoppingMode".

BHO Count OK Number of successful bearer handovers (BHO) within this basestation. The number of BHOs in relation to the number of calls(calls per BS) is a rough measure of the quality of data transmis-sion by radio. A handset only initiates a BHO if it detects bit er-rors in the data transmission.

BHO Count not OK Number of unsuccessful bearer handovers (BHO) within thisbase station. The number of BHOs in relation to the number ofcalls (calls per BS) is a rough measure of the quality of datatransmission by radio. A handset only initiates a BHO if it detectsbit errors in the data transmission.

Intra SLC Handover Handsets with an active link switch between two base stations inone location area. The new base station is incremented.

Inter SLC Handover Handsets with an active link switch between two base stations indifferent location areas. The base station in the new locationarea is incremented.



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Checking Error Messages in the Error History

7.5 Checking Error Messages in the Error History

Select the "Maintenance" dialog box and then select "Error History" in Hicom Assistant E toview information about the error messages listed here. The following table lists errors that may

occur with <Product Name> in error class 11.

No. Meaning ActionRecovery

ActionTechnician

41 SLMO Layer 1 is asynchronous (error in) Block port Test relevantline network

42 SLMO Layer 1 is asynchronous (error out) None None

58 Too many Layer 1 errors Block basestation for ap-

prox. 10 mins.Then try to re-open access tothe base sta-tion.

Test relevantline network

Table 7-1 Error class 11

>For further information on error messages and their meaning, refer to the HiPath3000 Service Manual.




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Checking Error Messages in the Error History



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Nur für den internen Gebrauch Index

8 Index

A

Akku-Zellen 6-26

BBase station

authorized locations 3-20connection plug X1 3-22dimensions 3-22general 3-3heating board 3-33installation/indoors 3-21installation/outdoors 3-27prohibited locations 3-19range 3-3special installation tools 3-27

Base station power supply 5-31Base stations 2-3BLF Win

client 4-1

CCable type (UP0/E - BS2) 3-23, 3-24

Checking field strength 7-3CMA 5-1CMS 5-2

DData

base station 6-3charging unit for Gigaset active M 6-12, 6-13, 6-15, 6-17

connection cables 6-1DECT standard 6-2

Gigaset 3000 Comfort 6-6Gigaset 3000 Micro 6-8Gigaset 3000 Micro/accessories 6-8Gigaset 3000L 6-7Gigaset 4000 Comfort/Micro 6-9Gigaset 4000L 6-11Gigaset active M 6-11Gigaset S1 professional 6-12, 6-14system 6-1

Data protection 1-6Daten

Gigaset S1 professional 6-18Ladeschale Gigaset active M 6-19, 6-21,

6-23, 6-25, 6-27Deactivating the PIN lock 7-21

EEPSU2 5-19Error history 7-29Error messages 7-29Extension connection 2-13External power supply EPSU2 5-19

GGeneral

GAP protocol 2-2radio area 2-2radio technology 2-2

Gigaset 4000 Micro 6-9Gigaset active M 6-11Gigaset S1 professional 6-12, 6-14, 6-18

HHicom Assistant E 7-29

Hicom Cordless Echecking components 7-16HiPath Cordless Office

base stations 2-3capacity limits 2-7configuring 4-3EPSU2 external power supply 5-19extension connection 2-13logon window 4-3multi-SLC 2-13outdoor housing 2-6

single-cell BS 2-3, 2-4SLC16/SLC16N (not for U.S.) 5-6supplying power to base stations 5-15system configuration 2-4system number 4-3system-wide networking 2-13technical base station data 2-5



Index Nur für den internen Gebrauch

shSIX.fm

IImportant information 1-1Information

display options 1-7general 1-4

Item number overview 6-28base stations

outdoor housing 6-28boards 6-28Gigaset 3000 Micro 6-29mobile telephones 6-28

MMeasuring equipment

manufacturer addresses 6-31Measuring mode 7-6, 7-10Mobile telephones

checking logon status 4-4logging on to the system 4-3

Multi-SLC 2-13

O

13, 6-14, 6-16, 6-18, 6-22, 6-24

SSafety information 1-1

caution 1-3danger 1-2reporting accidents 1-5symbols 1-1warning 1-3what to do in emergencies 1-5

Signal range (UP0/E - BS2) 3-23, 3-24Single-cell base station 2-3, 2-4SLC16/SLC16N

(not for U.S.)

distribution to HiPath 3750/HiPath3700 cabinets 5-11SLC16/SLC16N (not for U.S.) 5-6

base station power supply 5-12cable/connector assignment 5-9figures 5-7LED statuses 5-8l k i h f i 5 7

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HiPath Cordless Office Service Manual

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