Nokia UltraSite WCDMA BTS Optima Compact (WREB), BTS Description
04 UltraSite Support PO 2 0
Transcript of 04 UltraSite Support PO 2 0
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DN99553538Issue 2-0 en © Nokia Networks Oy 1 (30)
Nokia UltraSite Support
Product Overview
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Nokia UltraSite Support
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The information in this document is subject to change without notice and describes only theproduct defined in the introduction of this documentation. This document is intended for theuse of Nokia Networks' customers only for the purposes of the agreement under which thedocument is submitted, and no part of it may be reproduced or transmitted in any form or means without the prior written permission of Nokia Networks. The document has beenprepared to be used by professional and properly trained personnel, and the customer assumes full responsibility when using it. Nokia Networks welcomes customer comments aspart of the process of continuous development and improvement of the documentation.
The information or statements given in this document concerning the suitability, capacity, or performance of the mentioned hardware or software products cannot be considered bindingbut shall be defined in the agreement made between Nokia Networks and the customer.However, Nokia Networks has made all reasonable efforts to ensure that the instructionscontained in the document are adequate and free of material errors and omissions. NokiaNetworks will, if necessary, explain issues which may not be covered by the document.
Nokia Networks' liability for any errors in the document is limited to the documentarycorrection of errors. Nokia Networks WILL NOT BE RESPONSIBLE IN ANY EVENT FORERRORS IN THIS DOCUMENT OR FOR ANY DAMAGES, INCIDENTAL ORCONSEQUENTIAL (INCLUDING MONETARY LOSSES), that might arise from the use of thisdocument or the information in it.
This document and the product it describes are considered protected by copyright accordingto the applicable laws.
NOKIA logo is a registered trademark of Nokia Corporation.Other product names mentioned in this document may be trademarks of their respectivecompanies, and they are mentioned for identification purposes only.
Copyright © Nokia Networks Oy 2000. All rights reserved.
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Contents
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Contents
1 About this document........................................................................... 5
2 Introduction to the Nokia UltraSite Support....................................... 6
2.1 Concurrent roll out ................................................................................. 72.2 Down sized operation expenditures....................................................... 72.3 Modular design...................................................................................... 82.4 Valuable space for customer equipment ................................................ 82.5 New choices for site locations................................................................ 9
3 The features of the Nokia UltraSite Support .................................... 103.1 Part of the solution............................................................................... 103.2 Cost savings for all operators............................................................... 103.3 Flexible site support for every requirement .......................................... 11
4 Examples of applications and configurations ................................. 13
4.1 Configuration tables............................................................................. 144.2 Typical configurations.......................................................................... 15
5 Nokia PSM .......................................................................................... 185.1 Node Manager – PSMMan .................................................................. 185.2 NMS .................................................................................................... 205.3 Operation............................................................................................. 215.4 Operation system................................................................................. 21
6 Construction ...................................................................................... 226.1 Indoor cabinets .................................................................................... 226.2 Outdoor cabinets ................................................................................. 23
7 Product structure of the Nokia UltraSite Support............................ 247.1 Rectifier units (BATA) .......................................................................... 247.2 Cabinet controller unit (CCUA)............................................................. 247.3 AC/DC distribution unit (ADUA, ADUB)................................................ 257.4 Batteries (BBAH, BBAG)...................................................................... 257.5 Space for customer equipment ............................................................ 257.6 Options ................................................................................................ 26
8 Technical specifications.................................................................... 278.1 Electrical and mechanical details ......................................................... 278.2 Safety and EMC standards .................................................................. 29
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Summary of changes
Version: Date: Author: Notes:
1.0 05 Oct 1999 Tyrone Williams Issue 1.
2.0 17 Jan 2000 Tyrone Williams Issue 2.
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About this document
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1 About this document
This document is an overview of the Nokia UltraSite Support and covers the
following information:
• an introduction to the Nokia UltraSite Support,
• the features of the Nokia UltraSite Support,
• examples of applications and configurations,
• introduction to the Nokia Power Management System and the Nokia
NMS Network Management System,
• construction of the Nokia UltraSite Support,
• the product structure of the Nokia UltraSite Support,
• the technical specifications of the Nokia UltraSite Support.
For more detailed information on the Nokia UltraSite Macrocellular Solution
and related products, see the Nokia UltraSite Solution Description and theProduct Overviews for the Nokia UltraSite Solution, Nokia FlexiHopper
Microwave Radio, Nokia UltraSite GSM Base Station, Nokia UltraSite
WCDMA Base Station and Nokia UltraSite Antenna System.
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2 Introduction to the Nokia UltraSiteSupport
The rapid growth of mobile penetration and industrial change towards data and
multimedia has increased the demands on macro cellular solutions. There is anabiding need for high traffic and transmission capabilities, as well as support for the coming data evolution. This concurrent need for capacity and quality
improvements continually increases the demands on network operations.Cellular operators are responding to these demands by installing high capacitysites.
One of the key elements to providing a high quality service is the ability tosupply an unbreakable power to a BTS site. For securing the constant operation
of a network with feasible costs, a well designed power support system withcommon construction and management of other elements of site is essential.
The Nokia UltraSite Support is designed to serve these stated demands.
The Nokia UltraSite Support is a state of art solution for supporting NokiaUltraSite applications, from low capacity road sites to high capacity urban sites.
The latest technology is used in order to fulfil the special requirements of high
quality macro cellular sites. Due to its modular design the Nokia UltraSiteSupport is extremely flexible. Applications vary from an integrated battery
backup system in the UltraSite GSM Base Station cabinet, to high capacity
outdoor sites with 360 Ah power back up resources located in two separate sitesupport cabinets. The future needs of EDGE and WCDMA are taken intoaccount by providing sufficient expansion capacity for the handling of
electricity shortages. Environmental durability as well as its small footprint
makes the Nokia UltraSite Support suitable for use even in dense or compactsurroundings.
The Nokia UltraSite Support can be operated through the Nokia Power Supply
Management (PSM) and the Nokia Network Management System (NMS) thus
substantial savings in operational expenditures can be achieved.
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Introduction to the Nokia UltraSite Support
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2.1 Concurrent roll out
A complete solution for a site is the most reliable and safest method. When
building a complete site designed as a system the result is less complicated andmore efficient to implement and to operate than a site constructed from
independent components. There are less co-ordination problems, fewer misunderstandings, less elements and a common interface for rollout. Onesolution reduces the time span for rollout i.e. the site can be utilised sooner.
The Nokia UltraSite Support and other elements of the BTS site have common
logistics and can therefore be implemented together. Identical design of thecabinets eases implementation and accelerates rollout, hence revenue generation
begins sooner. The common logistics also has a heavy impact to stock
inventory, and therefore releases tied capital for service creation.
Time to market is critical, particularity in dense urban areas where roll-out ismore challenging due to itemised regulations. A fast rollout creates less
interference to the surrounding society and therefore eases these necessary
permissions.
2.2 Down sized operation expenditures
There is one significant design challenge for all power back-up systems – the
batteries. Even state-of-the-art batteries have a life span dependent primarily
upon environmental factors and usage. On-site battery testing has been the onlycommon method to predict the residual lifetime of batteries reliably. Thistesting causes extra work and site visits, which both increase network operation
costs considerably.
Another challenge has been the management of external alarms caused by power supply systems. This has been caused by limited information received
into the operation and maintenance centre, which means that it has beenimpossible to categorise the severity of the alarms. An alarm has always had to
be clarified by visiting the site.
Both of these challenges have had a great impact on operational expenditure.
The solution to these challenges is the Nokia UltraSite Support.
The Nokia UltraSite Support is designed for remote operation using NokiaPower System Management (PSM). Nokia PSM is a unique method for the
remote controlling and supervision of the Nokia UltraSite Support from the
Nokia Network Management System (NMS). No additional controlling systemsare needed, as all the features of remote management are built in to the Nokia
UltraSite Support. With Nokia PSM in operation the need for on site battery
testing is eliminated. PSM is available for UltraSite support from BSS10 and NMS10 (4.1) via NMS2000 (T12).
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As on option battery and alarm testing can also be handled manually or automatically on site. The Nokia UltraSite Support can be programmed to test
the batteries at regular intervals (e.g. 4 times per year) and in case of pre set
values being exceeded, the Nokia UltraSite Support will send an external alarmvia Q1 to the network operating system. The Nokia UltraSite Support is alsoable to produce a wide range of operational data through the Q1 e.g. auto
detection of rectifiers. This aids operation of the power supplies on site, andthus reducing site visits which decreases the operational expenditures of the
network.
2.3 Modular design
Modularity allows flexibility when fitting power supply systems to different
sites. The Nokia UltraSite Support can be compact, as it can fit into anintegrated cabinet with the Nokia UltraSite GSM Base station, or it can be
equipped with a dedicated cabinet of its own for delivery of 15.6 kW power with up to 360 Ah battery back up.
During the design of the Nokia UltraSite Support, easy expandability for future
requirements was one of the key issues. The Nokia UltraSite Support can
provide small size where needed or alternatively support high capacity whenthat is needed. Its modular design utilises the same main components in allconfigurations, to reduce the inventory of spare parts and for ease of operation.
The amount of units in the Nokia UltraSite Support can be configured flexible
depending on system requirements.
2.4 Valuable space for customer equipment
Installation of customer equipment in the Nokia UltraSite Support is easy.
Inside the Nokia UltraSite Support, space is provided for 19" equipment which
can be plugged in. Depending upon the configuration of the Nokia UltraSiteSupport, the space for customer equipment is a maximum 18U, which fulfils the
majority of space requirements.
This space can be used, e.g. for line terminal equipment like microwave radioindoor units. There is no need for additional racks or external cabling for radio
equipment. The construction of the Nokia UltraSite Support fulfils all the
requirements for radio equipment, from power supply to bus for monitoring andcontrolling via the Q1-LTE bus.
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2.5 New choices for site locations
The small footprint of the Nokia UltraSite Support gives the operator a
significant number of new opportunities for site locations. Its simple layout isan asset in cases of limited space, as it saves on the cost of site acquisition by
increasing the number of possible sites. The reduced space requirement also hasan impact to operational expenditure by minimising site rental costs.
In cases where investment is protected by co-locating, the small footprint of the Nokia UltraSite Support allows more space for future expansions.
The Nokia UltraSite Support is designed for both indoor and outdoor use. Theglobal presence of Nokia demands strict requirements on outdoor usage. The
Nokia UltraSite Support is capable of withstanding heavy rain and
environmental factors up to protection class IP55, and has a version capable of
outdoor operation within the temperature range -33°C (-27.4°F) to +50°C
(+122°F).
The shared common design of the Nokia UltraSite Support with the Nokia
UltraSite GSM Base station gives a consistent aesthetic appearance and reducesthe visual impact of the site.
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3 The features of the Nokia UltraSiteSupport
The Nokia UltraSite Support incorporates all the essential features of modern
power supply systems, and in addition features many unique functions whichare specifically designed for telecommunications site support.
3.1 Part of the solution
The Nokia UltraSite Support is designed for compliance with the NokiaUltraSite solution and, therefore, offers features for the whole solution.
A common footprint with Nokia UltraSite Base Station eases the requirementsof the site as the layout for the complete solution is more streamlined. A
corresponding footprint with the existing Talk family cabinets makes Nokia
UltraSite support simple to co-site with existing products and creates a
consistent aesthetic appearance for the whole site.Because Nokia UltraSite Support is designed for the Nokia UltraSite solution, itis expandable to support future 3rd generation services as evolution of GSM
BTS sites has been considered.
Nokia UltraSite Support has space for customer equipment. This is extremely
important as there is no need for external racking, cabling nor shielding as
customer equipment can be accommodated by the Nokia UltraSite Support.
Nokia UltraSite Support is essential part of the solution, consequently it is
tested and validated within the solution, not just as a single battery backup.
3.2 Cost savings for all operators
The Nokia UltraSite Support provides sophisticated features for reducingnetwork operational expenditures by facilitating remote operation. Nokia
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The features of the Nokia UltraSite Support
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UltraSite Support has advanced message handling whereby a wide variety of categorised alarms may co-operate in order to avoid unnecessary site visits.
Monitoring support is provided by way of performance messages through Q1
bus in order to control Nokia UltraSite Support.
The monitoring and control features available to an operator of Nokia UltraSite
Support are:• The cabinet door is monitored so that its status (open or closed) is known
to an operator.
• The condition of the backup batteries is monitored. Battery failure, high
and low battery temperatures and level of charge are monitored. There isan in-built option for system to effect battery testing automatically; up tofour times a year. In this case, where pre set limits have been exceeded,
the system sends an alarm via Q1.
• Mains failures and over voltage protection conditions are sent to anoperator to prompt the necessary course of action.
•
Should there be a requirement for more DC capacity or the DCdistribution is faulty, an operator receives an alarm to instigate moresupport capacity for the site.
• The temperature of the LTE space is controlled within high and low
temperature constraints. Additionally, the operation of the fans is
monitored both for failures and performance degradation.
• Nokia UltraSite Support facilitates equipment identification to assist
management of hardware utilised for inventory and maintenance
purposes.
• To enhance operational efficiency, Power System Management (PSM)
can be incorporated into the Nokia UltraSite Support to enable all the
necessary information to be passed into your NMS system. This allowsthe most efficient maintenance actions necessary but with only a fraction
of effort needed with conventional methods.
3.3 Flexible site support for every requirement
The Nokia UltraSite Support is optimised to provide the necessary support for
Nokia UltraSite solution.
The modularity of cabinet allows Nokia UltraSite support to expand in
accordance with other facets of solution applications. Cabinet space can besectioned for the batteries, rectifiers and customer equipment space. If morespace is needed then an extension cabinet for batteries can be added.
Nokia UltraSite Support provides flexibility both inside but outside, thereby
enabling cabinet construction for either indoor or outdoor usage. In a very cold
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environment, the cabinet can be fitted with a heater; or if the surroundingenvironment is hot, a cooling device of LTE space can be added.
Nokia UltraSite Support satisfies all the major international standards and is
designed for global usage.
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Examples of applications and configurations
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4 Examples of applications andconfigurations
Nokia UltraSite Support provides an affordable power support system for all
Nokia UltraSite solutions, whether they are located outdoor or indoor, in denseurban areas where need of capacity is high, or at roadsides in rural areas wherethe need is mostly coverage.
KEY:1. Rectifiers (2 to 12)
2. DC distribution3. Cabinet Controller unit4. Space for customer equipment5. Battery 90 Ah
DN0099757
Figure 1 Interior units of Nokia UltraSite support
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4.1 Configuration tables
Nokia UltraSite Support can be used with various Nokia UltraSite GSM Base
Stations and various Nokia UltraSite WCDMA Base Station configurations.
The Nokia UltraSite Support options are:
§ Integrated Site Support into Nokia UltraSite GSM Base Station cabinet
§ Site Support cabinet
§ Site Support cabinet with extension cabinet for batteries
The following tables are for various Nokia UltraSite Support configurations. In
addition to these configurations, DC distribution and specific optionalrequirements should be included.
Table 1. Maximum number of elements for indoor/outdoor configurations(integrated battery backup inside UltraSite GSM Base Stationcabinet)
Location 1300 W Rectifier LTE in height U 40 Ah batterystring
Indoor 5 0 1
Outdoor 5 0 1
Table 2. Maximum number of elements for indoor/outdoor #
configurations for Site Support cabinet
1300 W rectifiers LTE in height U 90 Ah battery string
6 18 (12+6)#
0+
6 12 1
6 6 2
6 0 3
12 12 0+
12 6 1
12 0 2
+ Batteries in extension cabinet or in separate rack.
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Examples of applications and configurations
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Table 3. Maximum number of elements for indoor/outdoor #
configurations for Site Support cabinet with extension cabinet.
1300 W rectifiers LTE in height U 90 Ah battery string
6 18 (12+6)#
4
12 12 4
4.2 Typical configurations
The following figures show some typical configurations for Nokia UltraSite
Support.
Figure 2 Integrated battery backup unit: indoor
Figure 2 shows the Nokia UltraSite GSM Base Station indoor cabinet with
integrated BBU comprising 5 rectifiers, DC distribution and batteries.
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Figure 3 shows an indoor Nokia UltraSite Support having 12 rectifiers, DCdistribution, 6U customer equipment space containing 2 equipped LTEs and one
90 Ah battery string.
Figure 3 Nokia UltraSite Support: indoor
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Examples of applications and configurations
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Figure 4 shows an indoor Nokia UltraSite Support having 12 rectifiers, DCdistribution, 12U high customer equipment space and an extension cabinet in
which 4 strings of 90 Ah batteries are mounted.
Figure 4 Nokia UltraSite Support with external battery cabinet: indoor
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5 Nokia PSM
Nokia Power System Management (PSM) enables the remote control and
supervision of electronic functions of a Nokia UltraSite Support via the Nokia
Network Management System (NMS), by using a Q1 interface. The softwareneeded for this communication is stored in the Cabinet Control unit (CCUA)which is an integral part of the Nokia UltraSite Support. The PSM may,
however, be a separate entity which is currently under consideration.
The primary aim of the Nokia PSM is to provide network operators with moreaccurate information about the power system status, the possibility to control
the system remotely, and maximise the electrical efficiency of the batteries andcharging system. Implementation of the Nokia PSM will therefore reduce thenumber of service visits to the site.
Nokia PSM consist of two elements: the Q1 Adapter card (integrated to the
CCUA unit) and Node Manager. A node manager is a software package run to
control the PSM nodes. The overall system architecture is presented in Figure 5.
5.1 Node Manager – PSMMan
In order to control the PSM nodes, node manager software is used. This is
designated PSMMan. The node manager SW can be used in three ways:
• It can be used at the site for commissioning and maintaining the NokiaUltraSite Support. This is carried out by connecting a PC (running thesoftware) to the LMP on the CCUA module. Since there are no security
levels with this interface, the site user will have limited access, for example the user may be able to read information but not alter it. When
commissioning a site, the engineer will run a commissioning wizard
which will set all parameters to the user’s default values.• Another mode of operation is when it is used from the NMS to monitor
nodes and make alterations to nodes. The operator at the NMS can look atthe node by using its address and make alterations such as changing the
battery temperature compensation, if this is required. The operator canalso read data from the site such as the results of the last battery test.
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Nokia PSM
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• In a third method it is used remotely via a telephone connection to the NMS. This will allow an engineer to dial into the NMS via a modem link.
The node manager has a graphical user interface (GUI) and runs on a Windows
95, Windows 98 or Windows NT4 operating system. However, the nodemanager must use Windows NT4 at the NMS, as this is a requirement of the
NMS. Several copies of the node manager can be used simultaneously to
monitor more than one node at a time.
Nodes may be monitored using the alarm window, which will display thealarms from the nodes. These may be filtered for their level of urgency, for
example.
When a node is being viewed, the node manager has an equipment view feature.By clicking on the parts of this view, data can be found about the item of
interest. For example, clicking on the battery will bring up the data for the batteries in that node.
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Modem Link
Node Manager
Remote PC
Node Manager
Local PC
LMP
RS232Rectifier
CCUA
UltraSite Support UltraSite BTS
Node
PC at NMS
NMS
BSC / RNC
Q1 Port
RS485(Q1 Bus)
Abis BusQ1 has slotson Abis
DN0099772
Figure 5 PSM overall system architecture
5.2 NMS
NMS is the operation and maintenance related part of the network and is needed
for control of the whole GSM network. A network operator detects and
maintains the network quality and service offered through the NMS. At PSMlevel, the NMS is connected via the Q1-bus which allows a graphical interface
for management of Nokia UltraSite Support.
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Nokia PSM
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5.3 Operation
Operation of the CCUA consists of the following functions:
• storing Nokia UltraSite Support configuration information (or sendinformation to the BTS – can be monitored via NMS),
• collect and log Nokia UltraSite Support data and alarms
• send alarms signals to the BTS when required
• perform a regular battery condition test, initialised remotely if required,
• allow Nokia UltraSite Support alarms, controls and logging information
to be accessed locally.
5.4 Operation system
The operation system of the Nokia PSM functions so that when a fault situation
occurs, an alarm is sent via the Nokia UltraSite Support controller (CCUA) to
the NMS. After the alarm (Urgent, Warning or Message) has been delivered tothe NMS, the CCUA will be contacted either automatically or manually usingthe Q1 interface, enabling more detailed information to be accessed about the
cause of the alarm. In cases where there is a need for remote controlling of the
Nokia UltraSite Support the connection will be made manually from the NMSusing the Q1 interface.
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6 Construction
The Nokia UltraSite Support cabinet design is based upon the Nokia UltraSite
GSM BTS core mechanics design. The outer frame of the core mechanics is
used as the main body of the cabinet, however the inner frame is replaced by aframe suitable for mounting rectifiers, AC/DC distribution units, space for customer equipment and/or batteries. These units can be flexibly configured
depending on system requirements.
Integrated battery backup (IBBU) is part of the UltraSite GSM Base Stationcabinet. The IBBU takes the place of 6 TRXs. It is suitable for horizontally
assembled rectifiers, and AC/DC distribution units. Batteries are assembled tothe right side of the cabinet.
The Indoor and Outdoor Kits for the core mechanics can be used with bothcabinets.
6.1 Indoor cabinets
The Indoor kit can be added to the basic cabinet mechanics to create an indoor
cabinet. The Indoor kit consists of a front door and a back panel.
The sealing class of the Nokia UltraSite Support Indoor is identical to the Nokia
Intratalk BTS cabinet, that is GSM 11:22, IEC 529 class IP20. The EMC
surface is the Nokia UltraSite Support cabinet.
The footprint of the Nokia UltraSite Support Indoor is identical to the Nokia
Intratalk BTS cabinet. The dimensions of the cabinet are W600 x D570 xH1800 mm.
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Construction
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6.2 Outdoor cabinets
The Outdoor kit can be added to the basic cabinet mechanics to create an
outdoor cabinet. The Outdoor kit consists of a front door, a back panel, side panels, a roof and a plinth.
The Nokia UltraSite Support Outdoor provides the sealing class required for anoutdoor Site Support cabinet, that is GSM11:22, IEC 529 class IP55. Thestandard cabinet is cooled by a forced ambient air flow. This method is calledopen air-cooling. The sealing class of the electronics inside the units of the
cabinet is IP54 when these units are located inside the cabinet. If customer equipment is installed or the surrounding environment is extremely hot, a
cooling device should be used.
The footprint of the Nokia UltraSite Support Outdoor is identical to the NokiaCitytalk BTS cabinet. The dimensions of the cabinet area are W770 x D750 xH1940 mm.
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7 Product structure of the Nokia UltraSiteSupport
This chapter describes all the elements inside the Nokia UltraSite Support,
namely the rectifier units (BATA), cabinet controller unit (CCUA), AC/DCdistribution unit (ADUA or ADUB), batteries (BBAH or BBAG) and the spacefor customer equipment.
7.1 Rectifier units (BATA)
The 1300W constant power rectifier units (BATA) generate the float charging
voltage to the batteries and the DC power supply to BTS and LTE equipment.
The nominal output voltage (54VDC at 25 °C) of the BATA is programmableand temperature compensated. It is possible to add or remove a BATA unit tothe Nokia UltraSite Support without disrupting the DC power to the BTS or
customer equipment.
The BATA can be used in both the IBBU and separate site support cabinets. Inthe site support cabinet, the BATA is installed vertically but horizontally in the
IBBU.
7.2 Cabinet controller unit (CCUA)
The CCUA is a programmable control unit which enables control and
management of the Nokia UltraSite Support, with the following features:
• automatic battery test (manual testing is also possible),
• unit serial and version number reporting (controller and rectifiers),
• deep discharge protection for batteries,
• Power System Management (PSM) interface via the Q1 bus; facilitates
remote control/monitoring from the NMS,
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• Local control/monitoring by using a laptop PC and PSMMan software,
• local and remote alarms,
• battery temperature compensated float voltage,
• programmable DC output voltage for different battery types.
7.3 AC/DC distribution unit (ADUA, ADUB)
The power distribution units (ADUA for IBBU or ADUB for Site Supportcabinet) provide power to all loads located in the Nokia UltraSite. The CCUA is
located inside these power distribution units. The AC inlet for the site isconnected to the ADUx, which contain DC distribution and feature circuit
breakers for each single power outlet, e.g. BTS, customer equipment and
batteries.
7.4 Batteries (BBAH, BBAG)
The battery capacity for the Nokia Ultra Site Support should be determinedaccording to the required back-up time and the desired power load. Theavailable battery capacity depends upon the configuration of the Nokia UltraSite
Support. In the IBBU, the number of battery strings has been limited to one, sothe maximum battery capacity of BBAG is limited to 40 Ah. In the case of the
Site Support cabinet, it is possible to use up to four battery strings, with theBBAH batteries located in a separate battery cabinet, giving a maximum
capacity of 360 Ah.Batteries are equipped with temperature sensors.
7.5 Space for customer equipment
The space for customer specific equipment is known as LTE space. Because the
Site Support cabinet is a modular system, the LTE space can vary from 6U to
18U (19" × 300 mm × 6U to 19" × 300 mm ×18U; W×D×H). In the outdoor cabinet the maximum available space for LTE is 12U. However a further option
is available which adds another 6U as separate space.
If customer equipment space is installed in an outdoor cabinet, a cooling device
is used as the space is IP54 protected.
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7.6 Options
The following is a list of options available for the Nokia UltraSite Support:
• AC and DC filters,
• overvoltage protection,
• heater,
• cooling device for LTE,
• earthquake accessories for batteries and cabinet.
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Technical specifications
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8 Technical specifications
This chapter provides all necessary technical data and standard specifications
relating to UltraSite Support equipment.
8.1 Electrical and mechanical details
Table 4 Electrical and mechanical details
Item Description
Nokia UltraSite Support indoor cabinet:
Dimensions: W x D x H mm 600 x 570 x 1800 mm
Maximum weight (approximate) 440 kg (with extension cabinet 980 kg)
Nokia UltraSite Support outdoor cabinet:
Dimensions: W x D x H mm 770 x 750 x 1940 mm
Maximum weight (approximate) 510 kg (with extension cabinet 1120 kg)
BATA:
Input voltage; range 208… 240 VAC (+20%)
Power factor >0.95;at 50…100% load
Output constant output power 1300 W
Output voltage 40 - 57 VDC (positive earthed) at 25oC
Efficiency > 90% @ 75… 100% load> 88% @ 50… 75% load
Temperature range -40oC to +60
oC
Protection Over temperature
Protection class IP54
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Item Description
Dimensions: W x D x H mm 75 x 330 x 270 mm
Weight 7.5 kg approximately
CCUA:
Input voltage 36 V to 60 VDC
Weight <2 kg
Protection class IP54
ADUA; ADUB
Height 150 mm (ADUA); 230 mm (ADUB)
Width 270 mm (ADUA); 505 mm (19”) (ADUB)
Depth 330 mm (ADUA); 365 mm (ADUB)
Weight ADUA10 kg, ADUB30 kg
Protection class IP54
AC input:voltage
frequencymaximum current
1 phase, 208 V to 240 VAC (+ 20%), sine wave3-phase, 415 VAC maximum, sine wave50 to 60 Hz25 A/phase (ADUA);40 A /phase (ADUB)
DC output:Nominal outputOutput voltage rangeOutput current
Maximum current
54 VDC (from rectifiers at at 25oC)
39 to 57 VDCrated by circuit breakers
200 A (ADUA); 400 A (ADUB)
BBAH; BBAG:
One battery compartmentdimension: W x D x H mm 475 x 400 x 285 mm (BBAH)
200 x 169 x 173 mm (BBAG)
Battery capacity 90Ah at 20°C (BBAH)
40Ah at 25°C
Approximate weight: 90Ah (48 V string) 120 kg
40Ah (48 V string) 65 kg
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Technical specifications
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8.2 Safety and EMC standards
Table 5. Safety and EMC standards details
Standard Description
Safety IEC950/EN60950UL1950FCC68GR-1089-CORE
EMC IEC1000-4-2 to 6/EN1000-4-2 to 6IEC1000-4-11/EN1000-4-11EN55022 Class BEN61000-3-2 to 3/IEC1000-3-2 to 3/EN60555-2to 3IEC1000-4-8 to 9FCC Class B, part 15GR-1089-CORE EMC
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Nokia UltraSite Support
Glossary
AC Alternating Current
ADUA AC / DC Connection Unit version A, used in the Nokia UltraSite Support IBBU
ADUB AC / DC Connection Unit version B, used in the Nokia UltraSite Support
Alarm Announcement given to the operating personnel about abnormal function of thesystem or about a failure, or an indication of the degradation of the service level or performance
Alarm status The current status of the system; indicates what alarms are active, if any
BATA Battery backup unit version A, rectifiers used in the Nokia UltraSite Support
BBAH Batteries used in the Nokia UltraSite Support
BTS Base Transceiver Station; Base Station
CCUA Cabinet Control Unit
DC Direct Current
EDGE Enhanced Data rates for GSM Evolution
EMC Electromagnetic Compatibility
EN European Norm
IBBU Nokia UltraSite Support Integrated Battery Backup Unit
IEC International Electrotechnical Commission
LTE Line Termination Equipment
NMS Network Management System
Q1 Nokia proprietary transmission management protocol
PSM Power System Management, for the remote controlling and supervision of NokiaPower Supply Systems by the NMS
RAS Radio Access Systems
SDH Synchronous Digital Hierarchy
Site Specific installation location of a given BTS
Siteapplication
Complete telecom solution for the planned area i.e. road side, rural, suburban or urban, where the capacity, coverage and expansion needs differ
SW Software
TRX Transceiver unit, transmits and receives RF signals
U Standard measurement unit of mechanics; 44.45 mm (1.75 in)
UL Underwriters Laboratories
WCDMA Wideband Code Division Multiple Access