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Nokia Intratalk GSM 1900 BTS

User Manual, Version 6

467255A_606_NOLSP

DN99594248 Nokia Corporation 1 (40)

Issue 7 en Nokia Proprietary and Confidential

Installation requirements

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2 (40) Nokia Corporation DN99594248

Nokia Proprietary and Confidential Issue 7en

The information in this documentation is subject to change without notice and describes onlythe product defined in the introduction of this documentation. This documentation is intendedfor the use of Nokia's customers only for the purposes of the agreement under which thedocumentation is submitted, and no part of it may be reproduced or transmitted in any form ormeans without the prior written permission of Nokia. The documentation has been prepared tobe used by professional and properly trained personnel, and the customer assumes fullresponsibility when using it. Nokia welcomes customer comments as part of the process ofcontinuous development and improvement of the documentation.

The information or statements given in this documentation 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 and the customer. However, Nokiahas made all reasonable efforts to ensure that the instructions contained in the documentationare adequate and free of material errors and omissions. Nokia will, if necessary, explain issueswhich may not be covered by the documentation.

Nokia's liability for any errors in the documentation is limited to the documentary correction oferrors. NOKIA WILL NOT BE RESPONSIBLE IN ANY EVENT FOR ERRORS IN THISDOCUMENTATION OR FOR ANY DAMAGES, INCIDENTAL OR CONSEQUENTIAL(INCLUDING MONETARY LOSSES), that might arise from the use of this documentation orthe information in it.

This documentation and the product it describes are considered protected by copyrightaccording to the applicable laws.

NOKIA logo is a registered trademark of Nokia Corporation.

Other product names mentioned in this documentation may be trademarks of their respectivecompanies, and they are mentioned for identification purposes only.

Copyright Nokia Corporation 2002. All rights reserved.

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Hereby, Nokia Corporation, declares that this product is in compliance with theessential requirements and other relevant provisions of Directive: 1999/5/EC.

The product is marked with the CE marking and Notified Body number according to the

Directive 1999/5/EC

FCC FCC 15.21 - Information to user - This product is used as an intentional radiated

equipment and any changes or modifications on the equipment without any approval

by Nokia could void the user's authority to operate the equipment.

FCC 15.105 - Information to user - This equipment has been tested and found to

comply with the limits for a Class B digital device, pursuant to part 15 of the FCC

Rules. These limits are designed to provide reasonable protection against harmful

interference in a residential installation. This equipment generates, uses and can

radiate radio frequency energy and, if not installed and used in accordance with theinstructions, may cause harmful interference to radio communications. However, there

is no guarantee that interference will not occur in a particular installation. If this

equipment does cause harmful interference to radio or television reception, which can

be determined by turning the equipment off and on, the user is encouraged to try to

correct the interference by one or more of the following measures:

Reorient or relocate the receiving antenna.

Increase the separation between the equipment and receiver.

Connect the equipment into an outlet on a circuit different from that to which the

receiver is connected.

Consult the dealer or an experienced radio/TV technician for help.

0523

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Contents

Contents 5

List of tables 6

List of figures 7

1 Introduction 11

2 Environment 132.1 Storage 132.2 Transport 132.3 Operation 142.4 EMC shielding 15

2.5 Acoustic noise 152.6 Safety 16

3 Space requirements 173.1 Cabinet dimensions and weights 183.2 Service clearances 193.3 Installation base requirements 203.4 Lifting and mounting 21

4 Power requirements 254.1 Supply voltage 254.2 Nokia EmPower support cabinets 264.2.1 Nokia EmPower 1100 26

4.2.2 Nokia EmPower 1900 274.2.3 Power System Management 274.3 Fuses 274.4 Earthing 274.5 Power consumption 28

5 Cabinet interfaces 315.1 Antenna connectors 325.2 A-bis interface 335.3 Test connections 335.4 External alarm and control signals and support alarms 34

6 Installation overview 356.1 Checking the site 356.2 Fault reporting 356.3 Site folders 366.4 Installation Tools And Accessories 366.5 System torque settings 37

References 39

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List of tables

Table 1. Climatic conditions during storage 13

Table 2. Climatic conditions during transport 14

Table 3. Climatic indoor conditions during operation 14

Table 4. Mechanical conditions during operation 15

Table 5. Nokia Intratalk BTS dimensions and weights 19

Table 6. Weights of indoor cabinet parts 19

Table 7. Input voltage ranges 25

Table 8. Fuse ratings 27

Table 9. Maximum power consumption 28

Table 10. Power consumption of options 29

Table 11. Antenna connectors 32

Table 12. A-bis interface connectors 33

Table 13. Test connectors 33

Table 14. Customer control outputs and alarm inputs 34

Table 15. Connectors 34

Table 16. Installation tools 36

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List of figures

Figure 1. Nokia Intratalk BTS 18

Figure 2. Top view of service clearances for Nokia Intratalk 20

Figure 3. Basic and Extension cabinet bolt holes 22

Figure 4. Bolting method 23

Figure 5. Basic cabinet interfaces 31

Figure 6. Extension cabinet interfaces 32

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Summary of changes

Version 6, 2ndAugust 2000.

Version 7, 16thNovember 2001:

Added section 4.2, covering EmPower 1100 and EmPower 1900

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Introduction



1 IntroductionRead carefully Reference [1] in this User Manual when planning the site.

This document details the installation requirements for the Nokia Intratalk GSM900, GSM 1800 and GSM 1900 BTS.

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Environment



2 Environment2.1 Storage

Because the units are sensitive to electrostatic and susceptible to mechanical

damage, the units must be kept in their original protective packages until requiredfor use.

The environmental conditions during storage are defined according to ETSI 300019-1-1 class 1.3E.

2.2 Transport

The environmental conditions during transport are defined according to ETSI 300019-1-2 class 2.3. Mechanical conditions are defined according to ETSI 300 019-1-2 class 2.2.

Table 1. Climatic conditions during storage

Environmental parameter Value/unit

Air Temperature Range -45 ... +45 C (-49 +113 F)

Relative Humidity 8 %

High Relative Humidity 100 %

Absolute Humidity Range 0.03 ... 30 g/m3

Temperature Change Rate 0.5 C/min (0.9 F/min)

Air Pressure Range 70 ... 106 kPa (10.15 23.21 psi)

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2.3 Operation

The Nokia Intratalk GSM 900/1800/1900 BTS is designed to operate intemperature-controlled, weather-protected conditions.

The environmental conditions are defined according to ETSI 300 019-1-3 class3.2.

Table 2. Climatic conditions during transport

Environmental parameter Value/unitAir Temperature Range 40 ... +70 C (-40 +158 F)

High Relative Humidity 95 %

High Absolute Humidity 60 g/m3

Low Air Pressure 70 kPa (10.15 psi)

Table 3. Climatic indoor conditions during operation


Air Temperature Range -5 ... +45 C (+23 113 F)

Relative Humidity Range 5 ...95 %

Absolute Humidity Range 1 ... 29 g/m3

Temperature Change Rate 0.5 C/min (0.9 F/min)

Air Pressure Range 70 ... 106 kPa (10.15 23.21 psi

Solar Radiation (max.) 700 W/m2

Movement of Surrounding Air (max.) 5 m/s

Condition of Condensation No

Condition of Wind-driven Rain, Snow,

Hail

No

Condition of Water from Sources

other than Rain

No

Condition of Icing No

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Environment



The mechanical conditions during operation are defined according to ETSI 300019-2-3 class T 3.2.

2.4 EMC shieldingThe cabinet functions as an EMC shield which confines the radiation produced bythe plug-in units to the cabinet and protects the plug-in units againstelectromagnetic fields outside the cabinet as required in

FCC Rules 2 Subpart J, Part 15, Part 24 Subpart E

BELCORE GR1089

ETS 300-342-2

2.5 Acoustic noise

The acoustic noise generated by the equipment is measured according to ISO3743 or ISO 3744. The noise is sound power (dB).

Sand (max.)

30 mg/m

3

Dust (suspension, max.) 0.4 mg/m3

Dust (sedimentation, max.) 350 mg/m2d

Table 4. Mechanical conditions during operation


Stationary vibration,

sinusoidal

Frequency range

Velocity

Peak acceleration

5 - 200 Hz

5 mm/s, 5 - 62 Hz

2 m/s2, 62 - 200 Hz

Non-stationary vibration,

including shock (m = 100

kg)

Acceleration amplitude

Pulse duration

50 m/s2

6 ms

Table 3. Climatic indoor conditions during operation (Continued)


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The cabinet fulfils ETS 300 019 1-3 class 3.2 (GSM 11.22), according to whichthe maximum noise generated by the BTS is 65 dB(A). The noise level specifiedfor the Nokia GSM 900/1800/1900 BTS is, however, lower than that, and inpractice, it does not exceed 60 dB(A).

2.6 Safety

The cabinet fulfils the relevant safety requirements: IEC 215, IEC-950, withCenelec common modifications, including UL and CSA deviations.

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Space requirements



3 Space requirementsRefer to Reference [2] for the actual cabinet installation instructions.

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Note

3.1 Cabinet dimensions and weights

Figure 1. Nokia Intratalk BTS

The width dimension includes a small amount of space required to accommodatethe screw heads fitted to both sides of the cabinet (see Reference [2]).

1600 mm(62.4 in)

600 mm (23.4 in)

480 mm

(18.7 in)

DN99594251

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Space requirements



Note

For a single basic cabinet, the overall dimension is 618 mm (24.3 in) see Figure1. For a double cabinet installation, the overall dimension is 1221mm (48.1 in)see Figure 3.

3.2 Service clearances

Following minimum clearances are required around the cabinets for service andcabling access and to ensure proper air circulation.

Table 5. Nokia Intratalk BTS dimensions and weights

Nokia Intratalkindoor cabinet

Basic cabinet Extension cabinet

Height 1600 mm (62.4 in.) 1600 mm (62.4 in.)

Width 600 mm (23.4 in.)

(see Note)

600 mm (23.4 in.)

(see Note)

Depth 480 mm (18.7 in.) 480 mm (18.7 in.)

Cabinet Weight without

Units, with Roof, Front

Door and Back Panel

132 kg (291 lb) 125 kg (275 lb)

Maximum OperationalWeight with AFxs 239 kg (527 lb) 218 kg (480 lb)

Maximum Operational

Weight with RTCs

267 kg (588.6 lb) 186 kg (410 lb)

Table 6. Weights of indoor cabinet parts

Unit Weight

Front Door 23 kg (51.0 lb)

Back Panel 14 kg (31 lb)

Roof 4 kg (8.8 lb)

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100 mm (3.9 in) between the cabinet back panel and wall (more if rearaccess is required)

100 mm (3.9 in) between the cabinet side panel and wall

300 mm (11.7 in) above the cabinet top

600 mm (23.4 in) at the cabinet front

Note that the Extension cabinet is always mounted to the left of the Basic cabinet.

Figure 2. Top view of service clearances for Nokia Intratalk

3.3 Installation base requirements

The base for the BTS must be level. Requirements for the base are as follows:

Aberration from plane: 2.5 mm(1.0 in.) over1600mm(62.4 in.) span trueto the horizontal plane. Note that there should be no steps in the level of thebase.

Inclination: max. 2 mm/metre. (1.0 in/50 in.)

490 mm(19.1 in)

min. 1400 mm (54.6 in)

600 mm(23.4 in)

BasicExtension

min. 100 mm (3.9 in)

Recommended 1800 mm (70.2 in)

Door Door

DN99594263

600 mm(23.4 in)

min. 100 mm (3.9 in)

min. 100 mm (3.9 in)

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Space requirements



Caution

Caution

Note

Inclination of Nokia Intratalk can be corrected with the levelling screwsfunctioning as cabinet feet.

The base under the cabinet must be made of, or covered with, non-flammablematerial.

3.4 Lifting and mounting

The cabinet should be lifted into position by crane or another mechanical liftingmethod. For this purpose there are four fastening points for M12 lifting eye bolts

on the cabinet top. The lifting eye bolts are an option (LEKA Kit 466289A).

Although the cabinet can be mounted free-standing, bolting to the base isrecommended.

If there is the slightest danger of the cabinet toppling over, as in earthquake areas,the cabinet must be bolted to the base.

The cabinet has six bolting points at the cabinet bottom for anchor bolts. The frontand middle bolting points are accessible through the front door. For access to therear bolting points, the cabinet back panel must be removed.

M10 is recommended anchor bolt size, a suitable anchor bolt is, for example,M10*30P, diameter 16 mm (depth of bolt hole 65 mm). The bolts are supplied bythe customer.

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Note

Figure 3. Basic and Extension cabinet bolt holes

There is a 3.0 mm gap between the cabinets to accommodate the space plate.

The overall dimension of the fitted cabinets includes an allowance for the screwheads fitted on each outer side wall.

A minimum clearance of 21 mm (0.8 in.) must be left between the base and thecabinet bottom to ensure adequate air flow. Figure 4shows how to bolt thecabinet.

179mm

(7.

0

in)

359mm

(14.

1

in)

303 mm(11.9 in)

1203 mm (47.4 in) (See Note)

150 mm(5.9 in)

480mm

(18.

9

in)

DN99594275

145mm

(5.7

in

)

Bolting Hole

150 mm(5.9 in)

150 mm(5.9 in)

300 mm(11.8 in)

300 mm(11.8 in)

150 mm(5.9 in)

179mm

(7.

0

in)

1221 mm (48.1 in) (See Note)

3.00 mm(0.12 in) Gap

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Space requirements



Figure 4. Bolting method

FloorAdjustable Feet (4 pcs)

2cm (0.8 in)

Max. M10

Cabinet Fixing NutCabinet Supporting NutAnchor Bolt Fixing Nut

Anchor Bolt

Optional FloorMounting Plate

Minimum DistanceFor Air Flow 2cm (0.8 in)

DN99594299

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Power requirements



WARNING

4 Power requirements

The AC power supply must incorporate a readily accessible disconnectdevice for disconnecting the cabinet from the mains AC power supply. All

electrical installations must be carried out according to the national wiringrules and regulations.

The installation input supply wiring must incorporate a fuse or circuitbreaker, rated to suit continuous protection against short circuit.

4.1 Supply voltage

Two power supply options are available, 230 VAC and -48/-60 VDC. The quality

of the supply voltage conforms to the ETSI 300 132 specification.

The maximum cable cross-section that can be connected to the AC terminal block

is 6 mm2. The minimum cable cross-section is 2.5 mm2. Dimension of the cablecross-section must meet the national legislation.

There is one input for DC and two (only one of which is used in the Intratalk BTScabinet) for AC supply on the cabinet top:

For AC supply:

Table 7. Input voltage ranges

Nominal input voltage Alarm limits

-48 VDC -39 ... -57 VDC

-60 VDC -50 ... -72 VDC

208 - 240 VAC ALARM ON: 175 VAC - 185 VAC

ALARM OFF: 185 VAC - 195 VAC

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live (L), neutral (N), and protective earthing (PE)

type of AC power supply connectors: three 2.5 ... 6 mm2terminal blocks

For DC supply:

-48 VDC (-), 0 VDC (+)

type of DC power supply connectors: two plus two 10 ... 16 mm2 terminalblocks

The cables are lead to the terminal blocks through clamps with which they aresecured to the cabinet top to prevent strain in the cables.

Power feed for the Extension cabinet can be arranged through the Basic cabinetusing jumper cables (delivered with the Extension cabinet), or directly to the

Extension cabinet, in which case the customer supplies the cabling.

4.2 Nokia EmPower support cabinets

The Nokia EmPower 1100 and EmPower 1900 indoor cabinets are used with theNokia Talk-family GSM Intratalk base transceiver stations (BTSs). In normaloperation the rectifiers deliver power to the load and simultaneously maintain thebatteries in a fully charged state.

During a mains power failure, the rectifiers are shut down and the batteries deliver

the load power. When the mains input is restored, the rectifiers start upautomatically to deliver the load power and recharge the batteries.

Nokia EmPower indoor cabinets also contain alarm monitoring and remotereporting for system maintenance purposes.

Nokias Power System Management (PSM) is a local and remote managementsystem used with Nokia EmPower support cabinets. All Nokia EmPower 1100and EmPower 1900 indoor cabinets are supplied complete with a Nokia PSMinterface adapter (Q1IA/Q1A) installed (see Section 4.2.3).

4.2.1 Nokia EmPower 1100

The EmPower 1100 indoor cabinets deliver 8.8 kW of steady state power with anoption to upgrade to 17.6 kW with a separate Extension cabinet.

For further details of how the EmPower 1100 operates, refer to theEmPower1100 User Manual, see Reference [4].

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Power requirements



4.2.2 Nokia EmPower 1900

The Nokia EmPower 1900 indoor cabinets deliver 7.6 kW of steady state powerwith an option to upgrade to 15.2 kW with a separate Extension cabinet.

For further details of how the EmPower 1900 operates, refer to theEmPower1900 User Manual, see Reference [5].

4.2.3 Power System Management

Nokias Power System Management (PSM) is a local and remote managementsystem for controlling and managing Nokia Site Support Systems (SiSS) andBattery Back-Up Units (BBUs) that support Nokia Talk-Family BTS.

For further details of how the PSM operates, refer to the PSM User Manual, see

Reference [3].

4.3 Fuses

The recommended external fuse type is SLOW. Fuse ratings based on maximumconfiguration and all options are detailed in Table 8.

Fuse ratings for other configurations may be calculated from the anticipatedpower consumption figures, but it should be noted that if the equipment isupgraded at a later stage, the fuses may have to be changed.

4.4 Earthing

Earthing is carried out according to the local legislation. The cabinets are

provided with a 16 mm2grounding terminal. The Extension cabinet can beearthed through the Basic cabinet. An earthing cable is provided with theExtension cabinet for this purpose.

Table 8. Fuse ratings

Configuration -48 V -60 V 230 V

6 TRX BTS (Basic

cabinet)

32 A 25 A 10 A

12 TRX BTS

(Basic and

Extension cabinet)

63 A

(or 2*32 A)

50 A

(or 2*25 A)

16 A

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Note

4.5 Power consumption

Table 9shows the maximum power consumption in typical configurations.

The power consumption of GSM 900 Transceiver Unit TRXA is 170 W, that ofthe GSM 1800 Transceiver Unit TRXD is 200 W, and that of the GSM 1900Transceiver Unit TRXE is 160 W.

Table 9. Maximum power consumption

Configurationwith AFx and

RTC

Maximum input power [W] without options

GSM 900 GSM 1800 GSM 1900

1 TRX, AFx 300 330 290

4 TRXs, AFx, dual

duplex (in Basic

cabinet)

850 950 820

1+1+1 TRXs, AFx 650 800 620

2+2+2 TRXs, AFx 1250 1450 1250

3+3+3 TRXs, AFx

(Basic+ Extension

cabinet)

1850 2100 1850

4+4+4 TRXs, AFx 2350 2700 2350

3 TRXs, RTC 650 800 N/A

4 TRXs, RTC 850 950 N/A

6 TRXs, RTC 1200 1400 N/A

1+1+1 TRXs, RTC 650 800 N/A

2+2+2 TRXs, RTC 1250 1450 N/A

3+3+3 TRXs, RTC 1800 2050 N/A

4+4+4 TRXs, RTC 2300 2650 N/A

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Power requirements



Table 10. Power consumption of options

Option Power consumption (measuredat BTS input)

Second Transmission Unit (TRU) 12 W

Site Test Monitor unit (STM) 40 W

Masthead Preamplifier (MHP) 10 W per cell (maximum 6 pcs)

RRI 48 VDC/72 W (maximum 2 pcs)

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Cabinet interfaces



5 Cabinet interfacesAll external interfaces are located on the cabinet top as shown in Figure 5andFigure 6.

Figure 5. Basic cabinet interfaces

DN99594306

A-bis Connectors AC/DC Power SupplyFilter Module

Earthing Bar

TX/RX Antennas

RX Antennas

ustomer ontrols 1-6and Alarms 1-12

Customer Alarms 13-24Support Alarms

13 MHzTest

MMITest

FCLKTest

STM ANTConnector

1

2

3

4

5

6

7

8

9

RRI DMRAntennas

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Figure 6. Extension cabinet interfaces

5.1 Antenna connectors

Cover Panels Earthing Bar

TX/RX Antennas

ower upp yFilter Module

r ng oarCover Plate

DN99594481

A-bis BoardCover Plate

12

11

10

Table 11. Antenna connectors

Interface connector Connector type Cable diameter

TX/RX antenna

connectors, 3 pcs in Basic

cabinet

7/16 connector, female 9 to 28 mm (0.35 to 1.1

in.)

RX antenna connectors, 6

pcs in Basic cabinet

7/16 connector, female 9 to 28 mm (0.35 to 1.1

in.)

TX/RX connectors, 3 pcsin Extension cabinet

7/16 connector, female 9 to 28 mm (0.35 to 1.1in.)

RRI (DMR) Antenna

Connectors, 3 pcs in

Basic cabinet

N connector, female Coaxial A/B, RG214,

diameter 10.5 mm (0.41

in.)

STM Antenna Connector,

1 in Basic cabinet

N connector, female For example, coaxial

cable A/B, RG214,

diameter 10.5 mm (0.41

in.)

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Cabinet interfaces



5.2 A-bis interface

5.3 Test connections

Table 12. A-bis interface connectors

Interface Connector Connector type Cable diameter

A-bis75-ohmConnectors,

5 pcs x 2 (OUT and IN)

BNC connector, female 2.4 ... 2.8 mm, bend

radius 20 mm (0.79 in.)

75-ohm connector for

external unbalanced

synchronisation, 2 pcs

(OUT and IN)

BNC connector, female 2.4 ... 2.8 mm, bend

radius 20 mm 0.79 in.)

A-bis 100/120-ohm

Connector, 5 pcs x 2(OUT and IN)

D9 connector, (UNC4-40)

female

3.5 ... 4.5 mm, bend


100/120-ohm balanced

connected for external

synchronisation, 1 pcs

(OUT and IN)

D9 connector, (UNC4-40)

female

3.5 ... 4.5 mm, bend


Table 13. Test connectors

Interface connector Connector type

13MHz Test Connector BNC connector, female

FCLK Test Connector BNC connector, female

MMI Test Connector 9-pin D-type, female, (UNC 4-40) for

asynchronous serial RS232C connection,

operation speed 9.6, 19.2, 38.4, 57.6, or 115.2

kbit/s.

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5.4 External alarm and control signals and supportalarms

The external alarm and control connections provide 24 alarm and 6 control linesfor the customer. EAC input and output polarity can be defined in MMI HWdatabase (alarm active low or high).

Table 14. Customer control outputs and alarm inputs

6 control

types

Open collector type, with serial resistor limiting

current:

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Installation overview



6 Installation overviewThe installation process is detailed in the User Manual from the time the BTSequipment is delivered on site to BTS power-up prior to commissioning.

Installation must be carried out by trained personnel.

6.1 Checking the site

The cabinet installation phase requires that the site be properly surveyed andprepared, and all required external services correctly installed. The site surveymust identify any special requirements for the installation, such as liftingequipment.

The site must meet the following requirements before the installation can bestarted:

1. The site is accessible and safe for working.

2. Lifting and other equipment is available as defined in the Site SurveyReport.

3. External connections for the cabinet are available: earthing point, mainspower (AC or DC according to the site), and A-bis connection point.

4. All required documentation is available, for example, site-specificinstallation instructions and site survey report

5. The BTS delivery is complete.

6.2 Fault reporting

Report all damages, failures and faults to Nokia using the Failure Report Formprovided by your nearest Customer Services (CS).

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6.3 Site folders

Nokia recommends a site-specific folder for every BTS site for recording the

following information:

Installation logs

Commissioning logs

Integration logs

Inventory lists

Site-specific installation information

6.4 Installation Tools And Accessories

The minimum tool requirement is listed in Table 16.

Table 16. Installation tools

Item Tool

1. Antistatic hand strap and cable

2. Screwdrivers; pozidrive (small and medium size), flat headscrewdriver (small size)

3. Insulated torque spanner/wrench

4. Torque spanner/wrench for SMA connectors

5. Side cutters

6. BTS door key; triangle key (included in the cabinet delivery)

7. Tie wraps

8. Drill, drill bit (e.g. for drilling the cabinet mounting holes to the

floor)

9. Paint (NCS S 1502-R)

10. Paint brush (small size)

11. Allen keys, 5 mm and 10 mm

12. Multimeter

13. Spirit level

14. Measuring tape

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Installation overview



6.5 System torque settings

Tighten the 7/16 connectors to 25 Nm (18.4 ft-lb) and the SMA connectors to 1Nm (0.74 ft-lb) torque.

15. Pen

16. Tweezers

17. Torque spanner/wrench and special tool for TX antenna

connection

18. Crimping tool

Table 16. Installation tools (Continued)

Item Tool

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References

1. Nokia Talk-family BTS Warnings and Cautions, DN99593973

2. Nokia Intratalk Cabinet Installation. DN99596004

3. PSM User Manual, CS78550.01

4. EmPower 1100 User Manual, CS78530.01 Version 1

5. EmPower 1900 User Manual, CS78540.01 Version 1

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