OHLFAU200SATGLOBALSTAR FIXED ACCES UNIT

EN/LZT 123 5051 R1A Additional InformationThis product is manufactured under licence to one or more of the patents of QualcommIncorporated, other patents pending. This user’s guide is published by Globalstar L.P. without any warranty. Improvements and changes to this user’s guide due to typographical errors, inaccuracies of current information or improvements to program and/or equipment, may be made by Globalstar L.P. at any time and without notice. Such changes will however be incorporated into new editions of this guide. All rights reserved. © Ericsson Mobile Communications (UK) Ltd. )L[HG$FFHVV8QLW )$8 USER GUIDESystem OverviewThe Globalstar Fixed Access Unit (FAU) is a new type of radio terminal that allows you tomake and receive telephone calls via Globalstar’s satellite network. The FAU acts as aninterface between the Globalstar satellite network and a locally connected telephone. Thisguide represents the FAU used in a residential application but is indicative of the otherapplication configurations.A diagram of the Globalstar network is shown below. Your local service provider will be ableto advise you on the range of compatible devicesFAU InstallationTypical NetworkSafety When using your telephone equipment basic safety precautions should always be followedto reduce the risk of fire, electric shock and injury to persons:• Do not use the telephone near water. • Avoid using the telephone (other than a cordless type) during an electrical storm. • Do not use the telephone to report a gas leak in the vicinity of the leak. • Do not attempt to modify your FAU installation or remove the FAU from it’s mounting. • Use only the power supply provided by your service provider to power the FAU. 4,901,307 5,416,797 5,566,357 5,627,857 5,056,109 5,426,392 5,568,483 5,629,955 5,099,204 5,442,627 5,572,172 5,629,975 5,101,501 5,452,473 5,574,773 5,633,881 5,103,459 5,461,639 5,576,662 5,638,412 5,107,225 5,469,115 5,577,022 5,640,414 5,109,390 5,475,870 5,577,025 5,642,398 5,228,054 5,479,475 5,581,575 5,644,591 5,257,283 5,485,486 5,588,043 5,644,596 5,265,119 5,487,175 5,590,069 5,646,991 5,267,261 5,490,165 5,590,406 5,652,599 5,267,262 5,497,395 5,590,408 5,654,979 5,283,536 5,499,280 5,592,481 5,655,220 5,289,527 5,504,773 5,592,548 5,657,420 5,307,405 5,506,865 5,594,718 5,666,122 5,309,474 5,509,015 5,596,570 5,673,259 5,339,046 5,511,067 5,600,754 5,675,644 5,341,456 5,511,073 5,602,833 5,687,229 5,373,259 5,528,593 5,603,096 5,689,557 5,383,219 5,544,196 5,604,730 5,691,974 5,392,287 5,546,459 5,617,060 5,692,006 5,396,516 5,561,618 5,621,784 5,408,697 5,566,000 5,621,853 5,414,796 5,566,206 5,625,876 Service Provider: Making a Call Receiving an Incoming CallDo’s and Don’ts The following tips will help you find simple faults in your telephone system.• Do wait to hear dial tone before dialling a telephone number. • Do consider waiting a few minutes to make your telephone call if the line is busy. • Do consult your local service provider/operator if you want to connect an extension telephone to the FAU • Do follow the procedure below if the telephone line appears not to be working: - check that the power to the FAU is ON. - check that the telephone is properly plugged into the socket. - if the line is still not working switch the power to the FAU OFF and then switch the power ON again. - wait for 1 minute before attempting to make a new telephone call. - if the problem persists report it to your local service provider/operator. • Don't use telephones with the FAU that have not been recommended by your local service provider/operator. • Don’t connect more than three phones to an FAU. • Don't tamper with the FAU installation or use non-approved power supplies • Don't allow objects to obstruct the FAU's view of the sky.

Fixed Access Unit (FAU) for Globalstar Systems FAU200 SAT Installation Handbook The product described in this manual conforms to the 98/13/EC Telecommunications Terminal Equipment (TTE) and Satellite Earth Station Equipment (SESE) Directive, the 89/336/EEC EMC Directive and the 73/23/EEC Low Voltage Directive. This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. First Edition: August 1999 This manual is published by Globalstar LP, without any warranty. Improvements and changes to this manual required by typographical errors, inaccuracies, or improvements to programs and / or equipment, may be made by Globalstar LP, at any time and without notice. Such changes will, however, be incorporated into new editions of this manual. All rights reserved. © 1999 Ericsson Mobile Communications (UK) Limited Publication number: EN/LZT 123 5050 R1A Printed in United Kingdom FAU Installation Handbook a LZT 123 5050 PA4 SAFETY Warnings . DANGER: EARTH LEAKAGE CURRENTS Under no circumstances should the FAU be operated without a protective earthing conductor. DANGER: HAZARDOUS VOLTAGES Hazardous voltages will be present within the FAU once power has been applied. DANGER: HAZARDOUS VOLTAGES Avoid electrical contact with the telephone wires, hazardous voltages may be present. WARNING: DANGER TO PERSONNEL The FAU may fall down if it is incorrectly mounted on pole. WARNING: HOT COMPONENTS The FAU case will become hot when working and care must be taken when handling a unit that has just been switched off. WARNING: DANGER TO PERSONNEL Ensure the FAU is securely mounted before powering-up. FAU Installation Handbook b LZT 123 5050 PA4 FAU Installation Handbook i LZT 123 5050 PA4 Contents General ............................................................................................. 1 Definitions and Abbreviations .............................................................................1 Product Description ........................................................................ 2 Globalstar System ................................................................................................2 Fixed Access Unit (FAU) ....................................................................................2 Pre-Installation ................................................................................. 3 Pre-Installation Planning ......................................................................................3 Planning the Location for the FAU ................................................................4 Radio Interference Sources (for Guidance Only) ...........................................5 Cable Routing .................................................................................................5 Lightning Protection .......................................................................................6 Switched DC Power Supply ............................................................................6 Pole Mounting ................................................................................................7 Preparatory field engineering work .....................................................................7 Preparation and Configuration of the FAU ..........................................................7 Installation ....................................................................................... 9 Assembling the FAU ...........................................................................................9 Fitting the FAU ..................................................................................................10 FAU Connections ..............................................................................................12 Telephone ( n ) ............................................................................................13 Power ( l ) ...................................................................................................13 Data ( s ) .....................................................................................................14 PDI ( 6 ) .......................................................................................................14 SAFETY - Earth/Ground ..............................................................................14 Commissioning .............................................................................. 15 Power-Up ...........................................................................................................15 Making a test call ...............................................................................................15 Receiving an Incoming Test Call .......................................................................15 Data Calls ...........................................................................................................15 Fault Finding ......................................................................................................16 Technical Data - FAU ..................................................................... 17 Power requirements ...........................................................................................18 Environmental ....................................................................................................18 Interfaces ............................................................................................................18 Air interface ..................................................................................................18 Installation .........................................................................................................18 Standards ............................................................................................................19 Physical .......…

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MARKING DRAWING1 (8) Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No. BA/EML/DP/X Bill Wrench151 86 - KRC 118 11 Uen Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - DateRevFile BA/EML/DP/ Sanjay Sakaria22/09/99B60694 Title FAU200 SAT Globalstar Fixed Access Unit C:\Ready_To_Convert\Doc\60694.DOC (Godkand enligt / approved according to: 1776- KRC 118 11-10) TYPE 0160101-BV: MARKING DRAWING FOR EXTERIOR LABELS 1 INTRODUCTION This document describes the markings for labels to be applied to the exterior of the KRC 118 11 module of the Globalstar Fixed Access Unit, FAU200 SAT, for commercial product following Type Approval. 2 LABEL 1 THE PRODUCT LABEL The label used for marking as the Product Label is defined in the Product Specification 1301 – SVF 930 1814. 2.1 PLACING The label shall be placed in the recess at the base of the FAU on the inside of the front skirt according to the Assembly Drawing (151 88) for KRC. 2.2 PRINT LAYOUT 2.3 DEFINITIONS: Operator & Equipment TypeTo be marked: “Globalstar Satellite Terminal” Product NameTo be marked: “Fixed Access Unit” Model NameTo be marked “FAU200 SAT” KRC numberThe KRC number for the product. R-stateThe R-state for the KRC according to the 1095 for the KRC. Serial Number as Bar Code Serial Number as Characters IMEI number as Bar Code IMEI number as characters Country of Manufacture & Ericsson Logotype Type Number G-field H-field Y-field Input Power Requirements Production Week Operator & Equipment Type Product Name Model Name KRC number & R-state MARKING DRAWING2 (8) Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No. BA/EML/DP/X Bill Wrench151 86 - KRC 118 11 Uen Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - DateRevFile BA/EML/DP/ Sanjay Sakaria22/09/99B60694 Title FAU200 SAT Globalstar Fixed Access Unit C:\Ready_To_Convert\Doc\60694.DOC IMEI number as bar codeSee below for definition of IMEI-numbers. The bar code shall only contain the digits of the IMEI numbers. IMEI numbers as charactersThe IMEI numbers have the following format: TAC - FAC - SNR Where TAC = the type approval code FAC = 51 for the Linköping factory = 19 for the Carlton factory SNR= A serial number from 000 001 to 999 999 Serial number as bar codeAccording to Ericsson corporate standard 102 01- 109. Serial number as charactersAccording to Ericsson corporate standard 0012 - 101. A51 is the Linkoping factory code in the Ericsson group factory number system according to Ericsson corporate standard 1129 -101. Country of Manufacture “Manufactured in Sweden by ” for units manufactured in Linkoping factory “Manufactured in UK by” for units manufactured in Carlton factory. Ericsson Logotype“Ericsson” and the Ericsson trademark shall be according to the corporate standard EN/LZT 109 502/2. Type number“TYPE: 0160101- BV” G-field R- state identification of the CXC-module according to the marking data 1/151 86 for KRC. H-fieldR- state identification of the hardware according to the marking data 1/151 86 for KRC. Y-fieldROA structure identification according to the marking data 1/151 86 for KRC. Input Power RequirementsTo be marked: “INPUT 44 - 54V --- 1.0 A Max” Production WeekThe production week shall be given as yy”W”ww (yy = Year, ww = week number). MARKING DRAWING3 (8) Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No. BA/EML/DP/X Bill Wrench151 86 - KRC 118 11 Uen Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - DateRevFile BA/EML/DP/ Sanjay Sakaria22/09/99B60694 Title FAU200 SAT Globalstar Fixed Access Unit C:\Ready_To_Convert\Doc\60694.DOC 2.4 PRINTING REGULATIONS The printing shall be permanent and easy to read. TypefaceOCR-B Type sizemin 1.1 mm Line spacingmin 1.5 mm Ericsson Logotypemin 2.25 mm MARKING DRAWING4 (8) Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No. BA/EML/DP/X Bill Wrench151 86 - KRC 118 11 Uen Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - DateRevFile BA/EML/DP/ Sanjay Sakaria22/09/99B60694 Title FAU200 SAT Globalstar Fixed Access Unit C:\Ready_To_Convert\Doc\60694.DOC 3 LABEL 2 APPROVALS LABEL The label used for marking the Approvals Label is defined in the Product Specification 1301 – SVB 15 390. 3.1 PLACING The label shall be placed in the left hand recess on the rear of the back plate according to the Assembly Drawing (151 88) for KRC. 3.2 PRINT LAYOUT 3.3 DEFINITIONS: CE Approval MarkItem 1 to be marked in accordance with 1424 – SVF 930 52 “0682” as digits with a printing size corresponding to the approval marks in 1 and 2. Item 2 to be marked in accordance with 1424 – SVF 930 53 FCC IdentifierTo be marked: “ FCC ID: OHL FAU200 SAT” Type number“TYPE: 0160101- BV” Item 3“Made for Globalstar by “ Item 4“Ericsson” and the Ericsson trademark shall be according to the corporate standard EN/LZT 109 502/2. Type Number CE Approval Mark (1, “0682”, 2) FCC Identifier 3, 4 MARKING DRAWING5 (8) Uppgjord (även faktaansvarig om annan) - Prepared (also subject responsible if other)Nr - No. BA/EML/DP/X Bill Wrench151 86 - KRC 118 11 Uen Dokansv/Godk - Doc respons/ApprovedKontr - CheckedDatum - DateRevFile BA/EML/DP/ Sanjay Sakaria22/09/99B60694 Title FAU200 SAT Globalstar Fixed Access Unit C:\Ready_To_Convert\Doc\60694.DOC 3.4 PRINTING REGULATIONS The printing shall be permanent and easy to read. Type NumberBlack printing. OCR-B, min height 1.5mm. Centred horizontally, 2mm down from top edge of label. CE Approval MarksBlack printing, min height 5.2mm. Centred horizontally, line spacing 1.5mm minimum. Typeface for FCC IdentifierBlack printing. OCR-B, min height 2mm. Centred horizontally, line spacing 1.5mm minimum. Item 3Black printing. OCR-B, max height 1mm. Centred horizontally, 2mm up from bottom edge of label. Ericsson Logotype (Item 4)1mm - 1.2mm in height. 2mm up from bottom edge and 2mm in from right edge of label. g MARKING DRAWING6 (8) Uppgjord (även fa…

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This device complies with Part 15 of the FCC rules.Operation is subject to the following two conditions:1) This device may not cause harmful interference, and2) This device must accept any interference received including interference that may cause undesired operation FCC ID: OHL FAU200 SAT Type 0160101-BV Made for Globalstar by ) 2 Serial Number: A61 XXXXCCC IMEI Number: TTTTTT-FF-SSSSSS- KRC 118 11 R1A YYWZZ Manufactured in Sweden ) INPUT 44-54V -- - 1.0A MAX Globalstar Satellite TerminalFixed Access Unit Type: 0160101- BV A A A FAU200 SAT Equipment Label: (Ericsson part number SVF 930 1814)Label size:185mmx12mm FCC Type ApprovalDeclaration Label: (Ericssonpart number SVF 930 1957)Label size:46mmx15mm Approvals Label:(Ericsson part number SVB15390)Label size:46mmx26mm Hot Surface Label: (Ericssonpart number SVF 930 1831 )Label size:46mmx26mm Protective Earth Label: (Ericssonpart number SVF 930 1849 ) Label size:10mmx10mm Labelling Information for the Globalstar Fixed Access Unit (FAU200 SAT) Document No: BA/EML/DP/FC 97:0820 Rev. A

This device complies with Part 15 of the FCC rules.Operation is subject to the following two conditions:1) This device may not cause harmful interference, and2) This device must accept any interference received including interference that may cause undesired operation FCC ID: OHL FAU200 SAT Type 0160101-BV Made for Globalstar by ) 2 Serial Number: A61 XXXXCCC IMEI Number: TTTTTT-FF-SSSSSS- KRC 118 11 R1A YYWZZ Manufactured in Sweden ) INPUT 44-54V -- - 1.0A MAX Globalstar Satellite TerminalFixed Access Unit Type: 0160101- BV A A A FAU200 SAT Equipment Label: (Ericsson part number SVF 930 1814)Label size:185mmx12mm FCC Type ApprovalDeclaration Label: (Ericssonpart number SVF 930 1957)Label size:46mmx15mm Approvals Label:(Ericsson part number SVB15390)Label size:46mmx26mm Hot Surface Label: (Ericssonpart number SVF 930 1831 )Label size:46mmx26mm Protective Earth Label: (Ericssonpart number SVF 930 1849 ) Label size:10mmx10mm Labelling Information for the Globalstar Fixed Access Unit (FAU200 SAT) Document No: BA/EML/DP/FC 97:0820 Rev. A

1.1 CFR47 SECTION 2.1033(C) 9 (TX POWER TUNING) The transmitter power tuning is controlled by the network. The information for the transmit power is sent by the Gateway and local AGC is used to maintain the power. The AGC is also used to limit the maximum transmit power under abnormal request sent by the gateway. The following tuning range is used: 0.5dB +/-0.5dB for a nominal 0.5dB change requested by gateway, over whole operating frequency range. 10dB +/-2dB for a nominal 10dB change requested by gateway, over whole operating frequency range.

Uppgjord -Prepared ERA/T/UD Martin Siegbahn Godkänd -Approved ERA/T/UF Christer Törnevik Kontr. -Checked Datum -Date 1999-07-02 Ert datum -Your date Rev A Dokumentnr -Document no T/U 99:327 Blad -Sheet 1 (4) Tillhör referens -File/reference Tfn -Telephone 70811 Dokument -Document CONFIDENTIAL REPORT INTERNAL INFORMATION Test report: measurements of SAR for the Globalstar FAU Ericsson EMF research laboratory, Kista Sweden Test Equipment: DescriptionAsset numberDue date DASY3 DAE3S/N 3049908 E-field probe ET3DV5S/N13340001 Dipole validation kit D1800V2S/N 0159908 Dielectric probe kit HP85070BS/N US330203180002 Network analyzer HP8752CS/N 3410A037320002 Power meter R&S NRVSS/N 848888/0520003 Power sensor R&S NRV-Z5S/N 828.3818.020002 Date: 990629Measured by: Martin Siegbahn, M. Sc. Datum -Date 1999-07-02 Rev A Dokumentnr -Document no T/U 99:327 Blad -Sheet 2 (4) Dokument -Document CONFIDENTIAL REPORT 1 Introduction This report presents the Specific Absorption Rate (SAR) measurement data for the Globalstar Fixed Access Unit (FAU). The measurements were conducted at the EMF Research Laboratory at Ericsson Research in Kista Stockholm accord- ing to the procedures described in the Ericsson SAR measurement specifica- tion[1]. The FAU was operated by Mark Fitter from the Satellite Hardware Group at BA/EML/RF. 2 Device Under Test The Globalstar FAU of version FP1 (S/N010) was measured with the normal 1600 MHz quadrifilar helix antenna. Measurements were performed for the cen- ter frequency of the TX band, channel 250 or 1618 MHz. The output power level of the transmitter was the maximum level of 32 dBm and no power gating was activated, i.e a CW signal was used. 3 Electrical parameters of the tissue simulating liquid. The parameters of the tissue simulating liquid for 1800 MHz were measured with the dielectric probe kit at 1618 MHz prior to the SAR measurement and the results are shown in the table 1 below. 4 System validation A system validation measurement for the DASY3 was performed using the 1800 MHz dipole validation kit and the obtained results are displayed in the table 2 below. The results were within 5% from the reference values obtained from the manufacturer of the system. ParameterValue Relative permittivity41.8 (±5%) Conductivity (S/m)1.55 (±10%) Table 1 The dielectric parameters at 1618 MHz for the tissue simulating liquid. SARAssessed valueReference value 1g (W/kg)40.138.2 10g (W/kg)20.219.5 Table 2The system validation results at 1800 MHz and the corresponding reference values. Datum -Date 1999-07-02 Rev A Dokumentnr -Document no T/U 99:327 Blad -Sheet 3 (4) Dokument -Document CONFIDENTIAL REPORT 5 Test setup The globalstar unit was positioned vertically and horizontally below the flat sec- tion of the DASY3 phantom at a distance of 5 cm between the antenna and the phantom shell. The setups for the two orientations are shown in Fig. 1 below. Figure 1. The setup of the Globalstar FAU below the flat section of the DASY3 phantom. The TX antenna is the left antenna as seen from the front side. 6 Test Results The table below shows the measured 1g and 10g averaged SAR for the two measured positions. The maximum 1g and 10g averaged SAR, 0.7 W/kg and 0.5 W/kg respectively, were found for the horizontal position which is reasonable considering the high- est currents at the middle of the helix antenna. For the vertical position the 1g and 10g averaged SAR were only about 0.3 W/kg and 0.2 W/kg. The measurement uncertainty for the DASY3 is 25%. The exposure limits to be applied for the results are 1.6 W/kg for 1g of tissue [2] and 2.0 W/kg for 10g [3][4]. Unit orientationSAR 1g (W/kg)SAR 10g (W/kg) Horizontal0.70.5 Vertical0.30.2 Table 3 The measured 1g and 10g local peak SAR in W/kg for the Globalstar FAU. Horizontal position, 5 cm distance Vertical position, 5 cm distance Datum -Date 1999-07-02 Rev A Dokumentnr -Document no T/U 99:327 Blad -Sheet 4 (4) Dokument -Document CONFIDENTIAL REPORT 7 Conclusions The maximum 1g and 10g SAR measured for the Globalstar FAU with the stan- dard helix antenna were about 0.7 W/kg and 0.5 W/kg respectively when the antenna was placed at a 5 cm distance from the phantom shell which are below the exposure limits. 8 References [1] C. Törnevik, M. Siegbahn, T. Persson, M. Douglas and R. Plicanic, "Ericsson SAR Measure- ment Specification", Ericsson Internal Document, March 1999. [2] ANSI/IEEE C95.1-1992, "Safety levels with respect to human exposure to radio frequency elec- tromagnetic fields, 3 kHz to 300 GHz", The Institute of Electrical and Electronics Engineers Inc., New York, 1991. [3] ICNIRP, "Guidelines for limiting exposure to time-varying electric, magnetic, and electromag- netic fields (up to 300 GHz)", International Commission on Non-Ionizing Radiation Protection (ICNIRP), Health Physics, vol. 74, pp 494-522, April 1998. [4] CENELEC CLS/SC111B, "Human exposure to electromagnetic fields: High-frequency (10 kHz - 300 GHz)", European Prestandard ENV 50166-2:1995 E, West European Electrotechnical Standards Body (CENELEC), Jan. 1995.

Mary, The following is our response. 1 The Tx power was selected to be the absolute maximum power in order to evaluate the worse case SAR. All production units are likely to transmit less power than this. 1(a) This is the maximum conducted power of the FAU200SAT measured at the antenna port. 1(b) This was an error on the application form 731 and should read 1.585 W as stated in your 1(a) 1(c) The requirement for the FAU limits output to 37dBm for standards reasons. The average FAU EIRP is ~32.3dBm but depends upon elevation and some extent azimuth.(i.e.. spatial average antenna gain ~1.2dBi) 1(d) The -15dBW/4Khz measurements can be expressed as +15dBm/4Khz or +15dBM/4Khz + 10log)1.23Mhz/4Khz)= 15.24.787=39.79dBm EIRP. Since antenna has a gain of 3.5dB maximum the conducted power at the antenna port will be 39.79- 3.5=39.29 maximum. Please note that there is a higher measurement uncertainty with radiated measurement method than with conducted method. Also note that this measurement was absolute peak power from the device for full rotation measured on the FCC approved open field test site. 1(e) SAR was performed at 32dBm measured with a power meter. Power meter normally have a very wide bandwidth and therefore one may state 32dBm/1.23Mhz. 1(f) The peak antenna gain is 3.5dBi(cp) with the spatial average about 1.2dBi. It looks very much like the attachment, 4 azimuth cuts. Cut L0 is aligned with the long end of the box. 1(g) (a) looks like conducted power (b) see reply to 1(b) (c) Is EIRP=Cond power = ant gain, but see reply to 1(c) (d) Is a power at a distance= EIRP(in direction)+Detect Ant gain-Path loss (e) This is the conducted power as in (a) or Radiated Power(33.2dBm avg typ) 2. Only one TX antenna. other is receiver. The SAR was measure with TX antenna close to the Phantom. Although the FAU 200SAT can be categorically be excluded from the MPE evaluation but we were demonstrating by measurements that the product submitted is absolutely safe according to present SAR recommended limits. It is even safe to touch the TX antenna when the FAU200SAT is transmitting maximum output power when considering SAR limits for body tissue. You cannot have any worse practical use situation than holding the tX antenna of the FAU200SAT considering it is designed to be installed on the rooftop or on a high pole for best operation. Best regards Allen Ferry > -----Original Message----- > From: Mary Washington [SMTP:[email protected]] > Sent: 04 January 2000 23:41 > To: [email protected] > Cc: Judy F. Evans > Subject: fwd: RF exposure comments are attached. > > Received the following request. We have 60 days from today to > respond. > > Mary > ---------- Original Text ---------- > > From: OET <[email protected]>, on 1/4/00 1:34 PM: > To: Mary Washington@EMC@PSSDG > > To: MARY WASHINGTON, TUV PRODUCT SERVICE > From: Frank Coperich > [email protected] > FCC Application Processing Branch > > Re: FCC ID OHLFAU200SAT > Applicant: Ericsson Mobile > Communications (UK) Ltd. > Correspondence Reference Number: 11308 > 731 Confirmation Number: EA95504 > Date of Original E-Mail: 01/04/2000 > > 1. I need to know what maximum output is appropriate for determine > RF > exposure compliance: > > (a) SAR was performed at 32 dBm maximum (1.585 W ) tested with a CW > signal, > is this conducted or radiated output? > (b) The filing is requesting 316 mW EIRP; not sure how to relate > this to. > (c) Specs indicates 37 dBm EIRP max output (5 W), 2 W average (page > 25 of > technical specifications) > (d) 3 m radiated measurement has 31.6 mW/4 kHz maximum EIRP (-15 > dBW/4 kHz) > (e) cannot find other output power measurements that relate to the > 1.23 MHz > bandwidth used for CDMA > (f) clarifying the antenna gain may be helpful > (g) should items (a), (b), (c) & (e) more or less match? > > 2. Please clarify if both antennas can transmit simultaneously or > one is for > transmit and the other is for receive? If transmit simultaneously, > please > clarify if the SAR tests was performed with both antennas > transmitting > simultaneously. > > Note: The antenna unit mounts above building roofs. SAR data was > submitted > instead of MPE. Unit tested for SAR with antennas at 5 cm from > phantom and > has 0.7 W/kg. If the unit operates with less than 3 W ERP (4.92 W > EIRP), it > could be categorically excluded from routine MPE evaluation. > Depending on > the decision on output power, it could be categorically excluded > from MPE > evaluation or we can scale the SAR. >

REPORT ON FCC ID: OHL FAU200 SAT Ericsson FAU200 SAT Fixed Access User terminal designed to work on the Satellite Personal Communications Network operated by Globalstar Report No: WZ 700003August 1999 Report No WZ 700003Page 1 of 31 BABT Product Service Ltd Segensworth Road Fareham, Hampshire United Kingdom PO15 5RH Tel : +44(0)1329 443322 Fax: +44(0)1329 443421 REPORT ONEricsson FAU200 SAT Fixed Access User terminal designed to work on the Satellite Personal Communications network operated by Globalstar Report No: WZ 700003 17 th August 1999 PREPARED FOR:Ericsson Mobile Communications (UK) Limited The Keytech Centre Ashwood Way Basingstoke Hampshire RG23 8BG UK APPROVED BY: 1 st September 1999 C Parry Laboratory Manager DISTRIBUTION:Federal Communications CommissionCD ROM Copy 1 Ericsson Mobile Communications (UK) LimitedCopy 2 & 3 BABT Product Service LtdCopy 4 Copy No : Note: The test results reported herein relate only to the item tested, as identified above and on the Status Page Report No WZ 700003Page 2 of 31 CONTENTS Page EXECUTIVE SUMMARY3 1.1Status4 1.3Summary5 TEST DETAILS6 2.1Test Equipment7 2.2Test Software8 2.3Test Conditions9 2.4Measurement Uncertainty13 2.5Test Results14 2.6Record Photographs20 2.7FCC Compliance Letter30 For copyright details see page 31 of 31 Report No WZ 700003Page 3 of 31 EXECUTIVE SUMMARY Testing of an Ericsson FAU200 SAT Fixed Access User terminal designed to work on the Satellite Personal Communications Network operated by Globalstar Project Engineer : J Lea Report No WZ 700003Page 4 of 31 1.1STATUS 1.1.1MANUFACTURING DESCRIPTION Globalstar Fixed Access User terminal (FAU) 1.1.2APPLICANTEricsson Mobile Communications (UK) Ltd. 1.1.3CLASSGlobalstar Class III (Fixed terminal) 1.1.4MANUFACTUREREricsson Mobile Communications AB 1.1.5MODEL NUMBERFAU200 SAT 1.1.6TYPE0160101-BV 1.1.7HARDWARE REVISIONBuild Standard Issue G 1.1.8SOFTWARE VERSIONCXC 112 1655, Issue P1A 1.1.9SERIAL NUMBERIMEI 004601-01-008405-1 1.1.10TEST SPECIFICATI…

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