Andrew Wireless Innovations Group 803D15 Transmitter Non-Broadcast Booster User Manual User s Guide for MR803D MR853D MR903D MR1903D
Andrew Wireless Innovations Group Transmitter Non-Broadcast Booster User s Guide for MR803D MR853D MR903D MR1903D
Manual
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| Document ID | 831015 |
| Application ID | 8H73EGmq3+ivhoD2y4Y15g== |
| Document Description | Manual |
| Short Term Confidential | No |
| Permanent Confidential | No |
| Supercede | No |
| Document Type | User Manual |
| Display Format | Adobe Acrobat PDF - pdf |
| Filesize | 15.62kB (195220 bits) |
| Date Submitted | 2007-08-20 00:00:00 |
| Date Available | 2007-08-21 00:00:00 |
| Creation Date | 2006-11-21 11:07:46 |
| Producing Software | Acrobat Distiller 6.0.1 (Windows) |
| Document Lastmod | 2006-11-21 11:07:59 |
| Document Title | User's Guide for MR803D, MR853D, MR903D & MR1903D |
| Document Creator | Acrobat PDFMaker 6.0 für Word |
| Document Author: | Raissa Panlilio |
User's Guide for MR803D, MR853D, MR903D and MR1903D miniRepeaters 2. Quick-Start Checklist TABLE OF CONTENTS 1. 2. 3. 4. 5. 6. 7. 8. 9. 10. 11. 12. 13. Safety and Environmental................................... 1 Quick-Start Checklist........................................... 1 RF and Power Connectors.................................. 1 Functional Description ........................................ 2 Cabinet Drawing................................................... 2 Wall Mounting....................................................... 2 Mechanical Specification .................................... 2 Environmental and Safety Specifications ......... 2 20 dB Bandwidth.................................................. 2 Start-Frequency Switch Settings ....................... 3 Standard Frequency Band Settings................... 5 Attenuation Setting.............................................. 7 Alarming and Supervision .................................. 7 13.1. Functional Description of the Alarming-Interface 13.2. Output-Contact Configuration 13.3. Output-Contact Descriptions Adjust channel(s); see chapter 10. Mount the repeater; see chapter 6. Install donor and coverage antennas. Provide the repeater with power; see chapter 3. Adjust the attenuation; see chapter 12. Start the adjustment with the maximum attenuation and decrease attenuation until the ALC becomes active and the ALC alarm LED lights up. Then increase attenuation until the ALC alarm is inactive again. or Select auto-setup; see chapter 12. Check for alarms; see chapter 13. 3. RF and Power Connectors 14. Heartbeat Setting ................................................. 8 15. List of Changes .................................................... 8 1. Safety and Environmental The electrical installation has to be performed in accordance with the safety regulations of the local authorities. Due to safety reasons, the electrical installation must be performed by qualified personnel only. The repeater must not be opened. The antennas of the repeater (integrated and / or external) have to be installed in a way that the regional and national RF exposure compliance requirements are met. To comply with FCC RF exposure compliance requirements, the following antenna installation and device operating configurations must be satisfied: A separation distance of at least 20 cm must be maintained between the antenna of this device and all persons. RF exposure compliance may need to be addressed at the time of licensing, as required by the responsible FCC Bureau(s), including antenna co-location requirements of 1.1307(b)(3). Maximum permissible antenna gain is 12 dBi. The miniRepeaters must only be used for indoor applications! M0041AMB.doc G0783ZR The miniRepeaters are equipped with two RF antenna ports: one antenna port that provides RF signals to/from mobile(s) and another antenna port on the opposite side of the miniRepeater that provides RF signals side to/from the BTS. Both of these connectors are SMA-Female. Two coaxial jumper cables are included with the miniRepeaters to provide N-female connection ports. The socket for the DC supply is situated to the right of the “to/from BTS” RF connector. The power supply voltage for this connection point is 6.7 to 7.5 VDC, with a typical current draw of 1.7 amps. Only the Power Supply Unit (PSU) supplied with the MiniRepeater must be used. An alternative method to provide power to the MiniRepeater is through the “to/from BTS” RF connector via the coaxial cable and a bias-T at the source. The DC socket of the repeater must not be connected if the unit is biased via the RF port. ID No 7164468 Page 1 User's Guide for MR803D, MR853D, MR903D and MR1903D 4. Functional Description 6. Wall Mounting The operation principle of the miniRepeaters is given with regard to the following block diagram. Mounting bracket Wall manual Attenuation setting automatic E0783B0 Downlink signals from the BTS reach the internal duplexer through the “to/from BTS” RF port. Following the DL path from the duplexer, the RF signals are amplified by an LNA, which feeds the amplified signals to a mixer. The mixer converts the signals down to an intermediate frequency (IF), where a high rejection IF filter provides excellent selectivity to allow only the user’s frequency band to be repeated. After the IF filter, the signals are re-converted to the original frequency by means of another mixer. A final amplifier boosts the RF signals to the required output power. After the final amplifier, a power detection circuit measures the output power and controls the gain through a closed loop feedback circuit. This feature is the automatic level control (ALC), which prevents the repeater from being overdriven and maintains intermodulation products and spectrum emissions below the regulation limits. Finally, the RF signals are fed to the external antenna through the duplexer and “to/from Mobile” RF port. The uplink signals are received by the external antenna through the “to/from Mobile” RF port and are then fed to the duplexer. After the duplexer the RF circuitry and functionality is identical to the downlink path, which provides high rejection filtering for the desired operation frequency band and ALC functionality. 5. Cabinet Drawing G0825Z8 miniRepeater V1550_X03 The miniRepeater may only be mounted horizontally to a wall according to the above drawing to ensure the natural convection cooling. Do not mount the miniRepeater to the ceiling! Always choose a mounting location that avoids condensation! 7. Mechanical Specification Size H x W x D Weight Sealing Class 114 x 154 x 51.5 mm (4.5 x 6.1 x 2.0 inch) 0.7 kg IP30 8. Environmental and Safety Specifications The environmental specifications are according to ETS 300 019 (European Telecommunication Standard) and the safety specifications are according to UL Std No 1950 and CAN/CSAC22.2 No. 60950. For further details please ask your supplier. 9. 20 dB Bandwidth MR803D, 18 MHz Filter 18.7 MHz MR853D, 1.5 MHz Filter MR853D, 10 MHz Filter MR853D, 12.5 MHz Filter MR853D, 25 MHz Filter 2.1 MHz 10.7 MHz 13.2 MHz 24.7 MHz MR903D, 6 MHz Filter 6.6 MHz MR1903D, 5 MHz Filter MR1903D, 10 MHz Filter MR1903D, 15 MHz Filter 7.0 MHz 11.0 MHz 16.0 MHz 20 dB bandwidth Andrew Wireless Systems GmbH * Industriering 10 * 86675 Buchdorf * Germany * Phone: +49 9099 69-0 * Fax: +49 9099 69-930 * email: WIsupport.germany@andrew.com * http://www.andrew.com Page 2 10. Start-Frequency Switch Settings As described in chapter 4 Functional Description, the miniRepeaters utilise a high rejection filter to allow only the desired frequency band to be repeated. The miniRepeaters are available in different bandwidths with field adjustable start frequencies to support the desired frequency band of the user. Following are tables that show the filter band-pass start frequencies corresponding to the switch settings. The following section will show tables of standard user settings. SF setting 1 (positions 0 - F) SF setting 2 (positions 0 - F) Two rotary switches, located on the side of the miniRepeater, are provided for setting the start frequency (SF) of the high rejection filter. The SF of the high rejection filter may be adjusted in either 200 or 250 kHz steps, dependent upon the miniRepeater model. Rotary switches for start-frequency setting Frequency Step Size: 200 kHz miniRepeater Model: MR803D Start Frequency Start Frequency Start Frequency Start Frequency Setting 1 Setting 2 UL (MHz) DL (MHz) … … … … … … … … 796.00 796.20 796.40 … 799.00 799.20 799.40 … 802.20 … 844.00 844.20 … 847.00 841.00 841.20 841.40 … 844.00 844.20 844.40 … 847.20 … 889.00 889.20 … 892.00 Start-frequency setting MR803D Frequency Step Size: 200 kHz miniRepeater Model: MR853D Start Frequency Start Frequency Start Frequency Start Frequency Setting 1 Setting 2 UL (MHz) DL (MHz) … … … … … … … … 814.00 814.20 814.40 … 817.00 817.20 817.40 … 820.20 … 862.00 862.20 … 865.00 859.00 859.20 859.40 … 862.00 862.20 862.40 … 865.20 … 907.00 907.20 … 910.00 Start-frequency setting MR853D M0041AMB.doc ID No 7164468 Page 3 User's Guide for MR803D, MR853D, MR903D and MR1903D Frequency Step Size: 200 kHz miniRepeater Model: MR903D Start Frequency Start Frequency Start Frequency Start Frequency Setting 1 Setting 2 UL (MHz) DL (MHz) … … … … … … … … 870.00 870.20 870.40 … 873.00 873.20 873.40 … 876.20 … 918.00 918.20 … 921.00 909.00 909.20 909.40 … 912.00 912.20 912.40 … 915.20 … 957.00 957.20 … 960.00 Start-frequency setting MR903D miniRepeater Model: MR1903D Start Start Frequency Frequency Setting 2 Setting 1 … … … … … … … … Frequency Step Size: 250 kHz Start Start Frequency Frequency DL (MHz) UL (MHz) 1848.00 1848.25 1848.50 … 1851.75 1852.00 1852.25 … 1855.75 … 1908.00 1908.25 … 1911.75 1928.00 1928.25 1928.50 … 1931.75 1932.00 1932.25 … 1935.75 … 1988.00 1988.25 … 1991.75 Start-frequency setting MR1903D Andrew Wireless Systems GmbH * Industriering 10 * 86675 Buchdorf * Germany * Phone: +49 9099 69-0 * Fax: +49 9099 69-930 * email: WIsupport.germany@andrew.com * http://www.andrew.com Page 4 11. Standard Frequency Band Settings The following tables show SF switch settings that would provide the appropriate passband frequency response required for specific SF bands. Note that the passband response may be different than the filter bandwidth of the miniRepeater. In these instances, the miniRepeater high rejection filter is used in conjunction with the duplexer response to narrow the actual band-pass response. MR803D Available IF Filters: 18 MHz IF Filter UL Start UL Stop DL Start DL Stop Passband Bandwidth Frequency Frequency Frequency Frequency Bandwidth 18 MHz 18 MHz 18 MHz 18 MHz 18 MHz 806 MHz 817 MHz 806 MHz 821 MHz 806 MHz 817 MHz 824 MHz 821 MHz 824 MHz 824 MHz 851 MHz 862 MHz 851 MHz 866 MHz 851 MHz 862 MHz 869 MHz 866 MHz 869 MHz 869 MHz 11 MHz 7 MHz 15 MHz 3 MHz 18 MHz SF 1 Setting SF 2 Setting SF 1 Setting SF 2 Setting Standard frequency band setting MR803D MR853D Available IF Filters: 1.5, 10, 12.5, and 25 MHz IF Filter UL Start UL Stop DL Start DL Stop Passband Bandwidth Frequency Frequency Frequency Frequency Bandwidth 12.5 MHz 1.5 MHz 824 MHz 845 MHz 835 MHz 846.5 MHz 869 MHz 890 MHz 880 MHz 891.5 MHz A: 11 MHz AE: 1.5 MHz 10 MHz 10 MHz 835 MHz 846.5 MHz 845 MHz 849 MHz 880 MHz 891.5 MHz 890 MHz 894 MHz B: 10 MHz BE: 2.5 MHz 25 MHz 824 MHz 849 MHz 869 MHz 894 MHz 25 MHz SF 1 Setting SF 2 Setting Standard frequency band setting MR853D MR903D Available IF Filters: 6 MHz IF Filter UL Start UL Stop DL Start DL Stop Passband Bandwidth Frequency Frequency Frequency Frequency Bandwidth 6 MHz 6 MHz 6 MHz 896 MHz 901 MHz 896 MHz 901 MHz 902 MHz 902 MHz 935 MHz 940 MHz 935 MHz 940 MHz 941 MHz 941 MHz 5 MHz 1 MHz 6 MHz Standard frequency band setting MR903D M0041AMB.doc ID No 7164468 Page 5 User's Guide for MR803D, MR853D, MR903D and MR1903D MR1903D Available IF Filters: 5, 10, and 15 MHz IF Filter UL Start UL Stop DL Start DL Stop Bandwidth Frequency Frequency Frequency Frequency PCS Block SF 1 Setting SF 2 Setting 5 MHz 5 MHz 5 MHz 5 MHz 5 MHz 5 MHz 5 MHz 5 MHz 5 MHz 5 MHz 5 MHz 5 MHz 1850 MHz 1855 MHz 1860 MHz 1865 MHz 1870 MHz 1875 MHz 1880 MHz 1885 MHz 1890 MHz 1895 MHz 1900 MHz 1905 MHz 1855 MHz 1860 MHz 1865 MHz 1870 MHz 1875 MHz 1880 MHz 1885 MHz 1890 MHz 1895 MHz 1900 MHz 1905 MHz 1910 MHz 1930 MHz 1935 MHz 1940 MHz 1945 MHz 1950 MHz 1955 MHz 1960 MHz 1965 MHz 1970 MHz 1975 MHz 1980 MHz 1985 MHz 1935 MHz 1940 MHz 1945 MHz 1950 MHz 1955 MHz 1960 MHz 1965 MHz 1970 MHz 1975 MHz 1980 MHz 1985 MHz 1990 MHz A1 A2 A3 B1 B2 B3 C1 C2 C3 10 MHz 10 MHz 10 MHz 10 MHz 10 MHz 10 MHz 10 MHz 10 MHz 10 MHz 10 MHz 10 MHz 1850 MHz 1855 MHz 1860 MHz 1865 MHz 1870 MHz 1875 MHz 1880 MHz 1885 MHz 1890 MHz 1895 MHz 1900 MHz 1860 MHz 1865 MHz 1870 MHz 1875 MHz 1880 MHz 1885 MHz 1890 MHz 1895 MHz 1900 MHz 1905 MHz 1910 MHz 1930 MHz 1935 MHz 1940 MHz 1945 MHz 1950 MHz 1955 MHz 1960 MHz 1965 MHz 1970 MHz 1975 MHz 1980 MHz 1940 MHz 1945 MHz 1950 MHz 1955 MHz 1960 MHz 1965 MHz 1970 MHz 1975 MHz 1980 MHz 1985 MHz 1990 MHz A1 + A2 A2+ A3 A3 + D D+ B1 B1 + B2 B2+ B3 B3 + E E+ F F + C1 C1+ C2 C2 + C3 15 MHz 15 MHz 15 MHz 1850 MHz 1870 MHz 1895 MHz 1865 MHz 1885 MHz 1910 MHz 1930 MHz 1950 MHz 1975 MHz 1945 MHz 1965 MHz 1990 MHz Standard frequency band setting MR1903D Andrew Wireless Systems GmbH * Industriering 10 * 86675 Buchdorf * Germany * Phone: +49 9099 69-0 * Fax: +49 9099 69-930 * email: WIsupport.germany@andrew.com * http://www.andrew.com Page 6 12. Attenuation Setting The attenuation of the miniRepeater can be set by means of a rotary switch. There is a label on the miniRepeater that shows the possible positions of the rotary switch and the corresponding values of the attenuation. The attenuation can be set, using a small screwdriver, in the range from 0 dB to 20 dB in steps of 2 dB or “auto setup” may be selected. When auto setup is selected, the miniRepeater will automatically set its gain to maximize RF performance. The downlink gain will be automatically set to operate the repeater at its maximum output power, while not exceeding the ALC limit. The uplink gain will be set to the value of the downlink path. If the level of the BTS signal miniRepeater will decrease the gain and uplink paths automatically. miniRepeater will increase the gain intervals of 24 hours if the level of decreases. 13. Alarming and Supervision 13.1. Functional Description of the AlarmingInterface For alarming and supervision, the miniRepeater is provided with an alarming interface represented by two LEDs and output contacts: LED 1 LED 2 increases, the in the downlink However, the again in timely the BTS signal LEDs and output contacts LED1: This three-colour LED provides equipment status information: off green orange red visual no power feed normal operation condition hardware alarm (out of defined powerwindow) or LO (Local Oscillator) does not lock temperature of repeater too high LED2: This one-colour LED provides visual information about the ALC-status (Automatic Level Control): off red normal operation condition ALC-Alarm, ALC active 13.2. Output-Contact Configuration Rotary switch for attenuation setting Output1 (TTL level) a3 GND b3 Heartbeat HardwareOutput2 b1 Alarm – C (Optocoupler Hardwareoutput) b2 Alarm – E Output3 a1 ALC-Alarm – C (Optocoupler a2 ALC-Alarm – E output) Output-contact configuration M0041AMB.doc ID No 7164468 Page 7 User's Guide for MR803D, MR853D, MR903D and MR1903D 13.3. Output-Contact Descriptions Output1: This is a transistor output for heartbeat signalling. The heartbeat interval can be set in the 1-to-72-hours range. not allowed not allowed +5 1kOhm output voltage.......4.75 to 5.25 output current.......20 mA 1 h 2h 3h 4h 5h 6h 12 h 18 h Heartbeat-switch settings 24 h 30 h 36 h 48 h 60 h 72 h Output2: This optocoupler output, which is signalling the operating condition, represents the same functionality as LED1. Collector-emitter voltage......50 V max Collector current..................20 mA max open Position of the rotary switch for setting of heartbeat interval power feed out of defined window or LO-Alarm or temperature-alarm normal operation condition close Output3: This optocoupler output, which is signalling the ALC condition, represents the same functionality as LED2. Collector-emitter voltage......50 V max Collector current..................20 mA max miniRepeater with cover open close 14. ALC-Alarm, ALC active normal operation condition Heartbeat Setting In a remote monitoring system, heartbeat signalling is a very useful method to monitor whether the supervision connection to a device is still operational. Without heartbeat signalling, there would be no indication if the supervision connection failed. The heartbeat interval can be set by means of a rotary switch, which is accessible on the top of the miniRepeater. Use a small screwdriver to turn the switch carefully to the position for the required interval (1 to 72 hours) according to the label in the cover. 15. List of Changes Version M0041AMA M0041AMB Changes Mikom GmbH changed its name into Andrew Wireless Systems GmbH - Chapter 1 changed - Chapter 5 changed - Chapter 7 changed Andrew Wireless Systems GmbH * Industriering 10 * 86675 Buchdorf * Germany * Phone: +49 9099 69-0 * Fax: +49 9099 69-930 * email: WIsupport.germany@andrew.com * http://www.andrew.com Page 8 Release Date 07-Feb.-06 21-Nov.-06 © Copyright 2006 Andrew Wireless Systems GmbH All rights reserved. All information contained in this manual has been revised thoroughly. Yet Andrew Wireless Systems accepts no liability for any omissions or faults. Andrew Wireless Systems reserves the right to change all hard- and software characteristics without notice. Names of products mentioned herein are used for identification purposes only and may be trademarks and / or registered trademarks of their respective companies. No parts of this publication may be reproduced, stored in a retrieval system, transmitted in any form or by any means, electronical, mechanical photocopying, recording or otherwise, without prior written permission of the publisher. Andrew Wireless Systems GmbH, 21-November-2006 M0041AMB.doc ID No 7164468 Page 9
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