RFS OR1-SBHP1-1800 Technical Handbook Download Page 30

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1800MHz-1900MHz ADJUSTABLE BAND

Annex

TECHNICAL CHARACTERISTICS

OFF-AIR REPEATERS

ANNEX 2

TECHNICAL CHARACTERISTICS

1900MHz OFF-AIR

REPEATER

48Vdc MODEL

1900MHz OFF-AIR

REPEATER

230Vac MODEL

Up Link operating frequency band

1850

1910MHz

Down Link operating frequency band

1930

1990MHz

Number of amplified bands

Programmable Bandwidth / steps

From 1MHz to 16.5MHz / 10kHz step adjustable

Output Power (GSM/TDMA)

31dBm (1 carrier)

28dBm (2 carriers)
25dBm (4 carriers)

Output Power (CDMA)

26dBm (1 carrier)

23dBm (2 carriers)
20dBm (4 carriers)

3rd Order Intercept Point (OIP3)

57dBm

Output Power at 1dB compression point

36dBm

Noise Figure @ max. gain

8dB

Gain / Step

80dB / 1dB step

Ripple into operating band

± 2dB

Total processing delay

Return Loss

14dB

ALC threshold (default value)

3dB over nominal output power

(this value can be changed on site)

Spurious emissions and intermodulation products

< -13dBm (in the frequency band 9kHz

1GHz)

< -13dBm (in the frequency band 1GHz

12.75GHz)

Local Control Interface

RS232

Remote Control Interface

PSTN – GSM (850, 900, 1800, 1900)

or CDMA (850, 1900) modem

Power Supply

-72

-36Vdc

-72

-36Vdc

265Vac (50-60Hz)

Power

Consumption

110W @ 48Vdc

140VA @ 230Vac

MTBF

50 000 hours

Operating Temperature

(*)

-20°C up to +55°C

Degree of protection provided by enclosure

IP65

RF connectors

7/16 female

Dimensions (h-w-d)

423x395x230mm

(max. volume - heat sinks included)

Weight 23Kg

All values are typical at 25°C unless otherwise specified

(*)

Degraded performances from +50°C to +55°C

1900MHz 48Vdc/230Vac ADJUSTABLE BAND OFF-AIR REPEATERS

Summary of Contents for OR1-SBHP1-1800

Page 1: ...over Germany Tel 49 511 676 2731 Fax 49 511 676 2515 E mail sales europe rfsworld com 1800MHz 1900MHz ADJUSTABLE BANDWIDTH OFF AIR REPEATERS OR1 SBHP1 1800 OR2 SBHP1 1800 OR1 SBHP1 1900 OR2 SBHP1 1900 TECHNICAL HANDBOOK Doc code 91 080 0701F Rel 04 ...

Page 2: ...1 EXAMPLE USE IN TUNNELS 3 2 OPERATING PRINCIPLE 1800MHz 1900MHz ADJUSTABLE BAND OFF AIR REPEATERS 3 3 ATTACHED DOCUMENTS 4 INSTALLATION AND POWER UP PROCEDURES 4 4 1 INSTALLATION A INITIAL CHECK B POSITIONING THE REPEATER C POWER SUPPLY SOURCE CONNECTIONS AND ALARMS CONNECTIONS D C POWERED EQUIPMENT AC POWERED EQUIPMENT ALTERNATE CURRENT 4 2 POWER UP 4 3 ROUTINE MAINTENANCE ...

Page 3: ...1 ...

Page 4: ...ure that the equipment is connected to earth by using the equipment grounding bolt If it is necessary to fit an AC power supply plug to power cable the User must observe the following colour codes LIVE terminal to BROWN lead NEUTRAL terminal to BLUE lead EARTH terminal to GREEN YELLOW lead The User must also ensure that the protective earth wire would be the last to break should the cable be subje...

Page 5: ...er When repairing make sure that you are connected with the same potential as the ground of the equipment by means of the right devices i e a GIRDLE a wrist wrap with resistance and a WINDING CORD to be connected to the girdle and to the relevant socket placed on the equipment You must also keep components and tools at this potential 1 7 Electrolytic Capacitors Non solid electrolytic capacitors mu...

Page 6: ...low into his nasal cavities During these operations see if the patient s breast rises If it is not so his nose may be obstructed in this case by levering on his chin with your hand open the patient s mouth put your lips on and blow into his oral cavity Look at the patient s breast and see if it rises One can use this second method instead of the first one also if the patient s nose is not obstruct...

Page 7: ...NING LABEL affixed to the CLASS 1 product side CLASS 1 product front Products which are of CLASS 1 as defined in the IEC EN 60825 1 fourth edition Safety of laser products Part 1 Equipment classification requirements and user s guide Even if the product is of CLASS 1 please observe the following safety procedures prescribed in the cited norm do not observe directly the laser beam do not use observ...

Page 8: ...e precautions in handling devices which are sensitive to the electrostatics NON SOLID ELECTROLYPTIC CAPACITORS MAY CONTAIN CHEMICALS TO BE REGARDED AS HAZARDOUS IF INCORRECTLY HANDLED WARNING THE MAXIMUM CAUTION IS REQUIRED IF THE OUTER CASE IS FRACTURED SAFETI RULES ENG ...

Page 9: ...2 ...

Page 10: ...een barred to certify that the item has been successfully tested in the factory Final Test Dept c Customer order reference d Equipment acronym or manufacture part number e ICS Item Change Status this field contains the item ICS made up of 2 digits starting from 01 of the manufacture part number or equipment Fig 2 shows an example of bar code label applied On equipment other labels may be present a...

Page 11: ...serial number made up of a 5 digit sequential group of the rack cabinet or equipment The serial number of each item comes from the manufacture orders print out for domestic and foreign markets 5 QIF Quality Identification Factor FACTORY USE ONLY 6 ICS Item Change Status This field contains the item ICS made up of 2 digits of the rack cabinet or equipment 7 ORIGIN CODE FACTORY USE ONLY 8 MANUFACTUR...

Page 12: ...been successfully tested in the factory Final Test Dept Fig 4 shows an example of manufacture label as applied to a RACK CABINET or to an EQUIPMENT System acronym if any For instance you will find the manufacture label placed on the upper left corner of the rack cabinet frame on the rear side or on the external right side of the equipment rack 230Vac 48Vdc 58822 A0122 0 5Aac 0 89Adc 00021 01 50 60...

Page 13: ... contains the serial number made up of a 5 digit sequential group of the rack or module The serial number of each item comes from the manufacture orders print out for domestic and foreign markets 5 QIF Quality Identification Factor FACTORY USE ONLY 6 ICS Item Change Status This field contains the item ICS made up of 2 digits of the rack or module 7 ORIGIN CODE FACTORY USE ONLY 8 MANUFACTURE YEAR A...

Page 14: ...ny For instance you will find the manufacture label placed on the topside of the plug in module right or left on the topside of the wiring type module 2 1 4 SUB MODULES MANUFACTURE LABEL Label fields ref Fig 7 3 MANUFACTURE PART NUMBER This field contains the sub module manufacture part number 5 QIF Quality Identification Factor FACTORY USE ONLY 6 ICS Item Change Status This field contains the ite...

Page 15: ... the relevant week e g 9542 42nd week of 1995 F final test tracing out This field contains an F letter that has been barred to certify that the item sub module has been successfully tested in the factory Final Test Dept Fig 8 shows an example of manufacture label as applied to a SUB MODULE You will find the manufacture label placed on the sub module top left or right side Fig 8 F 00081 01 B0111 ...

Page 16: ...rature Stereo Pulse current Output monitoring signal Balance Battery accumulator Input monitoring signal Amplifier Positive connector P Direct power monitoring socket Adjustable gain amplifier Negative connector P Reflected power monitoring socket Loudspeaker connection OFF L O Local oscillator monitoring socket Audio connection ON Gating as opening criterion Headphone connection STAND BY Gating a...

Page 17: ...tton Limiter upper threshold Local manual command Limiter lower threshold Automatic Adjusting OFF inhibited function Max adjusting ON active function Min adjusting Stand by function Adjusting Output connector f Frequency adjusting Input connector 5MHz Xtal adjusting Clock display operation time counter Freq tuning Fan blower Amplitude tuning Antenna Band tuning Transmission antenna Mono ...

Page 18: ...combiner DC DC converter Delay line general symbol 3 way power divider Bridge rectifier Coaxial type time delay limiter 4 way power divider REG Voltage regulator Resistive attenuator 3dB Hybrid Zener regulator dB Pad LIM WHITE White limiter BIAS Constant current bias device Fixed phase shifter Positive peak clipper Sinusoidal oscillator THERMAL SWITCH Thermal switch Negative peak clipper Ex OR Ban...

Page 19: ... CLAMP P SYNC Lamped to the syncrhronizing signal peak f V Voltage frequency converter Schmitt s trigger Directional coupler Amplitude linearity precorrector Double directional coupler Amplitude limiter without distortion Directional coupler with double detector Equalizer general sign Detector A Amplitude equalizer Peak detector Phase equalizer X X3 To rise to cubical power T Propagation time equa...

Page 20: ...3 ...

Page 21: ...ows a great number of users to enter the system using few channels It is important to maintain the continuity of radio electrical coverage and consequently of service within each cell in order to guarantee an acceptable level of communication BTS Tri cellular FIGURE 1 SUBDIVISION OF THE TERRITORY IN CELLS Off Air Repeaters are proposed as a valid and economical solution to optimize the cell covera...

Page 22: ...on Remote Units 3 1 EXAMPLE USE IN TUNNELS The Off Air Repeater interfaces directly with the BTS of the provider of the services to be extended and can be used along with other equipment distributed inside the tunnels Such equipment can be divided into two types according to the radio coverage system used Bi directional amplifiers for cascade systems Remote Units for optical systems The following ...

Page 23: ...h a length of more than 600 meters The signal can be enhanced in two ways a By an Off Air Repeater at the entrance to the tunnel connected to a cascade of bi directional amplifiers inside the tunnel which re generate the signal with amplification steps at a distance of 250mt 400mt from one another Figure 5 FIGURE 5 DOWN UP DO W N LINK UP LINK Power Supply 230Vac OFF AIR REPEATER UP DOWN 48Vdc Powe...

Page 24: ... and optical remote units with amplification steps of no more than 1200mt each The optical fiber system extends the signal through an antenna or a passive distribution system Figure 6 FIGURE 6 MASTER UNIT UP DOWN RF UP DOWN D O W N LIN K UP LINK Power Supply 230Vac 48Vdc Power Supply and external signals OFF AIR REPEATER REMOTE UNIT ...

Page 25: ...ath from the radio base station towards the mobiles Figure 7 provides a block diagram of the 1800 1900MHz adjustable band Off Air Repeater FIGURE 7 1800 1900MHz OFF AIR REPEATERS BLOCK DIAGRAM In down link the RF signal from the donor antenna is filtered and pre amplified by a low noise amplifier LNA ref C1 The selection of the band of frequencies to be extended is handled by two band selective mo...

Page 26: ...d by means of the Operation and Maintenance Terminal software both in local mode and in remote mode ref Chap 4 3 3 ATTACHED DOCUMENTS TECHNICAL CHARACTERISTICS 1800MHz 48Vdc 230Vac ADJUSTABLE BAND OFF AIR REPEATERS ILL DCS OFF AIR REPEATERS ILLUSTRATIVE DRAWINGS Sheet 1 equipment composition and backplane access points map Sheet 2 modules access points map and external access points map TECHNICAL ...

Page 27: ...ng band 2dB Total processing delay 6μs Return Loss 14dB ALC threshold default value 3dB over nominal output power this value can be changed on site Spurious emissions and intermodulation products 36dBm in the frequency band 9kHz 1GHz 30dBm in the frequency band 1GHz 12 75GHz Local Control Interface RS232 Remote Control Interface PSTN GSM DCS modem Power Supply 72 36Vdc 72 36Vdc 85 265Vac 50 60Hz P...

Page 28: ......

Page 29: ...ED Band Selective 1 RED BS1 does not communicate with management unit 38 Sub D 15 pole management link between Down Link HPA and management unit GREEN BS2 communicates with management unit 39 GREEN RED LED Band Selective 2 RED BS2 does not communicate with management unit 40 GREEN LED 132kHz 132kHz line amplifier management carrier correctly operating 41 RED LED Return Loss alarm 42 Sub D 15 pole ...

Page 30: ...tep 50 80dB 1dB step Ripple into operating band 2dB Total processing delay 6μs Return Loss 14dB ALC threshold default value 3dB over nominal output power this value can be changed on site Spurious emissions and intermodulation products 13dBm in the frequency band 9kHz 1GHz 13dBm in the frequency band 1GHz 12 75GHz Local Control Interface RS232 Remote Control Interface PSTN GSM 850 900 1800 1900 or...

Page 31: ......

Page 32: ......

Page 33: ...4 ...

Page 34: ...s make sure that the repeater is not powered up Check that both ON OFF switches located inside the alternate current powered repeater are in the OFF position AC voltage circuit breaker ref 59 and 48Vdc circuit breaker ref 22 FIGURE 1a Check that the ON OFF switch 48Vdc circuit breaker ref 22 FIGURE 1b located inside the direct current powered repeater is in the OFF position The LEDs inside the rep...

Page 35: ...E 2 POSITION OF THE HOLES IN THE SUPPORT BRACKETS FOR THE EQUIPMENT 3 POWER SUPPLY SOURCE CONNECTIONS AND ALARMS CONNECTIONS Before carrying out any other electrical connection connect the rack to the station ground using the ground bolt on the bottom of the repeater ref 53 FIGURE 3 Make sure that the power supply source provides the prescribed nominal voltage If so connect the equipment to the po...

Page 36: ...pply cable also including the external alarms provided standard with the equipment must never be longer than 3 meters in length connectors included 48Vdc POWER SUPPLY AND EXTERNAL ALARMS CONNECTOR PIN TYPE OF SIGNAL WIRES COLOR OF 48VDC POWER SUPPLY AND EXTERNAL ALARMS CABLE 0 0Vdc RED 1 0Vdc RED 2 48Vdc BLACK 3 48Vdc POWER SUPPLY 48Vdc BLACK 4 EXTERNAL ALARM 3 GRAY 5 EXTERNAL ALARM 4 BROWN 6 EXTE...

Page 37: ...TABLE 2 230Vac POWER SUPPLY CONNECTOR PIN OUT Connect the other end of the cable to the power supply source 230Vac Also connect the 48Vdc power and alarms cable provided standard to the 15 pin connector located on the bottom of the equipment ref 55 FIGURE 3 The cable makes remote signals available The connector pin out is detailed into table 1 The cable can also be connected to a 48Vdc power suppl...

Page 38: ...s FIGURE 4 MANAGEMENT MODULE LEDS STATUS CORRECT POWER UP REF STATUS MEANING LED 1S OFF LED 2S ON Equipment correctly operating LED 3S ON Management module 5Vdc available LED 4S ON GREEN HPA High Power Amplifier UP LINK communicates with management module LED 5S ON GREEN HPA High Power Amplifier DOWN LINK communicates with management module LED 6S ON GREEN LNA Low Noise Amplifier DOWN LINK communi...

Page 39: ...k LEDs status on the 48Vdc power supply module FIGURE 5 and Table 4 show LEDs status on the power supply module DC DC converter under normal operating conditions FIGURE 5 DC DC CONVERTER LEDS STATUS CORRECT POWER UP REF STATUS MEANING LED 1A ON 5 5Vdc from DC DC converter available LED 2A ON 10 5Vdc from DC DC converter available TABLE 4 DC DC CONVERTER LEDS STATUS CORRECT POWER UP POWER SUPPLY 5V...

Page 40: ...m factory setting Modem internal proprietary ID factory setting It can be found into the sticker at the top of the management module MIN Mobile Identification Number Provided by the Operator Subscriber s account number IMSI International Mobile Subscription Identity Provided by the Operator International modem ID IMSI MCC MNC MIN Home SID System ID Provided by the Operator ID of the sub network wh...

Page 41: ... yyy is the NID number 1 up to 5 digits 0 up to 65535 if not provided set 65535 and press ENTER If needed to get current IMSI number type AT WIMI and press ENTER With the this command you ve set SID NID number in first memory location Up to 20 0 up to 19 locations are supported To set other SIDs NIDs please use the following sintax Type AT WSID zz xxx yyy where zz is the location up to 2 digits 1 ...

Page 42: ...t and manage the equipment please refer to the software User s manual The repeater can be managed in remote mode via a built in modem or in local mode 8 START OMT Repeater IN LOCAL MODE In LOCAL mode the notebook is connected to the repeater via RS232 serial cable Open the repeater door by unscrewing four screws located on the equipment front door Connect your notebook to the management module con...

Page 43: ...nsert the password the first opening of the program It s recommended to change the password to avoid undesired accesses to the program to change the password please refer to the Operation and Maintenance Terminal Software User s manual Click Ok to start the software The window Communication settings is displayed check that local Connection mode is selected If remote Connection mode is selected it ...

Page 44: ...e tree structure of the repeater system FIGURE 9 select the repeater double click on Repeater on the right side of the window the configuration and status panels of the repeater will be shown Description Spectrum Parameters Alarms Communications Advanced b In the description panel the user should select FIGURE 10 if the system is TDMA or CDMA This selection allows to load the right values of RF po...

Page 45: ...is the head station of an optical fiber system refer to the OPTICAL FIBER COVERAGE SOLUTIONS technical handbook to install and set Master Unit and Remote Units If the repeater is part of a cascade system refer to the IN LINE AMPLIFIERS technical handbook to install and set in line amplifiers During operation the equipment can be managed both in LOCAL and in REMOTE mode via the software In REMOTE m...

Page 46: ...d order Intercept Point LNA Low Noise Amplifier MMIC Monolithic Microwave Integrated Circuit MS Mobile Station MTBF Mean Time Between Failures MU Master Unit NF Noise Figure OMC Operation and Maintenance Center OMT Operation and Maintenance Terminal PC Personal Computer PEP Peak Envelope Power PLL Phase Locked Loop PSTN Public Switched Telephone Network RAM Random Access Memory RF Radio Frequency ...

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