Selex ES F867DHDE-H ECOSD RBS4000H U1025WA0C14W6E100S1V1G2 User Manual

Selex ES SPA ECOSD RBS4000H U1025WA0C14W6E100S1V1G2

user manual

Installation, configuration and maintenance ECOS-D Digital Simulcast Technology Radio Base Station Guide
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 2 July 2010 REVISION TABLE Date Revision Comment 17/11/2010 2 Update of section 4.1 08/11/2010 1 First issue Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing. SELEX Communications S.p.A. reserves the right to alter without notice the specification, design or conditions of supply of any product or service. SELEX Communications logo is a trademark of SELEX Communications S.p.A. Printed in Italy. © SELEX Communications S.p.A. All Rights reserved.
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 3 July 2010 Summary 1. Scope ............................................................................................................................................................... 5 2. First aid for electrical shock and safety rules................................................................................................ 5 2.1 First aid for electrical shock ................................................................................................................. 5 2.1.1 Artificial respiration ........................................................................................................................ 5 2.1.2 Treatment of burns........................................................................................................................... 5 2.2 Product Safety and RF Exposure Compliance.................................................................................... 7 2.2.1 RF Exposure Compliance................................................................................................................ 7 2.2.2 Electrostatic protection .................................................................................................................... 7 3. Technical/Environmental Specification ........................................................................................................ 8 4. ECOS-D DMR4000 – encoding criteria...................................................................................................... 10 4.1 RGW4000/RBS4000 ............................................................................................................................ 10 5. Device Assembly and composition ............................................................................................................... 12 5.1 Connector positions ............................................................................................................................. 14 6. Installation.................................................................................................................................................... 15 6.1 Overview............................................................................................................................................... 15 6.1.1 Installation Pre-requisites .............................................................................................................. 15 6.1.2 Unpack........................................................................................................................................... 16 6.1.3 Mechanical installation.................................................................................................................. 16 6.1.4 Electrical wiring ............................................................................................................................ 18 6.1.5 Unit grounding............................................................................................................................... 18 6.1.6 48 Vdc input .................................................................................................................................. 19 6.2 Radio Interfaces................................................................................................................................... 20 6.2.1 TX N type connector ..................................................................................................................... 20 6.2.2 RX N type connector ..................................................................................................................... 21 6.3 Line interfaces...................................................................................................................................... 22 6.3.1 4W and 4W+E/M Link .................................................................................................................. 22 6.3.2 AF in/out........................................................................................................................................ 29 6.4 Syncronization Interfaces ................................................................................................................... 33 6.4.1 Main GPS Interface ....................................................................................................................... 33
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 4 July 2010 6.5 Other Interfaces................................................................................................................................... 34 6.5.1 Door break-in................................................................................................................................. 34 6.5.2 LAN Interface................................................................................................................................ 35 6.5.3 Serial Interface............................................................................................................................... 37 6.5.4 Auxiliary Serial Interface .............................................................................................................. 39 6.5.5 Digital Input/Output Interface ....................................................................................................... 42 6.5.6 Local Microphone Interface .......................................................................................................... 44 7. Configuration ............................................................................................................................................... 46 8. Maintenance ................................................................................................................................................. 46 8.1 Module features, alarms and troubleshooting................................................................................... 46 8.1.1 CORE module ............................................................................................................................... 46 8.1.2 4 Lines Interface module - LIF...................................................................................................... 49 8.1.3 SWITCH module........................................................................................................................... 50 8.1.4 DC/DC module.............................................................................................................................. 51 8.1.5 Radio Receiver and Transmitter module - RTX ............................................................................ 51 8.1.6 Power Amplifier module - PA....................................................................................................... 53 8.2 Power modules maintenance precaution ........................................................................................... 55 8.3 Module removal ................................................................................................................................... 56 8.4 Back card removal............................................................................................................................... 57 8.5 Local Maintenance Interface.............................................................................................................. 58 8.6 Local Test AF Interface ......................................................................................................................60 8.7 Remote Maintenance Interface .......................................................................................................... 61
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 5 July 2010 1. Scope This manual provides experienced technicians familiar with similar types of equipment with information which permit the installation and maintenance of the described product, whose characteristics are described in the Technical specification Section. This document does not contain information of the maintenance and configuration software that are provided with the software itself. Information contained in this document are valid only for the described ECOSD RBS4000H U1025WA0C14W6E100S1V1G2 (FCCID: X5YF867DHDE-H) of the ECOS-D DMR4000 Family of products, optional cards and ancillaries included. The technicians must use only the part of information related to the RBS really shipped. 2. First aid for electrical shock and safety rules 2.1 First aid for electrical shock Do not touch the patient with bare hands until the circuit has been opened. pen the circuit by switching off the line switches. If that is not possible protect yourself with dry material and free the patient from the conductor. 2.1.1 Artificial respiration It is important to start mouth resuscitation at once and to call a doctor immediately. Suggested procedure for mouth to mouth resuscitation method is described in Table 1. 2.1.2 Treatment of burns This treatment should be used after the patient has regained consciousness. It can also be employed while artificial respiration is being applied (in this case there should be at least two persons present). Warning • Do not attempt to remove clothing from burnt sections • Apply dry gauze on the burns • Do not apply ointments or other oily substances.
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 6 July 2010 Table 1 First aid
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 7 July 2010 2.2 Product Safety and RF Exposure Compliance 2.2.1 RF Exposure Compliance The described product is intended for use in occupational/controlled conditions, where users have full knowledge of their exposure and can exercise control over their exposure to meet FCC limits. This RBS is NOT authorized for any other use. 2.2.2 Electrostatic protection When the equipment units are provided with the plate, shown in Figure 1 it means that they contain components electrostatic charge sensitive. Figure 1 Electrostatic sensitive equipment In order to prevent the units from being damaged while handling, it is advisable to wear an elasticised band (Figure 2) around the wrist ground connected through coiled cord (Figure 3) to the appropriate point on the RBS (Figure 4) Figure 2 Antistatic band Figure 3 Coiled Cord Figure 4 Antistatic contact point Antistatic contact point
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 8 July 2010 3. Technical/Environmental Specification The main characteristic of the device are: Radio Frequency: Frequency range 400 – 470 MHz Channel Spacing 12,5 – 25 kHz Channel step 5 kHz – 6,25 kHz RF Power 2 – 25 Watt (step 0,1 dB) Modulation type Dual mode Analog FM/PM (EN 300 086 – EN 300 113) 11K0F3E/11K0G3E 16K0F3E/16K0G3E Digital 4FSK (TS 102 361-1,2,3) 7K60FXD/7K60FXE C4FM 8K10F1D/8K10F1E CTCSS 67 – 254.1 Hz (step 0,1 Hz) DCS yes Antenna connector 50 Ohm Emission mode Duplex/Simplex Receiver sensitivity Analog FM (12,5 kHz): ≤ -112 dBm @ 20 dB SINAD psofo Digital 4FSK: ≤ -118 dBm @ BER = 5x10-2 Digital C4FM: ≤ -118 dBm @ BER = 5x10-2 Power supply: Input voltage 48 Vdc (35 ÷ 75 Vdc - galvanically insulated) Environmental condition: Operating temperature -30 - +60 °C (-22 - +140 °F) This is the temperature measured in close proximity to the device. If the device is mounted in a cabinet, the temperature within the cabinet is measured.
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 9 July 2010 Humidity should not exceed 90% relative humidity @ 50°C (122°F) non condensating Air Quality no particular requirements due to the fact there is not any rotating/mobile part in the equipment Equipment Ventilation a minimum of ½ RU (4,4 cm – 0,8 inches) must be left among devices installed in the same cabinet
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 10 July 2010 4. ECOS-D DMR4000 – encoding criteria The ECOS-D DMR4000 family includes several products. This section describes the encoding criteria for models of the families - RGW4000 - RBS4000 4.1 RGW4000/RBS4000 Tab. 4.1: Product Options for the family Rxx4000 General Code: ECOSD Rxx4000y aabbbWAcde4WgE1hmSnVpGr Type of equipment Rxx xx = GW - equipment Dual CORE xx = BS - equipment Single CORE Type of backplane 4000y y = A - backplane Type A y = B - backplane Type B y = C - backplane Type C y = G - backplane Type G (dual-core) y = H - backplane Type H for 25W VHF/UHF and 110W VHF y = I - backplane Type I for 110W UHF (also valid for 110W VHF) Frequency Band aa aa = V1 (66 - 88 MHz) aa = V2 (145 - 174 MHz) aa = V3 (136 - 174 MHz) aa = U1 (400 - 470 MHz) aa = U2 (450 - 526 MHz) aa = U3 (854 - 921 MHz) aa = 00 - indicates no part radio RF Power bbbW bbb = 025 - Pout 25W bbb = 110 - Pout 110W bbb = 000 - indicates no Power Amplifier module Power Supply Acde A - indicates 12Vdc power supply c = 0 - does not provide 12Vdc power supply c = 1 - provides 12Vdc power supply d = 0 - indicates the absence of alternatives at 12Vdc powr supply d = B - indicates 24Vdc power supply
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 11 July 2010 d = C - indicates 48Vdc power supply d = D - indicates 72Vdc power supply d = E - indicates 230Vac power supply e = 1 - indicates one power supply module e = 2 - indicates two power supply modules e = 3 - indicates three power supply modules … e = 0 - indicates no power supply modules 4 Wires interfaces 4Wg g = 1 - indicates one LIF (Line Interface module) with back-card g = 2 - indicates two LIF (Line Interface modules) with back-card … g = 0 indicates no Line Interface modules and no back-card E1 Interfaces E1hm h = C - indicates back-DIF (Digital Interface back-card) with coax connectors @75 Ohm unbalanced h = R - indicates back-DIF (Digital Interface back-card) with RJ45 connectors @120 Ohm balanced h = 0 - indicates no back-DIF m = 1 - indicates one Digital Interface module m = 2 - indicates two Digital Interface modules … m = 0 - indicates no Digital Interface modules Option Board - SOIP Sn n = 1 - indicates one SOIP piggy-back on one CORE module n = 2 - indicates two SOIP piggy-back on two CORE modules n = 0 - indicates no SOIP piggy-back Option Board -VOCODER Vp p = 1 - indicates one VOCODER piggy-back on one CORE module p = 2 - indicates two VOCODER piggy-back on two CORE modules p = 0 - indicates no VOCODER piggy-back Synchronization -GPS receiver Gr r = 1 - indicates one GPS receiver piggy-back on one CORE module (Master) r = 2 - indicates two GPS receiver piggy-back on one CORE module (Master) r = 0 - indicates no GPS receivers piggy-back
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 12 July 2010 5. Device Assembly and composition
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 13 July 2010
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 14 July 2010 5.1 Connector positions Microphone/AF test Power on/off switch Antistatic contact GPS antenna Door Alarm AUX Serial port RF RX antenna I/O port RF TX antenna 48V DC input LAN port 4W(+E/M) local port Main Serial port 4x4W(+E/M) link ports Loudspeaker Main Power on/off switch
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 15 July 2010 6. Installation 6.1 Overview The device can be shipped preinstalled in a cabinet or not. If it is not shipped preinstalled in a cabinet, after unpacking, mechanical installation takes place, followed by electrical connections as described in this document. The device may be installed in any location suitable for electronic communications equipment, provided that the environmental conditions do not exceed the equipment specifications for temperature, humidity, and air quality and that the access to that location is restricted as described below: • access can only be gained by service persons or by users who have been instructed about the reasons for the restrictions applied to the location and about any precautions that be taken; and • access is through the use of a tool or lock and key, or other means of security, and is controlled by the authority responsible for the location 6.1.1 Installation Pre-requisites To ensures the best possible performance and reliability of the described equipment pre-installation planning is required. This includes considering the mounting location of the repeater in relation to input power and antennas. Also to be considered are site environment conditions, the particular mounting method and required tools and equipment. To plan the installation, please pay particular attention to environmental condition at the site, ventilation requirements, and grounding and lightning protection as described in this manual. After that, following the instruction given in this manual: • Unpack and inspect the equipment. • Mechanical install the equipment at the site. • Make necessary electrical wiring: - Unit Grounding - DC input cabling - Coaxial cables to transmit and receive antennas • Perform a post-installation function checkout test of the equipment to verify proper installation. • Proceed to customize the repeater parameters per customer specifications (e.g. operating frequency, PL, codes, color code, etc.)
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 16 July 2010 6.1.2 Unpack Inspect the equipment for damage immediately after unpacking and make a report of the extent of any damage to the transportation company and to SELEX Communications S.p.A. The following items are packed together: • ECOS-D A2T Radio Base Station • DC power cable • This manual 6.1.3 Mechanical installation The device is shipped in a box. Upon delivery, the equipment must be removed from the container (see Unpack section) and transferred to a rack or cabinet if not provided. If supplied, the metallic cabinet is a 6 RU 19” metallic cabinet. The cabinet is provided with 4 feet and it is stackable up to three cabinets. The cabinet is provided with two lateral handles to be used only for handling it during the installation process. The Cabinet is provided with front and rear metallic doors with locks. Refer to this manual for all the installation requirements even if the device is supplied with a cabinet. If the device is supplied without a cabinet it is designed to be fitted in a 19” cabinet using 3 RU of space.
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 17 July 2010 Customer-supplied cabinets and racks must have mounting rail and hole spacing compatible with EIA Universal 48.3 cm (19 inches) specifications. Cabinets must provide adequate ventilation and must meet the following criteria: • 45.0 cm (17.71 inches) deep • 48.3 cm (19 inches) wide • 13.4 cm (5.25 inches) high • Two mounting rails 5 cm (2 inches) from front cabinet with front mounting holes 5.7 cm (2.25 inches) apart (center to center). The front of the device is provided with four holes for M6 screws. This permits to fasten the device to a 19” rack by means of 4 M6 screws. If several devices are installed in a single cabinet, be sure equipment have to be spaced at least by 1/2 RU (2,2 cm, 0,8 inches).to allow for adequate cooling. Cabinets must have a least 15 cm (6 inches) of open space between the air vents and any wall or other cabinets. This allows adequate air flow. When multiple cabinets (each equipped with several repeaters) are installed in an enclosed area, ensure appropriate ventilation and consider air conditioning or other climate control equipment to satisfy the temperature requirements. M6 screws
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 18 July 2010 6.1.4 Electrical wiring The electrical wiring must be done using appropriate cables thus assuring the equipment responds to the electromagnetic compatibility standards. The cable terminates to flying connectors which have to be connected to the corresponding connectors on the equipment front. Position and pin–out of the equipment connectors are available in the appropriate section in the following of this document. 6.1.5 Unit grounding The device is equipped with a ground nut located on the rear panel of the device and identified by a label. This nut must be used for a direct connection of the device to the site grounding, even if the device is included in a cabinet. All antenna cables and DC power cabling should be properly grounded and lightning protected. Failure to provide proper lightning protection may result in permanent damage to the radio equipment. Figure 5 Ground connector Interconnecting points Type of connector terminating the cable Type of cable/conductor Ground M6 nut Section area ≥ 6 sq. mm Ground connector
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 19 July 2010 6.1.6 48 Vdc input Use the connector marked in red to connect RBS to the output of the 48 VDC power supply. Each level must be connected separately the 48 VDC power supply. The RBS is galvanically insulated.. Interconnecting points Type of connector terminating the cable Type of cable/conductor Power supply 35 – 75 Vdc Polarised SUB–D 3W3 female connector Section of each wire ≥ 4 sq.mm. (for length < 6 m) D-SUB 3W3 female pinout PIN A1 Negative voltage A2 Not used A3 Positive voltage (soldering side view) Hereafter the power cable supplied with the 48 Vdc powered device is shown. The cable is provided with D-SUB 3W3 female connector and a 30A fuse.
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 20 July 2010 6.2 Radio Interfaces 6.2.1 TX N type connector In RBS without branching and using duplex mode of operation connect the transmitter cable to the “TX OUT” connector as shown in the following figure. Interconnecting points Type of connector terminating the cable Type of cable/conductor TX Antenna N male connector 50 ohm coaxial cable with double shield
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 21 July 2010 6.2.2 RX N type connector In RBS without branching and using duplex mode of operation connect the transmitter cable to the “RX IN” connector as shown in the following figure. Interconnecting points Type of connector terminating the cable Type of cable/conductor Antenna N male connector 50 ohm coaxial cable with double shield
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 22 July 2010 6.3 Line interfaces 6.3.1 4W and 4W+E/M Link If the RBS is equipped with a LIF module on the rear panel 4 4W+E/M connectors are present. The following figure shows the rear panel of the LIF module. Configuration of the feature of this four links is out of the scope of this manual. The electrical interface is described in this section. Usually these AF links are used to establish RBS to RBS links or RBS to RNFE links. Interconnecting points Type of connector terminating the cable Type of cable/conductor 4W or 4W+E/M Link port RJ45 male connector AWG 24 Category 5 4x 4W or 4W(+E/M)
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 23 July 2010 4W+E/M line RJ45 female pinout PIN 1 Mouth (M+) 2 Mouth (M-) 3 Ear (E+) 4 AF_OUT (-) 5 AF_OUT (+) 6 Ear (E-) 7 AF_IN (-) 8 AF_IN (+) 4W+E/M and 4W line usage PIN 4W+E/M 4W 1 M (+) Mouth signal + not connected 2 M (-) Mouth signal - not connected 3 E (+) Ear Signal + not connected 4 AF_OUT (-) 600 Ohm Balanced OUT AF 600 Ohm Balanced OUT AF 5 AF_OUT (+) 600 Ohm Balanced OUT AF 600 Ohm Balanced OUT AF 6 E (-) Ear Signal - not connected 7 AF_IN (-) 600 Ohm Balanced IN AF 600 Ohm Balanced IN AF 8 AF_IN (+) 600 Ohm Balanced IN AF 600 Ohm Balanced IN AF E/M pin usage PIN Balanced Unbalanced 1 M (+) Mouth signal + Mouth signal 2 M (-) Mouth signal - not connected 3 E (+) Ear Signal + Ear Signal 6 E (-) Ear Signal - not connected
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 24 July 2010 4W cabling example: link between RBS A and RBS B RJ-45, RBS A side RJ-45, RBS B side M (+) 1 Not connected Not connected 1 M (+) M (-) 2 Not connected Not connected 2 M (-) E (+) 3 Not connected Not connected 3 E (+) AF_OUT (-) 4 White-blue White-orange 4 AF_OUT (-) AF_OUT (+) 5 Blue Orange 5 AF_OUT (+) E (-) 6 Not connected Not connected 6 E (-) AF_IN (-) 7 White-orange White-blue 7 AF_IN (-) AF_IN (+) 8 Orange Blue 8 AF_IN (+) E/M Hardware Line settings All the E/M signals share a common voltage reference. The four Mouth signals may be hardware configured independently. The four Ear signals share the same hardware configuration in couple of lines. For unbalanced settings connect the two communicating entities to the same ground. E/M Type I Interface Model E/M Type I is the original E/M lead signaling arrangement and it is the most common interface type in North America. The following diagram displays the sent signal states for active/not active signaling. The RBS grounds its M−lead to signal a seizure. The other device applies battery to its M−lead to signal a seizure. The RBS expects to see active conditions on the E−lead and signal active to the remote device on M−lead. E/M Type II Interface Model E/M Type II provides a four−wire fully−looped arrangement that provides full isolation between the trunks and signaling units. The following table displays the sent signal states for active/not active signaling. The RBS grounds its M−lead to signal a seizure. The other device applies battery to its M−lead to signal a seizure. The RBS expects to see active conditions on the E−lead and signal active to the remote device on M−lead. RBS side
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 25 July 2010 E/M Type V Interface Model E/M Type V interface is a symmetrical two−wire lead arrangement that signals in both directions by means of open for not active and ground for active signalling. The following table displays the sent signal states for active/not active signaling. The RBS grounds its M−lead to signal a seizure. The other device applies battery to its M−lead to signal a seizure. The RBS expects to see active conditions on the E−lead and signal active to the remote device on M−lead. E/M Proprietary Type Interface Model E/M Proprietary Type provides a four−wire fully−looped arrangement that provides full isolation between the trunks and signaling units. The following table displays the sent signal states for active/not active signaling. The RBS grounds its M−lead to signal a seizure. The other device applies battery to its M−lead to signal a seizure. The RBS expects to see active conditions on the E−lead and signal active to the remote device on M−lead. M+ M- E+ E- M+ M- E+ E- +48v RBS side RBS side RBS side
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 26 July 2010 E/M Hardware settings Type I (Unbalanced) Type II (Balanced) Type V (Unbalanced) proprietary (Balanced) IP3 1 ON OFF OFF ON 2 ON OFF OFF ON IP5 1 OFF ON ON OFF 2 voltage reference OFF ON ON OFF IP6 1 E line 3&4 ON OFF ON OFF 2 E line 1&2 ON OFF ON OFF IP7 1 M line 2 ON OFF ON OFF 2 M line 1 ON OFF ON OFF IP8 1 M line 4 ON OFF ON OFF 2 M line 3 ON OFF ON OFF Back card deep switch positioning Where, in the equipment described in this document, a 4 wires interface towards a common communication network is used, it is mandatory to use 4 (four) different copper pairs: two of them are IP3 IP5 IP7 IP8 IP6
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 27 July 2010 used to transfer from one to the other RBS the user payload and two of them are optionally used to transfer E and M criteria. All the signals are exchanged using a balanced type of connection, avoiding any ground reference. For the two copper pairs used for exchanging the user payload, the impedance of the interface is 600 Ohm. The characteristics of the pairs must be as follows: Amplitude: Amplitude characteristic of the media must comply with FIGURE 2/G.712 (ITU-T Rec.G.712 page 8). The mask is shown below. Anyway in the audio band from 300 Hz to 3400 Hz the response must be +/- 1,5 dB with respect to the nominal level of –10 dBm. 0 200 300 1020 2400 3000 3400 3600 HzdBT1511850-020–0.50.50.91.8Loss(see Note)Frequency (f )NOTE – In some applications in which several PCM channels may be connected in tandem, it may benecessary to extend the +0.5 dB limit from 2400 Hz to 3000 Hz. Group delay: Group delay characteristic of the media must comply with FIGURE 6/G.712 (ITU-T Rec.G.712 page 10). The mask is shown below. 1000 2600 Hzms0T1511890-02500 600 28000.250.751.50Group delay distortionFrequency (f) Insertion loss:
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 28 July 2010 The insertion loss must be 0dB +/- 3 dB. This must be true also with regard to the aging of the media physically used. Noise: The characteristic of the media must comply with prescriptions contained in chapter 9 (noise) of book III.4-Rec.G.792 page 4 and following. Diaphony: The pairs of the media used to transport the user payload must have a diaphony attenuation greater than 40 dB. E/M time response: The response time of E/M criteria must be less than 100 msec.
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 29 July 2010 6.3.2 AF in/out If the RBS is equipped with a CORE back card module a 4W+E/M link if available. The following figure shows the rear panel of the CORE module. Configuration of this AF link is out of the scope of this manual. Usually it is used to provide an AF signal to a third party audio device. Interconnecting points Type of connector terminating the cable Type of cable/conductor 4W or 4W+E/M Link RJ45 male connector AWG 24 Category 5 AF 4W+E/M line RJ45 female pinout PIN 1 Mouth (M+) 2 Mouth (M-) 3 Ear (E+) 4 AF_OUT (-) 5 AF_OUT (+) 6 Ear (E-) 7 AF_IN (-) 8 AF_IN (+) Link to external AF
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 30 July 2010 4W+E/M line usage PIN 4W+E/M 1 M (+) Mouth signal + 2 M (-) Mouth signal - 3 E (+) Ear Signal + 4 AF_OUT (-) 600 Ohm Balanced OUT AF 5 AF_OUT (+) 600 Ohm Balanced OUT AF 6 E (-) Ear Signal - 7 AF_IN (-) 600 Ohm Balanced IN AF 8 AF_IN (+) 600 Ohm Balanced IN AF E/M pin usage PIN Balanced Unbalanced 1 M (+) Mouth signal + Mouth signal 2 M (-) Mouth signal - not connected 3 E (+) Ear Signal + Ear Signal 6 E (-) Ear Signal - not connected E/M Hardware Line settings The four Mouth signals share the same hardware configuration. The four Ear signals share the same hardware configuration. For unbalanced settings connect the two communicating entities to the same ground. E/M Type I Interface Model E/M Type I is the original E/M lead signaling arrangement and it is the most common interface type in North America. The following diagram displays the sent signal states for active/not active signaling. The RBS grounds its M−lead to signal a seizure. The other device applies battery to its M−lead to signal a seizure. The RBS expect to see active conditions on the E−lead and signal active to the remote device on M−lead. E/M Type II Interface Model RBS side
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 31 July 2010 E/M Type II provides a four−wire fully−looped arrangement that provides full isolation between the trunks and signaling units. The following table displays the sent signal states for active/not active signaling. The RBS grounds its M−lead to signal a seizure. The other device applies battery to its M−lead to signal a seizure. The RBS expect to see active conditions on the E−lead and signal active to the remote device on M−lead. E/M Type V Interface Model E/M Type V interface is a symmetrical two−wire lead arrangement that signals in both directions by means of open for not active and ground for active signalling. The following table displays the sent signal states for active/not active signaling. The RBS grounds its M−lead to signal a seizure. The other device applies battery to its M−lead to signal a seizure. The RBS expect to see active conditions on the E−lead and signal active to the remote device on M−lead. E/M Proprietary Type Interface Model E/M Proprietary Type provides a four−wire fully−looped arrangement that provides full isolation between the trunks and signaling units. The following table displays the sent signal states for active/not active signaling. The RBS grounds its M−lead to signal a seizure. The other device applies battery to its M−lead to signal a seizure. The RBS expect to see active conditions on the E−lead and signal active to the remote device on M−lead. M+ M- E+ E- RBS side RBS side
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 32 July 2010 E/M Hardware settings Type I (Unbalanced) Type II (Balanced) Type V (Unbalanced) proprietary (Balanced) IP1 1 ON OFF OFF ON 2 ON OFF OFF ON IP2 1 OFF ON ON OFF 2 OFF ON ON OFF IP3 1 OFF OFF OFF OFF 2 ON OFF ON OFF Back card deep switch positioning M+ M- E+ E- +48v IP1 IP2 IP3 RBS side
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 33 July 2010 6.4 Syncronization Interfaces 6.4.1 Main GPS Interface In order to connect the Main GPS antenna to the RBS, connect the GPS antenna to the SMA-BNC “Main GPS” connector shown in the following figure. Interconnecting points Type of connector terminating the cable Type of cable/conductor GPS SMA male connector 50 ohm coaxial cable with double shield GPS Antenna
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 34 July 2010 6.5 Other Interfaces 6.5.1 Door break-in Insert the connector in the front or rear door break-in connector shown in the following figure. Connect the three devices to the cable coming from the door as shown in the following figure. Front Door Break-in Rear Door Break-in
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 35 July 2010 6.5.2 LAN Interface The LAN Interface is a 10BASE-T 100BASE-TX autosensing Ethernet interface with a standard RJ45 connector. Connect it to a hub/switch to provide LAN access to the feature of the RBS. Available features depend on the settings of the RBS. Interconnecting points Type of connector terminating the cable Type of cable/conductor LAN RJ45 male connector AWG 24 Category 5 LAN port
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 36 July 2010 LAN RJ45 female pinout PIN 1 RX+ Receive Data + 2 RX- Receive Data - 3 TX+ Transmit Data + 4 not used 5 not used 6 TX- Transmit Data - 7 not used 8 not used LAN RJ45 male cabling PIN EIA/TIA 568A EIA/TIA 568B 1 TX+ White/Green White/Orange 2 TX- Green Orange 3 RX+ White/Orange White/Green 4 Blue Blue 5 White/Blue White/Blue 6 RX- Orange Green 7 White/Brown White/Brown 8 Brown Brown To connect the RBS to an Ethernet hub/switch use a straight cable (EIA/TIA 568A or EIA/TIA 568B on both ends). To connect the RBS directly to an Ethernet host use a cross cable (EIA/TIA 568A on one end and EIA/TIA 568B on the other end).
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 37 July 2010 6.5.3 Serial Interface The Serial Interface is an RS232 interface with a standard female type D DCE connector. Connect it to a DTE to provide serial access to the RBS. Available features depend on the settings of the RBS. Interconnecting points Type of connector terminating the cable Type of cable/conductor RS232 Male type D connector with 9 pins and shielded holder 9 conductor cable with double brass sheath type interconductor Serial Interface
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 38 July 2010 RS232 RS232 standards are defined by EIA/TIA (Electronic Industries Alliance /Telecommunications Industry Association). RS232 defines both the physical and electrical characteristics of the interface. RS232 is an Active LOW voltage driven interface and operates at +12V to -12V. RS232 is a serial interface for the transmission of point to point digital data. Description of the connector’s pins is from DTE to DCE. The RBS acts as a DCE. RS232 female pinout PIN Mean 1 not used 2 RX Data from DCE to DTE 3 TX Data from DTE to DCE 4 not used 5 GND Ground 6 not used 7 RTS Ready To Send (from DTE) 8 CTS Clear To Send (to DTE) 9 not used Complete RS232 female pinout (only on request) PIN Mean 1 not used 2 RX Data from DCE to DTE 3 TX Data from DTE to DCE 4 DTR Data Terminal Ready (from DTE) 5 GND Ground 6 DSR Data Set Ready (to DTE) 7 RTS Ready To Send (from DTE) 8 CTS Clear To Send (to DTE) 9 not used
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 39 July 2010 6.5.4 Auxiliary Serial Interface The Auxiliary Serial Interface is an optional RS232, RS422 or RS485 interface with a standard female type D DCE connector. Connect it to a DTE to provide serial access to the RBS. Available features depend on the settings of the RBS. Interconnecting points Type of connector terminating the cable Type of cable/conductor RS232 RS422 RS485 Male type D connector with 9 pins and shielded holder 9 conductor cable with double brass sheath type interconductor Pinout of the three tipes of serial interface are described below. AUX Serial Interface
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 40 July 2010 RS232 RS232 standards are defined by EIA/TIA (Electronic Industries Alliance /Telecommunications Industry Association). RS232 defines both the physical and electrical characteristics of the interface. RS232 is an Active LOW voltage driven interface and operates at +12V to -12V. RS232 is a serial interface for the transmission of point to point digital data. Description of the connector’s pins is from DTE to DCE. The RBS acts as a DCE. RS232 female pinout PIN Mean 1 not used 2 RX Data from DCE to DTE 3 TX Data from DTE to DCE 4 not used 5 GND Ground 6 not used 7 RTS Ready To Send (from DTE) 8 CTS Clear To Send (to DTE) 9 not used RS422 RS422 is a balanced serial interface for the transmission of point to point digital data. The advantage of a balanced signal is the greater immunity to noise. The EIA describes RS422 as a DTE to DCE interface for point-to-point connections. Description of the connector’s pins is from DTE to DCE. The RBS acts as a DCE. RS422 female pinout (only on request) PIN Mean 1 GND Ground 2 TX + Data from DTE to DCE 3 not used 4 RX + Data from DCE to DTE 5 GND Ground 6 not used 7 TX - Data from DTE to DCE 8 not used 9 RX - Data from DCE to DTE
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 41 July 2010 RS485 RS485 is a balanced serial interface for the transmission of digital data. The advantage of a balanced signal is the greater immunity to noise. Point to point or multi-point behaviour of this serial interface is software dependent and is out of the scope of this manual. Description of the connector’s pins is from DTE to DCE. The RBS acts as a DCE. RS485 female pinout (only on request) PIN Mean 1 not used 2 RTX + Data 3 not used 4 not used 5 GND Ground 6 not used 7 RTX - Data 8 not used 9 not used
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 42 July 2010 6.5.5 Digital Input/Output Interface The RBS manages 4 digital outputs. The connector is located on the rear of the RBS and is shown in red in the following figure. Interconnecting points Type of connector terminating the cable Type of cable/conductor User I/O Socket block B2L 3.5/20LH Section of each wire ≤ 1 sq.mm. (AWG 18) I/O Interface
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 43 July 2010 I/O Socket block B2L male pinout type contact out 1 power supply alarm (*) out 2 temperature alarm (*) out 3 synchronization alarm (*) out 4 RF power alarm (*) in 1 not used in 2 not used in 3 not used in 4 not used in A1 not used in A2 not used (*) The meaning of the digital outputs depends on the firmware release of the RBS. In the shown example the meaning is as follows:  Output 1: power supply alarm. When the RBS is supplied from battery the output is closed.  Output 2: RBS temperature alarm. When the temperature is over a defined maximum value the output is closed.  Output 3: RBS synchronization alarm. When the RBS loses synchronisation the output is closed.  Output 4: RF power alarm. When the PA transmitting power is 3 dB below the right power level the output is closed.
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 44 July 2010 6.5.6 Local Microphone Interface The local microphone interface permits to connect a microphone to the RBS. Features related with PTT press and the AF of the microphone are out of the scope of this manual. Interconnecting points Type of connector terminating the cable Type of cable/conductor Microphone Male type D high density connector with 15 pins Section of each wire ≤ 1 sq.mm. (AWG 18) Microphone Local Microphone Interface
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 45 July 2010 D-SUB HD 15 female pinout PIN Mean 1 GND Ground 2 not used 3 not used 4 not used 5 not used 6 AF in Audio Frequency input to RBS 7 not used 8 not used 9 not used 10 not used 11 PTT Push To Talk input to RBS 12 not used 13 DGND Digital Ground 14 not used 15 VDD (soldering side view)
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 46 July 2010 7. Configuration The hardware configuration, where applicable, is described in the installation section of this manual. Hardware configuration is limited only to hardware related characteristics such as electrical interfaces. A parameter configuration must be done to adjust each device to the user need. This procedure is described in the manual of the configuration software. Please refers to it for more information. A list of values for each parameter for each device is provided in a separate document on demand. Please refer to it to set the proper value for each parameter. To connect the PC with the configuration software to the RBS follow the procedure described in the Local Maintenance Interface section. 8. Maintenance 8.1 Module features, alarms and troubleshooting 8.1.1 CORE module The CORE module, for its versatility and potentiality, is the core of ECOS-D RBS. This module is equipped with devices for numerical computation (DSP, FPGA) and control (microprocessor). The primary functionalities of the Core Module are: • MMI (Man Machine Interface) to allow an operator to interact with the device • Main Simulcast Management, implementing the voting algorithm, equalization and a matrix of AF signals. • local and remote management of the device. The module is able to receive the input reference source from multiple clock signals: • Internal GPS receiver (up to 2) • AF tone (eg, tone at 3400 Hz via from an external source through LIF or DIF module) • 2,048 MHz (G.703) The choice of input clock signal is performed according to a configurable logic that normally assigns higher priority to the GPS signal. The module provides as its output the following clock signals to all the other modules of the RBS: • RBS main reference clock (26 MHz) • PPS main and / or spare
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 47 July 2010 The CORE module can accommodate also two option boards: • The SoIP piggy back (Simulcast over IP) that allows the CORE module to manage IP link towards other RBS • The Vocoder piggy back, that allows the CORE module to manage the digital voice The CORE MMI makes available to a technical operator the following functionalities. • Radio frequencies settings (RX e TX); • RF transmission power settings (Hi / Low); • Enable / disable of input/output lines (radio and wired); • Speak and listen on selectable interfaces; • Measures: o power supply (V); o RSSI (dBm); o RF transmit power (dBm); • voted signal; • Selection and management of Audio Frequency (AF) signals for test purposes; • Lock / unlock of voice in local speaker (radio squelch or criterions); • Speaker volume setting; • Display brightness setting; • Menu language setting; The MMI is composed by a 8 characters display (each character is 5 x 7 pixels) and a Keypad The keypad is composed by 16 buttons: SQ (Squelch), Fn (Function), +, -, ↵, C (cancel) and 0 ÷ 9. In the following a brief summary of their use is given. SQ Use it to open/close the analog squelch of the device Fn Use it to switch between stand-by mode and menu mode. + / - These are multi-function buttons: they are used for navigation in menu, to up and down speaker volume and display brightness. ↵↵↵↵ in menu mode use it to confirm the choice. C In menu mode use it to go back to previous menu. 0 ÷ 9 In menu mode use them to insert the value of parameters where required
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 48 July 2010 The menu tree is described in the following table. Menu level 1 2 3 4 5 1. Freq.RX 1. View Freq. RTX 2. Freq.TX 1. Low 1. Radio 2. RF Power PA 2. Hi 1. Brightn. Italiano 2. Display 2. Language English 1. IP Address 1. Settings 3. Network 2. Net mask RTX 1. L1 2. L2 3. L3 LIF 4. L4 1. L1 2. L2 3. L3 DIF 4. L4 1. RRXa RRX 2. RRXb 2. Spk/Lstn CORE ON 1. RX OFF ON RTX 2. TX OFF ON 1. RXa OFF ON RRX 2. RXb OFF ON L1 OFF ON L2 OFF ON L3 OFF ON 1. Inhibit LIF L4 OFF 1. TS 1 1. Digital 2. TS 2 3. Commands 2. Voice 2. Analog RTX RRXa 1. RSSI RRX RRXb 2. DC 3. Voter 4. Measure 4. RF Power PA RTX 1. L1 2. L2 5. AF Test LIF 3. L3
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 49 July 2010 Menu level 1 2 3 4 5 4. L4 8.1.2 4 Lines Interface module – LIF The "4 Lines Interface” (LIF) module is the module that is able to manage up to 4 lines with 4W interface + (E&M). This module is equipped with devices for numerical computation (DSP, FPGA) and control (microprocessor) combined with the electrical interfaces for the 4 wires lines. The “Line Interface” (LIF) module is also able to manage redounded links over the 4 wires interfaces. 4 wires interfaces are used by the device to connect this Radio Base Station to up to other 4 Radio Base Stations to build a Simulcast network. The front panel is provided with bi-color leds to help in troubleshooting the system. The table below describes the meaning of the leds: LED Color Label Description 1 Green Line 1 RX Line 1 on RX Red Line 1 TX Line 1 on TX 2 Green Line 2 RX Line 2 on RX Red Line 2 TX Line 2 on TX 3 Green Line 3 RX Line 3 on RX Red Line 3 TX Line 3 on TX 4 Green Line 4 RX Line 4 on RX Red Line 4 TX Line 4 on TX 5 Green Status1 Red DATA bus fail failure MTCH of DSP 6 Green Status2 Red Logic fail µP and DSP not communicate 7 Green CTRL bus busy Activity on Control Bus Red CTRL bus fail failure of BUS µP 8 Green Upload Ongoing download code Red Upload Fail Download code KO
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 50 July 2010 8.1.3 SWITCH module The Switch module realizes a "solid state" switch (MOSFET) device for the distribution of the power necessary for the proper working of all the modules of the ECOS-D RBS. In particular its primary task is to distribute the 12 Vdc nominal voltage (Master voltage) and 7 Vdc nominal voltage (Slave voltage). The 7 Vdc Slave voltage is used by all the other modules to power their logic. It is generated by the switch module for direct conversion from the 12 Vdc Master voltage. The switch module provides: • ON / OFF of all the modules on the same RBS • Protection against Extra Current (short circuit or overload > 22 A ± 5%) • Protection against Extra voltage (maximum input voltage equal to 30 Vdc ± 5%) • Protection against voltages outside the guaranteed operating range [10.8 ÷ 15.6 Vdc]. • Protection against reverse polarity input voltage. • Protection against over temperature inside the module itself (≥ 100 ° C ± 1%). The front panel is provided with bi-color leds to help in troubleshooting the system. The table below describes the meaning of the leds: LED Color Label Description 1 Green Vin OK Normally operating Red Vin fail Input voltage out of range 2 Green Vout ok RBS internal voltage levels are correct Red Vout fail RBS internal voltage failure 3 Green Control bus busy Activity on the control bus Red Control bus fail control bus among the modules is in failure Red blink Control bus fail Bad message received 4 Green Upload Firmware upload in progress Red Upload fail Firmware upload failed
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 51 July 2010 8.1.4 DC/DC module The DC/DC module is a continue power voltage converter from an external power source to the internal power level of ECOS-D devices. The converter, other than the power voltage conversion, is able to galvanically insulate (1500Vrms) the internal 12Vdc power distribution from the external power source and a 28Vdc power distribution to the 110W PA module. 8.1.5 Radio Receiver and Transmitter module - RTX The “Radio Receiver and Transmitter” (RTX) module is the module that realizes a full duplex radio in the frequency bands commonly used by in the LMR/PMR market (400 - 470 MHz). It is able to operate with channel spacing of 12.5 kHz, 20 kHz and 25 kHz. Limitation on usable RF bands and channel spacing may apply due to local regulations. This module is equipped with devices for numerical computation (DSP, FPGA) and control (microprocessor) combined with the radio receiver front-end and the transmitter driver. The RTX module main functionalities are: • Dynamic Dual mode radio operations with support of digital and analog modulation • Synchronization from external reference via CORE module • Temperature control. • UHF band: 400 – 470 MHz The front panel is provided with bi-color leds to help in troubleshooting the system. The table below describes the meaning of the leds: LED Color Label Description 1 Green RX busy RF signal present at the receiver Red RX fail Receiver PLL unlock Red blink RX fail RX Equalizer failure
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 52 July 2010 2 Green TX on RF exciter correctly On Air Red TX fail RF exciter failure: - bad power out - ACP failure - Exciter PLL unlock Red blink TX fail TX dynamic equalizer failure 3 Green Status 1 RF signal with analog modulation present at the receiver Red RX inhibit Receiver is in inhibited state 4 Green Status 2 RF exciter correctly On Air with digital modulation Red Tx inhibit Exciter is in inhibited state 5 Green Status 3 Reserved Red Data bus fail The multichannel data bus is out of frame sync 6 Green Status 4 Reserved Red Logic fail One of the these error is present: - DSP/uP communication failure - logic PLL unlock Red blink Logic fail One of the these error is present: - boot failure - EEPROM failure 7 Green Control bus busy Activity on the control bus Red Control bus fail control bus among the modules is in failure Red blink Control bus fail Bad message received 8 Green Upload Firmware upload in progress Red Upload fail Firmware upload failed
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 53 July 2010 8.1.6 Power Amplifier module - PA The “Power Amplifier” (PA) module is a wide band RF amplifier in UHF (400 - 470 MHz). Their time of TX ramp up/down is less than 1200 µsec. This makes the module compatible with the stringent demands of digital transmission. Thanks to a microprocessor mounted on board, the module is able to implement the PUFF technology (Powerful Universal Forming Function) for the shaping of transient power in order to obtain compliance with the rapid transient rules of ACP (Adjacent Channel Power). The microprocessor also manages completely the operation of the module: this would remove any calibration procedures. All configuration changes are performed via software. Other main functionalities are: • continuous transmitter’s operations (100% duty cycle). • Output power selectable between two values (Phi and Plo), each of which can be SW set to a nominal value between 2 and 25 Watts. • final stage protected against excessive mismatching output power. In the case that VSWR remains above a set threshold (eg ReturnLoss = 5dB) for more than a fixed time, the module is able to send an alert and the output power will not exceed a safety value (eg ≤ 10watt). • temperature threshold alarm: if the temperature remains above a set value for more than a fixed time, the module is able to send an alert and will ensure that the RF output power will not exceed a predetermined safe value. The front panel is provided with bi-color leds to help in troubleshooting the system. The table below describes the meaning of the leds: LED Color Label Description 1 Green PWR High High Power level selected and correctly On Air Red PWR fail Emitted power less than a FW configured threshold (3 dB typical) 2 Green PWR low Low Power level selected and correctly On Air
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 54 July 2010 Red VSWR On Air and VSWR level is greater than FW configured threshold 3 Green Control bus busy Activity on the control bus Red Control bus fail control bus among the modules is in failure Red blink Control bus fail Bad message received 4 Green Upload Firmware upload in progress Red Upload fail Firmware upload failed
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 55 July 2010 8.2 Power modules maintenance precaution Before maintenance operations involving power supply modules the power cable must be removed. If the purpose of the maintenance is the replacement of the SWITCH or DC/DC modules the following procedure must be followed: 48 Vdc powered devices: • Switch off the device moving to the lower position the Main Power and Power switch. • unplug the 48Vdc D-SUB 3W3 connector • Remove the module as described in section 8.23. 48V DC input Power on/off switch Main Power on/off switch
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 56 July 2010 8.3 Module removal To remove a module from the RBS follows the procedure described below. 1 – Unscrew the two (or four) screws marked in red on the front panel of the module 2 – From the front side of the RBS using the handle marked in blue pull the module out. Module locking screws Module handles
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 57 July 2010 8.4 Back card removal To remove a back card from the RBS follows the procedure described below. 1 – Unlock the two (or four) knobs marked in red on the panel of the back card 2 – From the rear side of the RBS using the same knobs pull the back card out.
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 58 July 2010 8.5 Local Maintenance Interface The local maintenance interface is located on the front panel of the RBS on the CORE module. To perform local Maintenance and local configuration of the RBS, connect a PC to this connector using the appropriate LAN adapter. Maintenance LAN Adapter Local Maintenance Interface
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 59 July 2010 D-SUB HD 15 female pinout PIN Mean 1 not used 2 not used 3 not used 4 not used 5 TX- Transmit Data - 6 not used 7 RX- Receive Data - 8 not used 9 TX+ Transmit Data + 10 not used 11 not used 12 RX+ Receive Data + 13 DGND Digital Ground 14 FLP Front LAN Presence 15 not used (soldering side view) LAN RJ45 female pinout PIN 1 RX+ Receive Data + 2 RX- Receive Data - 3 TX+ Transmit Data + 4 not used 5 not used 6 TX- Transmit Data - 7 not used 8 not used
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 60 July 2010 8.6 Local Test AF Interface The local Audio Frequency interface is located on the front panel of the RBS on the CORE module. Use this interface to test the AF performance of the RBS. Interconnecting points Type of connector terminating the cable Type of cable/conductor Microphone Male type D high density connector with 15 pins Section of each wire ≤ 1 sq.mm. (AWG 18) Local Maintenance Interface
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 61 July 2010 D-SUB HD 15 female pinout PIN Mean 1 GND Ground 2 AF FO Audio Frequency Output (no volume) 3 not used 4 AF out - Audio Frequency output from RBS 5 not used 6 AF in Audio Frequency input to RBS 7 not used 8 not used 9 not used 10 AF out + Audio Frequency output from RBS 11 PTT Push To Talk input to RBS 12 not used 13 DGND Digital Ground 14 not used 15 VDD (soldering side view) 8.7 Remote Maintenance Interface The Remote maintenance interface may be accessible directly or not on each RBS depending on the configuration of the system. If the RBS is configured to be remotely controlled via the LAN interface, see the LAN interface section to correctly connect the RBS. For more information about the remote maintenance procedure see the Network Management System (NMS) Manual, where supplied.
SELEX Communications Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing 62 July 2010 Information contained in this document may not be used, applied or reproduced for any purpose unless agreed by SELEX Communications S.p.A. in writing. SELEX Communications S.p.A. reserves the right to alter without notice the specification, design or conditions of supply of any product or service. SELEX Communications logo is a trademark of SELEX Communications S.p.A. Printed in Italy. © SELEX Communications S.p.A. All Rights reserved.

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