Alcatel Canada 24T07A01D22D 7390 24 GHz Co-Pol RT User Manual NT Manual pages 76 to 100

Alcatel Canada Inc 7390 24 GHz Co-Pol RT NT Manual pages 76 to 100

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4.5.2 G703 connector (120 ohm E1 and 100 ohm T1 standards)

Figure 60 – Affectation of G703 access points at NT back

4.6 Initiating services

Once RT and NT are installed and in operational status, service initiation requires a further step: the

Base Station operator must activate the cross-connections (see User Manual 3CC 12424 Axxx Base

Station § Client Services and § 6.2 Implementation of client services of the present document).

4.7 Filling in the installation sheet

The installation sheet (Appendix 1 – 7390 TS installation sheet) is initially issued by Radio Planning. It

contains all the data needed by the installer for successful programming of the RT.

The installer must complete this sheet by supplying the requested information, in particular the serial

numbers of the installed equipment, then submit it to the supervisor. The information in the sheet

ensures the traceability of the customer installation equipment, to facilitate subsequent interventions.

The sheet should be signed by the client and the installer. It allows with the customer, the effective

commissionings to be validated.

The sheet consists of three parts:

–7390 RT installation sheet,

–7390 NT installation sheet

–7390 RT/NT connections sheet.

4.7.1 7390 RT installation sheet

This part contains all the information necessary for the configuration. The installer must have this

information to configure the radio part (see 4.2.3.1 Configuration setting of the 7390RT parameters).

For each parameter to be entered according to the Radio Planning, the installer must if appropriate

indicate the real input value if this differs from the value on the sheet. He must also provide the following

information: site and operator co-ordinates.

Pin 1: Rx_Ring Pin 5: Tx_Tip

Pin 2: Rx_Tip Pin 6: Not connected or

equiment ground

Pin 3: Not connected or

equipment ground Pin 7: Not connected

Pin 4: Tx_Ring Pin 8: Not connected

SHIELDED CABLES MANDATORY

Front view soket

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4.7.2 NT installation sheet

This sheet is to be completed for each NT in the installation, by filling in the requested information.

4.7.3 RT/NT wiring sheet

The installer must fill in, in this part, all the information relating to the wiring and to the equipment used

for carrying out the assembly.

In addition, a wiring diagram is to be drawn up.

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5 Operation and maintenance

5.1 7390 system supervision

The system operator receives the alarms sent by the network equipment. With the aid of the the 7390LT

software applications, the operator can view and analyze the alarms and trigger the appropriate

operations (see specific procedures below).

On detection of a fault, the operator analyzes alarms and starts the suitable maintenance actions.

5.2 Preventive maintenance

This maintenance is carried out, either during a corrective maintenance inspection, or during a periodic

inspection, on all station equipment. It consists in inspecting the units and their interconnections

(connectors, cables, sockets, etc.) and ensuring that the environment of the Indoor Units (NTs and RTs)

complies with installation requirements (see section 3). It is essential to check connectors and splitters

state with earthing.

In case of doubt, the suspect parts should be checked, taking all precautions to avoid interrupting link

data transmission.

5.3 Corrective maintenance

Corrective maintenance is carried out with the use of the programs of the 7390 LT software.

To use the alarms refer to section "Alarms" of the Base Station User Manual, ref.: 3CC12424Axxx.

5.4 Changing a faulty NT unit

Make sure that the network manager has deleted the NT to be replaced beforehand and declared the

new one, using the 7390 LT software (see the Base Station User Manual, Ref.: 3CC12424 Axxx).

Stages

1. Turn off NT unit power.

2. Disconnect the main cables connecting the NT unit to the power source.

3. Disconnect all cables connected to the NT unit to be changed.

4. Change NT unit after checking that the characteristics coincide (number of inputs, impedance, etc.).

5. Reconnect NT unit cables.

6. Connect the NT power cable to the main supply.

7. Power up NT unit.

8. Wait for "Power on" LED to light up.

9. Wait for flashing of "Alarm" LED. The NT unit is in operation once the LED is extinguished.

DO NOT OPEN THE EQUIPMENT UNDER ANY CIRCUMSTANCE

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10. Make NT replace operation in the 7390 LT software application (see section NT replace of the Base

Station User Manual, Ref.: 3CC12424 Axxx)

11. Check the absence of alarms in the 7390 LT software application (see section Alarms of the Base

Station User Manual, Ref.: 3CC12424 Axxx).

12. Update the station installation sheet (Appendix 1 – 7390 TS installation sheet).

5.5 Changing a faulty RT unit

Stages

1. Turn off the NT power supply.

2. Disconnect the mains cable connecting the NT unit to the power source.

3. Disconnect the RT/NT connection cable.

4. Change RT after checking on the label that mnemonics are identicals to the previous one.

5. Install again the RT and carry out antenna alignment. For this, refer to sections 3 and 4.

6. Reconnect the RT/NT connection cable.

7. Connect the NT to the mains supply.

8. Power up the NT.

9. Wait between 2 and 5 minutes. Reconfiguration is automatic.

10. Check the absence of alarms in the 7390 LT software application (see section "Alarms" of the Base

Station User Manual, Ref.: 3CC12424 Axxx).

11. Update the station installation sheet (Appendix 1 – 7390 TS installation sheet).

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6 Changes of configuration

The changes to the transmission network may require changes to the equipment configurations in order

to meet new requirements. The A7390 equipment is likely to satisfy these changes either by modifying

just the equipment software configuration or by physically modifying the equipment and its configuration.

These changes may involve either changes of configuration using the 7390 LT software, or changes of

configuration with physical intervention on the equipment.

The possible changes using the 7390 LT software only are:

–declaration/removal/reset of an NT terminal (cf. § 6.1 Declaration, deletion, reset of an NT),

–implementation of client services (cf.§ 6.2 Implementation of client services).

The possible changes with physical intervention are:

–addition/removal of an NT unit (cf. § 6.1 Declaration, deletion, reset of an NT),

–changing an NT unit (cf. § 5.4 Changing a faulty NT unit),

–changing an RT unit (cf. § 6.3 Changing an RT),

–addition of an NT to a cluster (cf. § 6.4 Adding an NT to a cluster),

–affectation of an NT unit to another BS (cf. § 6.5 Affectation of an NT to another BS).

6.1 Declaration, deletion, reset of an NT

To add a new NT :

–update the "Installation information" sheet required for station installation (refer to Appendix 1 –

7390 TS installation sheet),

–carry out installation (refer to Chapter 3 Installation of the 7390TS Terminal Station) and commis-

sioning (refer to Chapter 4 Commissioning the 7390 TS Terminal Station) of the NT,

–to declare the new NT terminal, execute the commands indicated in section Declaring a new NT

of the Base Station User Manual (ref. 3CC12424Axxx).

To delete a NT from the network:

–update the "Installation information" sheet required for station installation (refer to Appendix 1 –

7390 TS installation sheet),

–execute the commands indicated in section NT deletion of the Base Station User Manual (ref.

3CC12424Axxx),

–turn off power to unit using ON/OFF switch (reference 6 of Figure 51 – The NT unit 220V).

To reset a NT :

–execute the commands indicated in section NT reset of the Base Station User Manual (ref.

3CC12424Axxx).

–if necessary, update the "Installation information" sheet (refer to Appendix 1 – 7390 TS installation

sheet).

The supervisor must be informed of any configuration changes

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To replace a NT :

–update the "Installation information" sheet required for station installation (refer to Appendix 1 –

7390 TS installation sheet),

–carry out installation (refer to Chapter 3 Installation of the 7390TS Terminal Station) and commis-

sioning (refer to Chapter 4 Commissioning the 7390 TS Terminal Station) of the NT,

–make NT replace operation that changes serial number from old NT to new NT, execute the com-

mands indicated in section NT replace of the Base Station User Manual (ref. 3CC12424Axxx).

6.2 Implementation of client services

To implement client services :

–execute the commands indicated in section Client services of the Base Station User Manual (ref.

3CC12424Axxx),

Note: The system benefits from E1 or IP links. For each case, use the specific procedure.

–if necessary, update the "Installation information" sheet (refer to Appendix 1 – 7390 TS installation

sheet).

6.3 Changing an RT

When changing the RT, as needs to be done in the event of a change to the frequency band on the

Base Station, it is necessary to reinitialise the radio part configuration and in case of an integrated

antenna to carry out antenna alignment (tracking).

To change the RT:

–turn off the mains supply to the NT,

–disconnect the mains cable,

–disconnect the RT/NT link cable,

–for an integrated antenna, carry out installation of the RT unit and tracking of the Terminal Station

antenna (for this, refer to Chapter 3 Installation of the 7390TS Terminal Station).

–restart the Terminal Station. For this, refer to Chapter 4 Commissioning the 7390 TS Terminal Sta-

tion.

–reconfigure the system according to the procedures in Chapter 4 Commissioning the 7390 TS Ter-

minal Station.

For system initialization and retrofit, refer to section NT Supervision of the Base Station User Manual

(ref. 3CC12424Axxx).

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6.4 Adding an NT to a cluster

6.4.1 Case of a pre-wired installation

In the case of a pre-wired installation, for which an extension has been envisaged, the cables are already

pulled, the distribution frames and repeaters are already in place and there are load modules filling the

free NT locations.

To add an NT to a cluster:

–remove the load module,

–connect the NT in place of the load module,

–follow the procedure for adding an NT described in § 6.1 Declaration, deletion, reset of an NT.

Note: There is no service interruption and, furthermore, it is not necessary to reconfigure the radio

parameters of the RT.

6.4.2 Case of a non-pre-wired installation

Where extension has not been envisaged, the repeaters and distribution frames must be wired, leading

to an interruption of services. Once wiring has been carried out:

–follow the procedure for adding an NT described in § 6.1 Declaration, deletion, reset of an NT,

–reconfigure the RT radio parameters as described in § 4.2.3 Site configuration and adjustment

procedures.

Note: You are recommended, with a view to possible future Multi-NT use, to wire as for Multi-NT on first

installation. This means that it will not be necessary to reset the RT, so avoiding the interruption

of services.

6.5 Affectation of an NT to another BS

To change the Base Station on a Terminal Station:

–delete the NT in the BS with the 7390 LT software beforehand (cf. § 6.1 Declaration, deletion, reset

of an NT),

–declare the NT in the new BS with the 7390 LT software,

–turn off the mains supply to the NT unit,

–carry out tracking of the Terminal Station antenna. For this, refer to Chapter 3 Installation of the

7390TS Terminal Station.

–restart the Terminal Station. For this, refer to Chapter 4 Commissioning the 7390 TS Terminal Sta-

tion.

–reconfigure the system according to the procedures in Chapter 4 Commissioning the 7390 TS Ter-

minal Station.

For system initialization and retrofit, refer to section NT supervision of the Base Station User Manual (ref.

3CC12424Axxx).

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Appendix 1 – 7390 TS installation sheet

A.1.1 – 7390 RT INSTALLATION SHEET

General information

Radio planning parameters

Name ................................................................... Operator

Address No ............................................................

Street .......................................................

Bld ..... Stair .............

Floor ....................................................

Town ................. Country .................

Installation parameters

to be entered (Radio

planning instructions)

Installation

parameters entered

(OK or new values)

Site identification

Name of the corresponding Base Station

Sector number (1, 2, 3, 4, etc.)

Distance between BS and TS

Altitude difference

Climatic zone (A, B, etc.)

Availability

RBS antenna type (dBi)

RBS antenna tilt

RBS power out

RT antenna type (dBi)

Polarization (H or V)

Frequency band (GHz)

Frequency down link

Frequency up link

Bandwidth

Duplex deviation (MHz)

Sub-band (A,.B, etc.)

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7390 RT INSTALLATION SHEET (continuation)

Designation

Version

Reference (3CC...)

ICS (01,02, etc.)

Serial number

Reception level (dBm)

Installation type (rooftop, tower, mast)

Mecanical support References

Radio installation height / ground

Obstacle (type, distance,...)

Installer: Costumer:

Date:

Name:

Visa:

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A.1.2 – 7390 NT INSTALLATION SHEET

Name ................................................................... Operator

Address No

..................................................................

Street .......................................................

Bld ..... Stair .............

Floor .......................................................

Town ................ Country .................

Designation NT

Type

Reference (3CC...)

ICS (01,02, ...)

Serial number

Downloaded application

Version

Position, location of the equipment

Installation type (Rack, wall-mounting, table)

Mother board (Ref. + ICS + Serial number)

ACCEPTANCE

Green LED lighting: (OK or NO OK)

Red LED off: (OK or NO OK)

Installer: Costumer:

Date:

Name:

Visa:

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A.1.3 – 7390 RT/NT CABLING SHEET

Diagram marks

Type of cable

Length between RT and the

first element

Splitter references

Splitter serial numbers

Repeater references

Repeater ICS

Repeater serial number

75 ohm load references

Connecting diagram

Installer: Costumer:

Date:

Name:

Visa:

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A.1.4 – LIST OF CHECKPOINTS FOR TS COMMISSIONING

CHECK SAFETY RULE

–Equipment grounding OK NOK

–Differential protection OK NOK

–Fire protection OK NOK

CHECK RT INSTALLATION

–No pollutants or possible flow on the RT OK NOK

–No possible trespassing in the RT antenna field OK NOK

–Direct view between RT antenna and base station antenna OK NOK

–Use of a torque wrench for the RT assembly OK NOK

–Support stiffness and absence of vibrations OK NOK

–Same polarization as for base station antenna OK NOK

CHECK CABLES BETWEEN RT and NT

–N 75Ω connectors RT side OK NOK

–Watertightness by thermoshrinkable pre-pasted sleeve RT side OK NOK

–No cable strain OK NOK

–Observe minimum bend radius OK NOK

CHECK NT INSTALLATION

–Min Max temperature of the premises hosting the NT (-5º to + 55ºC) OK NOK

–Ventilation clearance above the NT OK NOK

–Check the NT grounding OK NOK

–Check that all client access cables are shielded cables OK NOK

–Diagram compliant with multi-NT connection OK NOK

–Repetear(s) installed indoor OK NOK

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Appendix 2 – Using the DALLET® system by

SOFRER™ for 1m & 1.5m high mast on rooftop

Recommendations according to Snow and Wind Rules NV 65 are only indications and should be verified

according to the sites.

Feet weight : about 50 Kg for each DALLET.

Figure 61 – Dallet system for 26 cm antenna

Before any use, verify the rules applicable locally and

compute according to the regulations.

2 DALLET

3 DALLET

4 DALLET

Zone 1 and Zone 2 Zone 1 and Zone 2

Zone 3 Zone 3

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Figure 62 – Dallet system for zone 1, 2 and 3

7 DALLET

Dallet system for 60 cm antenna

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Appendix 3 – Mounting coaxial connectors

Sheet "N" 75Ω

SPECIFICATION TECHNIQUE

Fiche N mâle à sertir pour câble 75 ohms - ET 2PA 981

DSP-511

03-01-D

Page 1 sur 2

Rédigé par : Approuvé par : Edition du : / /

Mise à

our Par Le Ob

et de la mise à

our

B BLONDEAU 23-02-2000 Modification suivant DT 016-00

C ESTEBANEZ 06-07-2000 Modification suivant FIP 00-27-074

D ESTEBANEZ 08-03-2001 Modification suivant FIP 01-10-022

DATA SHEET

Crimp type N male plug for 75 ohms cable – ET 2PA 981

1. CODIFICATION

/ Reference.

Réf. DELTA OHM : 08 250 178

Réf. ALCATEL : 1AB019020005

2. CABLIER

/ Cable manufacturer.

Ref. FILOTEX

: ET 2PA 981

Dimension du câble

: Ame : ø1.02±0.1; Diélec. : ø4.6±0.1; Gaine : ø7.15±0.15

/ Cable dimension : Core : ø1.02±0.1; Dielectric : ø4.6±0.1; Jacket : ø7.15±0.15

3. DIMENSION

/ Dimension.

20 / plats

20 / flats

Contact à sertir

Crimping contact

4. CARACTERISTIQUE ELECTRIQUE

/ Electrical characteristic.

Impédance caractéristique

Characteristic impedance : 75 ΩΩ ± 2%

Fréquence d'utilisation

Operating frequency range : DC – 3 GHz

Résistance d'isolement

Insulation resistance : ≥≥ 5 x 10³³ MΩΩ

Tension de service au sol

/ Working voltage at sea level : 1 kVeff / 50 Hz

Essai de tenue en tension au sol

/ Proof voltage at sea level : 1.5 kVeff / 50 Hz

Pertes d'insertion

/ Insertion loss : ≤≤ 0.05 dB

Résistance de contact

Contact resistance

- Contact central

/ Center contact : ≤≤ 1 mΩΩ

- Contact extérieur

/ Outer

contact

: ≤≤ 0.2 mΩΩ

5. CARACTERISTIQUE MECANIQUE

/ Mechanical characteristic.

Matière et protection du contact central

: LAITON doré

/ Material and finish of the center contact : Gold plated brass

Matière et protection des autres parties métalliques

: LAITON nickelé

/ Material and finish of the other metal parts : Nickel plated brass

Isolant

Insulator : PTFE

Connecteur (accouplement)

: N mâle conforme à la norme NF C 93-566

/ Connector (coupling) : N male in compliance with NF C 93-566 standard

Traction sur le câble

/ Cable retention force : ≥≥ 2 daN

Blocage du système de verrouillage (accouplement)

: Effectué avec un couple = 0,7 N.m à 1,1 N.m

/ Locking system clamping (coupling) : Executed with torque = 0.7 N.m to 1.1 N.m

Etanchéité à l'accouplement

/ Coupling tightness : IP 67 par joint plat en SILICONE / by Silicone gasket

Température d'utilisation

/ Operating temperature range : - 40 °C << θθ << + 65 °C

Poids

Weight : 33 g

6. DIVERS

/ Miscellaneous.

Conditionnement

/ Packaging : unitaire / per unit

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Fiche "F" 75Ω

SPECIFICATION TECHNIQUE

Fiche N mâle à sertir pour câble 75 ohms - ET 2PA 981

DSP-511

03-01-D

Page 2 sur 2

Rédigé par : Approuvé par : Edition du : / /

7. PREPARATION DU CABLE.

(Cable preparation).

7.1 F - Dénuder la tresse

(7 mm).

GB - Strip the braid (7 mm).

Tresse + Feuillard

Braid + Foil

7.2 F - Monter la ferrule et rabattre la tresse.

Dénuder l’âme (4 mm). Evaser entre le feuillard

et la tresse à l’aide de l’outil 22-395-036.

GB - Insert the ferrule and flange the braid.

Strip the core (4 mm). Widen between the foil

and the braid with the tool 22-395-036.

Feuillard

oil

Ferrule

Ame

Core

Tresse

Brai

Evaseur

Flange tool

8. MONTAGE DU CONNECTEUR.

(Mounting of the connector).

8.1 F - Monter le contact central sur l'âme du câble

et sertir celui-ci à l'aide de la pince 22-395-208

(hexagone 1,73 mm).

GB - Insert the center contact on the core of the

cable and crimp with the pliers 22-395-208

(hexagon 1,73 mm).

Zone de sertissage. Hexa. = 1,73 mm

Area for crimping. Hexa. = 1.73 mm

Contact central

Central contact

8.2 F - Insérer le câble équipé dans le corps.

Couper le surplus de tresse au ras du corps.

GB -

Insert the assembled cable into the body.

Cut the excess of braid against the body.

8.3 F - Positionner la ferrule et sertir celle-ci à l'aide

de la pince 22-395-208 (hexagone 8,3 mm).

GB - Set up the ferrule and crimp it with pliers

22-395-208 (hexagon 8,3 mm).

8,3 mm = Zone de sertissage hexa.

8.3 mm = Hexa. area for crimping

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Appendix 4 – Climatic areas world map

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104

Appendix 5 – Correspondence between commercial

codes and industrial codes relating to the TS

Installation item Commercial

code Industrial code Comments

7390 NC - commercial NT

NT unit

NCA 001

(2 Eth + 2 G703) 220V 9900NCA001+

9900SWA001 3CC 10329 AAxx Without power cable

NGA 001

(2 Eth + G703, ) 48V 9900NGA001+

9900SWA001 3CC 10329 BCxx With cable 48 V

NGA 004

(2 Eth + 2G703, LEMO) 48V 9900NGA004+

9900SWA001 3CC 10329 BFxx With cable 48 V

NCA 002

(2 Eth + 1G703 + X21) 220V 9900NCA002+

9900SWA001 3CC 10329ABxx Without power cable

NCB 001

(2 Eth + 4 ISDN- 2B1Q-60 V)

220V

9900NCB001+

9900SWA001 3CC 10329 ALxx Without power cable

NGB 001

(2 Eth + 4 ISDN- 2B1Q-60 V) 48V 9900NGB001+

9900SWA001 3CC 10329 AWxx With cable 48 V

NCD 001

(2 Eth) 220V 9900NCD001+

9900SWA001 3CC 10329 ACxx Without power cable

NCE 001

(2 Eth + 2 T1 ANSI) 220V 9900NCE001+

9900SWA001 3CC 10329 AExx Without power cable

NCB 002

(2 Eth + 4 ISDN-4B3T -60 V)

220V

9900NCB002+

9900SWA001 3CC 10329 ATxx Without power cable

NGB 002

(2 Eth + 4 ISDN-4B3T -60 V) 48V 9900NGB002+

9900SWA001 3CC 10329 AZxx With cable 48 V

7390 NC - commercial NT

NT Lite unit

NCF 001

(1 Eth + 1E1 (G703)) 220V 9900NCF001+

9900SWA001 3DG 55004 AAxx Without power cable

NCG 001

(1 Eth + 1T1 ANSI) 220V 9900NCG001+

9900SWA001 3DG 55004 ADxx Without power cable

RT installation items

Indoor-outdoor cabling

coaxial cable 6F(TC) 75 Ohm 9900XTA001

70 m 1AC 00273 0003

(per meter) (70 meters)

Crimping tool Delta Ohms 9900YTB001 3CC 11239 AAxx

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104

Repeater (without cable) 9900XTB002 3CC 08473 AAxx

Passive Splitter (with-out cable) 9900XTC002 3CC11234AAAxx

Bended pipe (48 mm of diameter) 9900XTE001 3CC 11132 AAxx

Self-supporting mast 1 meter

(48 mm of diameter) 9900XTD002 3CC 11133 AAxx

self-supporting mast 1.5 meter

(48 mm of diameter) 9900XTD001 3CC 11134 AAxx

74/114mm-pipe adaptation kit 9900XTF001 3CC 10802 Aaxx