FIU 19E Quick Reference Guide

FIU 19E Indoor Unit Quick Reference Guide

C34231.24--E0

dn0170994 © Nokia Corporation Issue 6 en Nokia Proprietary and Confidential

Quick Reference Guide

The information in this documentation is subject to change without notice and describes only the product defined in the introduction of this documentation. This documentation is intended for the use of Nokia's customers only for the purposes of the agreement under which the documentation is submitted, and no part of it may be reproduced or transmitted in any form or means without the prior written permission of Nokia. The documentation has been prepared to be used by professional and properly trained personnel, and the customer assumes full responsibility when using it. Nokia welcomes customer comments as part of the process of continuous development and improvement of the documentation. The information or statements given in this documentation concerning the suitability, capacity, or performance of the mentioned hardware or software products cannot be considered binding but shall be defined in the agreement made between Nokia and the customer. However, Nokia has made all reasonable efforts to ensure that the instructions contained in the documentation are adequate and free of material errors and omissions. Nokia will, if necessary, explain issues which may not be covered by the documentation. Nokia's liability for any errors in the documentation is limited to the documentary correction of errors. NOKIA WILL NOT BE RESPONSIBLE IN ANY EVENT FOR ERRORS IN THIS DOCUMENTATION OR FOR ANY DAMAGES, INCIDENTAL OR CONSEQUENTIAL (INCLUDING MONETARY LOSSES), that might arise from the use of this documentation or the information in it. This documentation and the product it describes are considered protected by copyright according to the applicable laws. NOKIA logo is a registered trademark of Nokia Corporation. Other product names mentioned in this documentation may be trademarks of their respective companies, and they are mentioned for identification purposes only. Copyright © Nokia Corporation 2005. All rights reserved.

Hereby, Nokia Corporation, declares that this Nokia FIU 19E indoor unit is in compliance with the essential protection requirements for EMC (as stated in Article 4 of Council Directive 89/336/EEC) specified under the article 3.1b of Council Directive 1999/5/EC (R&TTE Directive). Type approval information has been printed in the sticker on top of the FIU 19E main unit.

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1. INSTALLING FIU 19E

1.1 Installing 1IU configuration (FIU 19E with 4 - 12x2M capacity)

1. 2.

3. 4.

6.

3.2.

1.

5.

Figure 1. Installing 1IU configuration (4 - 12x2M capacity)

1. Attach the mounting brackets to FIU 19E with M3x10 Torx screws (4 pcs). 2. Attach the plug-in unit(s) into FIU 19E with M3x10 Torx screws. 3. Attach the mounting nuts to the rack. 4. Attach FIU 19E into the mounting rack with M6x15 mounting screws (4 pcs). 5. Before tightening the M6x15 mounting screws, attach the grounding cable to the unit.

NOTE Do not attach the other end of the grounding cable to the rack, as the rack does not ensure a proper grounding for the unit. Attach the grounding cable to the grounding rail of the premises.

6. Attach the Flexbus cable (1), power cable (2), and LMP cable (3) to FIU 19E.

For commissioning instructions, see Section 2.1 Commissioning 1IU configuration.




1.2 Installing 1IU configuration (FIU 19E with 16x2M capacity)

1. 2.

4.

5. 6.

8.

2. 1.

3.

7.

3.

Figure 2. Installing 1IU configuration (16x2M capacity)




1. Attach the mounting brackets to the Expansion Unit (EXU) with M3x10 Torx screws (4 pcs). 2. Attach the backplane to the EXU unit. 3. Attach the mounting nuts to the rack. 4. Screw the backplane guide pin to the backplane. Attach EXU to the rack with M6x15 mounting

screws. 5. Remove the backplane cover plate and attach the mounting brackets to FIU 19E with M3x10 Torx

screws (4 pcs). 6. Slide FIU 19E to the rack. Make sure to slide the guide pin into the hole at the back of the FIU

19E unit, before pushing the unit firmly into place. Attach the FIU 19E unit into the rack using mounting screws.

7. Before tightening the M6x15 mounting screws, attach the grounding cable to the unit.


8. Attach the Flexbus cable (1), power cable (2), and LMP cable (3) to FIU 19E.

For commissioning instructions, see Section 2.1 Commissioning 1IU configuration.




1.3 Installing 2IU protected configuration (FIU 19E with 16x2M capacity)

8.

1.

4.5.

1. 2.

3. 4.

6.5.

7.

3.

2.

Figure 3. Installing 2IU protected configuration (16x2M capacity)




NOTE

When installing 2IU protected configuration, make sure to supply the power for each FIU 19E unit through its own fuse. This ensures the correct operation of the protection, in case of a short-circuit in one of the units.

Before starting the installation of 2IU protected configuration, check also, that both FIU 19E units have the same product code and software version.

1. Attach the mounting brackets to EXU with M3x10 Torx screws (4 pcs). 2. Screw the backplane guide pins (2) to the backplane. 3. Attach the mounting nuts to the rack. 4. Attach the backplane to EXU and attach EXU to the rack with M6x15 mounting screws. 5. Remove the cover plates from the back of the FIU units. Attach the mounting brackets to both

FIU 19E units (=IU A and IU B) with M3x10 Torx screws (4 pcs). Note, that the installation of mounting brackets is different for IU A and IU B.

6. Attach FIU 19Es to the rack. a. Slide IU A into the rack above the EXU. Make sure to slide the guide pin into the hole at the

back of the FIU 19E unit, before pushing the unit firmly into place. Attach IU A to the rack using M6x15 mounting screws.

b. Slide IU B into the rack below the EXU. Make sure to slide the guide pin into the hole at the back of the FIU 19E unit, before pushing the unit firmly into place. Attach IU B to the rack using M6x15 mounting screws.

7. Before tightening the mounting screws, attach the grounding cable to the unit.


8. Attach the Flexbus cables (1 and 4) to FB 1 of IU A and IU B, and power cables (2 and 5) to FIU

19E units. Attach the LMP cable (3) to the LMP port of IU A.

For commissioning instructions, see Section 2.2 Commissioning 2IU protected configuration.




1.4 Installing FIU 19E to TM4 rack

1. 2.

310 mm

11 U

482.6 mm(19" )

14holes

T55241.06

T55241.04

T55241.04

Figure 4. Installing FIU 19E to TM4 rack

1. Place the upper and lower supports (T55241.04) as shown in the figure Installation of FIU 19E to

TM4 rack. Leave 14 holes between the supports. Attach the upper and lower supports to the rack (T55241.06) using four M4x10 screws.

2. Attach the mounting brackets to FIU 19E, slide the unit to the rack and attach the unit with M6x15 mounting screws.

NOTE For information on the installation of FIU 19E to an ETSI rack, see document Installing Hardware for Nokia FlexiHopper (Plus) C2.3.




1.5 FIU 19E connectors

MP

SMB connector

FB1 +DC FB2 +DC

TNC connector

Q1-1 Q1-2

RJ-45 connector3 Q1 out + 4 Q1 in+ 5 Q1 in - 6 Q1 out -

1 83 4 5 6 72

LMP

RJ-45 connector4 GND 5 LMP in6 LMP out

1 83 4 5 6 72

10/100 BaseT Ethernet

RJ-45 connector1 Data out+ 2 Data out - 3 Data in+ 6 Data in -

1 83 4 5 6 72

PWR - + Power supply input of -40.5 to -72 V DC

12

34 Molex Micro-Fit connector1 VPB (+) 2 VNB (-) 3 Not connected4 Not connected

Figure 5. FIU 19E connectors

1.6 Installing plug-in units to FIU 19E

MP Q1-1 FB1 +DCLMP - + Q1-2 FB2 +DCPWR 10BaseT

FIU 19E

Slot 1 Slot 2 Slot 3

4 x 2M plug-in units

Flexbus plug-in unit

Aux data plug-in units(Max. 2 Aux data plug-in units)Ethernet plug-in unit

Figure 6. Positioning of plug-in units in FIU 19E

NOTE You can only install two Aux data plug-in units into one FIU 19E unit. When installing two Aux data plug-in units into FIU 19E, use either slots 1 and 2, or 1 and 3, but not slots 2 and 3.




1.7 EXU and E1 connectors

EXU slot A (4A) EXU slot B (4B)

16x2M IC plug-in unit

2M interfaces

2M 120

2

34

1

TQ connector

4

SMB connector

2M 75 1

23

In -In+Out -Out+

RJ-45 connector12

Out+Out -

3, 6 - 8 Not connected

In+45 In -

2M 120

1 2 3 4 5 6 7 8

Figure 7. EXU connector options




1.8 FIU 19E Ethernet plug-in unit

ETH-1 ETH-2

10/100 BaseT Ethernet

RJ-45 connector1 Data out+ 2 Data out - 3 Data in+ 6 Data in -

1 83 4 5 6 72

Figure 8. Ethernet plug-in unit and RJ-45 connector pinout

CAUTION Ethernet plug-in unit (T55320.01) is compatible with FIU 19E release C2.0 (T55340.01--D) hardware and P55306.01--A (or newer) software, when Hopper Manager C4.6 (or newer) is in use. The unit is not compatible with previous HW or SW versions of FIU 19E. The installation of the Ethernet plug-in unit is allowed only to slot 2 of the FIU 19E main unit. Pins 4, 5, 7, and 8 on the Ethernet plug-in unit interfaces (ETH-1/ETH-2) are terminated to improve noise margin.




1.9 Flexbus plug-in unit

FB3 FB4DC IN

DC IN Power supply input of +52 to +60 VDC

12

34 Molex Micro-Fit connector1 not connected 2 not connected3 P55V4 N55V = GND

Figure 9. Flexbus plug-in unit and power connector pinout

CAUTION In Flexbus plug-in unit, the negative input voltage is grounded. If positive grounding is used at the equipment station, the plug-in unit requires an external, galvanically isolated power supply,




FIU 19E and Flexbus plug-in unit power connections

Grounding1) Power requirement70W - 2 x OU+1 x FIU19E45W - 1 x OU+1 x FIU19E

2) In Flexbus plug-in unit, negative supply voltage is always grounded

3) In this site, positive supply voltage is grounded. Negative voltage could be grounded as well.

Flexbusplug-in unit

Outdoorunit

FB2 +DC

FIU 19E

Flexbusinterface

FB1 +DCFB3FB4

+48...+60 V

+52...+60 V

Power supply FIU 19EFloating input

Power supply secondary side is galvanically isolated from primary side

-40.5...-72 V 1)

Mast

2)

3)

Flexbuscables

_+

_+

Figure 10. FIU 19E and Flexbus plug-in unit power connections




2. COMMISSIONING TASK LIST

2.1 Commissioning 1 IU configuration

1. Switch the power on to FIU 19E.

2. Check that the LMP cable has been connected between the PC and the indoor unit. Start Nokia Hopper Manager.

3. Connect to the network element by clicking Manage → Connect Locally. Once connected, run the Commissioning Wizard by clicking Manage → Commission.

4. Fill in the basic settings in the wizard.

a. Give the site information (optional).

b. Select station type and operating mode.

c. Set Flexbus (outdoor unit) capacities. Tick ‘In use’ and click Next.

d. Set Q1 and LMP port baud rates and addresses, if Q1 is used for node management.

e. Select the Q1 bus routing, if Q1 is used for node management.

f. Nokia FlexiHopper OU: Set the transmit frequency, maximum transmit power, and interleave mode. Switch on the Tx power.

g. Nokia MetroHopper OU: Give master/slave settings, temporary hop ID, interleave mode, and channel selection method (manual/autosearch).

h. Set installation information (optional) and the node clock.

i. Check and approve settings.

5. Fine-align the antenna. When the antennas at the both ends of the hop have been aligned, verify that the Rx input level determined by the transmission planning is met.

6. Make the appropriate cross-connections with the Hopper Manager.




Figure 11. 1IU configuration successfully installed and commissioned




2.2 Commissioning 2IU protected configuration

CAUTION

Before starting the 2IU protected configuration commissioning, ensure that IU B is switched off.

1. Switch the power on to IU A, but leave IU B switched off.

2. Connect the LMP cable between the PC and IU A. Start Nokia Hopper Manager, and check the COM port number and speed of the connection.

3. Connect to the network element by clicking Manage → Connect Locally. Once connected, run the Commissioning Wizard by clicking Manage → Commission.

4. Do not bring Flexbus 1 into use, install the licences, or type in the identification information. In all windows click Next.

5. Set the Protection Equipment to 2IU+2OU Protected.

6. Click Finish, and answer ‘Yes’ to the question about resetting the indoor unit.

7. After Nokia Hopper Manager has performed the reset, wait until the node manager action is completed (about 60 seconds) and switch the power on to IU B. Do not move the LMP cable from IU A to IU B.

8. Wait 30 seconds for IU B to start.

9. Close Nokia Hopper Manager and start it again.

The Equipment View displays two indoor units and an expansion unit (although some equipment may appear ghosted or disabled).

10. Run the Commissioning Wizard.

11. Tick IU A – Flexbus 1 and IU B – Flexbus 1 on the list and click Start. When the Flexbuses have been discovered, click Next.

12. Install the necessary licences. Click Next.

13. Add network element indentification information. Click Next.

14. Set the Flexbus capacity and click the ‘In use’ tab (In use IU A and In use IU B). Click Next.

15. Configure the branching for the Q1 management. Click Next.

16. Make the outdoor unit settings. Click Next.

17. Check that the network element information summary is correct and send the information to the network element.

18. Add installation details (time, date, and installer information). Tick ‘Reset performance counters’ and ‘Reset RX level alarm’. Click Finish.




19. Fine-align the antenna. When the antennas at the both ends of the hop have been aligned, verify that the Rx input level determined by the transmission planning is met.

CAUTION

Do not change the protection mode after both indoor units have been switched on.

Figure 12. 2IU protected configuration successfully installed and commissioned

For more information on the installation and alignment of the antenna, see Nokia FlexiHopper (Plus) C2.3 Outdoor Unit Quick Reference Guide and Installing Hardware for Nokia FlexiHopper (Plus) C2.3.




APPENDICES Aux data plug-in unit and signaling pinout

Interface Pin Pin name Signal / directionAS V11ASCK

12345678

GroundASOUTPASOUTNASINPASINNASRXCKPASTXCKPDOUT0

AF V11 I/0 12345678

GroundAFOUTPAFOUTNAFINPAFINNDIO0DIO1DOUT1

AS RSAFCK

12345678

GroundAFTXCKPAFTXCKNAFRXCKPAFRXCKNRXD232TXD232DOUT2

AF703 I/0

V.11 (Aux slow RX +) / out +V.11 (Aux slow RX -) / out -V.11 (Aux slow TX +) / in +V.11 (Aux slow TX -) / out -V.11 (Aux slow clock RX direction) / outV.11 (Aux slow clock TX direction) / out+/- Relay control / out

V.11 (Aux fast data RX +) / out +V.11 (Aux fast data RX -) / out -V.11 (Aux fast data TX +) / in +V.11 (Aux fast data TX -) / in -Digital I/O (TTL) /in/outDigital I/O (TTL) /in/out+/- Relay control / out

V.11 (Aux fast clock TX direction +) / in +V.11 (Aux fast clock TX direction -) / in -V.11 (Aux fast clock RX direction +) / out +V.11 (Aux fast clock RX direction -) / out -RS-232 (aux slow RX) / outRS-232 (aux slow TX) / in+/- Relay control / out

12345678

Ground703RXP703RXN703TXP703TXNDIO2DIO3DOUT3

G.703 RX 64 kbit/s, coding HDB3 +) / out +G.703 RX 64 kbit/s, coding HDB3 -) / out -G.703 TX 64 kbit/s, coding HDB3 +) / in +G.703 TX 64 kbit/s, coding HDB3 -) / in -Digital I/O (TTL) / in/outDigital I/O (TTL) / in/out+/- Relay control / out

AS V11ASCK

AF V11I / O

AS RSAFCK

AF703I / O




FIU 19E LMP cable connection

1 nc2 RD3 TD4 nc5 GND6 nc7 nc8 nc9 nc

D9 (female) on the cableRJ-45 on front of FIU 19E

GND = groundRD = received dataTD = transmitted datanc = not connected

GND

LMP outLMP in

4

56

1-3, 7-8 nc

12345

6789

1 83 4 5 6 72

LMP-port



FIU 19E Quick Reference Guide

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