RTN900 Series Product (V1R3) MW Implementation SOP

7/23/2019 RTN900 Series Product (V1R3) MW Implementation SOP

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Standard Operation Procedure Of OptiX RTN 910 Installed in Cabinet & Commisionned









Page 5

The IDU is installed on the Huawei open rack which is in a shelter besides the tower

The DDF/DCDB/Rack/Pole are installed on site

The height of towers is !!"#!! $eters

Using in%house !&'"&#$ antenna

Protection is ( H)B

The # sites of the hop share the sa$e configuration

The distance of the # sites between this hop is about ' k$

Typical Scenario：OptiX RTN 910 Installed and Commissioned in CaBS3900 S300

天线抱杆



Page 6



Page 7

inet



Page 8



Page 9

Standard Installation Tools for Installation of Optix RT

Diagonal plier Paper knife *)D%pre+e

File ,ire cutter )olid wrench -d.ustable wrench

-llen wrench adder 0ulti$eter Co$pass ifting

Flathead screwdri+er10'%023

Crosshead screwdri+er10'%023

Cable cla1for #!%oh



Page 10

Cleaner Tor4ue wrench )ocket wrench Teles

)aft5 hel$et Ca$era Cri$per For

Percussion drill1for instalaltion on wall7

dia$eter8 !3

Claw ha$$er 1for installation on wall3



Page 11

N910

nti+e glo+e 0ark pen

Cri$ping pliers

hook ifting rope

ping knife $ * cable3



Page 12

cope )afet5 belt

fe6 e+el bar



111 1!1 1"1

Prepare for installation Assemble the pole

!8!! !8! !8! !8#9 !8#9 !89!

:perator #C :perator #C :perator #C

11! 1!! 1"! 1$

Assemble the antenna

!8!! !8! !8! !8'! !8'! !8;! !8;! !89!

:perator %' :perator %' :perator :perator

;! !

1""

!8'! !8;9

:perator %'

1(1 191

8;! 899 899 #8'!

:perator #C' :perator #

19!

Stand

Prepare for theoperations on the tower

Perform unpackinginspection

Install the hbri!coupler

Install :DU

Assemble the out!oorconnectors for I" cables

#ift an! install the I"cable

Connect the IF connectorsof the :DU< take

waterproof $easures forthe IF connectors< and bind

the IF cables

StartStart

$



Power o

899 #8;9 #8;9

:perator C' :perat

1(! 19"

Affi' the labels

8;9 #8! #8! #8;9

:perator % :perator %

1(" 19$ 110

(lean up the site

8;9 #8! #8! #8#! #8#! #8'!

:perator :perator :perator

)roun! the I" cables an!take waterproof measures

for the I" cables

Install an! wrap the *1cable

+oute the in!oor I"cable

Install the power cableof the e&uipment

■A/B/C/D/E 5 people will fnish the implementation o the new site within 8 hours

■T)e distance bet*een t)e ! sites is i+nored

■A/B are experienced on Microwave installation

,



1,1 1-1

!89! 89 89 8;!

:perator .%'/#C :perator .%'/#C

1,! 1-!

Install the D(DB Install th

!89! 89 89 8'9 8'9

:perator %' :perator %' :perator

11$

28#! =89!

:perator #

111 11! 11" 11$

rd Installation Procedure for OptiX RTN 910

#ift an! install thepole

#ift an! install the antennagroun! /D.

Install the 19inch rack

Co$$issioning the antennaSite %2



n the e&uipment

#899 #899 '8! '8! 28#!

r % :perator % :perator %#C' :perator #

11$

28#! =89!

:perator %C'

9

Perform per4*commissioning

Install 0icrowa+ee4uip$ent)ite B2

-fter finish installation of stie B< B/Dreturn to site - for co$$issioning the

antenna

Co$$issioning the antennaSite #2



1

ID. an! DD"

8;9

%'

11,1

,

$

,



=89! >8!!

:perator

11,!

* loopback test

=89! >8!!

:perator %

Perform selfcheck on theinstallation an! take photograph

#（C'）

EndEnd



Page 19

aterials of OptiX PTN910 site

IDU subrack RT?@! IDU subrack RT?@9! IDU subrack RT?@>! :DU H5brid

-ntenna (ore en! terminal (able ties 7aterproof mastic cement /r!er wire

I" cable Power cable Protection groun!ing *1 cable 4con

)rou! clip -dhesi+e insulation tape 1mm groun! cable (apti8e nut *1 c



Page 20

coupler Panel screw

telephone (rosso8er cable

ector #ightning protection terminal

able Panel screw



Page 21

Stan!ar! /peration Proce!ure for /pti +:4 900 series

No 2or3in+ Proces

111 Prepare for t)e installa

Check the design docu$ents 7

;

parabolic antenna installation $anual

:ptiA RT? @!! radio trans$isssion s

' 0ake the labels according to the

;

9 Tools 1see tools card in this guide3 &

2

=

#

'

#

; 9

Check installation condition1placebar<hole<indoor en+iron$ent 7

<=

<=

>?@

<=

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<=

<=

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<=

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#abels

Design !ocuments

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#%B

#%B

' ;



Page 22

'

9



P

Operator Operation Time

ion #C 10 min

Steps

1In packed bo63 7

5ste$%IDU:DU 4uick installation guide 7

re4uire$ent of Huawei1optional3

4ey Tec)ni5ues

Tools6eters

'

2

of antennacableIDU< power<cable rack<earth



Page 2

aterials

#

;

2



Page


No 2or3in+ Process

11!%

#

'

;

9

2

4

# Forbid touching the surface of $etal with

' !npa"#ed e$%ip&ent and 'rapper s

Paper knife #

; 9

Inst

Perform t)e unpac3in+inspection

Check the IT*0 nu$ber on the packagetributar5 board< * cable and DDF&

During the process of transporting< handparts or co$ponents do not collide with o

+R

DDF

I" boar!Tributar5

board

IDU

Caterial for In!oor Installation



Page 26

#

' ;

9 2

Powercable

)roun!cable

IDU accessor5packet

*cable



Pag


No 2or3in+ Process

1D1D;B

1

;

3

%

-

1

; Forbid touching the surface of $etal w

3 !npa"#ed e$%ip&ent and 'rappe

%

1 Paper knife ;

% *)D%pre+enti+e glo+e - C

Ins

Perform t)e unpac3in+inspection

Check whether the goods< including thconsistent with the 0R/packing list7

Check whether the dia$eter and f re4uconsistent with the design docu$ent&

During the process of transporting< hanparts or co$ponents do not collide with

:DU accessor5 case

I" cable

:DU

Antenna

(heck the fre&uenc ban! ofthe /D.

)oo!s for /ut!oor Installation

、、 &、、 &、、 &、、 &、、 &、、 &



Page 28

1 ;

3 %

-

(heck the !iameter an!fre&uenc ban! of the

antenna




%' , min

Steps

ec)ni5ues

painting with wet or dirt glo+e

ld )e &o*ed to indoor

ls6eters

*)D glo+es '

2

tion aterials

0R&Including the IDU< IDU accessor5 package< IF board<

and installing the e4uip$ent< $ake sure that the spare

r ob.ects< doors< walls< or shel+es&



Page 30




A * - min

Steps

ec)ni5ues

painting with wet or dirt glo+e

ld )e &o*ed to indoor

ls6eters

3

a$$er

tion aterials

nna< :DU< :DU accessor5 bo6< and IF cable< are

and of the antenna< the fre4uenc5 band of the :DU are

and installing the e4uip$ent< $ake sure that the sparer ob.ects< doors< walls< or shel+es&

head screwdri+er10'%023

0ark pen



Page 32



Page 33


No 2or3in+ Process

1!1 %ssemble t)e pole

Fi6 the first U%bolt to one end of the pol

# Fi6 the second U%bolt to the other end o

'

;

9

2

4ey

The U%bolts should be fi6ed to the pole

#

'

To

Soli! wrench #

; 9

>?@

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>?@

#%-

%- %B

%C

#%B #%C

>?@

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>?@



Page 3

0icrowa+e pole #

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9 2



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#C 1, min

Steps

f the pole

ec)ni5ues

ir$l5&

ls6eters

'

2

aterials

ocket wrench



Page 36



Page37


No 2or3i

1!!% %ssemb

Deter$ine the position wh

# Install the connecting ears

'

; Fi6 the chassis to the cabi

9 Fi6 the other end of the P

2

The chassis is properl5 fi6

# The P?D cables are pro

'

Phillips screwdri+er

; Cable peeler

:ptiA PT? @! chassis

0ake the :T ter$inal of ththe back of the chassis&

>?@

>?@

>?@

>?@

%- %B

# '%-

'%B '%C

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9

Bare pressure ter$inal%:$$#%0;

ca e% & $$ %5e



Page39


No 2or3i

1!!# %ssemb

# .sing the screws of the au

'

;

9

2

=

#

Allen wrench

;

+eflector

Put the reflector on the shield

Install the two brackets of the

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'%- '%B '%C

'%D

>?@

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Page0

'

9



Page


No 2or3i

1!!C %ssemb

Fi6 the $ounting ki ts to the an

#

' -ppl5 the anti%seie grease to

;

9

2

=

#

)olid wrench

;

oosen the screw in the $iddlin the suitable position for the

<=

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<=

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>?@

%- %B %C

#%- #%B '%-

'%B '%C



Page

0ount

'

9



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No 2or

1!! %ssem

+emo8e the % screws from

# Insert the fee!er into an

' :urn the fee!er to the su

; "i' the fee!er b the % s

9 "i' the ring accor!ing as

2

:he polariGation must mee

#

'

;

"ee!er

screwdri+er

<=

<=

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78 )oriontal:8 :ertical

:op

#%- #%B

'%- '%B ;%-

;%B 9



Page

'

9



Page5


No 2or3i

1!!' %ssemb

Assemble the strut an! bol

#

'

;

9

'

;

Solid 'ren"(

;

Support collar

<=

<=

>?@

%- %B

%C %D

>?@



Page6

'

9



Pa

n+ Process Operator Operation Time

le t)e antenna %' , min

X

re the chassis is installed in the cabinet< and install the capti+e nuts&

of the *T)I cabinet&

et b5 using the Phillips screwdri+er&

?D cable to the grounding point of the cabinet&

4ey Tec)ni5ues

d&

erl5 connected&

Tools6eters

# Cord end cla$p ' Cable cutting plier

9 Heat gun 2

aterials

#

e P?D cable< and connect the P?D cable to the grounding point on the left of

;6capti+e nut%02;6panel screw%026#T0%co$$on use



Pa

;

2 Heat shrink tube< binding strap

%#&9 Connecting ears and installation screws for the *T)Icabinet

w




le t)e antenna %' , min

Steps

iliar material to firm the reflector to the shiel!

4ey Tec)ni5ues

Tools6eters

# '

9 2

aterials

# Shiel!

Eensure the EFE of the reflector and the shield are $atched7

le+el strut on the position which $arks EFE on the shield&

Crosshead screwdri+er10'%023



Page50

;

2




le t)e antenna %' 10 min

Steps

tenna with ; 0#A'! bolts7

the fine ad.ust$ent screws< U%bolts and so on&

4ey Tec)ni5ues

Tools6eters

# '

9 2

aterials

e of ele+ation ad.ust$ent screw< then fi6 the forepart of ele+ation screw to the $ounting kitsdesired antenna center offset&



Page

#

;

2




le t)e antenna % , IN

Steps

e fee!er hole

nna from the reflect si!e

table polariGation accor!ing to the !esign file

rews remo8e! before

the installation mo!eH make sure the ring is alwas up !uring hoisting

4ey Tec)ni5ues

the re&uirement of the !esign file

Tools6eters

# '

9 2

aterials

#



Page5

;

2




le t)e antenna ' , IN

Steps

ts

4ey Tec)ni5ues

Tools6eters

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aterials

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Page56

;

2



Page 5


No 2or3in+ Process

1"1 Prepare and climb to*er

Position of antenna on tower as

#

'

;

9

4

#

Co$pass #

; )afet5 belt 9

Design !ocuments #

:ake safet beltHblockHtools bagcable earth clampHwaterproof tatower

"i' the pulle on tower abo8e ththrough the pulle to groun!

'

%-

#%B

>?@

>?@

>?@

>?@

>?@

>?@



Page 58

' ;




#C !, IN

Steps

esign !ocumentantenna highHaGimuth an! tower legJ

ey Tec)ni5ues

ools6eters

ifting rope ' ,ifting (oo#

2

aterials

spannerH!iagonal pliersHcutterH/D. earth cableHI"eHPK( tapeHbin!erHetcJan! the en! of rope up to the

antenna which will be mounte!:hrea! hanging rope



Page 60



Page


No 2or3in+ Process

1"!%Assemble the hbri! coupler

#

'

;

9

2

4ey

:he polariGation must meet the re&uirem

#

'

To

#

; 9

Re$o+e the protecti+e cap of the feed boo$+ertical polariation& The arrow of feeder po

Check the polariation with the design< if it ilink is designed with the horiontal polariat)?&'&#BL

>?@

<= >?@

>?@

>?@

#%-

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>?@

>?@

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Page ;

#

' ;

9 2



Page


No 2or3in+ Process

1"!#

oosen the bolts that fi6 the feed boo$7

# :ake out the 8ertical polariGation part

' /ffloa! the 8ertical flangeHswich it to

; Insert the polariGation parts into the

9

2

4ey

Neep the polariGation con8erter properl

#

'

To

Allen wrench #

; 9

Assemble the hbri!

couplermo!if the

polariGation

Point the polariation indicator to the letter H$odification&

>?@

>?@

>?@

>?@

>?@

>?@

>?@

>?@



P

Obri! coupler

'

9




No 2or3in+ Proce

1"!CAssemble the hbri!

Re$o+e the two lifting rings of th

#

' +emo8e the protecti8e cap of

; Apll antiseiGe grease to th

9 Confir$ that the :DU is consiste

2 (lose the four latches corner

= Install the re$o+ed lifting rings o

:he polariGation an! the hbr

# Do not appl5 +aseline to the fron

'

;

Allen wrench

Re$o+e the protecti+e cap of thgasket of the feed boo$7

>?@

<= >?@

#%- #%B

9 2%- 2%B

#%C ' ;



;

Obri! coupler

' Kaseline

9

=%- =%B




! IN

Steps

ec)ni5ues

nt of the !esign file

ls6eters

'

2

aterials

EThe default polariation $ode of the antenna is the

t at EGE7

+ertical polariation b5 default< turn to &'&#C7 If the radion< the polariation $ode needs to be $odified& )ee



Page 6




, IN

Steps

M

horiGontal polariGationM

bri! coupler smoothlM

ec)ni5ues

ls6eters

'

2

< fir$ the screws b5 allen wrench and co$plete the



Page 50

aterials




" IN

Steps

couplerM

screwsM

DU in the polariation $ode7

the % capti8e screws with allen wrenchM

a&

ec)ni5ues

must be consistent with the fee!erM

erior of the feed boo$&

ls6eters

'

< and then appl5 an appropriate a$ount of +aseline to the



2

aterials

Antenna

AntiseiGe grease



Standard Operation Procedure for OptiX RTN 910

No 2or3in+ Pr

1""%

Place the nut to the IF cable

# Place the cla$p to the end o

'

; Reser+e the shielding la5er o

9

2 Fit the IF cable in the bod5 o

=

#

'

;

Paper knife

Assemble the

connectors for

Fold back the shielding la5erinsulating la5er7

)trip the insulating la5er off< conductor to the arc shape7

S)eat) S)ieldin+layer

Insulatin+layer

Innerconductor Nut Clamp Slee;e #ody

mm

%- %B %C #

' ;%- ;%B ;%-

9%- 9%B 9%C 9%D



Page

; File 9

IF cable #

' ;

9 2


No 2or3in+ Process

1""#

)et the $ulti$eter to the continuit5 test $

#

' If no bu is generated< the IF cable is no

; If the bu is generated< the IF cable is s

9

2

=

4

Assemble the out!oor

connectors for I" cable

Connect one needle of the $ulti$eter to other needle to the core of the IF cable c

>?@

>?@

安装绝缘垫片 &安装螺栓、弹垫、平垫在绝缘垫片上 & 安装绝缘垫片 &安装螺栓、弹垫、平垫在绝缘垫片上 & 安装绝缘垫片 &安装螺栓、弹垫、平垫在绝缘垫片上 & 安装绝缘垫片 &安装螺栓、弹垫、平垫在绝缘垫片上 &

!

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>?@

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"5mm

9%* 2%- 2%B 2%C



Page 5-

#

'

;

To

Cultimeter #

' ;

#

' ;

9 2


No 2or3in+ Process

1""C

0ark the IF cable b5 color tape to identif5 wh

# Cark the I" cable with out!oor labelM

' Protect the IF ter$inal to a+oid the da$age

Assemble the out!oor

connectors for I" cables

#

#%- #%B

>?

@

>?

@


>?

@

>?

@

>?

@

>?@




;

9

2

#

'

;

Diagonal pliers

;

PGC tape

' :utdoor label

9

'%- '%B




%'

Steps

he sheath off the IF cable 7

off the redundant part 7

tighten the bod5 and nut with the wrenches1)2$$37

ec)ni5ues

ls6eters

Diagonal pliers ' )olid ,rench

1, IN TOT%<）

hen< place the slee+e between the shielding la5er and the

ner conductor of ;&9 $$& Then< file the head of inner



2

aterials

IF cable connector 1?%R>% Connector3


%'

Steps

e&

al&

%circuited& The IF cable connector should be $ade again&

ec)ni5ues

1, IN TOT%<）

e6ternal conductor of the IF cable connector& Connect theector&



ls6eters

'

2

aterials


%'

Steps

ich connected to $ain :DU< if it is ( configuration7

during hanging &

1, IN

TOT%<）



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ec)ni5ues

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'

2

aterials

Cable tie 1black3



Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+ P

1$%

#

' Close the four latches corne

-ppearance of the :DU )eparate 0ounting Bracket ; Install the stand b5 :DU in

9

# :he interface for I" cabl

-ppearance of the -ntenna -dapter '

;

Assemble

Re$o+e the protecti+e capsgasket of the feed boo$&

Confir$ that the :DU is con:DU on the $ain interface 1?otice the arrow indicator o

The $ain :DU $ust be $o$ounted no to the standb5 i

>?@

>?@



Page 6;

:DU #

' ;



Page 63

Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+ Process

1$#

Re$o+e the nut of the grounding point7

# Connect the P?D cable of :DU to the gro

' )crew the nut< fi6 the P?D cable of :DU7

; 0ark the opposite site na$e/ID on the back

9

4ey Te

0ark the opposite site na$e/ID on the back

#

'

;

Too

Solid 'ren"( #

; 9

Asseble O=

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<=

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>?@

%- %B %C

#%- #%B #%C

'%- '%B '%C



Page 6%

P?D cable of :DU #

' ;

9 2

)tandard :peration Procedure for :ptiA RT? @!! )eries




, IN

Steps

)ni5ues

pposite of lifting ring

ls6eters

'

2

Caterials

< and then appl5 an appropriate a$ount of +aseline to the

oupler in the polariation $ode& Then< install the $ainstall the standb5 :DU on the standb5 interface of coupler&

ain interface of coupler and the standb5 :DU $ust beler&



Page 6




, IN

Steps

nding point7

of the antenna&

)ni5ues

of the antenna&

ls6eters

+ar# pen '

2



Page

aterials

!&2$ antenna



Pag


1,1#iftinstall the pole

Bin! the lifting rope to the two en!s o

#

BCD* control the lifting rope< - controls the

B and C confir$ the direction of the pole in t

' "i' the ; :brackets to the towerM

; A!Qust the nether :bracket to make the

9

4ey Te

# Cake sure the pole 8erticalit

'

To

#ifting rope #

; 9

Cateria

(onfirm the right location of the pole!ocumentsM

<=

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<=

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#

' ;



P

Cicrowa8e pole #

' ;

9 2




.%'/#C !, IN

Steps

the poleM

dragline7

he installation position according to the design7

pole 8erticalM

c)ni5ues

ls6eters

Safet belt ' Solid 'ren"(

2

Caterials

ccor!ing to the height an! aGimuth of the !esign



Page 9;



Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+ Pro

Install the 19in

Cark the !atum marks accor

#

'

;

9

#

Percussion !rill

' +ar# pen

*'pansion bolt

1,!%

Drill the install holes b5 percuthe dust around the holes7

Put the e'pansion bolt 8ertube into the hole complet

:he !rill bit shoul! keep same

:he !ust in an! aroun! the

it shoul! be !rill again

<=

>?@

<=

>?@

#

'



Page 9%

'



Pa

Standard Operation Procedure for OptiX RTN 910No 2or3in+ Proce

Install the 19inch

"i' the chassis to the gantr

# Co8e the cabinet to the holes

' "i' the screw !ri8ers to both

;

9

#

; 9

@%inch cabinet

1,!#

If it is o8erhea! cablingH !o un!erfloor cablingH !o not in

Crossheadscrewdri+er

>?@

>?@

%- %B

#%- #%B

'%- '%B

Insulating boar!



Page 9

'



Page


Install the 19inch c

# Connect the Core end ter$inal to th

' 7iring the groun! cable to the i

; 0ake the Core end ter$inal on the o

9

Keep the groud cable connecting to

#

'

;

#

; Paper knife 9

1,!C

0ake a Core end ter$inal on one en&;&#D&


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>?

>?



Page 96

Core end ter$inal

'

9

@

@



Pa

Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+ Proce

Install the 19inch

Cut off the power cables to a pro

#

' Press the endface to the conduc

;

9

#

'

;

Cri$ping pliers

;

1,!

Insert the e6posed conductor intendface of the core end ter$inal

,hen $aking the core end or rinthe ter$inal and press the endfa

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>?@

> >

$ MM

%- %B %C

%D #%- #%B

'%- '%B



Page 100

Core end ter$inal

'

9

@

@




( IN

Steps

the !esignM

ey Tec)ni5ues

Tools6eters

' Solid 'ren"(

#e8el bar 2

aterials

#

%'

ill with a 2J drill bit< at the sa$e ti$e< using a cleaner clean all

into the holeHuse a claw hummer to strike the e'pansionmo8e the e'pansion bolt

l !uring !rillingH the !epth of all the holes shoul! be the

shoul! be cleane! up If the hole is too flat or inclineH

-la' (a&&er



Page 10;

;




- IN

Steps

fi' the % screws of the bottomM

e screw the screwsM

e of the gantr accor!ing to the !esign

ey Tec)ni5ues

Tools6eters

'

2

aterials

# Insulating boar!

%'

install the screw !ri8ers in the bottomM if it is

l the uppermost screw !ri8ers



Page 10%

;




- IN

Steps

grounding point7

!oor groun! bar along the cable la!!erM

her end of the ground cable< then connect to the indoor grand bar&

ey Tec)ni5ues

e Core end ter$inal fir$l5&

Tools6eters

Diagonal plier ' Soli! wrench

Cri$per 2

%'

of the ground cableRT?UVWXY:TZ[E\]^_`



aterials

#

;

2

2$$# ground cable




, IN

Steps

ength&

5 using the cri$ping pliers&

ey Tec)ni5ues

Tools6eters

Paper knife '

2

%'

core end ter$inal& *nsure that the conductor is le+el with the

r$inal< 5ou should le+el the e6posed conductor with the endface ofthe conductor with the cri$ping pliers&



Page

aterials

# )roun! cable

;

2



Standard Operation Procedure for OptiX RTN 910No 2or3in

1,1%

#

' -fter lift the antenna to a

;

9 +emo8e the ; rubber p

2

The U%bolt of the $ount

#

#ifting rope

; Safet belt

#ift an!

an

Bin! the lifting ropemounting bracket

BC sta5 on the tower< -

Fi6 the anti%fall angle irobracket< install the hori

<=

>?@

<=

>?@

>?

@

>?

@

>?

@

#%- #%B

' ;%- ;%B

9;%C



Page

Antenna

'

9



P

Standard Operation Procedure for OptiX RTN 910No 2or3in+

1,1%

lift the le8el strengt

# Install the le8el stre

'

;

9

2

:he angle between the

# :he angle between the

#ifting rope

; Safet belt

#ift an! i

ant

Fi6 the other end of le+elbe no $ore than #9 degre

>?@

>?@

>?@

#%- #%B

#%C '%- '%B

'%C '%D '%*

>?@

>?@

>?@



#e8el str

'

9

:he angle between the ro! an!horiGaontal shoul! be no morethan ;- !egrees

. /

e ang e etween t e roan! antenna shoul! be lessthan 90 !egrees



Page1

Standard Operation Procedure for OptiX RTN 910No 2or3in+ Pro

1,1# O= +roun

# Fi6 the fi6ing clip of the groun

' Bind the ground cable to the t

;

9

The position of grounding poi

#

'

;

Soli! wrench

;

Deter$ine a proper groundingpoint&

>?@

>?@

>?@

>?@

%- %B #%-

#%B #%C '%-

'%B '%C '%D

>?@

>?@

>?@



round cable of the :

'

9



cess Operator Operation Time

.%'/#C

Steps

er place< -D could fi6 the lifting rope to the tower< then prepare ne6t step&

f the scuppers in the bottom of the antenna

4ey Tec)ni5ues

acket should fi6 to the pole fir$l5&

Tools6eters

# Pulling rope ' Soli! wrench

9 2

#ift an! install the

antenna

"0 INTOT%<2

e lifting ring of the antennaHbin! the pulling rope to the

the lifting rope on the ground< * controls the pulling rope7

e pole< fi6 the antenna to the pole with the # U%bolts of the $ountingine ad.ustable rod to the anti%fall angle iron&



aterials

# Counting bracket

;

2




.%'/#C

Steps

ro! to the install locationM

n ro! to the le8el le8er mechanical partM

4ey Tec)ni5ues

n! horiGaontal shoul! be no more than ;- !egrees

n! antenna shoul! be less than 90 !egrees

Tools6eters

# Pulling rope ' Soli! wrench

9 2

aterials

#ift an! install the

antenna

"0 INTOT%<2

gthen rod to the tower& The angle between the rod and horiaontal shouldThe angle between the rod and antenna should be less than @! degrees&



#

;

2




din+ #C

Steps

d cable to the grounding point&

ower and cut off the redundant bundling tape&

4ey Tec)ni5ues

t should be lower than the antenna&

Tools6eters

# Diagonal plier ' #e8el bar

9 2

"0 INTOT%<2

point on the tower& Then< re$o+e anti%rustic paint or rust at the grounding



aterials

# Bundling tape

;

2



Page 1

Standard Operation Procedure for OptiX RTN 910No 2or3in+ Process

1-!%

"ollow the !esignH install the % cap

# Put the DCDB into the cabinet< fi6 it with

' Screw off the % screws of the panel

;

9

2

4ey

#

'

#

; 9

Install C#

Connect the %;>G blue power cable to thcable to the circuit breaker grounding po

The dia$eter of the power cable$ust be


$=

- po'er"a)le

<= >?@

<=

<=

>?@

<=

>?@

>?@

%- %B

#%- #%B

' ;



Pa

DCDB

' (apti8e screw

9

- － 8po'er "a)le



Page 1;3

Standard Operation Procedure for OptiX RTN 910No 2or3in+ Process

1-!#

# Connect the power cable fro$ DCDB to the

'

;

9

2

4ey Te

:he %6K blue power cable shoul! be con

#

'

To

# C

; Paper knife 9

Install C#

Place the power cable of DCDB1blue one aalong the cable rack7


<= >?@

<=

>?@

>?@

>?@

- gro%nd"a)le

- －8 po'er

"a)le



Page 1

DCDB #

' ;

9 2



Pa

Standard Operation Procedure for OptiX RTN 910No 2or3in+ Proces

1-!C

Connect the ground cable to DCDB

# Place the DCDB ground cable to t

'

;

9

2

# Check if the +oltage is in the accep

'

Crosshead screwdri+er #

; Paper knife 9

Install C#

Cut the power cable in a suitable leter$inal< connect to the ground ba

The dia$eter of the power cable $

<= <=

<=

>?@

<=

- gro%nd"a)le



Page 1

DCDB #

' ;

9 2




%' ( IN

Steps

screws to the cabinetM

nel screws7

(DBH then remo8e the panelM

)ni5ues

ls6eters

ri$ping pliers ' Core end ter$inal

2

aterials

t chief circuit breaker< sie 2'-< connect the black groundpside&

$#&



Pa

Power cable

Panel screw




%' - IN

Steps

proper circuit breaker of the power distribution cabinet&

c)ni5ues

ecte! to the circuit breaker in siGe 3A

ls6eters

ri$ping pliers ' Core end ter$inal

2

d black one3 to the DC power distribution cabinet indoor<



Page 1

aterials

Power cable




%' - IN

Steps

bar indoor along the cable rack7

)ni5ues

e< then connect %;>G power&

ls6eters

Cri$ping pliers ' Core end ter$inal

2

rding to the location of ground bar< $akr the core end

$$#&



Page 1

aterials

)roun! cable




1% Install I

:btain the IDU and ground ca

# Re$o+e the two screws at the

' Use the re$o+ed screws to fi

;

9

2

# Tighten the four front panel s

' There $ust be a space of two

;

;

Fi6 the four capti+e nuts to thIDU7

Hold the IDU with both handsdiagonal se4uence& In this $a

-sse$ble :T ter$inals to onthe @Erack&

,hen installing the IDU @!! oholes on the installbar&

screwdri+er

!=

%- %B #

'%- '%B ;

9%- 9%- 2



Pa

IDU

' ; capti+e nuts

9



Pag

Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+ Proces

1#Install the boar

Take out the tributar5 board fro$ th

#

' Push the board to ensure that the b

; Press the e.ector le+ers inward forc

9 Tighten the two screws on the front

2 Install the IF board in the sa$e $a

7hen installing the boar!sH wea

#

'

;

#

; 9

Press the e.ector le+ers with both hboard cannot $o+e forward7

screwdri+er

%- %B #

' ; 9

2%- 2%B 2%C



Page 136

Boar! #

' ;

9 2




%' $ IN

Steps

int on the left of the IDU7

ble to the grounding point of the IDU7

c)ni5ues

nal se4uence&

nd below the IDU chasssis for heat disspation&

ls6eters

'

2

aterials

he rack colu$n< according to the deigned location of the

DU into the rack& Then< t ighten the four panel screws in as fi6ed to the rack7

?D cable<ink the :T ter$inal to the grounding screw on

en rack< 5ou should fi6 two capti+e nuts with a space of four

ead screwdri+er10'%023



round cable of IDU

; panel screws




%' ! IN

Steps

e7

aught tightl57

c)ni5ues

static glo8es

tistatic glo8es '

2

aterials

n< insert the board s$oothl5 along the board track till the



Page 10



Stan!ar! /peration Proce!ure for /pti +:4 900 Series

No 2or3in+ P

1(1#ift an! insta

Put the hanging rope along

#

'

;

9 Cake the coile! cable a

2

# Cake sure I" cable is st

'

;

#ifting rope

;

Bind the IF cable and feedecable 7

Reser+e the IF cable and fcircle of $ore than !&2 $et

Place the I" cable alongthe fee!er win!owM

,hen binding the IF cable

connect $ight be da$aged

d"

d

d"

d

>?@

>?@

06+

#%- #%B

'%- '%B ;

9



Page 1%

I" cable

'




#C' 1, IN

Steps

ladder down to the ground7

f cur8e in front of the fee!er win!ow

ey Tec)ni5ues

ring liftingH a8oi! crimp happens

Tools6eters

)olid wrench ' Diagonal plier

2

ting rope on the ground< then pull up the lifting rope with the IF

tra three to fi+e $eters at the :DU& Coil the e6tra cable into aeter< and fi6 the cable to the tower 7

e la!!erH lea! the I" cable into the e&uipment room through

g rope< 5ou canLt bind the connector with the rope& :therwise< theng process&



Page 1

aterials

# (able ties

;



Pag

Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+

1(!%

# Route the * cable f ro$

'

;

9

#

'

;

; Paper knife

Install an! r

Connect the * cables tocables&

Cut the * cables to a proas T6/R63&

Connect the * connecto

screwdri+er

%- %B %C

%D # '

;%- ;%B ;%C



' Cable ties

9

#!*



Pa

Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in

1(!#

# ead * cables through

' )trip off the skin< shield

;

9

#

'

;

Diagonal plie

; Paper knife

a3e '1 co

+e$o+e the KR:?* $

Pass the core wires of t

Place the core wires ofa cable punchdown too

# '%-

'%B '%C '%D

'%* ; 9%-

9%B 9%C 9%D



' Cable tie

9

#!*



Page 1%9

Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+ Pr

1(!C

%inCa&le '!

(emar)s %inCa&le '#

(emar)sColor (elation Color (elation

15 l%ePair Tx1

38 l%ePair Rx1

#

30 4(ite 23 4(ite '

1 OrangePair Tx2

37 OrangePair Rx2

;

29 4(ite 22 4(ite 9

13 reenPair Tx3

36 reenPair Rx3

28 4(ite 21 4(ite

12 ro'nPair Tx

35 ro'nPair Rx

#

27 4(ite 20 4(ite '

11 re

Pair Tx5

3 re

Pair Rx5

;

26 4(ite 19 4(ite

10 l%ePair Tx6

33 l%ePair Rx6

25 Red 18 Red ;

9 Orange 32 Orange

Install se4uence of #



Page 1-0

2 Red 17 Red

8 reenPair Tx8

31 reenPair Rx8

'

7 Red 16 Red 9




% 1, IN

Steps

DU to the DDF< bind the cable to the rack b5 bunding tape7

4ey Tec)ni5ues

Tools6eters

# Cark pen ' Impact tool

9 Diagonal plier 2

'1 cable

* interface on the tributar5 board& Then< tighten the screws to fi6 the

length and $ark the cables for the trans$it and recei+e directions 1such

he DDF7 *?E\]^_`&>&#B



aterials

# PGC insulation tape

;

2




% 10 IN

Steps

fro$ the back of DDF to the front7

and protect la5er< protect the * cable b5 PGC tape7

4ey Tec)ni5ues

Tools6eters

# Cark pen ' Impact tool

9 2

aterials

tors .1!0

ro$ DDF7

cable through the hole of the KR:?* $odule7

le to the forepart of KR:?*< then punch the wires into KR:?* b5 usingse4uence< see &=&#C



# PGC insulation tape

;

2



P


Steps

4ey Tec)ni5ues

Tools6eters

# '

9 2

aterials

!* cable



Page 1-

#

;

2



Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+

191%

#

'

;

9 ,rap the PGC tape on bo

# The redundant of cable tie

'

;

Paper knife

;

2aterproconnector

Connect the connector of

with a wrench7

,rap the connector with othe :DU 7

,rap the connector with tdirections of the three la5e

,rap the connector with tof the three la5ers are fro$

,hen wrapping the conne'/; of its original width& In

!#

*

!#

*

!

%- %B #

'%- '%B ;

9%- 9%B 9%C



7aterproof mastic ce

' (able tiesBlack

9



Page 1-9


191#Bin I" cable

Bind IF cable to the cable ladder e+er5 $ w

# Cut off e6tra part of cable ties&

'

;

9

2

4ey Te

The redundant of cable tie $ust be 9%!$$&

#

'

;

To

Diagonal plier #

>?@

>?@

#



Page 1

I" cable #

' ;




# 1, IN

Steps

cable tie& Then< cut off the redundant bundling tape&

)ni5ues

ls6eters

iagonal plier '

2

interface on the :DU& Then< tighten the connector gentl5

pe 'M9 c$ below the connector and toward the direction of

rproof tape 'M9 c$ below the connector& The wrappingo up< fro$ up to down< and fro$ down to up respecti+el57

tape 'M9 c$ below the connector& The wrapping directionsup to down< and fro$ down to up respecti+el5 7

proof tape and PGC tape< 5ou should stretch the tape tola5er should co+er about /# of the lower la5er&



Page 1;

aterials

PGC tape




# "0 IN

Steps

ith cable ties&

)ni5ues

ls6eters

'

aterials



Page

(able tiesblackJ



Page


19!%

(onfirm the location of the groun!ing

#

'

;

9

4ey T

#

'

;

#ocations of the groun!ing clips Positions of the groun!ing connections

To

#

# /ut!oor groun!ing bar un!er the fee!er win!ow ; 9

?roundin+ Points of t)e I>Cable

)roun!ing

steps 4oD

:he place about 1 m awa from the I"interface of the /D.

(onnect the groun!ing cable accor!ing to the groun!ingpoints on the towergroun!ing bar or towerJ

The place about $ awa5 fro$ the point wherethe cable is routed onto the wiring fra$e

>?@

>?@

>?@

>?@

>?@



'

'

9

:he mi!!le point of the cable when thecable on tower is longer than 0 metersJ

(onnect the groun!ing cable accor!ing to the groun!ingpoints on the towergroun!ing bar or towerJ



Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+ Proces

19!#

# Fit the grounding clip where the sh

'

;

9

2

# )trip the sheath off the IF cable ac

' DonLt strip an5 shielding la5er of th

;

Paper knife #

; 9

Perform t)e ?roundin+I> Cable

Deter$ine where the grounding cl

according to the length of the grou

The angle between the ground ca9 degrees& Route the ground cab

>?@

>?@

*8mm

%- %B %C

%D #%- #%B

#%C

>?@



P

I" cable clip

'

9




19!C7ater proof of

#

'

; ,rap the PGC tape on both e

9 +emo8e the paint in a suit

2 Fi6 another end of grounding

#

'

;

"ile

,rap the connector with three

of the :DU7

,rap the connector with threedirections of the three la5ers a

,rap the connector with threeof the three la5ers are fro$ do

The angle between the ground9 degrees& Route the ground

!!

#*

!#

*

>?@

>?@

# '

; 9 2%-

2%B 2%C

>?@



;

PGC tape

'

9

(able tiesblack2

o'n




#C ,0 IN.In total/

Steps

oints

)ni5ues

ls6eters

'

2



Page 172

aterials




#C ,0 IN.In total/

Steps

ipped off on the IF cable< and then tighten the screws&

)ni5ues

the length of the grounding clip&

&

ls6eters

ross screwdri+er '

2

ed on the IF cable& )trip the sheath off the IF cable

ted to the grounding clip and the IF cable can)?t e6ceede route of the IF cable&



Page 17

aterials




#C ,0 IN.In total/

Steps

cable tie& Then< cut off the redundant bundling tape7

g place of the towerM

ding bar and bind the grounding cable to the tower&

c)ni5ues

ls6eters

'

tape 'M9 c$ below the connector and toward the direction

rproof tape 'M9 c$ below the connector& The wrappingo up< fro$ up to down< and fro$ down to up respecti+el57

tape 'M9 c$ below the connector& The wrapping directionsup to down< and fro$ down to up respecti+el5 7

ted to the grounding clip and the IF cable can)?t e6ceede route of the IF cable&



Page 1

2

aterials

7aterproof mastic cement



Page

Standard Operation Procedure for OptiX RTN 900 SeriesNo

11(lean the

Collect the tools and e6

# Clear up the e4uip$ent

'

;

9

?o packing bo6es or bo

# ?o cable ties or other su

;

d"

d-

d"

d-

d"

d-

d"

d-

d"

d-

d"

d-

d"

d-

d"

d-



Page178

'



or3in+ Process Operator Operation Time

(lean the site

1, IN

Steps

essi+e cables on site

roo$ and the outdoors&

4ey Tec)ni5ues

rds are placed at rando$ on the installation field&

ndries are left on the floor or in the cabinets&

Tools6eters

# '

9 2

aterials

#



Page180

;



Standard Operation Procedure for OptiX RTN 910No 2or3in+ Pr

11$%

Follow the $icrowa+e antenn

#

'

;

9

#

'

;

;

%li+n t)e %ntennaPreparations

Deter$ine the +oltage +aluesCur+e and the $icrowa+e de

-100 -90 -80 -70 -60 -50 -40 -30 -20

0

0.5

1

1.5

2

2.5

3

3.5

4

4.5

RSL(dBm)

R S S I V o l t a g e ( V )

(hoose area

#%- #%B



-100 -90 -80 -70 -60 -50 -40 -30 -200

0.5

1

1.5

2

2.5

RSL(dBm)

R S S I V o l t a g



P

Standard Operation Procedure for OptiX RTN 910No 2or3in+ Proces

11$#

# Re$o+e the waterproof cap of the

'

;

9

#

'

;

0ulti$eter #

; 9

%li+n t)e %ntennas8C$ulti$eter

)et the $a6i$u$ +oltage that theeas5 obser+ation& Then< obser+e t

Connect the $ulti$eter to the wiretape&

#+,

#%-

#%B '%-

'%B '%C



Page 18

#

' ;

9 2



Standard Operation Procedure for OptiX RTN 910No 2or3in+ Proc

11$C

Fasten the antenna at the re$o

# :n the local antenna< loosen th

'

; I$$ediatel5 lock all in+ol+ed lo

9

?otice the +iew fro$ $ulti$eter

# Tighten the four nuts on the cla

'

;

0ulti$eter

;

%li+n t)e %ntennas8 -d.ust$ent

-d.ust the antenna in a wide ranthe rough ad.ust$ent< about threach peak signal and co$pare

0 7

"asten the antenna atremote site

OoriGontalA!Qustment

Site Site

N%ts t(at xt(e "la&ps

Bolts that connect theantenna an! the stan!

#e8ela!Qustmentscrew

2 3:

3:



Page 186

#

' ;

9 2




11"

oosen the bolts on the stand

#

'

;

9

,hen aligning the antennas< 5

#

'

;

0ulti$eter

;


Perfor$ the fine tune around efine tune7

,hen the $a6i$u$ recei+e lele+el ad.ust$ent screw to fi6 th

Tighten all the bolts on the antand ensure the $a6i$u$ rece

Bolts that connect theantenna an! the stan!

#e8el a!Qustmentscrew

2 0 7

N%ts t(at xt(e "la&ps

1 2:

2: 3



Page 188

#

' ;

9 2



Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+ Proc

11"'

Fasten the antenna at the re$o

# oosen the bolts that connect t

'

; ,hen the $a6i$u$ recei+e le+

9

,hen aligning the antennas< 5o

#

'

;

0ulti$eter

;


Rotate the ele+ation ad.ust$enpeak in e+er5 +ertical direction<

Tighten all the bolts on the anteand ensure the $a6i$u$ recei

"asten the antenna atremote site

KerticalA!Qustment

Site Site

Kerticala!Qustmentscrew

2 0 7

2 3:

3:



Page 190

#

' ;

9 2



P

Standard Operation Procedure for OptiX RTN 900 Series

No 2or3in+ Proces

11$>

# -d.ust the local and ro$te antenn

'

;

9

,hen aligning the antennas< 5ou

#

'

;

0ulti$eter #

; 9

%li+n t)e %ntennas8resite and align$ent repe

Follow the step &-< &B< &+alue of +oltage b5 $ulti$eter7

,hen the recei+e le+els of the loco+er&

Tighten all the bolts on the antennand ensure the $a6i$u$ recei+e

Site Site

Alignment+epeate!

Site Site

#

'%- '%B



Page 192

#

' ;

9 2




.%C/#' 1!0 IN.In total/

Steps

ciple7

)ni5ues

ls6eters

'

2

aterials

ecei+e le+el of the :DU< according to the :DU R)I%Gbnc1The :DU R)I%Gbnc Cur+e is deli+ered with the :DU3&



Page 19





Steps

I port< connect the B?C connector to the :DU R))I port7

c)ni5ues

ls6eters

PGC tape '

2

r can detect to DC #! G< fi6 the $ulti$eter to the tower for+alue of the recei+e le+el when 5ou align the antennas7

nect the B?C connector Ethen protect the wire b5 PGC



Page 196

aterials





Steps

the antenna at local site 7

the cla$ps on the stand 7

tightl5 after ad.ust$ent co$pleted&

)ni5ues

he antenna< looking for the $a6i$u$ +iew&

onal se4uence&

ls6eters

)olid wrench '

2

aterials

ll5& In this $anner< the antenna is aligned roughl5&Duringals can be scanned& Then< perfor$ the fine tune around

recei+e le+el at each ti$e of fine tune7



Page 198





Steps

and the two ad.ust$ent nuts on the le+el ad.ust$ent screw7

)ni5ues

ne antenna and ad.ust the other antenna&

ls6eters

)olid wrench '

2

aterials

al and co$pare the $a6i$u$ recei+e le+el at each ti$e of

d<tighten the bolts on the stand base and the nuts on the

ghtening the bolts< 5ou should obser+e the recei+e le+el



Page 200





Steps

all5 align the antenna at local site 7

d the stand7

d< tighten the ele+ation ad.ust$ent bolt to fi6 the antenna &

)ni5ues


ls6eters

)olid wrench '

2

aterials

rench& Then< perfor$ the fine tune around the recei+e le+elthe $a6i$u$ recei+e le+el at each ti$e of fine tune7




Page 202





Steps

l57

)ni5ues


ls6eters

)olid wrench '

2

* to align the antenna at the site B to find the $a6i$u$

d re$ote :DU reach the design +alues< the align$ent is




Page 20

aterials



Page2

Standard Operation Procedure for OptiX RTN 900 SeriesNo 2or3in+ Process Op

11,1

Steps

-ccording to the Checklist to check the hardware installa

#

' Re+iew the site 4ualit5 report&

;

9

4ey Tec)ni5ues

#

'

;

Tools6eters

(amera #

; 9

aterials

C)ec3 t)e )ard*areinstallation

#

Take photos on ke5 installation points of the base station re4uire$ents in the engineering docu$ents&

Be sure to collect all the re4uired data on site& This facilitae4uip$ent installation co$pletion report&

安装绝缘垫片 &、、 & 安装绝缘垫片 &、、 & 安装绝缘垫片 &、、 & 安装绝缘垫片 &、、 & 安装绝缘垫片 &、、 &



Page206

#

' ;

9 2



tor Operation Time

10 IN

&

'

2

'2

rding to related

5ou to co$pose the





C

inks with APIC ena

Coattr$iAP

Create ?*s&

1

0ethod 8 Create an?* b5 searching the?* on the U#!!! ,ebCT&



3

0ethod #8 Create ?*s$anuall5 on the U#!!!

,eb CT&



1

3





)et % Status aplanning file&The default % S

)et ?uarantee '1 Capacity accthe network planning file& )et thipara$eter to the sa$e +alue at b



&

:

1



Confi+urin+ t)e P

:

1

3

=

The general attributet5pe< and $a6i$u$ f



For ports that are being us

If 5ou set Port ode to <aType can be set to (0!1@

'ncapsulation Type8

For P#P *%ine ser

For G-?%based *

For an *thernet port that is1enerall5< 2or3in+ ode%utoANe+otiation&

,hen .u$bo fra$es are trreco$$ended that aB >r

For P#P *%ine ser+ices

For G-?%based *%ineonl5 the tagged fra$es<

allows the access of theplanning file&



Under %d;anced %ttri

This operation is $andbroadcast packet supp

)et <oopbac3 C)ec3<

T)res)old according t)uggestions to configu

'nablin+ #roadcast Pbroadcast packets to th'nabled& For *%-? s

This para$eter is appli

Confi+urin+ t)e P:

1

3

It



=

The a5er # attributesOinO t5pe do$ain&

For P#P *%ine ser+ices

For G-?%based *%ine sonl5 the tagged fra$es< sallows the access of the tplanning file&

Under %d;anced %ttrib If 5ou set Speed %ir Int

are co$pressed for highI)U#/I)A#< it is reco$$

If 5ou set Speed %ir Intfor higher trans$ission



reco$$en e a 5ou This operation is $anda

enable the broadcast pa )et <oopbac3 C)ec3<

Suppression T)res)ol

)uggestions to configuri

'nablin+ #roadcast Paof the broadcast packetpara$eter to 'nabled&

This para$eter is applic ,hen the IFN*TH port t

ser+ice< 5ou can set 'rr

Confi+urin+ <

:

1

3

Confi+urin+ 'A



:

1

3



Cloc3 confi+ura

3

2

1









-lowchart or Conf.urin. Microw

Creatin. 0es

Configure the RFconfiguration $ode&

For (! or ?(! configuration< skip th

reate an APICorkgroup&

bled

figure the h5brid/-0ibutes of H5bridrowa+e links withIC enabled&

Create an ?(protection group&

Crpr

inks configured with ?(protection

inks configured wi( protection



Chan.in. 0E 2Ds/0ames

=

3

=

>



Creatin. a !4! %rotection r

=

?



onf.urin. the 2-/6D7 2normation o

)elect 7 2or3in+

Thesepara$eters

take theirdefault+alues&

)electboardprotecprotecpaired



cording to the network

tatus is isabled&

odulation ode of t)eCapacity and odulatio% Capacity are a+ailabStatus to 'nabled&

ou can specif5 anual odulation onl5 if 5ou set % Status to isabled&

ording to

oth ends'nable '1 Priority is a+ailable onl5 if 5ou

set % Status to 'nabled&

The I)U#/I)A# supports threeIF $odes&



Conf.urin. DM 9ervice

3

=

)et the le+el of the new

that is bound with GC%data ser+ice that is bouser+ices in a GC%; pass

)et the slot< port of theser+ice source is locateSource :C$ are una+aplanning file&

)et the slot< port of the

ser+ice sink is located&:C$ are una+ailable& )



Conf.urin. ;<&rid Ethernet 9

rameters of 't)ernet Ports

Ports on *thernet boards

of *thernet ports define the ph5sical%la5er infor$ation< sa$e length&



d< set 'nable Port to 'nabled& For ports that are not used< set 'n

er !< 'ncapsulation Type can be set to Null< (0!1@< or @in@& Ifonl5& In this case< the port can be used to carr5 tunnel ser+ices&

+ices and I*** >!#&d bridge%based *%-? ser+ices< set 'ncapsu

ine ser+ices and I*** >!#&4 bridge%based *%-? ser+ices< set

connected to the e6ternal e4uip$ent< set 2or3in+ ode to a +aluof the e6ternal e4uip$ent is set to %utoANe+otiation&3 For *therne

ns$itted< set aB >rame <en+t).byte/ according to the actual lenme <en+t).byte/ takes its default +alue&

and I*** >!#&d bridge%based *%ine ser+ices< 5ou need not set t

ser+ices and I*** >!#&4 bridge%based *%-? ser+ices< set Ta+ tet Ta+ to %ccess if the port allows the access of onl5 the untagged

agged fra$es and untagged fra$es& )et efault :<%N I and :<



utes< set %C <oopbac3 and P7 <oopbac3 and 4uer5 the port

tor5 when 5ou need to enable the port self%loop test and auto$aticession function&

<oopbac3 Port S)utdo*n< 'nablin+ #roadcast Pac3et Suppre

the re4uire$ents&ing the 'nablin+ #roadcast Pac3et Suppression para$eter8

ac3et Suppression specifies whether to restrict the traffic of broade total packets& If a broadcast stor$ $a5 occur on the e4uip$ent ar+ices< it is reco$$ended that 5ou set this para$eter to 'nabled&

cable to *%-? ser+ices in the ingress direction&

rameters of I>D'T7 Ports

>

f 5ou set Port ode to <ayer !< 'ncapsulation Type can be set to<ayer "< 'ncapsulation Type can be set to (0!1@ onl5& In this c

er+ices&

'ncapsulation Type8

For P#P *%ine ser+ices and I*** >!#&d bridge%based *%

For G-?%based *%ine ser+ices and I*** >!#&4 bridge%b(0!15&



f the IFN*TH port specif5 the infor$ation about the link l

nd I*** >!#&d bridge%based *%ine ser+ices< 5ou need not set th

er+ices and I*** >!#&4 bridge%based *%-? ser+ices< set Ta+ tot Ta+ to %ccess if the port allows the access of onl5 the untaggedgged fra$es and untagged fra$es& )et efault :<%N I and :<%

utes< set %C <oopbac3 and P7 <oopbac3 and 4uer5 the

rface Transmission at <! to 'nabled< the a5er # *therneter trans$ission efficienc5& ,hen the # packet header co$prended that 5ou set Speed %ir Interface Transmission at <! t rface Transmission at <" to 'nabled< the IP packets recei+fficienc5& ,hen the ' packet header co$pression function is



e pee r n er ace ransm ss on a o na e or

tor5 when 5ou need to enable the port self%loop test and autocket suppression function&

oopbac3 Port S)utdo*n< 'nablin+ #roadcast Pac3et Sup according to the re4uire$ents&

g the 'nablin+ #roadcast Pac3et Suppression para$eter8

c3et Suppression specifies whether to restrict the traffic of brto the total packets& If a broadcast stor$ $a5 occur on the eor *%-? ser+ices< it is reco$$ended that 5ou set this para$

ble to *%-? ser+ices in the ingress direction&

ans$its an *thernet ser+ice that tolerates so$e bit errors< sur >rame iscard 'nabled to isabled&

?s

=

@

Configure ain #oard< ain Port<

network planning fi le& It is reco$$econsistentl5 for the e4uip$ent at bo

*nsure that the IF ports in a - ha

ine Ser;ices



>

If 5ou creID of theSource ISin3 :<Interface

:nl5 swaI is supG-? IDconfigurespecif5inthe sourc

3



:

ion



6



9





ve in)s

Configure the IF/:DUinfor$ation of $icrowa+elinks&

is step&

ate a (tection group&

th



:

:1



oup

:

@

Change ?* IDs toensure that the ID of

an ?* is uni4ue onthe network&



icrowave in)s

#< S< or > fro$ theode drop%down list&

the working and protection IF& ?ote that the working andion IF boards in a ( FD/)Dion group $ust be housed in twoslots&



?uaranteed %ode of t)e >ull

le onl5 if 5ou set %

ode

)et TB >re5uency.7/ and TBPo*er.d#m/&



ser+ice& If the ser+ice is an * ser+ice or a data ser+ice

channels< set this para$eter to :C1!& If the ser+ice is ad with GC%' channels< set this para$eter to :C"& If all thethrough the ?*< set this para$eter to :C$&

slot< GC%; o+er the port< and ti$eslot in the GC%; where thed& If 5ou set Source to a tributar5 board< Source Port andilable& )et these para$eters according to the network

slot< GC%; o+er the port< and ti$eslot in the GC%; where the

If 5ou set Sin3 to a tributar5 board< Sin3 Port and Sin3t these para$eters according to the network planning file&



rvices

ch as the port $ode< encapsulation



able Port to isabled&

5ou set Port ode to <ayer "< 'ncapsulation

ation Type to Null&

ncapsulation Type to (0!15&

the sa$e as that of the e6ternal e4uip$entt ports within a network< set 2or3in+ ode to

gth of the .u$bo fra$es& :therwise< it is

e a5er # attributes&

Ta+ %*are if the port allows the access offra$es< and set Ta+ to 7ybrid if the port

N Priority according to the network



rate&

loopback shutdown functions or to enable the

sion< and #roadcast Pac3et Suppression

ast packets according to the ratio of thethe opposite end< set this para$eter to

Null< (0!1@< or @in@& If 5ou set Port odease< the port can be used to carr5 tunnel

? ser+ices< set this para$eter to Null&

sed *%-? ser+ices< set this para$eter to



5er< including the tag attribute and

a5er # attributes&

a+ %*are if the port allows the access ofra$es< and set Ta+ to 7ybrid if the portN Priority according to the network

port rate&

ackets recei+ed b5 the IFN*TH portssion function is a+ailable for theo 'nabled for both ends of the link&d b5 the IFN*TH port are co$presseda+ailable for the I)U#/I)A#< it is



o en s o e n &

atic loopback shutdown functions or to

pression< and #roadcast Pac3et

adcast packets according to the ratiouip$ent at the opposite end< set thiseter to 'nabled&

h as a +oice ser+ice or a +ideo

>

<%? Type needs to be set to the sa$e +alueat both ends& enerall5< <%? Type is set toStatic&If a - is configured onl5 to i$ple$ent

protection< it is reco$$ended that 5ou set<oad S)arin+ to NonAS)arin+ for thee4uip$ent at both ends& If a - is configuredto increase bandwidth< it is reco$$ended that5ou set <oad S)arin+ to S)arin+ for the

e4uip$ent at both ends&It is reco$$ended that System Priority takes

its default +alue& This para$eter is +alid onl5 toa static -&

nd Selected Standby Ports according to the

ded that 5ou set the $ain and standb5 portsh ends&+e the sa$e h5brid/-0 attributes&



=

)et Source Interface and Sin3 Interface&To specif5 the source or sink port< select aboard and then select a port on the board&If Source :<%N I and Sin3 :<%N I are

blank< it indicates that 5ou create a point%to%point transparentl5 trans$itted *%ineser+ice& If 5ou need to create a G-?%based *%ine ser+ice< enter the G-? IDsas planned&

)et Ser;ice I and Ser;ice Nameaccording to the network planning file&)et irection to =NIA=NI& For OinO%

based *%ine ser+ices< set irectionto =NIANNI&

ate a G-? forwarding table ite$< the G-??I%U?I *%ine ser+ice trans$itted fro$terface is changed fro$ Source :<%N I toN I< when the ser+ice is lea+ing Sin3&

pping fro$ Source :<%N I to Sin3 :<%Norted& If swapping fro$ the preceding sinkto the preceding source G-? ID is re4uired<another G-? forwarding table ite$<the sink G-? ID as Source :<%N I and

e G-? ID as Sin3 :<%N I&



1

5



5

7







Pag


11,!% '1 Soft*are <oopbac3

In the Function Tree< click the tributar

#

'

;

9

4

* inloop indicates that the * signal

# * inloop indicates that the * signal

'

;

#

; 9

Choose Confi+uration Q P7 Interfdispla5ed&

)elect the * signal to be looped bacOutloop&

Click %pply&

"ront

8iew

"ront

8iew



Page 258

' ;

9 2




11,!# Test t)e '1 Ser;ice

Perfor$ the hardware loopba

#

'

;

9

# All the loopbacks shoul! b

'

;

;

Click the tributar5 board to beThen< the PRB) Test page is

)elect the * signal to be looduration to 9 $inutes&

Click Start to Test to start the

The test directions of the PRBlocal DDF to the e4uip$ent cadirection is selected at the loctested&



Page 260

#

' ;

9 2




% 1, IN

Steps

where the loopback is to be perfor$ed&

)ni5ues

ed back toward the backplane&

ed back against the backplane&

ls6eters

'

2

aterials

he Function Tree& Then< the P7 Interface page is

< double%click Tributary <oopbac3 and select Inloop or



Page 262




% 1, IN

Steps

nal on the DDF&

c)ni5ues

ter test

ls6eters

'

2

aterials

oose Configuration Q PRB) Test in the Function Tree&

le%click irection and select Tributary& Then< set the test

as follows& In the tributar5 direction< the bit errors fro$ thehen the re$ote * signal is looped back and the crossrrors fro$ the radio link to the local tributar5 board can be



Page 26



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:he tower an! pole groun!ing map of a micr

/D. groun!ing

:he thickness of the groun!ing cable shoul! not be

1 (onnect to the tower b groun! clipH the groun!; :he masts connect to the groun! bar in the bottshoul! be groun!e! well :he groun! point shoul! b

1m :he groun!ing cable of /D. shoul! be no more th



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SPD

I" cable

I" cable shoul! share the same fee!er win!ow with

ID. Information ID. installe! in the same cabinet with BB. is reco

The outer la5er of IDU shielded wire should be grounded

ID.

:he thickness of the groun!ing cable shoul! not be

I" there is a SPDH the SPD shoul! be installe! neagroun! bar of /D. or connecte! to the tower b gro

:here are ; groun! points of I" cable from /D. toan! the out!oor groun! bar

ID. shoul! be connecte! to the sub bar of the tranbar of the machine room



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less than 1'1

point shoul! be burnishe! if there is paint or rustinessom of the masts or to the cable la!!er :he groun! la!!ere burnishe! if there is paint or rustiness

an 1m

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less than '

r /D. :he SPD groun! cable shoul! be connecte! to theun! clip when there is no groun! bar of /D.

the out!oor groun! bar which locate the root of the tower

smission cabinetH if there is no sub barH connecte! to the



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Documents

RTN900 Series Product (V1R3) MW Implementation SOP