FiberHome AN6001-G16 User manual

Preface
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Co., Ltd
.
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H
Zip code
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3
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m
e Telecommunication Technologies
.
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H
ubei, China
: 430073
3
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3
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reserved

1Installation Procedure
Operation procedure
Reference information
Page
Pages
2-3
Pages
4-8
Page
9
Equipment
appearance and
structure
Mounting the
equipment on
the wall
Page 4
Page 7
Installing the
equipment in an
indoor cabinet
Pages
5-6
Requirements for
installing the
equipment in a
third-party cabinet
Page 8
Pages
11-21
Page 22
Preparation for
cable connection
Connection and
layout of power
cables
Connection and
layout of service
cables
Page 11
Pages
12-16
Pages
17-21
Page
10
1
1
Start
Safety
precautions
Installation tools
Page 2
Page 3
Installation
preparations
Installing the
equipment
Replacing a
module
Routing and
connecting
cables
Post-installation
ins
p
ection
Checking the
connection and
layout of wires
and cables
Checking before
power
on
Pa
g
e 22
Page 22
Operation rules
for plugging /
unplugging
optical modules
1
End
p
power
-
on
Power-on test
Page 22
g

2Safety Precautions
Do not touch any component or wires on the
ESD Protection
Caution
To prevent laser radiation from injuring eyes,
end face of the fiber or fiber connector direct
l
Laser Safety
Warning
Do
not
touch
any
component
or
wires
on
the
protection measures should be taken if it is n
Before the equipment is powered on, the cabi
n
earth ground cable should be well grounded.
C
ground resistance meet the specification.
Grounding Requirements
Caution
Different types of cables at the installatio
n
separately. Please note that optical fibers
Exercise care if you must bend fibers. If
b
never be less than 30 mm.

Th bl b d i h d
Binding Cables
Caution
ESD protection gloves
2

Th
e ca
bl
es are
b
oun
d
w
i
t
h
proper an
d
eq
u
arranged in good order. The extra parts o
f
points.
Prior to equipment installation, please inspe
c
(especially the earth ground cable), and sup
p
for installation are satisfactory, start the wor
k
refer to Installation Reference for more detail
Inspection Prior to Installation
Caution
2
equipment or metal conductors in sockets ESD
do not look into the
l
y with naked eyes. Laser class
identifier
equipment
or
metal
conductors
in
sockets
.
ESD
ecessary to touch the equipment during maintenance.
E
S
D
p
r
otect
i
o
n
n
et protection earth ground cable and subrack protection
C
heck and ensure that the insulation resistance and
n
site should be laid out independently and bound
should be bound with dedicated fiber binding straps.
b
ends are necessary, the fiber bending radius should
l i b t th Th bl bi d
S p otect o
wrist strap
2
u
a
l
spac
i
ng
b
e
t
ween
th
em.
Th
e ca
bl
e
bi
n
d
ers are
f
the binders are cut from the root without leaving sharp
c
t the equipment room, cabinet, power supply, cables
p
orting facilities. After confirming that the conditions
k
following the project designing documents. Please
s.
2

3Installation Tools
Ladder Vacuum cleaner
Knife
Cross screwdriver
(insulated)
Flat screwdriver
(insulated)
Long tape
Sharp nose pliers
Combination wrench
(insulated)
M6 to M12 socket wrench
(insulated)
Wire clipper
3
Multimeter Optical power meter
Fiber puller
Open
corrugated
pipe
Winding pipe
Electric drill (including
the drilling bit)
Marker pen
Claw hammer (insulated)
Crimping pliers
Spirit level
Hydraulic pliers
Diagonal pliers Wire stripper
Torque wrench
(insulated) Insulation gloves
3
ESD protection wrist strap
ESD protection gloves
Insulating tape
Cable tie
Fiber binding strap

4Equipment Appearance and Stru
c
Equipment Structure
The figure below illustrates the components of
scheme is used as an example.
No. Description Function
①Mounting ear Secures th
e
②ESD protection
fastener Connects t
o
③Fiber passage unit Facilitates
r
④Fan card Facilitates
a
⑤Core switch
service card
Provides a
c
10GE upli
n
managem
e
⑥AC power card
Inducts 11
0
replaced b
y
power prot
e
⑦DC power card
Inducts -4
8
replaced b
y
power prot
e
⑧
Equipment earth
Connects w
4
⑧
ground point
Connects
w
Description
Equipment without mounting ears
Equipment with mounting ears for a 19-inch c
a
Equipment with mounting ears for a 21-inch c
a
4
Equipment Dimensions
c
ture
the AN6001-G16. Here the AC-DC hybrid power supply
e
equipment in the cabinet.
o
the ESD protection device.
r
outing and arranging of fibers and cables.
a
ir cooling for the equipment.
c
cess to GPON services; provides GE /
n
k ports, and interfaces fo
r
e
nt, monitoring and debugging.
0
V / 220 V AC power supply. Here it can be
y
a DC power module to provide 1 + 1 DC
e
ction.
8
V DC power supply. Here it can be
y
an AC power module to provide 1+1 AC
e
ction.
with the equipment earth ground cable
4
with
the
equipment
earth
ground
cable
.
Dimensions (H ×W ×D)
44.4 mm ×443 mm ×220 mm
a
binet 44.4 mm ×480 mm ×225 mm
a
binet 44.4 mm ×530 mm ×233 mm

The AN6001-G16 can be installed in a 19-inch cabi
n
(404000068 to 404000071 and 404000596 to 4040
0
A cabinet can house three AN6001-G16s at mo
s
Keep a distance of 50 mm between two equipm
e
Rules for Arranging the Equipment
5.1 Equipment Layout
5Installing Equipment
Instruction
a distance of 1 U when they are installed in a 19
-
between the equipment bottom and the cabinet
b
cement floor or an ESD protection raised floor in
The equipment is mounted on the front vertical
m
The distance between every three mounting hol
e
cabinet is 1 U (44.45 mm).
The distance between every two mounting holes
cabinet is 1 SU (25 mm).
Equipment Layout
5
5
Instruction
The minimum reserved space can be equipped wit
h
n
et (4102596 to 4102599) or a 21-inch cabinet
0
0599).
s
t.
e
nt sets when they are installed in a 21-inch cabinet or
-
inch cabinet. Keep a distance of more than 100 mm
b
ottom lintel, so that the cabinet can be mounted on a
the equipment room.
m
ounting flanges in both 19-inch and 21-inch cabinets.
e
s on the front vertical mounting flange in a 19-inch
on the front vertical mounting flange in a 21-inch
5
5
h
an external fiber guide slot.

Tool
5.2 Installing the Equipment in a 19-inch Ca
b
Cross
screwdriver
Marker pen Flat
screwdriver
M
Panel s
Fiber guide unit
Component
Mounting the Equipment in a Cabinet
The equipment can be mounted in a cabinet in three wa
y
and then mount the equipment; install the fiber guide slot
equipment in the cabinet.
(806000069)
Install the fiber guide
unit (optional).
1
screw
M3×4
Install the fib
slot in the ca
(optional).
2
screw
M3×4
Mark the mounting
holes for the equipment,
and install the floating
nuts.
1
3Place the equipment horizontally into the cab
i
Add adapter
m
ears when in
s
equipment in
cabinet.
2
Procedure
6
Installing the Equipment in a 19-inch
Cabinet (4102596 to 4102599)
3
Install the panel screws to secure the equipm
e
figure below illustrates how to install the equi
p
a 19-inch cabinet as an example.
4
b
inet
M
6
cre
w
M3
Screw
Fiber
g
uide slot for a 19-inch cabinet
(
801000976
)
y
s as illustrated below: install the fiber guide unit
and then mount the equipment; directly mount the
Fiber guide slot for a 21-inch cabinet (801000932)
g
()
er guide
binet
Mount the equipment in
the cabinet directly.
3
screw
M3×4
i
net.
m
ounting
s
talling the
a 21-inch
Insert the cable plug completely
into the desired interface so that
the end face of the plug aligns
with the panel surface.
1
Correct Way to Install Screws
6
4
e
nt. The
p
ment in Make sure that the screw
threads can get a good grip (the
resistance encountered is
small), and tighten the screw
with care.
2

Instruction
To facilitate air cooling of the equipment and us
e
operation on it, provide the required installation
s
as indicated in the figure below (in this example
,
front side of the equipment faces downward) w
h
mounting the equipment on the wall.
AN6001-G16
≥30
≥80≥80
Rear side of
the equipment
U
Th
6Mounting the Equipment on the
W
Determine the position and
direction of the equipment
on the wall, and mark the
mounting holes with a
marker pen.
Install the
bolt.
≥60
≥300 Front side of
the equipment
12
174.5 ±0.2
Th
s
h
cl
v
e
Install the wall mounting
ears.
Unit: mm
3
screwM4
7
7
Tighten the bolts with a socket wrench.
4
e
rs’
s
paces
,
the
h
en
Component
Wall mounting ears
Assembly of the
Expansion Bolt
U
nit: mm
(1)
(3)
(2)
(4)
(5)
hit
W
all
Note
Ф14.5
expansion
Electric drill
Marker pen
Long tape
(1) Hex machine screw M8 x 60
(2) Spring washer
(3) Flat washer
(4) Expansion sleeve
(5) Expansion nut
Unit: mm
≥60
90°
h
e equ
i
pmen
t
room
h
ould be dry and
ean with good
e
ntilation as required.
Drilling bit
C
Vacuum
cleaner
Claw
hammer
M8
Expansion
bolt
7
7
Socket
wrench
M4
Screw
C
ross
screwdriver

7Requirements for Installing the E
q
Space Requirement
Cabinet space requirement: The cabinet depth
Requirement for closing the cabinet door: Whe
n
space fiber passage unit and the door will not i
If you want to install the AN60001-G16 in a third-p
a
requirements.
Instruction
space
,
fiber
passage
unit
and
the
door
will
not
i
Heat Dissipation Requirement
The AN6001-G16 is designed with a heat dissi
p
forced into the equipment from the left and out
should be reserved on both sides of the equip
m
ventilation holes with good ventilation. The hol
e
60%.
When the cabinet is installed with multiple AN6
devices, a 1U space should be reserved on th
e
dissipation.
Power Supply Requirement
The third-party cabinet should be equipped with a
general).
Dust Prevention Requirement
The AN6001
-
G16 is not designed with an anti
-
dus
8
8
The
AN6001
G16
is
not
designed
with
an
anti
dus
equipment should be dustproof and compliant wit
h
q
uipment in a Third-party Cabinet
is no less than 300 mm .
n
the cabinet door is closed, the equipment wiring
interfere with each other
a
rty cabinet, make sure the cabinet meets the following
interfere
with
each
other
.
p
ation system based on air cooling, with the air
of the equipment from the right. Enough space
m
ent to allow air flow. The cabinet door should have
e
fraction of the cabinet door should be no less than
001-G16s or an AN6001-G16 together with other
e
upper and lower sides of each device for heat
Class C AC lightning protection module (20 KA in
st screen Therefore the cabinet housing the
8
st
screen
.
Therefore
,
the
cabinet
housing
the
h
the IP2X dust prevention requirement.

8Replacing a Module
When replacement of a module is require
d
the module connector on the backplane b
e
replacement.
If resistance is encountered when you ar
e
module, pull out the module and check w
h
mounting direction, slot position, and mod
correct. Do not force in a module in such
a

Do not contact a module with bare hands
Caution

Do
not
contact
a
module
with
bare
hands
.
ESD protection gloves or ESD protection
w
operating on a module.
If a module is not to be installed immedia
t
its original ESD protection bag and put it i
place, keeping it away from sunlight and
s
electromagnetic radiation sources.
Align the left and right edges of
the module with the slide rails
in the target slot (with the
component side of the module
facing upward) and slowly
hth d l i l th
1
pus
h
th
e mo
d
u
l
e
i
n a
l
ong
th
e
slide rails.
Push the module to its position,
and tighten the captive screws
on the panel of the module to
lock it.
2
9
9
d
onsite, check
e
fore the
e
plugging a
h
ether the
ule type are
a
case.
Always wear
M3
Captive
screw
Cross
screwdriver
ESD protection gloves /
wrist strap
Always
wear
w
rist strap when
t
ely, pack it with
n a dry and cool
s
trong
9
9

1
9Operation Rules for Plugging / Un
9.1 Plugging the Optical Module
Material
number
Order
number
1
Rate
Transmission distance
Working wavelength
Material code of module part
9.2 Unplugging the Optical Module
Grab the pull-ring of the optical module with th
e
hook end of the fiber puller, and draw it out to
detach the optical module from the EMI cage.
1
1
1
0
While pulling the optical module, hold the fib
e
puller tightly so that the module will not fall d
o
If the fiber puller is not available, pull the opti
module by its pull-ring.
Caution
plugging Optical Modules
Hold the optical module, and plug it into the equipment
along the EMI cage.
E
ESD protection gloves /
wrist strap
e
Pulling the
optical module
Pulling the
o
p
tical fibe
r
(hook end)
Fiber puller
0
0
e
r
o
wn.
cal
p
ESD protection gloves /
wrist strap Fiber puller

10 Preparations for Cable Connectio
n
For the connection and layout of wires an
d
corresponding outdoor cabinet user manu
a
The installers can choose the top access
w
according to the equipment room and the
i
mode is used as an example).
The AN6001-G16 can use the following P
D
choosing a PDP.
PDP260B
(
3000063
)
Instruction
Before laying out wires and cables, you n
e
limited for operations, remove the baffle a
t
After you have completed layout of wires
a
original places.
()
PDP296B (3000068)
For a cabinet equipped with mouseproof
h
on the top, fasten the mouseproo
f
hop-po
Preparing Wiring Holes on the Cabinet
Note
Instruction
Pier
c
dia
go
external wires and cables are led into the
well arranged.
For a cabinet equipped with a cover plat
e
or bottom of the cabinet, determine the p
o
and number of wiring holes according to
plan. Pierce the cover plate with diagona
l
desired positions to make wiring holes. T
introduces how to make wiring holes on t
cabinet.
Prepare the holes from near to far in
Polish the raw edges of holes so tha
t
not cut hands or cables.
Recommended Areas and
Sequence for Making Wiring Holes
LMR
g
edg
e
a wi
r
11
1
LMR
n
d
cables inside an outdoor cabinet, please refer to the
a
l.
w
iring mode or the floor access wiring mode
i
nstallation site conditions (here the top access wiring
D
Ps. Please refer to Product Overview for the rules of
e
ed to remove the front panel of the PDP. If space is
t
the bottom of the PDP.
a
nd cables, restore the front panel and baffle to their
h
op-pockets
ckets after
Fastening the mouseproof hop-
pockets on the top of the cabinet
c
e the cover plate with
o
nal
p
liers alon
g
the
cabinet and
e
on the top
o
sition, size
the wiring
l
pliers at
he following
he top of the
sequence.
t
they will
Making a Wiring Hole
pg
e
s desired for making
r
ing hole
1
1

11 Connecting Protection Earth Gro
u
11.1 Connecting the Cabinet Protection Eart
h
11.2 Connecting the Equipment Protection
E
1
screw
Connected to
the cabinet earth
ground point
M6
Equipment
protection earth
ground cable
1
1
2
M6 uninsulated
ring terminal
M6 uninsulated
ring terminal
Marker pen sc
r
Equipment protection
earth ground cable
u
nd Cables
h
Ground Cable
Connected to the earth
ground bar in the
equipment room
screwM6
1
M6
Screw
Cross
screwdriver
E
arth Ground Cable
2
2
Equipment
protection earth
ground cable
Earth ground
point on the vertical
mounting flange
Floating nut
Panel screw
M6
2
2
M6
Screw
Cross
screwdriver
M6
Panel screw
Flat
r
ewdrive
r

Make sure the external power supply is sh
u
not connect the power cables when they a
r
Make sure the DC power input is cut off, a
n
Never expose the joining parts of the pow
e
If the bonding resistance between the equi
p
0.1 ohm, the ground cable should be re-ar
r

With the premise that the cables must be ar
Caution
Warning
12 Connecting Power Cables
12.1 Connecting External Power Cables

With
the
premise
that
the
cables
must
be
ar
power cables should be processed on site
a
The power cables should be made of a con
t
connections.
Connection
PDP End
PDP260B (3000063) PDP296B (3000068)
-48V1 terminal (active)
-48V2 terminal (standby)
-48V_A terminal (activ
e
-48V_B terminal (stan
d
GND1 terminal (active)
GND2 terminal (standby)
0V_A terminal (active)
0V_B terminal (standb
y
PE terminal PE terminal
Note 1: Different PDPs use different types of external
i
Pd tO i
fth dl b fth
11
3
i
n
P
ro
d
uc
t
O
verv
i
ew
f
or
th
e mo
d
e
l
num
b
ers o
f
th
e po
w
u
t off before connecting the external power cables. Do
r
e powered.
n
d identify the switches to be used.
e
r cables and the power connectors unless necessary.
p
ment ground cable and the ground bar is larger than
r
anged.
rranged in compliance with the route, the external
rranged
in
compliance
with
the
route,
the
external
a
ccording to the “shortest” route principle.
t
inuous segment of copper core with no intermediate
Cable TypeNote 1 Opposite End
e
)
d
by)
-48 V power cable (blue) External -48 V
terminal
y
)
0 V power cable (black) External 0 V
terminal
PDP protection earth
ground cable (yellow-
/green)
PDP260B (3000063):
PDP296B (3000068):
Earth ground
point on the top
of cabinet
power cables. Please refer to the chapter on cables
bl
3
3
w
er ca
bl
es.

The following introduces how to connect the external po
w
The protection earth ground cable for the PDP has been
PDP; users need only to connect the other end of the c
a
Instruction
Remove the front panel of the PDP.
3
Connect the power cables to the PDP and the
tl ldi til
4
M3
ex
t
erna
l
power supp
l
y
d
ev
i
ce respec
ti
ve
ly
.
0 V power cable
-48 V power cable
Processin
g
External “
Cut
Wrap
Cri
1
4
g
Power Cables
Cut
-
Wrap
-
Cri
Wrap the bare end of the cable with an insul
a
prevent short circuit during cable layout.
2
1Measure the power cable and cut an approp
r
of it as needed with a wire clipper on site.
Insulate the terminal with an insulating tape o
r
shrinkable tube.
4
3After leading the cable to the desired position
,
insulating tape, strip the cable end with stripp
i
install the copper terminal onto the cable end
,
crimp it with hydraulic pliers.
To the power
supply device in the
equipment room
To the ground bar in the
equipment room
Connect the PDP protection earth ground cable to the
earth ground point of the cabinet.
1
Thread the -48 V and 0 V power cables into the cabinet.
2
w
er cables when the PDP296B (3000068) is used.
connected to the PE terminal before delivery of the
a
ble to the earth ground point on the top of the cabinet.
To the earth ground
point on the top of the
cabinet
External -48 V
DC power supply
PDP protection earth
ground cable
Earth ground
point on the top
of the cabinet
External 0 V
power ground
screwM6
Protection earth
ground cable
Captive
screw
M3
M6
Screw/bolt
Socket
wrench
Cross
screwdriver
M6
mp
Insulate
”
4
mp
-
Insulate
a
ting tape to
r
iate length
r
a heat-
,
remove the
i
ng pliers,
,
and then
1 2
3 4
Insulating
tape/heat-
shrinkable
tube
Hydraulic
pliers
Copper
terminal

12.2 Connecting the DC Power Cable for th
e
Caution
Before connecting the DC power cable for the equi
equipment on the PDP is placed in the OFF positi
o
Completely insert the cord end terminals into the t
e
metal part exposed should not exceed one sixth of
covering or metal part of the terminals in the same
Do not press the insulation covering of the cord en
d
Make sure the side with a larger area of the cord e
n
After you have completed connection of the power
ends of each cable, 1 cm to 2 cm away from the c
o
Equipment DC power cable
Connection of the DC power cables for the AN6001-
G
refer to the table below for details. The following intro
d
equipment when the PDP296B (3000068) is used.
Instruction
Cord end term
i
3
Connection
Two-conductor power plug
Power input interfaces
1
2
1
5
Cable Connector
Connected to
PDP260B (300006
3
Cord end terminal (-48 V, blue) -48 V branch powe
r
terminal (P1 is the
a
the standby one)
Cord end terminal (0 V, black) 0 V branch power r
a
Two-conductor
power plug
Connected to the p
o
AN6001-G16.
e
Equipment
pment, make sure that the power control switch for the
o
n.
e
rminal blocks on the PDP. To ensure good connection, the
the overall metal length. The length of exposed insulation
row or batch should be equal whenever possible.
d
terminals, which may result in poor electrical connection.
n
d terminal contacts with the terminal block.
cable, attach a label indicating the cable information to both
o
nnector on each end.
Cross
screwdriver
Flat
screwdriver
G
16 on the PDP side may vary with the PDP used. Please
d
uces how to connect the DC power cable for the
M5
i
nal (-48 V, blue) Cord end terminal
(0 V, black)
M4
5
3
) PDP296B (3000068)
r
rail output
a
ctive one and P2 -48V_A_1 to -48V_A_3 terminals (active)
-48V_B_1 to -48V_B_3 terminals (standby)
a
il output terminal 0V_A_1 to 0V_A_3 terminals (active)
0V_B_1 to 0V_B_3 terminals (standby)
o
wer input interface on the DC power module (PWRD) of the

When the AC-DC h
y
brid
p
ower su
pp
l
y
sch
e
Instruction
12.3 Connecting the AC Power Cable for the
The AC voltage is high. Make sure the A
C
power cable to prevent electric shock.
Make sure the power switch on the AC p
o
connecting the AC power cable. After co
m
the switch to supply power for the equip
m
Warning
yp ppy
equipment, the AC power cable needs to b
e
connection, using the AC-DC hybrid power
1
2
Cbl C t
Ct
Connection
Pow
e
interf
a
Thre
e
fem
a
1
6
C
a
bl
e
C
onnec
t
o
r
C
onnec
te
Three-conductor
male plug External
p
Three-conductor
female plug Power in
p
e
me or dual-AC
p
ower su
pp
l
y
scheme is a
pp
lied to the
Equipment
C
power supply is cut off before connecting the AC
o
wer card is placed in the OFF position before
m
pleting and checking the cable connection, turn on
m
ent.
pppy pp
e
connected. The figure below illustrates the cable
scheme as an example.
dt
Equipment AC power cable
e
r input
a
ce
e
-conductor
a
le plug
6
ed
t
o
p
ower supply unit
p
ut interface of the AC power card (PWRA)

13 Connecting the Network Cable
Network cable
Connection
Equipment End (RJ-45) Opposite
E
GE5, GE6, ETH, and 1PPS/TOD
interfaces of the HSOA card
Connecte
d
managem
e
on.
DC1-7 interface of the HSOA card Connecte
d
CONSOLE/ESC interface of the
HSOA card
Connecte
d
report the
e
managem
e
Note 1: The cable has bare wire on this end.
1
7
Connected to the opposite
end equipment
1
3
2
E
nd (RJ-45 / Bare Wire)
d
to the uplink equipment, out-of-band network
e
nt system, time synchronization equipment, and so
d
to the dry contact equipment. Note 1
d
to the external environment monitoring equipment to
e
nvironment monitoring status to the network
e
nt system.
7

Rules for Binding Cables Illustration
Keep the bound cables neat. The
horizontal cables should be bound with
proper and equal spacing between the
cable ties.
Rules for Binding Cables
Do not join several cable ties to make a
longer one and bind cables with it, which
may reduce the binding force.
The cable ties should be arranged in
good order. The extra parts of the
binders should be cut from the root
without leaving sharp points.
When binding cables, abide by the following
rules for the space between cable ties:
When the diameter of the cable bunch is
less than 10 mm, the space between
cable ties should be 150 mm;
When the diameter of the cable bunch is
between 10 mm and 30 mm, the space
between cable ties should be 200 mm;
When the diameter of the cable bunch is
equal to or larger than 30 mm, the space
between cable ties should be 300 mm.
When binding the bent cables, do not
bind them midway through the bend;
otherwise, the cores inside the cables
may be broken.
The bend radius of the cables (R) shall
meet the following requirements (D
refers to the cable diameter):
Cables for general use: R≥2D
RF cables: R ≥15D in common
conditions; R ≥10D in extreme
conditions.
1
The cables inside the cabinet should be
arranged from far to near. That is, lay the
cables to the farthermost end first,
putting them on the bottom layer in the
wiring area.
Do not cross or twist the cables
whenever possible.
1
8
Cable tie
18
8

Select the right type of the optical fiber jumpe
local equipment and opposite end equipment
.
correspond to two types of optical fiber conn
e
LC/PC Optical Fiber Connector
14 Connecting the Optical Fiber Jum
Instruction
Caution
See the table below for the major specifications
a
SC/PC optical fiber connectors. When the equip
m
short optical fiber connectors.
Type Short Optical Fiber Connector
LC/PC 31 mm
14.1 Connecting the External Optical Fibers
Caution
SC/PC 39 mm
The open corrugated pipes should not be
pipe with the diameter of 32 mm should c
a
2 mm.

It is recommended that the corrugated pip
1
Internal pipe
External pipe
1
9

It
is
recommended
that
the
corrugated
pip
Arrange the corrugated pipe outside the
c
room.
r according to the type of the optical interfaces on the
.
The optical interfaces on the AN6001-G16
e
ctors: LC/PC and SC/PC.
SC/PC Optical Fiber Connector
pe
r
a
nd appearance of the commonly used LC/PC and
m
ent is mounted in a cabinet, it is advisable to use the
Long Optical Fiber Connector
48 mm
55 mm
overloaded with optical fibers. An open corrugated
a
rry no more than 60 optical fibers with the diameter of
pe inside the cabinet should be about 10 cm long
9
9
pe
inside
the
cabinet
should
be
about
10
cm
long
.
c
abinet according to the conditions of the equipment