background image

Operating

 

manual

  

Rev.1.0

 

RLT

1550

 

D10

 

8

 

3.3

 

INSTALLING

 

AND

 

STARTING

 

RLT

1550

 

D10

 

 

Instruction

 

for

 

correctly

 

handling

 

device

  

1.

 

The

 

RLT

1550

 

D10

 

has

 

be

 

placed

 

into

 

operation

 

under

 

the

 

specified

 

environmental

 

conditions.

  

Avoid

 

temperature

 

shocks

 

after

 

module

 

transportation

 

and

 

waiting

 

sufficient

 

time

 

to

 

accommodate

 

with

 

the

 

environmental

 

conditions

 

at

 

the

 

operating

 

site.

 

 

2.

 

Check

 

matching

 

between

 

used

 

rack

 

and

 

mechanical

 

RLT

1550

 

D10

 

(19’’,

 

ETSI

 

or

 

JIS)

 

 

3.

 

Connect

 

power

 

supply

 

on

 

the

 

module’s

 

rear

 

with

 

delivered

 

powering

 

cable

 

only.

 

 

4.

 

Please

 

observe

 

laser

 

safety

 

requirements

 

(refer

 

to

 

the

 

safety

 

instructions)

 

and

 

connect

 

module

 

RF

 

and

 

optical.

  

Handle

 

fiber

 

carefully

 

and

 

remember

 

that

 

the

 

smallest

 

permissible

 

bending

 

radius

 

for

 

fiber

 

is

 

30mm.

 

 

5.

 

Turn

 

on

 

the

 

module

 

at

 

rear

 

power

 

switch.

 

 

6.

 

After

 

start,

 

the

 

“Module”

 

LED

 

on

 

the

 

front

 

is

 

lightening

 

green

  

 

7.

 

Connect

 

the

 

transmitter

 

by

 

management

 

LAN

 

port

 

that

 

provides

 

access

 

to

 

the

 

complete

 

operating

 

parameters

 

configurations

 

and

 

to

 

alarms

 

monitoring

 

 
 
 
 
 
 
 
 

4

 

TECHNICAL

 

SPECIFICATION

 

4.1

 

MAIN

 

FEATURES

 

The

 

“RLT”

 

series

 

Operate

 

at

 

1550

 

nm

 

Wavelength

 

according

 

to

 

ITU

GRID,

 

the

 

unit

 

is

 

designed

 

for

 

advanced

 

single

 

mode

 

optical

 

fiber

 

networks,

 

with

 

DWDM

 

ITU

grid

 

Summary of Contents for RLT-1550 D10

Page 1: ...Hz available for DWDM version to enable one channel reconfiguration The unit employs superior CSO SBS pre correction reducing laser and fiber dispersion effects RLT Series Laser Transmitters incorporate a comprehensive alarm status monitoring system of all laser operating parameters such as Dc laser bias current laser output power OMI AGC status etc The USB and LAN ports provide access to the comp...

Page 2: ...available for DWDM version to enable one optical channel reconfiguration Laser output power available from 4 to 10 dBm Automatic channels load control for stable OMI All parameters and pre corrections adjustable via USB LAN port output laser power wavelength fine tuning slope gain AGC OMI SBS CSO predistorsion chirp USB and LAN port for local remote control interface SC APC laser output connector ...

Page 3: ...100 GHz channels 20 to 60 available 1 530 to 1 560 nm approx 1 550 4 nm Power stability 0 5 dB 1 dB Optical power adjustment 0 to 3 dB Wavelength fine tuning 100 to 100 GHz 50 GHz steps RIN 155 dB Hz worst case 150 dB Hz worst case Optical insulation 30 dB min 30 dB min Optical return loss 45 dB 40 dB PERIFERALS LAN ETHERNET 10 100 port HTML browser for remote settings and monitoring USB port For ...

Page 4: ...008 05 The equipment may only be installed by qualified personnel who haVE received the necessary training in handling optical and electrical equipment and haVE been instructed in laser safety Laser equipment installation operation and maintenance must only be carried out by people who have received adequate training in laser safety Optical transmitters and amplifiers emit optical power in the inv...

Page 5: ...class 1M laser product 5 1st Test Point main CATV level 47 870 MHz at 20 dB 6 2nd Test Point laser drive level 80 dBµV 47 870 MHz 5 OMI 2 Opt Pwr 7 Hot swap fan 8 LED main CATV IN status and alarm 9 LED laser temp status and alarm 10 LED AC DC mains status and alarm 5 HOT SWAP FAN HOT SWAP FAN AC DC48V PSU BOARD MICROCONTROLLER BOARD LASER RF BOARD STATUS LED USB TEST POINT LASER OUT MAINS PSU SWI...

Page 6: ... S U DC 48 V INPUT opt 12 P S U A Switch 13 AC MAINS FUSE A Fuse value 230 2 5 A Fuse value 110 3 15 A 14 Serial N and configuration label 15 Optical CH N label 1 Grounding 2 Optional rear Laser OUT 4 3 Optional rear Laser OUT 3 4 Optional rear Laser OUT 2 5 Optional main rear Laser OUT 1 6 Main CATV IN 47 870 MHz 80 dBµV typ 7 High level CATV IN 47 870 MHz 100 dBµV typ 8 Main SAT IN 950 2 700 MHz...

Page 7: ...dcast com USB LOCAL MONITORING SETTINGS UP GRADES LAN REMOTE CONTROL WEB CONNECTIVITY 7 HTML browser for monitoring settings Local monitoring settings USB Ethernet 10 100 Optional NMS Server ROVER LASER TX mod RLT 1550 D10 LAN WAN TCP IP ...

Page 8: ...ch front panel LASER out 1 LASER out opt redundancy 48 Vdc PSU CATV SAT 47 870 950 2 700 MHz input frequency range CATV SAT UP TO 40 OPTICAL CHAN RLT1550 C 9 XX F 1 XX S CWDM Laser transmitter with un cooled LASER 9 dBm power front panel LASER out 1 LASER out CATV SAT 47 870 950 2 700 MHz input frequency range CATV SAT UP TO 2 OPTICAL CHAN RLT series ROVER Laser Transmitter WavelengTH RANGE Laser ...

Page 9: ...Operating manual Rev 1 0 RLT 1550 D10 1 RLT 1550 D10 High power Ultra Wide Band CATV SAT 47 2 700 MHz Laser Optical Transmitter pre correction LAN remote controll and allarms Operating Manual ...

Page 10: ...description 5 3 1 ORDERING CODE 13 3 2 INTRODUCTION 5 3 3 VIEWS of RLT 1550 D10 5 3 4 INSTALLING AND STARTING RLT 1550 D10 8 4 TECHNICAL SPECIFICATION 8 4 1 MAIN FEATURES 8 4 2 INPUT CATV SAT 11 4 3 LASER SPECIFICATION 11 4 4 POWER SUPPLY 12 4 5 SAFETY ENVIRONMENT 12 4 6 CATV NETWORK PERFORMANCE 12 4 7 BLOCK DIAGRAM WEB CONNECTIVITY 13 1 DOCUMENT VERSION Revision data note 1 0 14 10 2014 Start ver...

Page 11: ...atements that comply with laser safety All work should be carried out according to the prescribed sequence Wrong operations can seriously affect the health of people or cause damage to the devices 2 2 CLASS 1M PRODUCT The device class is classified according to the international standard IEC 60825 1 2007 European Version EN 60825 1 2007 and German Version DIN EN 60825 2008 05 Class 1M The laser ra...

Page 12: ...intenance and installation performing Do not look directly into the light beam and do not use magnifying glasses microscopes and similar devices to be used at a distance greater than 100 mm from the light source Do not point fiber ends at other people Check optical power in a fiber using a calibrated optical power meter If the laser safety or hazard level requires the use of eye protection only us...

Page 13: ...TU GRID the unit is designed for advanced single mode optical fiber networks with DWDM ITU grid Dense Wavelength Division Multiplex or CWDM grid Coarse Wavelength Division Multiplex 3 2 VIEWS OF RLT 1550 D10 1 Hot swap fan 2 LED Laser PWR status 3 USB port 4 Main LASER OUT Laser radiation do not view directly with optical instruments class 1M laser product 5 One Test Point main CATV level 47 870 M...

Page 14: ... IN 950 2 700 MHz 90 dBμV MAX 2 9 Management LAN 10 P S U B Switch 11 P S U A Switch 12 AC mains Fuse B 13 AC mains Fuse A Fuse value 230 2 5 A Fuse value 110 3 15 A 1 Grounding 2 Optional optic OUT 4 3 Optional optic OUT 3 4 Optional optic OUT 2 5 Optional main optic OUT 1 6 Main CATV IN 7 High level CATV IN 8 Main SAT IN 9 Management LAN 10 P S U B Switch 11 P S U B 48 Vdc 12 DC 48 V IN 13 AC MA...

Page 15: ...Operating manual Rev 1 0 RLT 1550 D10 7 INTERNAL VIEW BLOCK DIAGRAM ...

Page 16: ...ith delivered powering cable only 4 Please observe laser safety requirements refer to the safety instructions and connect module RF and optical Handle fiber carefully and remember that the smallest permissible bending radius for fiber is 30mm 5 Turn on the module at rear power switch 6 After start the Module LED on the front is lightening green 7 Connect the transmitter by management LAN port that...

Page 17: ...ultiplex or CWDM grid Coarse Wavelength Division Multiplex Fine tuning 100 GHz Available for DWDM version to enable one channel reconfiguration based on ITU grid channel number as in table Low noise High Linearity DFB Laser for excellent RIN Relatively Intensity Noise ...

Page 18: ...SAT Input 950 2 700 MHz for Digital SAT Transponder Nominal level for SAT input level 92 dbuV trasp typ 90 minimum Input level Signal Test Point on Front panel Laser Output Power available from 3 to 10 dBm Laser output connector available on Front or Rear Panel SC APC Laser Output Connector Automatic channels load Control for stable OMI The optical transmitter adjusts the optimum modulation index ...

Page 19: ...r high level CATV input 100 dbuV CH Nominal level for SAT input level 92 dbuV trasp typ 90 minimum Testpoint 1 main CATV input input level 20 dB Testpoint 2 laser drive level 80 dbuV 5 OMI Gain mode CATV AGC or Manual SAT Manual Gain adjustment CATV manual 11 11 dB AGC 30 dB Max Slope adjustment CATV 3 15 dB 4 3 LASER SPECIFICATION DWDM version CWDM version Laser type DFB Cooled butterfly DFB unco...

Page 20: ...humidity 90 EMC EN 50 083 2 4 6 CATV NETWORK PERFORMANCE Channel allocation plan number of channel Cenelec 42 Channel allocation plan number of channel 77 Analog NTSC 75 Digital QAM DWDM Version 53 dB 1 51 5 dB 2 52 dB 1 51 dB 2 CNR 1550 nm CWDM Version 51 1 50 5 1 DWDM Version 60 dB 2 60 dB 2 CSO 1550 nm CWDM Version 58 dB 2 58 dB 2 DWDM Version 62 dB 2 62 5 dB 2 CTB 1550 nm CWDM Version 64 dB 2 ...

Page 21: ...erating manual Rev 1 0 RLT 1550 D10 13 5 ORDERING CODE 5 1 HOW READ ROVER S CODE 6 USB LOCAL MONITORING SETTING Segue descrizione dei passaggi tramite immagini delle pagine del software di configurazione ...

Page 22: ...Operating manual Rev 1 0 RLT 1550 D10 14 7 LAN REMOTE CONTROL 7 1 BLOCK DIAGRAM WEB CONNECTIVITY Segue descrizione dei passaggi tramite immagini delle pagine del software di configurazione da remoto ...

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