4816e1 pdh multi-service multiplexer user manual v3.0

4/8/16E1 PDH Multi-service

Multiplexer User Manual

(Version 3.0)

Beijing Fibridge Co., Ltd

4/8/16E1 Multiplexer User Manual V3.0

Beijing Fibridge Co., Ltd Tel: 010-58858988 Fax:010-58858520 http://www.fibridge.com

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Table of Content 1. OVERVIEW..............................................................................4

1.1. FEATURES...........................................................................4 2. FEATURES.............................................................................5

2.1. HARDWARE FEATURES.........................................................5 2.2. SOFTWARE FEATURES .........................................................6

3. TYPICAL APPLICATION........................................................7 3.1. POINT TO POINT TOPOLOGY .................................................7 3.2. STAR TOPOLOGY .................................................................8

4. SPECIFICATION ....................................................................8 4.1. OPTICAL PORT ....................................................................8 4.2. E1 PORT.............................................................................9 4.3. ETHERNET PORT OPTIONAL..................................................9 4.4. PHONE PORT OPTIONAL .......................................................9 4.5. MANAGEMENT PORT OPTIONAL ............................................9 4.6. POWER SUPPLY ................................................................10 4.7. OPERATING ENVIRONMENT ................................................10 4.8. DEVICE SIZE .....................................................................10

5. DEVICE PANEL....................................................................11 5.1. 4E1 MULTI-SERVICE MULTIPLEXER, STANDALONE ...............11 5.2. 8E1 MULTI-SERVICE MULTIPLEXER.....................................11 5.3. 16E1 MULTI-SERVICE MULTIPLEXER...................................12 5.4. LEDS DESCRIPTION ..........................................................13 5.5. BUTTON DESCRIPTION .......................................................14 5.6. INTERFACE DESCRIPTION...................................................15 5.7. DIP SWITCH SET OF 16E1 MULTI-SERVICE MULTIPLEXER...16 5.8. FC-912 CHASSIS OF E1 MULTI-SERVICE MULTIPLEXER .......17 5.9. 2*4E1 MULTI-SERVICE MULTIPLEXER MODULE....................19 5.10. 8/16E1 MULTIPLEXER MODULE...................................20 5.11. EOW MODULE...........................................................21



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5.12. POW MODULE...........................................................24 6. OPERATION OF MANAGEMENT........................................24 7. INSTALLATION & MAINTENANCE .....................................25

7.1. INSTALL THE MODULE AND CHASSIS....................................25 7.2. INSTALL THE STANDALONE DEVICE ......................................26 7.3. USING PHONE ...................................................................26 7.4. MAINTENANCE...................................................................27

8. MAKE THE PRIVATE CABLE..............................................28 8.1. MAKE THE ETHERNET CABLE .............................................28 8.2. MAKE THE RS232 CABLE...................................................28 8.3. MAKE THE RS485 CABLE...................................................29

9. ORDER INFORMATION.......................................................29 9.1. MODEL .............................................................................29 9.2. PART NUMBER(P/N) OF THE STANDALONE...........................30 9.3. PART NUMBER(P/N) OF THE MODULE .................................31 9.4. PART NUMBER(P/N) OF THE CHASSIS.................................32



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1. Overview Multi-service Multiplexer combines digital multiplexing chip

and optical transmission technology. It is suitable for low capacity, point-to-point application of remote transmission. The circuit part of the equipment is fully digitized. The whole equipment is reliable, stable, easy to install and maintain. It has good temperature and voltage characteristics, complete alarm functions, one RS232/485 asynchronous interface and remote branch loop back functions. At the same time, it can be monitored from Fi-View-MP management software.

First of all, Multi-service Multiplexer can multiplex E1 (Up to 16E1) and Ethernet (2*10/100Mbps) signals in one fiber channel to transmit. It is widely used in voice and data application field.

Sometimes, we use Multiplexer instead of Multi-service Multiplexer. They have the same meaning.

1.1. Features

z Providing up to 16 E1 channels, 75 and 120 line impedance are optional for E1 channels.

z Fiber port bit rate: 150Mbps, up to 120Km distance without repeater.

z Double Optical ports optional for redundant backup, auto-alternative. With special optical module, the device can support ALS (Automatic Laser Shutdown) function

z E1 Line code: HDB3, compliant to G.703, G.823 and G.742.

z Providing two optional 10/100Mbps Ethernet channels, both the two Ethernet ports support 10/100Mbps auto-detection, Full/Half Duplex auto-negotiation.

z Ethernet ports support VLAN and flow control z Complete alarm functions, and indicate local or remote

status z Supporting the local/remote E1 loop back, helping to find

out the line fault conveniently



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z Providing one phone in any optical direction, can use the ordinary phone

z The remote device can combine with FC-912 equipment form the Star Topology Providing RS232 and Ethernet port for management

z Providing an RS232 /RS485 asynchronous interface z Standalone and chassis optional, 220VAC and 48VDC

optional z Free configuration for each modules management

address

2. Features

2.1. Hardware Features

z 8/16E1 PDH Provide optical port with redundant backup, auto-alternative. When the two optical ports connecting at the same time, A optical port has the top-priority. Once one optical port connecting or communicating is interruptive, the optical port immediately switch to another port, so it wont affect the communication

z With special optical module, the device can support ALS (Automatic Laser Shutdown) function

z Providing up to 16 E1 channels and two optional 10/100Mbps Ethernet channels. F9-240/480 series provide phone function

z Providing RS232 (DB9) and 10/100Mbps Ethernet port for management

z Providing an RS232 /RS485 (DB9) asynchronous interface

z Have the complete alarm functions, including total alarm, A or B optical port Shutdown, E1 code error limitationLOS LOF AIS and the status of Ethernet port.

z In order to manage many sets of device at the same time in a single window, F9-480 has address code switch to



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differentiate the devices. The coding range: 1~64 z Standalone and chassis optional, 220VAC and 48VDC

optional. (Dont use the two-power supply at the same time!)

2.2. Software Features

z Support local and remote management, Support Console, WEB and SNMP management

z Show details of system information, including chassis name, location information, IP address, start-up time, software and hardware version

z Adopt the tree-view catalogue, can support almost 255 devices

z Basic function 1Show the information of each chassis module and standalones optical port, two Ethernet port, each E1 and phone real status

z Basic function 2Configure the E1 working status of local and remote device

z Security management 1The user management has 3 grades. User name and password stored in the device

z Security management 2Configure the Community Name and Trap address

z Security management 3Log information management function

z Alarm management 1Show the details of the alarm information

z Alarm management 2A float window available for real-time alarm messages. And all alarm messages can pop up to get more attention

z Alarm management 3Have the history alarm information management window, which can inquire according many key words

z Alarm management 4Each alarm information has the newly 10 status, which stored in the device



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z Add node, can take 3 method: by hand, auto search and manual search

z Can show details of the environment information, including the devices temperature and fans status, It will alarm when appear exceptional status automatically

z Have the function of limiting the port speed, can set the bandwidth between 0Mbps and 70Mbps in 32Kbps step (If dont set this function, the bandwidth will up to 100Mbps)

z Support SNMP management. Set Trap Destination, Community Name, and authority

z A float window available for real-time alarm messages. And all alarm messages can pop up to get more attention. Provide MIB file, make it easy to be integrated into the third-party SNMP management software

z Support firmware updating, with the update tool and new version firmware file download from our website.

z For more information about the management, please check relative software user manual.

3. Typical Application

3.1. Point to Point Topology

Figure1 Point-to-Point Topology



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3.2. Star Topology

F9-100M represents standalone of the Multi-service Multiplexer Figure2 Star Topology

4. Specification

4.1. Optical Port

z Bit rate: 150Mb/s+/-50ppm z Wavelength: 1310nm/1550nm z Output power: -11 to -4dBm z Sensitivity: better than -36dBm z Receive dynamic range34dB z Connector: FC/SC/ST z Redundant backup optical port optional and Auto Laser

shutdown (ALS) optional z Optical port number: 4E1 standalone with 1 optical port,



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8/16E1 standalone with two optional optical port

4.2. E1 Port

z Data rate: 2048Kbps+/-50ppm z Impedance:75(Unbalanced), 120ohmBalanced

optional z Connector: BNC(75), RJ45(120ohm) z Code type: HDB3, Compliant with G.703,ITU-T G.742 and

G.823 z Numbers: 4/8/16

4.3. Ethernet Port optional

z Speed: 10/100MpbsMbps auto negotiating z Compatible with IEEE802.3, IEEE802.3u z Connectors: RJ-45 z Full/Half duplex auto negotiating z MDI/MDI-x auto negotiating z Special design to support VLAN data packet z Transfer distance: 100 meters z Ethernet port: 2 ports

4.4. Phone Port optional

z Ordinary two line phone z 64Kbps PCM Code z When picking up the local side, the remote side rings. z One side hung up, the other side sounds busy. z One side hung off, the other side sounds hasteningwhen

dont hung off in 1 minute

4.5. Management Port optional

z SNMP Management Speed: 10/100MpbsMbps auto negotiating Full/Half duplex auto negotiating RJ45 Connectors: RJ-45



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z Console management Band Rate9600bps /19200bps optionalDefault:

9600bps Data bit8 Parity bit: 0 Stop bit: 1 Data flow control: 0 Connector: DB9, male

4.6. Power Supply

z Input voltage DC: -48V AC: 100V 240V, 50/60Hz

z Power Consumption Single standalone device



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5. Device Panel

5.1. 4E1 Multi-service Multiplexer, Standalone

z Front Panel

ETH-Mgt

OPT

NOP

LOF

1E-3

1E-6

RUN

LTR1

SPD1

FDX1

OTI

FDX2

SPD2

LOS4

LOS3

LOS2

LOS1

ARL

PWR

LTR2 OPT

RXTX

ETH-2ETH-1PHONEMASKMUTEREMOTE

ALARMLOCAL

4E1 Plus 10/100Mbps Ethernet Optical Transmission System

Figure 3:Front Panel of the 4E1 Multiplexer standalone

OpticalSNMP ManagementButtonsLEDS

2*EthernetPhone

z Back Panel

OUTIN

OPEN

GND

2

4

(1,2 IN 4,5 OUT)120ohm

1

3

IN4 OUT4 OUT3IN3 IN1 OUT1OUT2IN2

GND

OPEN

IN OUT

E1_CH

120ohm (1,2 IN 4,5 OUT)

4 3

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POWERPGND + -

ON

OFF

DCAC

Data

Mgt

Power switch 75ohm E1 Ports

232/485Data PortCONSOLE Management Port

Figure 4:Back Panel of the 4E1 Multiplexer standalone

120ohm E1 PortsPower Input

5.2. 8E1 Multi-service Multiplexer

z Front Panel

MASKALARM

MUTE

LOCAL

REMOTE

PWR

PHONE ETH-1 ETH-2ETH-Mgt

OFF

ON

4E1 8E1 Plus 10/100Mbps

OPTB

OPTA

ARL

NOPA

IE-3

IE-6NO

PBLO

F 5 6 7 8

4321

E1 LOSRU

NFD

1SP

D1LT

R1

SPD2

FD2

OTI

LTR2

Ethernet Optical Transmission System

Phone 2*Ethernet

LEDS Buttons SNMP Management Power switch

Figure 5:Front Panel of the 8E1 Multiplexer standalone



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z Back Panel

TX RX

OPTA

TX RX

OPTB

POWER+ -PGND E1 1-4 E1 5-8 Mgt Data

Optical B E1Port

Figure 6:Back Panel of the 8E1 Multiplexer standalone

Optical A E1Port


Power Input

5.3. 16E1 Multi-service Multiplexer

z Front Panel

1E-6A

1E-3A

LOS1

SPD1

LTR1

NOPA

LOFA

WOR

KA

FDX1

LOS5

LOS4

LOS2

LOS3

LOS7

LOS6

LOS8

PWR

1E-6B

1E-3B

LOS9

SPD2

LTR2

NOPB

LOFB

WORK

B

FDX2

LOS1

3LO

S12

LOS1

0

LOS1

1

LOS1

5LO

S14

LOS1

6

ALM

SET

ON

MASK

ALARMMUTE

LOCALREMOTE

OPTAOPTBETH-1ETH-MgtPHONE

OFF

ON

Optical Transmission System

RXTX TX RX

RUN

OTI

ETH-2

LEDS Buttons SNMPManagement Port

Optical B Optical A Power Switch

SET Switch Phone 2*Ethernet

Figure7: Front Panel of the 16E1 Multiplexer standalone

z Back Panel

DCAC

DataMgt

-+PGND

131416 15

1112 10 9 124 3

78 6 5

PGND + -

OUT

IN

91012 111516 14 13 568 7 34 2 1

IN

OUT

Mgt Data

AC DC

Power Input 75ohm E1 Ports 75ohm E1 Ports

120ohm E1 Ports 120ohm E1 PortsPower Input


CONSOLE Management Port232/485Data Port

Figure8: Back Panel of the 16E1 Multiplexer standalone



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5.4. LEDs Description

Table 1LEDs Description LEDs Color Stat. Description

PWR Green ON Power Supply OK

ARL Red ON/ Blink

ARL is on When local device has any alarm. ARL blinks when remote device has alarm but no alarm at local device.

OPT OPT(A/B) Green ON

Optical-(A/B) work state indicator. OPT(A/B) is on when Optical-(A/B) works.

NOP NOP(A/B) Red ON

NOP(A/B) is on when no optical signals is detected by RX of Optical-(A/B) Port.

LOF LOF(A/B) Red ON

LOF(A/B) is on when Optical(A/B) Line loses synchronization. IE-3 and IE-6 Alarm are masked when LOF(A/B) alarm occurs.

1E-3 1E-3(A/B) Red ON

1E-3(A/B) is on when optical(A/B) lines bit error rate is over 10-3.

1E-6 1E-6(A/B) Red ON

1E-6(A/B) is on when optical(A/B) lines bit error rate is over 10-6.

LOS(X)- LOS1 Red ON

LOSx (x=1~16) is on When the relevant E1 Channel Signal loses.

LTR2 Green ON/ Blink

Ethernet2 Link/TX/RX indicator. LTR2 is on when the Ethernet2 port of the local device links properly, LTR2 blinks when the Ethernet2 port of the local device is transmitting or receiving Data.

SPD2 Green ON Ethernet2 10M/100M bps speed indicator. SPD2 is on when the Ethernet2 port of the local device is working at 100Mbps speed.

FDX2 Green ON Ethernet2 Half/Full Duplex status indicator. FDX2 is on when the Ethernet2 port of the local device is working at Full Duplex.



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LTR1 Green ON/ Blink

Ethernet1 Link/TX/RX indicator. LTR1 is on when the Ethernet1 port of the local device links properly, LTR1 blinks when the Ethernet1 port of the local device is transmitting or receiving data.

SPD1 Green ON Ethernet1 10M/100M bps speed indicator. BT1 is on when the Ethernet1 port of the local device is working at 100Mbps speed.

FDX1 Green ON Ethernet1 Half/Full Duplex status indicator. FD1 is on when the Ethernet1 port of the local device is working at Full Duplex.

WORK (A/B) Green ON

Optical (A/B) work state indicator. WORK (A/B) is on when Optical (A/B) works.

RUN Yellow Blink Blink shows SNMP CPU works normally, OFF shows SNMP CPU doesnt work

OTI Red ON On shows Equipment temperature over level, OFF shows Equipment temperature normal

Note: The LOF/1E-3/1E-6/LOS/LTR/SPD/FDX LEDs are corresponding to the

status of the remote device if the local/remote button is pressed down.

5.5. Button Description

Table2: Button Description Type/Status Description

LOCAL

LOCAL/ REMOTE

REMOTE

When the button of Local/Remote is pressed down as , this led shows the status of remote device. Opposite, when up as , the led shows the status of local device.

ALARM/ MUTE

ALARM

When the button of Alarm/Mute is

pressed down as , the alarm sound



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MUTE

is mute. Opposite, when up as , the device sounds when any of the alarms occurs.

MASK Switch Button

When press this button once, any of the current E1 LOS Alarm will be masked, it looks disappear. But new E1 LOS Alarm will still make the relevant LOS LED on.

CALL

RING HANG

When the button of RING is pressed down as , it means to call the remote end device or to pick up the local telephone. When looks like , it means to hang up or to stop calling.

OPEN

IN

GND

When this button is pressed down as , the outer jackets all 4 E1 channel input ports connect

to GND, while it looks like , the outer jackets are float.

OPEN

OUT

GND

When this button is pressed down as , the outer jackets all 4 E1 channel output ports

connect to GND, while it looks like , the outer jackets are float.

5.6. Interface Description

Table3: Interface Description

Interface Description

PHONE Phone Connector



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ETH2 The 2nd Ethernet port, RJ45, 10/100Mbps, Half/Full Duplex

EHT1 The 1st Ethernet port, RJ45, 10/100Mbps, Half/Full Duplex

ETH-Mgt SNMP managementRJ45 portsupport 10/100MFull/Half duplex OPT OPT(A/B) Optical (A/B),FC/SC/ST optional

Mgt Management Console port, RS232, DB9 Connector

Data RS232/RS485 Data port, DB9 Connector

E1 1st ~16th E1 Channel, 75ohm BNC or 120ohm RJ45

Connector or DB37 connected by an adapter

POWER AC/DC Power Input220VAC and 48VDC optional

Note: Above description is including all the ports. The ordered device maybe havent some of the ports, such as optical B, 5th~8th E1 channel, etc.

Table4 Definition of the handle port PIN 1 2 3 4

Description Transmitters line Headphones

line GND GND

Table5: Definition of RJ45 (120ohm balanced) connector

PIN 1 2 4 5 36 OthersDescription RX+ RX- TX- TX+ GND N.A.

5.7. DIP Switch SET of 16E1 Multi-service Multiplexer

Table6: DIP Switch Description of the 16E1 Multiplexer

1 2 3 4



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X ON ON OFF OFF OFF

Bit1,2 Optical port Selection Forced Port A Forced Port B A/B Auto-select

Bit3 ALS setting ON: ALS Enable, OFF: ALS Disable

Bit4 E1Loop back ON: Local loop enable, OFF: Remote loop enable

Note: X means both ON and OFF are OK.

5.8. FC-912 Chassis of E1 Multi-service Multiplexer

Figure9: Slots types distributing

As shown in figure 9, there are 14 slots chassis in the device. These 14 slots are divided into three parts: the leftmost slot is for EOW; the rightmost slot is for 220VAC PWR, the other 12 slots is for Multi-service Multiplexer Module. The 12th Multi-service Multiplexer Module can also be installed for 220VAC PWR Module.

Optical diskThe Module of PDHis the main function part of the FC-912 Ethernet PDH, including single optical port with double optical direction and two optical port optional.

All the 2M interface are derivate from the back panel of the deviceas figure10



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Figure10: Back Panel View of the Chassis

5.8.1. Panel sketch map of the 2*4E1 Multi-service Multiplexer

Module

ALM

ALM

2*Ethernet

Optical Phone

2*Ethernet

PhoneOptical

Figure11: The Panel of the 2*4E1Multiplexer Module

5.8.2. Panel sketch map of the 8E1 Multiplexer Module

ALM

PW

R

RS232/485 Data

Optical

2*Ethernet

Optical Phone

Figure12: The Panel of the 8E1 Multiplexer Module



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5.8.3. Panel sketch map of the 16E1 Multiplexer Module P

WR

ALM

16E1&100M Ethernet Optical Transmission System

PhoneLEDS

RS232/485 Data2*Ethernet Optical B Optical A Figure13: The Panel of the 16E1Multiplexer Module

5.9. 2*4E1 Multi-service Multiplexer Module

For 2*4E1 Multi-service Multiplexer Module, one module has two independent 4E1 Multi-service Multiplexer device. They are the same. The two optical ports are independent. work state indicator and all the ports as Figure11 5.9.1. Description of the 2*4E1 Module

Table7 LEDs Description of 2*4E1 Multiplexer Module LEDs Color Status Description

ARL Red ON/ Blink

ARL is on When local device has any alarm. ARL blinks when remote device has alarm but no alarm at local device. When button of Local/Remote is pressed down, this led shows the ALARM status of remote device.

PHONE Green ON/ Blink

PHONE blinks When one calling but havent been talking. PHONE is on When talking.



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5.9.2. User Interface of the 2*4E1 Module

Table8User interface description of the 2*4E1 Module Port Description

ETH1 The 1st Ethernet port, RJ45, 10/100Mbps, Half/Full Duplex


OPT Optical port

PHS For phone, use one MDI-UTP to connect to the EOW Module

5.10. 8/16E1 Multiplexer Module

8/16E1 Multiplexer Module workstate indicator and all the ports as Figure12Figure13 5.10.1. LEDs Description of the 8/16E1 Multiplexer Module

Table9: LEDs Description of the 8/16E1 Multiplexer Module LEDs Color Status Description

PWR Green ON Power work state indicator. PWR is ON when Power supply ok.

ARL (ALM) Red

ON/ Blink

ARL (ALM) is ON When local device has any alarm. ARL blinks when remote device has alarm but no alarm at local device. When button of Local/Remote is pressed down, this led shows the ALARM status of remote device.

LOS9- LOS16 Red ON

LOS x (x=9~16) is on When the relevant E1 Channel Signal loses.

WORKA Green ON Optical-A work state indicator. WORKA is ON when Optical-A works.

WORKB Green ON Optical-B work state indicator. WORKB is ON when Optical-B works.



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PHONE Green ON/ Blink

PHONE is ON When calling. PHONE blinks When the remote end device call local device or local device call the remote end device.

5.10.2. User Interface of the 8/16E1 Multiplexer Module

Table10:Interface Description of the 8/16E1 Multiplexer Module Port Description

ETH1 The 1st Ethernet port, RJ45, 10/100Mbps, Half/Full Duplex


OPTA Optical A

OPTB Optical B for redundant backup

DATA RS232/RS485 Date port, DB9 connector

PHS For phone, use one MDI-UTP to connect to the EOW Module

5.11. EOW Module

EOW Module provides two main functions. One is for giving the Phone connected channel, and the other is for Management.

The EOW Module supports two kinds of management port. One is RS232, which gives Console management. The other is Ethernet, which gives SNMP-based management. For more information about the management, please check relative software user manual.



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5.11.1. Panel sketch map of the EOW Module

IE-6

IE-3

LOF

TEP

LEDS Ethernet Management Port

CONSOLEManagement Port Phone

Phone Port,Connected to the PDH Module

LED Panel Buttons

Figure14: The Panel map of the EOW Module 5.11.2. LEDs of the EOW Module

Table11:LEDs description of the EOW Module LEDs Color Status Description

PWR Green ON Power work state indicator. PWR is ON when Power supply ok.

ACT Yellow ON EOW work state indicator. ACT blinks when EOW Module works properly.

TMP Red ON Temperature alarm indicator. TMP is ON When temperature of slots chassis is over 70

LOS1- LOS8 Red ON

LOS x (x=1~8) is ON When the relevant E1 Channel Signal loses.

NOP Red ON NOP is ON when no optical signals is detected by RX of Optical Port.

LOF Red ON LOF is ON when Optical Line loses synchronization. IE-3 and IE-6 Alarm are masked when LOF alarm occurs.

IE-3 Red ON 1E-3 is ON when optical lines bit error rate is over 10-3.

IE-6 Red ON 1E-6 is ON when optical lines bit error rate is over 10-6.



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LTR1- LTR4 Yellow

ON/ Blink

Ethernet x (x=1~4) Link/TX/RX indicator. LTR x (x=1~4) is ON when the Ethernet port of the local device links properly, LTR x (x=1~4) blinks when the Ethernet1 port of the local device is transmitting or receiving data.

FD1- FD4 Green ON

Ethernet x (x=1~4) Half/Full Duplex status indicator. FD x (x=1~4) is ON when the Ethernet port of the local device is working at Full Duplex.

SPD1- SPD4 Green ON

Ethernet x (x=1~4) 10M/100M bps speed indicator. BT x (x=1~4) is ON when the Ethernet port of the local device is working at 100Mbps speed.

Note: The LOS, NOP, LOF, 1E-3, 1E-6, LTR, FD, SPD LEDS shows the status of the Multi-service Multiplexer Module, the Number of which is appeared on the LED Panel. For 2-port-Ethernet Multi-service Multiplexer Module, LTR3-4, FD3-4, SPD3-4 is not available. The LOS, NOP, LOF, 1E-3, 1E-6, LTR, FD, SPD LEDs will show the status of the remote device if the local/remote button is pressed down.

5.11.3. User Interface of the EOW Module

Table12: User Interface Description of the EOW Ports Description

RS232 DB9, RS232 port for Console Management

ETH RJ45, Ethernet Port for WEB/SNMP-based Management Support 10/100M, Full/Half Duplex automation.

PHS RJ45, Used to connect to the Multi-service Multiplexer Module to use the PHONE

PHONE RJ11, Telephone port. Connect common telephone.

NO. LED Panel, showing the Address of the relative Multi-service Multiplexer Module 5.11.4. Button of the EOW Module

Table13: Button Description of the EOW Button Description

RESET Reset Button. Restart the EOW firmware.



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ADDR Multi-service Multiplexer Module addresses select. The Address adds one when pressing.

MUTE When the button of MUTE is pressed down as , the

alarm sound is mute. Opposite, when up as , the device sounds when any of the alarms occurs.

LOCAL /REMOT

When the button of Local/Remote is pressed down as , this led shows the status of remote device. Opposite, when up as

, the led shows the status of local device.

5.12. POW Module

The POW Module is used only when the user use 220VAC Power Input Source. When the user uses -48VDC Power Input Source, the Power Module is not needed, for each Multi-service Multiplexer Module has the circuit to converter -48VDC to 5VDC.

There are two kinds of POW Module. One is 75W, and the other is 120W. Only for 75W POW Module, the chassis supports Power Backup, for the 120W POW Module needs 2 slots. Commonly, the 75W POW Module is enough. The POW Module Specification is as table 14.

Table14 POW Sort& Specification

P/N Power Supply Standard Power Supply Consumption

FP-9075A ~176V--~264V ~220V 75W

FP-9120A ~176V--~264V ~220V 120W

6. Operation of management z Support the administration of networks function based on

PC platform z Support Console, WEB and SNMP management, it can

manage local and remote device status. z As the remote device connecting with the chassis, can be

managed by the FC-912s EOW.



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7. Installation & Maintenance

7.1. Install the Module and Chassis

z Open the package, check the device and the attachment, contradistinguish to the Packing List. If anything missing or damaged, please contact us immediately.

z Be sure the Module is in the right slot in the Chassis: z Connect the ports to other proper device. For example,

connect the management port to the PC or the switch; connect the E1 port to PBX, etc.

z Connect the Power input to the proper power source. NOTE, -48VDC and 220VAC cant be used at the same time!

z Fasten the device to the proper place; z Power ON. Please check whether any unexpected LEDs

(esp. RED LEDs) are ON. However, the E1 LOS will be ON when the E1 channel is not connected, and this will cause the general alarm ARL red LED on the Multi-service Multiplexer Module becoming ON.

z User can check the LEDs one the EOW to see the detail status of the Multi-service Multiplexer Module. To do this, user should first push the ADDR button on the EOW Module to get the right Address of the expected Multi-service Multiplexer Module. Please refer to the below figure to get the actual address of every Multi-service Multiplexer module.



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The addresses of Both Part A and Part B are available for the

2*4E1 Multi-service Multiplexer Module. For 1*4E1 Multi-service Multiplexer Module or 1*8E1 Multi-service Multiplexer Module, only the address of the Part A is available.

7.2. Install the Standalone device

z Open the package, check the device and the attachment, contradistinguish to the Packing List;

z Connect the ports to other proper device. For example, connect the Ethernet port to the PC or the switch, connect the E1 port to PBX, etc.

z Connect the Power input to the proper power source. NOTE, -48VDC and 220VAC cant be used at the same time!

z Fasten the device to the proper place; z Power ON. Please check whether any unexpected LEDs

(esp. RED LEDs) are ON. However, the E1 LOS will be ON when the E1 channel is not connected, and this will cause the general alarm ARL red LED becoming ON.

7.3. Using Phone

7.3.1. From Chassis to the standalone

z Connect phone to the PHONE jack of the standalone and the EOW of the chassis

z Use one UTP to connect the PHS jack between the EOW and the relative Multi-service Multiplexer Module



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z Pick up the phone connected to the EOW z The phone of the standalone rings, pick up and talk z Busy sound will be sent when one hang up the phone

7.3.2. From standalone to the Chassis

z Connect phone to the PHONE jack of the standalone and the EOW of the chassis

z Pick up the phone of the standalone z On the Chassis end, sounds appear, and the PHONE led

of the relative Multi-service Multiplexer Module blinks. z Use one UTP to connect the PHS jack between the EOW

and the relative Multi-service Multiplexer Module z Pick up the phone connected to the EOW, talking z Busy sound will be sent when one hang up the phone

7.3.3. From standalone to standalone

z Connect Phone to the Multi-service Multiplexer device. z Pick up one phone; the other end phone will ring. z Pick up the other phone handle, talking z Busy sound will be sent when one hangs up the phone

7.4. Maintenance

z All the Multi-service Multiplexer Modules support hot-swap function

z EOW Module also support hot-swap function, But we suggest user not to plug it when power ON for long time use

z Take care of the Optical port, avoid of any hurt from the laser

z There maybe none problem when ARL led is ON, for unused E1 can cause LOS and ARL led ON.

z Use Local/Remote button to switch the status indication between the local device and the remote device.



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z Use E1 loop to test the bit error rate of the device or the transmitting line.

8. Make the Private Cable

8.1. Make the Ethernet Cable

There are two kinds of Ethernet cableOne is the straight connection CAT-5 cable, and the other is the crossover CAT-5 cable. The Ethernet port of F9 series supports MDI/MDI-X auto negotiating. When the Ethernet management port connecting with the PC, it should be the crossover CAT-5 cable; when connecting with the Switch, it should be straight connection CAT-5 cable;

Crossover cableOne end is T568A, and the other end is T568B. Straight cableThe two ends are T568B. NoteT568A line sequence1 green white 2 green 3 orange white 4 blue

5 blue white 6 orange 7 brown white 8 brown T568B line sequence1 orange white 2 orange 3 green white 4 blue

5 blue white 6 green 7 brown white 8 brown 8.2. Make the RS232 cable

Fig16: The sketch map of the RS232 (DB9) port

z The RS232(DB9) of the F9-240/480 series P2IN P3OUT P5GND



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z The RS232 (DB9) of PC

P3OUT P2IN P5GND

8.3. Make the RS485 cable

Fig17: The sketch map of the RS485 (DB9) port

z The RS485(DB9) of the F9-240/480 series Pin6Drive TX-Z Pin7Drive TX+Y Pin8Drive RX-B Pin9Drive RX+A

9. Order Information

9.1. Model

F9-480 4E1 8E1 16E1 Multi-service Multiplexer, Standalone or Module FB-CHS Fibridges Chassis Detail order information, please refer to the below Part Number

(P/N).



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9.2. Part Number(P/N) of the standalone

F9-1202-XXX23 4E1 Multi-service Multiplexer, with redundant backup optical port

F9-1202-XXX23-fgp/nms 4E1 Multi-service Multiplexer, with redundant backup optical port, afford RS232RS422phone and SNMP Management port

F9-1203-XXX23 4E1 Multi-service Multiplexer, optical port has ALS function

F9-1203-XXX23-fgp/nms

4E1 Multi-service Multiplexer, optical port has ALS function, afford RS232RS422phone and SNMP Management port

F9-1204-XXX23 4E1 Multi-service Multiplexer, with redundant backup optical port, and optical port has ALS function


4E1 Multi-service Multiplexer, with redundant backup optical port, and optical port has ALS function, and afford RS232RS422phone SNMP Management port

F9-2402- XXX23 8E1 Multi-service Multiplexer, with redundant backup optical port


8E1 Multi-service Multiplexer, with redundant backup optical port and afford RS232RS422phone SNMP Management port

F9-2403- XXX23 8E1 Multi-service Multiplexer, optical port has ALS function


8E1 Multi-service Multiplexer, optical port has ALS function, and afford RS232RS422phone SNMP Management port



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F9-2404- XXX23 8E1 Multi-service Multiplexer, with redundant backup optical port, and optical port has ALS function


8E1 Multi-service Multiplexer, optical port has ALS function, and afford RS232RS422phone SNMP Management port

9.3. Part Number(P/N) of the Module

F9-120-XXX23M-2 2*4E1 Multi-service Multiplexer Module

F9-1203-XXX23M-2 2*4E1 Multi-service Multiplexer Module, optical port has ALS function

F9-1202-XXX23M 4E1 Multi-service Multiplexer, with redundant backup optical port

F9-1203-XXX23M 4E1 Multi-service Multiplexer, optical port has ALS function

F9-1204-XXX23M 4E1 Multi-service Multiplexer, with redundant backup optical port, and optical port has ALS function

F9-2402- XXX23M 8E1 Multi-service Multiplexer, with redundant backup optical port

F9-2403- XXX23M 8E1 Multi-service Multiplexer, optical port has ALS function

F9-2404- XXX23M 8E1 Multi-service Multiplexer, with redundant backup optical port, and optical port has ALS function

F9-4802- XXX23M 16E1 Multi-service Multiplexer, with redundant backup optical port



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F9-4803- XXX23M 16E1 Multi-service Multiplexer, optical port has ALS function

F9-4804- XXX23M 16E1 Multi-service Multiplexer, with redundant backup optical port, and optical port has ALS function

Note: z 120ohm impedance E1 port is optional z XXX stands for the transmit distance and

optical port style. For example, 40Km, FC port, XXX will be 04F.

z Letter 23 in the above P/N means 2*10/100Mbps Ethernet port

9.4. Part Number(P/N) of the Chassis

FC-912 6U height, 14 slots, up to 12 slots for Multi-service Multiplexer Modules

FC-912-M Management Module of the FC-912, support SNMP-based/Console/WEB management

FP-9075A Power Module of the FC-912, 75W, 220VAC power input

FP-9120A Power Module of the FC-912, 120W, 220VAC power input

** We Reserve the right to vary descriptions and

specifications without notice due to Fib ridges policy of continuous product improvement**

4816e1 pdh multi-service multiplexer user manual v3.0

Documents

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