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11

Figure 15.  Application diagram of mo411xL installation with redundant power supply and WEB/SNMP control possibility.

Table 7

Technical characteristics

 

Type

 

  

mo411AL mo411BL  mo411CL  mo411DL  mo412CL

Ordering number 

02889AL 02889BL  02889CL  02889DL  02890CL

Optical power    

6 dBm (4 mW)  

8 dBm (6 mW) 

10 dBm (10 mW) 

12 dBm (16 mW) 

10 dBm (10 mW)

Optical wave length

 

1310 ± 10 nm 

1550 ± 3 nm

Laser type 

 

 

DFB

Modulation  type  

 

direct

RF frequency range, switchable 

47-862/47-1002 MHz

RF input level   

 

75...90 dBµV

RF input impedance 

 

75 Ω

Input attenuator control range

 

0...-15 dB by 0.5 dB step

Input equalizer control range

 

0...-10 dB by 0.5 dB step

AGC range 

 

 

± 5 dB

RF input loop through

  frequency range  

47-1002 MHz

  

 

through loss 

< 1 dB

  

 

flatness 

± 0.5 dB

Return loss

  

 

 

18 dB at 40 MHz - 1.5 dB/octave

Relative intensity noise RIN

 

< -155 dB/Hz

Intermodulation distortion CSO*

 

> 62 dB 

> 57 dB

Intermodulation distortion CTB*

 

> 65 dB 

> 64 dB

Carrier noise ratio CNR* 

> 51 dB 

> 50 dB

RF test point level for 4.5 % OMI** 

76 dBµV/chan.  

78 dBµV/chan. 80 

dBµV/chan. 82 

dBµV/chan. 78 

dBµV/chan.

Optical  connectors    

 

SC/APC

Ethernet 10T/100 connection type

 RJ-45

Supported protocols   

ARP, IPv4, SNMPv2c, Ping, Telnet

Supply

 

voltage

      

 

12 V ± 1 V

Maximum current consumption 

0.8 A @ t

A

  25

o

 C,   1.2 A @ t

A

 50

o

 C

Operating temperature range

 0

o

 ÷ + 50

o

 C

Dimensions/Weight (packed)

 

198x107.5x60 mm/1.2 kg

*  measurement conditions according EN60728-3, 42 CENELEC: OMI=4.5%

**  typical value; actual RF level is printed on the label on the back side of transmitter

LAN

Ethernet switch

so418

so418

optical outputs

OUT

OUT

IN

mo411AL

NMS server

WEB browser

NMS user

230V

50/60 Hz

65Wmax

~

12V      4.5Amax

UP412

Group 

No

 

Module

 No

 

1  
 2 
 3  

 4  

 

ADDR.

ST.

1

9

13

5

230V

50/60 Hz

65Wmax

~

UP412

Group 

No

 

Module

 No

 

1  
 2 
 3  

 4  

 

ADDR.

ST.

1

9

13

5

Group   No1
Module No 2

UP412

Group 

No

 

Module

 No

 

1  
 2 
 3  
 4  
 

ADDR.

ST.

1

9

13

5

UP412

UP412

Group   No1
Module No1

power distribution bus

data distribution bus

UP412

Group 

No

 

Module

 No

 

1  
 2 
 3  
 4  
 

ADDR.

ST.

1

9

13

5

12V      4.5Amax

DC IN 12V

-  

+

OPTICAL

OUT

RF TEST

DEF

ETHERNET

mo411  L

A
B

C
D

Summary of Contents for mo411AL

Page 1: ...ay cause condensation In such cases let it warm up for at least 2 hours before plugging it into the mains To ensure proper ventilation do not block the ventilation openings IMPORTANT Mounting of the transmitter is allowed vertical only and the free flow of air through the unit must be not restricted If the transmitter is installed in a 19 rack system additional forced air cooling fans may be requi...

Page 2: ...r of LAN activity yellow LED 5 indicator of the transmitter activity green LED 6 DEF button for default settings 7 data bus connector 8 power distribution bus connector 9 12 V powering input screw terminal 10 OPTICAL OUT optical output SC APC socket 11 RF TEST RF test point F socket Figure 1 External view of the transmitter Structure diagram ...

Page 3: ...or mounting bracket must be fixed with steel screws Ø 3 5 4 mm The screws are not included in a package Mounting on a wall by screws Mounting on a bracket supplied Perpendicular to the wall Parallel to the wall Figure 2 Mounting of the transmitter Mounting on DIN rail Figure 3 Mounting to DIN rail Figure 4 Mounting from DIN rail ...

Page 4: ...efault IP address value 192 168 1 99 in the address line of WEB browser When a Web browser connects to the device server start page as shown below will appear in the Web browser Figure 7 Start screen Note The device is protected and unauthorized users can only see the Status page In order to have full control of the equipment it is necessary to LOGIN to the device server When trying to operate the...

Page 5: ... address 192 168 1 99 Net mask 255 255 255 0 Gateway 192 168 1 2 SNMP settings Host IP 192 168 1 1 SNMP read community string public SNMP write community string private SNMP trap target community string public Enable Trap On To reset network and login settings of the device server to their default values press twice the DEF button on transmitter front panel Figure 1 pos 6 as explained 1 Press the ...

Page 6: ... screen will appear as in Figure 11 Parameters of the transmitter can be selected by selecting different menu items in the control page Figure 11 Transmitter control page Detailed description of control page Laser Laser diode can be switched On or Off ON laser diode switched on OF laser diode switched off Load power The transmitter has a built in RF power meter which monitors the total power in th...

Page 7: ... is displayed Auto Optimal The operating AGC level is equated to optimal power defined by factory measurement Note Auto Auto Optimal AGC mode should be changed through the Manual mode Freq Band Bandwidth can be selected 47 862 MHz or 47 1002 MHz Transmitter Status Status page Figure 12 shows actual status of the transmitter using error warning descriptions Make sure that the transmitter is not ind...

Page 8: ...tenance page The transmitter is supplied with the following default settings Table 1 Default transmitter settings Figure 14 Firmware upgrade of transmitter server Note The buttons are shown in different languages depending on the actual Windows regional setting It is recommended to perform software upgrade by connecting the transmitter directly to PC Parameter Value Laser OF Gain Control Manual At...

Page 9: ...Degrade Laser diode degradation threshold level reached 30631 1 2 3 5 notifyLaserOverCurrent alarmLaserOverCurrent Laser diode current reached dangerous level 30631 1 2 3 6 notifyLaserShutdown alarmLaserShutdown Laser diode auto switched off 30631 1 2 3 7 notifyTemprUnlock alarmTemprUnlock TEC regulation loop unlocked 30631 1 2 3 8 notifyOverTemperature alarmOverTemperature Device temperature reac...

Page 10: ...age of 12 1 V 30631 1 2 2 5 measSupplyCurrent Current consumption from Power bus in mA 30631 1 2 2 6 measTempr Device temperature represented in deg C 30631 1 2 2 7 measExtVoltage1 1st External supply voltage in tenth of Volt As example a value of 121 represents voltage of 12 1 V 30631 1 2 2 8 measExtCurrent1 1st External supply current in tenth of Ampere As example a value of 4 represents current...

Page 11: ...arrier noise ratio CNR 51 dB 50 dB RF test point level for 4 5 OMI 76 dBµV chan 78 dBµV chan 80 dBµV chan 82 dBµV chan 78 dBµV chan Optical connectors SC APC Ethernet 10T 100 connection type RJ 45 Supported protocols ARP IPv4 SNMPv2c Ping Telnet Supply voltage 12 V 1 V Maximum current consumption 0 8 A tA 25o C 1 2 A tA 50o C Operating temperature range 0o 50o C Dimensions Weight packed 198x107 5x...

Page 12: ...12 Draugystes str 22 LT 51256 Kaunas Lithuania tel 370 37 31 34 44 fax 370 37 31 35 55 E mail sales terraelectronics com http www terraelectronics com ...

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