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ABB ESP630 A2, Руководство по эксплуатации продукта

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ESP630 Product Manual 

                 

1KHW002104 / Ed01a 

page 12 of 29 

ABB

 

Fig. 1-9. ESP630 A2 Rear Panel 

 

 

 
 
 
The AC/DC power inputs accept any supply voltage in the range from 100~240 VAC at 50~60 Hz and 
36~72VDC. Each connector supplies one Power Unit. The use of a redundant power unit is optional. The 
switch is able to operate with a single unit. 
 

  

 1.3.2 

ESP630 A3 Rear Panel

 

 
 
The ESP630 A3 Rear Panel contains two AC/DC power connectors and two sites for ABB Redundant 
Hot Swap Power Units. 
 
 

Fig. 1-10. ESP630 A3 Rear Panel 

 

 

 

 

 

 

 

 
 
The AC/DC power inputs accept any supply voltage in the range from 100~240 VAC at 50~60 Hz and 
36~72VDC. Each connector supplies one Power Unit. The use of a redundant power unit is optional. The 
switch is able to operate with a single unit. 

Содержание ESP630 A2

Страница 1: ...ESP630 from ABB Ethernet Service Platform Product Manual ESP630 ABB E SP630 ABB E SP630 ...

Страница 2: ...ed by the recipient to any third party without the prior written agreement of ABB Disclaimer ABB has taken reasonable care in compiling this document however ABB accepts no liability whatsoever for any error or omission in the information contained herein and gives no other warranty or undertaking as to its accuracy ABB reserves the right to amend this document at any time without prior notice Doc...

Страница 3: ...in the text This form indicates that the text has great importance and there are damages risks The text must be read carefully It can avoid great difficulty It indicates an existing electric shock risk if the procedures are not correctly applied It indicates a laser radiation presence It can cause damages for the skin or the vision if the instructions were not applied and if the direct exposure to...

Страница 4: ...ESP630 Product Manual 1KHW002104 Ed01a page 4 of 29 ABB ...

Страница 5: ... 13 2 2 Installation Guidelines 13 2 3 Installing the Switch without a Rack 13 2 4 Installing the Switch in a Rack 14 2 5 Powering the Switch 14 2 6 Installing Removing a A2 A3 version Hot Swap Power Unit 15 3 Making Connections 16 3 1 Connecting Devices through RJ 45 Ports 16 3 2 Connecting a SFP Module 16 3 3 Connecting the Switch in a Stack Configuration 18 4 Appendix A Technical Specifications...

Страница 6: ...ow the connection of up to eight switches in a stack configuration It can also be used in a standalone mode The switch can be managed through FOXView Telnet SSH Web or SNMP The A2 Switch versions are equipped with 24 10BASE T 100BASE TX and 4 GBE combo ports 10 100 1000Base T or SFP The A3 Switch version is equipped with 24 100BASE FX and 4 GBE combo ports 10 100 1000Base T or SFP They are unshiel...

Страница 7: ...100BASE TX ports 4 10 100 1000Base T SFP combo ports RS 232 console port an alarm port and two buttons for changing stacking options Fig 1 3 ESP630 A2 Front Panel The front panel of the ESP630 A3 contains 24 100BASE FX SFP ports 4 10 100 1000Base T SFP combo ports RS 232 console port an alarm port and two buttons for changing stacking options Fig 1 4 ESP630 A3 Front Panel ...

Страница 8: ... system activity Following Figure shows where the LEDs are located and the table below indicates the system status according to each LEDs condition Fig 1 5 Systems LEDS Location Table 1 1 System LEDS 1 2 2 Port LEDs Port LEDs indicate data activity and speed on each port Their location is shown on next Figure and their status on the table below ...

Страница 9: ...s LEDS Location Table 1 2 Ports LEDS 1 2 3 Console and Alarm Ports The switch contains two DB9 connectors on its front panel The upper connector is the Alarm port and the lower is the Console port The pin out of both console and alarm ports are shown in the next figure ...

Страница 10: ... alarm on or less than 8V indicating alarm off The Alarm output works as follows In an alarm situation or when the device is powered off pin 4 common is short circuited with pin 9 NC When alarm is off the pin 4 turns to a short circuit with pin 5 NO while pin 9 keeps isolated Alarm pin assignments are provided on the following table Table 1 3 Alarm Ports Pins Assignments Next table shows the Conso...

Страница 11: ...d 28 to be used as normal Ethernet ports instead of stacking ports When stacking mode is selected the Slave Master button selects one switch in the Stack to operate as the master The entire stack will be managed by this unit Fig 1 8 Stacking Buttons Location 1 3 Rear Panel Description The Rear Panel described separately for the A2 and A3 versions below 1 3 1 ESP630 A2 Rear Panel The ESP630 A2 Rear...

Страница 12: ... optional The switch is able to operate with a single unit 1 3 2 ESP630 A3 Rear Panel The ESP630 A3 Rear Panel contains two AC DC power connectors and two sites for ABB Redundant Hot Swap Power Units Fig 1 10 ESP630 A3 Rear Panel The AC DC power inputs accept any supply voltage in the range from 100 240 VAC at 50 60 Hz and 36 72VDC Each connector supplies one Power Unit The use of a redundant powe...

Страница 13: ...d that allows the LEDs to be visible The site s temperature should be kept within 0 to 50 degrees Celsius and its humidity within 10 to 90 non condensing Do not restrict airflow by providing approximately 5 centimeters 2 inches of space on all side of the device Locate the switch near a power source 2 3 Installing the Switch without a Rack To use the switch outside a rack you may want to remove th...

Страница 14: ...o screws not provided on each bracket to secure the switch in the rack 2 5 Powering the Switch After installing the switch plug one end of an IEC 320 standard power cable into the AC receptacle lo cated at the rear panel of the switch and the other end into the local power source outlet The Power LED should light indicating the switch is correctly powered The ESP630 A2 has two AC DC power connecto...

Страница 15: ...ollow the next instructions to install or remove a Power Unit Installing a Power Unit 1 Use a Phillips screwdriver to remove the screws that attach the protection panel of the Power Unit s site if present 2 Insert the RPU into the slot and slide it through the track Press it firmly to ensure it is properly placed 3 Use your hand to attach the two silver plated screws placed on the Power Unit s pan...

Страница 16: ...isted Pair UTP or Shielded Twisted Pair STP cables with RJ 45 connectors Con nect one end of the cable directly into the switch port and the other end into the networking device Check the table bellows to make sure the cables you are using in your network are the correct ones Table 3 1 Cable Category 3 2 Connecting a SFP Module The use of a SFP transceiver is optional It is not included in the pac...

Страница 17: ...omatically disabled Installing or removing a SFP module can be done without powering off the switch SFP transceivers are hot swappable But make sure there are no network optic cables connected to the module before removing it The SFP modules that can be used with ESP630 and each correspondent maximum cable length are described in the table bellow Table 3 2 SFP Modules Signals over fiber optic cabl...

Страница 18: ...the ring topologies In line topology there s one cable connecting each switch to its neighbors In ring topology a redundant path is formed by an extra cable connecting the bottom switch to the top switch of the stack Stacking connections should be made using 27 and 28 10 100 1000Base T ports only and category 5 or better UTP STP cables Figure 3 2 Stacking Cable Connection ...

Страница 19: ...ius 40 to 70 degrees Celsius 10 to 90 non condensing Without mouting brackets With mouting brackets ESP630 A2 3 34Kg ESP630 A2 with RPU 3 625Kg ESP630 A3 3 58Kg ESP630 A3 with RPU 3 865Kg Dimensions Weight Power Consumption Operanting Temperature Storage Temperature Humidity ESP630 A2 43mm height 440mm width 251mm depth ESP630 A3 43mm height 440mm width 251mm depth ESP630 A2 43mm height 483mm widt...

Страница 20: ...ex LC connector Hot Pluggable Supply Voltage 3 3Volts Case Operating Temperature 0 70 degrees Celsius Output Eye Compliant with IEEE802 3z Compliant with SFF8472 diagnostic monitoring interface Compliant with IEEE802 3z Gigabit Ethernet Standard Class 1 Laser Product compliant with EN 60825 1 Table B 1 1000BASE SX multimode 550m Table B 2 1000BASE LX singlemode 10km ...

Страница 21: ...ESP630 Product Manual 1KHW002104 Ed01a page 21 of 29 ABB Table B 3 1000BASE LX singlemode 30km Table B 4 1000BASE LH singlemode 70km Table B 5 1000BASE LZ singlemode 110km ...

Страница 22: ...oltage 3 3Volts Case Operating Temperature 0 70 degrees Celsius Output Eye Compliant with IEEE802 3z Compliant with SFF8472 diagnostic monitoring interface Compliant with IEEE802 3z Gigabit Ethernet Standard Class 1 Laser Product compliant with EN 60825 1 Table B 6 1000BaseBX20 U singlemode 20Km Table B 7 1000BaseBX20 D singlemode 20Km ...

Страница 23: ...ESP630 Product Manual 1KHW002104 Ed01a page 23 of 29 ABB Table B 8 1000BaseBX60 U singlemode 60Km Table B 9 1000BaseBX60 D singlemode 60Km ...

Страница 24: ...02 3z Compliant with SFF8472 diagnostic monitoring interface Compliant with IEEE802 3z Gigabit Ethernet Standard Class 1 Laser Product compliant with EN 60825 1 For 1310 series you can choose these center wavelengths 1270nm 1290nm 1310nm 1330nm 1350nm 1370nm 1390nm 1410nm 1430nm 1450nm For 1550 series you can choose these center wavelengths 1470nm 1490nm 1510nm 1530nm 1550nm 1570nm 1610nm Table B ...

Страница 25: ...ESP630 Product Manual 1KHW002104 Ed01a page 25 of 29 ABB Table B 11 1550nm 19dB margin Table B 12 1310nm 23dB margin Table B 13 1550nm 23dB margin Table B 14 1310nm 27dB margin ...

Страница 26: ...ESP630 Product Manual 1KHW002104 Ed01a page 26 of 29 ABB Table B 15 1550nm 27dB margin Table B 16 1310nm 30dB margin Table B 17 1550nm 30dB margin ...

Страница 27: ...ESP630 Product Manual 1KHW002104 Ed01a page 27 of 29 ABB ...

Страница 28: ...ter and wander within digital networks which are based on the synchronous digital hierarchy SDH G 826 Error performance parameters and objectives for international constant bit rate digital paths at or above the primary rate G 841 Types and characteristics of SDH network protection architectures G 957 Optical interfaces for equipment and systems relating to the synchronous digital hierarch G 7041 ...

Страница 29: ...nd Ltd Power Systems Brown Boveri Strasse 6 CH 5400 Baden Switzerland Phone 41 58 589 37 35 or 41 844 845 845 Call Center Fax 41 58 585 16 82 E mail utility communication ch abb com www abb com utilitycommunications ...

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